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Refactor Base_Tests/src/Data to Test_New (#8890)

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Refactor `Base_Tests` to `Test_New` testing framework. Mostly automatic text replacements.

# Important Notes
List of changes that were not done automatically (not via automatic text replacement):
- Fix indexes in Instrumentor_Spec - f590c4a398
- If group or spec is pending, its block is not evaluated - 8d797f1a4a
- Spec_Result is not private - 5767535af2

Tests marked as *pending*:
- #8913
- #8910
This commit is contained in:
Pavel Marek 2024-01-31 15:25:16 +01:00 committed by GitHub
parent 1ba28a3c5c
commit bb8ff8f89e
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GPG Key ID: B5690EEEBB952194
97 changed files with 2859 additions and 2480 deletions
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7
distribution/lib/Standard/Test_New/0.0.0-dev/src/Group.enso
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@ -20,7 +20,12 @@ type Group_Builder
- pending: Contains a reason for why the test should be ignored. If Nothing, the test
is not ignored.
specify self (name : Text) (~code : Any) (pending : (Text | Nothing) = Nothing) =
self.builder.append <| Spec.Impl name (_ -> code) pending
case pending of
Nothing ->
self.builder.append <| Spec.Impl name (_ -> code) pending
pend_reason : Text ->
self.builder.append <| Spec.Impl name (_ -> Nothing) pend_reason
## Provide a teardown of a group - a method that will be called once all the tests from the
group are finished.

33
distribution/lib/Standard/Test_New/0.0.0-dev/src/Problems.enso
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@ -21,17 +21,21 @@ get_attached_warnings v =
- result_checker: A function which should verify that the result generated by
the action is correct. It does not return anything, instead it should use
the standard testing approach, like `x.should_equal y`.
test_problem_handling : (Problem_Behavior -> Any) -> Vector Any -> (Any -> Nothing) -> Nothing
test_problem_handling action expected_problems result_checker =
- unwrap_errors: If true, remove any wrapping errors from errors and warnings
before checking them.
test_problem_handling : (Problem_Behavior -> Any) -> Vector Any -> (Any -> Nothing) -> Boolean -> Nothing
test_problem_handling action expected_problems result_checker unwrap_errors=True =
unwrap_maybe error = if unwrap_errors then Error.unwrap error else error
error_checker error_result =
first_problem = expected_problems.first
first_problem_type = Meta.type_of first_problem
error_result . should_fail_with first_problem_type frames_to_skip=3
error_result.catch . should_equal first_problem frames_to_skip=3
error_result . should_fail_with first_problem_type unwrap_errors=unwrap_errors frames_to_skip=3
(unwrap_maybe error_result.catch) . should_equal first_problem frames_to_skip=3
warnings_checker warnings =
## TODO [RW] we are not checking if there are no duplicate warnings, because the warnings are in fact duplicated - we should figure out how to handle that and then possibly modify the test
Test.with_clue "The warnings were "+warnings.to_text+'.\n' <|
warnings . should_contain_the_same_elements_as expected_problems frames_to_skip=5
warnings . map unwrap_maybe . should_contain_the_same_elements_as expected_problems frames_to_skip=5
test_advanced_problem_handling action error_checker warnings_checker result_checker frames_to_skip=1
## UNSTABLE
@ -84,12 +88,15 @@ assume_no_problems result =
- expected_warning: The expected warning. It can either by a warning type or
a concrete value.
- result: The value to check.
expect_warning : Any -> Any -> Nothing
expect_warning expected_warning result =
- unwrap_errors: If true, remove any wrapping errors from the result before
checking against the expected warning.
expect_warning : Any -> Any -> Boolean -> Nothing
expect_warning expected_warning result unwrap_errors=True =
unwrap_maybe error = if unwrap_errors then Error.unwrap error else error
loc = Meta.get_source_location 1
if result.is_error then
Test.fail "Expected a warning "+expected_warning.to_text+", but a dataflow error has been matched: "+result.catch.to_display_text+" (at "+loc+")."
warnings = get_attached_warnings result
warnings = get_attached_warnings result . map unwrap_maybe
found = warnings.find if_missing=Nothing x->
(x == expected_warning) || (x.is_a expected_warning)
found.if_nothing <|
@ -105,12 +112,15 @@ expect_warning expected_warning result =
- expected_warning: The expected warning. It can either by a warning type or
a concrete value.
- result: The value to check.
expect_only_warning : Any -> Any -> Any
expect_only_warning expected_warning result =
- unwrap_errors: If true, remove any wrapping errors from the result before
checking against the expected warning.
expect_only_warning : Any -> Any -> Boolean -> Any
expect_only_warning expected_warning result unwrap_errors=True =
unwrap_maybe error = if unwrap_errors then Error.unwrap error else error
loc = Meta.get_source_location 1
if result.is_error then
Test.fail "Expected only warning "+expected_warning.to_text+", but a dataflow error has been matched: "+result.catch.to_display_text+" (at "+loc+")."
warnings = get_attached_warnings result
warnings = get_attached_warnings result . map unwrap_maybe
is_expected x =
(x == expected_warning) || (x.is_a expected_warning)
found = warnings.find if_missing=Nothing is_expected
@ -121,7 +131,6 @@ expect_only_warning expected_warning result =
Test.fail "Expected the result to contain only the warning: "+found.to_text+", but it also contained: "+invalid.to_text+' (at '+loc+').'
found
## UNSTABLE
Checks if the provided value does _not_ have a warning of the specified type.

2
distribution/lib/Standard/Test_New/0.0.0-dev/src/Spec_Result.enso
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@ -1,5 +1,3 @@
private
from Standard.Base import all
## Result of one test Spec

32
distribution/lib/Standard/Test_New/0.0.0-dev/src/Suite.enso
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@ -2,6 +2,7 @@
from Standard.Base import all
import Standard.Base.Errors.Illegal_Argument.Illegal_Argument
import Standard.Base.Runtime.State
from Standard.Base.Runtime import assert
import project.Group.Group
import project.Group.Group_Builder
@ -30,9 +31,15 @@ type Suite_Builder
group : Text -> (Group_Builder -> Any) -> Nothing
group self (name:Text) (fn : (Group_Builder -> Any)) (pending : (Text | Nothing) = Nothing) =
group_builder = Group_Builder.Impl
fn group_builder
group = Group.Impl name group_builder.teardown_ref.get group_builder.builder.to_vector pending
self.builder.append group
case pending of
Nothing ->
fn group_builder
group = Group.Impl name group_builder.teardown_ref.get group_builder.builder.to_vector pending
self.builder.append group
pend_reason : Text ->
group = Group.Impl name group_builder.teardown_ref.get [] pend_reason
self.builder.append group
## A testing suite that holds all the groups with test specs.
@ -58,17 +65,23 @@ type Suite
run_with_filter : (Regex | Text | Nothing) -> (Regex | Text | Nothing) -> Nothing
run_with_filter self group_filter=Nothing spec_filter=Nothing should_exit=True =
config = Suite_Config.from_environment
filtered_groups = self.groups.filter group->
group_name_matches = case group_filter of
groups_with_matching_names = self.groups.filter group->
case group_filter of
regex : Regex -> (regex.match group.name) != Nothing
text : Text -> group.name.contains text
Nothing -> True
case group_name_matches of
False -> False
True -> group.pending == Nothing
pending_groups = groups_with_matching_names.filter group->
group.pending.is_nothing.not
groups_to_run = groups_with_matching_names.filter group->
pending_groups.contains group . not
assert (pending_groups.length <= groups_to_run.length)
assert (groups_to_run.length <= groups_with_matching_names.length)
assert (groups_with_matching_names.length <= self.groups.length)
junit_sb_builder = if config.should_output_junit then StringBuilder.new else Nothing
all_results = Test_Reporter.wrap_junit_testsuites config junit_sb_builder <|
filtered_groups.flat_map group->
groups_to_run.flat_map group->
results = Helpers.run_group_with_filter group spec_filter
Test_Reporter.print_report results config junit_sb_builder
results
@ -80,6 +93,7 @@ type Suite
IO.println <| succ_tests.to_text + " tests succeeded."
IO.println <| failed_tests.to_text + " tests failed."
IO.println <| skipped_tests.to_text + " tests skipped."
IO.println <| pending_groups.length.to_text + " groups skipped."
exit_code = if failed_tests > 0 then 1 else 0
System.exit exit_code
False ->

30
test/Base_Tests/src/Data/Array_Polyglot_Spec.enso
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@ -1,37 +1,37 @@
from Standard.Base import all
import Standard.Base.Errors.Common.No_Such_Method
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
spec =
Test.group "JavaScript Objects, Arrays & Functions" <|
Test.specify "Missing method" <|
add_specs suite_builder =
suite_builder.group "JavaScript Objects, Arrays & Functions" group_builder->
group_builder.specify "Missing method" <|
Test.expect_panic_with data.missing No_Such_Method
Test.specify "Found method" <|
group_builder.specify "Found method" <|
data.classes
Test.specify "Array length" <|
group_builder.specify "Array length" <|
len = data.classes.length
len.should_equal 3
Test.specify "Array at" <|
group_builder.specify "Array at" <|
number = data.classes.at 1
number.name.should_equal "java.lang.Number"
number.superclass.name.should_equal "java.lang.Object"
Test.specify "Vector/Array copy & map" <|
group_builder.specify "Vector/Array copy & map" <|
classes = Vector.from_array data.classes
names = classes.map (x -> x.name)
names.should_equal ["java.lang.Object", "java.lang.Number", "java.lang.Integer"]
Test.specify "Vector/Array no copy & map" <|
group_builder.specify "Vector/Array no copy & map" <|
classes = Vector.from_polyglot_array data.classes
names = classes.map (x -> x.name)
names.should_equal ["java.lang.Object", "java.lang.Number", "java.lang.Integer"]
Test.specify "Vector.from_array creates a copy" <|
group_builder.specify "Vector.from_array creates a copy" <|
js_arr = create_array [1, 2, 3]
enso_vector = Vector.from_array js_arr
@ -47,7 +47,7 @@ spec =
(enso_vector.at 2).should_equal 3
enso_vector.should_not_equal js_arr
Test.specify "Vector.from_polyglot_array doesn't create a copy" <|
group_builder.specify "Vector.from_polyglot_array doesn't create a copy" <|
js_arr = create_array [1, 2, 3]
enso_vector = Vector.from_polyglot_array js_arr
@ -63,7 +63,11 @@ spec =
(enso_vector.at 2).should_equal Nothing
enso_vector.should_equal js_arr
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter
foreign js data = """
var object = { name : "java.lang.Object", superclass: null };

24
test/Base_Tests/src/Data/Array_Proxy_Spec.enso
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@ -4,8 +4,8 @@ import Standard.Base.Errors.Common.Index_Out_Of_Bounds
import Standard.Base.Errors.Common.Type_Error
import Standard.Base.Errors.Illegal_Argument.Illegal_Argument
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
type Proxy_Object
Value length
@ -13,9 +13,9 @@ type Proxy_Object
at : Integer -> Integer
at self ix = ix * 10
spec =
Test.group "Array_Proxy" <|
Test.specify "should correctly delegate to the callback" <|
add_specs suite_builder =
suite_builder.group "Array_Proxy" group_builder->
group_builder.specify "should correctly delegate to the callback" <|
arr = Array_Proxy.new 3 (ix -> ix + 10)
arr.length . should_equal 3
arr.at 0 . should_equal 10
@ -23,7 +23,7 @@ spec =
arr.at 2 . should_equal 12
arr.at 3 . should_fail_with Index_Out_Of_Bounds
Test.specify "should be able to be used to construct a Vector" <|
group_builder.specify "should be able to be used to construct a Vector" <|
v1 = Vector.from_polyglot_array (Array_Proxy.new 3 (ix -> ix + 10))
v1.length . should_equal 3
v1 . should_equal [10, 11, 12]
@ -34,18 +34,18 @@ spec =
v2.should_equal [12, 11, 10]
v2.sort . should_equal [10, 11, 12]
Test.specify "should be able to construct a Vector from a proxy object" <|
group_builder.specify "should be able to construct a Vector from a proxy object" <|
v1 = Vector.from_polyglot_array (Array_Proxy.from_proxy_object [4, 3, 2])
v1.should_equal [4, 3, 2]
v2 = Vector.from_polyglot_array (Array_Proxy.from_proxy_object (Proxy_Object.Value 5))
v2.should_equal [0, 10, 20, 30, 40]
Test.specify "should check validity at construction" <|
group_builder.specify "should check validity at construction" <|
Test.expect_panic_with (Array_Proxy.new 0 0) Type_Error
Test.expect_panic_with (Array_Proxy.new -1 (x->x)) Illegal_Argument
Test.specify "should pretend to just be an Array" <|
group_builder.specify "should pretend to just be an Array" <|
proxy = Array_Proxy.new 3 (ix -> ix + 10)
ok_match = case proxy of
_ : Vector -> "Vector"
@ -55,4 +55,8 @@ spec =
Meta.get_qualified_type_name proxy . should_equal "Standard.Base.Data.Array.Array"
Meta.get_simple_type_name proxy . should_equal "Array"
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

36
test/Base_Tests/src/Data/Array_Spec.enso
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@ -2,8 +2,8 @@ from Standard.Base import all
import Standard.Base.Errors.Common.Index_Out_Of_Bounds
import Standard.Base.Errors.Illegal_State.Illegal_State
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
Array.method self = 0
@ -12,48 +12,48 @@ Array.method self = 0
make_enso_array vector =
vector.to_array
test_arrays array_from_vector =
Test.specify "should allow accessing elements" <|
test_arrays group_builder array_from_vector =
group_builder.specify "should allow accessing elements" <|
arr = array_from_vector [1, 2, 3]
arr.at 0 . should_equal 1
arr.at 2 . should_equal 3
arr.at -1 . should_equal 3
Test.specify "should panic on out of bounds access" <|
group_builder.specify "should panic on out of bounds access" <|
arr = array_from_vector [1, 2, 3]
(arr.at -4) . should_fail_with Index_Out_Of_Bounds
(arr.at 3) . should_fail_with Index_Out_Of_Bounds
spec =
Test.group "Enso Arrays" <|
test_arrays make_enso_array
add_specs suite_builder =
suite_builder.group "Enso Arrays" group_builder->
test_arrays group_builder make_enso_array
Test.specify "should allow for functional dispatch on a method defined in this module" <|
group_builder.specify "should allow for functional dispatch on a method defined in this module" <|
arr = make_enso_array [1, 2, 3]
arr.method . should_equal 0
Test.specify "should handle ==" <|
group_builder.specify "should handle ==" <|
(make_enso_array [1,2,3]).should_equal (make_enso_array [1,2,3])
(make_enso_array [1]).should_not_equal (make_enso_array [2])
Test.specify "should not sort in place" <|
group_builder.specify "should not sort in place" <|
arr = make_enso_array [3, 1, 2]
new_arr = arr.sort
arr . should_equal [3, 1, 2]
new_arr . should_equal [1, 2, 3]
Test.group "Compare functionality with Vector" <|
Test.specify "compare methods" <|
suite_builder.group "Compare functionality with Vector" group_builder->
group_builder.specify "compare methods" <|
vector_methods = Meta.meta Vector . methods . sort
array_methods = Meta.meta Array . methods . sort
vector_methods . should_equal array_methods
Test.group "ArrayOverBuffer" <|
suite_builder.group "ArrayOverBuffer" group_builder->
location_pending = case Platform.os of
Platform.OS.Windows -> "This test is disabled on Windows."
_ -> Nothing
Test.specify "should behave like an Array" pending=location_pending <|
group_builder.specify "should behave like an Array" pending=location_pending <|
array_over_buffer = (File.new (enso_project.data / "sample.txt") . read_last_bytes 10).to_array
case array_over_buffer of
@ -66,4 +66,8 @@ spec =
sorted.to_text . should_equal "[10, 32, 46, 98, 101, 106, 106, 115, 117, 117]"
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

20
test/Base_Tests/src/Data/Base_64_Spec.enso
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@ -2,24 +2,28 @@ from Standard.Base import all
import Standard.Base.Data.Base_64.Base_64
import Standard.Base.Errors.Encoding_Error.Encoding_Error
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
polyglot java import java.lang.String as Java_String
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter
spec =
Test.group "Base_64" <|
Test.specify "can encode simple text" <|
add_specs suite_builder =
suite_builder.group "Base_64" group_builder->
group_builder.specify "can encode simple text" <|
r = Base_64.encode_text "ABCD"
r.should_equal "QUJDRA=="
Test.specify "can decode simple text" <|
group_builder.specify "can decode simple text" <|
r = Base_64.decode_text "QUJDRA=="
r.should_equal "ABCD"
Test.specify "can support various encodings" <|
group_builder.specify "can support various encodings" <|
txt = "AąęłśZ"
r_utf = Base_64.encode_text txt
r_windows = Base_64.encode_text txt Encoding.windows_1250

26
test/Base_Tests/src/Data/Bool_Spec.enso
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@ -1,7 +1,7 @@
from Standard.Base import all
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
Boolean.method self = self
@ -11,37 +11,37 @@ type My_Error
crash =
Error.throw (My_Error.Value "foo")
spec =
Test.group "Booleans" <|
Test.specify "should allow converting Bools to Text values" <|
add_specs suite_builder =
suite_builder.group "Booleans" group_builder->
group_builder.specify "should allow converting Bools to Text values" <|
True.to_text . should_equal "True"
False.to_text . should_equal "False"
Test.specify "should allow for comparing Bools" <|
group_builder.specify "should allow for comparing Bools" <|
(True == True) . should_be_true
(False == False) . should_be_true
(True > False) . should_be_true
(False < True) . should_be_true
Test.specify "should allow == operator" <|
group_builder.specify "should allow == operator" <|
True.should_equal True
False.should_equal False
True.should_not_equal False
False.should_not_equal True
(1 == 1).should_equal True
Test.specify "should allow for extending Bools in a local module" <|
group_builder.specify "should allow for extending Bools in a local module" <|
test = 1 == 2
test.method . should_equal test
Test.specify "should short-circuit ||" <|
group_builder.specify "should short-circuit ||" <|
(1 == 1) || (crash) . should_equal True
(1 == 0) || (1 == 1) . should_equal True
(1 == 0) || (crash) . should_fail_with My_Error
(1 == 1) || "foo" . should_equal True
(1 == 0) || "foo" . should_equal "foo"
Test.specify "should short-circuit &&" <|
group_builder.specify "should short-circuit &&" <|
(1 == 0) && (crash) . should_equal False
(1 == 1) && (1 == 0) . should_equal False
(1 == 1) && (1 == 1) . should_equal True
@ -49,4 +49,8 @@ spec =
(1 == 0) && "foo" . should_equal False
(1 == 1) && "foo" . should_equal "foo"
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

38
test/Base_Tests/src/Data/Function_Spec.enso
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@ -1,41 +1,45 @@
from Standard.Base import all
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
spec =
Test.group "identity" <|
Test.specify "identity on number" <|
add_specs suite_builder =
suite_builder.group "identity" group_builder->
group_builder.specify "identity on number" <|
(identity 5) . should_equal 5
Test.specify "identity on text" <|
group_builder.specify "identity on text" <|
(identity '5') . should_equal '5'
Test.specify "identity on boolean" <|
group_builder.specify "identity on boolean" <|
(identity False) . should_equal False
Test.group "flip" <|
Test.specify "flip on number" <|
suite_builder.group "flip" group_builder->
group_builder.specify "flip on number" <|
(flip (-) 2 5) . should_equal 3
Test.specify "flip on text" <|
group_builder.specify "flip on text" <|
(flip (+) "world" "hello") . should_equal "helloworld"
Test.group "const" <|
Test.specify "const on number" <|
suite_builder.group "const" group_builder->
group_builder.specify "const on number" <|
two = const 2
two 5 . should_equal 2
Test.group "curry" <|
Test.specify "curry on number list" <|
suite_builder.group "curry" group_builder->
group_builder.specify "curry on number list" <|
sum = x -> x.fold 0 (+)
sum [1, 2, 3, 4] . should_equal 10
plus = curry sum
plus 6 3 . should_equal 9
Test.group "uncurry" <|
Test.specify "uncurry on number list" <|
suite_builder.group "uncurry" group_builder->
group_builder.specify "uncurry on number list" <|
times = uncurry (*)
times [6, 7] . should_equal 42
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

36
test/Base_Tests/src/Data/Interval_Spec.enso
View File

@ -1,17 +1,17 @@
from Standard.Base import all
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
spec =
Test.group "Bound" <|
Test.specify "should allow constructing inclusive bounds" <|
add_specs suite_builder =
suite_builder.group "Bound" group_builder->
group_builder.specify "should allow constructing inclusive bounds" <|
bound = Bound.Inclusive 0
bound.n . should_equal 0
Test.specify "should allow constructing exclusive bounds" <|
group_builder.specify "should allow constructing exclusive bounds" <|
bound = Bound.Exclusive 0
bound.n . should_equal 0
Test.specify "should be able to be checked for equality" <|
group_builder.specify "should be able to be checked for equality" <|
inclusive_1 = Bound.Inclusive 10
inclusive_2 = Bound.Inclusive 5
exclusive_1 = Bound.Exclusive 10
@ -22,24 +22,24 @@ spec =
(exclusive_1 == exclusive_2) . should_be_false
(inclusive_1 == exclusive_1) . should_be_false
Test.group "Interval" <|
Test.specify "should allow constructing exclusive intervals" <|
suite_builder.group "Interval" group_builder->
group_builder.specify "should allow constructing exclusive intervals" <|
interval = Interval.new 1 5 Interval_Type.Exclusive
interval.start . should_equal (Bound.Exclusive 1)
interval.end . should_equal (Bound.Exclusive 5)
Test.specify "should allow constructing start-exclusive intervals" <|
group_builder.specify "should allow constructing start-exclusive intervals" <|
interval = Interval.new 1 5 Interval_Type.Start_Exclusive
interval.start . should_equal (Bound.Exclusive 1)
interval.end . should_equal (Bound.Inclusive 5)
Test.specify "should allow constructing end-exclusive intervals" <|
group_builder.specify "should allow constructing end-exclusive intervals" <|
interval = Interval.new 1 5
interval.start . should_equal (Bound.Inclusive 1)
interval.end . should_equal (Bound.Exclusive 5)
Test.specify "should allow constructing inclusive intervals" <|
group_builder.specify "should allow constructing inclusive intervals" <|
interval = Interval.new 1 5 Interval_Type.Inclusive
interval.start . should_equal (Bound.Inclusive 1)
interval.end . should_equal (Bound.Inclusive 5)
Test.specify "should allow checking if an interval contains a value of the contained type" <|
group_builder.specify "should allow checking if an interval contains a value of the contained type" <|
interval = Interval.new 1 10
interval.contains 0 . should_be_false
interval.contains 1 . should_be_true
@ -83,7 +83,7 @@ spec =
interval_7.contains 1 . should_be_false
(Interval.new 0.1 1 Interval_Type.Inclusive) . contains 0.33 . should_be_true
Test.specify "can be checked for emptiness" <|
group_builder.specify "can be checked for emptiness" <|
Interval.new 0 0 Interval_Type.Exclusive . is_empty . should_be_true
Interval.new 1 10 Interval_Type.Exclusive . is_empty . should_be_false
Interval.new 0 0 Interval_Type.Start_Exclusive . is_empty . should_be_true
@ -92,7 +92,7 @@ spec =
Interval.new 1 10 Interval_Type.End_Exclusive . is_empty . should_be_false
Interval.new 0 0 Interval_Type.Inclusive . is_empty . should_be_false
Interval.new 0.1 0 Interval_Type.Inclusive . is_empty . should_be_true
Test.specify "can be checked for non-emptiness" <|
group_builder.specify "can be checked for non-emptiness" <|
Interval.new 0 0 Interval_Type.Exclusive . not_empty . should_be_false
Interval.new 0 0.001 Interval_Type.Inclusive . not_empty . should_be_true
Interval.new 1 10 Interval_Type.Exclusive . not_empty . should_be_true
@ -103,4 +103,8 @@ spec =
Interval.new 0 0 Interval_Type.Inclusive . not_empty . should_be_true
Interval.new 10 0 Interval_Type.Inclusive . not_empty . should_be_false
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

77
test/Base_Tests/src/Data/Json_Spec.enso
View File

@ -5,9 +5,10 @@ import Standard.Base.Errors.Illegal_Argument.Illegal_Argument
import Standard.Base.Errors.No_Such_Key.No_Such_Key
from Standard.Base.Data.Json import Invalid_JSON
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
import Standard.Test.Test_Result.Test_Result
from Standard.Test_New import all
import Standard.Test_New.Spec_Result.Spec_Result
type Author
Value name year_of_birth
@ -17,17 +18,17 @@ type Book
Text.should_fail_parsing_with self expected =
as_fail = case Json.parse self of
_ -> Test_Result.Failure "Expected a parse error, but no error reported."
_ -> Spec_Result.Failure "Expected a parse error, but no error reported."
result = as_fail.catch Any e-> case e of
Invalid_JSON.Error msg ->
if msg.contains expected then Test_Result.Success else
if msg.contains expected then Spec_Result.Success else
fail_msg = "The reported message " + msg.to_text + " did not contain " + expected.to_text + "."
Test_Result.Failure fail_msg
Spec_Result.Failure fail_msg
_ ->
fail_msg = "Expected a parser error, but " + e.to_text + " was thrown."
Test_Result.Failure fail_msg
Spec_Result.Failure fail_msg
case result of
Test_Result.Success -> Test_Result.Success
Spec_Result.Success -> Spec_Result.Success
_ -> Panic.throw result
Text.should_parse_as self expected =
@ -36,9 +37,9 @@ Text.should_parse_as self expected =
Text.should_render_itself self =
Json.parse self . to_json . should_equal self
spec =
Test.group "JSON Deserialization" <|
Test.specify "should parse JSON structures" <|
add_specs suite_builder =
suite_builder.group "JSON Deserialization" group_builder->
group_builder.specify "should parse JSON structures" <|
"0 ".should_parse_as 0
" 123 ".should_parse_as 123
"15.0643".should_parse_as 15.0643
@ -59,7 +60,7 @@ spec =
y_v = JS_Object.from_pairs [["z", Nothing], ["w", Nothing]]
JS_Object.from_pairs [["foo", "bar"], ["baz", ["foo", "x", False]], ["y", y_v]]
Test.specify "should report meaningful parsing errors" <|
group_builder.specify "should report meaningful parsing errors" <|
"foo".should_fail_parsing_with "Unexpected token f in JSON at position 0"
"[,]".should_fail_parsing_with "Unexpected token , in JSON at position 1"
"{,}".should_fail_parsing_with "Unexpected token , in JSON at position 1"
@ -67,20 +68,20 @@ spec =
deep_err.should_fail_parsing_with "closing quote ] expected at position 34"
"123 4".should_fail_parsing_with "JSON cannot be fully parsed at position 4"
Test.specify "should be able to deserialize using into via conversion" <|
group_builder.specify "should be able to deserialize using into via conversion" <|
Json.parse '{"type":"Time_Zone","constructor":"parse","id":"Europe/Moscow"}' . into Time_Zone . should_equal (Time_Zone.parse "Europe/Moscow")
Json.parse '{}' . into Time_Zone . should_fail_with Illegal_Argument
Test.specify "should be able to deserialize using into for single constructor" <|
group_builder.specify "should be able to deserialize using into for single constructor" <|
Json.parse '{"first": 1, "second": 2}' . into Pair . should_equal (Pair.Value 1 2)
Json.parse '{"start": 15, "end": 20, "step": 3}' . into Range . should_equal (Range.Between 15 20 3)
Test.specify "should be able to deserialize using into for multiple constructors" <|
group_builder.specify "should be able to deserialize using into for multiple constructors" <|
Json.parse '{"than": 2}' . into Filter_Condition . should_fail_with Illegal_Argument
Json.parse '{"constructor": "Less", "than": 2}' . into Filter_Condition . should_equal (Filter_Condition.Less 2)
Json.parse '{"constructor": "NotARealOne", "than": 2}' . into Filter_Condition . should_fail_with Illegal_Argument
Test.specify "should be able to convert a JS_Object into a Map using into" <|
group_builder.specify "should be able to convert a JS_Object into a Map using into" <|
Json.parse '{"a": 15, "b": 20, "c": "X", "d": null}' . into Map . should_equal (Map.from_vector [["a", 15], ["b", 20], ["c", "X"], ["d", Nothing]])
Json.parse '{}' . into Map . should_equal Map.empty
@ -88,13 +89,13 @@ spec =
Test.expect_panic No_Such_Method <|
Json.parse '[]' . into Map
Test.specify "should be able to deserialize Date" <|
group_builder.specify "should be able to deserialize Date" <|
'{"type": "Date", "constructor": "new", "year": 2018, "month": 7, "day": 3}'.should_parse_as (Date.new 2018 7 3)
'{"type": "Date", "year": 2025, "month": 5, "day": 12}'.should_parse_as (Date.new 2025 5 12)
'{"type": "Date", "month": 5, "day": 12}' . should_parse_as (JS_Object.from_pairs [["type", "Date"], ["month", 5], ["day", 12]])
'{"type": "Date", "year": 2019, "day": 12}' . should_parse_as (JS_Object.from_pairs [["type", "Date"], ["year", 2019], ["day", 12]])
Test.specify "should be able to deserialize Time_Of_Day" <|
group_builder.specify "should be able to deserialize Time_Of_Day" <|
'{"type": "Time_Of_Day", "constructor": "new", "hour": 22, "minute": 14, "second": 47}'.should_parse_as (Time_Of_Day.new 22 14 47)
'{"type": "Time_Of_Day", "hour": 12, "minute": 30}'.should_parse_as (Time_Of_Day.new 12 30 0)
'{"type": "Time_Of_Day", "hour": 18, "minute": 6, "second": 13, "nanosecond": 1234568}'.should_parse_as (Time_Of_Day.new 18 6 13 nanosecond=1234568)
@ -102,7 +103,7 @@ spec =
'{"type": "Time_Of_Day", "hour": 14, "second": 47}' . should_parse_as (JS_Object.from_pairs [["type", "Time_Of_Day"], ["hour", 14], ["second", 47]])
'{"type": "Time_Of_Day", "hour": 18, "minute": 6, "nanosecond": 1234568}'.should_parse_as (JS_Object.from_pairs [["type", "Time_Of_Day"], ["hour", 18], ["minute", 6], ["nanosecond", 1234568]])
Test.specify "should be able to deserialize Date_Time" <|
group_builder.specify "should be able to deserialize Date_Time" <|
tz = Time_Zone.parse "Europe/Moscow"
'{"type":"Date_Time","constructor":"new","year":2023,"month":9,"day":29,"hour":11,"minute":52,"second":33,"nanosecond":572104300,"zone":{"type":"Time_Zone","constructor":"parse","id":"Europe/Moscow"}}'.should_parse_as (Date_Time.new 2023 9 29 11 52 33 nanosecond=572104300 zone=tz)
'{"type":"Date_Time","constructor":"new","year":2023,"month":9,"day":29,"hour":11,"minute":52,"second":33,"zone":{"type":"Time_Zone","constructor":"parse","id":"Europe/Moscow"}}'.should_parse_as (Date_Time.new 2023 9 29 11 52 33 zone=tz)
@ -112,8 +113,8 @@ spec =
'{"type":"Date_Time","constructor":"new","year":2023,"month":9,"day":29,"hour":11,"second":52}'.should_parse_as (JS_Object.from_pairs [["type", "Date_Time"], ["constructor", "new"], ["year", 2023], ["month", 9], ["day", 29], ["hour", 11], ["second", 52]])
'{"type":"Date_Time","constructor":"new","year":2023,"month":9,"day":29,"hour":11,"minute":52,"nanosecond":572104300}'.should_parse_as (JS_Object.from_pairs [["type", "Date_Time"], ["constructor", "new"], ["year", 2023], ["month", 9], ["day", 29], ["hour", 11], ["minute", 52], ["nanosecond", 572104300]])
Test.group "JSON Serialization" <|
Test.specify "should print JSON structures to valid json" <|
suite_builder.group "JSON Serialization" group_builder->
group_builder.specify "should print JSON structures to valid json" <|
"0".should_render_itself
"123".should_render_itself
"15.0643".should_render_itself
@ -129,28 +130,28 @@ spec =
object_json = '{"baz":["foo","x",false],"foo":"bar","y":{"w":null,"z":null}}'
object_json.should_render_itself
Test.specify "should convert arbitrary types to JSON" <|
group_builder.specify "should convert arbitrary types to JSON" <|
1.to_json.should_equal "1"
1.54.to_json.should_equal "1.54"
["foo", "bar", "baz"].to_json.should_equal '["foo","bar","baz"]'
Author.Value "Tolkien" 1892 . to_json . should_equal <|
'{"type":"Author","constructor":"Value","name":"Tolkien","year_of_birth":1892}'
Test.specify "should render NaN and Infinity to null" <|
group_builder.specify "should render NaN and Infinity to null" <|
Number.nan.to_json . should_equal "null"
Number.positive_infinity.to_json . should_equal "null"
Number.negative_infinity.to_json . should_equal "null"
Test.group "JS_Object" <|
Test.specify "should be buildable from pairs" <|
suite_builder.group "JS_Object" group_builder->
group_builder.specify "should be buildable from pairs" <|
JS_Object.from_pairs [["foo", "bar"]] . to_json . should_equal '{"foo":"bar"}'
JS_Object.from_pairs [["foo", "bar"], ["baz", Nothing]] . to_json . should_equal '{"foo":"bar","baz":null}'
Test.specify "should be buildable from pairs" <|
group_builder.specify "should be buildable from pairs" <|
JS_Object.from_pairs [["foo", "bar"]] . to_json . should_equal '{"foo":"bar"}'
JS_Object.from_pairs [["foo", "bar"], ["baz", Nothing]] . to_json . should_equal '{"foo":"bar","baz":null}'
Test.specify "should be handle equality on a key level" <|
group_builder.specify "should be handle equality on a key level" <|
JS_Object.from_pairs [["a", 42]] . should_equal <| Json.parse '{"a": 42}'
JS_Object.from_pairs [["a", 42]] . should_not_equal <| JS_Object.from_pairs [["a", 43]]
JS_Object.from_pairs [["a", 42]] . should_not_equal <| JS_Object.from_pairs [["b", 42]]
@ -164,22 +165,22 @@ spec =
obj1 . should_not_equal <| JS_Object.from_pairs [["a", 43], ["b", 123]]
obj1 . should_not_equal <| JS_Object.from_pairs [["a", 42], ["b", JS_Object.from_pairs [["c",1], ["d",3]]]]
Test.specify "should be able to set values" <|
group_builder.specify "should be able to set values" <|
obj = JS_Object.from_pairs [["foo", "bar"], ["baz", "quux"]]
obj.to_json . should_equal '{"foo":"bar","baz":"quux"}'
obj.set_value "foo" "asdf" . to_json . should_equal '{"foo":"asdf","baz":"quux"}'
obj.set_value "baz" "zxcv" . to_json . should_equal '{"foo":"bar","baz":"zxcv"}'
obj.set_value "abc" "def" . to_json . should_equal '{"foo":"bar","baz":"quux","abc":"def"}'
Test.specify "set_value does not modify the original object" <|
group_builder.specify "set_value does not modify the original object" <|
obj = JS_Object.from_pairs [["foo", "bar"], ["baz", "quux"]]
obj.to_json . should_equal '{"foo":"bar","baz":"quux"}'
modified = obj.set_value "foo" "asdf"
modified.to_json . should_equal '{"foo":"asdf","baz":"quux"}'
obj.to_json . should_equal '{"foo":"bar","baz":"quux"}'
Test.group "JSON" <|
Test.specify "should allow getting object fields" <|
suite_builder.group "JSON" group_builder->
group_builder.specify "should allow getting object fields" <|
object = Json.parse '{ "foo": "bar", "baz": ["foo", "x", false],"y": {"z": null, "w": null} }'
object.get "foo" . should_equal "bar"
object.get "bar" . should_equal Nothing
@ -189,16 +190,16 @@ spec =
Json.parse "null" . get "foo" . should_equal Nothing
Json.parse "null" . get "foo" 1 . should_equal 1
Test.specify "should allow checking for fields" <|
group_builder.specify "should allow checking for fields" <|
object = Json.parse '{ "foo": "bar", "baz": ["foo", "x", false],"y": {"z": null, "w": null} }'
object.contains_key "foo" . should_equal True
object.contains_key "bar" . should_equal False
Test.specify "should be able to get field_names" <|
group_builder.specify "should be able to get field_names" <|
Json.parse '{ "foo": "bar", "baz": ["foo", "x", false] }' . field_names . should_equal ["foo", "baz"]
Json.parse '{}' . field_names . should_equal []
Test.specify "should be able to get a value by index" <|
group_builder.specify "should be able to get a value by index" <|
Json.parse "[1, 2, 3, 4, 5]" . at 2 . should_equal 3
Json.parse "[1, 2, 3, 4, 5]" . at -2 . should_equal 4
Json.parse "[1, 2, 3, 4, 5]" . at 5 . should_fail_with Index_Out_Of_Bounds
@ -207,7 +208,7 @@ spec =
Json.parse "[1, 2, 3, 4, 5]" . get 5 . should_equal Nothing
Json.parse "[1, 2, 3, 4, 5]" . get 5 "?" . should_equal "?"
Test.specify "should be able to get length" <|
group_builder.specify "should be able to get length" <|
Json.parse "{}" . length . should_equal 0
Json.parse "[]" . length . should_equal 0
Json.parse '{ "foo": "bar", "baz": ["foo", "x", false] }' . length . should_equal 2
@ -215,4 +216,8 @@ spec =
Json.parse '"foo"' . length . should_equal 3
Json.parse '""' . length . should_equal 0
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

74
test/Base_Tests/src/Data/List_Spec.enso
View File

@ -6,29 +6,29 @@ import Standard.Base.Errors.Common.Type_Error
import Standard.Base.Errors.Common.Unsupported_Argument_Types
import Standard.Base.Runtime.State
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
spec = Test.group "List" <|
add_specs suite_builder = suite_builder.group "List" group_builder->
l = List.Cons 1 <| List.Cons 2 <| List.Cons 3 <| List.Nil
empty = List.Nil
Test.specify "should have properly defined length" <|
group_builder.specify "should have properly defined length" <|
l.length.should_equal 3
Test.specify "should have well defined length when empty" <|
group_builder.specify "should have well defined length when empty" <|
List.Nil.length.should_equal 0
Test.specify "should allow folding the list with an arbitrary operation with .fold" <|
group_builder.specify "should allow folding the list with an arbitrary operation with .fold" <|
l.fold 0 (+) . should_equal 6
l.fold 1 (*) . should_equal 6
Test.specify "should allow reducing the list with an arbitrary operation with .reduce" <|
group_builder.specify "should allow reducing the list with an arbitrary operation with .reduce" <|
l.reduce (+) . should_equal 6
l.reduce (*) . should_equal 6
empty.reduce (+) . should_fail_with Empty_Error
empty.reduce (+) 0 . should_equal 0
Test.specify "should allow checking if an element satisfies a predicate with .any" <|
group_builder.specify "should allow checking if an element satisfies a predicate with .any" <|
any_even = l.any (x -> x % 2 == 0)
any_eq_five = l.any (== 5)
any_even.should_be_true
@ -39,7 +39,7 @@ spec = Test.group "List" <|
Test.expect_panic_with (l.any "invalid arg") Type_Error
Test.specify "should allow checking if all elements satisfy a predicate with `.all`" <|
group_builder.specify "should allow checking if all elements satisfy a predicate with `.all`" <|
all_even = l.all(x -> x % 2 == 0)
all_less_than_four = l.all (< 4)
all_even . should_be_false
@ -50,12 +50,12 @@ spec = Test.group "List" <|
Test.expect_panic_with (l.all "invalid arg") Type_Error
Test.specify "should allow checking if an element is in the list with `.contains`" <|
group_builder.specify "should allow checking if an element is in the list with `.contains`" <|
l.contains 4 . should_be_false
l.contains 3 . should_be_true
empty.contains 10 . should_be_false
Test.specify "should allow finding an element in the list with `.find`" <|
group_builder.specify "should allow finding an element in the list with `.find`" <|
l.find (==2) . should_equal 2
l.find (==3) . should_equal 3
l.find (==4) . should_fail_with Not_Found
@ -73,7 +73,7 @@ spec = Test.group "List" <|
Test.expect_panic_with (l.find "invalid arg") Type_Error
Test.specify "should allow finding the index of an element in the list with `.index_of`" <|
group_builder.specify "should allow finding the index of an element in the list with `.index_of`" <|
l.index_of (==2) . should_equal 1
l.index_of 3 . should_equal 2
l.index_of (==4) . should_equal Nothing
@ -92,7 +92,7 @@ spec = Test.group "List" <|
l.index_of (Filter_Condition.Greater 1) . should_equal 1
l.index_of "invalid arg" . should_equal Nothing
Test.specify "should allow finding the last index of an element in the list with `.last_index_of`" <|
group_builder.specify "should allow finding the last index of an element in the list with `.last_index_of`" <|
ll = List.Cons 1 <| List.Cons 2 <| List.Cons 3 <| List.Cons 1 <| List.Cons 2 <| List.Cons 3 <| List.Nil
ll.last_index_of (==2) . should_equal 4
ll.last_index_of 3 . should_equal 5
@ -112,21 +112,21 @@ spec = Test.group "List" <|
ll.last_index_of (Filter_Condition.Less 3) . should_equal 4
ll.last_index_of "invalid arg" . should_equal Nothing
Test.specify "should allow checking if the list is empty with `.is_empty`" <|
group_builder.specify "should allow checking if the list is empty with `.is_empty`" <|
l.is_empty . should_be_false
empty.is_empty . should_be_true
Test.specify "should allow checking if the list is not empty `.not_empty`" <|
group_builder.specify "should allow checking if the list is not empty `.not_empty`" <|
l.not_empty . should_be_true
empty.not_empty . should_be_false
Test.specify "should be convertible to a vector" <|
group_builder.specify "should be convertible to a vector" <|
(List.Cons 3 (List.Cons "a" (List.Cons 1 List.Nil))).to_vector.should_equal [3, "a", 1]
Test.specify "should allow filtering of the list using `.filter`" <|
group_builder.specify "should allow filtering of the list using `.filter`" <|
l.filter (> 2) . should_equal (List.Cons 3 List.Nil)
Test.specify "should filter elements by Filter_Condition" <|
group_builder.specify "should filter elements by Filter_Condition" <|
list = [1, 2, 3, 4, 5].to_list
list.filter (Filter_Condition.Greater than=3) . should_equal [4, 5].to_list
list.filter (Filter_Condition.Less than=3.5) . should_equal [1, 2, 3].to_list
@ -183,7 +183,7 @@ spec = Test.group "List" <|
bools.filter Filter_Condition.Is_True . should_equal [True, True].to_list
bools.filter Filter_Condition.Is_False . should_equal [False].to_list
Test.specify "should allow to partition a list" <|
group_builder.specify "should allow to partition a list" <|
r1 = l.partition (x-> x%2==0)
r1.first . should_equal (List.Cons 2 List.Nil)
r1.second . should_equal (List.Cons 1 (List.Cons 3 List.Nil))
@ -202,10 +202,10 @@ spec = Test.group "List" <|
Test.expect_panic_with (l.partition "invalid arg") Type_Error
Test.specify "should allow mapping a function over its elements with .map" <|
group_builder.specify "should allow mapping a function over its elements with .map" <|
l.map +1 . first . should_equal 2
Test.specify "should allow executing an action for each element with .each" <|
group_builder.specify "should allow executing an action for each element with .each" <|
sum = State.run Number 0 <|
l.each el->
s = State.get Number
@ -213,53 +213,53 @@ spec = Test.group "List" <|
State.get Number
sum.should_equal 6
Test.specify "should allow reversing with .reverse" <|
group_builder.specify "should allow reversing with .reverse" <|
l.reverse.first.should_equal 3
Test.specify "should allow dropping elements from the left with `.drop`" <|
group_builder.specify "should allow dropping elements from the left with `.drop`" <|
l.drop_start 1 . should_equal (List.Cons 2 (List.Cons 3 List.Nil))
empty.drop_start 1 . should_equal List.Nil
Test.specify "should allow taking elements from the left with `.take_start`" <|
group_builder.specify "should allow taking elements from the left with `.take_start`" <|
l.take_start 2 . should_equal (List.Cons 1 (List.Cons 2 List.Nil))
empty.take_start 2 . should_equal List.Nil
Test.specify "should allow getting the tail of the list with `.tail`" <|
group_builder.specify "should allow getting the tail of the list with `.tail`" <|
l.tail . should_equal (List.Cons 2 (List.Cons 3 List.Nil))
empty.tail.should_fail_with Index_Out_Of_Bounds
Test.specify "single element list.init yields Nil" <|
group_builder.specify "single element list.init yields Nil" <|
(List.Cons 1 List.Nil).init . should_equal List.Nil
Test.specify "two element list.init yields one element" <|
group_builder.specify "two element list.init yields one element" <|
(List.Cons 1 (List.Cons 2 List.Nil)).init . should_equal (List.Cons 1 List.Nil)
Test.specify "should allow getting the init of the list with `.init`" <|
group_builder.specify "should allow getting the init of the list with `.init`" <|
l.init . should_equal (List.Cons 1 (List.Cons 2 List.Nil))
empty.init.should_fail_with Index_Out_Of_Bounds
Test.specify "should allow getting the last element of the list with `.last`" <|
group_builder.specify "should allow getting the last element of the list with `.last`" <|
l.last . should_equal 3
empty.last.should_fail_with Index_Out_Of_Bounds
Test.specify "should allow getting the head of the list with `.first`" <|
group_builder.specify "should allow getting the head of the list with `.first`" <|
l.first . should_equal 1
empty.first.should_fail_with Index_Out_Of_Bounds
empty.first.catch.should_equal (Index_Out_Of_Bounds.Error 0 0)
Test.specify "should allow getting the second item of the list with `.second`" <|
group_builder.specify "should allow getting the second item of the list with `.second`" <|
l.second . should_equal 2
empty.second.should_fail_with Index_Out_Of_Bounds
empty.second.catch.should_equal (Index_Out_Of_Bounds.Error 1 0)
(List.Cons 1 List.Nil).second.should_fail_with Index_Out_Of_Bounds
(List.Cons 1 List.Nil).second.catch.should_equal (Index_Out_Of_Bounds.Error 1 1)
Test.specify "should allow getting the last element of the list with `.last`" <|
group_builder.specify "should allow getting the last element of the list with `.last`" <|
l.last . should_equal 3
empty.last.should_fail_with Index_Out_Of_Bounds
empty.last.catch.should_equal (Index_Out_Of_Bounds.Error -1 0)
Test.specify "should allow getting the items of the list with `.at`" <|
group_builder.specify "should allow getting the items of the list with `.at`" <|
l.at 0 . should_equal 1
l.at 1 . should_equal 2
l.at 2 . should_equal 3
@ -270,7 +270,7 @@ spec = Test.group "List" <|
l.at 3 . should_fail_with Index_Out_Of_Bounds
l.at -4 . should_fail_with Index_Out_Of_Bounds
Test.specify "should allow getting the items of the list with `.get`" <|
group_builder.specify "should allow getting the items of the list with `.get`" <|
l.get 0 . should_equal 1
l.get 1 . should_equal 2
l.get 2 . should_equal 3
@ -282,4 +282,8 @@ spec = Test.group "List" <|
l.get 3 . should_equal Nothing
l.get -4 . should_equal Nothing
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

40
test/Base_Tests/src/Data/Locale_Spec.enso
View File

@ -1,8 +1,8 @@
from Standard.Base import all
from Standard.Base.Metadata.Choice import Option
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
polyglot java import java.util.Locale as JavaLocale
@ -15,40 +15,40 @@ with_locale locale ~test =
JavaLocale.setDefault default_locale
result
spec =
Test.group "Locale" <|
add_specs suite_builder =
suite_builder.group "Locale" group_builder->
en_gb = Locale.new "en" "GB"
Test.specify "allow constructing a locale with optional parts" <|
group_builder.specify "allow constructing a locale with optional parts" <|
loc = Locale.new "en"
loc.language . should_equal "en"
loc.country . should_equal Nothing
loc.variant . should_equal Nothing
Test.specify "should have a well-defined text conversion" <|
group_builder.specify "should have a well-defined text conversion" <|
en_gb.to_text . should_equal "en-GB"
Test.specify "should allow obtaining it from a language tag" <|
group_builder.specify "should allow obtaining it from a language tag" <|
locale = Locale.from_language_tag "en-US"
locale.to_text . should_equal "en-US"
Test.specify "should allow getting the language code" <|
group_builder.specify "should allow getting the language code" <|
locale = Locale.from_language_tag "en-US"
locale.language . should_equal "en"
Test.specify "should allow getting the country code" <|
group_builder.specify "should allow getting the country code" <|
locale = Locale.from_language_tag "en-US"
locale.country . should_equal "US"
Test.specify "should allow getting the variant code" <|
group_builder.specify "should allow getting the variant code" <|
locale = Locale.from_language_tag "en-US-x-lvariant-UTF-8"
locale.variant . should_equal "UTF_8"
Test.specify "should allow getting the display language" <|
group_builder.specify "should allow getting the display language" <|
with_locale Locale.us <|
display = Locale.from_language_tag "en-GB" . display_language
display . should_equal "English"
Test.specify "should allow getting the display country" <|
group_builder.specify "should allow getting the display country" <|
with_locale Locale.us <|
display = Locale.from_language_tag "en-GB" . display_country
display . should_equal "United Kingdom"
Test.specify "should allow getting the display variant" <|
group_builder.specify "should allow getting the display variant" <|
display = Locale.from_language_tag "en-GB-x-lvariant-UTF8" . display_variant
display . should_equal "UTF8"
Test.specify "should have some common locale constants" <|
group_builder.specify "should have some common locale constants" <|
Locale.default.to_text . should_equal "und"
Locale.bangladesh.to_text . should_equal "bn-BD"
Locale.brazil.to_text . should_equal "pt-BR"
@ -70,14 +70,18 @@ spec =
Locale.south_korea.to_text . should_equal "ko-KR"
Locale.uk.to_text . should_equal "en-GB"
Locale.us.to_text . should_equal "en-US"
Test.specify "should convert to Json" <|
group_builder.specify "should convert to Json" <|
en_gb.to_json.should_equal '{"type":"Locale","constructor":"new","language":"en","country":"GB","variant":null}'
Test.specify "should allow equality comparisons" <|
group_builder.specify "should allow equality comparisons" <|
Locale.uk . should_equal Locale.uk
Locale.uk . should_not_equal Locale.us
Test.specify "Should correctly auto-discover static Locales" <|
group_builder.specify "Should correctly auto-discover static Locales" <|
locale_names = Locale.widget_options.map x-> case x of Option locale_name _ _ _ -> locale_name
locale_names . should_equal ['Bangladesh', 'Brazil', 'Canada English', 'Canada French', 'China', 'France', 'Germany', 'India English', 'India Hindi', 'Indonesia', 'Italy', 'Japan', 'Mexico', 'Nigeria', 'Pakistan English', 'Pakistan Urdu', 'Poland', 'Russia', 'South Korea', 'UK', 'US']
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

166
test/Base_Tests/src/Data/Map_Spec.enso
View File

@ -2,8 +2,8 @@ from Standard.Base import all
import Standard.Base.Errors.Illegal_Argument.Illegal_Argument
import Standard.Base.Errors.No_Such_Key.No_Such_Key
from Standard.Test import Test, Test_Suite, Problems
import Standard.Test.Extensions
from Standard.Test_New import all
polyglot java import java.nio.file.Path as JavaPath
polyglot java import java.util.Map as JavaMap
@ -91,45 +91,45 @@ type Parent
type GrandParent
Value parent
spec =
Test.group "Enso maps" <|
Test.specify "should allow checking for emptiness" <|
add_specs suite_builder =
suite_builder.group "Enso maps" group_builder->
group_builder.specify "should allow checking for emptiness" <|
empty_map = Map.empty
non_empty = Map.empty . insert "foo" 1234
empty_map.is_empty . should_be_true
non_empty.is_empty . should_be_false
Test.specify "should get the default comparator for polyglot maps" <|
group_builder.specify "should get the default comparator for polyglot maps" <|
Comparable.from (Map.empty) . should_equal Default_Comparator
Comparable.from (js_empty_dict) . should_equal Default_Comparator
Comparable.from (JavaMap.of "A" 1 "B" 2) . should_equal Default_Comparator
Test.specify "should compare two hash maps" <|
group_builder.specify "should compare two hash maps" <|
(Map.singleton "a" 1).should_equal (Map.singleton "a" 1)
(Map.singleton "b" 2).should_not_equal (Map.singleton "a" 1)
Map.empty.should_equal Map.empty
Map.empty.should_not_equal (Map.singleton "a" 1)
(Map.empty.insert "a" 1 . insert "b" 2).should_equal (Map.empty.insert "b" 2 . insert "a" 1)
Test.specify "should allow checking for non emptiness" <|
group_builder.specify "should allow checking for non emptiness" <|
empty_map = Map.empty
non_empty = Map.empty . insert "foo" 1234
empty_map.not_empty . should_be_false
non_empty.not_empty . should_be_true
Test.specify "should allow checking its size" <|
group_builder.specify "should allow checking its size" <|
empty_map = Map.empty
non_empty = Map.singleton "a" "b" . insert "x" "y"
empty_map.size . should_equal 0
non_empty.size . should_equal 2
Test.specify "should support arbitrary atoms as keys" <|
group_builder.specify "should support arbitrary atoms as keys" <|
map = Map.singleton (Pair.new "one" "two") 42
(map.get (Pair.new "one" "two")).should_equal 42
(map.get (Pair.new "A" "B")).should_equal Nothing
(map.get (Pair.new "two" "two")).should_equal Nothing
Test.specify "should use proper hash code for keys" <|
group_builder.specify "should use proper hash code for keys" <|
single_key_map key = Map.singleton key 42
grand_parent_1 = GrandParent.Value (Parent.Value (Child.Value 2))
grand_parent_2 = GrandParent.Value (Parent.Value (Child.Value 2.0))
@ -144,12 +144,12 @@ spec =
(single_key_map (Json.parse '{"a": 1}') . at (Json.parse '{"a": 1}')) . should_equal 42
(single_key_map (Child.Value 1) . at (Child.Value 1.0)) . should_equal 42
Test.specify "should support vectors as keys" <|
group_builder.specify "should support vectors as keys" <|
map = Map.singleton [1, "a", 2] "Value"
map.size.should_equal 1
map.get [1, "a", 2] . should_equal "Value"
Test.specify "should support NaN as keys" <|
group_builder.specify "should support NaN as keys" <|
Map.empty.insert Number.nan 1 . contains_key Number.nan . should_be_true
Map.empty.insert Number.nan 1 . values . should_equal [1]
Map.empty.insert Number.nan 1 . insert Number.nan 2 . contains_key Number.nan . should_be_true
@ -161,7 +161,7 @@ spec =
Map.empty.insert Number.nan 1 . insert Number.nan Number.nan . at Number.nan . to_text . should_equal "NaN"
Map.empty.insert Number.nan 1 . insert Number.nan Number.nan . remove Number.nan . size . should_equal 0
Test.specify "should support dates as keys" <|
group_builder.specify "should support dates as keys" <|
map = Map.empty.insert (Date.new 1993) 1 . insert (Date.new 1993 2 5) 2 . insert (Date_Time.new 1993 2 5 13 45) 3
map.size.should_equal 3
map.get (Date.new 1993 6 7) . should_equal Nothing
@ -171,7 +171,7 @@ spec =
map.get (Date_Time.new 1993 2 5) . should_equal Nothing
map.get (Date_Time.new 1993 2 5 13 45) . should_equal 3
Test.specify "should support another hash map as key" <|
group_builder.specify "should support another hash map as key" <|
key_map = Map.singleton (Pair.new "one" "two") 42
map = Map.singleton key_map 23
map.size.should_equal 1
@ -179,13 +179,13 @@ spec =
(map.get key_map).should_equal 23
(map.get map).should_equal Nothing
Test.specify "should support another hash map with NaN keys as key" <|
group_builder.specify "should support another hash map with NaN keys as key" <|
Map.singleton (Map.singleton Number.nan 1) 42 . size . should_equal 1
Map.singleton (Map.singleton Number.nan 1) 42 . keys . at 0 . keys . to_text . should_equal "[NaN]"
Map.singleton (Map.singleton Number.nan 1) 42 . keys . at 0 . get Number.nan . should_equal 1
Map.singleton (Map.singleton Number.nan 1) 42 . at (Map.singleton Number.nan 1) . should_equal 42
Test.specify "should support atoms with custom comparators that violate reflexivity as keys" <|
group_builder.specify "should support atoms with custom comparators that violate reflexivity as keys" <|
k = My_Nan.Value "foo"
k2 = My_Nan.Value "foo"
(k==k).should_be_true
@ -206,7 +206,7 @@ spec =
m3.size . should_equal 2
m3.get k . should_equal 30
Test.specify "should support atom with custom comparators with complicated hash method" <|
group_builder.specify "should support atom with custom comparators with complicated hash method" <|
keys = 0.up_to 500 . map ix->
value = ["A", "B", "C", "D", "E"].at (ix % 5)
hash_code = Comparable.from value . hash value
@ -220,74 +220,74 @@ spec =
acc_map.insert item True
distinct_key_values.size . should_equal 5
Test.specify "should handle keys with standard equality semantics" <|
group_builder.specify "should handle keys with standard equality semantics" <|
map = Map.singleton 2 "Hello"
(map.get 2).should_equal "Hello"
(map.get 2.0).should_equal "Hello"
(Map.singleton 2 "Hello").should_equal (Map.singleton 2.0 "Hello")
Test.specify "should handle Nothing as keys" <|
group_builder.specify "should handle Nothing as keys" <|
Map.singleton Nothing 3 . get Nothing . should_equal 3
Map.singleton Nothing 1 . insert Nothing 2 . get Nothing . should_equal 2
Map.singleton Nothing 1 . should_equal (Map.singleton Nothing 1)
Map.singleton Nothing 1 . insert Nothing 2 . at Nothing . should_equal 2
Map.singleton js_null 1 . at Nothing . should_equal 1
Test.specify "should handle incomparable values as keys" <|
group_builder.specify "should handle incomparable values as keys" <|
Map.empty.insert Number.nan 1 . insert Number.nan 2 . get Number.nan . should_equal 2
Test.specify "should handle Nothing as values" <|
group_builder.specify "should handle Nothing as values" <|
Map.singleton 1 Nothing . at 1 . should_equal Nothing
Map.singleton Nothing Nothing . at Nothing . should_equal Nothing
Test.specify "should support rewriting values with same keys" <|
group_builder.specify "should support rewriting values with same keys" <|
map = Map.empty.insert "a" 1 . insert "a" 42
map.size.should_equal 1
map.get "a" . should_equal 42
Test.specify "should allow storing atoms as values" <|
group_builder.specify "should allow storing atoms as values" <|
json = Json.parse '{"a": 1}'
pair = Pair.new "first" "second"
map = Map.empty.insert 0 json . insert 1 pair
map.get 0 . should_equal json
map.get 1 . should_equal pair
Test.specify "should not drop warnings from keys" <|
group_builder.specify "should not drop warnings from keys" <|
key = Warning.attach "my_warn" "my_key"
map = Map.singleton key 42
(Warning.get_all (map.keys.at 0)).length . should_equal 1
Test.specify "should not drop warnings from values" <|
group_builder.specify "should not drop warnings from values" <|
val = Warning.attach "my_warn" "my_val"
map = Map.singleton 42 val
(Warning.get_all (map.values.at 0)).length . should_equal 1
Test.specify "should convert the whole map to a vector" <|
group_builder.specify "should convert the whole map to a vector" <|
m = Map.empty . insert 0 0 . insert 3 -5 . insert 1 2
m.to_vector.sort on=_.first . should_equal [[0, 0], [1, 2], [3, -5]]
Test.specify "should allow building the map from two vectors" <|
group_builder.specify "should allow building the map from two vectors" <|
expected = Map.empty . insert 0 0 . insert 3 -5 . insert 1 2
Map.from_keys_and_values [0, 3, 1] [0, -5, 2] . should_equal expected
Test.specify "should allow building the map from vector like things" <|
group_builder.specify "should allow building the map from vector like things" <|
expected = Map.empty . insert 0 0 . insert 1 -5 . insert 2 2
Map.from_keys_and_values (0.up_to 3) [0, -5, 2] . should_equal expected
Test.specify "should not allow building with duplicate keys unless explicitly allowed" <|
group_builder.specify "should not allow building with duplicate keys unless explicitly allowed" <|
expected = Map.empty . insert 0 0 . insert 3 -5 . insert 1 2
Map.from_keys_and_values [0, 3, 1, 0] [3, -5, 2, 0] . should_fail_with Illegal_Argument
Map.from_keys_and_values [0, 3, 1, 0] [3, -5, 2, 0] error_on_duplicates=False . should_equal expected
Test.specify "should not allow different length vectors when building" <|
group_builder.specify "should not allow different length vectors when building" <|
Map.from_keys_and_values [0, 3, 1] [3, -5, 2, 0] . should_fail_with Illegal_Argument
Test.specify "should allow building the map from a vector" <|
group_builder.specify "should allow building the map from a vector" <|
expected = Map.empty . insert 0 0 . insert 3 -5 . insert 1 2
vec = [[0, 0], [3, -5], [1, 2]]
Map.from_vector vec . should_equal expected
Test.specify "should not allow duplicates when building the map from a vector, unless explicitly allowed" <|
group_builder.specify "should not allow duplicates when building the map from a vector, unless explicitly allowed" <|
vec = [[0, 0], [3, -5], [1, 2], [0, 1]]
m1 = Map.from_vector vec
m1.should_fail_with Illegal_Argument
@ -298,13 +298,13 @@ spec =
m2.get 0 . should_equal 1
m2.get 3 . should_equal -5
Test.specify "should define a well-defined text conversion" <|
group_builder.specify "should define a well-defined text conversion" <|
m = Map.empty . insert 0 0 . insert 3 -5 . insert 1 2
m.to_text . should_contain "0=0"
m.to_text . should_contain "3=-5"
m.to_text . should_contain "1=2"
Test.specify "should define structural equality" <|
group_builder.specify "should define structural equality" <|
map_1 = Map.empty . insert "1" 2 . insert "2" "1"
map_2 = Map.empty . insert "1" 2 . insert "2" "1"
map_3 = Map.empty
@ -312,100 +312,100 @@ spec =
map_1==map_3 . should_be_false
map_2==map_3 . should_be_false
Test.specify "should allow inserting and looking up values" <|
group_builder.specify "should allow inserting and looking up values" <|
m = Map.empty . insert "foo" 134 . insert "bar" 654 . insert "baz" "spam"
m.at "foo" . should_equal 134
m.at "bar" . should_equal 654
m.at "baz" . should_equal "spam"
(m.at "nope").should_fail_with No_Such_Key
Test.specify "should support get" <|
group_builder.specify "should support get" <|
m = Map.empty . insert 2 3
m.get 2 0 . should_equal 3
m.get 1 10 . should_equal 10
m.get 2 (Panic.throw "missing") . should_equal 3
Test.specify "should allow getting a vector of the keys" <|
group_builder.specify "should allow getting a vector of the keys" <|
m = Map.empty . insert 1 2 . insert 2 4
m.keys . should_equal [1, 2]
Test.specify "should allow getting a vector of the values" <|
group_builder.specify "should allow getting a vector of the values" <|
m = Map.empty . insert 1 2 . insert 2 4
m.values . should_equal [2, 4]
Test.specify "should support contains_key" <|
group_builder.specify "should support contains_key" <|
m = Map.empty . insert 2 3
m.contains_key 2 . should_be_true
m.contains_key 1 . should_be_false
Test.specify "should allow transforming the map" <|
group_builder.specify "should allow transforming the map" <|
m = Map.empty . insert 1 2 . insert 2 4
expected = Map.empty . insert "1" 4 . insert "2" 8
m.transform (k -> v -> [k.to_text, v*2]) . should_equal expected
Test.specify "should disallow duplicate keys when transforming the map" <|
group_builder.specify "should disallow duplicate keys when transforming the map" <|
m = Map.from_vector [[1, 2], [11, 3]]
m2 = m.transform (k -> v -> [k % 10, v*2])
m2.should_fail_with Illegal_Argument
m2.catch.message . should_equal "`Map.transform` encountered duplicate key: 1"
Test.specify "should allow mapping over values" <|
group_builder.specify "should allow mapping over values" <|
m = Map.empty . insert 1 2 . insert 2 4
expected = Map.empty . insert 1 4 . insert 2 8
m.map (v -> v*2) . should_equal expected
Test.specify "should allow mapping over keys" <|
group_builder.specify "should allow mapping over keys" <|
m = Map.empty . insert 1 2 . insert 2 4
expected = Map.empty . insert 2 2 . insert 4 4
m.map_keys (k -> k*2) . should_equal expected
Test.specify "should allow mapping with keys" <|
group_builder.specify "should allow mapping with keys" <|
m = Map.empty . insert 1 2 . insert 2 4
expected = Map.empty . insert 1 3 . insert 2 6
m.map_with_key (k -> v -> k + v) . should_equal expected
Test.specify "should allow iterating over each value" <|
group_builder.specify "should allow iterating over each value" <|
m = Map.empty . insert 1 2 . insert 2 4
vec = Vector.new_builder
expected_vec = [2, 4]
m.each (v -> vec.append v)
vec.to_vector . should_equal expected_vec
Test.specify "should allow iterating over each key-value pair" <|
group_builder.specify "should allow iterating over each key-value pair" <|
m = Map.empty . insert 1 2 . insert 2 4
vec = Vector.new_builder
expected_vec = [3, 6]
m.each_with_key (k -> v -> vec.append (k+v))
vec.to_vector . should_equal expected_vec
Test.specify "should allow folding over the values" <|
group_builder.specify "should allow folding over the values" <|
m = Map.empty . insert 1 2 . insert 2 4
m.fold 0 (+) . should_equal 6
Test.specify "should allow folding over the key-value pairs" <|
group_builder.specify "should allow folding over the key-value pairs" <|
m = Map.empty . insert 1 2 . insert 2 4
m.fold_with_key 0 (l -> k -> v -> l + k + v) . should_equal 9
Test.specify "should be able to add a Nothing key to the map of Text" <|
group_builder.specify "should be able to add a Nothing key to the map of Text" <|
m = Map.empty . insert "A" 2 . insert Nothing 1 . insert "B" 3
m.at "A" . should_equal 2
m.at "B" . should_equal 3
m.at Nothing . should_equal 1
Test.specify "should be able to add a Nothing key to the map of Integer" <|
group_builder.specify "should be able to add a Nothing key to the map of Integer" <|
m = Map.empty . insert 100 2 . insert Nothing 1 . insert 200 3
m.at 100 . should_equal 2
m.at 200 . should_equal 3
m.at Nothing . should_equal 1
Test.specify "should be able to remove entries (1)" <|
group_builder.specify "should be able to remove entries (1)" <|
m1 = Map.empty.insert "A" 1 . insert "B" 2
m2 = m1.remove "B"
m2.get "A" . should_equal 1
m2.remove "A" . should_equal Map.empty
Test.expect_panic_with (m1.remove "foo") Any
Test.specify "should be able to remove entries (2)" <|
group_builder.specify "should be able to remove entries (2)" <|
m1 = Map.empty.insert "A" 1
m2 = m1.insert "B" 2
m3 = m1.insert "C" 3
@ -414,50 +414,50 @@ spec =
m3.remove "A" . to_vector . should_equal [["C", 3]]
m3.remove "C" . to_vector . should_equal [["A", 1]]
Test.specify "should be able to remove entries (3)" <|
group_builder.specify "should be able to remove entries (3)" <|
m = Map.empty.insert "A" 1 . insert "B" 2 . insert "C" 3
m.remove "B" . should_equal (Map.singleton "A" 1 . insert "C" 3)
Test.group "Polyglot keys and values" <|
Test.specify "should support polyglot keys" <|
suite_builder.group "Polyglot keys and values" group_builder->
group_builder.specify "should support polyglot keys" <|
map = Map.singleton (js_str "A") 42
map.size.should_equal 1
map.get "A" . should_equal 42
map.get (js_str "A") . should_equal 42
Test.specify "should support host objects as keys" <|
group_builder.specify "should support host objects as keys" <|
# JavaPath has proper implementation of hashCode
map = Map.singleton (JavaPath.of "/home/user/file.txt") 42
map.get "X" . should_equal Nothing
map.get "A" . should_equal Nothing
map.get (JavaPath.of "/home/user/file.txt") . should_equal 42
Test.specify "should support Python objects as keys" pending=pending_python_missing <|
group_builder.specify "should support Python objects as keys" pending=pending_python_missing <|
py_obj = py_wrapper 42
map = Map.singleton py_obj "Value"
map.get py_obj . should_equal "Value"
Test.specify "should support Python objects as values" pending=pending_python_missing <|
group_builder.specify "should support Python objects as values" pending=pending_python_missing <|
map = Map.singleton "A" (py_wrapper 42)
map.get "A" . data . should_equal 42
Test.specify "should insert entries to a polyglot map" pending=pending_python_missing <|
group_builder.specify "should insert entries to a polyglot map" pending=pending_python_missing <|
dict = py_dict_from_vec ["A", 1, "B", 2]
dict.insert "C" 3 . keys . sort . should_equal ["A", "B", "C"]
Test.specify "should remove entries from a polyglot map" pending=pending_python_missing <|
group_builder.specify "should remove entries from a polyglot map" pending=pending_python_missing <|
dict = py_dict_from_vec ["A", 1, "B", 2]
dict.remove "B" . to_vector . should_equal [["A", 1]]
Test.group "non-linear inserts" <|
Test.specify "should handle inserts with different keys" <|
suite_builder.group "non-linear inserts" group_builder->
group_builder.specify "should handle inserts with different keys" <|
m1 = Map.singleton "A" 1
m2 = m1.insert "B" 2
m3 = m1.insert "C" 3
m2.to_vector.sort on=_.first . should_equal [["A", 1], ["B", 2]]
m3.to_vector.sort on=_.first . should_equal [["A", 1], ["C", 3]]
Test.specify "should handle inserts with same keys (1)" <|
group_builder.specify "should handle inserts with same keys (1)" <|
m1 = Map.singleton "A" 1
m2 = m1.insert "A" 2
m3 = m1.insert "A" 3
@ -466,7 +466,7 @@ spec =
m3.to_vector.sort on=_.first . should_equal [["A", 3]]
m4.to_vector.sort on=_.first . should_equal [["A", 1], ["B", 4]]
Test.specify "should handle inserts with same keys (2)" <|
group_builder.specify "should handle inserts with same keys (2)" <|
m1 = Map.singleton "foo" 1
m2 = m1.insert "baz" 2
m3 = m2.insert "foo" 3
@ -474,7 +474,7 @@ spec =
m2.to_vector.sort on=_.first . should_equal [['baz', 2], ['foo', 1]]
m3.to_vector.sort on=_.first . should_equal [['baz', 2], ['foo', 3]]
Test.specify "should handle inserts with same keys (3)" <|
group_builder.specify "should handle inserts with same keys (3)" <|
m1 = Map.singleton "A" 1
m2 = m1.insert "B" 2
m3 = m2.insert "A" 3
@ -484,7 +484,7 @@ spec =
m3.to_vector.sort on=_.first . should_equal [["A", 3], ["B", 2]]
m4.to_vector.sort on=_.first . should_equal [["A", 1], ["B", 2], ["C", 4]]
Test.specify "should handle inserts with same keys (4)" <|
group_builder.specify "should handle inserts with same keys (4)" <|
m1 = Map.singleton "A" 1
m2 = m1.insert "B" 2
m3 = m2.insert "C" 3
@ -493,7 +493,7 @@ spec =
m3.to_vector.sort on=_.first . should_equal [["A", 1], ["B", 2], ["C", 3]]
m4.to_vector.sort on=_.first . should_equal [["A", 1], ["B", 2], ["D", 4]]
Test.specify "should handle inserts with same keys (5)" <|
group_builder.specify "should handle inserts with same keys (5)" <|
m1 = Map.singleton "A" 1
m2 = m1.insert "B" 2
m3 = m2.insert "A" 3
@ -502,7 +502,7 @@ spec =
m3.to_vector.sort on=_.first . should_equal [["A", 3], ["B", 2]]
m4.to_vector.sort on=_.first . should_equal [["A", 4], ["B", 2]]
Test.specify "should handle inserts with same keys (6)" <|
group_builder.specify "should handle inserts with same keys (6)" <|
m1 = Map.singleton "A" 1
m2 = m1.insert "B" 2
m3 = m2.insert "C" 3
@ -511,7 +511,7 @@ spec =
m3.to_vector.sort on=_.first . should_equal [["A", 1], ["B", 2], ["C", 3]]
m4.to_vector.sort on=_.first . should_equal [["A", 4], ["B", 2]]
Test.specify "should handle inserts with same keys (7)" <|
group_builder.specify "should handle inserts with same keys (7)" <|
m1 = Map.singleton "A" 1
m2 = m1.insert "B" 2
m3 = m2.insert "C" 3
@ -522,7 +522,7 @@ spec =
m4.to_vector.sort on=_.first . should_equal [["A", 1], ["B", 2], ["C", 3], ["D", 4]]
m5.to_vector.sort on=_.first . should_equal [["A", 5], ["B", 2]]
Test.specify "should handle inserts with same keys (8)" <|
group_builder.specify "should handle inserts with same keys (8)" <|
m1 = Map.singleton "A" 1
m2 = m1.insert "B" 2
m3 = m2.insert "C" 3
@ -533,7 +533,7 @@ spec =
m4.to_vector.sort on=_.first . should_equal [["A", 4], ["B", 2], ["C", 3]]
m5.to_vector.sort on=_.first . should_equal [["A", 5], ["B", 2]]
Test.specify "should handle inserts with same keys (9)" <|
group_builder.specify "should handle inserts with same keys (9)" <|
m1 = Map.singleton "A" 1
m2 = m1.insert "B" 2
m3 = m2.insert "A" 3
@ -544,7 +544,7 @@ spec =
m4.to_vector.sort on=_.first . should_equal [["A", 1], ["B", 4]]
m5.to_vector.sort on=_.first . should_equal [["A", 1], ["B", 2], ["C", 5]]
Test.specify "should handle inserts with same keys (10)" <|
group_builder.specify "should handle inserts with same keys (10)" <|
m1 = Map.singleton "A" 1
m2 = m1.insert "B" 2
m3 = m2.insert "C" 3
@ -555,26 +555,26 @@ spec =
m4.to_vector.sort on=_.first . should_equal [["A", 1], ["B", 2], ["D", 4]]
m5.to_vector.sort on=_.first . should_equal [["A", 1], ["B", 2], ["E", 5]]
Test.group "Polyglot hash maps" <|
Test.specify "should pass maps as immutable maps to other langs" pending=pending_python_missing <|
suite_builder.group "Polyglot hash maps" group_builder->
group_builder.specify "should pass maps as immutable maps to other langs" pending=pending_python_missing <|
map = Map.singleton "A" 1
# Python's KeyError should be raised
Test.expect_panic_with (py_update_dict map "A" 2) Any
map.get "A" . should_equal 1
Test.specify "should treat JavaScript maps as Enso maps" <|
group_builder.specify "should treat JavaScript maps as Enso maps" <|
js_dict = js_dict_from_vec ["A", 1, "B", 2]
map = js_dict.insert "C" 3
js_dict.to_vector.should_equal [["A", 1], ["B", 2]]
map.to_vector.sort on=_.first . should_equal [["A", 1], ["B", 2], ["C", 3]]
Test.specify "should treat Java Map as Enso map" <|
group_builder.specify "should treat Java Map as Enso map" <|
sort_by_keys vec = vec.sort by=x-> y-> Ordering.compare x.first y.first
jmap = JavaMap.of "A" 1 "B" 2
(sort_by_keys jmap.to_vector) . should_equal [["A", 1], ["B", 2]]
(sort_by_keys (jmap.insert "C" 3 . to_vector)) . should_equal [["A", 1], ["B", 2], ["C", 3]]
Test.specify "should treat Python dicts as Enso maps" pending=pending_python_missing <|
group_builder.specify "should treat Python dicts as Enso maps" pending=pending_python_missing <|
py_dict = py_dict_from_vec ["A", 1, "B", 2]
map = py_dict.insert "C" 3
py_dict.not_empty . should_be_true
@ -583,18 +583,22 @@ spec =
py_empty_dict.is_empty.should_be_true
py_empty_dict.insert "A" 1 . insert "A" 2 . get "A" . should_equal 2
Test.specify "should pass maps with null keys to Python and back" pending=pending_python_missing <|
group_builder.specify "should pass maps with null keys to Python and back" pending=pending_python_missing <|
# Python supports None as keys, Enso support Nothing as keys
py_dict = py_dict_from_map (Map.singleton Nothing 42)
py_dict.get Nothing . should_equal 42
py_dict.insert "A" 23 . get Nothing . should_equal 42
py_dict.insert Nothing 23 . get Nothing . should_equal 23
Test.specify "should treat Enso maps as Python dicts when passed to Python" pending=pending_python_missing <|
group_builder.specify "should treat Enso maps as Python dicts when passed to Python" pending=pending_python_missing <|
map1 = Map.empty.insert "A" 1 . insert "B" 2
py_vec_from_map map1 . should_contain_the_same_elements_as [["A", 1], ["B", 2]]
map2 = Map.empty.insert "A" 1 . insert Nothing 2
py_vec_from_map map2 . should_contain_the_same_elements_as [["A", 1], [Nothing, 2]]
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

22
test/Base_Tests/src/Data/Maybe_Spec.enso
View File

@ -1,21 +1,25 @@
from Standard.Base import all
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
spec = Test.group "Maybe" <|
Test.specify "should have a None variant" <|
add_specs suite_builder = suite_builder.group "Maybe" group_builder->
group_builder.specify "should have a None variant" <|
Maybe.None . should_equal Maybe.None
Test.specify "should have a Some variant" <|
group_builder.specify "should have a Some variant" <|
(Maybe.Some 2).value . should_equal 2
Test.specify "should provide the `maybe` function" <|
group_builder.specify "should provide the `maybe` function" <|
Maybe.None.maybe 2 x->x . should_equal 2
(Maybe.Some 7).maybe 2 (*2) . should_equal 14
Test.specify "should provide `is_some`" <|
group_builder.specify "should provide `is_some`" <|
Maybe.None.is_some . should_be_false
Maybe.Some 2 . is_some . should_be_true
Test.specify "should provide `is_none`" <|
group_builder.specify "should provide `is_none`" <|
Maybe.None.is_none . should_be_true
Maybe.Some 2 . is_none . should_be_false
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

1
test/Base_Tests/src/Data/Numbers_Spec.enso
View File

@ -704,6 +704,7 @@ main =
add_specs suite_builder
suite.run_with_filter
foreign js to_js_bigint n = """
return BigInt(n)

26
test/Base_Tests/src/Data/Ordering/Comparator_Spec.enso
View File

@ -5,8 +5,8 @@ polyglot java import org.enso.base.ObjectComparator
polyglot java import org.enso.base.CompareException
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
# === Test Resources ===
@ -36,22 +36,22 @@ Comparable.from (_:No_Ord) = No_Ord_Comparator
# Tests
spec = Test.group "Object Comparator" <|
add_specs suite_builder = suite_builder.group "Object Comparator" group_builder->
handle_comp_exc = Panic.catch CompareException handler=(exc -> Error.throw (Incomparable_Values.Error exc.payload.getLeftOperand exc.payload.getRightOperand))
default_comparator a b = handle_comp_exc <| ObjectComparator.DEFAULT.compare a b
case_insensitive a b = handle_comp_exc <| ObjectComparator.new False Locale.default.java_locale . compare a b
Test.specify "can compare numbers" <|
group_builder.specify "can compare numbers" <|
((default_comparator 1 2) < 0) . should_equal True
((default_comparator 1 1.2) < 0) . should_equal True
((default_comparator 1 1) == 0) . should_equal True
Test.specify "can compare booleans" <|
group_builder.specify "can compare booleans" <|
((default_comparator True False) > 0) . should_equal True
((default_comparator True True) == 0) . should_equal True
((default_comparator False False) == 0) . should_equal True
Test.specify "can compare Nothing and it ends up as lowest value" <|
group_builder.specify "can compare Nothing and it ends up as lowest value" <|
((default_comparator 1 Nothing) > 0) . should_equal True
((default_comparator Nothing 1.235) < 0) . should_equal True
((default_comparator True Nothing) > 0) . should_equal True
@ -60,22 +60,26 @@ spec = Test.group "Object Comparator" <|
((default_comparator Nothing "ZSA") < 0) . should_equal True
((default_comparator Nothing Nothing) == 0) . should_equal True
Test.specify "can compare Text with Enso standard defaults" <|
group_builder.specify "can compare Text with Enso standard defaults" <|
((default_comparator "A" "a") < 0) . should_equal True
((default_comparator "ABBA" "ABBA") == 0) . should_equal True
((default_comparator '\u00E9' '\u0065\u{301}') == 0) . should_equal True
Test.specify "can compare Text with case-insensitive comparisons" <|
group_builder.specify "can compare Text with case-insensitive comparisons" <|
((case_insensitive "A" "a") == 0) . should_equal True
((case_insensitive "ABBA" "abba") == 0) . should_equal True
((case_insensitive '\u00E9' '\u0065\u{301}') == 0) . should_equal True
Test.specify "can compare custom types" <|
group_builder.specify "can compare custom types" <|
((default_comparator (Ord.Value 1) (Ord.Value 0)) < 0) . should_equal True
((default_comparator (Ord.Value 1) (Ord.Value 1)) == 0) . should_equal True
Test.specify "should fail gracefully for incomparable items" <|
group_builder.specify "should fail gracefully for incomparable items" <|
(default_comparator 1 True) . should_fail_with Incomparable_Values
(default_comparator (No_Ord.Value 1) (No_Ord.Value 2)).should_fail_with Incomparable_Values
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

20
test/Base_Tests/src/Data/Ordering/Natural_Order_Spec.enso
View File

@ -1,18 +1,18 @@
from Standard.Base import all
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
spec = Test.group "Natural Order" <|
add_specs suite_builder = suite_builder.group "Natural Order" group_builder->
case_insensitive_compare a b = Natural_Order.compare a b Case_Sensitivity.Insensitive
Test.specify "should behave as shown in examples" <|
group_builder.specify "should behave as shown in examples" <|
Natural_Order.compare "a2" "a100" . should_equal Ordering.Less
["a2", "a1", "a100", "a001", "a0001"].sort by=Natural_Order.compare . should_equal ["a0001", "a001", "a1", "a2", "a100"]
["A2", "a1", "A100", "A001", "a0001"].sort by=Natural_Order.compare . should_equal ["A001", "A2", "A100", "a0001", "a1"]
["A2", "a1", "A100", "A001", "a0001"].sort by=case_insensitive_compare . should_equal ["a0001", "A001", "a1", "A2", "A100"]
Test.specify "should correctly compare values" <|
group_builder.specify "should correctly compare values" <|
Natural_Order.compare "a1" "a2" . should_equal Ordering.Less
Natural_Order.compare "a0001" "a01" . should_equal Ordering.Less
Natural_Order.compare "a0001" "a1" . should_equal Ordering.Less
@ -27,7 +27,7 @@ spec = Test.group "Natural Order" <|
Natural_Order.compare "2 ft 17 in" "2 ft 3 in" . should_equal Ordering.Greater
Test.specify "should correctly work with groups of numbers and delimiters" <|
group_builder.specify "should correctly work with groups of numbers and delimiters" <|
Natural_Order.compare "127.0.0.1" "200" . should_equal Ordering.Less
Natural_Order.compare "200" "127.0.0.1" . should_equal Ordering.Greater
Natural_Order.compare "127.0.0.1" "255.255.255.0" . should_equal Ordering.Less
@ -44,7 +44,7 @@ spec = Test.group "Natural Order" <|
["255.255.0.0", "127.0.0.1", "255.255.255.0", "200"].sort by=Natural_Order.compare . should_equal ["127.0.0.1", "200", "255.255.0.0", "255.255.255.0"]
["100-200.300", "1.2.3", "4.5.6", "4-5-6"].sort by=Natural_Order.compare . should_equal ["1.2.3", "4-5-6", "4.5.6", "100-200.300"]
Test.specify "does not treat a floating point in a special way" <|
group_builder.specify "does not treat a floating point in a special way" <|
Natural_Order.compare "0" "0.0" . should_equal Ordering.Less
Natural_Order.compare "0" "1.0001" . should_equal Ordering.Less
Natural_Order.compare "1.0001" "1.01" . should_equal Ordering.Less
@ -59,4 +59,8 @@ spec = Test.group "Natural Order" <|
["1.0002", "1.0001", "1.01", "1.1", "1.10", "1.2", "2", "0", "1.20"].sort by=Natural_Order.compare . should_equal ["0", "1.0001", "1.01", "1.1", "1.0002", "1.2", "1.10", "1.20", "2"]
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

16
test/Base_Tests/src/Data/Ordering/Vector_Lexicographic_Order_Spec.enso
View File

@ -2,22 +2,26 @@ from Standard.Base import all
import Standard.Base.Data.Ordering.Vector_Lexicographic_Order
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
type My_Type
Value a b
spec = Test.group "Lexicographic Order on Vectors" <|
Test.specify "should behave as shown in examples" <|
add_specs suite_builder = suite_builder.group "Lexicographic Order on Vectors" group_builder->
group_builder.specify "should behave as shown in examples" <|
Vector_Lexicographic_Order.compare [1, 2, 3] [1, 3, 0] . should_equal Ordering.Less
Vector_Lexicographic_Order.compare [1, 2, 3] [1, 2] . should_equal Ordering.Greater
Vector_Lexicographic_Order.compare [] [1] . should_equal Ordering.Less
Vector_Lexicographic_Order.compare [1] [1] . should_equal Ordering.Equal
Test.specify "should work correctly with a custom comparator" <|
group_builder.specify "should work correctly with a custom comparator" <|
comparator = x-> y-> Ordering.compare x.a y.a
Vector_Lexicographic_Order.compare [My_Type.Value "a" 1, My_Type.Value "b" 1, My_Type.Value "c" 1] [My_Type.Value "b" 1, My_Type.Value "a" 1, My_Type.Value "c" 1] element_comparator=comparator . should_equal Ordering.Less
Vector_Lexicographic_Order.compare [My_Type.Value "a" 1, My_Type.Value "b" 1, My_Type.Value "c" 1] [My_Type.Value "a" 100, My_Type.Value "b" 2, My_Type.Value "c" 3] element_comparator=comparator . should_equal Ordering.Equal
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

72
test/Base_Tests/src/Data/Ordering_Spec.enso
View File

@ -2,8 +2,8 @@ from Standard.Base import all
import Standard.Base.Errors.Common.Incomparable_Values
import Standard.Base.Errors.Common.Type_Error
from Standard.Test import Test, Test_Suite, Problems
import Standard.Test.Extensions
from Standard.Test_New import all
# === Test Resources ===
@ -71,38 +71,38 @@ expect_no_warns result =
# === The Tests ===
spec =
add_specs suite_builder =
topo_sort_pending = "Waiting for implementation of topological sort (https://github.com/enso-org/enso/issues/5834)"
Test.group "Default comparator" <|
Test.specify "should support custom comparator" <|
suite_builder.group "Default comparator" group_builder->
group_builder.specify "should support custom comparator" <|
Ordering.compare (Ord.Value 1) (Ord.Value 2) . should_equal Ordering.Less
Ordering.compare (Ord.Value 1) (Ord.Value 1) . should_equal Ordering.Equal
Ordering.compare (Ord.Value 20) (Ord.Value 1) . should_equal Ordering.Greater
Ordering.compare (UPair.Value 1 2) (UPair.Value 2 1) . should_equal Ordering.Equal
Test.specify "should support equality for custom comparators in atom field" <|
group_builder.specify "should support equality for custom comparators in atom field" <|
((Parent.Value (Ord.Value 1)) == (Parent.Value (Ord.Value 1))) . should_be_true
((Parent.Value (Ord.Value 1)) == (Parent.Value (Ord.Value 22))) . should_be_false
Test.specify "should throw Incomparable_Values when comparing different types" <|
group_builder.specify "should throw Incomparable_Values when comparing different types" <|
Ordering.compare (UPair.Value 1 2) (Ord.Value 2) . should_fail_with Incomparable_Values
Test.specify "should throw Incomparable_Values when comparing Number with Nothing" <|
group_builder.specify "should throw Incomparable_Values when comparing Number with Nothing" <|
Ordering.compare 1 Nothing . should_fail_with Incomparable_Values
Test.group "Ordering" <|
Test.specify "should allow conversion to sign representation" <|
suite_builder.group "Ordering" group_builder->
group_builder.specify "should allow conversion to sign representation" <|
Ordering.Less.to_sign . should_equal -1
Ordering.Equal.to_sign . should_equal 0
Ordering.Greater.to_sign . should_equal 1
Test.specify "should allow conversion from sign representation" <|
group_builder.specify "should allow conversion from sign representation" <|
Ordering.from_sign -1 . should_equal Ordering.Less
Ordering.from_sign 0 . should_equal Ordering.Equal
Ordering.from_sign 1 . should_equal Ordering.Greater
Test.specify "should be ordered itself" <|
group_builder.specify "should be ordered itself" <|
Ordering.compare Ordering.Less Ordering.Less . should_equal Ordering.Equal
Ordering.compare Ordering.Less Ordering.Equal . should_equal Ordering.Less
Ordering.compare Ordering.Less Ordering.Greater . should_equal Ordering.Less
@ -113,7 +113,7 @@ spec =
Ordering.compare Ordering.Greater Ordering.Equal . should_equal Ordering.Greater
Ordering.compare Ordering.Greater Ordering.Greater . should_equal Ordering.Equal
Test.specify "should allow lexicographical composition" <|
group_builder.specify "should allow lexicographical composition" <|
Ordering.Less.and_then Ordering.Less . should_equal Ordering.Less
Ordering.Less.and_then Ordering.Equal . should_equal Ordering.Less
Ordering.Less.and_then Ordering.Greater . should_equal Ordering.Less
@ -124,20 +124,20 @@ spec =
Ordering.Greater.and_then Ordering.Equal . should_equal Ordering.Greater
Ordering.Greater.and_then Ordering.Greater . should_equal Ordering.Greater
Test.specify "should handle partial ordering of Float type" <|
group_builder.specify "should handle partial ordering of Float type" <|
Ordering.compare Number.nan 42.0 . should_fail_with Incomparable_Values
Ordering.compare 42.0 Number.nan . should_fail_with Incomparable_Values
Ordering.compare 42.5 67.9 . should_equal Ordering.Less
Meta.is_same_object (Comparable.from Number.nan) (Comparable.from 42.0) . should_be_true
Test.specify "should fail with Incomparable_Values for wrong type of that" <|
group_builder.specify "should fail with Incomparable_Values for wrong type of that" <|
Ordering.compare Ordering.Less 1 . should_fail_with Incomparable_Values
Ordering.compare Ordering.Less Nothing . should_fail_with Incomparable_Values
Ordering.compare Ordering.Less "Hello" . should_fail_with Incomparable_Values
Test.group "Sorting with the default comparator" <|
suite_builder.group "Sorting with the default comparator" group_builder->
Test.specify "should be able to sort primitive types" <|
group_builder.specify "should be able to sort primitive types" <|
[3, 2, 1, Nothing].sort . should_equal [1, 2, 3, Nothing]
[Nothing, Number.nan].sort . at 0 . is_nan . should_be_true
[Nothing, Number.nan].sort . at 1 . is_nothing . should_be_true
@ -153,7 +153,7 @@ spec =
[3, True, 2, False].sort . should_equal [2, 3, False, True]
[Nothing, False].sort . should_equal [False, Nothing]
Test.specify "should be able to sort any single-element vector without any warnings" <|
group_builder.specify "should be able to sort any single-element vector without any warnings" <|
[Nothing].sort . should_equal [Nothing]
expect_no_warns [Nothing].sort
[[Nothing]].sort . should_equal [[Nothing]]
@ -161,41 +161,41 @@ spec =
[[1]].sort . should_equal [[1]]
expect_no_warns [[1]].sort
Test.specify "should produce warnings when sorting nested vectors" <|
group_builder.specify "should produce warnings when sorting nested vectors" <|
[[1], [2]].sort . should_equal [[1], [2]]
[[2], [1]].sort . should_equal [[2], [1]]
Test.specify "should be able to sort primitive values in atoms" pending=topo_sort_pending <|
group_builder.specify "should be able to sort primitive values in atoms" pending=topo_sort_pending <|
[Ord.Value Nothing, Ord.Value 20, Ord.Value 10].sort . should_equal [Ord.Value 10, Ord.Value 20, Ord.Value Nothing]
Test.specify "should produce warnings when sorting primitive values in atoms" pending=topo_sort_pending <|
group_builder.specify "should produce warnings when sorting primitive values in atoms" pending=topo_sort_pending <|
expect_incomparable_warn (Ord.Value 1) (Ord.Value Nothing) [Ord.Value 1, Ord.Value Nothing].sort
Test.specify "should fail to sort custom incomparable values until topological sorting is implemented" <|
group_builder.specify "should fail to sort custom incomparable values until topological sorting is implemented" <|
[(UPair.Value 1 2), (UPair.Value 3 4)].sort . should_fail_with Incomparable_Values
Test.specify "should attach warning when trying to sort incomparable values" <|
group_builder.specify "should attach warning when trying to sort incomparable values" <|
expect_incomparable_warn Nothing Number.nan <| [Nothing, Number.nan].sort on_incomparable=Problem_Behavior.Report_Warning
expect_incomparable_warn 1 "hello" <| [1, "hello"].sort on_incomparable=Problem_Behavior.Report_Warning
Test.specify "should respect previous warnings on a vector" <|
group_builder.specify "should respect previous warnings on a vector" <|
Problems.expect_warning "my_warn" <| (Warning.attach "my_warn" [3, 2]) . sort
Problems.expect_warning "my_warn" <| (Warning.attach "my_warn" [3, Number.nan]) . sort
expect_incomparable_warn 3 Number.nan <| (Warning.attach "my_warn" [3, Number.nan]) . sort on_incomparable=Problem_Behavior.Report_Warning
Test.specify "should respect previous warnings on vectors" pending="https://github.com/enso-org/enso/issues/6070" <|
group_builder.specify "should respect previous warnings on vectors" pending="https://github.com/enso-org/enso/issues/6070" <|
Problems.expect_warning "my_warn" <| [3, Warning.attach "my_warn" 2].sort
expect_incomparable_warn 1 Number.nan [1, Warning.attach "my_warn" Number.nan].sort
Problems.expect_warning "my_warn" <| [1, Warning.attach "my_warn" Number.nan].sort
Test.specify "should not fail when sorting incomparable types without custom comparator" <|
group_builder.specify "should not fail when sorting incomparable types without custom comparator" <|
# Parent, and No_Comp_Type do not have custom comparators
[No_Comp_Type.Value 42, "hello"].sort . should_equal ["hello", No_Comp_Type.Value 42]
[Parent.Value 42, No_Comp_Type.Value 42].sort . should_equal [No_Comp_Type.Value 42, Parent.Value 42]
[No_Comp_Type.Value 42, Parent.Value 42].sort . should_equal [No_Comp_Type.Value 42, Parent.Value 42]
Test.group "Sorting with multiple comparators" <|
Test.specify "should sort primitive values with the default comparator as the first group" <|
suite_builder.group "Sorting with multiple comparators" group_builder->
group_builder.specify "should sort primitive values with the default comparator as the first group" <|
[Ord.Value 4, Ord.Value 3, 20, 10].sort . should_equal [10, 20, Ord.Value 3, Ord.Value 4]
[Ord.Value 4, 20, Ord.Value 3, 10].sort . should_equal [10, 20, Ord.Value 3, Ord.Value 4]
[20, Ord.Value 4, Ord.Value 3, 10].sort . should_equal [10, 20, Ord.Value 3, Ord.Value 4]
@ -203,18 +203,18 @@ spec =
[Nothing, Ord.Value 4, 20, Ord.Value 3, 10].sort . should_equal [10, 20, Nothing, Ord.Value 3, Ord.Value 4]
[Ord.Value 4, 20, Ord.Value 3, Nothing, 10].sort . should_equal [10, 20, Nothing, Ord.Value 3, Ord.Value 4]
Test.specify "should produce warning when sorting types with different comparators" <|
group_builder.specify "should produce warning when sorting types with different comparators" <|
[Ord.Value 1, 1].sort . should_equal [1, Ord.Value 1]
sorted = [Ord.Value 1, 1].sort on_incomparable=Problem_Behavior.Report_Warning
Warning.get_all sorted . at 0 . value . starts_with "Different comparators" . should_be_true
Test.specify "should merge groups of values with custom comparators based on the comparators FQN" <|
group_builder.specify "should merge groups of values with custom comparators based on the comparators FQN" <|
[Ord.Value 1, My_Type.Value 1].sort . should_equal [My_Type.Value 1, Ord.Value 1]
[My_Type.Value 1, Ord.Value 1].sort . should_equal [My_Type.Value 1, Ord.Value 1]
sorted = [Ord.Value 1, My_Type.Value 1].sort on_incomparable=Problem_Behavior.Report_Warning
Warning.get_all sorted . at 0 . value . starts_with "Different comparators" . should_be_true
Test.specify "should be stable when sorting values with different comparators" <|
group_builder.specify "should be stable when sorting values with different comparators" <|
[Ord.Value 1, 20, My_Type.Value 1, 10].sort . should_equal [10, 20, My_Type.Value 1, Ord.Value 1]
[20, Ord.Value 1, My_Type.Value 1, 10].sort . should_equal [10, 20, My_Type.Value 1, Ord.Value 1]
[20, My_Type.Value 1, Ord.Value 1, 10].sort . should_equal [10, 20, My_Type.Value 1, Ord.Value 1]
@ -222,14 +222,18 @@ spec =
[My_Type.Value 1, Ord.Value 1, 20, 10].sort . should_equal [10, 20, My_Type.Value 1, Ord.Value 1]
[Ord.Value 1, 20, 10, My_Type.Value 1].sort . should_equal [10, 20, My_Type.Value 1, Ord.Value 1]
Test.specify "should be able to sort even unordered values" pending=topo_sort_pending <|
group_builder.specify "should be able to sort even unordered values" pending=topo_sort_pending <|
[Ord.Value 2, UPair.Value "a" "b", Ord.Value 1, UPair.Value "c" "d"].sort . should_equal [Ord.Value 2, Ord.Value 1, UPair.Value "a" "b", UPair.Value "c" "d"]
[Ord.Value 2, UPair.Value "X" "Y", Ord.Value 1, UPair.Value "c" "d"].sort . should_equal [Ord.Value 2, Ord.Value 1, UPair.Value "X" "Y", UPair.Value "c" "d"]
Test.specify "should produce warning when sorting unordered values" pending=topo_sort_pending <|
group_builder.specify "should produce warning when sorting unordered values" pending=topo_sort_pending <|
expect_incomparable_warn (UPair.Value 1 2) (UPair.Value 3 4) [UPair.Value 1 2, UPair.Value 3 4].sort
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

54
test/Base_Tests/src/Data/Pair_Spec.enso
View File

@ -2,20 +2,20 @@ from Standard.Base import all
import Standard.Base.Errors.Common.Index_Out_Of_Bounds
import Standard.Base.Errors.Common.Not_Found
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
type_spec name ctor = Test.group name <|
Test.specify "should allow mapping" <|
type_spec suite_builder name ctor = suite_builder.group name group_builder->
group_builder.specify "should allow mapping" <|
ctor 1 2 . map x->x+1 . should_equal (ctor 2 3)
Test.specify "should have length 2" <|
group_builder.specify "should have length 2" <|
ctor "A" "B" . length . should_equal 2
Test.specify "should allow reversing" <|
group_builder.specify "should allow reversing" <|
ctor 1 2 . reverse . should_equal (ctor 2 1)
Test.specify "should have allow getting by index" <|
group_builder.specify "should have allow getting by index" <|
ctor "A" "B" . get 0 . should_equal "A"
ctor "A" "B" . get -2 . should_equal "A"
ctor "A" "B" . get 1 . should_equal "B"
@ -28,15 +28,15 @@ type_spec name ctor = Test.group name <|
ctor "A" "B" . at -1 . should_equal "B"
ctor "A" "B" . at 2 . should_fail_with Index_Out_Of_Bounds
Test.specify "should have allow getting by first, second and last" <|
group_builder.specify "should have allow getting by first, second and last" <|
ctor "A" "B" . first . should_equal "A"
ctor "A" "B" . second . should_equal "B"
ctor "A" "B" . last . should_equal "B"
Test.specify "should be convertable to a vector" <|
group_builder.specify "should be convertable to a vector" <|
ctor "A" "B" . to_vector . should_equal ["A", "B"]
Test.specify "should allow checking all, any and contains" <|
group_builder.specify "should allow checking all, any and contains" <|
ctor 1 3 . any (>0) . should_equal True
ctor 1 3 . any (>2) . should_equal True
ctor 1 3 . any (>3) . should_equal False
@ -47,7 +47,7 @@ type_spec name ctor = Test.group name <|
ctor 1 3 . contains 2 . should_equal False
ctor 1 3 . contains 3 . should_equal True
Test.specify "should allow finding an item" <|
group_builder.specify "should allow finding an item" <|
ctor 1 3 . find (>0) . should_equal 1
ctor 1 3 . find (>2) . should_equal 3
ctor 1 3 . find (>3) . should_fail_with Not_Found
@ -60,7 +60,7 @@ type_spec name ctor = Test.group name <|
ctor 10 30 . find (>0) start=3 . catch . should_equal (Index_Out_Of_Bounds.Error 3 3)
ctor 1 3 . find (>3) if_missing=Nothing . should_equal Nothing
Test.specify "should allow finding the index of an item" <|
group_builder.specify "should allow finding the index of an item" <|
ctor 10 30 . index_of 10 . should_equal 0
ctor 10 10 . index_of 10 . should_equal 0
ctor 10 30 . index_of 30 . should_equal 1
@ -74,7 +74,7 @@ type_spec name ctor = Test.group name <|
ctor 10 30 . index_of (>0) start=4 . should_fail_with Index_Out_Of_Bounds
ctor 10 30 . index_of (>0) start=-22 . should_fail_with Index_Out_Of_Bounds
Test.specify "should allow finding the last index of an item" <|
group_builder.specify "should allow finding the last index of an item" <|
ctor 10 30 . last_index_of 10 . should_equal 0
ctor 10 10 . last_index_of 10 . should_equal 1
ctor 10 30 . last_index_of 30 . should_equal 1
@ -87,31 +87,35 @@ type_spec name ctor = Test.group name <|
ctor 10 30 . last_index_of (>0) start=4 . should_fail_with Index_Out_Of_Bounds
ctor 10 30 . last_index_of (>0) start=-22 . should_fail_with Index_Out_Of_Bounds
Test.specify "should allow folding an operator over its elements" <|
group_builder.specify "should allow folding an operator over its elements" <|
ctor 10 20 . fold 0 (+) . should_equal 30
ctor "A" "B" . fold "" (+) . should_equal "AB"
Test.specify "should allow reducing an operator over its elements" <|
group_builder.specify "should allow reducing an operator over its elements" <|
ctor 10 20 . reduce (*) . should_equal 200
ctor "Hello" "World" . reduce (a->b-> a+" "+b) . should_equal "Hello World"
Test.specify "should allow applying a function to each element" <|
group_builder.specify "should allow applying a function to each element" <|
vec_mut = Vector.new_builder
ctor 10 20 . each vec_mut.append
vec_mut.to_vector . should_equal [10, 20]
spec =
Test.group "Pair " <|
Test.specify "should be created by new" <|
add_specs suite_builder =
suite_builder.group "Pair " group_builder->
group_builder.specify "should be created by new" <|
Pair.new 1 2 . should_equal (Pair.Value 1 2)
type_spec "Pair - from Pair.new" Pair.new
type_spec "Pair - from Pair.Value" Pair.Value
type_spec "Pair - from 2-Item Vector" a->b->[a,b]
type_spec "Pair - from 2-Item JavaScript Array" js_pair
type_spec "Pair - from 2-Item List" a->b->(List.Cons a (List.Cons b List.Nil))
type_spec suite_builder "Pair - from Pair.new" Pair.new
type_spec suite_builder "Pair - from Pair.Value" Pair.Value
type_spec suite_builder "Pair - from 2-Item Vector" a->b->[a,b]
type_spec suite_builder "Pair - from 2-Item JavaScript Array" js_pair
type_spec suite_builder "Pair - from 2-Item List" a->b->(List.Cons a (List.Cons b List.Nil))
foreign js js_pair a b = """
return [a, b]
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

30
test/Base_Tests/src/Data/Polyglot_Spec.enso
View File

@ -1,7 +1,7 @@
from Standard.Base import all
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
polyglot java import java.lang.Double
polyglot java import java.lang.Integer as Java_Integer
@ -10,39 +10,39 @@ polyglot java import java.time.LocalDate
polyglot java import java.util.function.Function as Java_Function
polyglot java import org.enso.base_test_helpers.IntHolder
spec = Test.group "Polyglot" <|
Test.specify "should be able to invoke a polyglot method by name and pass arguments" <|
spec = suite_builder.group "Polyglot" group_builder->
group_builder.specify "should be able to invoke a polyglot method by name and pass arguments" <|
poly_date = LocalDate.now
date = Date.today.to_date_time
Polyglot.invoke poly_date "atStartOfDay" [] . should_equal date
Polyglot.invoke poly_date "atStartOfDay" [].to_array . should_equal date
Test.specify "should be able to create a new polyglot object using the constructor" <|
group_builder.specify "should be able to create a new polyglot object using the constructor" <|
Polyglot.new String ["42"] . should_equal "42"
Polyglot.new String ["42"].to_array . should_equal "42"
Test.specify "use Integer created by constructor" <|
group_builder.specify "use Integer created by constructor" <|
Polyglot.new Java_Integer [42] . should_equal 42
Test.specify "use Double created by constructor" <|
group_builder.specify "use Double created by constructor" <|
Polyglot.new Double [42] . should_equal 42
Test.specify "use Integer read from Polyglot object" <|
group_builder.specify "use Integer read from Polyglot object" <|
(Polyglot.get_member js_meaning "meaning") . should_equal 42
Test.specify "access Integer field from Polyglot object" <|
group_builder.specify "access Integer field from Polyglot object" <|
js_meaning.meaning . should_equal 42
Test.specify "use Integer obtained from a call" <|
group_builder.specify "use Integer obtained from a call" <|
Java_Integer.parseInt "42" . should_equal 42
Test.specify "use Integer obtained from a read" <|
group_builder.specify "use Integer obtained from a read" <|
hold = IntHolder.new (6 * 7)
hold.value . should_equal 42
hold.boxed . should_equal 42
Test.specify "should be able to execute a polyglot function object along with corresponding arguments" <|
group_builder.specify "should be able to execute a polyglot function object along with corresponding arguments" <|
fun = Java_Function.identity
Polyglot.execute fun ["42"] . should_equal "42"
Polyglot.execute fun ["42"].to_array . should_equal "42"
@ -50,4 +50,8 @@ spec = Test.group "Polyglot" <|
foreign js js_meaning = """
return { meaning : 6 * 7 };
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

16
test/Base_Tests/src/Data/Problems_Spec.enso
View File

@ -1,13 +1,17 @@
from Standard.Base import all
import Standard.Base.Errors.Illegal_State.Illegal_State
from Standard.Test import Test, Test_Suite, Problems
import Standard.Test.Extensions
from Standard.Test_New import all
main = Test_Suite.run_main spec
spec = Test.group "Problem_Behavior" <|
Test.specify "escalate_warnings should escalate warnings according to its setting" <|
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter
add_specs suite_builder = suite_builder.group "Problem_Behavior" group_builder->
group_builder.specify "escalate_warnings should escalate warnings according to its setting" <|
w = Illegal_State.Error "Foo"
x = Warning.attach w 42
@ -23,7 +27,7 @@ spec = Test.group "Problem_Behavior" <|
x + 2
err3.should_fail_with Illegal_State
Test.specify "escalate_warnings should forward any dataflow errors as-is" <|
group_builder.specify "escalate_warnings should forward any dataflow errors as-is" <|
[Problem_Behavior.Report_Error, Problem_Behavior.Report_Warning, Problem_Behavior.Ignore].each pb->
x = Error.throw (Illegal_State.Error "Foo")
pb.escalate_warnings x . should_fail_with Illegal_State

84
test/Base_Tests/src/Data/Range_Spec.enso
View File

@ -7,11 +7,11 @@ import Standard.Base.Errors.Common.Unsupported_Argument_Types
import Standard.Base.Errors.Illegal_Argument.Illegal_Argument
import Standard.Base.Errors.Illegal_State.Illegal_State
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
spec = Test.group "Range" <|
Test.specify "should be created with a start, an end and a step" <|
add_specs suite_builder = suite_builder.group "Range" group_builder->
group_builder.specify "should be created with a start, an end and a step" <|
range = 1.up_to 100
range.start . should_equal 1
range.end . should_equal 100
@ -37,21 +37,21 @@ spec = Test.group "Range" <|
range_5.end . should_equal 2
range_5.step . should_equal -2
Test.specify "should allow to include the end" <|
group_builder.specify "should allow to include the end" <|
1.up_to 3 include_end=True . to_vector . should_equal [1, 2, 3]
3.down_to 1 include_end=True . to_vector . should_equal [3, 2, 1]
1.up_to 1 include_end=True . to_vector . should_equal [1]
1.down_to 1 include_end=True . to_vector . should_equal [1]
Test.specify "should allow creation with Range.new" <|
group_builder.specify "should allow creation with Range.new" <|
Range.new . should_equal (Range.Between 0 100 1)
Range.new 5 20 . should_equal (Range.Between 5 20 1)
Range.new 20 5 . should_equal (Range.Between 20 5 -1)
Range.new 5 20 5 . should_equal (Range.Between 5 20 5)
Range.new 20 5 5 . should_equal (Range.Between 20 5 -5)
Test.specify "should allow setting a new step magnitude" <|
group_builder.specify "should allow setting a new step magnitude" <|
1.up_to 2 . with_step 3 . should_equal (Range.Between 1 2 3)
0.up_to 10 . with_step 2 . should_equal (Range.Between 0 10 2)
@ -60,7 +60,7 @@ spec = Test.group "Range" <|
10.down_to 0 . with_step 2 . should_equal (Range.Between 10 0 -2)
10.down_to 0 . with_step 2 . to_vector . should_equal [10, 8, 6, 4, 2]
Test.specify "should fail with type errors if not the wrong type" <|
group_builder.specify "should fail with type errors if not the wrong type" <|
Test.expect_panic_with (0.0.up_to 2) No_Such_Method
Test.expect_panic_with (0.0.down_to 2) No_Such_Method
Test.expect_panic_with (0.up_to 2.0) Type_Error
@ -72,7 +72,7 @@ spec = Test.group "Range" <|
1.up_to 2 . with_step 0 . should_fail_with Illegal_State
1.up_to 2 . with_step -1 . should_fail_with Illegal_Argument
Test.specify "should have a length" <|
group_builder.specify "should have a length" <|
0.up_to 100 . length . should_equal 100
100.down_to 0 . length . should_equal 100
0.up_to 0 . length . should_equal 0
@ -81,19 +81,19 @@ spec = Test.group "Range" <|
0.up_to 10 . with_step 2 . length . should_equal 5
10.down_to 0 . with_step 2 . length . should_equal 5
0.up_to 10 . with_step 3 . length . should_equal 4
Test.specify "should allow checking for emptiness" <|
group_builder.specify "should allow checking for emptiness" <|
0.up_to 0 . is_empty . should_be_true
0.up_to -100 . is_empty . should_be_true
0.up_to 1 . is_empty . should_be_false
0.up_to 5 . is_empty . should_be_false
5.down_to 0 . is_empty . should_be_false
Test.specify "should allow checking for non emptiness" <|
group_builder.specify "should allow checking for non emptiness" <|
0.up_to 0 . not_empty . should_be_false
0.up_to -100 . not_empty . should_be_false
0.up_to 1 . not_empty . should_be_true
0.up_to 5 . not_empty . should_be_true
5.down_to 0 . not_empty . should_be_true
Test.specify "should allow getting by index using at" <|
group_builder.specify "should allow getting by index using at" <|
0.up_to 0 . at 0 . should_fail_with Index_Out_Of_Bounds
0.up_to 100 . at 0 . should_equal 0
0.up_to 100 . at 5 . should_equal 5
@ -106,7 +106,7 @@ spec = Test.group "Range" <|
1.up_to 100 . with_step 5 . at 3 . should_equal 16
1.up_to 100 . with_step 5 . at -1 . should_equal 96
1.up_to 100 . with_step 5 . at -3 . should_equal 86
Test.specify "should allow getting by index using get" <|
group_builder.specify "should allow getting by index using get" <|
0.up_to 0 . get 0 . should_equal Nothing
0.up_to 100 . get 0 . should_equal 0
0.up_to 100 . get 5 . should_equal 5
@ -118,13 +118,13 @@ spec = Test.group "Range" <|
1.up_to 100 . with_step 5 . get 3 . should_equal 16
1.up_to 100 . with_step 5 . get -1 . should_equal 96
1.up_to 100 . with_step 5 . get -3 . should_equal 86
Test.specify "should allow getting first" <|
group_builder.specify "should allow getting first" <|
0.up_to 0 . first . should_fail_with Index_Out_Of_Bounds
0.up_to 0 . first . catch . should_equal (Index_Out_Of_Bounds.Error 0 0)
3.up_to 100 . first . should_equal 3
0.down_to 0 . first . should_fail_with Index_Out_Of_Bounds
0.down_to -3 . first . should_equal 0
Test.specify "should allow getting second" <|
group_builder.specify "should allow getting second" <|
0.up_to 0 . second . should_fail_with Index_Out_Of_Bounds
0.up_to 0 . second . catch . should_equal (Index_Out_Of_Bounds.Error 1 0)
3.up_to 100 . second . should_equal 4
@ -134,23 +134,23 @@ spec = Test.group "Range" <|
0.down_to -3 . second . should_equal -1
0.down_to -3 . with_step 2 . second . should_equal -2
0.down_to -3 . with_step 4 . second . should_fail_with Index_Out_Of_Bounds
Test.specify "should allow getting last" <|
group_builder.specify "should allow getting last" <|
0.up_to 0 . last . should_fail_with Index_Out_Of_Bounds
0.up_to 0 . last . catch . should_equal (Index_Out_Of_Bounds.Error 0 0)
3.up_to 100 . last . should_equal 99
3.up_to 100 . with_step 25 . last . should_equal 78
0.down_to 0 . last . should_fail_with Index_Out_Of_Bounds
0.down_to -3 . last . should_equal -2
Test.specify "should be able to be mapped over to make a Vector" <|
group_builder.specify "should be able to be mapped over to make a Vector" <|
empty = 0.up_to 0
empty.map *2 . should_equal []
elements = 0.up_to 10
elements.map *2 . should_equal [0, 2, 4, 6, 8, 10, 12, 14, 16, 18]
Test.specify "should allow to filter its elements, returning a vector" <|
group_builder.specify "should allow to filter its elements, returning a vector" <|
elements = 0.up_to 10
elements.filter (x -> x % 2 == 0) . should_equal [0, 2, 4, 6, 8]
Test.specify "should filter elements by Filter_Condition" <|
group_builder.specify "should filter elements by Filter_Condition" <|
range = 1.up_to 6
range.filter (Filter_Condition.Greater than=3) . should_equal [4, 5]
range.filter (Filter_Condition.Less than=3.5) . should_equal [1, 2, 3]
@ -177,7 +177,7 @@ spec = Test.group "Range" <|
range.filter Filter_Condition.Is_Empty . should_equal []
range.filter Filter_Condition.Not_Empty . should_equal [1, 2, 3, 4, 5]
Test.specify "should allow to partition its elements" <|
group_builder.specify "should allow to partition its elements" <|
elements = 0.up_to 10
r1 = elements.partition (x -> x % 2 == 0)
r1.first . should_equal [0, 2, 4, 6, 8]
@ -187,18 +187,18 @@ spec = Test.group "Range" <|
r2.first . should_equal [4, 5, 6, 7, 8, 9]
r2.second . should_equal [0, 1, 2, 3]
Test.specify "should allow iteration" <|
group_builder.specify "should allow iteration" <|
vec_mut = Vector.new_builder
1.up_to 6 . each (i -> vec_mut.append i)
vec_mut.to_vector . should_equal [1, 2, 3, 4, 5]
Test.specify "should allow iteration, with error propagation and early exit" <|
group_builder.specify "should allow iteration, with error propagation and early exit" <|
vec_mut = Vector.new_builder
result = 1.up_to 6 . each_propagate i->
if i >= 3 then Error.throw (Illegal_Argument.Error "dummy") else
vec_mut.append i
result . should_fail_with Illegal_Argument
vec_mut.to_vector . should_equal [1, 2]
Test.specify "should allow iteration with index" <|
group_builder.specify "should allow iteration with index" <|
vec_mut = Vector.new_builder
5.up_to 8 . each_with_index ix-> elem->
vec_mut.append (Pair.new ix elem)
@ -208,28 +208,28 @@ spec = Test.group "Range" <|
5.up_to 10 . with_step 2 . each_with_index ix-> elem->
vec_mut_2.append (Pair.new ix elem)
vec_mut_2.to_vector . should_equal [Pair.new 0 5, Pair.new 1 7, Pair.new 2 9]
Test.specify "should be able to be folded" <|
group_builder.specify "should be able to be folded" <|
1.up_to 6 . fold 0 (+) . should_equal 15
1.up_to 1 . fold 123 (+) . should_equal 123
Test.specify "should be able to perform a running fold" <|
group_builder.specify "should be able to perform a running fold" <|
1.up_to 6 . running_fold 0 (+) . should_equal [1, 3, 6, 10, 15]
1.up_to 1 . running_fold 123 (+) . should_equal []
Test.specify "should be able to be reduced" <|
group_builder.specify "should be able to be reduced" <|
1.up_to 6 . reduce (+) . should_equal 15
1.up_to 6 . with_step 2 . reduce (+) . should_equal 9
1.up_to 1 . reduce (+) . should_fail_with Empty_Error
1.up_to 1 . reduce (+) 0 . should_equal 0
Test.specify "should check all" <|
group_builder.specify "should check all" <|
1.up_to 10 . all (> 0) . should_be_true
1.up_to 10 . all (< 0) . should_be_false
1.up_to 10 . all (Filter_Condition.Greater 10) . should_be_false
Test.expect_panic_with (1.up_to 10 . all "invalid arg") Type_Error
Test.specify "should check any" <|
group_builder.specify "should check any" <|
1.up_to 10 . any (> 5) . should_be_true
1.up_to 10 . any (> 10) . should_be_false
1.up_to 10 . any (Filter_Condition.Greater 5) . should_be_true
Test.expect_panic_with (1.up_to 10 . any "invalid arg") Type_Error
Test.specify "should find elements" <|
group_builder.specify "should find elements" <|
1.up_to 10 . find (> 5) . should_equal 6
1.up_to 10 . find (Filter_Condition.Greater than=5) . should_equal 6
1.up_to 10 . find (> 10) . should_be_a Nothing
@ -238,7 +238,7 @@ spec = Test.group "Range" <|
1.up_to 10 . find (< 5) start=10 . should_fail_with Index_Out_Of_Bounds
1.up_to 10 . find (< 5) start=10 . catch . should_equal (Index_Out_Of_Bounds.Error 10 10)
Test.expect_panic_with (1.up_to 10 . find "invalid arg") Type_Error
Test.specify "should find index of elements" <|
group_builder.specify "should find index of elements" <|
1.up_to 10 . index_of (> 5) . should_equal 5
1.up_to 10 . index_of 7 . should_equal 6
1.up_to 10 . with_step 2 . index_of (> 4) . should_equal 2
@ -256,7 +256,7 @@ spec = Test.group "Range" <|
1.up_to 10 . index_of (Filter_Condition.Greater than=5) . should_equal 5
1.up_to 10 . index_of "invalid arg" . should_fail_with Illegal_Argument
1.up_to 10 . index_of 2.5 . should_fail_with Illegal_Argument
Test.specify "should find last index of elements" <|
group_builder.specify "should find last index of elements" <|
1.up_to 10 . last_index_of (> 5) . should_equal 8
1.up_to 10 . last_index_of 7 . should_equal 6
1.up_to 10 . with_step 2 . last_index_of (> 4) . should_equal 4
@ -274,14 +274,14 @@ spec = Test.group "Range" <|
1.up_to 10 . last_index_of (Filter_Condition.Greater than=5) . should_equal 8
1.up_to 10 . last_index_of "invalid arg" . should_fail_with Illegal_Argument
1.up_to 10 . last_index_of 2.5 . should_fail_with Illegal_Argument
Test.specify "should allow conversion to vector" <|
group_builder.specify "should allow conversion to vector" <|
1.up_to 6 . to_vector . should_equal [1, 2, 3, 4, 5]
Test.specify "should allow reversing" <|
group_builder.specify "should allow reversing" <|
1.up_to 6 . reverse . should_equal (5.down_to 0)
5.down_to 0 . reverse . should_equal (1.up_to 6)
1.up_to 6 . with_step 2 . reverse . should_equal (5.down_to -1 . with_step 2)
Test.specify "should allow checking if a value is in the range" <|
group_builder.specify "should allow checking if a value is in the range" <|
0.up_to 10 . contains 5 . should_be_true
0.up_to 10 . contains 0 . should_be_true
0.up_to 10 . contains 9 . should_be_true
@ -309,7 +309,7 @@ spec = Test.group "Range" <|
builder = Vector.new_builder
range.each builder.append
builder.to_vector
Test.specify "should behave correctly if it is empty" <|
group_builder.specify "should behave correctly if it is empty" <|
check_empty_range r =
r.is_empty . should_be_true
r.not_empty . should_be_false
@ -334,7 +334,7 @@ spec = Test.group "Range" <|
check_empty_range (Range.Between 0 10 -1)
check_empty_range (Range.Between -1 0 -2)
Test.specify "should behave correctly when containing exactly one element" <|
group_builder.specify "should behave correctly when containing exactly one element" <|
r1 = Range.Between 10 11
r1.is_empty . should_be_false
r1.not_empty . should_be_true
@ -351,7 +351,7 @@ spec = Test.group "Range" <|
r1.find (x-> x*x == 25) . should_equal Nothing
verify_contains r1 [10] [-1, 0, 1, 2, 9, 11, 12]
Test.specify "should behave correctly with step greater than 1" <|
group_builder.specify "should behave correctly with step greater than 1" <|
r1 = Range.Between 0 10 2
r1.is_empty . should_be_false
r1.not_empty . should_be_true
@ -449,7 +449,7 @@ spec = Test.group "Range" <|
r6.filter (_ < 4) . should_equal [0, 3]
verify_contains r6 [0, 3, 6, 9] [-3, -2, -1, 1, 2, 4, 5, 7, 8, 10, 11]
Test.specify "should behave correctly with negative step" <|
group_builder.specify "should behave correctly with negative step" <|
r1 = Range.Between 4 0 -1
r1.is_empty . should_be_false
r1.not_empty . should_be_true
@ -514,7 +514,7 @@ spec = Test.group "Range" <|
r4.find (x-> x*x == 0) . should_equal Nothing
verify_contains r4 [3] [-3, -2, -1, 0, 1, 2, 4, 5, 6, 7, 10]
Test.specify "should report errors if trying to set step to 0" <|
group_builder.specify "should report errors if trying to set step to 0" <|
0.up_to 0 . with_step 0 . should_fail_with Illegal_State
invalid_range = Range.Between 0 0 0
invalid_range . length . should_fail_with Illegal_State
@ -538,4 +538,8 @@ spec = Test.group "Range" <|
invalid_range . find _->True . should_fail_with Illegal_State
invalid_range . contains 0 . should_fail_with Illegal_State
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

38
test/Base_Tests/src/Data/Regression_Spec.enso
View File

@ -1,10 +1,10 @@
from Standard.Base import Nothing, Vector, Number, Float, True, False, Regression
import Standard.Base.Errors.Illegal_Argument.Illegal_Argument
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
spec =
add_specs suite_builder =
## Regression test data produced using an Excel spreadsheet.
https://github.com/enso-org/enso/files/9160145/Regression.tests.xlsx
@ -16,18 +16,18 @@ spec =
_ : Float -> v.should_equal e epsilon=double_error
_ -> v.should_equal e
Test.group "Regression" <|
Test.specify "return an error if the vector lengths do not match" <|
suite_builder.group "Regression" group_builder->
group_builder.specify "return an error if the vector lengths do not match" <|
known_xs = [2, 3, 5, 7, 9]
known_ys = [4, 5, 7, 10]
Regression.fit_least_squares known_xs known_ys . should_fail_with Illegal_Argument
Test.specify "return an error if the X values are all the same" <|
group_builder.specify "return an error if the X values are all the same" <|
known_xs = [2, 2, 2, 2]
known_ys = [4, 5, 7, 10]
Regression.fit_least_squares known_xs known_ys . should_fail_with Regression.Fit_Error
Test.specify "compute the linear trend line" <|
group_builder.specify "compute the linear trend line" <|
known_xs = [2, 3, 5, 7, 9]
known_ys = [4, 5, 7, 10, 15]
fitted = Regression.fit_least_squares known_xs known_ys
@ -35,7 +35,7 @@ spec =
fitted.intercept . should_equal 0.304878049 epsilon=double_error
fitted.r_squared . should_equal 0.959530147 epsilon=double_error
Test.specify "predict values on a linear trend line" <|
group_builder.specify "predict values on a linear trend line" <|
known_xs = [2, 3, 5, 7, 9]
known_ys = [4, 5, 7, 10, 15]
fitted = Regression.fit_least_squares known_xs known_ys
@ -43,7 +43,7 @@ spec =
expected_ys = [1.823171, 6.378049, 9.414634, 12.45122, 15.487805]
vector_compare (test_xs.map fitted.predict) expected_ys
Test.specify "compute the linear trend line with an intercept" <|
group_builder.specify "compute the linear trend line with an intercept" <|
known_xs = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]
known_ys = [8.02128, 11.02421, 13.99566, 17.02678, 20.00486, 22.95283, 26.0143, 29.03238, 31.96427, 35.03896]
fitted = Regression.fit_least_squares known_xs known_ys (Regression.Model.Linear 100)
@ -51,7 +51,7 @@ spec =
fitted.intercept . should_equal 100.0 epsilon=double_error
fitted.r_squared . should_equal 0.9999900045 epsilon=double_error
Test.specify "compute the exponential trend line" <|
group_builder.specify "compute the exponential trend line" <|
known_xs = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]
known_ys = [0.28652, 0.31735, 0.31963, 0.38482, 0.40056, 0.39013, 0.4976, 0.5665, 0.55457, 0.69135]
fitted = Regression.fit_least_squares known_xs known_ys Regression.Model.Exponential
@ -59,7 +59,7 @@ spec =
fitted.b . should_equal 0.09358242 epsilon=double_error
fitted.r_squared . should_equal 0.9506293649 epsilon=double_error
Test.specify "predict values on a exponential trend line" <|
group_builder.specify "predict values on a exponential trend line" <|
known_xs = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]
known_ys = [0.28652, 0.31735, 0.31963, 0.38482, 0.40056, 0.39013, 0.4976, 0.5665, 0.55457, 0.69135]
fitted = Regression.fit_least_squares known_xs known_ys Regression.Model.Exponential
@ -67,7 +67,7 @@ spec =
expected_ys = [0.253564, 0.709829, 0.779464, 1.032103]
vector_compare (test_xs.map fitted.predict) expected_ys
Test.specify "compute the exponential trend line with an intercept" <|
group_builder.specify "compute the exponential trend line with an intercept" <|
known_xs = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]
known_ys = [0.28652, 0.31735, 0.31963, 0.38482, 0.40056, 0.39013, 0.4976, 0.5665, 0.55457, 0.69135]
fitted = Regression.fit_least_squares known_xs known_ys (Regression.Model.Exponential 0.2)
@ -75,7 +75,7 @@ spec =
fitted.b . should_equal 0.127482464 epsilon=double_error
fitted.r_squared . should_equal 0.9566066546 epsilon=double_error
Test.specify "compute the logarithmic trend line" <|
group_builder.specify "compute the logarithmic trend line" <|
known_xs = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]
known_ys = [0.12128, 0.29057, 0.35933, 0.45949, 0.49113, 0.48285, 0.58132, 0.63144, 0.5916, 0.69158]
fitted = Regression.fit_least_squares known_xs known_ys Regression.Model.Logarithmic
@ -83,7 +83,7 @@ spec =
fitted.b . should_equal 0.11857587 epsilon=double_error
fitted.r_squared . should_equal 0.9730840179 epsilon=double_error
Test.specify "predict values on a logarithmic trend line" <|
group_builder.specify "predict values on a logarithmic trend line" <|
known_xs = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]
known_ys = [0.12128, 0.29057, 0.35933, 0.45949, 0.49113, 0.48285, 0.58132, 0.63144, 0.5916, 0.69158]
fitted = Regression.fit_least_squares known_xs known_ys Regression.Model.Logarithmic
@ -91,7 +91,7 @@ spec =
expected_ys = [-0.417241, 0.676572, 0.696819, 0.748745]
vector_compare (test_xs.map fitted.predict) expected_ys
Test.specify "compute the power trend line" <|
group_builder.specify "compute the power trend line" <|
known_xs = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]
known_ys = [0.26128, 0.28144, 0.26353, 0.30247, 0.28677, 0.23992, 0.30586, 0.32785, 0.26324, 0.3411]
fitted = Regression.fit_least_squares known_xs known_ys Regression.Model.Power
@ -99,7 +99,7 @@ spec =
fitted.b . should_equal 0.065513849 epsilon=double_error
fitted.r_squared . should_equal 0.2099579581 epsilon=double_error
Test.specify "predict values on a power trend line" <|
group_builder.specify "predict values on a power trend line" <|
known_xs = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]
known_ys = [0.26128, 0.28144, 0.26353, 0.30247, 0.28677, 0.23992, 0.30586, 0.32785, 0.26324, 0.3411]
fitted = Regression.fit_least_squares known_xs known_ys Regression.Model.Power
@ -107,4 +107,8 @@ spec =
expected_ys = [0.222594, 0.302868, 0.3046, 0.309085]
vector_compare (test_xs.map fitted.predict) expected_ys
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

26
test/Base_Tests/src/Data/Set_Spec.enso
View File

@ -1,12 +1,12 @@
from Standard.Base import all
import Standard.Base.Errors.Illegal_Argument.Illegal_Argument
from Standard.Test import Test, Test_Suite, Problems
import Standard.Test.Extensions
from Standard.Test_New import all
spec =
Test.group "Enso Set" <|
Test.specify "should allow checking for emptiness" <|
add_specs suite_builder =
suite_builder.group "Enso Set" group_builder->
group_builder.specify "should allow checking for emptiness" <|
empty_map = Set.empty
non_empty = Set.empty . insert "foo"
empty_map.is_empty . should_be_true
@ -15,7 +15,7 @@ spec =
empty_map.not_empty . should_be_false
non_empty.not_empty . should_be_true
Test.specify "should be constructed from a vector" <|
group_builder.specify "should be constructed from a vector" <|
s1 = Set.from_vector [1, 2, 3, 2]
s1.size . should_equal 3
s1.to_vector.sort . should_equal [1, 2, 3]
@ -23,14 +23,14 @@ spec =
r2 = Set.from_vector [1, 2, 2] error_on_duplicates=True
r2.should_fail_with Illegal_Argument
Test.specify "should allow checking contains" <|
group_builder.specify "should allow checking contains" <|
s1 = Set.from_vector [1, 2, 3, 2]
s1.contains 1 . should_be_true
s1.contains 2 . should_be_true
s1.contains 3 . should_be_true
s1.contains 4 . should_be_false
Test.specify "should allow checking contains with relational NULL logic" <|
group_builder.specify "should allow checking contains with relational NULL logic" <|
Set.from_vector [1, 2] . contains_relational 1 . should_be_true
Set.from_vector [1, 2] . contains_relational 3 . should_be_false
Set.from_vector [1, 2, Nothing] . contains_relational 1 . should_be_true
@ -40,7 +40,7 @@ spec =
Set.from_vector [Nothing] . contains_relational Nothing . should_equal Nothing
Set.from_vector [] . contains_relational Nothing . should_be_false
Test.specify "should allow to compute a union, intersection and difference" <|
group_builder.specify "should allow to compute a union, intersection and difference" <|
s1 = Set.from_vector [1, 2]
s2 = Set.from_vector [2, 3]
s3 = Set.from_vector [3, 4]
@ -53,7 +53,7 @@ spec =
(s1.difference s3).to_vector.sort . should_equal [1, 2]
(s1.difference s1).to_vector . should_equal []
Test.specify "should allow to check for equality of two sets" <|
group_builder.specify "should allow to check for equality of two sets" <|
s1 = Set.from_vector [1, 2]
s2 = Set.from_vector [2, 1, 1]
s3 = Set.from_vector [1, 2, 3]
@ -62,4 +62,8 @@ spec =
(s1 == s1) . should_be_true
(s1 == s3) . should_be_false
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

112
test/Base_Tests/src/Data/Statistics_Spec.enso
View File

@ -4,8 +4,8 @@ import Standard.Base.Errors.Common.Incomparable_Values
import Standard.Base.Errors.Illegal_Argument.Illegal_Argument
import Standard.Base.Errors.Illegal_State.Illegal_State
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
# === Test Resources ===
@ -45,7 +45,7 @@ Comparable.from (_:Bad_Comparator_Type) = Bad_Comparator
# Tests
spec =
add_specs suite_builder =
double_error = 0.000001
vector_compare values expected =
@ -54,21 +54,21 @@ spec =
_ : Float -> v.should_equal (expected.at i) epsilon=double_error
_ -> v.should_equal (expected.at i)
Test.group "Statistics" <|
suite_builder.group "Statistics" group_builder->
simple_set = [1, 2, 3, 4, 5]
number_set = [0.4, -18.56, -16.99, -16.43, -45.84, 13.44, -6.85, 9.68, -8.55, 10.87, 10.38, 33.85, -41.02, 1.87, -26.52, -13.87, -39.06, 25.92, -16.01, 42.01]
missing_set = number_set.map_with_index i->v->(if i % 5 == 4 then Nothing else v)
with_nans_set = number_set.map_with_index i->v->(if i % 5 == 4 then (if i % 10 == 9 then Number.nan else Nothing) else v)
text_set = ["A", "B", Nothing, "D"]
Test.specify "should be able to count valid values" <|
group_builder.specify "should be able to count valid values" <|
simple_set.compute . should_equal 5
number_set.compute . should_equal 20
missing_set.compute . should_equal 16
with_nans_set.compute . should_equal 16
text_set.compute . should_equal 3
Test.specify "should be able to get minimum of maximum values" <|
group_builder.specify "should be able to get minimum of maximum values" <|
simple_set.compute Statistic.Minimum . should_equal 1
number_set.compute Statistic.Minimum . should_equal -45.84 epsilon=double_error
missing_set.compute Statistic.Minimum . should_equal -41.02 epsilon=double_error
@ -80,72 +80,72 @@ spec =
with_nans_set.compute Statistic.Maximum . should_equal 33.85 epsilon=double_error
text_set.compute Statistic.Maximum . should_equal "D"
Test.specify "should be able to get sum of values" <|
group_builder.specify "should be able to get sum of values" <|
simple_set.compute Statistic.Sum . should_equal 15 epsilon=double_error
number_set.compute Statistic.Sum . should_equal -101.28 epsilon=double_error
missing_set.compute Statistic.Sum . should_equal -81.8 epsilon=double_error
with_nans_set.compute Statistic.Sum . should_equal -81.8 epsilon=double_error
Test.specify "should be able to get mean of values" <|
group_builder.specify "should be able to get mean of values" <|
simple_set.compute Statistic.Mean . should_equal 3 epsilon=double_error
number_set.compute Statistic.Mean . should_equal -5.064 epsilon=double_error
missing_set.compute Statistic.Mean . should_equal -5.1125 epsilon=double_error
with_nans_set.compute Statistic.Mean . should_equal -5.1125 epsilon=double_error
Test.specify "should be able to get sample variance of values" <|
group_builder.specify "should be able to get sample variance of values" <|
simple_set.compute Statistic.Variance . should_equal 2.5 epsilon=double_error
number_set.compute Statistic.Variance . should_equal 582.0137832 epsilon=double_error
missing_set.compute Statistic.Variance . should_equal 431.0218867 epsilon=double_error
with_nans_set.compute Statistic.Variance . should_equal 431.0218867 epsilon=double_error
[1].compute Statistic.Variance . is_nan . should_equal True
Test.specify "should be able to get population variance of values" <|
group_builder.specify "should be able to get population variance of values" <|
simple_set.compute (Statistic.Variance True) . should_equal 2 epsilon=double_error
number_set.compute (Statistic.Variance True) . should_equal 552.913094 epsilon=double_error
missing_set.compute (Statistic.Variance True) . should_equal 404.0830188 epsilon=double_error
with_nans_set.compute (Statistic.Variance True) . should_equal 404.0830188 epsilon=double_error
Test.specify "should be able to get population standard deviation of values" <|
group_builder.specify "should be able to get population standard deviation of values" <|
simple_set.compute Statistic.Standard_Deviation . should_equal 1.58113883 epsilon=double_error
number_set.compute Statistic.Standard_Deviation . should_equal 24.12496183 epsilon=double_error
missing_set.compute Statistic.Standard_Deviation . should_equal 20.76106661 epsilon=double_error
with_nans_set.compute Statistic.Standard_Deviation . should_equal 20.76106661 epsilon=double_error
[1].compute Statistic.Standard_Deviation . is_nan . should_equal True
Test.specify "should be able to get sample standard deviation of values" <|
group_builder.specify "should be able to get sample standard deviation of values" <|
simple_set.compute (Statistic.Standard_Deviation True) . should_equal 1.414213562 epsilon=double_error
number_set.compute (Statistic.Standard_Deviation True) . should_equal 23.51410415 epsilon=double_error
missing_set.compute (Statistic.Standard_Deviation True) . should_equal 20.1018163 epsilon=double_error
with_nans_set.compute (Statistic.Standard_Deviation True) . should_equal 20.1018163 epsilon=double_error
Test.specify "should be able to get sample skewness of values" <|
group_builder.specify "should be able to get sample skewness of values" <|
simple_set.compute Statistic.Skew . should_equal 0 epsilon=double_error
number_set.compute Statistic.Skew . should_equal 0.165086552 epsilon=double_error
missing_set.compute Statistic.Skew . should_equal 0.084238123 epsilon=double_error
with_nans_set.compute Statistic.Skew . should_equal 0.084238123 epsilon=double_error
[1, 2].compute Statistic.Skew . is_nan . should_equal True
Test.specify "should be able to get population skewness of values" <|
group_builder.specify "should be able to get population skewness of values" <|
simple_set.compute (Statistic.Skew True) . should_equal 0 epsilon=double_error
number_set.compute (Statistic.Skew True) . should_equal 0.152437706 epsilon=double_error
missing_set.compute (Statistic.Skew True) . should_equal 0.076125664 epsilon=double_error
with_nans_set.compute (Statistic.Skew True) . should_equal 0.076125664 epsilon=double_error
[1, 2].compute (Statistic.Skew True) . is_nan . should_equal True
Test.specify "should be able to get sample kurtosis of values" <|
group_builder.specify "should be able to get sample kurtosis of values" <|
simple_set.compute Statistic.Kurtosis . should_equal -1.2 epsilon=double_error
number_set.compute Statistic.Kurtosis . should_equal -0.449422438 epsilon=double_error
missing_set.compute Statistic.Kurtosis . should_equal -0.201991074 epsilon=double_error
with_nans_set.compute Statistic.Kurtosis . should_equal -0.201991074 epsilon=double_error
[1, 2, 3].compute Statistic.Kurtosis . is_nan . should_equal True
Test.specify "should allow bulk computation" <|
group_builder.specify "should allow bulk computation" <|
stats = [Statistic.Count, Statistic.Minimum, Statistic.Mean, Statistic.Variance, Statistic.Skew]
expected = [20, -45.84, -5.064, 582.0137832, 0.165086552]
values = number_set.compute_bulk stats
vector_compare values expected
Test.specify "should allow running computation" <|
group_builder.specify "should allow running computation" <|
number_set.running . should_equal [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20]
expected_counts = [1, 2, 3, 4, 4, 5, 6, 7, 8, 8, 9, 10, 11, 12, 12, 13, 14, 15, 16, 16]
expected_sums = [0.4, -18.16, -35.15, -51.58, -51.58, -38.14, -44.99, -35.31, -43.86, -43.86, -33.48, 0.37, -40.65, -38.78, -38.78, -52.65, -91.71, -65.79, -81.8, -81.8]
@ -153,7 +153,7 @@ spec =
values = missing_set.running Statistic.Sum
vector_compare values expected_sums
Test.specify "should allow running computation on vectors with missing" <|
group_builder.specify "should allow running computation on vectors with missing" <|
missing_set = [Nothing, 1, 3, Nothing, Number.nan, 2]
missing_set.running . should_equal [0, 1, 2, 2, 2, 3]
missing_set.running Statistic.Minimum . should_equal [Nothing, 1, 1, 1, 1, 1]
@ -163,54 +163,54 @@ spec =
missing_set.running Statistic.Mean . drop 1 . should_equal [1, 2, 2, 2, 2]
Test.group "Statistics - empty Vector " <|
Test.specify "should be able to count and sum on empty Vector" <|
suite_builder.group "Statistics - empty Vector " group_builder->
group_builder.specify "should be able to count and sum on empty Vector" <|
[].compute . should_equal 0
[].compute Statistic.Sum . should_equal 0
Test.specify "should fail with Empty_Error for Minimum and Maximum on empty Vector" <|
group_builder.specify "should fail with Empty_Error for Minimum and Maximum on empty Vector" <|
[].compute Statistic.Minimum . should_fail_with Empty_Error
[].compute Statistic.Maximum . should_fail_with Empty_Error
Test.specify "should be NaN for other statistics sum on empty Vector" <|
group_builder.specify "should be NaN for other statistics sum on empty Vector" <|
[].compute Statistic.Mean . is_nan . should_equal True
[].compute Statistic.Variance . is_nan . should_equal True
[].compute Statistic.Skew . is_nan . should_equal True
[].compute Statistic.Kurtosis . is_nan . should_equal True
Test.group "Statistics - NaN Vector " <|
Test.specify "should be able to count and sum on NaN Vector" <|
suite_builder.group "Statistics - NaN Vector " group_builder->
group_builder.specify "should be able to count and sum on NaN Vector" <|
[Number.nan, Number.nan].compute . should_equal 0
[Number.nan, Number.nan].running . should_equal [0, 0]
[Number.nan, Number.nan].compute Statistic.Sum . should_equal 0
[Number.nan, Number.nan].running Statistic.Sum . should_equal [0, 0]
Test.specify "should fail with Empty_Error for Minimum and Maximum on NaN Vector" <|
group_builder.specify "should fail with Empty_Error for Minimum and Maximum on NaN Vector" <|
[Number.nan, Number.nan].compute Statistic.Minimum . should_fail_with Empty_Error
[Number.nan, Number.nan].running Statistic.Minimum . should_equal [Nothing, Nothing]
[Number.nan, Number.nan].compute Statistic.Maximum . should_fail_with Empty_Error
[Number.nan, Number.nan].running Statistic.Maximum . should_equal [Nothing, Nothing]
Test.specify "should be NaN for other statistics sum on NaN Vector" <|
group_builder.specify "should be NaN for other statistics sum on NaN Vector" <|
[Number.nan, Number.nan, Number.nan, Number.nan].compute Statistic.Mean . is_nan . should_equal True
[Number.nan, Number.nan, Number.nan, Number.nan].compute Statistic.Variance . is_nan . should_equal True
[Number.nan, Number.nan, Number.nan, Number.nan].compute Statistic.Skew . is_nan . should_equal True
[Number.nan, Number.nan, Number.nan, Number.nan].compute Statistic.Kurtosis . is_nan . should_equal True
Test.group "Statistics - Nothing Vector " <|
Test.specify "should be able to count and sum on Nothing Vector" <|
suite_builder.group "Statistics - Nothing Vector " group_builder->
group_builder.specify "should be able to count and sum on Nothing Vector" <|
[Nothing, Nothing].compute . should_equal 0
[Nothing, Nothing].running . should_equal [0, 0]
[Nothing, Nothing].compute Statistic.Sum . should_equal 0
[Nothing, Nothing].running Statistic.Sum . should_equal [0, 0]
Test.specify "should fail with Empty_Error for Minimum and Maximum on Nothing Vector" <|
group_builder.specify "should fail with Empty_Error for Minimum and Maximum on Nothing Vector" <|
[Nothing, Nothing].compute Statistic.Minimum . should_fail_with Empty_Error
[Nothing, Nothing].running Statistic.Minimum . should_equal [Nothing, Nothing]
[Nothing, Nothing].compute Statistic.Maximum . should_fail_with Empty_Error
[Nothing, Nothing].running Statistic.Maximum . should_equal [Nothing, Nothing]
Test.specify "should be NaN for other statistics sum on Nothing Vector" <|
group_builder.specify "should be NaN for other statistics sum on Nothing Vector" <|
[Nothing, Nothing, Nothing, Nothing].compute Statistic.Mean . is_nan . should_equal True
[Nothing, Nothing, Nothing, Nothing].running Statistic.Mean . all _.is_nan . should_equal True
[Nothing, Nothing, Nothing, Nothing].compute Statistic.Variance . is_nan . should_equal True
@ -220,12 +220,12 @@ spec =
[Nothing, Nothing, Nothing, Nothing].compute Statistic.Kurtosis . is_nan . should_equal True
[Nothing, Nothing, Nothing, Nothing].running Statistic.Kurtosis . all _.is_nan . should_equal True
Test.group "Statistics - invalid input" <|
suite_builder.group "Statistics - invalid input" group_builder->
text_set = ["A", "B", Nothing, "D"]
ord_set = [Ord.Value 10, Ord.Value 2, Nothing, Ord.Value 9]
no_ord_set = [No_Ord.Value 10, No_Ord.Value 2, Nothing, No_Ord.Value 9]
Test.specify "should fail with Illegal_Argument on number based statistics for text Vector" <|
group_builder.specify "should fail with Illegal_Argument on number based statistics for text Vector" <|
text_set.compute Statistic.Sum . should_fail_with Illegal_Argument
text_set.compute Statistic.Mean . should_fail_with Illegal_Argument
text_set.compute Statistic.Variance . should_fail_with Illegal_Argument
@ -233,12 +233,12 @@ spec =
text_set.compute Statistic.Kurtosis . should_fail_with Illegal_Argument
text_set.running Statistic.Sum . should_fail_with Illegal_Argument
Test.specify "should be able to do Count, Minimum and Maximum on custom type with custom ordered comparator" <|
group_builder.specify "should be able to do Count, Minimum and Maximum on custom type with custom ordered comparator" <|
ord_set.compute . should_equal 3
ord_set.compute Statistic.Minimum . should_equal (Ord.Value 2)
ord_set.compute Statistic.Maximum . should_equal (Ord.Value 10)
Test.specify "should fail with Incomparable_Values on custom incomparable type" <|
group_builder.specify "should fail with Incomparable_Values on custom incomparable type" <|
no_ord_set.compute . should_equal 3
no_ord_set.running . should_equal [1,2,2,3]
no_ord_set.compute Statistic.Minimum . should_fail_with Incomparable_Values
@ -246,7 +246,7 @@ spec =
no_ord_set.compute Statistic.Maximum . should_fail_with Incomparable_Values
no_ord_set.running Statistic.Maximum . should_fail_with Incomparable_Values
Test.specify "should fail with the underlying error on broken comparator" <|
group_builder.specify "should fail with the underlying error on broken comparator" <|
bad_comparator_set = [Bad_Comparator_Type.Value 10, Bad_Comparator_Type.Value 2, Nothing, Bad_Comparator_Type.Value 9]
bad_comparator_set.compute . should_equal 3
bad_comparator_set.running . should_equal [1,2,2,3]
@ -255,11 +255,11 @@ spec =
bad_comparator_set.compute Statistic.Maximum . should_fail_with Illegal_State
bad_comparator_set.running Statistic.Maximum . should_fail_with Illegal_State
Test.specify "should fail with Incomparable_Values on mixed Vectors" <|
group_builder.specify "should fail with Incomparable_Values on mixed Vectors" <|
[1, False].compute Statistic.Minimum . should_fail_with Incomparable_Values
Test.group "Rank Data" <|
Test.specify "can rank a Float data series" <|
suite_builder.group "Rank Data" group_builder->
group_builder.specify "can rank a Float data series" <|
values = [409.892906, 0.839952, 796.468572, 126.931298, -405.265005, -476.675817, 441.651325, 796.468572, 78.50094, 340.163324, 234.861926, 409.892906, 226.467105, 234.861926, 126.931298, 637.870512, -71.008044, -386.399663, -126.534337, -476.675817, 78.50094, -386.399663, 409.892906, 868.54485, 669.113037, 669.113037, 0.839952, 407.162613, -476.675817, 126.931298]
Statistic.rank_data values . should_equal [9, 21.5, 2.5, 17, 27, 29, 7, 2.5, 19.5, 12, 13.5, 9, 15, 13.5, 17, 6, 23, 25.5, 24, 29, 19.5, 25.5, 9, 1, 4.5, 4.5, 21.5, 11, 29, 17]
Statistic.rank_data values Rank_Method.Minimum . should_equal [8, 21, 2, 16, 27, 28, 7, 2, 19, 12, 13, 8, 15, 13, 16, 6, 23, 25, 24, 28, 19, 25, 8, 1, 4, 4, 21, 11, 28, 16]
@ -267,62 +267,62 @@ spec =
Statistic.rank_data values Rank_Method.Ordinal . should_equal [8, 21, 2, 16, 27, 28, 7, 3, 19, 12, 13, 9, 15, 14, 17, 6, 23, 25, 24, 29, 20, 26, 10, 1, 4, 5, 22, 11, 30, 18]
Statistic.rank_data values Rank_Method.Dense . should_equal [6, 13, 2, 11, 17, 18, 5, 2, 12, 8, 9, 6, 10, 9, 11, 4, 14, 16, 15, 18, 12, 16, 6, 1, 3, 3, 13, 7, 18, 11]
Test.specify "can rank an Integer data series" <|
group_builder.specify "can rank an Integer data series" <|
values = [10, 1, 124, 10]
Statistic.rank_data values . should_equal [2.5, 4, 1, 2.5]
Test.specify "can rank a Number data series" <|
group_builder.specify "can rank a Number data series" <|
values = [10.0, 1, 12.4, 10]
Statistic.rank_data values . should_equal [2.5, 4, 1, 2.5]
Test.specify "can rank a Text data series" <|
group_builder.specify "can rank a Text data series" <|
values = ["G", "AA", "B", "G", "D"]
Statistic.rank_data values . should_equal [1.5, 5, 4, 1.5, 3]
Test.specify "should fail with Incomparable_Values on custom incomparable type" <|
group_builder.specify "should fail with Incomparable_Values on custom incomparable type" <|
values = [No_Ord.Value 10, No_Ord.Value 2, No_Ord.Value 9]
Statistic.rank_data values . should_fail_with Incomparable_Values
Test.specify "should fail with Incomparable_Values on mixed Vectors" <|
group_builder.specify "should fail with Incomparable_Values on mixed Vectors" <|
Statistic.rank_data [1, "A"] . should_fail_with Incomparable_Values
Test.specify "should fail with Illegal_Argument on Vectors with Nothing" <|
group_builder.specify "should fail with Illegal_Argument on Vectors with Nothing" <|
Statistic.rank_data [1, Nothing, 4] . should_fail_with Illegal_Argument
Test.group "Correlation Statistics" <|
suite_builder.group "Correlation Statistics" group_builder->
series_a = [0.22345,0.258315,0.74663,Nothing,0.686843,0.692246,Nothing,0.401859,0.725442,Nothing,0.963527,0.520363,0.633053,0.397123,Nothing,0.458942,0.036499,0.368194,0.598939,0.296476,0.093746,0.609329]
series_b = [0.140743,Nothing,0.574639,0.251683,0.902023,0.08723,0.251813,0.1669,0.234405,Nothing,0.28774,0.471757,0.280681,0.925207,0.919041,0.626234,0.429497,0.358597,0.566118,0.333606,0.828172,0.887829]
series_c = [Nothing,0.769797,0.281678,0.462145,0.727132,0.327978,Nothing,0.648639,0.562636,Nothing,0.159836,0.367404,0.877087,0.365483,Nothing,0.931873,0.723546,0.558085,0.163396,0.940997,0.399685,0.617509]
series = [series_a, series_b, series_c]
Test.specify "can compute Covariance, Correlation and R Squared between a pair of series" <|
group_builder.specify "can compute Covariance, Correlation and R Squared between a pair of series" <|
series_a.compute (Statistic.Covariance series_b) . should_equal -0.0053554 epsilon=double_error
series_a.compute (Statistic.Pearson series_b) . should_equal -0.08263943 epsilon=double_error
series_a.compute (Statistic.Spearman series_b) . should_equal -0.09313725 epsilon=double_error
series_a.compute (Statistic.R_Squared series_b) . should_equal 0.006829275 epsilon=double_error
Test.specify "can calculate a covariance matrix" <|
group_builder.specify "can calculate a covariance matrix" <|
matrix = Statistic.covariance_matrix series
matrix.length . should_equal 3
vector_compare (matrix.at 0) [0.0571699, -0.0053554, -0.02378204]
vector_compare (matrix.at 1) [-0.0053554, 0.07707381, -0.00098274]
vector_compare (matrix.at 2) [-0.02378204, -0.00098274, 0.05837098]
Test.specify "can calculate a pearson correlation matrix" <|
group_builder.specify "can calculate a pearson correlation matrix" <|
matrix = Statistic.pearson_correlation series
matrix.length . should_equal 3
vector_compare (matrix.at 0) [1, -0.08263943, -0.40469045]
vector_compare (matrix.at 1) [-0.08263943, 1, -0.01537537]
vector_compare (matrix.at 2) [-0.40469045, -0.01537537, 1]
Test.specify "can calculate a spearman rank correlation matrix" <|
group_builder.specify "can calculate a spearman rank correlation matrix" <|
matrix = Statistic.spearman_correlation series
matrix.length . should_equal 3
vector_compare (matrix.at 0) [1, -0.09313725, -0.43382353]
vector_compare (matrix.at 1) [-0.09313725, 1, 0]
vector_compare (matrix.at 2) [-0.43382353, 0, 1]
Test.specify "should fail with Illegal_Argument if different lengths" <|
group_builder.specify "should fail with Illegal_Argument if different lengths" <|
data = [[1,2,3,4],[10,20,30]]
data.first.compute (Statistic.Covariance data.second) . should_fail_with Illegal_Argument
data.first.compute (Statistic.Pearson data.second) . should_fail_with Illegal_Argument
@ -332,7 +332,7 @@ spec =
Statistic.pearson_correlation data . should_fail_with Illegal_Argument
Statistic.spearman_correlation data . should_fail_with Illegal_Argument
Test.specify "should fail with Illegal_Argument if not number based" <|
group_builder.specify "should fail with Illegal_Argument if not number based" <|
text = [["A","BC","CD"], ["0", "1", "2"], ["H", "I", "J"]]
text.first.compute (Statistic.Covariance text.second) . should_fail_with Illegal_Argument
text.first.compute (Statistic.Pearson text.second) . should_fail_with Illegal_Argument
@ -342,10 +342,14 @@ spec =
Statistic.pearson_correlation text . should_fail_with Illegal_Argument
Statistic.spearman_correlation text . should_fail_with Illegal_Argument
Test.group "Statistics - invalid input" <|
Test.specify "should fail with Illegal_Argument on number based statistics for text Vector" <|
suite_builder.group "Statistics - invalid input" group_builder->
group_builder.specify "should fail with Illegal_Argument on number based statistics for text Vector" <|
series = [["A", "B", Nothing, "D"], ["A", "B", Nothing, "D"]]
Statistic.covariance_matrix series . should_fail_with Illegal_Argument
Statistic.pearson_correlation series . should_fail_with Illegal_Argument
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

76
test/Base_Tests/src/Data/Text/Encoding_Spec.enso
View File

@ -2,35 +2,35 @@ from Standard.Base import all
import Standard.Base.Errors.Encoding_Error.Encoding_Error
import Standard.Base.Errors.Illegal_Argument.Illegal_Argument
from Standard.Test import Test, Test_Suite, Problems
import Standard.Test.Extensions
from Standard.Test_New import all
polyglot java import java.lang.String as Java_String
spec =
Test.group "Encoding object" <|
Test.specify "Can get standard UTF encodings" <|
add_specs suite_builder =
suite_builder.group "Encoding object" group_builder->
group_builder.specify "Can get standard UTF encodings" <|
Encoding.utf_8 . should_equal (Encoding.Value "UTF-8")
Encoding.utf_16_le . should_equal (Encoding.Value "UTF-16LE")
Encoding.utf_16_be . should_equal (Encoding.Value "UTF-16BE")
Encoding.utf_32_le . should_equal (Encoding.Value "UTF-32LE")
Encoding.utf_32_be . should_equal (Encoding.Value "UTF-32BE")
Test.specify "Catches invalid character sets" <|
group_builder.specify "Catches invalid character sets" <|
invalid = Encoding.Value "NotAValidCharacterSet"
invalid.to_java_charset . should_fail_with Illegal_Argument
Test.specify "Can get full set of character sets" <|
group_builder.specify "Can get full set of character sets" <|
character_sets = Encoding.all_character_sets
character_sets.length . should_not_equal 0
character_sets.contains "UTF-8" . should_equal True
Test.specify "Can get full set of encoding objects" <|
group_builder.specify "Can get full set of encoding objects" <|
encodings = Encoding.all_encodings
encodings.length . should_not_equal 0
encodings.contains Encoding.utf_8 . should_equal True
Test.group "ASCII" <|
suite_builder.group "ASCII" group_builder->
test = 'Hello World!'
test_ascii = [72, 101, 108, 108, 111, 32, 87, 111, 114, 108, 100, 33]
@ -38,17 +38,17 @@ spec =
invalid_ascii = [72, 101, 108, 108, 111, 32, 87, 111, 114, 108, 100, 33, -56]
invalid_ascii_out = [72, 101, 108, 108, 111, 32, 87, 111, 114, 108, 100, 33, 63]
Test.specify "should dump ASCII bytes to a vector via encoding" <|
group_builder.specify "should dump ASCII bytes to a vector via encoding" <|
dump = test.bytes Encoding.ascii
Test.assert_no_problems dump
dump . should_equal test_ascii
Test.specify "should convert an array of bytes to text" <|
group_builder.specify "should convert an array of bytes to text" <|
result = Text.from_bytes test_ascii Encoding.ascii
Test.assert_no_problems result
result . should_equal test
Test.specify "Invalid ASCII should raise a problem when decoding (error by default)" <|
group_builder.specify "Invalid ASCII should raise a problem when decoding (error by default)" <|
action = Text.from_bytes invalid_ascii Encoding.ascii on_problems=_
tester result = result . should_equal invalid
problems = [Encoding_Error.Error "Encoding issues at 12."]
@ -58,7 +58,7 @@ spec =
default_error.should_fail_with Encoding_Error
default_error.catch.message . should_equal "Encoding issues at 12."
Test.specify "Invalid ASCII should raise a problem when encoding (warning by default)" <|
group_builder.specify "Invalid ASCII should raise a problem when encoding (warning by default)" <|
action = invalid.bytes Encoding.ascii on_problems=_
tester result = result . should_equal invalid_ascii_out
problems = [Encoding_Error.Error "Encoding issues at 12."]
@ -68,24 +68,24 @@ spec =
default_warning.should_equal invalid_ascii_out
Problems.get_attached_warnings default_warning . should_contain_the_same_elements_as problems
Test.group "UTF_8" <|
suite_builder.group "UTF_8" group_builder->
kshi = '\u0915\u094D\u0937\u093F'
kshi_utf_8 = [-32, -92, -107, -32, -91, -115, -32, -92, -73, -32, -92, -65]
invalid = 'Hello World! ¢£¥\uFFFD'
invalid_utf_8 = [72, 101, 108, 108, 111, 32, 87, 111, 114, 108, 100, 33, 32, -62, -94, -62, -93, -62, -91, -62]
Test.specify "should dump utf-8 bytes to a vector via encoding" <|
group_builder.specify "should dump utf-8 bytes to a vector via encoding" <|
dump = kshi.bytes Encoding.utf_8
Test.assert_no_problems dump
dump . should_equal kshi_utf_8
Test.specify "should dump utf-8 bytes to a vector" <|
group_builder.specify "should dump utf-8 bytes to a vector" <|
dump = kshi.utf_8
Test.assert_no_problems dump
dump.should_equal kshi_utf_8
Test.specify "should raise a problem when encoding (warning by default)" <|
group_builder.specify "should raise a problem when encoding (warning by default)" <|
unpaired_surrogate = Integer.parse "DEDC" 16
text = Text.from_codepoints [unpaired_surrogate]
@ -97,23 +97,23 @@ spec =
default_warning = text.utf_8
Problems.get_attached_warnings default_warning . should_contain_the_same_elements_as problems
Test.specify "should convert an array of bytes to text via encoding" <|
group_builder.specify "should convert an array of bytes to text via encoding" <|
result = Text.from_bytes kshi_utf_8 Encoding.utf_8
Test.assert_no_problems result
result . should_equal kshi
Test.specify "should convert an array of bytes to text" <|
group_builder.specify "should convert an array of bytes to text" <|
result = Text.from_utf_8 kshi_utf_8
Test.assert_no_problems result
result . should_equal kshi
Test.specify "Invalid UTF-8 should raise a problem when decoding via encoding" <|
group_builder.specify "Invalid UTF-8 should raise a problem when decoding via encoding" <|
action = Text.from_bytes invalid_utf_8 Encoding.utf_8 on_problems=_
tester result = result . should_equal invalid
problems = [Encoding_Error.Error "Encoding issues at 19."]
Problems.test_problem_handling action problems tester
Test.specify "Invalid UTF-8 should raise a problem when decoding (error by default)" <|
group_builder.specify "Invalid UTF-8 should raise a problem when decoding (error by default)" <|
action = Text.from_utf_8 invalid_utf_8 on_problems=_
tester result = result . should_equal invalid
problems = [Encoding_Error.Error "Encoding issues at 19."]
@ -123,45 +123,45 @@ spec =
default_error.should_fail_with Encoding_Error
default_error.catch.message . should_equal "Encoding issues at 19."
Test.group "UTF_16 BigEndian" <|
suite_builder.group "UTF_16 BigEndian" group_builder->
kshi = '\u0915\u094D\u0937\u093F'
kshi_utf_16 = [9, 21, 9, 77, 9, 55, 9, 63]
Test.specify "should dump utf-16 bytes to a vector via encoding" <|
group_builder.specify "should dump utf-16 bytes to a vector via encoding" <|
dump = kshi.bytes Encoding.utf_16_be
Test.assert_no_problems dump
dump . should_equal kshi_utf_16
Test.specify "should convert an array of bytes to text via encoding" <|
group_builder.specify "should convert an array of bytes to text via encoding" <|
result = Text.from_bytes kshi_utf_16 Encoding.utf_16_be
Test.assert_no_problems result
result . should_equal kshi
Test.group "UTF_16 LittleEndian" <|
suite_builder.group "UTF_16 LittleEndian" group_builder->
kshi = '\u0915\u094D\u0937\u093F'
kshi_utf_16 = [21, 9, 77, 9, 55, 9, 63, 9]
Test.specify "should dump utf-16 bytes to a vector via encoding" <|
group_builder.specify "should dump utf-16 bytes to a vector via encoding" <|
dump = kshi.bytes Encoding.utf_16_le
Test.assert_no_problems dump
dump . should_equal kshi_utf_16
Test.specify "should convert an array of bytes to text via encoding" <|
group_builder.specify "should convert an array of bytes to text via encoding" <|
result = Text.from_bytes kshi_utf_16 Encoding.utf_16_le
Test.assert_no_problems result
result . should_equal kshi
Test.group "codepoints" <|
suite_builder.group "codepoints" group_builder->
facepalm = '\u{1F926}\u{1F3FC}\u200D\u2642\uFE0F'
facepalm_codes = [129318, 127996, 8205, 9794, 65039]
Test.specify "should dump utf codepoints to a vector" <|
group_builder.specify "should dump utf codepoints to a vector" <|
facepalm.codepoints.should_equal facepalm_codes
Test.specify "should convert an array of codepoints to text" <|
group_builder.specify "should convert an array of codepoints to text" <|
Text.from_codepoints facepalm_codes . should_equal facepalm
Test.group "Windows 1252" <|
suite_builder.group "Windows 1252" group_builder->
test = 'Hello World! ¢£¥'
test_windows = [72, 101, 108, 108, 111, 32, 87, 111, 114, 108, 100, 33, 32, -94, -93, -91]
@ -169,26 +169,30 @@ spec =
invalid_windows = [72, 101, 108, 108, 111, 32, 87, 111, 114, 108, 100, 33, 32, -94, -93, -91, -127]
invalid_windows_out = [72, 101, 108, 108, 111, 32, 87, 111, 114, 108, 100, 33, 32, -94, -93, -91, 63]
Test.specify "should dump Windows-1252 bytes to a vector via encoding" <|
group_builder.specify "should dump Windows-1252 bytes to a vector via encoding" <|
dump = test.bytes Encoding.windows_1252
Test.assert_no_problems dump
dump . should_equal test_windows
Test.specify "should convert an array of bytes to text" <|
group_builder.specify "should convert an array of bytes to text" <|
result = Text.from_bytes test_windows Encoding.windows_1252
Test.assert_no_problems result
result . should_equal test
Test.specify "Invalid Windows-1252 should raise a problem when decoding" <|
group_builder.specify "Invalid Windows-1252 should raise a problem when decoding" <|
action = Text.from_bytes invalid_windows Encoding.windows_1252 on_problems=_
tester result = result . should_equal invalid
problems = [Encoding_Error.Error "Encoding issues at 16."]
Problems.test_problem_handling action problems tester
Test.specify "Invalid Windows-1252 should raise a problem when encoding" <|
group_builder.specify "Invalid Windows-1252 should raise a problem when encoding" <|
action = invalid.bytes Encoding.windows_1252 on_problems=_
tester result = result . should_equal invalid_windows_out
problems = [Encoding_Error.Error "Encoding issues at 16."]
Problems.test_problem_handling action problems tester
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

30
test/Base_Tests/src/Data/Text/Parse_Spec.enso
View File

@ -2,52 +2,56 @@ from Standard.Base import all
import Standard.Base.Errors.Common.Syntax_Error
import Standard.Base.Errors.Time_Error.Time_Error
import Standard.Test.Extensions
import Standard.Base.Data.Json.Invalid_JSON
import Standard.Base.Data.Numbers.Number_Parse_Error
from Standard.Test import Test, Test_Suite
from Standard.Test_New import all
spec =
Test.group "parse" <|
Test.specify "Float" <|
add_specs suite_builder =
suite_builder.group "parse" group_builder->
group_builder.specify "Float" <|
"32.5".parse_float . should_equal <| Float.parse "32.5"
l = Locale.new "cs"
"32,5".parse_float l . should_equal <| Float.parse "32,5" l
"abc".parse_float . should_fail_with Number_Parse_Error
Test.specify "Integer" <|
group_builder.specify "Integer" <|
"12343456".parse_integer . should_equal <| Integer.parse "12343456"
"ABC123".parse_integer 16 . should_equal <| Integer.parse "ABC123" 16
"abc".parse_integer . should_fail_with Number_Parse_Error
Test.specify "Json" <|
group_builder.specify "Json" <|
"[null, null, true, false]".parse_json . should_equal <| Json.parse "[null, null, true, false]"
"[[".parse_json . should_fail_with Invalid_JSON
Test.specify "Date" <|
group_builder.specify "Date" <|
"1999-01-01".parse_date . should_equal <| Date.new 1999 1 1
"1999 1 1".parse_date "yyyy M d" . should_equal <| Date.new 1999 1 1
"1999-01-01".parse_date "yyyy M d" . should_fail_with Time_Error
"13 Jan 2023".parse_date "d MMM yyyy" . should_equal <| Date.new 2023 1 13
"13 January 2023".parse_date "d MMMM yyyy" . should_equal <| Date.new 2023 1 13
Test.specify "Date_Time" <|
group_builder.specify "Date_Time" <|
"2020-10-01T04:11:12-04:00".parse_date_time . should_equal <| Date_Time.parse "2020-10-01T04:11:12-04:00"
"2020-05-06 04:30:20".parse_date_time "yyyy-MM-dd HH:mm:ss" . should_equal <| Date_Time.parse "2020-05-06 04:30:20" "yyyy-MM-dd HH:mm:ss"
"asdf".parse_date_time . should_fail_with Time_Error
Test.specify "Time_Of_Day" <|
group_builder.specify "Time_Of_Day" <|
"15:05:30".parse_time_of_day . should_equal <| Time_Of_Day.parse "15:05:30"
"4:30AM".parse_time_of_day "h:mma" . should_equal <| Time_Of_Day.parse "4:30AM" "h:mma"
"half twelve".parse_time_of_day . should_fail_with Time_Error
Test.specify "Time_Zone" <|
group_builder.specify "Time_Zone" <|
"CET".parse_time_zone . should_equal <| Time_Zone.parse "CET"
"foo".parse_time_zone . should_fail_with Time_Error
Test.specify "URI" <|
group_builder.specify "URI" <|
"http://example.com".to_uri . should_equal <| URI.parse "http://example.com"
":::".to_uri . should_fail_with Syntax_Error
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

445
test/Base_Tests/src/Data/Text/Regex_Spec.enso
View File

@ -10,75 +10,92 @@ import Standard.Base.Errors.Illegal_Argument.Illegal_Argument
from Standard.Base.Data.Text.Regex.Internal.Replacer import get_lru_size, replacer_cache_lookup
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
spec =
Test.group "Compile" <|
Test.specify "should be able to be compiled" <|
type Data
Value ~data
pattern self = self.data.at 0
match self = self.data.at 1
input self = self.data.at 2
setup = Data.Value <|
pattern = Regex.compile "(.. .. )(?<letters>.+)()??(?<empty>)??"
input = "aa ab abc a bc bcd"
match = pattern.match input
match . should_be_a Match
[pattern, match, input]
add_specs suite_builder =
suite_builder.group "Compile" group_builder->
group_builder.specify "should be able to be compiled" <|
pattern = Regex.compile "(?<dots>..)" case_insensitive=True
pattern . should_be_a Regex
Test.specify "should throw Regex_Syntax_Error for a regex with incorrect syntax" <|
group_builder.specify "should throw Regex_Syntax_Error for a regex with incorrect syntax" <|
Regex.compile "ab(c(((((((" . should_fail_with Regex_Syntax_Error
Test.specify "should throw Regex_Syntax_Error for a regex with incorrect syntax (space in capture group name)" <|
group_builder.specify "should throw Regex_Syntax_Error for a regex with incorrect syntax (space in capture group name)" <|
Regex.compile "(?<dot s>..)" . should_fail_with Regex_Syntax_Error
Test.specify "should throw Regex_Syntax_Error for a regex with incorrect syntax (duplicate name)" <|
group_builder.specify "should throw Regex_Syntax_Error for a regex with incorrect syntax (duplicate name)" <|
Regex.compile "(?<foo>.)(?<foo>.)" . should_fail_with Regex_Syntax_Error
Test.specify "should disallow empty patterns in `compile`" <|
group_builder.specify "should disallow empty patterns in `compile`" <|
Regex.compile "" . should_fail_with Illegal_Argument
Test.specify "passing a non-string should fail with a type error" <|
group_builder.specify "passing a non-string should fail with a type error" <|
Test.expect_panic_with (Regex.compile 12) Type_Error
p = Regex.compile "[a-z]"
Test.expect_panic_with (Regex.compile p) Type_Error
Test.group "Escape" <|
Test.specify "should escape an expression for use as a literal" <|
suite_builder.group "Escape" group_builder->
group_builder.specify "should escape an expression for use as a literal" <|
Regex.escape "[a-z\d]+" . should_equal '\\[a-z\\d\\]\\+'
Test.group "Pattern.matches" <|
Test.specify "should return True when the pattern matches against the input" <|
suite_builder.group "Pattern.matches" group_builder->
group_builder.specify "should return True when the pattern matches against the input" <|
pattern = Regex.compile "(.. .. )(?<letters>.+)()??(?<empty>)??"
input = "aa ab abc a bc bcd"
pattern.matches input . should_be_true
Test.specify "should return False when the pattern doesn't match against the input" <|
group_builder.specify "should return False when the pattern doesn't match against the input" <|
pattern = Regex.compile "aaz"
input = "aa ab abc a bc bcd"
pattern.matches input . should_be_false
Test.specify "should check for full matches" <|
group_builder.specify "should check for full matches" <|
pattern = Regex.compile "f.o"
pattern.matches "foo" . should_be_true
pattern.matches "foobar" . should_be_false
Test.specify "`matches` with an empty pattern should be an error" <|
group_builder.specify "`matches` with an empty pattern should be an error" <|
pattern = Regex.compile ""
pattern.matches "ABC" . should_fail_with Illegal_Argument
Test.specify "`matches` against a non-Text should fail with Illegal_Argument" <|
group_builder.specify "`matches` against a non-Text should fail with Illegal_Argument" <|
pattern = Regex.compile "abc"
pattern.matches 1 . should_fail_with Type_Error
Test.group "Pattern.match and .match_all" <|
Test.specify "should be able to `match` the first instance of the pattern in the input" <|
suite_builder.group "Pattern.match and .match_all" group_builder->
group_builder.specify "should be able to `match` the first instance of the pattern in the input" <|
pattern = Regex.compile "(.. .. )(?<letters>.+)()??(?<empty>)??"
input = "aa ab abc a bc bcd"
match = pattern.match input
match . should_be_a Match
match.text 0 . should_equal input
Test.specify "should return `Nothing` if there are no matches in first mode" <|
group_builder.specify "should return `Nothing` if there are no matches in first mode" <|
pattern = Regex.compile "(.. .. )(?<letters>.+)()??(?<empty>)??"
input = "abc"
match = pattern.match input
match . should_equal Nothing
Test.specify "should be able to `match` the all instances of the pattern in the input" <|
group_builder.specify "should be able to `match` the all instances of the pattern in the input" <|
pattern = Regex.compile "(..)"
input = "abcdefghij"
matches = pattern.match_all input
@ -89,43 +106,44 @@ spec =
matches.at 3 . text 0 . should_equal "gh"
matches.at 4 . text 0 . should_equal "ij"
Test.specify "should return `[]` when an all match match fails" <|
group_builder.specify "should return `[]` when an all match match fails" <|
pattern = Regex.compile "(aa)"
input = "abcdefghij"
match = pattern.match_all input
match . should_equal []
Test.specify "`match` with an empty pattern should be an error" <|
group_builder.specify "`match` with an empty pattern should be an error" <|
pattern = Regex.compile ""
pattern.match "ABC" . should_fail_with Illegal_Argument
Test.specify "`match_all` with an empty pattern should be an error" <|
group_builder.specify "`match_all` with an empty pattern should be an error" <|
pattern = Regex.compile ""
pattern.match_all "ABC" . should_fail_with Illegal_Argument
Test.specify "`match` against a non-Text should fail with Illegal_Argument" <|
group_builder.specify "`match` against a non-Text should fail with Illegal_Argument" <|
pattern = Regex.compile "abc"
pattern.match 1 . should_fail_with Type_Error
Test.specify "`match_all` against a non-Text should fail with Illegal_Argument" <|
group_builder.specify "`match_all` against a non-Text should fail with Illegal_Argument" <|
pattern = Regex.compile "abc"
pattern.match_all 1 . should_fail_with Type_Error
Test.group "Pattern.find and .find_all" <|
Test.specify "should be able to `find` the first instance of the pattern in the input" <|
suite_builder.group "Pattern.find and .find_all" group_builder->
group_builder.specify "should be able to `find` the first instance of the pattern in the input" <|
pattern = Regex.compile "(..)"
input = "abcdefghij"
match = pattern.find input
match . should_be_a Text
match . should_equal "ab"
Test.specify "should return `Nothing` if there are no matches in first mode" <|
group_builder.specify "should return `Nothing` if there are no matches in first mode" <|
pattern = Regex.compile "(aa)"
input = "abcdefghij"
match = pattern.find input
match . should_equal Nothing
Test.specify "should be able to `find` the all instances of the pattern in the input" <|
group_builder.specify "should be able to `find` the all instances of the pattern in the input" <|
pattern = Regex.compile "(..)"
input = "abcdefghij"
match = pattern.find_all input
@ -136,13 +154,13 @@ spec =
match.at 3 . should_equal "gh"
match.at 4 . should_equal "ij"
Test.specify "should return `[]` when an all match match fails" <|
group_builder.specify "should return `[]` when an all match match fails" <|
pattern = Regex.compile "(aa)"
input = "abcdefghij"
match = pattern.find_all input
match . should_equal []
Test.specify "should handle matching empty matches" <|
group_builder.specify "should handle matching empty matches" <|
pattern = Regex.compile ".*"
pattern.find_all "Hello World" . should_equal ["Hello World", ""]
pattern.find_all "" . should_equal [""]
@ -151,39 +169,40 @@ spec =
pattern_2.find_all "Hello World" . should_equal ["Hello Worl", ""]
pattern_2.find_all "" . should_equal []
Test.specify "should correctly handle edge cases where one-letter matches happen at the end of the word" <|
group_builder.specify "should correctly handle edge cases where one-letter matches happen at the end of the word" <|
Regex.compile "(a+|1+)" . find_all "a1a1" . should_equal ["a", "1", "a", "1"]
Regex.compile "([a]+|[1]+)" . find_all "a1a1" . should_equal ["a", "1", "a", "1"]
Regex.compile "([0-9]+|[^0-9]+)" . find_all "a1b2" . should_equal ["a", "1", "b", "2"]
Test.specify "`find` with an empty pattern should be an error" <|
group_builder.specify "`find` with an empty pattern should be an error" <|
pattern = Regex.compile ""
pattern.find "ABC" . should_fail_with Illegal_Argument
Test.specify "`find_all` with an empty pattern should be an error" <|
group_builder.specify "`find_all` with an empty pattern should be an error" <|
pattern = Regex.compile ""
pattern.find_all "ABC" . should_fail_with Illegal_Argument
Test.group "Pattern.split" <|
Test.specify "should be able to `split` on the first instance of the pattern" <|
suite_builder.group "Pattern.split" group_builder->
group_builder.specify "should be able to `split` on the first instance of the pattern" <|
pattern = Regex.compile "cd"
input = "abcdefcdghij"
texts = pattern.split input only_first=True
texts . should_equal ["ab", "efcdghij"]
Test.specify "should return the original text if there are no matches in first mode" <|
group_builder.specify "should return the original text if there are no matches in first mode" <|
pattern = Regex.compile "aa"
input = "abcdefghij"
texts = pattern.split input only_first=True
texts . should_equal ["abcdefghij"]
Test.specify "should return the original text if there are no matches in all mode" <|
group_builder.specify "should return the original text if there are no matches in all mode" <|
pattern = Regex.compile "aa"
input = "abcdefghij"
texts = pattern.split input
texts . should_equal ["abcdefghij"]
Test.specify "should be able to `split` on the all instances of the pattern in the input" <|
group_builder.specify "should be able to `split` on the all instances of the pattern in the input" <|
pattern = Regex.compile "a"
pattern.split "bacadaeaf" . should_equal ["b", "c", "d", "e", "f"]
pattern.split "baab" . should_equal ["b", "", "b"]
@ -192,92 +211,93 @@ spec =
pattern.split "a" . should_equal ["", ""]
pattern.split "abaca" . should_equal ["", "b", "c", ""]
Test.specify "should split without normalization" <|
group_builder.specify "should split without normalization" <|
pattern = Regex.compile "s"
pattern.split 'aśsśs\u{301}śb' . should_equal ['aś', 'ś', '\u{301}śb']
Test.specify "`split` against a non-Text should fail with Illegal_Argument" <|
group_builder.specify "`split` against a non-Text should fail with Illegal_Argument" <|
pattern = Regex.compile "abc"
pattern.split 1 . should_fail_with Type_Error
Test.group "Pattern.tokenize" <|
Test.specify "can tokenize with simple regexes without capturing groups"
suite_builder.group "Pattern.tokenize" group_builder->
group_builder.specify "can tokenize with simple regexes without capturing groups"
Regex.compile "[a-z]+" . tokenize "1-800-regex-yes" . should_equal ["regex", "yes"]
Regex.compile "[a-z]+" case_insensitive=True . tokenize "1-800-REGEX-YES" . should_equal ["REGEX", "YES"]
Regex.compile "\d\d" . tokenize "12 hi345 67r890r" . should_equal ["12", "34", "67", "89"]
Test.specify "can tokenize with regexes with capturing groups"
group_builder.specify "can tokenize with regexes with capturing groups"
Regex.compile "(\d\d)\d" . tokenize "12 hi345 67r890r" . should_equal ["34", "89"]
Regex.compile "[a-z]+(\d+)" . tokenize "xy blink182 !!matchbox20 foo" . should_equal ["182", "20"]
Regex.compile "[a-z]+(\d*)" . tokenize "xy blink182 !!matchbox20 foo" . should_equal ["", "182", "20", ""]
Test.specify "ignores non-capturing groups"
group_builder.specify "ignores non-capturing groups"
Regex.compile "(?:(\d\d)\d)" . tokenize "12 hi345 67r890r" . should_equal ["34", "89"]
Regex.compile "(\d\d)(?:\d)" . tokenize "12 hi345 67r890r" . should_equal ["34", "89"]
Regex.compile "(?<foo>\d\d)(?:\d)" . tokenize "12 hi345 67r890r" . should_equal ["34", "89"]
Regex.compile "(?:[a-z]+)(\d+)" . tokenize "xy blink182 !!matchbox20 foo" . should_equal ["182", "20"]
Test.specify "ignores nested groups"
group_builder.specify "ignores nested groups"
Regex.compile "(\d(\d))\d" . tokenize "12 hi345 67r890r" . should_equal ["34", "89"]
Regex.compile "(?<foo>\d(?<bar>\d))\d" . tokenize "12 hi345 67r890r" . should_equal ["34", "89"]
Regex.compile "[a-z]+((\d)\d*)" . tokenize "xy blink182 !!matchbox20 foo" . should_equal ["182", "20"]
Regex.compile "\d(\d(\d\d)\d)\d" . tokenize "012345678901" . should_equal ["1234", "7890"]
Test.specify "non-participating groups are rendered as the empty string"
group_builder.specify "non-participating groups are rendered as the empty string"
Regex.compile "(\d).(?:(\d)|([a-z])).(\d)" . tokenize "3_4_0" . should_equal ['340']
Regex.compile "(\d).(?:(\d)|([a-z])).(\d)" . tokenize "3_q_0" . should_equal ['3q0']
Test.specify "handles unicode" <|
group_builder.specify "handles unicode" <|
Regex.compile "[áê]+" . tokenize "aááêe xêy" . should_equal ["ááê", "ê"]
# `+` only applies to the accent `\u{301}`, not to the entire grapheme.
Regex.compile 'a\u{301}+' . tokenize 'aa\u{301}a\u{301}êe xêy' . should_equal ['a\u{301}', 'a\u{301}']
Regex.compile '(?:a\u{301})+' . tokenize 'aa\u{301}a\u{301}êe xêy' . should_equal ['a\u{301}a\u{301}']
Regex.compile "x([áê]+)y" . tokenize "xáy xêy" . should_equal ["á", "ê"]
Test.specify "examples are correct" <|
group_builder.specify "examples are correct" <|
Regex.compile "..." . tokenize "ABCDEF" . should_equal ["ABC","DEF"]
Regex.compile "(.).(.)" . tokenize "ABCDEF" . should_equal ["AC","DF"]
Regex.compile "(\S+)(?:\s+|$)" . tokenize 'Hello Big\r\nWide\tWorld\nGoodbye!' . should_equal ["Hello","Big","Wide","World","Goodbye!"]
Test.group "Pattern.replace" <|
Test.specify "should be able to `replace` the first instance of the pattern in the input" <|
suite_builder.group "Pattern.replace" group_builder->
group_builder.specify "should be able to `replace` the first instance of the pattern in the input" <|
pattern = Regex.compile "abc"
input = "aa ab abc a bc abc"
match = pattern.replace input "REPLACED" only_first=True
match . should_be_a Text
match . should_equal "aa ab REPLACED a bc abc"
Test.specify "should return the string unchanged if there are no matches to replace in only_first mode" <|
group_builder.specify "should return the string unchanged if there are no matches to replace in only_first mode" <|
pattern = Regex.compile "xyz"
input = "aa ab ac ad"
match = pattern.replace input "REPLACED" only_first=True
match . should_equal input
Test.specify "should be able to replace the all instances of the pattern in the input" <|
group_builder.specify "should be able to replace the all instances of the pattern in the input" <|
pattern = Regex.compile "aa"
input = "aa ab aa ac ad aa aa ax"
match = pattern.replace input "REPLACED"
match . should_equal "REPLACED ab REPLACED ac ad REPLACED REPLACED ax"
Test.specify "should return the input when an all replace fails" <|
group_builder.specify "should return the input when an all replace fails" <|
pattern = Regex.compile "aa"
input = "abcdefghij"
match = pattern.replace input "REPLACED"
match . should_equal input
Test.specify "should be able to replace the entire input only if it matches" <|
group_builder.specify "should be able to replace the entire input only if it matches" <|
pattern = Regex.compile "(.. .. )(?<letters>.+)()??(?<empty>)??"
input = "aa ab abc a bc bcd"
match = pattern.replace input "REPLACED"
match . should_equal "REPLACED"
Test.specify "should not perform overlapping replacements in all mode" <|
group_builder.specify "should not perform overlapping replacements in all mode" <|
pattern = Regex.compile "(..)"
input = "aa ab"
match = pattern.replace input "REPLACED"
match . should_equal "REPLACEDREPLACEDb"
Test.specify "should handle capture groups in replacement" <|
group_builder.specify "should handle capture groups in replacement" <|
pattern = Regex.compile "(?<capture>[a-z]+)"
pattern.replace "foo bar, baz" "[$1]" . should_equal "[foo] [bar], [baz]"
pattern.replace "foo bar, baz" "[$1]" only_first=True . should_equal "[foo] bar, baz"
@ -290,240 +310,221 @@ spec =
pattern.replace "foo bar, baz" "[$&]" . should_equal "[foo] [bar], [baz]"
pattern.replace "foo bar, baz" "[$&]" only_first=True . should_equal "[foo] bar, baz"
Test.specify "should handle unicode in capture group names" <|
group_builder.specify "should handle unicode in capture group names" <|
pattern = Regex.compile "(?<건반>[a-z]+)"
pattern.replace "foo bar, baz" "[$<건반>]" . should_equal "[foo] [bar], [baz]"
Test.group "should correctly evaluate documentation examples" <|
Test.specify "example 1" <|
pattern = Regex.compile 'aa'
pattern.replace 'aaa' 'b' . should_equal 'ba'
Test.specify "example 2" <|
pattern = Regex.compile '[lo]'
pattern.replace 'Hello World!' '#' . should_equal 'He### W#r#d!'
suite_builder.group "should correctly evaluate documentation examples" group_builder->
group_builder.specify "example 1" <|
pattern = Regex.compile 'aa'
pattern.replace 'aaa' 'b' . should_equal 'ba'
Test.specify "example 3" <|
pattern = Regex.compile 'l'
pattern.replace 'Hello World!' '#' only_first=True . should_equal 'He#lo World!'
group_builder.specify "example 2" <|
pattern = Regex.compile '[lo]'
pattern.replace 'Hello World!' '#' . should_equal 'He### W#r#d!'
Test.specify "example 4" <|
pattern = Regex.compile '"(.*?)"'
pattern.replace '"abc" foo "bar" baz' '($1)' . should_equal '(abc) foo (bar) baz'
group_builder.specify "example 3" <|
pattern = Regex.compile 'l'
pattern.replace 'Hello World!' '#' only_first=True . should_equal 'He#lo World!'
Test.specify "example 5" <|
pattern = Regex.compile "aa"
input = "aa ab aa ac ad aa aa ax"
match = pattern.replace input "xyz"
match . should_equal "xyz ab xyz ac ad xyz xyz ax"
group_builder.specify "example 4" <|
pattern = Regex.compile '"(.*?)"'
pattern.replace '"abc" foo "bar" baz' '($1)' . should_equal '(abc) foo (bar) baz'
Test.specify "example 6" <|
pattern = Regex.compile "([a-z]+)"
pattern.replace "foo bar, baz" "[$1]" . should_equal "[foo] [bar], [baz]"
group_builder.specify "example 5" <|
pattern = Regex.compile "aa"
input = "aa ab aa ac ad aa aa ax"
match = pattern.replace input "xyz"
match . should_equal "xyz ab xyz ac ad xyz xyz ax"
Test.specify "`replace` with an empty pattern should be an error" <|
group_builder.specify "example 6" <|
pattern = Regex.compile "([a-z]+)"
pattern.replace "foo bar, baz" "[$1]" . should_equal "[foo] [bar], [baz]"
group_builder.specify "`replace` with an empty pattern should be an error" <|
pattern = Regex.compile ""
pattern.replace "ABC" . should_fail_with Illegal_Argument
Test.specify "`replace` against a non-Text should fail with Illegal_Argument" <|
group_builder.specify "`replace` against a non-Text should fail with Illegal_Argument" <|
pattern = Regex.compile "abc"
pattern.replace 1 "abc" . should_fail_with Type_Error
Test.group "Match.text" <|
pattern = Regex.compile "(.. .. )(?<letters>.+)()??(?<empty>)??"
input = "aa ab abc a bc bcd"
match = pattern.match input
match . should_be_a Match
Test.specify "should return the full match with index 0" <|
match.text 0 . should_equal "aa ab abc a bc bcd"
suite_builder.group "Match.text" group_builder->
data = Data.setup
Test.specify "should return the group contents if it matches by index" <|
match.text 1 . should_equal "aa ab "
group_builder.specify "should return the full match with index 0" <|
data.match.text 0 . should_equal "aa ab abc a bc bcd"
Test.specify "should return the group contents if it matches by name" <|
match.text "letters" . should_equal "abc a bc bcd"
group_builder.specify "should return the group contents if it matches by index" <|
data.match.text 1 . should_equal "aa ab "
Test.specify "should return Nothing if the group did not match" <|
match.text 3 . should_equal Nothing
group_builder.specify "should return the group contents if it matches by name" <|
data.match.text "letters" . should_equal "abc a bc bcd"
Test.specify "should fail with No_Such_Group_Error if the group did not exist" <|
match.text "fail" . should_fail_with No_Such_Group
match.text 5 . should_fail_with No_Such_Group
group_builder.specify "should return Nothing if the group did not match" <|
data.match.text 3 . should_equal Nothing
Test.specify "should make named groups accessible by index" <|
match.text 2 . should_equal (match.text "letters")
group_builder.specify "should fail with No_Such_Group_Error if the group did not exist" <|
data.match.text "fail" . should_fail_with No_Such_Group
data.match.text 5 . should_fail_with No_Such_Group
Test.group "Match.groups" <|
pattern = Regex.compile "(.. .. )(?<letters>.+)()??(?<empty>)??"
input = "aa ab abc a bc bcd"
match = pattern.match input
match . should_be_a Match
group_builder.specify "should make named groups accessible by index" <|
data.match.text 2 . should_equal (data.match.text "letters")
Test.specify "should return the results of all groups" <|
groups = match.groups
suite_builder.group "Match.groups" group_builder->
data = Data.setup
group_builder.specify "should return the results of all groups" <|
groups = data.match.groups
groups.length . should_equal 5
groups.should_equal ["aa ab abc a bc bcd", "aa ab ", "abc a bc bcd", Nothing, Nothing]
Test.specify "should replace unmatched groups by a user-specified value" <|
groups = match.groups "UNMATCHED"
group_builder.specify "should replace unmatched groups by a user-specified value" <|
groups = data.match.groups "UNMATCHED"
groups.length . should_equal 5
groups.should_equal ["aa ab abc a bc bcd", "aa ab ", "abc a bc bcd", "UNMATCHED", "UNMATCHED"]
Test.group "Match.named_groups" <|
pattern = Regex.compile "(.. .. )(?<letters>.+)()??(?<empty>)??"
input = "aa ab abc a bc bcd"
match = pattern.match input
match . should_be_a Match.Value
Test.specify "should provide access to info about group names" <|
pattern.named_groups.sort . should_equal ["empty", "letters"]
pattern.group_nums_to_names . should_equal <| Map.from_vector [[2, "letters"],[4, "empty"]]
suite_builder.group "Match.named_groups" group_builder->
data = Data.setup
Test.specify "should return the results of all named groups" <|
groups = match.named_groups
group_builder.specify "should provide access to info about group names" <|
data.pattern.named_groups.sort . should_equal ["empty", "letters"]
data.pattern.group_nums_to_names . should_equal <| Map.from_vector [[2, "letters"],[4, "empty"]]
group_builder.specify "should return the results of all named groups" <|
groups = data.match.named_groups
groups.keys.sort . should_equal ["empty", "letters"]
groups.size . should_equal 2
groups.at "letters" . should_equal "abc a bc bcd"
groups.at "empty" . should_equal Nothing
Test.specify "should replace unmatched groups by a user-specified value" <|
groups = match.named_groups "UNMATCHED"
group_builder.specify "should replace unmatched groups by a user-specified value" <|
groups = data.match.named_groups "UNMATCHED"
groups.size . should_equal 2
groups.at "letters" . should_equal "abc a bc bcd"
groups.at "empty" . should_equal "UNMATCHED"
Test.group "Match.start" <|
pattern = Regex.compile "(.. .. )(?<letters>.+)()??(?<empty>)??"
input = "aa ab abc a bc bcd"
match = pattern.match input
match . should_be_a Match
suite_builder.group "Match.start" group_builder->
data = Data.setup
Test.specify "should return the start of a group by index" <|
match.start 1 . should_equal 0
group_builder.specify "should return the start of a group by index" <|
data.match.start 1 . should_equal 0
Test.specify "should return the start of a group by name" <|
match.start "letters" . should_equal 6
group_builder.specify "should return the start of a group by name" <|
data.match.start "letters" . should_equal 6
Test.specify "should return Nothing if the group didn't match" <|
match.start 3 . should_equal Nothing
match.start "empty" . should_equal Nothing
group_builder.specify "should return Nothing if the group didn't match" <|
data.match.start 3 . should_equal Nothing
data.match.start "empty" . should_equal Nothing
Test.specify "should return No_Such_Group_Error if the group doesn't exist" <|
match.start 5 . should_fail_with No_Such_Group
match.start "nonexistent" . should_fail_with No_Such_Group
group_builder.specify "should return No_Such_Group_Error if the group doesn't exist" <|
data.match.start 5 . should_fail_with No_Such_Group
data.match.start "nonexistent" . should_fail_with No_Such_Group
Test.group "Match.end" <|
pattern = Regex.compile "(.. .. )(?<letters>.+)()??(?<empty>)??"
input = "aa ab abc a bc bcd"
match = pattern.match input
match . should_be_a Match
Test.specify "should return the end of a group by index" <|
match.end 1 . should_equal 6
suite_builder.group "Match.end" group_builder->
data = Data.setup
Test.specify "should return the end of a group by name" <|
match.end "letters" . should_equal 18
group_builder.specify "should return the end of a group by index" <|
data.match.end 1 . should_equal 6
Test.specify "should return Nothing if the group didn't match" <|
match.end 3 . should_equal Nothing
match.end "empty" . should_equal Nothing
group_builder.specify "should return the end of a group by name" <|
data.match.end "letters" . should_equal 18
Test.specify "should return No_Such_Group_Error if the group doesn't exist" <|
match.end 5 . should_fail_with No_Such_Group
match.end "nonexistent" . should_fail_with No_Such_Group
group_builder.specify "should return Nothing if the group didn't match" <|
data.match.end 3 . should_equal Nothing
data.match.end "empty" . should_equal Nothing
Test.group "Match.utf_16_start" <|
pattern = Regex.compile "(.. .. )(?<letters>.+)()??(?<empty>)??"
input = "aa ab abc a bc bcd"
match = pattern.match input
match . should_be_a Match
group_builder.specify "should return No_Such_Group_Error if the group doesn't exist" <|
data.match.end 5 . should_fail_with No_Such_Group
data.match.end "nonexistent" . should_fail_with No_Such_Group
Test.specify "should return the start of a group by index" <|
match.utf_16_start 1 . should_equal 0
Test.specify "should return the start of a group by name" <|
match.utf_16_start "letters" . should_equal 6
suite_builder.group "Match.utf_16_start" group_builder->
data = Data.setup
Test.specify "should return Nothing if the group didn't match" <|
match.utf_16_start 3 . should_equal Nothing
match.utf_16_start "empty" . should_equal Nothing
group_builder.specify "should return the start of a group by index" <|
data.match.utf_16_start 1 . should_equal 0
Test.specify "should return No_Such_Group_Error if the group doesn't exist" <|
match.utf_16_start 5 . should_fail_with No_Such_Group
match.utf_16_start "nonexistent" . should_fail_with No_Such_Group
group_builder.specify "should return the start of a group by name" <|
data.match.utf_16_start "letters" . should_equal 6
Test.group "Match.utf_16_end" <|
pattern = Regex.compile "(.. .. )(?<letters>.+)()??(?<empty>)??"
input = "aa ab abc a bc bcd"
match = pattern.match input
match . should_be_a Match
group_builder.specify "should return Nothing if the group didn't match" <|
data.match.utf_16_start 3 . should_equal Nothing
data.match.utf_16_start "empty" . should_equal Nothing
Test.specify "should return the end of a group by index" <|
match.utf_16_end 1 . should_equal 6
group_builder.specify "should return No_Such_Group_Error if the group doesn't exist" <|
data.match.utf_16_start 5 . should_fail_with No_Such_Group
data.match.utf_16_start "nonexistent" . should_fail_with No_Such_Group
Test.specify "should return the end of a group by name" <|
match.utf_16_end "letters" . should_equal 18
Test.specify "should return Nothing if the group didn't match" <|
match.utf_16_end 3 . should_equal Nothing
match.utf_16_end "empty" . should_equal Nothing
suite_builder.group "Match.utf_16_end" group_builder->
data = Data.setup
Test.specify "should return No_Such_Group_Error if the group doesn't exist" <|
match.utf_16_end 5 . should_fail_with No_Such_Group
match.utf_16_end "nonexistent" . should_fail_with No_Such_Group
group_builder.specify "should return the end of a group by index" <|
data.match.utf_16_end 1 . should_equal 6
Test.group "Match.span" <|
pattern = Regex.compile "(.. .. )(?<letters>.+)()??(?<empty>)??"
input = "aa ab abc a bc bcd"
match = pattern.match input
match . should_be_a Match
group_builder.specify "should return the end of a group by name" <|
data.match.utf_16_end "letters" . should_equal 18
Test.specify "should get the span of a group by index" <|
match.span 1 . should_equal (Span.Value (0.up_to 6) input)
group_builder.specify "should return Nothing if the group didn't match" <|
data.match.utf_16_end 3 . should_equal Nothing
data.match.utf_16_end "empty" . should_equal Nothing
Test.specify "should get the span of a group by name" <|
match.span "letters" . should_equal (Span.Value (6.up_to 18) input)
group_builder.specify "should return No_Such_Group_Error if the group doesn't exist" <|
data.match.utf_16_end 5 . should_fail_with No_Such_Group
data.match.utf_16_end "nonexistent" . should_fail_with No_Such_Group
Test.specify "should return Nothing if the group didn't match" <|
match.span 3 . should_equal Nothing
match.span "empty" . should_equal Nothing
Test.specify "should fail with a No_Such_Group_Error if the group doesn't exist" <|
match.span 5 . should_fail_with No_Such_Group
match.span "nonexistent" . should_fail_with No_Such_Group
suite_builder.group "Match.span" group_builder->
data = Data.setup
Test.group "Match.utf_16_span" <|
pattern = Regex.compile "(.. .. )(?<letters>.+)()??(?<empty>)??"
input = "aa ab abc a bc bcd"
match = pattern.match input
match . should_be_a Match
group_builder.specify "should get the span of a group by index" <|
data.match.span 1 . should_equal (Span.Value (0.up_to 6) data.input)
Test.specify "should get the UTF16 span of a group by index" <|
match.utf_16_span 1 . should_equal (Utf_16_Span.Value (0.up_to 6) input)
group_builder.specify "should get the span of a group by name" <|
data.match.span "letters" . should_equal (Span.Value (6.up_to 18) data.input)
Test.specify "should get the UTF16 span of a group by name" <|
match.utf_16_span "letters" . should_equal (Utf_16_Span.Value (6.up_to 18) input)
group_builder.specify "should return Nothing if the group didn't match" <|
data.match.span 3 . should_equal Nothing
data.match.span "empty" . should_equal Nothing
Test.specify "should return Nothing if the group didn't match" <|
match.utf_16_span 3 . should_equal Nothing
match.utf_16_span "empty" . should_equal Nothing
group_builder.specify "should fail with a No_Such_Group_Error if the group doesn't exist" <|
data.match.span 5 . should_fail_with No_Such_Group
data.match.span "nonexistent" . should_fail_with No_Such_Group
Test.specify "should fail with a No_Such_Group_Error if the group doesn't exist" <|
match.utf_16_span 5 . should_fail_with No_Such_Group
match.utf_16_span "nonexistent" . should_fail_with No_Such_Group
Test.group "Match.to_display_text" <|
pattern = Regex.compile "(.. .. )(?<letters>.+)()??(?<empty>)??"
input = "aa ab abc a bc bcd"
suite_builder.group "Match.utf_16_span" group_builder->
data = Data.setup
Test.specify "should not error" <|
match = pattern.match input
group_builder.specify "should get the UTF16 span of a group by index" <|
data.match.utf_16_span 1 . should_equal (Utf_16_Span.Value (0.up_to 6) data.input)
group_builder.specify "should get the UTF16 span of a group by name" <|
data.match.utf_16_span "letters" . should_equal (Utf_16_Span.Value (6.up_to 18) data.input)
group_builder.specify "should return Nothing if the group didn't match" <|
data.match.utf_16_span 3 . should_equal Nothing
data.match.utf_16_span "empty" . should_equal Nothing
group_builder.specify "should fail with a No_Such_Group_Error if the group doesn't exist" <|
data.match.utf_16_span 5 . should_fail_with No_Such_Group
data.match.utf_16_span "nonexistent" . should_fail_with No_Such_Group
suite_builder.group "Match.to_display_text" group_builder->
data = Data.setup
group_builder.specify "should not error" <|
match = data.pattern.match data.input
match . should_be_a Match
match.to_display_text . should_equal "Match {aa ab abc a bc bcd}"
Test.group "caching" <|
Test.specify "Replacer cache drops old values" <|
suite_builder.group "caching" group_builder->
group_builder.specify "Replacer cache drops old values" <|
pattern = Regex.compile('([a-c])')
# Add enough values to flush out the first values.
@ -533,4 +534,8 @@ spec =
replacer_cache_lookup "$1$1x0" . should_equal Nothing
replacer_cache_lookup "$1$1x1" . should_not_equal Nothing
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

18
test/Base_Tests/src/Data/Text/Span_Spec.enso
View File

@ -2,12 +2,12 @@ from Standard.Base import all
import Standard.Base.Data.Text.Span.Span
import Standard.Base.Data.Text.Span.Utf_16_Span
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
spec = Test.group "Text.Span" <|
Test.specify "should be able to be created over a text" <|
add_specs suite_builder = suite_builder.group "Text.Span" group_builder->
group_builder.specify "should be able to be created over a text" <|
text = "Hello!"
span = Span.Value (0.up_to 3) text
span.start . should_equal 0
@ -15,13 +15,13 @@ spec = Test.group "Text.Span" <|
span.parent . should_equal text
span.text . should_equal "Hel"
Test.specify "should be able to be converted to code units" <|
group_builder.specify "should be able to be converted to code units" <|
text = 'ae\u{301}fz'
span = Span.Value (1.up_to 3) text
span.to_utf_16_span . should_equal (Utf_16_Span.Value (1.up_to 4) text)
span.text . should_equal 'e\u{301}f'
Test.specify "should expand to the associated grapheme clusters" <|
group_builder.specify "should expand to the associated grapheme clusters" <|
text = 'a\u{301}e\u{302}o\u{303}'
span = Utf_16_Span.Value (1.up_to 5) text
extended = span.to_grapheme_span
@ -38,4 +38,8 @@ spec = Test.group "Text.Span" <|
Utf_16_Span.Value (0.up_to 3) text . to_grapheme_span . should_equal (Span.Value (0.up_to 2) text)
Utf_16_Span.Value (0.up_to 2) text . to_grapheme_span . should_equal (Span.Value (0.up_to 1) text)
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

16
test/Base_Tests/src/Data/Text/Text_Sub_Range_Spec.enso
View File

@ -1,11 +1,11 @@
from Standard.Base import all
from Standard.Base.Data.Text.Text_Sub_Range import character_ranges
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
spec = Test.group "Text_Sub_Range_Data" <|
Test.specify "should correctly split a text into grapheme cluster ranges expressed in codepoint indices" <|
add_specs suite_builder = suite_builder.group "Text_Sub_Range_Data" group_builder->
group_builder.specify "should correctly split a text into grapheme cluster ranges expressed in codepoint indices" <|
character_ranges "" . should_equal []
character_ranges "A" . should_equal [0.up_to 1]
character_ranges "abc" . should_equal [0.up_to 1, 1.up_to 2, 2.up_to 3]
@ -21,7 +21,7 @@ spec = Test.group "Text_Sub_Range_Data" <|
character_ranges accent_2 . should_equal [0.up_to 2]
character_ranges kshi+facepalm+accent_1+accent_2 . should_equal [0.up_to 4, 4.up_to 11, 11.up_to 12, 12.up_to 14]
Test.specify "should correctly split a text into grapheme cluster ranges expressed in codepoint indices" <|
group_builder.specify "should correctly split a text into grapheme cluster ranges expressed in codepoint indices" <|
character_ranges "" . should_equal []
character_ranges "A" . should_equal [0.up_to 1]
character_ranges "abc" . should_equal [0.up_to 1, 1.up_to 2, 2.up_to 3]
@ -37,4 +37,8 @@ spec = Test.group "Text_Sub_Range_Data" <|
character_ranges accent_2 . should_equal [0.up_to 2]
character_ranges kshi+facepalm+accent_1+accent_2 . should_equal [0.up_to 4, 4.up_to 11, 11.up_to 12, 12.up_to 14]
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

34
test/Base_Tests/src/Data/Text/Utils_Spec.enso
View File

@ -4,13 +4,13 @@ polyglot java import org.enso.base.Text_Utils
polyglot java import org.enso.base.text.CaseFoldedString
polyglot java import com.ibm.icu.text.BreakIterator
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
polyglot java import java.lang.Exception as JException
spec =
Test.group "Text_Utils" <|
add_specs suite_builder =
suite_builder.group "Text_Utils" group_builder->
kshi = '\u0915\u094D\u0937\u093F'
facepalm = '\u{1F926}\u{1F3FC}\u200D\u2642\uFE0F'
text = "a"+kshi+facepalm+'e\u{301}Z'
@ -18,7 +18,7 @@ spec =
codepoints_count = grapheme.char_vector.length
Vector.new codepoints_count _->ix
Test.specify "should correctly translate an codepoint index to a grapheme index" <|
group_builder.specify "should correctly translate an codepoint index to a grapheme index" <|
codepoints_to_graphemes . each_with_index codepoint_ix-> grapheme_ix->
found_grapheme_ix = Text_Utils.utf16_index_to_grapheme_index text codepoint_ix
found_grapheme_ix.should_equal grapheme_ix
@ -37,7 +37,7 @@ spec =
Text_Utils.utf16_index_to_grapheme_index 'a\u{301}' 1 . should_equal 0
Text_Utils.utf16_index_to_grapheme_index 'a\u{301}' 2 . should_equal 1
Test.specify "should correctly translate a series of codepoint indices to a grapheme indices in a batch" <|
group_builder.specify "should correctly translate a series of codepoint indices to a grapheme indices in a batch" <|
translate_indices text ixes =
Vector.from_polyglot_array <| Text_Utils.utf16_indices_to_grapheme_indices text ixes
codepoint_indices = Vector.new text.char_vector.length ix->ix
@ -48,7 +48,7 @@ spec =
translate_indices "aB" [0, 1, 2] . should_equal [0, 1, 2]
translate_indices 'a\u{301}' [0, 1, 2] . should_equal [0, 0, 1]
Test.specify "should correctly case-fold a string and translate codeunits to graphemes" <|
group_builder.specify "should correctly case-fold a string and translate codeunits to graphemes" <|
text = 'a\u{301}AZßffią'
folded = CaseFoldedString.fold text Locale.default.java_locale
folded.getFoldedString . should_equal 'a\u{301}azssffią'
@ -61,7 +61,7 @@ spec =
Test.expect_panic_with (folded.findGrapheme -1) JException
Test.expect_panic_with (folded.findGrapheme folded.getFoldedString.char_vector.length+1) JException
Test.specify "should correctly take prefix and suffix of a string" <|
group_builder.specify "should correctly take prefix and suffix of a string" <|
txt = 's\u0301ąśc\u0301'
Text_Utils.take_prefix txt 1 . should_equal 's\u0301'
Text_Utils.take_prefix txt 2 . should_equal 's\u0301ą'
@ -93,27 +93,31 @@ spec =
Text_Utils.take_suffix (kshi+kshi+'a'+kshi) 2 . should_equal 'a'+kshi
Text_Utils.take_suffix (kshi+kshi+'a'+kshi) 1 . should_equal kshi
Test.group "to_display_text" <|
Test.specify "simple conversion" <|
suite_builder.group "to_display_text" group_builder->
group_builder.specify "simple conversion" <|
"Hello".to_display_text . should_equal "Hello"
Test.specify "long text conversion" <|
group_builder.specify "long text conversion" <|
long = "Hello World! ".repeat 1024
disp = long.to_display_text
disp.length . should_equal 80
disp.characters.take (First 5) . should_equal [ 'H', 'e', 'l', 'l', 'o' ]
disp.characters.take (Last 6) . should_equal ['l', 'd', '!', ' ', ' ', '…']
Test.specify "grapheme 1 conversion" <|
group_builder.specify "grapheme 1 conversion" <|
txt = 'a\u0321\u0302'*100
txt.to_display_text . should_equal ('a\u0321\u0302'*78 + ' …')
Test.specify "grapheme 2 conversion" <|
group_builder.specify "grapheme 2 conversion" <|
txt = '\u0915\u094D\u0937\u093F'*100
txt.to_display_text . should_equal ('\u0915\u094D\u0937\u093F'*78 + ' …')
Test.specify "grapheme 3 conversion" <|
group_builder.specify "grapheme 3 conversion" <|
txt = '\u{1F926}\u{1F3FC}\u200D\u2642\uFE0F'*100
txt.to_display_text . should_equal ('\u{1F926}\u{1F3FC}\u200D\u2642\uFE0F'*78 + ' …')
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

298
test/Base_Tests/src/Data/Text_Spec.enso
View File

@ -11,8 +11,8 @@ import Standard.Base.Errors.Illegal_Argument.Illegal_Argument
from Standard.Base.Data.Text.Text_Sub_Range.Text_Sub_Range import all
from Standard.Base.Data.Index_Sub_Range.Index_Sub_Range import all
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
type Auto
Value a
@ -58,11 +58,11 @@ type Manual
from the back.
- Note that currently the regex-based operations may not handle the edge
cases described above too well.
spec =
add_specs suite_builder =
accent_1 = '\u00E9'
accent_2 = '\u0065\u{301}'
Test.group "Text" <|
suite_builder.group "Text" group_builder->
kshi = '\u0915\u094D\u0937\u093F'
facepalm = '\u{1F926}\u{1F3FC}\u200D\u2642\uFE0F'
utf_8_whitespace = 'foo\n bar baz \u202F quux'
@ -73,17 +73,17 @@ spec =
건반(Korean).
sentence_words = ['I', 'have', 'a', 'very', 'long', 'block', 'of', 'text', ',', 'here', '.', 'It', 'goes', 'on', 'and', 'on', ',', 'containing', 'things', 'like', 'decimal', 'points', '(', '1.0314e3', ')', 'and', 'other', 'language', 'scripts', 'as', 'well', '건반', '(', 'Korean', ')', '.']
Test.specify "should allow naive length computation over grapheme clusters" <|
group_builder.specify "should allow naive length computation over grapheme clusters" <|
kshi.length . should_equal 1
facepalm.length . should_equal 1
Test.specify "should be able to tell if Text is normalized" <|
group_builder.specify "should be able to tell if Text is normalized" <|
'a'.is_normalized . should_be_true
"14.95€".is_normalized . should_be_true
'é'.is_normalized . should_be_false
'e\u{301}'.is_normalized . should_be_true
Test.specify "should compare strings using utf normalization" <|
group_builder.specify "should compare strings using utf normalization" <|
"abc"=="def" . should_be_false
'a'=='b' . should_be_false
'a'=='a' . should_be_true
@ -134,13 +134,13 @@ spec =
Ordering.compare common_prefix+complex_letter_3+later_suffix common_prefix+complex_letter_1+earlier_suffix . should_equal Ordering.Greater
Ordering.compare common_prefix+complex_letter_1+later_suffix common_prefix+complex_letter_2+earlier_suffix . should_equal Ordering.Greater
Test.specify "normalizes correctly" <|
group_builder.specify "normalizes correctly" <|
'aśb'.codepoints . should_equal [97, 347, 98]
'as\u0301b'.codepoints . should_equal [97, 115, 769, 98]
'aśb'.normalize.codepoints . should_equal [97, 115, 769, 98]
'as\u0301b'.normalize.codepoints . should_equal [97, 115, 769, 98]
Test.specify "normalizes correctly using different standard Unicode normalization modes" <|
group_builder.specify "normalizes correctly using different standard Unicode normalization modes" <|
## GREEK UPSILON WITH ACUTE AND HOOK SYMBOL behaves differently with each mode.
See https://unicode.org/faq/normalization.html
s = 'ϓ'
@ -151,7 +151,7 @@ spec =
s.normalize Normalization.NFKD . codepoints . should_equal [933, 769]
s.normalize Normalization.NFKCCasefold . codepoints . should_equal [973]
Test.specify "should correctly handle case-insensitive equality" <|
group_builder.specify "should correctly handle case-insensitive equality" <|
"aBc" . equals_ignore_case "Abc" . should_be_true
"abc" . equals_ignore_case "abd" . should_be_false
"" . equals_ignore_case "" . should_be_true
@ -172,11 +172,11 @@ spec =
"Kongressstraße"=="Kongressstrasse" . should_be_false
"Kongressstraße" . equals_ignore_case "Kongressstrasse" . should_be_true
Test.specify "should split the text into grapheme clusters" <|
group_builder.specify "should split the text into grapheme clusters" <|
str = kshi + facepalm + accent_1 + accent_2
str.characters . should_equal [kshi, facepalm, accent_1, accent_2]
Test.specify "should allow access by index to a grapheme cluster" <|
group_builder.specify "should allow access by index to a grapheme cluster" <|
str = kshi + facepalm + accent_1 + accent_2
str.at 0 . should_equal kshi
str.at 1 . should_equal facepalm
@ -190,7 +190,7 @@ spec =
str.second . should_equal facepalm
str.last . should_equal accent_2
Test.specify "should allow access by negative index to a grapheme cluster" <|
group_builder.specify "should allow access by negative index to a grapheme cluster" <|
str = kshi + facepalm + accent_1 + accent_2
str.at -4 . should_equal kshi
str.at -3 . should_equal facepalm
@ -201,7 +201,7 @@ spec =
str.get -2 . should_equal accent_1
str.get -1 . should_equal accent_2
Test.specify "should return a dataflow error when accessing characters out of bounds" <|
group_builder.specify "should return a dataflow error when accessing characters out of bounds" <|
str = kshi + facepalm + accent_1 + accent_2
str.at -5 . should_fail_with Index_Out_Of_Bounds
str.at -5 . catch . should_equal (Index_Out_Of_Bounds.Error -5 4)
@ -214,14 +214,14 @@ spec =
"".second.should_fail_with Index_Out_Of_Bounds
"".last.should_fail_with Index_Out_Of_Bounds
Test.specify "should be able to split the text into words" <|
group_builder.specify "should be able to split the text into words" <|
"I have not one, but two cats.".words . should_equal ['I', 'have', 'not', 'one', ',', 'but', 'two', 'cats', '.']
"แมวมีสี่ขา".words . should_equal ['แมว', 'มี', 'สี่', 'ขา']
sentences.words . should_equal sentence_words
"I ❤️ Unicode! 🙂🙂".words . should_equal ['I', '❤️', 'Unicode', '!', '🙂', '🙂']
'"แมวมีสี่ขา" means that a cat has four legs.'.words . should_equal ['"', 'แมว', 'มี', 'สี่', 'ขา', '"', 'means', 'that', 'a', 'cat', 'has', 'four', 'legs', '.']
Test.specify "should be able to split the text into lines" <|
group_builder.specify "should be able to split the text into lines" <|
utf_8_vertical = 'foo\n bar \r\n baz \r quux'
utf_8_vertical_split = ["foo", " bar ", " baz ", " quux"]
utf_8_vertical.lines . should_equal utf_8_vertical_split
@ -247,7 +247,7 @@ spec =
multiline.lines . should_equal ['Hello', 'world']
'🚀🚧\n\u{301}a\u{301}\r건반'.lines . should_equal ['🚀🚧', '\u{301}a\u{301}', '건반']
Test.specify "should be able to split the text on arbitrary text sequence" <|
group_builder.specify "should be able to split the text on arbitrary text sequence" <|
"foo, bar, baz" . split ", " . should_equal ["foo", "bar", "baz"]
text = "Namespace::package::package::Type"
text.split "::" . should_equal ["Namespace", "package", "package", "Type"]
@ -260,7 +260,7 @@ spec =
'aśbs\u{301}c'.split 'ś' . should_equal ['a', 'b', 'c']
'abc'.split '' . should_fail_with Illegal_Argument
Test.specify "should be able to split the text on arbitrary text sequence, case-insensitively" <|
group_builder.specify "should be able to split the text on arbitrary text sequence, case-insensitively" <|
"AbCdABCDabDCba" . split "ab" case_sensitivity=Case_Sensitivity.Insensitive . should_equal ["", "Cd", "CD", "DCba"]
"abc".split "d" case_sensitivity=Case_Sensitivity.Insensitive . should_equal ["abc"]
"AAA".split "a" case_sensitivity=Case_Sensitivity.Insensitive . should_equal ["", "", "", ""]
@ -269,7 +269,7 @@ spec =
'aŚbS\u{301}c'.split 'ś' case_sensitivity=Case_Sensitivity.Insensitive . should_equal ['a', 'b', 'c']
'abc'.split '' case_sensitivity=Case_Sensitivity.Insensitive . should_fail_with Illegal_Argument
Test.specify "should be able to split the text on Regex patterns" <|
group_builder.specify "should be able to split the text on Regex patterns" <|
"cababdabe" . split "ab" use_regex=True . should_equal ["c", "", "d", "e"]
"cababdabe" . split "(ab)+" use_regex=True . should_equal ["c", "d", "e"]
"abc" . split "[a-z]" use_regex=True . should_equal ["", "", "", ""]
@ -280,63 +280,63 @@ spec =
"".split "a" use_regex=True . should_equal [""]
'abc'.split '' use_regex=True . should_fail_with Illegal_Argument
Test.specify "should be able to split the text on Regex patterns, case-insensitively" <|
group_builder.specify "should be able to split the text on Regex patterns, case-insensitively" <|
"CAbaBDaBe" . split "ab" use_regex=True case_sensitivity=Case_Sensitivity.Insensitive . should_equal ["C", "", "D", "e"]
"caBAbdAbe" . split "(ab)+" use_regex=True case_sensitivity=Case_Sensitivity.Insensitive . should_equal ["c", "d", "e"]
"ABc" . split "[a-z]" use_regex=True case_sensitivity=Case_Sensitivity.Insensitive . should_equal ["", "", "", ""]
Test.specify "regex and non-regex `split` handle accented grapheme splitting differently" <|
group_builder.specify "regex and non-regex `split` handle accented grapheme splitting differently" <|
'aśbs\u{301}c'.split 'ś' use_regex=True . should_equal ['a', 'bs\u{301}c']
'aśbs\u{301}c'.split 'ś' . should_equal ['a', 'b', 'c']
Test.specify "should be able to split the text on UTF-8 whitespace" <|
group_builder.specify "should be able to split the text on UTF-8 whitespace" <|
utf_8_whitespace.split "\s+" use_regex=True . should_equal utf_8_whitespace_split
'abc def\tghi'.split '\\s+' use_regex=True . should_equal ["abc", "def", "ghi"]
Test.specify 'should be able to split with a vector of strings' <|
group_builder.specify 'should be able to split with a vector of strings' <|
'azbzczdzezfzg'.split ['b', 'zez'] . should_equal ['az', 'zczd', 'fzg']
'a1b2c3d4e5f6g7h8'.split ['c', '5'] . should_equal ['a1b2', '3d4e', 'f6g7h8']
Test.specify 'should handle overlapping delimiters correctly' <|
group_builder.specify 'should handle overlapping delimiters correctly' <|
'blah x 123'.split [' ', ' x ' , 'x'] . should_equal ['blah', '', '', '123']
'abcdef'.split ['bc', 'cd'] . should_equal ['a', 'def']
'abcdef'.split ['cd', 'bc'] . should_equal ['a', 'def']
'abcdef'.split ['bc', 'bcd'] . should_equal ['a', 'def']
'abcdef'.split ['bcd', 'bc'] . should_equal ['a', 'ef']
Test.specify 'should be able to split with a vector of strings, case insensitively' <|
group_builder.specify 'should be able to split with a vector of strings, case insensitively' <|
'azBZczDZEZFzg'.split ['B', 'zez'] case_sensitivity=Case_Sensitivity.Insensitive . should_equal ['az', 'ZczD', 'Fzg']
'blah X 123'.split [' ', ' x ' , 'x'] case_sensitivity=Case_Sensitivity.Insensitive . should_equal ['blah', '', '', '123']
'A1B2C3D4E5F6G7H8'.split ['c', '5'] case_sensitivity=Case_Sensitivity.Insensitive . should_equal ['A1B2', '3D4E', 'F6G7H8']
Test.specify 'should be able to split with a vector of strings, using regexes' <|
group_builder.specify 'should be able to split with a vector of strings, using regexes' <|
'a1b2c3d4e5f6g7h8'.split ['[cde]', '[456]'] use_regex=True . should_equal ['a1b2', '3', '', '', '', 'f', 'g7h8']
'abcde1fghij2klmnop'.split ["\d", '[hm]'] use_regex=True . should_equal ['abcde', 'fg', 'ij', 'kl', 'nop']
Test.specify "should handle unicode normalization the same for single and multiple delimiters" <|
group_builder.specify "should handle unicode normalization the same for single and multiple delimiters" <|
'aśbs\u0301c'.split 'ś' . should_equal ['a', 'b', 'c']
'aśbs\u0301c'.split ['ś'] . should_equal ['a', 'b', 'c']
'aśbs\u0301c'.split 's\u0301' . should_equal ['a', 'b', 'c']
'aśbs\u0301c'.split ['s\u0301'] . should_equal ['a', 'b', 'c']
'aśbs\u0301cdef'.split ['ś', 'de'] . should_equal ['a', 'b', 'c', 'f']
Test.specify "should handle unicode normalization the same for single and multiple delimiters, case-insensitively" <|
group_builder.specify "should handle unicode normalization the same for single and multiple delimiters, case-insensitively" <|
'aśbS\u0301c'.split 'ś' case_sensitivity=Case_Sensitivity.Insensitive . should_equal ['a', 'b', 'c']
'aśbS\u0301c'.split ['ś'] case_sensitivity=Case_Sensitivity.Insensitive . should_equal ['a', 'b', 'c']
'aŚbS\u0301c'.split 's\u0301' case_sensitivity=Case_Sensitivity.Insensitive . should_equal ['a', 'b', 'c']
'aśbS\u0301c'.split ['s\u0301'] case_sensitivity=Case_Sensitivity.Insensitive . should_equal ['a', 'b', 'c']
'aŚbS\u0301cdef'.split ['ś', 'de'] case_sensitivity=Case_Sensitivity.Insensitive . should_equal ['a', 'b', 'c', 'f']
Test.specify "should handle splitting the same for the special case of a 1-element vector" <|
group_builder.specify "should handle splitting the same for the special case of a 1-element vector" <|
'abcdefgh'.split 'c' . should_equal ['ab', 'defgh']
'abcdefgh'.split ['c'] . should_equal ['ab', 'defgh']
'abcdefgh'.split ['c', 'q'] . should_equal ['ab', 'defgh']
Test.specify "should split on the leftmost delimiter in the case of a tie" <|
group_builder.specify "should split on the leftmost delimiter in the case of a tie" <|
'abcdefgh'.split ['c', 'cd'] . should_equal ['ab', 'defgh']
'abcdefgh'.split ['cd', 'c'] . should_equal ['ab', 'efgh']
Test.specify "should throw Illegal_Argument for a bad or empty delimiter" <|
group_builder.specify "should throw Illegal_Argument for a bad or empty delimiter" <|
'abc'.split '' . should_fail_with Illegal_Argument
'abc'.split [] . should_fail_with Illegal_Argument
'abc'.split ['a', ''] . should_fail_with Illegal_Argument
@ -347,16 +347,16 @@ spec =
'abc'.split ['a', ''] case_sensitivity=Case_Sensitivity.Insensitive . should_fail_with Illegal_Argument
'abc'.split 3 case_sensitivity=Case_Sensitivity.Insensitive . should_fail_with Illegal_Argument
Test.specify "examples should be correct" <|
group_builder.specify "examples should be correct" <|
"Namespace::package::package::Type".split "::" . should_equal ["Namespace", "package", "package", "Type"]
"abc--def==>ghi".split "[-=>]+" use_regex=True . should_equal ["abc", "def", "ghi"]
'abc def\tghi'.split '\\s+' use_regex=True . should_equal ["abc", "def", "ghi"]
Test.specify "should convert any type to text automatically and using provided methods" <|
group_builder.specify "should convert any type to text automatically and using provided methods" <|
t = Auto.Value (Manual.Value 123) . to_text
t.should_equal "(Auto.Value [[[MyREP 123]]])"
Test.specify "should escape special characters when debug-printing text" <|
group_builder.specify "should escape special characters when debug-printing text" <|
text_1 = '''
foo
bar\r\tbaz
@ -364,7 +364,7 @@ spec =
text_2 = '\n\0\t\a\b\f\r\v\e\'\\'
text_2.pretty.should_equal "'\n\0\t\a\b\f\r\v\e\'\\'"
Test.specify "should return text as is when converting to text" <|
group_builder.specify "should return text as is when converting to text" <|
text_1 = '''
foo
bar\r\tbaz
@ -372,7 +372,7 @@ spec =
text_2 = '\n\t\a\b\f\r\v\e\''
text_2.to_text.should_equal text_2
Test.specify "should allow taking or dropping every other character" <|
group_builder.specify "should allow taking or dropping every other character" <|
"ABCDE".take (Every 1) . should_equal "ABCDE"
"ABCDE".take (Every 2) . should_equal "ACE"
"ABCD".take (Every 2) . should_equal "AC"
@ -395,7 +395,7 @@ spec =
"ABCDEFGH".drop (Every 3 first=1) . should_equal "ACDFG"
"ABCDEFGHI".drop (Every 3 first=1) . should_equal "ACDFGI"
Test.specify "should allow taking or dropping a random sample of a substring" <|
group_builder.specify "should allow taking or dropping a random sample of a substring" <|
"AAAAA".take (Sample 3) . should_equal "AAA"
"AAAAA".drop (Sample 3) . should_equal "AA"
@ -423,7 +423,7 @@ spec =
"ABCD".drop (Sample 2 seed)
samples_2.should_contain_the_same_elements_as ["AB", "AC", "AD", "BC", "CD", "BD"]
Test.specify "should allow taking or dropping many indices or subranges (possibly overlapping)" <|
group_builder.specify "should allow taking or dropping many indices or subranges (possibly overlapping)" <|
"123"*1000 . take (By_Index (Vector.new 3000 ix-> 2999-ix)) . should_equal "321"*1000
"123"*1000 . take (By_Index (Vector.new 3000 _-> 0)) . should_equal "1"*3000
"123456"*1000 . take (By_Index (Vector.new 100 ix-> Range.Between 6*ix+1 6*ix+3)) . should_equal "23"*100
@ -450,7 +450,7 @@ spec =
"0123456789".drop (By_Index [4.up_to 6, 0.up_to 4, 0, 0]) . should_equal "6789"
"0123456789".drop (By_Index [2.up_to 5, 0.up_to 3, 0, 0]) . should_equal "56789"
Test.specify "should allow selecting substrings by characters" <|
group_builder.specify "should allow selecting substrings by characters" <|
txt = kshi + facepalm + accent_1 + accent_2
txt.take (First 2) . should_equal (kshi + facepalm)
txt.drop (First 2) . should_equal (accent_1 + accent_2)
@ -479,7 +479,7 @@ spec =
txt.take (By_Index [0, 0, 0.up_to 2]) . should_equal (kshi + kshi + kshi + facepalm)
txt.drop (By_Index [2.up_to 4, 0.up_to 2]) . should_equal ""
Test.specify "take should work as in the examples" <|
group_builder.specify "take should work as in the examples" <|
"Hello World!".take First . should_equal "H"
"Hello World!".take (First 5) . should_equal "Hello"
"Hello World!".take (First 100) . should_equal "Hello World!"
@ -512,7 +512,7 @@ spec =
"Hello World!".take (By_Index [0.up_to 3, 6, 6.up_to 12 . with_step 2]) . should_equal "HelWWrd"
"Hello World!".take (Sample 3 seed=42) . should_equal "l d"
Test.specify "take should report errors for start indices out of bounds but just go till the end if the end index is OOB" <|
group_builder.specify "take should report errors for start indices out of bounds but just go till the end if the end index is OOB" <|
txt = "Hello World!"
txt.take (0.up_to 14) . should_equal txt
txt.take (6.up_to 100) . should_equal "World!"
@ -543,7 +543,7 @@ spec =
txt.take (By_Index [0.up_to 2 . with_step 2, txt.length.up_to 100 . with_step 2]) . should_fail_with Index_Out_Of_Bounds
"".take (By_Index 0) . should_fail_with Index_Out_Of_Bounds
Test.specify "take should work on grapheme clusters" <|
group_builder.specify "take should work on grapheme clusters" <|
txt_1 = 'He\u0302llo\u0308 Wo\u0301rld!'
txt_2 = 'He\u0302llo\u0308 Wo\u0308rld!'
txt_1.take (Every 2) . should_equal 'Hlo\u0308Wrd'
@ -572,7 +572,7 @@ spec =
txt_2.take (3.up_to 5) . should_equal 'lo\u{308}'
txt_2.take (5.up_to 12) . should_equal ' Wo\u{308}rld!'
Test.specify "take should work on emojis" <|
group_builder.specify "take should work on emojis" <|
'✨🚀🚧😍😃😎😙😉☺'.take First . should_equal '✨'
'✨🚀🚧😍😃😎😙😉☺'.take (First 2) . should_equal '✨🚀'
'✨🚀🚧😍😃😎😙😉☺'.take . should_equal '✨'
@ -587,7 +587,7 @@ spec =
'✨🚀🚧😍😃😍😎😙😉☺'.take (While c->c!="😃") . should_equal '✨🚀🚧😍'
'✨🚀🚧😍😃😍😎😙😉☺'.take (3.up_to 6) . should_equal '😍😃😍'
Test.specify "take should correctly handle edge cases" <|
group_builder.specify "take should correctly handle edge cases" <|
"ABC".take . should_equal "A"
"".take First . should_equal ""
@ -624,7 +624,7 @@ spec =
"".take (Sample 0) . should_equal ""
"".take (Sample 100) . should_equal ""
Test.specify "drop should work as in the examples" <|
group_builder.specify "drop should work as in the examples" <|
"Hello World!".drop First . should_equal "ello World!"
"Hello World!".drop (First 5) . should_equal " World!"
"Hello World!".drop (First 100) . should_equal ""
@ -656,7 +656,7 @@ spec =
"Hello World!".drop (By_Index [0.up_to 3, 6, 6.up_to 12 . with_step 2]) . should_equal "lo ol!"
"Hello World!".drop (Sample 3 seed=42) . should_equal "HeloWorl!"
Test.specify "drop should report errors for start indices out of bounds but just go till the end if the end index is OOB" <|
group_builder.specify "drop should report errors for start indices out of bounds but just go till the end if the end index is OOB" <|
txt = "Hello World!"
txt.drop (0.up_to 14) . should_equal ""
txt.drop (First 100) . should_equal ""
@ -678,7 +678,7 @@ spec =
txt.drop (5.up_to 100 . with_step 2) . should_equal "HelloWrd"
txt.drop (By_Index [0, 1, 0, 5.up_to 100 . with_step 2]) . should_equal "lloWrd"
Test.specify "drop should work on grapheme clusters" <|
group_builder.specify "drop should work on grapheme clusters" <|
txt_1 = 'He\u0302llo\u0308 Wo\u0301rld!'
txt_2 = 'He\u0302llo\u0308 Wo\u0308rld!'
txt_1.drop (Every 2) . should_equal 'e\u0302l o\u0301l!'
@ -707,7 +707,7 @@ spec =
txt_2.drop (3.up_to 5) . should_equal 'He\u{302}l Wo\u{308}rld!'
txt_2.drop (5.up_to 12) . should_equal 'He\u{302}llo\u{308}'
Test.specify "drop should work on emojis" <|
group_builder.specify "drop should work on emojis" <|
'✨🚀🚧😍😃😎😙😉☺'.drop First . should_equal '🚀🚧😍😃😎😙😉☺'
'✨🚀🚧😍😃😎😙😉☺'.drop (First 2) . should_equal '🚧😍😃😎😙😉☺'
'✨🚀🚧😍😃😎😙😉☺'.drop . should_equal '🚀🚧😍😃😎😙😉☺'
@ -721,7 +721,7 @@ spec =
'✨🚀🚧😍😃😍😎😙😉☺'.drop (While c->c!="😃") . should_equal '😃😍😎😙😉☺'
'✨🚀🚧😍😃😍😎😙😉☺'.drop (3.up_to 6) . should_equal '✨🚀🚧😎😙😉☺'
Test.specify "drop should correctly handle edge cases" <|
group_builder.specify "drop should correctly handle edge cases" <|
"ABC".drop . should_equal "BC"
"".drop First . should_equal ""
@ -757,7 +757,7 @@ spec =
"".drop (Sample 0) . should_equal ""
"".drop (Sample 100) . should_equal ""
Test.specify "take and drop should gracefully handle missing constructor arguments" <|
group_builder.specify "take and drop should gracefully handle missing constructor arguments" <|
"".take "FOO" . should_fail_with Type_Error
"".drop "FOO" . should_fail_with Type_Error
@ -776,7 +776,7 @@ spec =
# Double-check that constructors of _unexpected_ types are still yielding a type error.
"".take (Case_Sensitivity.Insensitive ...) . should_fail_with Type_Error
Test.specify "should correctly convert character case" <|
group_builder.specify "should correctly convert character case" <|
"FooBar Baz".to_case Case.Lower . should_equal "foobar baz"
"FooBar Baz".to_case Case.Upper . should_equal "FOOBAR BAZ"
@ -806,15 +806,15 @@ spec =
"123".to_case Case.Upper . should_equal "123"
"abc123".to_case Case.Upper . should_equal "ABC123"
Test.specify "should dump characters to a vector" <|
group_builder.specify "should dump characters to a vector" <|
kshi_chars = kshi.char_vector
kshi_chars . should_equal [2325, 2381, 2359, 2367]
Test.specify "should convert a vector of characters to text" <|
group_builder.specify "should convert a vector of characters to text" <|
kshi_chars = [2325, 2381, 2359, 2367]
Text.from_char_vector kshi_chars . should_equal kshi
Test.specify "should insert text at a non-negative index position" <|
group_builder.specify "should insert text at a non-negative index position" <|
"Hello World!".insert 0 " Cruel" . should_equal " CruelHello World!"
"Hello World!".insert 5 " Cruel" . should_equal "Hello Cruel World!"
"Hello World!".insert ("Hello World!".length - 1) " Cruel" . should_equal "Hello World Cruel!"
@ -825,11 +825,11 @@ spec =
txt.insert 2 " Cruel" . should_equal (kshi + facepalm + " Cruel" + accent_1)
txt.insert 3 " Cruel" . should_equal (kshi + facepalm + accent_1 + " Cruel")
Test.specify "should report Index_Out_Of_Bounds.Error when inserting text at an invalid non-negative index position" <|
group_builder.specify "should report Index_Out_Of_Bounds.Error when inserting text at an invalid non-negative index position" <|
"Hello World!".insert ("Hello World!".length + 1) "foo" . should_fail_with Index_Out_Of_Bounds
(kshi + facepalm + accent_1).insert 4 "foo" . should_fail_with Index_Out_Of_Bounds
Test.specify "should insert text at a negative index position" <|
group_builder.specify "should insert text at a negative index position" <|
"Hello World!".insert -1 " Cruel" . should_equal "Hello World! Cruel"
"Hello World!".insert -5 " Cruel" . should_equal "Hello Wo Cruelrld!"
"Hello World!".insert -("Hello World!".length) " Cruel" . should_equal "H Cruelello World!"
@ -838,12 +838,12 @@ spec =
txt.insert -1 " Cruel" . should_equal (txt + " Cruel")
txt.insert -(txt.length) " Cruel" . should_equal (kshi + " Cruel" + facepalm + accent_1)
Test.specify "should report Index_Out_Of_Bounds.Error when inserting text at an invalid negative index position" <|
group_builder.specify "should report Index_Out_Of_Bounds.Error when inserting text at an invalid negative index position" <|
"Hello World!".insert -("Hello World!".length + 2) " Cruel" . should_fail_with Index_Out_Of_Bounds
txt = kshi + facepalm + accent_1
txt.insert -(txt.length + 2) " Cruel" . should_fail_with Index_Out_Of_Bounds
Test.specify "should be able to check by index if is a digit" <|
group_builder.specify "should be able to check by index if is a digit" <|
str = kshi + "A12" + accent_2
str.is_digit . should_be_false
str.is_digit 1 . should_be_false
@ -852,7 +852,7 @@ spec =
str.is_digit 4 . should_be_false
str.is_digit 5 . should_fail_with Index_Out_Of_Bounds
Test.specify "should be able to check by negative index if is a digit" <|
group_builder.specify "should be able to check by negative index if is a digit" <|
str = kshi + "A12" + accent_2
str.is_digit -1 . should_be_false
str.is_digit -2 . should_be_true
@ -861,7 +861,7 @@ spec =
str.is_digit -5 . should_be_false
str.is_digit -100 . should_fail_with Index_Out_Of_Bounds
Test.specify "should be able to check if a text consists only of whitespace" <|
group_builder.specify "should be able to check if a text consists only of whitespace" <|
' \t\n'.is_whitespace . should_be_true
'AB'.is_whitespace . should_be_false
' A '.is_whitespace . should_be_false
@ -870,12 +870,12 @@ spec =
# The Unicode Zero Width Space is not considered whitespace
'\u{200b}'.is_whitespace . should_be_false
Test.specify "should return a dataflow error when checking is digit for out of bounds" <|
group_builder.specify "should return a dataflow error when checking is digit for out of bounds" <|
str = kshi + "A12" + accent_2
str.at -6 . should_fail_with Index_Out_Of_Bounds
str.at 5 . should_fail_with Index_Out_Of_Bounds
Test.specify "should be able to reverse characters" <|
group_builder.specify "should be able to reverse characters" <|
"Hello World!".reverse . should_equal "!dlroW olleH"
"".reverse . should_equal ""
@ -886,7 +886,7 @@ spec =
'ほげほげ'.reverse . should_equal 'げほげほ'
'\u{10000}'.reverse . should_equal '\u{10000}'
Test.specify "should allow to iterate over characters" <|
group_builder.specify "should allow to iterate over characters" <|
str = kshi + accent_1 + accent_2 + 'abc'
builder = Vector.new_builder
str.each builder.append
@ -896,7 +896,7 @@ spec =
'a'.each builder2.append
builder2.to_vector . should_equal ['a']
Test.specify "should check for contains using Unicode normalization" <|
group_builder.specify "should check for contains using Unicode normalization" <|
"Hello".contains "ell" . should_be_true
"Hello".contains "eLl" . should_be_false
"Hello".contains "ell" Case_Sensitivity.Default . should_be_true
@ -934,7 +934,7 @@ spec =
's\u{301}' . contains 'ś' . should_be_true
'ś' . contains 's\u{301}' . should_be_true
Test.specify "should allow for case-insensitive contains checks" <|
group_builder.specify "should allow for case-insensitive contains checks" <|
"Hello!".contains 'LO' Case_Sensitivity.Insensitive . should_be_true
"FoObar" . contains "foo" Case_Sensitivity.Insensitive . should_be_true
"aaaIAAA" . contains "i" Case_Sensitivity.Insensitive . should_be_true
@ -947,7 +947,7 @@ spec =
"Straße" . contains "ss" Case_Sensitivity.Insensitive . should_be_true
"Strasse" . contains "ß" Case_Sensitivity.Insensitive . should_be_true
Test.specify "should check for starts_with using Unicode normalization" <|
group_builder.specify "should check for starts_with using Unicode normalization" <|
"Hello".starts_with "He" . should_be_true
"Hello".starts_with "he" . should_be_false
"Hello".starts_with "He" Case_Sensitivity.Default . should_be_true
@ -971,12 +971,12 @@ spec =
"Hello!".starts_with "he" . should_be_false
Test.specify "starts_with should work as shown in the examples" <|
group_builder.specify "starts_with should work as shown in the examples" <|
"Hello!".starts_with "Hello" . should_be_true
"Hello!".starts_with "hello" . should_be_false
"Hello!".starts_with "hello" Case_Sensitivity.Insensitive . should_be_true
Test.specify "should allow for case-insensitive starts_with checks" <|
group_builder.specify "should allow for case-insensitive starts_with checks" <|
"Hello".starts_with "he" Case_Sensitivity.Insensitive . should_be_true
"Ściana".starts_with 's\u{301}' Case_Sensitivity.Insensitive . should_be_true
@ -995,7 +995,7 @@ spec =
"Hello!".starts_with "he" Case_Sensitivity.Insensitive . should_be_true
Test.specify "should check for ends_with using Unicode normalization" <|
group_builder.specify "should check for ends_with using Unicode normalization" <|
"Hello".ends_with "lo" . should_be_true
"Hello".ends_with "LO" . should_be_false
"Hello".ends_with "lo" Case_Sensitivity.Default . should_be_true
@ -1015,12 +1015,12 @@ spec =
"" . ends_with "" . should_be_true
"foo foo foo" . ends_with "foo" . should_be_true
Test.specify "ends_with should work as shown in the examples" <|
group_builder.specify "ends_with should work as shown in the examples" <|
"Hello World".ends_with "World" . should_be_true
"Hello World".ends_with "world" . should_be_false
"Hello World".ends_with "world" Case_Sensitivity.Insensitive . should_be_true
Test.specify "should allow for case-insensitive ends_with checks" <|
group_builder.specify "should allow for case-insensitive ends_with checks" <|
"Hello".ends_with "LO" Case_Sensitivity.Insensitive . should_be_true
"rzeczywistość".ends_with 'C\u{301}' Case_Sensitivity.Insensitive . should_be_true
@ -1037,7 +1037,7 @@ spec =
"" . ends_with "" Case_Sensitivity.Insensitive . should_be_true
"fOo FOO fOo" . ends_with "FoO" Case_Sensitivity.Insensitive . should_be_true
Test.specify "should allow to pad a text" <|
group_builder.specify "should allow to pad a text" <|
"Hello World!".pad 15 . should_equal "Hello World! "
"HELLO".pad 9 "AB" . should_equal "HELLOABAB"
"HELLO".pad 8 "AB" . should_equal "HELLOABA"
@ -1067,7 +1067,7 @@ spec =
cluster.
'e'.pad 7 '\u{301}' . length . should_equal 1
Test.specify "should allow to trim a text" <|
group_builder.specify "should allow to trim a text" <|
" Hello! ".trim . should_equal "Hello!"
" Hello! ".trim Location.Start . should_equal "Hello! "
" Hello! ".trim Location.End . should_equal " Hello!"
@ -1105,12 +1105,12 @@ spec =
' \u{301} '.trim . should_equal ' \u{301}'
' \u{301}'.trim . should_equal ' \u{301}'
Test.specify "should allow repeating as in the examples" <|
group_builder.specify "should allow repeating as in the examples" <|
"ABBA".repeat 5 . should_equal "ABBAABBAABBAABBAABBA"
"A".repeat 5 . should_equal "AAAAA"
"Hello ".repeat 2 . should_equal "Hello Hello "
Test.specify "should allow more general repeating" <|
group_builder.specify "should allow more general repeating" <|
'He\u{302}llo\u{308}'.repeat 1 . should_equal 'He\u{302}llo\u{308}'
'He\u{302}llo\u{308}'.repeat 3 . should_equal 'He\u{302}llo\u{308}He\u{302}llo\u{308}He\u{302}llo\u{308}'
'He\u{302}llo\u{308}'.repeat 0 . should_equal ''
@ -1120,12 +1120,12 @@ spec =
'✨🚀🚧'.repeat 2 . should_equal '✨🚀🚧✨🚀🚧'
Test.specify "should allow repeating using * as in the examples" <|
group_builder.specify "should allow repeating using * as in the examples" <|
"ABBA"*5 . should_equal "ABBAABBAABBAABBAABBA"
"A"*5 . should_equal "AAAAA"
"Hello "*2 . should_equal "Hello Hello "
Test.specify "should allow more general repeating using *" <|
group_builder.specify "should allow more general repeating using *" <|
'He\u{302}llo\u{308}'*1 . should_equal 'He\u{302}llo\u{308}'
'He\u{302}llo\u{308}'*3 . should_equal 'He\u{302}llo\u{308}He\u{302}llo\u{308}He\u{302}llo\u{308}'
'He\u{302}llo\u{308}'*0 . should_equal ''
@ -1135,7 +1135,7 @@ spec =
'✨🚀🚧'*2 . should_equal '✨🚀🚧✨🚀🚧'
Test.specify "locate should work as shown in examples" <|
group_builder.specify "locate should work as shown in examples" <|
example_1 =
"Hello World!".locate "J" . should_equal Nothing
"Hello World!".locate "o" . should_equal (Span.Value (4.up_to 5) "Hello World!")
@ -1196,7 +1196,7 @@ spec =
example_6
example_7
Test.specify "should allow to locate occurrences within a text" <|
group_builder.specify "should allow to locate occurrences within a text" <|
"Hello World!".locate_all "J" . should_equal []
"Hello World!".locate_all "o" . map .start . should_equal [4, 7]
@ -1215,7 +1215,7 @@ spec =
abc.locate "" mode=Matching_Mode.Last . should_equal (Span.Value (3.up_to 3) abc)
abc.locate_all "" . should_equal [Span.Value (0.up_to 0) abc, Span.Value (1.up_to 1) abc, Span.Value (2.up_to 2) abc, Span.Value (3.up_to 3) abc]
Test.specify "should allow to get indexes of values within a text" <|
group_builder.specify "should allow to get indexes of values within a text" <|
"Hello World!".index_of "o" . should_equal 4
"Hello World!".index_of "o" start=5 . should_equal 7
"Hello World!".index_of "o" start=-5 . should_equal 7
@ -1233,7 +1233,7 @@ spec =
abc.index_of "" start=3 . should_equal 3
abc.last_index_of "" . should_equal 3
Test.specify "should allow case-insensitive matching in locate" <|
group_builder.specify "should allow case-insensitive matching in locate" <|
hello = "Hello WORLD!"
case_insensitive = Case_Sensitivity.Insensitive
hello.locate "world" . should_equal Nothing
@ -1284,7 +1284,7 @@ spec =
abc.locate "" case_sensitivity=case_insensitive mode=Matching_Mode.Last . should_equal (Span.Value (3.up_to 3) abc)
abc.locate_all "" case_sensitivity=case_insensitive . should_equal [Span.Value (0.up_to 0) abc, Span.Value (1.up_to 1) abc, Span.Value (2.up_to 2) abc, Span.Value (3.up_to 3) abc]
Test.specify "find should match regexes" <|
group_builder.specify "find should match regexes" <|
hello = "Hello World!"
hello.find ".o" Case_Sensitivity.Insensitive . text 0 . should_equal "lo"
@ -1295,18 +1295,18 @@ spec =
## Regex matching does not do case folding
"Strasse".find "ß" Case_Sensitivity.Insensitive . should_equal Nothing
Test.specify "find should produce correct spans" <|
group_builder.specify "find should produce correct spans" <|
"Hello World!".find ".o" Case_Sensitivity.Insensitive . span 0 . should_equal (Span.Value (3.up_to 5) "Hello World!")
"Hello World!".find_all ".o" . map (match-> match.span 0) . should_equal [Span.Value (3.up_to 5) "Hello World!", Span.Value (6.up_to 8) "Hello World!"]
"foobar".find "BAR" Case_Sensitivity.Insensitive . span 0 . should_equal (Span.Value (3.up_to 6) "foobar")
Test.specify "find_all should handle 0 length matches" <|
group_builder.specify "find_all should handle 0 length matches" <|
"Hello World".find_all ".*" . map (_.text) . should_equal ["Hello World", ""]
"".find_all ".*" . map (_.text) . should_equal [""]
"Hello World".find_all ".*(?=.)" . map (_.text) . should_equal ["Hello Worl", ""]
"".find_all ".*(?=.)" . map (_.text) . should_equal []
Test.specify "should handle accents and other multi-point graphemes" <|
group_builder.specify "should handle accents and other multi-point graphemes" <|
accents = 'a\u{301}e\u{301}o\u{301}he\u{301}h'
accents.find 'h' . text 0 . should_equal 'h'
@ -1324,16 +1324,16 @@ spec =
accents.find 'h' . text 0 . should_equal 'h'
accents.find 'e\u{301}' . text 0 . should_equal 'e\u{301}'
Test.specify "should correctly handle regex edge cases in `find`" <|
group_builder.specify "should correctly handle regex edge cases in `find`" <|
"".find "foo" . should_equal Nothing
"".find_all "foo" . should_equal []
Test.specify "should handle overlapping matches as shown in the examples" <|
group_builder.specify "should handle overlapping matches as shown in the examples" <|
"aaa".locate "aa" mode=Matching_Mode.Last case_sensitivity=Case_Sensitivity.Sensitive . should_equal (Span.Value (1.up_to 3) "aaa")
"aaa aaa".locate "aa" mode=Matching_Mode.Last case_sensitivity=Case_Sensitivity.Sensitive . should_equal (Span.Value (5.up_to 7) "aaa aaa")
Test.specify "should default to exact matching for locate but regex for match" <|
group_builder.specify "should default to exact matching for locate but regex for match" <|
txt = "aba[bc]adacae"
"ab".locate "ab" . should_equal (Span.Value (0.up_to 2) "ab")
"ab".locate "a[bc]" . should_equal Nothing
@ -1349,41 +1349,41 @@ spec =
txt.find "a[bc]" . text 0 . should_equal "ab"
txt.find_all "a[bc]" . map (match-> match.text 0) . should_equal ["ab", "ac"]
Test.group "Regex: find and find_all" <|
Test.specify "should be possible on text" <|
suite_builder.group "Regex: find and find_all" group_builder->
group_builder.specify "should be possible on text" <|
"My Text: Goes Here".find "^My Text: (.+)$" . text 0 . should_equal "My Text: Goes Here"
Test.specify "should be possible on unicode text" <|
group_builder.specify "should be possible on unicode text" <|
txt = "maza건반zaa"
txt.find "^a..z$" . should_equal Nothing
txt.find "^m..a..z.a$" . text 0 . should_equal "maza건반zaa"
txt.find "a..z" . text 0 . should_equal "a건반z"
Test.specify "`find` with an empty pattern should be an error" <|
group_builder.specify "`find` with an empty pattern should be an error" <|
'b'.find '' . should_fail_with Illegal_Argument
Test.specify "`find_all` with an empty pattern should be an error" <|
group_builder.specify "`find_all` with an empty pattern should be an error" <|
'b'.find_all '' . should_fail_with Illegal_Argument
Test.specify "should be possible in case-insensitive mode" <|
group_builder.specify "should be possible in case-insensitive mode" <|
"MY".find "my" Case_Sensitivity.Insensitive . text 0 . should_equal "MY"
Test.specify "should allow access to the entire match text" <|
group_builder.specify "should allow access to the entire match text" <|
"abcddd".find "ab(c(d+))" . text . should_equal "abcddd"
Test.specify "should allow access to groups via .get" <|
group_builder.specify "should allow access to groups via .get" <|
"abcddd".find "ab(c(d+))" . get 0 . should_equal "abcddd"
"abcddd".find "ab(c(d+))" . get 1 . should_equal "cddd"
"abcddd".find "ab(c(d+))" . get 2 . should_equal "ddd"
"abcddd".find "ab(c(d+))" . get 3 if_missing="MISSING" . should_equal "MISSING"
Test.specify "should allow access to groups via .at" <|
group_builder.specify "should allow access to groups via .at" <|
"abcddd".find "ab(c(d+))" . at 0 . should_equal "abcddd"
"abcddd".find "ab(c(d+))" . at 1 . should_equal "cddd"
"abcddd".find "ab(c(d+))" . at 2 . should_equal "ddd"
"abcddd".find "ab(c(d+))" . at 3 . should_fail_with Index_Out_Of_Bounds
Test.specify "should handle the Unicode normalization" pending="Use this to test exposed normalization methods" <|
group_builder.specify "should handle the Unicode normalization" pending="Use this to test exposed normalization methods" <|
## This test passed for the builtin Java regex library, using
Pattern.CANON_EQ, but since that option is buggy and rarely use,
we won't attempt to recreate it with Truffle regex. Instead,
@ -1392,42 +1392,42 @@ spec =
accents = 'a\u{301}e\u{301}o\u{301}'
accents.find accent_1 . span 0 . should_equal (Span.Value (1.up_to 2) 'a\u{301}e\u{301}o\u{301}')
Test.specify "can return a vector of all match groups" <|
group_builder.specify "can return a vector of all match groups" <|
"abc".find "ab((c)|(d))" . groups . should_equal ['abc', 'c', 'c', Nothing]
Test.specify "should default to group 0 in .span and .span" <|
group_builder.specify "should default to group 0 in .span and .span" <|
"abacadae".find "a[bc]" . utf_16_span . should_equal (Utf_16_Span.Value (0.up_to 2) "abacadae")
'a\u{301}e\u{301}o\u{301}'.find 'e\u{301}' . span . should_equal (Span.Value (1.up_to 2) 'a\u{301}e\u{301}o\u{301}')
Test.specify "should allow to match one or more occurrences of a pattern in the text" <|
group_builder.specify "should allow to match one or more occurrences of a pattern in the text" <|
"abacadae".find_all "a[bc]" . map (match-> match.span 0) . should_equal [Span.Value (0.up_to 2) "abacadae", Span.Value (2.up_to 4) "abacadae"]
"abacadae".find_all "a." . map (match-> match.span 0) . should_equal [Span.Value (0.up_to 2) "abacadae", Span.Value (2.up_to 4) "abacadae", Span.Value (4.up_to 6) "abacadae", Span.Value (6.up_to 8) "abacadae"]
"abacadae".find_all "a.*" . map (match-> match.span 0) . should_equal [Span.Value (0.up_to 8) "abacadae"]
"abacadae".find_all "a.+?" . map (match-> match.span 0) . should_equal [Span.Value (0.up_to 2) "abacadae", Span.Value (2.up_to 4) "abacadae", Span.Value (4.up_to 6) "abacadae", Span.Value (6.up_to 8) "abacadae"]
Test.specify "should allow access to match groups by number" <|
group_builder.specify "should allow access to match groups by number" <|
"abcddd".find "ab(c(d+))" . text 0 . should_equal "abcddd"
"abcddd".find "ab(c(d+))" . text 1 . should_equal "cddd"
"abcddd".find "ab(c(d+))" . text 2 . should_equal "ddd"
Test.specify "should allow access to match groups by name" <|
group_builder.specify "should allow access to match groups by name" <|
"abcddd".find "ab(?<cee>c(d+))" . text "cee" . should_equal "cddd"
Test.specify "should throw No_Such_Group for an out-of-range group number" <|
group_builder.specify "should throw No_Such_Group for an out-of-range group number" <|
"abcddd".find "ab(c(d+))" . text 3 . should_fail_with No_Such_Group
"abcddd".find "ab(c(d+))" . text 12 . should_fail_with No_Such_Group
"abcddd".find "ab(c(d+))" . text (-1) . should_fail_with No_Such_Group
Test.specify "should throw No_Such_Group for an invalid group name" <|
group_builder.specify "should throw No_Such_Group for an invalid group name" <|
"abcddd".find "ab(?<cee>c(d+))" . text "dee" . should_fail_with No_Such_Group
Test.specify "should throw No_Such_Group for an invalid group name (when there are no named groups at all)" <|
group_builder.specify "should throw No_Such_Group for an invalid group name (when there are no named groups at all)" <|
"abcddd".find "ab(c(d+))" . text "dee" . should_fail_with No_Such_Group
Test.specify "should throw Regex_Syntax_Error for a regex with incorrect syntax" <|
group_builder.specify "should throw Regex_Syntax_Error for a regex with incorrect syntax" <|
"abcddd".find "ab(c(((((((" . text 0 . should_fail_with Regex_Syntax_Error
Test.specify ".text should return Nothing if the group did not participate in the match" <|
group_builder.specify ".text should return Nothing if the group did not participate in the match" <|
match_c = "abc".find "ab((c)|(d))"
match_c.text 1 . should_equal "c"
match_c.text 2 . should_equal "c"
@ -1437,85 +1437,85 @@ spec =
match_d.text 2 . should_equal Nothing
match_d.text 3 . should_equal "d"
Test.specify "should expand a partial-grapheme match to the whole grapheme" <|
group_builder.specify "should expand a partial-grapheme match to the whole grapheme" <|
'e\u{301}'.find '\u{301}' . text 0 . should_equal 'e\u{301}'
Test.specify "should not allow non-default locale" <|
group_builder.specify "should not allow non-default locale" <|
locale = Locale.new "en" "GB" "UTF-8"
'a'.find 'a' case_sensitivity=(Case_Sensitivity.Insensitive locale) . should_fail_with Illegal_Argument
'a'.find_all 'a' case_sensitivity=(Case_Sensitivity.Insensitive locale) . should_fail_with Illegal_Argument
Test.group "Text.match" <|
Test.specify "should work correctly" <|
suite_builder.group "Text.match" group_builder->
group_builder.specify "should work correctly" <|
"My Text: Goes Here".match "^My Text: (.+)$" . should_be_true
"555-801-1923".match "^\d{3}-\d{3}-\d{4}$" . should_be_true
"Hello".match "^[a-z]+$" . should_be_false
"Hello".match "^[a-z]+$" Case_Sensitivity.Insensitive . should_be_true
Test.specify "should only match whole input" <|
group_builder.specify "should only match whole input" <|
"Hello".match "[a-z]" . should_be_false
"abcd".match "bcd" . should_be_false
"abcd".match "abc" . should_be_false
"x".match "[a-z]" . should_be_true
Test.specify "`match` with an empty pattern should be an error" <|
group_builder.specify "`match` with an empty pattern should be an error" <|
'b'.match '' . should_fail_with Illegal_Argument
Test.specify "should be possible on unicode text" <|
group_builder.specify "should be possible on unicode text" <|
"Korean: 건반".match "^Korean: (.+)$" . should_be_true
Test.specify "should be possible in case-insensitive mode" <|
group_builder.specify "should be possible in case-insensitive mode" <|
"MY".match "my" Case_Sensitivity.Insensitive . should_be_true
Test.specify "should not allow non-default locale" <|
group_builder.specify "should not allow non-default locale" <|
locale = Locale.new "en" "GB" "UTF-8"
'a'.match 'a' case_sensitivity=(Case_Sensitivity.Insensitive locale) . should_fail_with Illegal_Argument
Test.group "Regex splitting" <|
Test.specify "should be possible on text" <|
suite_builder.group "Regex splitting" group_builder->
group_builder.specify "should be possible on text" <|
splits = "abcde".split "[bd]" use_regex=True
splits.length . should_equal 3
splits.at 0 . should_equal "a"
splits.at 1 . should_equal "c"
splits.at 2 . should_equal "e"
Test.specify "should be possible on unicode text" <|
group_builder.specify "should be possible on unicode text" <|
match = "Korean: 건반 (hangul)".split " " use_regex=True
match.length . should_equal 3
match.at 0 . should_equal "Korean:"
match.at 1 . should_equal "건반"
match.at 2 . should_equal "(hangul)"
Test.specify "should be possible in case-insensitive mode" <|
group_builder.specify "should be possible in case-insensitive mode" <|
splits = "abaBa".split "b" use_regex=True case_sensitivity=Case_Sensitivity.Insensitive
splits.length . should_equal 3
splits.at 0 . should_equal "a"
splits.at 1 . should_equal "a"
splits.at 2 . should_equal "a"
Test.group "Regex tokenizing" <|
Test.specify "can tokenize with simple regexes without capturing groups"
suite_builder.group "Regex tokenizing" group_builder->
group_builder.specify "can tokenize with simple regexes without capturing groups"
"1-800-regex-yes" . tokenize "[a-z]+" . should_equal ["regex", "yes"]
"1-800-REGEX-YES" . tokenize "[a-z]+" case_sensitivity=Case_Sensitivity.Insensitive . should_equal ["REGEX", "YES"]
"12 hi345 67r890r" . tokenize "\d\d" . should_equal ["12", "34", "67", "89"]
Test.specify "examples are correct" <|
group_builder.specify "examples are correct" <|
"ABCDEF" . tokenize "..." . should_equal ["ABC","DEF"]
"ABCDEF" . tokenize "(.).(.)" . should_equal ["AC","DF"]
'Hello Big\r\nWide\tWorld\nGoodbye!' . tokenize "(\S+)(?:\s+|$)" . should_equal ["Hello","Big","Wide","World","Goodbye!"]
Test.group "Text.replace" <|
Test.specify "should work as in examples" <|
suite_builder.group "Text.replace" group_builder->
group_builder.specify "should work as in examples" <|
'aaa'.replace 'aa' 'b' . should_equal 'ba'
"Hello World!".replace "[lo]".to_regex "#" . should_equal "He### W#r#d!"
"Hello World!".replace "l" "#" only_first=True . should_equal "He#lo World!"
'"abc" foo "bar" baz'.replace '"(.*?)"'.to_regex '($1)' . should_equal '(abc) foo (bar) baz'
Test.specify "works when mapped over a vector of inputs" <|
group_builder.specify "works when mapped over a vector of inputs" <|
inputs = ["axyz", "bxyz", "xabcz", "zazaz"]
inputs.map (s-> s.replace "[abc]".to_regex "q") . should_equal ["qxyz", "qxyz", "xqqqz", "zqzqz"]
Test.specify "should correctly handle empty-string edge cases" <|
group_builder.specify "should correctly handle empty-string edge cases" <|
[True, False] . each only_first->
'aaa'.replace '' 'foo' only_first=only_first . should_equal 'aaa'
'a'.replace 'a' '' only_first=only_first . should_equal ''
@ -1525,14 +1525,14 @@ spec =
'aba' . replace 'a' '' . should_equal 'b'
'aba' . replace 'c' '' . should_equal 'aba'
Test.specify "should correctly handle first, all and last matching with overlapping occurrences" <|
group_builder.specify "should correctly handle first, all and last matching with overlapping occurrences" <|
"aaa aaa".replace "aa" "c" . should_equal "ca ca"
"aaa aaa".replace "aa" "c" only_first=True . should_equal "ca aaa"
Test.specify "Regex `replace` with an empty pattern should be an error" <|
group_builder.specify "Regex `replace` with an empty pattern should be an error" <|
'b'.replace ''.to_regex 'c' . should_fail_with Illegal_Argument
Test.specify "should correctly handle case-insensitive matches" <|
group_builder.specify "should correctly handle case-insensitive matches" <|
'AaąĄ' . replace "A" "-" case_sensitivity=Case_Sensitivity.Insensitive . should_equal '--ąĄ'
'AaąĄ' . replace "A" "-" . should_equal '-aąĄ'
'HeLlO wOrLd' . replace 'hElLo' 'Hey,' case_sensitivity=Case_Sensitivity.Sensitive . should_equal 'HeLlO wOrLd'
@ -1548,7 +1548,7 @@ spec =
"Iiİı" . replace "İ" "-" case_sensitivity=Case_Sensitivity.Insensitive . should_equal "Ii-ı"
"Iiİı" . replace "ı" "-" case_sensitivity=Case_Sensitivity.Insensitive . should_equal "Iiİ-"
Test.specify "should correctly handle Unicode" <|
group_builder.specify "should correctly handle Unicode" <|
'ß'.replace 'S' 'A' case_sensitivity=Case_Sensitivity.Insensitive . should_equal 'AA'
'ß'.replace 'ß' 'A' case_sensitivity=Case_Sensitivity.Insensitive . should_equal 'A'
'affib'.replace 'i' 'X' case_sensitivity=Case_Sensitivity.Insensitive . should_equal 'aXb'
@ -1580,15 +1580,15 @@ spec =
"Korean: 건반".replace "건반" "keyboard" . should_equal "Korean: keyboard"
Test.specify "Text.to_regex" <|
group_builder.specify "Text.to_regex" <|
"^\d{3}-\d{3}-\d{4}$".to_regex . matches "555-801-1923" . should_be_true
"aa".to_regex case_insensitive=True . matches "Aa" . should_be_true
Test.specify "regex and non-regex `replace` handle accented grapheme splitting differently" <|
group_builder.specify "regex and non-regex `replace` handle accented grapheme splitting differently" <|
'sśs\u{301}' . replace 's' 'O' . should_equal 'Ośs\u{301}'
'sśs\u{301}' . replace 's'.to_regex 'O' . should_equal 'OśO\u{301}'
Test.specify "should perform simple replacement in Regex mode" <|
group_builder.specify "should perform simple replacement in Regex mode" <|
"ababab".replace "b".to_regex "a" . should_equal "aaaaaa"
"ababab".replace "b".to_regex "a" only_first=True . should_equal "aaabab"
@ -1603,30 +1603,30 @@ spec =
"aaa aaa".replace "aa".to_regex "c" . should_equal "ca ca"
"aaa aaa".replace "aa".to_regex "c" only_first=True . should_equal "ca aaa"
Test.specify "in Regex mode should work with Unicode" <|
group_builder.specify "in Regex mode should work with Unicode" <|
"Korean: 건반".replace "건반".to_regex "keyboard" . should_equal "Korean: keyboard"
'sśs\u{301}'.replace 'ś'.to_regex '-' . should_equal 's-s\u{301}'
'sśs\u{301}'.replace 's\u{301}'.to_regex '-' . should_equal 'sś-'
Test.specify "in Regex mode should allow referring to capture groups in substitutions" <|
group_builder.specify "in Regex mode should allow referring to capture groups in substitutions" <|
'<a href="url">content</a>'.replace '<a href="(.*?)">(.*?)</a>'.to_regex '$2 is at $1' . should_equal 'content is at url'
'<a href="url">content</a>'.replace '<a href="(?<address>.*?)">(?<text>.*?)</a>'.to_regex '$<text> is at $<address>' . should_equal 'content is at url'
Test.specify "should not allow non-default locale in regex replace" <|
group_builder.specify "should not allow non-default locale in regex replace" <|
locale = Locale.new "en" "GB" "UTF-8"
'a'.replace 'a'.to_regex 'b' case_sensitivity=(Case_Sensitivity.Insensitive locale) . should_fail_with Illegal_Argument
Test.specify "should allow non-default locale in text replace" <|
group_builder.specify "should allow non-default locale in text replace" <|
locale = Locale.new "en" "GB" "UTF-8"
'a'.replace 'a' 'b' case_sensitivity=(Case_Sensitivity.Insensitive locale) . should_equal 'b'
Test.specify "should work with a regex param" <|
group_builder.specify "should work with a regex param" <|
'aaa'.replace 'aa'.to_regex 'b' . should_equal 'ba'
"Hello World!".replace "[lo]".to_regex "#" . should_equal "He### W#r#d!"
"Hello World!".replace "l".to_regex "#" only_first=True . should_equal "He#lo World!"
'"abc" foo "bar" baz'.replace '"(.*?)"'.to_regex '($1)' . should_equal '(abc) foo (bar) baz'
Test.specify "should respect the regex's case sensitivity setting, and override the regex's case sensitivity setting with an explicit case_sensitivity param" <|
group_builder.specify "should respect the regex's case sensitivity setting, and override the regex's case sensitivity setting with an explicit case_sensitivity param" <|
r_cs = "aa".to_regex
r_ci = "aa".to_regex True
@ -1647,19 +1647,23 @@ spec =
"Aaa".replace r_ci "b" case_sensitivity=Case_Sensitivity.Sensitive . should_equal "Ab"
"aaa".replace r_ci "b" case_sensitivity=Case_Sensitivity.Insensitive . should_equal "ba"
"Aaa".replace r_ci "b" case_sensitivity=Case_Sensitivity.Insensitive . should_equal "ba"
Test.group "Text.substring" <|
Test.specify "should work with all examples" <|
suite_builder.group "Text.substring" group_builder->
group_builder.specify "should work with all examples" <|
"Hello World!".substring 3 2 . should_equal "lo"
"Hello World!".substring 5 . should_equal " World!"
"Hello World!".substring 5 7 . should_equal " World!"
"Hello World!".substring -7 3 . should_equal " Wo"
Test.specify "should error on length less than 0" <|
group_builder.specify "should error on length less than 0" <|
"Hello World!".substring 5 -2 . should_fail_with Illegal_Argument
Test.specify "should error if negative start index is too large"
group_builder.specify "should error if negative start index is too large"
"Hello World!".substring -20 5 . should_fail_with Index_Out_Of_Bounds
Test.specify "should error if start index is larger than string"
group_builder.specify "should error if start index is larger than string"
"Hello World!".substring 20 5 . should_fail_with Index_Out_Of_Bounds
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

24
test/Base_Tests/src/Data/Time/Date_Part_Spec.enso
View File

@ -1,31 +1,31 @@
from Standard.Base import all
from Standard.Test import Test
import Standard.Test.Extensions
from Standard.Test_New import all
spec name create_new_date =
Test.group (name + " date part tests") <|
Test.specify "should return if a leap year" <|
add_specs suite_builder name create_new_date =
suite_builder.group (name + " date part tests") group_builder->
group_builder.specify "should return if a leap year" <|
create_new_date 2022 8 25 . is_leap_year . should_equal False
create_new_date 1999 12 31 . is_leap_year . should_equal False
create_new_date 1996 6 19 . is_leap_year . should_equal True
create_new_date 2000 1 1 . is_leap_year . should_equal True
create_new_date 1900 1 1 . is_leap_year . should_equal False
Test.specify "should return the number of days in the year" <|
group_builder.specify "should return the number of days in the year" <|
create_new_date 2022 8 25 . length_of_year . should_equal 365
create_new_date 1999 12 31 . length_of_year . should_equal 365
create_new_date 1996 6 19 . length_of_year . should_equal 366
create_new_date 2000 1 1 . length_of_year . should_equal 366
create_new_date 1900 1 1 . length_of_year . should_equal 365
Test.specify "should return the century" <|
group_builder.specify "should return the century" <|
create_new_date 2022 8 25 . century . should_equal 21
create_new_date 1999 12 31 . century . should_equal 20
create_new_date 2000 1 1 . century . should_equal 20
create_new_date 2001 1 1 . century . should_equal 21
Test.specify "should return the quarter" <|
group_builder.specify "should return the quarter" <|
create_new_date 2022 2 1 . quarter . should_equal 1
create_new_date 1987 1 1 . quarter . should_equal 1
create_new_date 1996 2 29 . quarter . should_equal 1
@ -37,7 +37,7 @@ spec name create_new_date =
create_new_date 2019 10 1 . quarter . should_equal 4
create_new_date 2019 12 31 . quarter . should_equal 4
Test.specify "should return the number of days in the year" <|
group_builder.specify "should return the number of days in the year" <|
create_new_date 1987 1 1 . length_of_month . should_equal 31
create_new_date 2022 2 1 . length_of_month . should_equal 28
create_new_date 1996 2 2 . length_of_month . should_equal 29
@ -52,7 +52,7 @@ spec name create_new_date =
create_new_date 2019 11 7 . length_of_month . should_equal 30
create_new_date 2019 12 31 . length_of_month . should_equal 31
Test.specify "should return the day_of_year" <|
group_builder.specify "should return the day_of_year" <|
create_new_date 1990 9 18 . day_of_year . should_equal 261
create_new_date 1990 10 13 . day_of_year . should_equal 286
create_new_date 1992 9 28 . day_of_year . should_equal 272
@ -66,7 +66,7 @@ spec name create_new_date =
create_new_date 2023 3 21 . day_of_year . should_equal 80
create_new_date 2024 1 13 . day_of_year . should_equal 13
Test.specify "should return the day_of_week" <|
group_builder.specify "should return the day_of_week" <|
create_new_date 1990 9 18 . day_of_week . should_equal Day_Of_Week.Tuesday
create_new_date 1990 10 13 . day_of_week . should_equal Day_Of_Week.Saturday
create_new_date 1992 9 28 . day_of_week . should_equal Day_Of_Week.Monday
@ -80,7 +80,7 @@ spec name create_new_date =
create_new_date 2023 3 21 . day_of_week . should_equal Day_Of_Week.Tuesday
create_new_date 2024 1 13 . day_of_week . should_equal Day_Of_Week.Saturday
Test.specify "should return the correct week of year" <|
group_builder.specify "should return the correct week of year" <|
create_new_date 2021 8 1 . week_of_year Locale.mexico . should_equal 32
create_new_date 2021 1 1 . week_of_year Locale.us . should_equal 1
create_new_date 2021 1 1 . week_of_year Locale.uk . should_equal 0

36
test/Base_Tests/src/Data/Time/Date_Range_Spec.enso
View File

@ -2,14 +2,18 @@ from Standard.Base import all
import Standard.Base.Errors.Common.Type_Error
import Standard.Base.Errors.Illegal_Argument.Illegal_Argument
from Standard.Test import Problems, Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
main = Test_Suite.run_main spec
spec =
Test.group "Date_Range" <|
Test.specify "should be created with up_to and down_to extension methods" <|
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter
add_specs suite_builder =
suite_builder.group "Date_Range" group_builder->
group_builder.specify "should be created with up_to and down_to extension methods" <|
(Date.new 2020 02 28).up_to (Date.new 2020 03 02) . to_vector . should_equal [Date.new 2020 02 28, Date.new 2020 02 29, Date.new 2020 03 01]
(Date.new 2020 02 28).up_to (Date.new 2020 03 02) include_end=True . to_vector . should_equal [Date.new 2020 02 28, Date.new 2020 02 29, Date.new 2020 03 01, Date.new 2020 03 02]
@ -24,18 +28,18 @@ spec =
(Date.new 2023 12 31).down_to (Date.new 2023 12 31) . with_step Date_Period.Month . to_vector . should_equal []
Test.specify ".new should infer if the range should be increasing or not" <|
group_builder.specify ".new should infer if the range should be increasing or not" <|
Date_Range.new (Date.new 2023 10 01) (Date.new 2023 10 04) . to_vector . should_equal [Date.new 2023 10 01, Date.new 2023 10 02, Date.new 2023 10 03]
Date_Range.new (Date.new 2023 10 04) (Date.new 2023 10 01) . to_vector . should_equal [Date.new 2023 10 04, Date.new 2023 10 03, Date.new 2023 10 02]
Test.specify "will be empty if the start and end are swapped with up_to or down_to" <|
group_builder.specify "will be empty if the start and end are swapped with up_to or down_to" <|
(Date.new 2023 10 01).down_to (Date.new 2023 10 04) . to_vector . should_equal []
(Date.new 2023 10 04).up_to (Date.new 2023 10 01) . to_vector . should_equal []
(Date.new 2023 10 01).down_to (Date.new 2023 10 04) . with_step Date_Period.Month . to_vector . should_equal []
(Date.new 2023 10 04).up_to (Date.new 2023 10 01) . with_step Date_Period.Month . to_vector . should_equal []
Test.specify "should allow setting a custom step" <|
group_builder.specify "should allow setting a custom step" <|
(Date.new 2020 01 10).up_to (Date.new 2020 01 31) step=(Period.new days=5) . to_vector . should_equal [Date.new 2020 01 10, Date.new 2020 01 15, Date.new 2020 01 20, Date.new 2020 01 25, Date.new 2020 01 30]
(Date.new 2020 01 10).up_to (Date.new 2020 01 31) . with_step (Period.new days=5) . to_vector . should_equal [Date.new 2020 01 10, Date.new 2020 01 15, Date.new 2020 01 20, Date.new 2020 01 25, Date.new 2020 01 30]
(Date.new 2020 01 10).up_to (Date.new 2020 01 30) . with_step (Period.new days=5) . to_vector . should_equal [Date.new 2020 01 10, Date.new 2020 01 15, Date.new 2020 01 20, Date.new 2020 01 25]
@ -52,14 +56,14 @@ spec =
(Date.new 2020).up_to (Date.new 2023) . with_step (Period.new years=1 months=2 days=3) . to_vector . should_equal [Date.new 2020 01 01, Date.new 2021 03 04, Date.new 2022 05 07]
Test.specify "should handle end of month edge cases" <|
group_builder.specify "should handle end of month edge cases" <|
(Date.new 2020 01 31).up_to (Date.new 2020 12 31) include_end=True . with_step Date_Period.Month . to_vector . should_equal [Date.new 2020 01 31, Date.new 2020 02 29, Date.new 2020 03 31, Date.new 2020 04 30, Date.new 2020 05 31, Date.new 2020 06 30, Date.new 2020 07 31, Date.new 2020 08 31, Date.new 2020 09 30, Date.new 2020 10 31, Date.new 2020 11 30, Date.new 2020 12 31]
(Date.new 2021 01 28).up_to (Date.new 2021 05 10) . with_step Date_Period.Month . to_vector . should_equal [Date.new 2021 01 28, Date.new 2021 02 28, Date.new 2021 03 28, Date.new 2021 04 28]
(Date.new 2023 01 30).up_to (Date.new 2023 06 10) . with_step Date_Period.Month . to_vector . should_equal [Date.new 2023 01 30, Date.new 2023 02 28, Date.new 2023 03 30, Date.new 2023 04 30, Date.new 2023 05 30]
(Date.new 2023 01 30).up_to (Date.new 2023 06 10) . with_step (Period.new months=2) . to_vector . should_equal [Date.new 2023 01 30, Date.new 2023 03 30, Date.new 2023 05 30]
(Date.new 2020 02 29).up_to (Date.new 2023) . with_step Date_Period.Year . to_vector . should_equal [Date.new 2020 02 29, Date.new 2021 02 28, Date.new 2022 02 28]
Test.specify "should handle edge cases" <|
group_builder.specify "should handle edge cases" <|
(Date.new 2020 02 27).up_to (Date.new 2020 03 02) include_end=True . with_step (Period.new days=2) . to_vector . should_equal [Date.new 2020 02 27, Date.new 2020 02 29, Date.new 2020 03 02]
(Date.new 2020 02 27).up_to (Date.new 2020 02 28) . with_step Date_Period.Month . to_vector . should_equal [Date.new 2020 02 27]
@ -96,7 +100,7 @@ spec =
(Date.new 2021 01 01).up_to (Date.new 2023 12 31) . with_step (Period.new years=2) . to_vector . should_equal [Date.new 2021 01 01, Date.new 2023 01 01]
(Date.new 2021 01 01).up_to (Date.new 2023 12 31) include_end=True . with_step (Period.new years=2) . to_vector . should_equal [Date.new 2021 01 01, Date.new 2023 01 01]
Test.specify "should not allow a non-positive step" <|
group_builder.specify "should not allow a non-positive step" <|
(Date.new 2010).up_to (Date.new 2050) . with_step (Period.new years=0 months=0 days=0) . should_fail_with Illegal_Argument
(Date.new 2010).up_to (Date.new 2050) . with_step (Period.new years=0 months=-1 days=0) . should_fail_with Illegal_Argument
(Date.new 2010).up_to (Date.new 2050) . with_step (Period.new years=0 months=0 days=-1) . should_fail_with Illegal_Argument
@ -112,7 +116,7 @@ spec =
(Date.new 2021 05 05).up_to (Date.new 2021 06 08) . with_step (Period.new months=1 days=(-30)) . should_fail_with Illegal_Argument
(Date.new 2021 02 28).up_to (Date.new 2021 03 31) . with_step ((Period.new years=1 months=(-11) days=(-28))) . should_fail_with Illegal_Argument
Test.specify "should allow to reverse a range, returning a vector" <|
group_builder.specify "should allow to reverse a range, returning a vector" <|
(Date.new 2020 01 02).up_to (Date.new 2020 01 02) . reverse . should_equal []
(Date.new 2020 01 02).up_to (Date.new 2020 01 02) include_end=True . reverse . should_equal [Date.new 2020 01 02]
@ -120,7 +124,7 @@ spec =
(Date.new 2020 02 29).up_to (Date.new 2023) . with_step Date_Period.Year . reverse . should_equal [Date.new 2022 02 28, Date.new 2021 02 28, Date.new 2020 02 29]
Test.specify "should be consistent with its to_vector representation" <|
group_builder.specify "should be consistent with its to_vector representation" <|
r1 = (Date.new 2020 02 28).up_to (Date.new 2020 03 02)
r2 = (Date.new 2020 02 28).up_to (Date.new 2020 03 02) include_end=True
r3 = (Date.new 2021 03 01).down_to (Date.new 2021 02 28)
@ -180,7 +184,7 @@ spec =
# Catch+to_text to fix Empty_Error equality.
r.reduce reducer . catch . to_text . should_equal (r.to_vector.reduce reducer . catch . to_text)
Test.specify "should define friendly text representations" <|
group_builder.specify "should define friendly text representations" <|
r1 = (Date.new 2020 02 28).up_to (Date.new 2020 03 02)
r2 = (Date.new 2020 03 20).down_to (Date.new 2020 03 01) include_end=True . with_step Date_Period.Week
@ -193,6 +197,6 @@ spec =
r1.to_display_text . should_equal '[2020-02-28 .. 2020-03-02]'
r2.to_display_text . should_equal '[2020-03-20 .. 2020-02-29 by -7D]'
Test.specify "should be serializable to JSON" <|
group_builder.specify "should be serializable to JSON" <|
r = (Date.new 2020 01 01).up_to (Date.new 2020 01 03)
r.to_json . should_equal '{"type":"Date_Range","start":{"type":"Date","constructor":"new","day":1,"month":1,"year":2020},"end":{"type":"Date","constructor":"new","day":3,"month":1,"year":2020},"step":{"type":"Period","constructor":"new","days":1},"increasing":true}'

111
test/Base_Tests/src/Data/Time/Date_Spec.enso
View File

@ -3,78 +3,80 @@ import Standard.Base.Errors.Common.Incomparable_Values
import Standard.Base.Errors.Common.Type_Error
import Standard.Base.Errors.Time_Error.Time_Error
from Standard.Test import Problems, Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
import project.Data.Time.Date_Part_Spec
polyglot java import java.time.LocalDate
polyglot java import java.time.format.DateTimeFormatter
spec =
spec_with "Date" Date.new Date.parse
spec_with "JavaScriptDate" js_date js_parse
add_specs suite_builder =
spec_with suite_builder "Date" Date.new Date.parse
spec_with suite_builder "JavaScriptDate" js_date js_parse
if Polyglot.is_language_installed "python" then
spec_with "PythonDate" python_date python_parse
spec_with "JavaDate" java_date java_parse
spec_with "JavaScriptArrayWithADate" js_array_date js_parse
spec_with suite_builder "PythonDate" python_date python_parse pending="https://github.com/enso-org/enso/issues/8913"
spec_with suite_builder "JavaDate" java_date java_parse
spec_with suite_builder "JavaScriptArrayWithADate" js_array_date js_parse
spec_with name create_new_date parse_date =
Test.group name <|
spec_with suite_builder name create_new_date parse_date pending=Nothing =
if pending.is_nothing then Date_Part_Spec.add_specs suite_builder name create_new_date
Test.specify "should create local date" <|
suite_builder.group name pending=pending group_builder->
group_builder.specify "should create local date" <|
date = create_new_date 2020 1 1
date . year . should_equal 2020
date . month . should_equal 1
date . day . should_equal 1
Test.specify "should handle errors when creating local date" <|
group_builder.specify "should handle errors when creating local date" <|
case create_new_date 2020 30 30 . catch of
Time_Error.Error msg _ ->
msg . should_equal "Invalid value for MonthOfYear (valid values 1 - 12): 30"
result ->
Test.fail ("Unexpected result: " + result.to_text)
Test.specify "should format local date using provided pattern" <|
group_builder.specify "should format local date using provided pattern" <|
text = create_new_date 2020 12 21 . format "yyyyMMdd"
text . should_equal "20201221"
Test.specify "should support to_display_text" <|
group_builder.specify "should support to_display_text" <|
text = create_new_date 2020 12 21 . to_display_text
text . should_equal "2020-12-21"
Test.specify "should format local date using provided pattern and locale" <|
group_builder.specify "should format local date using provided pattern and locale" <|
d = create_new_date 2020 6 21
d.format "d. MMM yyyy" . should_equal "21. Jun 2020"
d.format "d. MMMM yyyy" . should_equal "21. June 2020"
d.format (Date_Time_Formatter.from "d. MMMM yyyy" locale=(Locale.uk)) . should_equal "21. June 2020"
d.format (Date_Time_Formatter.from "d. MMMM yyyy" locale=(Locale.france)) . should_equal "21. juin 2020"
Test.specify "should format local date using default pattern" <|
group_builder.specify "should format local date using default pattern" <|
text = create_new_date 2020 12 21 . to_text
text . should_equal "2020-12-21"
Test.specify "should parse default time format" <|
group_builder.specify "should parse default time format" <|
text = create_new_date 2020 12 21 . to_text
date = parse_date text
date . year . should_equal 2020
date . month . should_equal 12
date . day . should_equal 21
Test.specify "should throw error when parsing invalid date" <|
group_builder.specify "should throw error when parsing invalid date" <|
case parse_date "birthday" . catch of
Time_Error.Error msg _ ->
msg . should_contain "Text 'birthday' could not be parsed"
result ->
Test.fail ("Unexpected result: " + result.to_text)
Test.specify "should parse local date" <|
group_builder.specify "should parse local date" <|
date = parse_date "1999-01-01"
date . year . should_equal 1999
date . month . should_equal 1
date . day . should_equal 1
Test.specify "should convert to time" <|
group_builder.specify "should convert to time" <|
time = create_new_date 2000 12 21 . to_date_time (Time_Of_Day.new 12 30 45) Time_Zone.utc
time . year . should_equal 2000
time . month . should_equal 12
@ -85,45 +87,45 @@ spec_with name create_new_date parse_date =
time . nanosecond . should_equal 0
time . zone . zone_id . should_equal Time_Zone.utc.zone_id
Test.specify "date-time conversion should work with interop values" <|
group_builder.specify "date-time conversion should work with interop values" <|
date = create_new_date 2000 12 21
time = Time_Of_Day.new 12 30 45
datetime = time.to_date_time date
datetime.date . should_equal date
datetime.time_of_day . should_equal time
Test.specify "should convert to Json" <|
group_builder.specify "should convert to Json" <|
date = create_new_date 2001 12 21
date.to_json.should_equal <|
JS_Object.from_pairs [["type", "Date"], ["constructor", "new"], ["day", date.day], ["month", date.month], ["year", date.year]] . to_text
Test.specify "should add date-based interval" <|
group_builder.specify "should add date-based interval" <|
date = create_new_date 1970 + (Period.new days=1)
date . year . should_equal 1970
date . month . should_equal 1
date . day . should_equal 2
Test.specify "should subtract date-based interval" <|
group_builder.specify "should subtract date-based interval" <|
date = create_new_date 1970 - (Period.new years=1)
date . year . should_equal 1969
date . month . should_equal 1
date . day . should_equal 1
Test.specify "should support mixed interval operators" <|
group_builder.specify "should support mixed interval operators" <|
date = create_new_date 1970 + (Period.new months=1) - (Period.new years=1)
date . year . should_equal 1969
date . month . should_equal 2
date . day . should_equal 1
Test.specify "should throw error when adding time-based Duration" <|
group_builder.specify "should throw error when adding time-based Duration" <|
Test.expect_panic_with matcher=Type_Error <|
create_new_date 1970 + (Duration.new hours=1)
Test.specify "should throw error when subtracting time-based Duration" <|
group_builder.specify "should throw error when subtracting time-based Duration" <|
Test.expect_panic_with matcher=Type_Error <|
create_new_date 1970 - (Duration.new minutes=1)
Test.specify "should support addition of Date_Period" <|
group_builder.specify "should support addition of Date_Period" <|
time = create_new_date 1970
time+Date_Period.Year . should_equal <| create_new_date 1971
time+Date_Period.Quarter . should_equal <| create_new_date 1970 4
@ -131,7 +133,7 @@ spec_with name create_new_date parse_date =
time+Date_Period.Week . should_equal <| create_new_date 1970 1 8
time+Date_Period.Day . should_equal <| create_new_date 1970 1 2
Test.specify "should support subtraction of Date_Period" <|
group_builder.specify "should support subtraction of Date_Period" <|
time = create_new_date 1970
time-Date_Period.Year . should_equal <| create_new_date 1969
time-Date_Period.Quarter . should_equal <| create_new_date 1969 10
@ -139,12 +141,12 @@ spec_with name create_new_date parse_date =
time-Date_Period.Week . should_equal <| create_new_date 1969 12 25
time-Date_Period.Day . should_equal <| create_new_date 1969 12 31
Test.specify "should support mixed addition and subtraction of Date_Period" <|
group_builder.specify "should support mixed addition and subtraction of Date_Period" <|
time = create_new_date 1970
time+Date_Period.Quarter-Date_Period.Month . should_equal <| create_new_date 1970 3 1
time-Date_Period.Month+Date_Period.Year . should_equal <| create_new_date 1970 12 1
Test.specify "should be comparable" <|
group_builder.specify "should be comparable" <|
date_1 = parse_date "2021-01-02"
date_2 = parse_date "2021-01-01"
(date_1 == date_2) . should_be_false
@ -159,12 +161,12 @@ spec_with name create_new_date parse_date =
date_1>=datetime . should_fail_with Incomparable_Values
date_1==datetime . should_be_false
Test.specify "should create date before epoch start" <|
group_builder.specify "should create date before epoch start" <|
(create_new_date 100 1 2).year . should_equal 100
(create_new_date 100 1 2).month . should_equal 1
(create_new_date 100 1 2).day . should_equal 2
Test.specify "Gregorian calendar related functionality should produce warning before epoch start" <|
group_builder.specify "Gregorian calendar related functionality should produce warning before epoch start" <|
is_time_error v = case v of
_ : Time_Error -> True
_ -> False
@ -178,7 +180,7 @@ spec_with name create_new_date parse_date =
expect_warning date.length_of_year
expect_warning date.week_of_year
Test.specify "Gregorian calendar related functionality should work after epoch start" <|
group_builder.specify "Gregorian calendar related functionality should work after epoch start" <|
expect_no_warning value =
((Warning.get_all value).length == 0) . should_be_true
dates_after_epoch = [(create_new_date 1583), (create_new_date 1582 10 16), (create_new_date 2020)]
@ -190,14 +192,14 @@ spec_with name create_new_date parse_date =
expect_no_warning date.length_of_year
expect_no_warning date.week_of_year
Test.specify "should correctly determine the type of date" <|
group_builder.specify "should correctly determine the type of date" <|
new_date = create_new_date 2020 6 1
parsed_date = parse_date "2021-01-02"
Meta.type_of new_date . should_equal_type Date
Meta.type_of parsed_date . should_equal_type Date
Test.specify "should allow to find start and end of a Date_Period containing the current date" <|
group_builder.specify "should allow to find start and end of a Date_Period containing the current date" <|
d1 = create_new_date 2022 9 12
d1.start_of Date_Period.Year . should_equal (Date.new 2022 1 1)
d1.end_of Date_Period.Year . should_equal (Date.new 2022 12 31)
@ -250,17 +252,17 @@ spec_with name create_new_date parse_date =
(create_new_date 2000 7 1).end_of Date_Period.Quarter . should_equal (Date.new 2000 9 30)
(create_new_date 2000 6 30).end_of Date_Period.Quarter . should_equal (Date.new 2000 6 30)
Test.specify "should allow to compute the next Date_Period after a date" <|
group_builder.specify "should allow to compute the next Date_Period after a date" <|
create_new_date 2000 2 1 . next Date_Period.Day . should_equal <| create_new_date 2000 2 2
create_new_date 2000 2 1 . next Date_Period.Month . should_equal <| create_new_date 2000 3 1
create_new_date 2000 2 1 . next Date_Period.Year . should_equal <| create_new_date 2001 2 1
Test.specify "should allow to compute the previous Date_Period after a date" <|
group_builder.specify "should allow to compute the previous Date_Period after a date" <|
create_new_date 2000 2 1 . previous Date_Period.Day . should_equal <| create_new_date 2000 1 31
create_new_date 2000 2 1 . previous Date_Period.Month . should_equal <| create_new_date 2000 1 1
create_new_date 2000 2 1 . previous Date_Period.Year . should_equal <| create_new_date 1999 2 1
Test.specify "should allow to compute the Period between two dates." <|
group_builder.specify "should allow to compute the Period between two dates." <|
create_new_date 2000 2 1 . until (create_new_date 2000 2 12) . should_equal <| Period.new 0 0 11
create_new_date 2000 2 1 . until (create_new_date 2000 12 12) . should_equal <| Period.new 0 10 11
create_new_date 2000 2 1 . until (create_new_date 2010 2 12) . should_equal <| Period.new 10 0 11
@ -269,7 +271,7 @@ spec_with name create_new_date parse_date =
create_new_date 2000 12 12 . until (create_new_date 2000 2 1) . should_equal <| Period.new 0 -10 -11
create_new_date 2010 2 12 . until (create_new_date 2000 2 1) . should_equal <| Period.new -10 0 -11
Test.specify "should allow to compute the number of days until a date" <|
group_builder.specify "should allow to compute the number of days until a date" <|
create_new_date 2000 2 1 . days_until (create_new_date 2000 2 1) . should_equal 0
create_new_date 2000 2 1 . days_until (create_new_date 2000 2 2) . should_equal 1
create_new_date 2000 2 2 . days_until (create_new_date 2000 2 1) . should_equal -1
@ -277,7 +279,7 @@ spec_with name create_new_date parse_date =
create_new_date 2000 3 1 . days_until (create_new_date 2001 3 1) . should_equal 365
create_new_date 2001 3 1 . days_until (create_new_date 2000 3 1) . should_equal -365
Test.specify "should allow to compute the number of days until a date including the end date" <|
group_builder.specify "should allow to compute the number of days until a date including the end date" <|
create_new_date 2000 2 1 . days_until (create_new_date 2000 2 1) include_end_date=True . should_equal 1
create_new_date 2000 2 1 . days_until (create_new_date 2000 2 2) include_end_date=True . should_equal 2
create_new_date 2000 2 2 . days_until (create_new_date 2000 2 1) include_end_date=True . should_equal -2
@ -285,7 +287,7 @@ spec_with name create_new_date parse_date =
create_new_date 2000 3 1 . days_until (create_new_date 2001 3 1) include_end_date=True . should_equal 366
create_new_date 2001 3 1 . days_until (create_new_date 2000 3 1) include_end_date=True . should_equal -366
Test.specify "should allow to compute the number of working days until a later date" <|
group_builder.specify "should allow to compute the number of working days until a later date" <|
# 2000-2-1 is a Tuesday
create_new_date 2000 2 1 . work_days_until (create_new_date 2000 2 1) . should_equal 0
create_new_date 2000 2 1 . work_days_until (create_new_date 2000 2 2) . should_equal 1
@ -336,7 +338,7 @@ spec_with name create_new_date parse_date =
# We duplicate the holiday entries to check that the functions are resilient to such input data.
duplicated_holiday_november year =
holiday_november year + holiday_november year + holiday_november year
Test.specify "should allow to compute the number of working days until a date, skipping custom set holidays" <|
group_builder.specify "should allow to compute the number of working days until a date, skipping custom set holidays" <|
holiday_february = Vector.new 29 (i -> create_new_date 2000 2 i+1)
create_new_date 2000 2 1 . work_days_until (create_new_date 2000 3 1) holiday_february . should_equal 0
create_new_date 2000 2 10 . work_days_until (create_new_date 2000 2 12) holiday_february . should_equal 0
@ -351,7 +353,7 @@ spec_with name create_new_date parse_date =
create_new_date 2000 11 1 . work_days_until (create_new_date 2000 12 1) (duplicated_holiday_november 2020) . should_equal 22
create_new_date 1999 11 1 . work_days_until (create_new_date 1999 12 1) (duplicated_holiday_november 1999) . should_equal 19
Test.specify "should allow to compute the number of working days including the end, in a manner consistent with NETWORKDAYS" <|
group_builder.specify "should allow to compute the number of working days including the end, in a manner consistent with NETWORKDAYS" <|
create_new_date 2000 2 1 . work_days_until (create_new_date 2000 2 1) include_end_date=True . should_equal 1
create_new_date 2000 2 1 . work_days_until (create_new_date 2000 2 2) include_end_date=True . should_equal 2
create_new_date 2000 2 3 . work_days_until (create_new_date 2000 2 16) include_end_date=True . should_equal 10
@ -368,7 +370,7 @@ spec_with name create_new_date parse_date =
create_new_date 2000 2 6 . work_days_until (create_new_date 2000 2 8) include_end_date=True . should_equal 2
create_new_date 2000 2 6 . work_days_until (create_new_date 2000 2 5) include_end_date=True . should_equal 0
Test.specify "should allow to shift the date by N working days" <|
group_builder.specify "should allow to shift the date by N working days" <|
# 2000-2-1 is a Tuesday
create_new_date 2000 2 1 . add_work_days 0 . should_equal (Date.new 2000 2 1)
create_new_date 2000 2 1 . add_work_days . should_equal (Date.new 2000 2 2)
@ -400,7 +402,7 @@ spec_with name create_new_date parse_date =
create_new_date 2022 3 27 . add_work_days 0 . should_equal (Date.new 2022 3 28)
create_new_date 2022 3 27 . add_work_days 1 . should_equal (Date.new 2022 3 29)
Test.specify "should allow to shift the date by negative amount of working days" <|
group_builder.specify "should allow to shift the date by negative amount of working days" <|
# 2000-2-1 is a Tuesday
create_new_date 2000 2 1 . add_work_days -1 . should_equal (Date.new 2000 1 31)
create_new_date 2000 2 1 . add_work_days -2 . should_equal (Date.new 2000 1 28)
@ -429,7 +431,7 @@ spec_with name create_new_date parse_date =
create_new_date 2000 2 6 . add_work_days -5 . should_equal (Date.new 2000 1 31)
create_new_date 2000 2 6 . add_work_days -6 . should_equal (Date.new 2000 1 28)
Test.specify "should allow to shift the date by N working days, skipping custom holidays" <|
group_builder.specify "should allow to shift the date by N working days, skipping custom holidays" <|
all_year_holiday year =
first_day = create_new_date year 1 1
Vector.new first_day.length_of_year (n -> first_day + (Period.new days=n))
@ -450,7 +452,7 @@ spec_with name create_new_date parse_date =
create_new_date 1999 10 30 . add_work_days 0 (duplicated_holiday_november 1999) . should_equal (Date.new 1999 11 3)
create_new_date 1999 10 30 . add_work_days 1 (duplicated_holiday_november 1999) . should_equal (Date.new 1999 11 4)
Test.specify "add_work_days and work_days_until should be consistent with each other" <|
group_builder.specify "add_work_days and work_days_until should be consistent with each other" <|
first_day = create_new_date 2020 1 1
dates = Vector.new 100 (n -> first_day + (Period.new days=n))
holidays = [1, 2, 10, 11, 12, 13, 14, 15, 30, 40, 41, 42, 50, 60].map (n -> first_day + (Period.new days=n))
@ -466,7 +468,7 @@ spec_with name create_new_date parse_date =
(date.add_work_days -n).work_days_until date . should_equal n
(date.add_work_days -n holidays).work_days_until date holidays . should_equal n
Test.specify "should allow extracting a date_part" <|
group_builder.specify "should allow extracting a date_part" <|
d1 = create_new_date 2023 12 30
d1.date_part Date_Period.Year . should_equal 2023
d1.date_part Date_Period.Quarter . should_equal 4
@ -476,7 +478,7 @@ spec_with name create_new_date parse_date =
Test.expect_panic_with (d1.date_part Time_Period.Day) Type_Error
Test.specify "should allow computing date_diff" <|
group_builder.specify "should allow computing date_diff" <|
d1 = create_new_date 2021 11 3
d2 = create_new_date 2021 12 5
@ -506,7 +508,7 @@ spec_with name create_new_date parse_date =
Test.expect_panic_with (d1.date_diff d2 Time_Period.Day) Type_Error
Test.expect_panic_with (d1.date_diff d2 Time_Period.Hour) Type_Error
Test.specify "should allow shifting with date_add" <|
group_builder.specify "should allow shifting with date_add" <|
d1 = create_new_date 2021 01 31
d1.date_add 5 Date_Period.Day . should_equal (Date.new 2021 02 05)
d1.date_add -1 Date_Period.Day . should_equal (Date.new 2021 01 30)
@ -523,10 +525,13 @@ spec_with name create_new_date parse_date =
Test.expect_panic_with (d1.date_add 1.5 Date_Period.Day) Type_Error
Test.expect_panic_with (d1.date_add 1.0 Date_Period.Day) Type_Error
Date_Part_Spec.spec name create_new_date
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter
parseNormally x y = (Date.parse x y) . to_text

92
test/Base_Tests/src/Data/Time/Date_Time_Formatter_Spec.enso
View File

@ -3,14 +3,14 @@ import Standard.Base.Errors.Illegal_Argument.Illegal_Argument
import Standard.Base.Errors.Time_Error.Time_Error
from Standard.Base.Data.Time.Errors import Date_Time_Format_Parse_Error, Suspicious_Date_Time_Format
from Standard.Test import Test, Test_Suite, Problems
import Standard.Test.Extensions
from Standard.Test_New import all
polyglot java import java.time.format.DateTimeFormatter
spec =
Test.group "Parsing formats" <|
Test.specify "should throw informative error for replacements of Java patterns in Simple format" <|
add_specs suite_builder =
suite_builder.group "Parsing formats" group_builder->
group_builder.specify "should throw informative error for replacements of Java patterns in Simple format" <|
r1 = Date_Time_Formatter.from "d LLL yyyy"
r1.should_fail_with Date_Time_Format_Parse_Error
r1.catch.to_display_text . should_contain "use `MMM`"
@ -27,7 +27,7 @@ spec =
r4.should_fail_with Date_Time_Format_Parse_Error
r4.catch.to_display_text . should_contain "at most 4"
Test.specify "should report format parse failures" <|
group_builder.specify "should report format parse failures" <|
Date_Time_Formatter.from "yyyy[" . should_fail_with Date_Time_Format_Parse_Error
Date_Time_Formatter.from "yyyy{12}" . should_fail_with Date_Time_Format_Parse_Error
Date_Time_Formatter.from "yy{baz}" . should_fail_with Date_Time_Format_Parse_Error
@ -37,10 +37,10 @@ spec =
Date_Time_Formatter.from "[]]" . should_fail_with Date_Time_Format_Parse_Error
Date_Time_Formatter.from "'" . should_fail_with Date_Time_Format_Parse_Error
Test.specify "should gracefully handle Java pattern errors" <|
group_builder.specify "should gracefully handle Java pattern errors" <|
Date_Time_Formatter.from_java "}}{{,.,..} INVALID PATTERN FORMAT" . should_fail_with Illegal_Argument
Test.specify "should warn about likely M/m mistakes" <|
group_builder.specify "should warn about likely M/m mistakes" <|
f1 = Date_Time_Formatter.from "yyyy-mm-dd"
w1 = Problems.expect_only_warning Suspicious_Date_Time_Format f1
w1.to_display_text . should_contain "Did you mean 'M'"
@ -69,23 +69,23 @@ spec =
w4 = Problems.expect_only_warning Suspicious_Date_Time_Format f4
w4.to_display_text . should_contain "Did you mean 'h'"
Test.group "Formatting date/time values" <|
Test.specify "should allow printing month names" <|
suite_builder.group "Formatting date/time values" group_builder->
group_builder.specify "should allow printing month names" <|
d = Date.new 2020 6 30
d.format "d. MMM yyyy" . should_equal "30. Jun 2020"
d.format "d. MMMM yyyy" . should_equal "30. June 2020"
d.format (Date_Time_Formatter.from "d. MMMM yyyy" Locale.us) . should_equal "30. June 2020"
d.format (Date_Time_Formatter.from "d. MMMM yyyy" Locale.default) . should_equal "30. June 2020"
Test.specify "should allow using a Java formatter" <|
group_builder.specify "should allow using a Java formatter" <|
jformatter = Date_Time_Formatter.from_java DateTimeFormatter.ISO_ORDINAL_DATE
Date.new 2020 2 1 . format jformatter . should_equal "2020-032"
Test.specify "should allow parsing Java patterns" <|
group_builder.specify "should allow parsing Java patterns" <|
Date.new 2020 2 1 . format (Date_Time_Formatter.from_java "E, d LLL yyyy") . should_equal "Sat, 1 Feb 2020"
Date.new 2020 3 1 . format (Date_Time_Formatter.from_java "E, d LLLL yyyy") . should_equal "Sun, 1 March 2020"
Test.specify "should handle various formats" <|
group_builder.specify "should handle various formats" <|
Date.new 2023 09 21 . format "E, dd.MM.yy" . should_equal "Thu, 21.09.23"
Date.new 2023 09 21 . format (Date_Time_Formatter.from "DDDD" Locale.poland) . should_equal "czwartek"
Date.new 2023 09 21 . format (Date_Time_Formatter.from_iso_week_date_pattern "eee, 'W'WW ''yy" Locale.uk) . should_equal "Thursday, W38 '23"
@ -94,7 +94,7 @@ spec =
tz = Time_Zone.parse "US/Hawaii"
Date_Time.new 2023 09 21 12 zone=tz . format "yyyy/MM/dd HH:mm:ss VV" . should_equal "2023/09/21 12:00:00 US/Hawaii"
Test.specify "should allow to customize the 'zero' of a zone offset" <|
group_builder.specify "should allow to customize the 'zero' of a zone offset" <|
dt = Date_Time.new 2020 01 02 12 zone=(Time_Zone.utc)
dt.format "yyyy/MM/dd HH:mm:ss ZZ" . should_equal "2020/01/02 12:00:00 +0000"
dt.format "yyyy/MM/dd HH:mm:ss ZZ{Z}" . should_equal "2020/01/02 12:00:00 Z"
@ -105,25 +105,25 @@ spec =
dt2.format "yyyy/MM/dd HH:mm:ss ZZ{Z}" . should_equal "2020/01/02 12:00:00 -1000"
dt2.format "yyyy/MM/dd HH:mm:ss ZZZZZ{<no offset>}" . should_equal "2020/01/02 12:00:00 -10:00"
Test.specify "should work with optional parts" <|
group_builder.specify "should work with optional parts" <|
f = Date_Time_Formatter.from "[('Date:' yyyy-MM-dd)][('Time:' HH:mm)]"
Date_Time.new 2020 01 02 12 30 . format f . should_equal "(Date: 2020-01-02)(Time: 12:30)"
Date.new 2020 01 02 . format f . should_equal "(Date: 2020-01-02)"
Time_Of_Day.new 12 30 . format f . should_equal "(Time: 12:30)"
Test.group "Parsing date/time values" <|
Test.specify "should allow short month names" <|
suite_builder.group "Parsing date/time values" group_builder->
group_builder.specify "should allow short month names" <|
Date.parse "30. Jun 2020" "d. MMM yyyy" . should_equal (Date.new 2020 6 30)
Test.specify "should allow long month names" <|
group_builder.specify "should allow long month names" <|
Date.parse "30. June 2020" (Date_Time_Formatter.from "d. MMMM yyyy") . should_equal (Date.new 2020 6 30)
Date.parse "30. June 2020" (Date_Time_Formatter.from "d. MMMM yyyy" Locale.uk) . should_equal (Date.new 2020 6 30)
Test.specify "should allow long month names from Java" <|
group_builder.specify "should allow long month names from Java" <|
Date.parse "30. June 2020" (Date_Time_Formatter.from_java "d. LLLL yyyy") . should_equal (Date.new 2020 6 30)
Date.parse "30. June 2020" (Date_Time_Formatter.from_java "d. LLLL yyyy" Locale.uk) . should_equal (Date.new 2020 6 30)
Test.specify "should parse default time format" <|
group_builder.specify "should parse default time format" <|
text = Date_Time.new 1970 (zone = Time_Zone.utc) . to_text
time = Date_Time.parse text
time . year . should_equal 1970
@ -135,7 +135,7 @@ spec =
time . nanosecond . should_equal 0
time . zone . zone_id . should_equal Time_Zone.utc.zone_id
Test.specify "should parse local time adding system zone" <|
group_builder.specify "should parse local time adding system zone" <|
time = Date_Time.parse "1970-01-01T00:00:01"
time . year . should_equal 1970
time . month . should_equal 1
@ -146,17 +146,17 @@ spec =
time . nanosecond . should_equal 0
(time.zone.offset time) . should_equal (Time_Zone.system.offset time)
Test.specify "should parse time Z" <|
group_builder.specify "should parse time Z" <|
time = Date_Time.parse "1582-10-15T00:00:01Z"
time . to_enso_epoch_seconds . should_equal 1
time.zone.zone_id . should_equal "Z"
Test.specify "should parse time UTC" <|
group_builder.specify "should parse time UTC" <|
time = Date_Time.parse "1582-10-15T00:00:01Z[UTC]"
time . to_enso_epoch_seconds . should_equal 1
time . zone . zone_id . should_equal "UTC"
Test.specify "should parse time with nanoseconds" <|
group_builder.specify "should parse time with nanoseconds" <|
time = Date_Time.parse "1970-01-01T00:00:01.123456789Z"
time . year . should_equal 1970
time . month . should_equal 1
@ -170,7 +170,7 @@ spec =
time . nanosecond . should_equal 789
time.zone.zone_id . should_equal "Z"
Test.specify "should parse time with offset-based zone" <|
group_builder.specify "should parse time with offset-based zone" <|
time = Date_Time.parse "1970-01-01T00:00:01+01:00"
time . year . should_equal 1970
time . month . should_equal 1
@ -183,7 +183,7 @@ spec =
time . nanosecond . should_equal 0
time.zone.zone_id . take (Last 6) . should_equal "+01:00"
Test.specify "should parse time with id-based zone" <|
group_builder.specify "should parse time with id-based zone" <|
time = Date_Time.parse "1970-01-01T00:00:01+01:00[Europe/Paris]"
time . year . should_equal 1970
time . month . should_equal 1
@ -199,14 +199,14 @@ spec =
zone.zone_id . should_equal "Europe/Paris"
time.to_display_text . should_equal "1970-01-01 00:00:01[Europe/Paris]"
Test.specify "should throw error when parsing invalid time" <|
group_builder.specify "should throw error when parsing invalid time" <|
case Date_Time.parse "2008-1-1" . catch of
Time_Error.Error msg _ ->
msg . should_contain "Text '2008-1-1' could not be parsed"
result ->
Test.fail ("Unexpected result: " + result.to_text)
Test.specify "should parse custom format of zoned time" <|
group_builder.specify "should parse custom format of zoned time" <|
time = Date_Time.parse "2020-05-06 04:30:20 UTC" "yyyy-MM-dd HH:mm:ss VV"
time . year . should_equal 2020
time . month . should_equal 5
@ -219,7 +219,7 @@ spec =
time . nanosecond . should_equal 0
(time.zone.zone_id . take (Last 3) . to_case Case.Upper) . should_equal "UTC"
Test.specify "should parse custom format of local time" <|
group_builder.specify "should parse custom format of local time" <|
time = Date_Time.parse "06 of May 2020 at 04:30AM" "dd 'of' MMMM yyyy 'at' hh:mma"
time . year . should_equal 2020
time . month . should_equal 5
@ -231,7 +231,7 @@ spec =
time . microsecond . should_equal 0
time . nanosecond . should_equal 0
Test.specify "should throw error when parsing custom format" <|
group_builder.specify "should throw error when parsing custom format" <|
time = Date_Time.parse "2008-01-01" "yyyy-MM-dd'T'HH:mm:ss'['tt']'"
case time.catch of
Time_Error.Error msg _ ->
@ -239,29 +239,29 @@ spec =
result ->
Test.fail ("Unexpected result: " + result.to_text)
Test.specify "should be able to parse YYYY as well as yyyy" <|
group_builder.specify "should be able to parse YYYY as well as yyyy" <|
Date.parse "2020-01-02" "YYYY-MM-dd" . should_equal (Date.new 2020 1 2)
Date.parse "2020-01-02" "yyyy-MM-dd" . should_equal (Date.new 2020 1 2)
Test.specify "should be able to parse year-month without day" <|
group_builder.specify "should be able to parse year-month without day" <|
Date.parse "2022-05" "yyyy-MM" . should_equal (Date.new 2022 5 1)
Test.specify "should be able to parse a quarter without day" <|
group_builder.specify "should be able to parse a quarter without day" <|
Date.parse "Q2 of 2022" "'Q'Q 'of' yyyy" . should_equal (Date.new 2022 4 1)
Test.specify "should be able to parse 2-digit year" <|
group_builder.specify "should be able to parse 2-digit year" <|
Date.parse "22-05-06" "yy-MM-dd" . should_equal (Date.new 2022 5 6)
Date.parse "99-01-02" "yy-MM-dd" . should_equal (Date.new 1999 1 2)
Date.parse "49-03-04" "yy-MM-dd" . should_equal (Date.new 2049 3 4)
Date.parse "50-03-04" "yy-MM-dd" . should_equal (Date.new 1950 3 4)
Test.specify "should be able to parse 2-digit year with custom base-year" <|
group_builder.specify "should be able to parse 2-digit year with custom base-year" <|
Date.parse "22-05-06" "yy{1999}-MM-dd" . should_equal (Date.new 1922 5 6)
Date.parse "99-01-02" "yy{1949}-MM-dd" . should_equal (Date.new 1899 1 2)
Date.parse "49-03-04" "yy{3099}-MM-dd" . should_equal (Date.new 3049 3 4)
Date.parse "50-03-04" "yy{2099}-MM-dd" . should_equal (Date.new 2050 3 4)
Test.specify "should work like in examples" <|
group_builder.specify "should work like in examples" <|
Date.parse "Tue, 12 Oct 2021" "ddd, d MMM yyyy" . should_equal (Date.new 2021 10 12)
Date.parse "Thursday, 1 October '98" (Date_Time_Formatter.from "dddd, d MMMM ''yy" Locale.uk) . should_equal (Date.new 1998 10 01)
Date_Time.parse "12/10/2021 5:34 PM" "d/M/Y h:mm a" . should_equal (Date_Time.new 2021 10 12 17 34 00)
@ -270,7 +270,7 @@ spec =
Date.parse "1 Nov '95" "d MMM ''yy{2099}" . should_equal (Date.new 2095 11 01)
Date_Time.parse "2021-10-12T12:34:56.789+0200" "yyyy-MM-dd'T'HH:mm:ss.fZ" . should_equal (Date_Time.new 2021 10 12 12 34 56 millisecond=789 zone=(Time_Zone.new hours=2))
Test.specify "should be able to parse a week-based year format" <|
group_builder.specify "should be able to parse a week-based year format" <|
Date.parse "1976-W53-6" (Date_Time_Formatter.from_iso_week_date_pattern "YYYY-'W'WW-d") . should_equal (Date.new 1977 01 01)
Date_Time.parse "1978-W01-4 12:34:56" (Date_Time_Formatter.from_iso_week_date_pattern "YYYY-'W'WW-d HH:mm:ss") . should_equal (Date_Time.new 1978 01 05 12 34 56)
@ -280,7 +280,7 @@ spec =
# Just week will parse to first day of the week:
Date.parse "1978-W01" (Date_Time_Formatter.from_iso_week_date_pattern "YYYY-'W'WW") . should_equal (Date.new 1978 01 02)
Test.specify "should include the pattern in the parse failure message" <|
group_builder.specify "should include the pattern in the parse failure message" <|
r1 = "1999.01.02".parse_date
r1.should_fail_with Time_Error
r1.to_display_text . should_contain "Expected date/time format: (ISO date) yyyy-MM-dd"
@ -301,7 +301,7 @@ spec =
r5.should_fail_with Time_Error
r5.to_display_text . should_contain "Expected date/time format: (Java DateTimeFormatter) ParseCaseSensitive(false)Value(Year,4,10,EXCEEDS_PAD)'-'Value(DayOfYear,3)[Offset(+HH:MM:ss,'Z')]"
Test.specify "should allow to use 12h hours without am/pm and default to am, but issue a warning (only in parsing)" <|
group_builder.specify "should allow to use 12h hours without am/pm and default to am, but issue a warning (only in parsing)" <|
f1 = Date_Time_Formatter.from "hh:mm"
# No warning yet.
Problems.assume_no_problems f1
@ -319,7 +319,7 @@ spec =
w1.to_display_text . should_contain "default to AM"
w1.to_display_text . should_contain "Did you mean 'H'"
Test.specify "the warning should be removable as indicated in the message" pending="TODO: bug https://github.com/enso-org/enso/issues/7892" <|
group_builder.specify "the warning should be removable as indicated in the message" pending="TODO: bug https://github.com/enso-org/enso/issues/7892" <|
f1 = Date_Time_Formatter.from "hh:mm"
r1 = Time_Of_Day.parse "04:24" f1
w1 = Problems.expect_only_warning Suspicious_Date_Time_Format r1
@ -329,7 +329,7 @@ spec =
r2.should_equal (Time_Of_Day.new 4 24)
Problems.assume_no_problems r2
Test.specify "should allow to parse MM-dd without a year, defaulting to current year but adding a warning (only in parsing)" <|
group_builder.specify "should allow to parse MM-dd without a year, defaulting to current year but adding a warning (only in parsing)" <|
f1 = Date_Time_Formatter.from "dd.MM"
s1 = Date.new 2020 12 31 . format f1
@ -347,7 +347,7 @@ spec =
Date.parse "07/23" "MM/dd" . should_equal (Date.new current_year 7 23)
Date.parse "14. of May" "d. 'of' MMMM" . should_equal (Date.new current_year 5 14)
Test.specify "should allow nested patterns" <|
group_builder.specify "should allow nested patterns" <|
# Difference between a nested pattern and two optional patterns next to each other.
Date.parse "2023-01-02 XY" "yyyy-MM-dd ['X']['Y']" . should_equal (Date.new 2023 1 2)
Date.parse "2023-01-02 X" "yyyy-MM-dd ['X']['Y']" . should_equal (Date.new 2023 1 2)
@ -367,7 +367,11 @@ spec =
Date.parse "2023-01-07 XY" very_nested . should_equal (Date.new 2023 1 7)
Date.parse "2023-01-08 XZ" very_nested . should_fail_with Time_Error
Test.specify "should allow to parse even when some patterns are unused" <|
group_builder.specify "should allow to parse even when some patterns are unused" <|
"2020-01-02 14:55".parse_date "yyyy-MM-dd HH:mm" . should_equal (Date.new 2020 1 2)
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

128
test/Base_Tests/src/Data/Time/Date_Time_Spec.enso
View File

@ -3,8 +3,8 @@ import Standard.Base.Errors.Common.Incomparable_Values
import Standard.Base.Errors.Common.Type_Error
import Standard.Base.Errors.Time_Error.Time_Error
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
import project.Data.Time.Date_Part_Spec
@ -17,16 +17,16 @@ polyglot java import java.time.format.DateTimeFormatter
polyglot java import java.lang.Exception as JException
polyglot java import java.util.Objects
spec =
spec_with "Date_Time" enso_datetime Date_Time.parse
spec_with "JavascriptDate" js_datetime js_parse nanoseconds_loss_in_precision=True
add_specs suite_builder =
spec_with suite_builder "Date_Time" enso_datetime Date_Time.parse
spec_with suite_builder "JavascriptDate" js_datetime js_parse nanoseconds_loss_in_precision=True
if Polyglot.is_language_installed "python" then
spec_with "PythonDate" python_datetime python_parse nanoseconds_loss_in_precision=True
spec_with "JavaZonedDateTime" java_datetime java_parse
spec_with "JavascriptDataInArray" js_array_datetime js_parse nanoseconds_loss_in_precision=True
spec_with suite_builder "PythonDate" python_datetime python_parse nanoseconds_loss_in_precision=True
spec_with suite_builder "JavaZonedDateTime" java_datetime java_parse
spec_with suite_builder "JavascriptDataInArray" js_array_datetime js_parse nanoseconds_loss_in_precision=True
Test.group "Date_Time equality" <|
Test.specify "should work with values coming from various sources" <|
suite_builder.group "Date_Time equality" group_builder->
group_builder.specify "should work with values coming from various sources" <|
d1 = Date_Time.new 2022 3 4 5 6
d2 = java_datetime 2022 3 4 5 6
d1 . should_equal d2
@ -38,16 +38,16 @@ spec =
d3 . should_equal d4
d4 . should_equal d5
Test.specify "should provide equality operator" <|
group_builder.specify "should provide equality operator" <|
(Date_Time.new 2022 zone=(Time_Zone.parse "CET")).should_not_equal (Date_Time.new 2022 zone=(Time_Zone.parse "UTC"))
(Date_Time.new 2022 zone=(Time_Zone.parse "CET")).should_equal (Date_Time.new 2022 zone=(Time_Zone.parse "CET"))
(Date_Time.new 2022 12 12).should_equal (Date_Time.new 2022 12 12)
(Date_Time.new 2022 12 12).should_not_equal (Date_Time.new 1996)
spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=False =
Test.group name <|
spec_with suite_builder name create_new_datetime parse_datetime nanoseconds_loss_in_precision=False =
suite_builder.group name group_builder->
Test.specify "should create time" <|
group_builder.specify "should create time" <|
time = create_new_datetime 1970 (zone = Time_Zone.utc)
time . year . should_equal 1970
time . month . should_equal 1
@ -58,7 +58,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
time . nanosecond . should_equal 0
time . zone . zone_id . should_equal Time_Zone.utc.zone_id
Test.specify "should handle errors when creating time" <|
group_builder.specify "should handle errors when creating time" <|
case create_new_datetime 1970 0 0 . catch of
Time_Error.Error msg _ ->
msg.to_text . contains "0" . should_be_true
@ -67,43 +67,43 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
result ->
Test.fail ("Unexpected result: " + result.to_text)
Test.specify "should format using provided pattern" <|
group_builder.specify "should format using provided pattern" <|
text = create_new_datetime 1970 (zone = Time_Zone.utc) . format "yyyy-MM-dd'T'HH:mm:ss"
text . should_equal "1970-01-01T00:00:00"
Test.specify "should support to_display_text" <|
group_builder.specify "should support to_display_text" <|
text = create_new_datetime 2020 12 21 11 23 45 nanosecond=123456789 . to_display_text
text . should_equal "2020-12-21 11:23:45.123"
text_2 = create_new_datetime 2020 12 21 11 23 45 . to_display_text
text_2 . should_equal "2020-12-21 11:23:45"
Test.specify "should format using provided pattern and locale" <|
group_builder.specify "should format using provided pattern and locale" <|
d = create_new_datetime 2020 6 21
d.format (Date_Time_Formatter.from "d. MMMM yyyy" (Locale.new "gb")) . should_equal "21. Jun 2020"
d.format (Date_Time_Formatter.from "d. MMMM yyyy" (Locale.new "fr")) . should_equal "21. juin 2020"
Test.specify "should format using default pattern" <|
group_builder.specify "should format using default pattern" <|
text = create_new_datetime 1970 (zone = Time_Zone.utc) . to_text
text . should_equal "1970-01-01 00:00:00Z[UTC]"
Test.specify "should convert to Json" <|
group_builder.specify "should convert to Json" <|
time = create_new_datetime 1970 12 21 (zone = Time_Zone.utc)
time.to_json.should_equal <|
zone_pairs = [["zone", Time_Zone.utc]]
time_pairs = [["year", 1970], ["month", 12], ["day", 21], ["hour", 0], ["minute", 0], ["second", 0], ["nanosecond", 0]]
JS_Object.from_pairs ([["type", "Date_Time"], ["constructor", "new"]] + time_pairs + zone_pairs) . to_text
Test.specify "should get Enso epoch seconds" <|
group_builder.specify "should get Enso epoch seconds" <|
(create_new_datetime 1582 10 15 0 0 8 (zone = Time_Zone.utc)).to_enso_epoch_seconds . should_equal 8
(Date_Time.enso_epoch_start + (Duration.new minutes=2)).to_enso_epoch_seconds . should_equal (2 * 60)
(Date_Time.enso_epoch_start - (Duration.new minutes=2)).to_enso_epoch_seconds . should_equal -(2 * 60)
Test.specify "should get Enso epoch millis" <|
group_builder.specify "should get Enso epoch millis" <|
(create_new_datetime 1582 10 15 0 0 8 (zone = Time_Zone.utc)).to_enso_epoch_milliseconds . should_equal 8000
(Date_Time.enso_epoch_start + (Duration.new seconds=2)).to_enso_epoch_milliseconds . should_equal (2 * 1000)
Test.specify "should set offset-based timezone" <|
group_builder.specify "should set offset-based timezone" <|
tz = Time_Zone.new 1 1 1
time = create_new_datetime 1970 (zone = Time_Zone.utc) . at_zone tz
time . year . should_equal 1970
@ -118,7 +118,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
time . zone . zone_id . should_equal tz.zone_id
time.to_display_text . should_equal "1970-01-01 01:01:01[+01:01:01]"
Test.specify "should set id-based timezone" <|
group_builder.specify "should set id-based timezone" <|
tz = Time_Zone.parse "Europe/Moscow"
time = create_new_datetime 1970 (zone = Time_Zone.utc) . at_zone tz
time . year . should_equal 1970
@ -133,7 +133,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
time . zone . zone_id . should_equal tz.zone_id
time.to_display_text . should_equal "1970-01-01 03:00:00[Europe/Moscow]"
Test.specify "should allow to set an interop timezone" <|
group_builder.specify "should allow to set an interop timezone" <|
interop_tz = ZoneOffset.ofTotalSeconds 3600
dt0 = create_new_datetime 2020 (zone = Time_Zone.utc)
dt1 = dt0.at_zone interop_tz
@ -141,7 +141,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
dt1.zone . zone_id . should_equal interop_tz.zone_id
dt1.to_display_text . should_equal "2020-01-01 01:00:00[+01:00]"
Test.specify "should get time of day from offsed-based time" <|
group_builder.specify "should get time of day from offsed-based time" <|
time = parse_datetime "1970-01-01T00:00:01+01:00" . time_of_day
time . hour . should_equal 0
time . minute . should_equal 0
@ -150,7 +150,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
time . microsecond . should_equal 0
time . nanosecond . should_equal 0
Test.specify "should get time of day from id-based time" <|
group_builder.specify "should get time of day from id-based time" <|
time = parse_datetime "1970-01-01T00:00:01+01:00[Europe/Paris]" . time_of_day
time . hour . should_equal 0
time . minute . should_equal 0
@ -159,19 +159,19 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
time . microsecond . should_equal 0
time . nanosecond . should_equal 0
Test.specify "should get date from offsed-based time" <|
group_builder.specify "should get date from offsed-based time" <|
time = parse_datetime "1970-01-01T00:00:01+01:00" . date
time . year . should_equal 1970
time . month . should_equal 1
time . day . should_equal 1
Test.specify "should get date from id-based time" <|
group_builder.specify "should get date from id-based time" <|
time = parse_datetime "1970-01-01T00:00:01+01:00[Europe/Paris]" . date
time . year . should_equal 1970
time . month . should_equal 1
time . day . should_equal 1
Test.specify "should add Duration" <|
group_builder.specify "should add Duration" <|
time = create_new_datetime 1970 (zone = Time_Zone.utc) + (Duration.new nanoseconds=1)
time . year . should_equal 1970
time . month . should_equal 1
@ -184,7 +184,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
time . nanosecond . should_equal 1
time . zone . should_equal Time_Zone.utc
Test.specify "should add Period" <|
group_builder.specify "should add Period" <|
time = (create_new_datetime 1970 (zone = Time_Zone.utc)) + (Period.new months=1)
time . year . should_equal 1970
time . month . should_equal 2
@ -197,7 +197,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
time . nanosecond . should_equal 0
time . zone . zone_id . should_equal Time_Zone.utc.zone_id
Test.specify "should add mixed Period and Duration" <|
group_builder.specify "should add mixed Period and Duration" <|
time = create_new_datetime 1970 (zone = Time_Zone.utc) + (Period.new months=1) + (Duration.new hours=3)
time . year . should_equal 1970
time . month . should_equal 2
@ -210,7 +210,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
time . nanosecond . should_equal 0
time . zone . zone_id . should_equal Time_Zone.utc.zone_id
Test.specify "should subtract Duration" <|
group_builder.specify "should subtract Duration" <|
time = create_new_datetime 1970 (zone = Time_Zone.utc) - (Duration.new hours=1)
time . year . should_equal 1969
time . month . should_equal 12
@ -223,7 +223,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
time . nanosecond . should_equal 0
time . zone . zone_id . should_equal Time_Zone.utc.zone_id
Test.specify "should subtract Period" <|
group_builder.specify "should subtract Period" <|
time = create_new_datetime 1970 (zone = Time_Zone.utc) - (Period.new months=1)
time . year . should_equal 1969
time . month . should_equal 12
@ -236,7 +236,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
time . nanosecond . should_equal 0
time . zone . zone_id . should_equal Time_Zone.utc.zone_id
Test.specify "should subtract mixed Period and Duration" <|
group_builder.specify "should subtract mixed Period and Duration" <|
time = create_new_datetime 1970 (zone = Time_Zone.utc) - (Period.new months=1) - (Duration.new hours=3)
time . year . should_equal 1969
time . month . should_equal 11
@ -249,7 +249,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
time . nanosecond . should_equal 0
time . zone . zone_id . should_equal Time_Zone.utc.zone_id
Test.specify "should support mixed interval operators" <|
group_builder.specify "should support mixed interval operators" <|
time = create_new_datetime 1970 (zone = Time_Zone.utc) - (Period.new months=1) + (Duration.new hours=12)
time . year . should_equal 1969
time . month . should_equal 12
@ -262,7 +262,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
time . nanosecond . should_equal 0
time . zone . zone_id . should_equal Time_Zone.utc.zone_id
Test.specify "should support addition of Date_Period" <|
group_builder.specify "should support addition of Date_Period" <|
time = create_new_datetime 1970 (zone = Time_Zone.utc)
time+Date_Period.Year . should_equal <| create_new_datetime 1971 (zone = Time_Zone.utc)
time+Date_Period.Quarter . should_equal <| create_new_datetime 1970 4 (zone = Time_Zone.utc)
@ -270,7 +270,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
time+Date_Period.Week . should_equal <| create_new_datetime 1970 1 8 (zone = Time_Zone.utc)
time+Date_Period.Day . should_equal <| create_new_datetime 1970 1 2 (zone = Time_Zone.utc)
Test.specify "should support subtraction of Date_Period" <|
group_builder.specify "should support subtraction of Date_Period" <|
time = create_new_datetime 1970 (zone = Time_Zone.utc)
time-Date_Period.Year . should_equal <| create_new_datetime 1969 (zone = Time_Zone.utc)
time-Date_Period.Quarter . should_equal <| create_new_datetime 1969 10 (zone = Time_Zone.utc)
@ -278,7 +278,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
time-Date_Period.Week . should_equal <| create_new_datetime 1969 12 25 (zone = Time_Zone.utc)
time-Date_Period.Day . should_equal <| create_new_datetime 1969 12 31 (zone = Time_Zone.utc)
Test.specify "should support addition of Time_Period" <|
group_builder.specify "should support addition of Time_Period" <|
time = create_new_datetime 1970 (zone = Time_Zone.utc)
time+Time_Period.Day . should_equal <| create_new_datetime 1970 1 2 (zone = Time_Zone.utc)
time+Time_Period.Hour . should_equal <| create_new_datetime 1970 1 1 1 (zone = Time_Zone.utc)
@ -289,7 +289,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
time+Time_Period.Microsecond . should_equal <| create_new_datetime 1970 1 1 0 0 0 (10^3) (zone = Time_Zone.utc)
time+Time_Period.Nanosecond . should_equal <| create_new_datetime 1970 1 1 0 0 0 1 (zone = Time_Zone.utc)
Test.specify "should support subtraction of Time_Period" <|
group_builder.specify "should support subtraction of Time_Period" <|
time = create_new_datetime 1970 (zone = Time_Zone.utc)
time-Time_Period.Day . should_equal <| create_new_datetime 1969 12 31 (zone = Time_Zone.utc)
time-Time_Period.Hour . should_equal <| create_new_datetime 1969 12 31 23 (zone = Time_Zone.utc)
@ -301,7 +301,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
time-Time_Period.Microsecond . should_equal <| create_new_datetime 1969 12 31 23 59 59 (second_in_nanos - 10^3) (zone = Time_Zone.utc)
time-Time_Period.Nanosecond . should_equal <| create_new_datetime 1969 12 31 23 59 59 (second_in_nanos - 1) (zone = Time_Zone.utc)
Test.specify "should support mixed addition and subtraction of Date_Period and Time_Period" <|
group_builder.specify "should support mixed addition and subtraction of Date_Period and Time_Period" <|
time = create_new_datetime 1970 (zone = Time_Zone.utc)
time+Date_Period.Quarter+Time_Period.Hour . should_equal <| create_new_datetime 1970 4 1 1 (zone = Time_Zone.utc)
time+Time_Period.Hour+Date_Period.Quarter . should_equal <| create_new_datetime 1970 4 1 1 (zone = Time_Zone.utc)
@ -310,7 +310,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
time+Date_Period.Quarter-Date_Period.Month . should_equal <| create_new_datetime 1970 3 1 (zone = Time_Zone.utc)
time+Date_Period.Day-Time_Period.Day . should_equal <| create_new_datetime 1970 (zone = Time_Zone.utc)
Test.specify "will reflect that Time_Period.Day does not reflect daylight saving" <|
group_builder.specify "will reflect that Time_Period.Day does not reflect daylight saving" <|
tz = Time_Zone.parse "Europe/Warsaw"
dt = Date_Time.new 2023 03 26 01 20 zone=tz
@ -323,12 +323,12 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
# Date Period shifts by 1 calendar day.
dt2 . should_equal (Date_Time.new 2023 03 27 01 20 zone=tz)
Test.specify "should get the default comparator for datetimes" <|
group_builder.specify "should get the default comparator for datetimes" <|
Comparable.from (create_new_datetime 2023 2 3 23 59) . should_equal Default_Comparator
Comparable.from (parse_datetime "2021-01-01T00:30:12.7102[UTC]") . should_equal Default_Comparator
Comparable.from (create_new_datetime 2022 10 31 2 30 55 1234) . should_equal Default_Comparator
Test.specify "should be comparable" <|
group_builder.specify "should be comparable" <|
time_1 = parse_datetime "2021-01-01T00:30:12.7102[UTC]"
time_2 = parse_datetime "2021-01-01T04:00:10.0+04:00"
(time_1 == time_2) . should_be_false
@ -351,7 +351,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
Ordering.compare time_1 date . should_fail_with Incomparable_Values
time_1==date . should_be_false
Test.specify "simple computations before Enso epoch should produce a warning" <|
group_builder.specify "simple computations before Enso epoch should produce a warning" <|
expect_value_with_warning actual_value expected_value=Nothing =
if expected_value != Nothing then actual_value . should_equal expected_value
(((Warning.get_all actual_value).length) > 0) . should_be_true
@ -365,14 +365,14 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
expect_value_with_warning (create_new_datetime 100 4).length_of_month
expect_value_with_warning (create_new_datetime 100 4 15).day_of_week
Test.specify "should create datetime before epoch start" <|
group_builder.specify "should create datetime before epoch start" <|
(create_new_datetime 100 1 2 3 4).year . should_equal 100
(create_new_datetime 100 1 2 3 4).month . should_equal 1
(create_new_datetime 100 1 2 3 4).day . should_equal 2
(create_new_datetime 100 1 2 3 4).hour . should_equal 3
(create_new_datetime 100 1 2 3 4).minute . should_equal 4
Test.specify "should correctly determine the type of datetime" <|
group_builder.specify "should correctly determine the type of datetime" <|
new_datetime = create_new_datetime 2020 6 1 10 0 0
parsed_datetime = parse_datetime "2021-02-01T00:30:12.7102[UTC]"
@ -380,7 +380,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
Meta.type_of parsed_datetime . should_equal_type Date_Time
max_nanos = 999999999
Test.specify "should allow to find start/end of a Date_Period containing the current datetime" <|
group_builder.specify "should allow to find start/end of a Date_Period containing the current datetime" <|
d1 = create_new_datetime 2022 9 12 15 37 58
d1.start_of Date_Period.Year . should_equal (Date_Time.new 2022 1 1)
d1.end_of Date_Period.Year . should_equal (Date_Time.new 2022 12 31 23 59 59 nanosecond=max_nanos)
@ -437,7 +437,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
(create_new_datetime 2000 7 1 16 50).end_of Date_Period.Quarter . should_equal (Date_Time.new 2000 9 30 23 59 59 nanosecond=max_nanos)
(create_new_datetime 2000 6 30 17 40).end_of Date_Period.Quarter . should_equal (Date_Time.new 2000 6 30 23 59 59 nanosecond=max_nanos)
Test.specify "should allow to find start/end of a Time_Period containing the current datetime" <|
group_builder.specify "should allow to find start/end of a Time_Period containing the current datetime" <|
d1 = create_new_datetime 2022 9 12 15 37 58 123456789
d1.start_of Time_Period.Day . should_equal (Date_Time.new 2022 9 12)
d1.end_of Time_Period.Day . should_equal (Date_Time.new 2022 9 12 23 59 59 nanosecond=max_nanos)
@ -484,7 +484,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
if name.contains "Python" then "Python doesn't support time zones correctly" else
Nothing
Test.specify "should find start/end of a Date_Period or Time_Period containing the current datetime correctly near the spring DST switch" pending=dst_pending <|
group_builder.specify "should find start/end of a Date_Period or Time_Period containing the current datetime correctly near the spring DST switch" pending=dst_pending <|
d1 = create_new_datetime 2022 3 27 1 34 15 0 tz
d2 = create_new_datetime 2022 3 27 3 34 15 0 tz
d1_plus = d1 + (Duration.new hours=1)
@ -519,7 +519,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
d2_end . should_equal (Date_Time.new 2022 3 27 3 59 59 nanosecond=max_nanos zone=tz)
dst_overlap_message = "We cannot correctly migrate the datetime inside of the timeline overlap through the polyglot boundary - as due to polyglot conversion limitation, always the earlier one is chosen. See the bug report: https://github.com/oracle/graal/issues/4918"
Test.specify "should find start/end of a Date_Period or Time_Period containing the current datetime correctly near the autumn DST switch" pending=dst_overlap_message <|
group_builder.specify "should find start/end of a Date_Period or Time_Period containing the current datetime correctly near the autumn DST switch" pending=dst_overlap_message <|
d3 = create_new_datetime 2022 10 30 2 30 15 0 tz
d4 = d3 + (Duration.new hours=1)
@ -565,7 +565,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
d4_end.nanosecond . should_equal 999
Time_Utils.get_datetime_offset d4_end . should_equal offset_1_h
Test.specify "should allow to shift the date by N working days" <|
group_builder.specify "should allow to shift the date by N working days" <|
# 2000-2-1 is a Tuesday
create_new_datetime 2000 2 1 12 30 . add_work_days 0 . should_equal (Date_Time.new 2000 2 1 12 30)
create_new_datetime 2000 2 1 12 15 55 . add_work_days . should_equal (Date_Time.new 2000 2 2 12 15 55)
@ -586,7 +586,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
create_new_datetime 2000 2 27 12 10 . add_work_days 3 . should_equal (Date_Time.new 2000 3 2 12 10)
create_new_datetime 1999 2 27 12 10 . add_work_days 3 . should_equal (Date_Time.new 1999 3 4 12 10)
Test.specify "should handle shifting dates around spring DST edge cases" pending=dst_pending <|
group_builder.specify "should handle shifting dates around spring DST edge cases" pending=dst_pending <|
# 2022-10-30 and 2022-03-27 are DST switch days, Sundays.
(create_new_datetime 2022 10 30 2 30 55 1234 . add_work_days 0) . should_equal (create_new_datetime 2022 10 31 2 30 55 1234)
(create_new_datetime 2022 10 30 1 30 . add_work_days 1) . should_equal (Date_Time.new 2022 11 1 1 30)
@ -596,14 +596,14 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
(create_new_datetime 2022 3 27 1 30 zone=tz . add_work_days 0) . should_equal (Date_Time.new 2022 3 28 1 30 zone=tz)
(create_new_datetime 2022 3 27 3 30 zone=tz . add_work_days 1) . should_equal (Date_Time.new 2022 3 29 3 30 zone=tz)
Test.specify "should handle shifting dates around autumn DST edge cases" pending=dst_overlap_message <|
group_builder.specify "should handle shifting dates around autumn DST edge cases" pending=dst_overlap_message <|
d3 = create_new_datetime 2022 10 30 2 30 15 0 tz
d4 = d3 + (Duration.new hours=1)
# TODO we need to check and document the actual behaviour once it is expressible, it may be equally acceptable to shift to 3:30 instead of 2:30.
d4 . add_work_days 0 . should_equal (Date_Time.new 2022 10 31 2 30 15 0 tz)
Test.specify "should allow to shift the date by negative amount of working days" <|
group_builder.specify "should allow to shift the date by negative amount of working days" <|
# 2000-2-1 is a Tuesday
create_new_datetime 2000 2 1 12 30 . add_work_days -1 . should_equal (Date_Time.new 2000 1 31 12 30)
create_new_datetime 2000 2 1 13 30 . add_work_days -2 . should_equal (Date_Time.new 2000 1 28 13 30)
@ -613,7 +613,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
create_new_datetime 2000 2 6 0 1 . add_work_days -2 . should_equal (Date_Time.new 2000 2 3 0 1)
create_new_datetime 2000 2 6 23 59 . add_work_days -6 . should_equal (Date_Time.new 2000 1 28 23 59)
Test.specify "should allow to shift the date by N working days, skipping custom holidays" <|
group_builder.specify "should allow to shift the date by N working days, skipping custom holidays" <|
all_year_holiday year =
first_day = Date.new year 1 1
Vector.new first_day.length_of_year (n -> first_day + (Period.new days=n))
@ -636,7 +636,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
create_new_datetime 1999 10 30 14 40 . add_work_days 0 (duplicated_holiday_november 1999) . should_equal (Date_Time.new 1999 11 3 14 40)
create_new_datetime 1999 10 30 15 50 . add_work_days 1 (duplicated_holiday_november 1999) . should_equal (Date_Time.new 1999 11 4 15 50)
Test.specify "should allow extracting a date_part" <|
group_builder.specify "should allow extracting a date_part" <|
d1 = create_new_datetime 2023 12 30 15 37 58 123456789
d1.date_part Date_Period.Year . should_equal 2023
d1.date_part Date_Period.Quarter . should_equal 4
@ -654,7 +654,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
pending_date_diff_test = if name.contains "Python" then "Loose Zone conversions are on, skipping the test"
Test.specify "should allow computing date_diff" pending=pending_date_diff_test <|
group_builder.specify "should allow computing date_diff" pending=pending_date_diff_test <|
t1 = create_new_datetime 2021 11 3 10 15 0 zone=Time_Zone.utc
t2 = create_new_datetime 2021 12 5 12 30 20 zone=Time_Zone.utc
@ -688,7 +688,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
t1.date_diff t2 Time_Period.Nanosecond . should_equal 2772920000000000
t1.date_diff (Date_Time.new 2021 11 3 10 15 30 123 456 789 zone=Time_Zone.utc) Time_Period.Nanosecond . should_equal 30123456789
Test.specify "should allow shifting with date_add" <|
group_builder.specify "should allow shifting with date_add" <|
t1 = Date_Time.new 2021 01 01 12 30 0
t1.date_add 5 Date_Period.Day . should_equal (Date_Time.new 2021 01 06 12 30 0)
t1.date_add -1 Time_Period.Day . should_equal (Date_Time.new 2020 12 31 12 30 0)
@ -707,7 +707,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
Test.expect_panic_with (t1.date_add 1.5 Date_Period.Day) Type_Error
Test.expect_panic_with (t1.date_add 1.0 Date_Period.Day) Type_Error
Test.specify "date_diff and date_add should behave well around DST" <|
group_builder.specify "date_diff and date_add should behave well around DST" <|
zone = Time_Zone.parse "Europe/Warsaw"
dt1 = Date_Time.new 2023 03 26 00 30 00 zone=zone
@ -733,7 +733,7 @@ spec_with name create_new_datetime parse_datetime nanoseconds_loss_in_precision=
dt3.date_diff dt4 Time_Period.Day . should_equal 0
dt3.date_diff dt4 Time_Period.Hour . should_equal 23
Date_Part_Spec.spec name create_new_datetime
Date_Part_Spec.add_specs suite_builder name create_new_datetime
js_datetime year month=1 day=1 hour=0 minute=0 second=0 nanosecond=0 zone=Time_Zone.system =
Panic.catch Any (js_datetime_with_zone year month day hour minute second nanosecond zone) (err -> Error.throw (Time_Error.Error err.payload))
@ -812,4 +812,8 @@ java_parse date_text_raw pattern=Nothing =
formatter = DateTimeFormatter.ofPattern(pattern)
Panic.catch Any (maybe_parse_java_zoned date_text formatter) (cause -> parse_java_local cause.payload date_text pattern)
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

30
test/Base_Tests/src/Data/Time/Day_Of_Week_Spec.enso
View File

@ -1,56 +1,60 @@
from Standard.Base import all
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
spec =
Test.group "Day_Of_Week conversions" <|
Test.specify "should be able to convert to an Integer" <|
add_specs suite_builder =
suite_builder.group "Day_Of_Week conversions" group_builder->
group_builder.specify "should be able to convert to an Integer" <|
Day_Of_Week.Sunday.to_integer . should_equal 1
Day_Of_Week.Wednesday.to_integer . should_equal 4
Day_Of_Week.Friday.to_integer . should_equal 6
Day_Of_Week.Saturday.to_integer . should_equal 7
Test.specify "should be able to convert from an Integer" <|
group_builder.specify "should be able to convert from an Integer" <|
Day_Of_Week.from 1 . should_equal Day_Of_Week.Sunday
Day_Of_Week.from 4 . should_equal Day_Of_Week.Wednesday
Day_Of_Week.from 6 . should_equal Day_Of_Week.Friday
Day_Of_Week.from 7 . should_equal Day_Of_Week.Saturday
Test.specify "should be able to convert to an Integer starting at 0" <|
group_builder.specify "should be able to convert to an Integer starting at 0" <|
Day_Of_Week.Sunday.to_integer start_at_zero=True . should_equal 0
Day_Of_Week.Wednesday.to_integer start_at_zero=True . should_equal 3
Day_Of_Week.Friday.to_integer start_at_zero=True . should_equal 5
Day_Of_Week.Saturday.to_integer start_at_zero=True . should_equal 6
Test.specify "should be able to convert from an Integer starting at 0" <|
group_builder.specify "should be able to convert from an Integer starting at 0" <|
Day_Of_Week.from 0 start_at_zero=True . should_equal Day_Of_Week.Sunday
Day_Of_Week.from 3 start_at_zero=True . should_equal Day_Of_Week.Wednesday
Day_Of_Week.from 5 start_at_zero=True . should_equal Day_Of_Week.Friday
Day_Of_Week.from 6 start_at_zero=True . should_equal Day_Of_Week.Saturday
Test.specify "should be able to convert to an Integer starting on Monday" <|
group_builder.specify "should be able to convert to an Integer starting on Monday" <|
Day_Of_Week.Sunday.to_integer Day_Of_Week.Monday . should_equal 7
Day_Of_Week.Wednesday.to_integer Day_Of_Week.Monday . should_equal 3
Day_Of_Week.Friday.to_integer Day_Of_Week.Monday . should_equal 5
Day_Of_Week.Saturday.to_integer Day_Of_Week.Monday . should_equal 6
Test.specify "should be able to convert from an Integer starting on Monday" <|
group_builder.specify "should be able to convert from an Integer starting on Monday" <|
Day_Of_Week.from 7 Day_Of_Week.Monday . should_equal Day_Of_Week.Sunday
Day_Of_Week.from 3 Day_Of_Week.Monday . should_equal Day_Of_Week.Wednesday
Day_Of_Week.from 5 Day_Of_Week.Monday . should_equal Day_Of_Week.Friday
Day_Of_Week.from 6 Day_Of_Week.Monday . should_equal Day_Of_Week.Saturday
Test.specify "should be able to convert to an Integer starting on Monday at 0" <|
group_builder.specify "should be able to convert to an Integer starting on Monday at 0" <|
Day_Of_Week.Sunday.to_integer Day_Of_Week.Monday True . should_equal 6
Day_Of_Week.Wednesday.to_integer Day_Of_Week.Monday True . should_equal 2
Day_Of_Week.Friday.to_integer Day_Of_Week.Monday True . should_equal 4
Day_Of_Week.Saturday.to_integer Day_Of_Week.Monday True . should_equal 5
Test.specify "should be able to convert from an Integer starting on Monday at 0" <|
group_builder.specify "should be able to convert from an Integer starting on Monday at 0" <|
Day_Of_Week.from 6 Day_Of_Week.Monday True . should_equal Day_Of_Week.Sunday
Day_Of_Week.from 2 Day_Of_Week.Monday True . should_equal Day_Of_Week.Wednesday
Day_Of_Week.from 4 Day_Of_Week.Monday True . should_equal Day_Of_Week.Friday
Day_Of_Week.from 5 Day_Of_Week.Monday True . should_equal Day_Of_Week.Saturday
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

44
test/Base_Tests/src/Data/Time/Duration_Spec.enso
View File

@ -2,39 +2,39 @@ from Standard.Base import all
import Standard.Base.Errors.Common.Incomparable_Values
import Standard.Base.Errors.Time_Error.Time_Error
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
polyglot java import java.time.Duration as Java_Duration
polyglot java import java.time.LocalDate
polyglot java import java.time.LocalDateTime as Java_DateTime
spec =
Test.group "Duration" <|
add_specs suite_builder =
suite_builder.group "Duration" group_builder->
Test.specify "should create interval seconds" <|
group_builder.specify "should create interval seconds" <|
duration = (Duration.new seconds=5)
duration.seconds . should_equal 5
duration.milliseconds . should_equal 0
Test.specify "should create interval between two points in time" <|
group_builder.specify "should create interval between two points in time" <|
(Duration.between (Date_Time.new 2001 1 1 3) (Date_Time.new 2001 1 1 10)).total_hours . should_equal 7
(Duration.between (Date_Time.new 2001 1 1) (Date_Time.new 2001 1 7)).total_hours . should_equal (6 * 24)
(Duration.between (Date_Time.new 2001 1 1 13) (Date_Time.new 2001 1 7 16)).total_hours . should_equal (3 + 6 * 24)
Test.specify "should normalize periods" <|
group_builder.specify "should normalize periods" <|
(Duration.new seconds=60).total_minutes . should_equal 1
(Duration.new milliseconds=1000).total_seconds . should_equal 1
Test.specify "should normalize addition" <|
group_builder.specify "should normalize addition" <|
duration = (Duration.new hours=11) + (Duration.new hours=1)
duration.hours . should_equal 12
Test.specify "should normalize subtraction" <|
group_builder.specify "should normalize subtraction" <|
duration = (Duration.new hours=13) - (Duration.new hours=1)
duration.hours . should_equal 12
Test.specify "should render a friendly to display text" <|
group_builder.specify "should render a friendly to display text" <|
Duration.new . to_display_text . should_equal "0s"
Duration.new seconds=30 . to_display_text . should_equal "30s"
Duration.new seconds=30 milliseconds=500 . to_display_text . should_equal "30.5s"
@ -43,13 +43,13 @@ spec =
Duration.new hours=1 seconds=30 . to_display_text . should_equal "1h 0m 30s"
Duration.new hours=1 minutes=30 seconds=30 . to_display_text . should_equal "1h 30m 30s"
Test.specify "should convert to Json" <|
group_builder.specify "should convert to Json" <|
interval = (Duration.new nanoseconds=120) + (Duration.new seconds=30) + (Duration.new hours=14)
interval.to_json.should_equal <|
duration_pairs = [["hours", interval.hours], ["seconds", interval.seconds], ["nanoseconds", interval.nanoseconds]]
JS_Object.from_pairs ([["type", "Duration"], ["constructor", "new"]] + duration_pairs) . to_text
Test.specify "should be comparable" <|
group_builder.specify "should be comparable" <|
duration_1 = (Duration.new hours=5)
duration_2 = (Duration.new minutes=1)
Ordering.compare duration_1 duration_1 . should_equal Ordering.Equal
@ -58,7 +58,7 @@ spec =
duration_1>duration_2 . should_be_true
duration_1<duration_2 . should_be_false
Test.specify "should not mix Duration and Period" <|
group_builder.specify "should not mix Duration and Period" <|
durations = [(Duration.new hours=1), (Duration.zero), (Duration.new hours=1 seconds=30)]
periods = [(Period.new days=1), (Period.new 0), (Period.new years=30), (Period.new years=3 months=2)]
durations.each duration->
@ -70,30 +70,30 @@ spec =
(duration > period).should_fail_with Incomparable_Values
(duration < period).should_fail_with Incomparable_Values
Test.specify "Date_Time supports adding and subtracting Duration" <|
group_builder.specify "Date_Time supports adding and subtracting Duration" <|
((Date_Time.new 2022 10 1 hour=10) + (Duration.new hours=2)) . should_equal (Date_Time.new 2022 10 1 hour=12)
((Date_Time.new 2022 10 1 hour=10) - (Duration.new hours=2)) . should_equal (Date_Time.new 2022 10 1 hour=8)
((Date_Time.new 2022 10 2) - (Duration.new hours=24)) . should_equal (Date_Time.new 2022 10 1)
((Date_Time.new 2022 10 1 hour=2) - (Duration.new minutes=3)) . should_equal (Date_Time.new 2022 10 1 hour=1 minute=57)
Test.specify "Java Duration is equal to Enso Duration" <|
group_builder.specify "Java Duration is equal to Enso Duration" <|
(Duration.new hours=1) . should_equal (Java_Duration.ofHours 1)
(Duration.new minutes=80) . should_equal (Java_Duration.ofMinutes 80)
(Java_Duration.ofSeconds 30) . should_equal (Duration.new seconds=30)
Test.specify "Difference of Java Date and Enso date should be an Enso Duration" <|
group_builder.specify "Difference of Java Date and Enso date should be an Enso Duration" <|
(Duration.between (java_datetime 2022 01 01) (Date_Time.new 2022 01 02) timezone_aware=False).total_hours . should_equal 24
(Duration.between (Date_Time.new 2022 01 01) (java_datetime 2022 01 02) timezone_aware=False).total_hours . should_equal 24
(Duration.between (Date_Time.new 2022 01 01 13) (java_datetime 2022 01 01 14) timezone_aware=False).total_hours . should_equal 1
(Duration.between (java_datetime 2022 01 01 13 13) (Date_Time.new 2022 01 01 13 15) timezone_aware=False).total_minutes . should_equal 2
Test.specify "Difference of two Java Dates should be an Enso Duration" <|
group_builder.specify "Difference of two Java Dates should be an Enso Duration" <|
(Duration.between (java_datetime 2022 01 01) (java_datetime 2022 01 02) timezone_aware=False).total_hours . should_equal 24
Test.specify "Difference of two JS Dates is an Enso Duration" <|
group_builder.specify "Difference of two JS Dates is an Enso Duration" <|
(Duration.between (js_datetime 2022 09 01) (js_datetime 2022 09 02) timezone_aware=False).total_hours . should_equal 24
Test.specify "Difference of JS Dates and Java Dates should be Enso Duration" <|
group_builder.specify "Difference of JS Dates and Java Dates should be Enso Duration" <|
(Duration.between (js_datetime 2022 09 08) (java_datetime 2022 09 09) timezone_aware=False).total_hours . should_equal 24
(Duration.between (java_datetime 2022 09 09) (js_datetime 2022 09 08) timezone_aware=False).total_hours . should_equal (-24)
@ -109,4 +109,8 @@ foreign js js_datetime_impl year month day hour minute second nanosecond = """
}
return new Date(year, month - 1, day, hour, minute, second, nanosecond / 1000000);
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

28
test/Base_Tests/src/Data/Time/Period_Spec.enso
View File

@ -1,39 +1,39 @@
from Standard.Base import all
import Standard.Base.Errors.Common.Incomparable_Values
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
spec =
Test.group "Period" <|
Test.specify "should create period years" <|
add_specs suite_builder =
suite_builder.group "Period" group_builder->
group_builder.specify "should create period years" <|
period = (Period.new years=5)
period.years . should_equal 5
period.days . should_equal 0
Test.specify "should add two Periods" <|
group_builder.specify "should add two Periods" <|
((Period.new years=1) + (Period.new years=2)).years . should_equal 3
((Period.new days=1) + (Period.new months=2)).days . should_equal 1
((Period.new days=1) + (Period.new months=2)).months . should_equal 2
((Period.new months=2) + (Period.new days=1)).days . should_equal 1
((Period.new months=2) + (Period.new days=1)).months . should_equal 2
Test.specify "should subtract two Periods" <|
group_builder.specify "should subtract two Periods" <|
((Period.new years=2) - (Period.new years=1)).years . should_equal 1
((Period.new years=1) - (Period.new months=2)).months . should_equal (-2)
((Period.new years=1) - (Period.new months=2)).years . should_equal 1
Test.specify "should get Period between two dates" <|
group_builder.specify "should get Period between two dates" <|
(Period.between (Date.new year=100) (Date.new year=150)) . should_equal (Period.new years=50)
(Period.between (Date.new year=150) (Date.new year=100)) . should_equal (Period.new years=(-50))
(Period.between (Date.new 2022 10 19) (Date.new 2022 11 01)) . should_equal (Period.new days=13)
Test.specify "should not compare between two periods" <|
group_builder.specify "should not compare between two periods" <|
((Period.new days=10) > (Period.new days=1)) . should_fail_with Incomparable_Values
((Period.new years=10) > (Period.new days=1)) . should_fail_with Incomparable_Values
((Period.new years=10 months=3) > (Period.new months=5)) . should_fail_with Incomparable_Values
Test.specify "two Periods are equal iff their fields are equal" <|
group_builder.specify "two Periods are equal iff their fields are equal" <|
((Period.new days=1) == (Period.new days=1)) . should_be_true
((Period.new months=12) == (Period.new years=1)) . should_be_false
((Period.new months=3) == (Period.new months=3)) . should_be_true
@ -41,7 +41,7 @@ spec =
((Period.new years=1 days=10) == (Period.new years=1 days=10)) . should_be_true
((Period.new days=1) != (Period.new months=1)) . should_be_true
Test.specify "should render a friendly to display text" <|
group_builder.specify "should render a friendly to display text" <|
Period.new . to_display_text . should_equal "0D"
Period.new years=2 . to_display_text . should_equal "2Y"
Period.new months=24 . to_display_text . should_equal "2Y"
@ -50,4 +50,8 @@ spec =
Period.new years=2 days=3 . to_display_text . should_equal "2Y 0M 3D"
Period.new days=18 . to_display_text . should_equal "18D"
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

30
test/Base_Tests/src/Data/Time/Spec.enso
View File

@ -1,7 +1,7 @@
from Standard.Base import all
from Standard.Test import Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
import project.Data.Time.Duration_Spec
import project.Data.Time.Period_Spec
@ -13,15 +13,19 @@ import project.Data.Time.Date_Time_Formatter_Spec
import project.Data.Time.Time_Zone_Spec
import project.Data.Time.Day_Of_Week_Spec
spec =
Date_Spec.spec
Date_Range_Spec.spec
Duration_Spec.spec
Period_Spec.spec
Time_Of_Day_Spec.spec
Date_Time_Spec.spec
Date_Time_Formatter_Spec.spec
Time_Zone_Spec.spec
Day_Of_Week_Spec.spec
add_specs suite_builder =
Date_Spec.add_specs suite_builder
Date_Range_Spec.add_specs suite_builder
Duration_Spec.add_specs suite_builder
Period_Spec.add_specs suite_builder
Time_Of_Day_Spec.add_specs suite_builder
Date_Time_Spec.add_specs suite_builder
Date_Time_Formatter_Spec.add_specs suite_builder
Time_Zone_Spec.add_specs suite_builder
Day_Of_Week_Spec.add_specs suite_builder
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter
main = Test_Suite.run_main spec

78
test/Base_Tests/src/Data/Time/Time_Of_Day_Spec.enso
View File

@ -4,40 +4,40 @@ import Standard.Base.Errors.Common.Type_Error
import Standard.Base.Errors.Illegal_Argument.Illegal_Argument
import Standard.Base.Errors.Time_Error.Time_Error
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
polyglot java import java.time.LocalTime
polyglot java import java.time.format.DateTimeFormatter
spec =
specWith "Time_Of_Day" enso_time Time_Of_Day.parse
specWith "JavaLocalTime" java_time java_parse
add_specs suite_builder =
specWith suite_builder "Time_Of_Day" enso_time Time_Of_Day.parse
specWith suite_builder "JavaLocalTime" java_time java_parse
if Polyglot.is_language_installed "python" then
specWith "PythonLocalTime" python_time python_parse nanoseconds_loss_in_precision=True
specWith suite_builder "PythonLocalTime" python_time python_parse nanoseconds_loss_in_precision=True
specWith name create_new_time parse_time nanoseconds_loss_in_precision=False =
Test.group name <|
specWith suite_builder name create_new_time parse_time nanoseconds_loss_in_precision=False =
suite_builder.group name group_builder->
Test.specify "should create local time" <|
group_builder.specify "should create local time" <|
time = create_new_time 1 0 0
time . hour . should_equal 1
time . minute . should_equal 0
time . second . should_equal 0
time . to_seconds . should_equal 3600
Test.specify "should handle errors when creating a time" <|
group_builder.specify "should handle errors when creating a time" <|
case create_new_time 24 0 0 . catch of
Time_Error.Error msg _ ->
msg.to_text . contains "24" . should_not_equal -1
result ->
Test.fail ("Unexpected result: " + result.to_text)
Test.specify "should format local time using provided pattern" <|
group_builder.specify "should format local time using provided pattern" <|
text = create_new_time 12 20 44 . format "HHmmss"
text . should_equal "122044"
Test.specify "should support display_text" <|
group_builder.specify "should support display_text" <|
text = create_new_time 12 20 44 . to_display_text
text . should_equal "12:20:44"
@ -47,33 +47,33 @@ specWith name create_new_time parse_time nanoseconds_loss_in_precision=False =
text_3 = create_new_time 12 20 44 123000000 . to_display_text
text_3 . should_equal "12:20:44.123"
Test.specify "should format using provided pattern and locale" <|
group_builder.specify "should format using provided pattern and locale" <|
d = create_new_time 12 20 44
# Note that the results are all the same.
d.format "HH:mm" . should_equal "12:20"
d.format (Date_Time_Formatter.from "HH:mm" (Locale.new "gb")) . should_equal "12:20"
d.format (Date_Time_Formatter.from "HH:mm" (Locale.new "fr")) . should_equal "12:20"
Test.specify "should format local time using default pattern" <|
group_builder.specify "should format local time using default pattern" <|
text = create_new_time 12 20 44 . to_text
text . should_equal "12:20:44"
Test.specify "should convert to Json" <|
group_builder.specify "should convert to Json" <|
time = create_new_time 1 2 3
time.to_json.should_equal <|
time_pairs = [["hour", 1], ["minute", 2], ["second", 3], ["nanosecond", 0]]
JS_Object.from_pairs ([["type", "Time_Of_Day"], ["constructor", "new"]] + time_pairs) . to_text
Test.specify "should parse default time format" <|
group_builder.specify "should parse default time format" <|
text = create_new_time 12 20 44 . to_text
time = Time_Of_Day.parse text
time.to_seconds . should_equal 44444
Test.specify "should parse local time" <|
group_builder.specify "should parse local time" <|
time = parse_time "10:00:00"
time.to_seconds . should_equal 36000
Test.specify "should throw error when parsing invalid time" <|
group_builder.specify "should throw error when parsing invalid time" <|
case parse_time "1200" . catch of
Time_Error.Error msg _ ->
## This error message may or may not contain the suffix:
@ -83,11 +83,11 @@ specWith name create_new_time parse_time nanoseconds_loss_in_precision=False =
result ->
Test.fail ("Unexpected result: " + result.to_text)
Test.specify "should parse custom format" <|
group_builder.specify "should parse custom format" <|
time = parse_time "12:30AM" "hh:mma"
time.to_seconds . should_equal 1800
Test.specify "should throw error when parsing custom format" <|
group_builder.specify "should throw error when parsing custom format" <|
time = parse_time "12:30" "HH:mm:ss"
case time.catch of
Time_Error.Error msg _ ->
@ -95,7 +95,7 @@ specWith name create_new_time parse_time nanoseconds_loss_in_precision=False =
result ->
Test.fail ("Unexpected result: " + result.to_text)
Test.specify "should convert to time" <|
group_builder.specify "should convert to time" <|
datetime = create_new_time 1 0 0 . to_date_time (Date.new 2000 12 21) Time_Zone.utc
datetime . year . should_equal 2000
datetime . month . should_equal 12
@ -108,34 +108,34 @@ specWith name create_new_time parse_time nanoseconds_loss_in_precision=False =
datetime . nanosecond . should_equal 0
datetime . zone . zone_id . should_equal Time_Zone.utc.zone_id
Test.specify "date-time conversion should work with interop values" <|
group_builder.specify "date-time conversion should work with interop values" <|
date = Date.new 2000 12 21
time = create_new_time 12 30 45
datetime = date.to_date_time time
datetime.date . should_equal date
datetime.time_of_day . should_equal time
Test.specify "should add time-based interval" <|
group_builder.specify "should add time-based interval" <|
time = create_new_time 0 + (Duration.new minutes=1)
time . to_seconds . should_equal 60
Test.specify "should subtract time-based interval" <|
group_builder.specify "should subtract time-based interval" <|
time = create_new_time 0 - (Duration.new minutes=1)
time . to_seconds . should_equal 86340
Test.specify "should support mixed interval operators" <|
group_builder.specify "should support mixed interval operators" <|
time = create_new_time 0 + (Duration.new hours=1) - (Duration.new seconds=1)
time . to_seconds . should_equal 3599
Test.specify "should throw error when adding date-based interval" <|
group_builder.specify "should throw error when adding date-based interval" <|
Test.expect_panic_with matcher=Type_Error <|
create_new_time 0 + (Period.new days=1)
Test.specify "should throw error when subtracting date-based interval" <|
group_builder.specify "should throw error when subtracting date-based interval" <|
Test.expect_panic_with matcher=Type_Error <|
create_new_time 0 - (Period.new days=1)
Test.specify "should support addition of Time_Period" <|
group_builder.specify "should support addition of Time_Period" <|
time = create_new_time 0
time+Time_Period.Day . should_equal <| create_new_time 0
time+Time_Period.Hour . should_equal <| create_new_time 1
@ -146,7 +146,7 @@ specWith name create_new_time parse_time nanoseconds_loss_in_precision=False =
time+Time_Period.Microsecond . should_equal <| create_new_time 0 0 0 10^3
time+Time_Period.Nanosecond . should_equal <| create_new_time 0 0 0 1
Test.specify "should support subtraction of Time_Period" <|
group_builder.specify "should support subtraction of Time_Period" <|
time = create_new_time 12
time-Time_Period.Day . should_equal <| create_new_time 12
time-Time_Period.Hour . should_equal <| create_new_time 11
@ -158,12 +158,12 @@ specWith name create_new_time parse_time nanoseconds_loss_in_precision=False =
time-Time_Period.Microsecond . should_equal <| create_new_time 11 59 59 (second_in_nanos - 10^3)
time-Time_Period.Nanosecond . should_equal <| create_new_time 11 59 59 (second_in_nanos - 1)
Test.specify "should support mixed addition and subtraction of Date_Period and Time_Period" <|
group_builder.specify "should support mixed addition and subtraction of Date_Period and Time_Period" <|
time = create_new_time 0
time+Time_Period.Hour-Time_Period.Minute . should_equal <| create_new_time 0 59
time+Time_Period.Minute+Time_Period.Minute-Time_Period.Minute . should_equal <| create_new_time 0 1
Test.specify "should be comparable" <|
group_builder.specify "should be comparable" <|
time_1 = parse_time "12:30:12.7102"
time_2 = parse_time "04:00:10.0"
(time_1 == time_2) . should_be_false
@ -173,7 +173,7 @@ specWith name create_new_time parse_time nanoseconds_loss_in_precision=False =
time_1<time_2 . should_be_false
time_2<(Date_Time.new 1999 1 1 4 0 10) . should_fail_with Incomparable_Values
Test.specify "should correctly determine the type of timeofday" <|
group_builder.specify "should correctly determine the type of timeofday" <|
new_timeofday = create_new_time 15 37 58
parsed_timeofday = parse_time "10:00:00"
@ -181,7 +181,7 @@ specWith name create_new_time parse_time nanoseconds_loss_in_precision=False =
Meta.type_of parsed_timeofday . should_equal_type Time_Of_Day
max_nanos = 999999999
Test.specify "should allow to find start/end of a Time_Period containing the current time of day" <|
group_builder.specify "should allow to find start/end of a Time_Period containing the current time of day" <|
d1 = create_new_time 15 37 58 123456789
d1.start_of Time_Period.Day . should_equal (Time_Of_Day.new)
d1.end_of Time_Period.Day . should_equal (Time_Of_Day.new 23 59 59 nanosecond=max_nanos)
@ -220,7 +220,7 @@ specWith name create_new_time parse_time nanoseconds_loss_in_precision=False =
d3.start_of Time_Period.Second . should_equal (Time_Of_Day.new 23 59 59 0)
d3.end_of Time_Period.Second . should_equal (Time_Of_Day.new 23 59 59 nanosecond=max_nanos)
Test.specify "should allow extracting a date_part" <|
group_builder.specify "should allow extracting a date_part" <|
d1 = create_new_time 15 37 58 123456789
d1.date_part Time_Period.Hour . should_equal 15
d1.date_part Time_Period.Minute . should_equal 37
@ -233,7 +233,7 @@ specWith name create_new_time parse_time nanoseconds_loss_in_precision=False =
d1.date_part Time_Period.Day . should_fail_with Illegal_Argument
Test.expect_panic_with (d1.date_part Date_Period.Day) Type_Error
Test.specify "should allow computing a date_diff" <|
group_builder.specify "should allow computing a date_diff" <|
t1 = create_new_time 10 15 0
t2 = create_new_time 12 30 20
@ -260,7 +260,7 @@ specWith name create_new_time parse_time nanoseconds_loss_in_precision=False =
t1.date_diff t2 Time_Period.Nanosecond . should_equal 8120*1000*1000*1000
t1.date_diff (Time_Of_Day.new 10 15 12 34 56 78) Time_Period.Nanosecond . should_equal 12034056078
Test.specify "should allow shifting with date_add" <|
group_builder.specify "should allow shifting with date_add" <|
t1 = create_new_time 23 45 0
t1.date_add -1 Time_Period.Hour . should_equal (Time_Of_Day.new 22 45 0)
@ -305,7 +305,11 @@ python_parse time_text pattern=Date_Time_Formatter.iso_time =
t = Time_Of_Day.parse time_text pattern
python_time t.hour t.minute t.second t.nanosecond
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter
foreign python python_time_impl hour minute second nanoOfSecond = """
import datetime

49
test/Base_Tests/src/Data/Time/Time_Zone_Spec.enso
View File

@ -1,76 +1,81 @@
from Standard.Base import all
import Standard.Base.Errors.Time_Error.Time_Error
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
polyglot java import java.time.ZoneId
polyglot java import java.time.ZoneOffset
spec =
Test.group "Zone" <|
Test.specify "should get system zone id" <|
add_specs suite_builder =
suite_builder.group "Zone" group_builder->
group_builder.specify "should get system zone id" <|
Time_Zone.system
Test.specify "Different time zones should not equal" <|
group_builder.specify "Different time zones should not equal" <|
(Time_Zone.parse "UTC").should_not_equal (Time_Zone.parse "CET")
(Time_Zone.parse "UTC").should_equal (Time_Zone.parse "UTC")
Test.specify "should parse UTC zone" <|
group_builder.specify "should parse UTC zone" <|
zone = "UTC"
id = Time_Zone.parse zone
id . zone_id . should_equal zone
Test.specify "should parse id-based zone" <|
group_builder.specify "should parse id-based zone" <|
zone = "Europe/Warsaw"
id = Time_Zone.parse zone
id . zone_id . should_equal zone
Test.specify "should parse offset-based zone" <|
group_builder.specify "should parse offset-based zone" <|
zone = "+01:02:03"
id = Time_Zone.parse zone
id . zone_id . should_equal zone
Test.specify "should get utc zone id" <|
group_builder.specify "should get utc zone id" <|
id = Time_Zone.utc
id . zone_id . should_equal "UTC"
Test.specify "should convert to Json" <|
group_builder.specify "should convert to Json" <|
zone = Time_Zone.new 1 2 3
zone.to_json.should_equal <|
JS_Object.from_pairs [["type", "Time_Zone"], ["constructor", "parse"], ["id", "+01:02:03"]] . to_text
Time_Zone.utc.to_json.should_equal <|
JS_Object.from_pairs [["type", "Time_Zone"], ["constructor", "parse"], ["id", "UTC"]] . to_text
Test.specify "should throw error when parsing invalid zone id" <|
group_builder.specify "should throw error when parsing invalid zone id" <|
case Time_Zone.parse "foo" . catch of
Time_Error.Error msg _ ->
msg . should_equal "Unknown time-zone ID: foo"
result ->
Test.fail ("Unexpected result: " + result.to_text)
Test.specify "should correctly determine the type of zone" <|
group_builder.specify "should correctly determine the type of zone" <|
zone = Time_Zone.parse "Europe/Warsaw"
Meta.type_of zone . should_equal_type Time_Zone
Test.group "JavaZoneId" <|
Test.specify "should get system zone id" <|
suite_builder.group "JavaZoneId" group_builder->
group_builder.specify "should get system zone id" <|
defaultZone = ZoneId.systemDefault
Time_Zone.system . should_equal defaultZone
Test.specify "should parse UTC zone" <|
group_builder.specify "should parse UTC zone" <|
zone = "UTC"
id = ZoneId.of zone
id . should_equal Time_Zone.utc
Test.specify "should parse id-based zone" <|
group_builder.specify "should parse id-based zone" <|
zone = "Europe/Warsaw"
id = ZoneId.of zone
id . zone_id . should_equal zone
Test.specify "should parse offset-based zone" <|
group_builder.specify "should parse offset-based zone" <|
zone = "+01:02:03"
id = ZoneId.of zone
id . zone_id . should_equal zone
Test.specify "should get utc zone id" <|
group_builder.specify "should get utc zone id" <|
zone = ZoneId.of "UTC"
zone . should_equal Time_Zone.utc
Test.specify "should convert to Json" <|
group_builder.specify "should convert to Json" <|
zone = ZoneOffset.ofHoursMinutesSeconds 1 2 3
zone.to_json.should_equal <|
JS_Object.from_pairs [["type", "Time_Zone"], ["constructor", "parse"], ["id", "+01:02:03"]] . to_text
(ZoneId.of "UTC").to_json.should_equal <|
JS_Object.from_pairs [["type", "Time_Zone"], ["constructor", "parse"], ["id", "UTC"]] . to_text
Test.specify "should correctly determine the type of zone" <|
group_builder.specify "should correctly determine the type of zone" <|
zone = ZoneId.systemDefault
Meta.type_of zone . should_equal_type Time_Zone
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

14
test/Base_Tests/src/Data/Vector/Slicing_Helpers_Spec.enso
View File

@ -1,11 +1,11 @@
from Standard.Base import all
from Standard.Base.Data.Index_Sub_Range import sort_and_merge_ranges
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
spec = Test.group "Vector Slicing Helpers" <|
Test.specify "should be able to sort correctly merge neighboring sequences" <|
add_specs suite_builder = suite_builder.group "Vector Slicing Helpers" group_builder->
group_builder.specify "should be able to sort correctly merge neighboring sequences" <|
merge = sort_and_merge_ranges
merge [] . should_equal []
merge [0.up_to 0] . should_equal []
@ -19,4 +19,8 @@ spec = Test.group "Vector Slicing Helpers" <|
merge [0.up_to 1, 0.up_to 1] . should_equal [0.up_to 1]
merge [0.up_to 1, 1.up_to 2] . should_equal [0.up_to 2]
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

255
test/Base_Tests/src/Data/Vector_Spec.enso
View File

@ -15,8 +15,8 @@ import Standard.Base.Runtime.Ref.Ref
import Standard.Base.Runtime.State
from Standard.Base.Data.Index_Sub_Range.Index_Sub_Range import While, By_Index, Sample, Every
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
polyglot java import java.util.ArrayList
@ -67,7 +67,7 @@ foreign python generate_py_array = """
foreign python generate_nested_py_array = """
return [[1, 2, 3], [4, 5]]
type_spec name alter = Test.group name <|
type_spec suite_builder name alter = suite_builder.group name group_builder->
map_fun a = if a == 30 then Error.throw (My_Error.Error a) else a+1
flat_map_fun a = if (a.at 0) == 30 then Error.throw (My_Error.Error a) else a+[100]
map_with_index_fun i a =
@ -78,10 +78,10 @@ type_spec name alter = Test.group name <|
pending_python_missing = if Polyglot.is_language_installed "python" then Nothing else
"Can't run Python tests, Python is not installed."
Test.specify "text bytes" <|
group_builder.specify "text bytes" <|
"Lore".utf_8 . should_equal [76, 111, 114, 101]
Test.specify "should allow vector creation with a programmatic constructor" <|
group_builder.specify "should allow vector creation with a programmatic constructor" <|
Vector.new 100 (ix -> ix + 1) . fold 0 (+) . should_equal 5050
r = Ref.new 0
@ -90,7 +90,7 @@ type_spec name alter = Test.group name <|
const = Vector.new 4 _->next
const.should_equal [0, 1, 2, 3]
Test.specify "should allow vector creation with a constant constructor" <|
group_builder.specify "should allow vector creation with a constant constructor" <|
Vector.fill 100 1 . fold (0) (+) . should_equal 100
r = Ref.new 0
@ -99,34 +99,34 @@ type_spec name alter = Test.group name <|
const = Vector.fill 4 next
const.should_equal [0, 0, 0, 0]
Test.specify "should allow creation from arrays without mutability" <|
group_builder.specify "should allow creation from arrays without mutability" <|
built_from_js = Vector.from_polyglot_array generate_js_array
built_from_js . should_equal (alter [1, 2, 3, 4, 5])
Test.specify "should allow creation from arrays without mutability in Python" pending=pending_python_missing <|
group_builder.specify "should allow creation from arrays without mutability in Python" pending=pending_python_missing <|
built_from_py = Vector.from_polyglot_array generate_py_array
built_from_py . should_equal (alter [1, 2, 3, 4, Nothing])
Test.specify "should allow creation from nested arrays from JavaScript" <|
group_builder.specify "should allow creation from nested arrays from JavaScript" <|
built_from_js = Vector.from_polyglot_array generate_nested_js_array
built_from_js . should_equal (alter [[1, 2, 3], [4, 5]])
Test.specify "should allow creation from nested arrays from Python" pending=pending_python_missing <|
group_builder.specify "should allow creation from nested arrays from Python" pending=pending_python_missing <|
built_from_py = Vector.from_polyglot_array generate_nested_py_array
built_from_py . should_equal (alter [[1, 2, 3], [4, 5]])
Test.specify "should allow accessing elements" <|
group_builder.specify "should allow accessing elements" <|
alter [1,2,3] . at 0 . should_equal 1
alter [1,2,3] . at 2 . should_equal 3
Test.specify "should allow to store dataflow errors and raise them on access" <|
group_builder.specify "should allow to store dataflow errors and raise them on access" <|
vec = [Error.throw (My_Error.Error "foo"), "bar"]
vec.at 1 . should_equal "bar"
vec.at 0 . should_fail_with My_Error
vec.get 1 . should_equal "bar"
vec.get 0 . should_fail_with My_Error
Test.specify "should allow accessing elements with negative indices" <|
group_builder.specify "should allow accessing elements with negative indices" <|
alter [1,2,3] . at -1 . should_equal 3
alter [1,2,3] . at -2 . should_equal 2
alter [1,2,3] . at -3 . should_equal 1
@ -134,7 +134,7 @@ type_spec name alter = Test.group name <|
alter [1,2,3] . get -2 . should_equal 2
alter [1,2,3] . get -3 . should_equal 1
Test.specify "should correctly handle out of bounds access" <|
group_builder.specify "should correctly handle out of bounds access" <|
alter [1,2,3] . at -4 . should_fail_with Index_Out_Of_Bounds
alter [1,2,3] . at 3 . should_fail_with Index_Out_Of_Bounds
alter [1,2,3] . get -4 . should_equal Nothing
@ -142,23 +142,23 @@ type_spec name alter = Test.group name <|
alter [1,2,3] . get -4 "???" . should_equal "???"
alter [1,2,3] . get 3 "???" . should_equal "???"
Test.specify "should have a well-defined length" <|
group_builder.specify "should have a well-defined length" <|
alter [1,2,3] . length . should_equal 3
Test.specify "should allow folding an operator over its elements" <|
group_builder.specify "should allow folding an operator over its elements" <|
alter [1,2,3] . fold 0 (+) . should_equal 6
alter [] . fold 123 (+) . should_equal 123
Test.specify "should allow a running fold operator over its elements" <|
group_builder.specify "should allow a running fold operator over its elements" <|
alter [1,2,3] . running_fold 0 (+) . should_equal [1, 3, 6]
alter [] . running_fold 123 (+) . should_equal []
Test.specify "should allow to reduce elements if it is non-empty" <|
group_builder.specify "should allow to reduce elements if it is non-empty" <|
alter [1,2,3] . reduce (+) . should_equal 6
alter [] . reduce (+) . should_fail_with Empty_Error
alter [] . reduce (+) 0 . should_equal 0
Test.specify "should check any" <|
group_builder.specify "should check any" <|
vec = alter [1, 2, 3, 4, 5]
vec.any (ix -> ix > 3) . should_be_true
vec.any (ix -> ix < 0) . should_be_false
@ -169,7 +169,7 @@ type_spec name alter = Test.group name <|
Test.expect_panic_with matcher=Type_Error (vec.any "invalid argument")
Test.specify "should check all" <|
group_builder.specify "should check all" <|
vec = alter [1, 2, 3, 4, 5]
vec.all (ix -> ix > 0) . should_be_true
vec.all (ix -> ix < 5) . should_be_false
@ -179,31 +179,31 @@ type_spec name alter = Test.group name <|
Test.expect_panic_with matcher=Type_Error (vec.all "invalid argument")
Test.specify "should check contains" <|
group_builder.specify "should check contains" <|
vec = alter [1, 2, 3, 4, 5]
vec.contains 1 . should_be_true
vec.contains 0 . should_be_false
Test.specify "should check for emptiness" <|
group_builder.specify "should check for emptiness" <|
non_empty = alter [1]
empty = alter []
non_empty.is_empty . should_be_false
empty.is_empty . should_be_true
Test.specify "should check for non-emptiness" <|
group_builder.specify "should check for non-emptiness" <|
non_empty = alter [1]
empty = alter []
non_empty.not_empty . should_be_true
empty.not_empty . should_be_false
Test.specify "should filter elements by a predicate" <|
group_builder.specify "should filter elements by a predicate" <|
vec = alter [1, 2, 3, 4, 5]
vec.filter (x -> x > 3) . should_equal [4, 5]
vec.filter (x -> x == 1) . should_equal [1]
vec.filter (x -> x < 0) . should_equal []
vec.filter (x -> if x == 2 then Error.throw <| My_Error.Error "foo" else True) . should_fail_with My_Error
Test.specify "should filter elements by Filter_Condition" <|
group_builder.specify "should filter elements by Filter_Condition" <|
vec = alter [1, 2, 3, 4, 5]
vec.filter (Filter_Condition.Greater than=3) . should_equal [4, 5]
vec.filter (Filter_Condition.Less than=3.5) . should_equal [1, 2, 3]
@ -300,7 +300,7 @@ type_spec name alter = Test.group name <|
(alter [2, "a"]).filter (Filter_Condition.Greater 1) . should_fail_with Incomparable_Values
Test.specify "should allow Nothing when filtering by Filter_Condition" <|
group_builder.specify "should allow Nothing when filtering by Filter_Condition" <|
(alter [1, 2, Nothing, 3]).filter (Filter_Condition.Greater 2) . should_equal [3]
(alter [1, 2, Nothing, 3]).filter (Filter_Condition.Equal_Or_Less 2) . should_equal [1, 2]
(alter ["a", 2, Nothing, 2]).filter (Filter_Condition.Equal 2) . should_equal [2, 2]
@ -325,7 +325,7 @@ type_spec name alter = Test.group name <|
(alter ["a", 2, Nothing, 3]).filter (Filter_Condition.Is_In [Nothing, 2]) . should_equal [2, Nothing]
Test.specify "should have a friendly error when missing Filter_Condition arguments" <|
group_builder.specify "should have a friendly error when missing Filter_Condition arguments" <|
v = alter [0, 1, 2]
r1 = v.filter Filter_Condition.Less
@ -334,12 +334,12 @@ type_spec name alter = Test.group name <|
v.filter (Filter_Condition.Between 10) . should_fail_with Illegal_Argument
Test.specify "should filter elements with indices" <|
group_builder.specify "should filter elements with indices" <|
(alter [0, 10, 2, 2] . filter_with_index (==)) . should_equal [0, 2]
(alter [1, 2, 3, 4] . filter_with_index ix-> _-> ix < 2) . should_equal [1, 2]
(alter [1, 2, 3, 4] . filter_with_index ix-> _-> if ix == 1 then Error.throw <| My_Error.Error "foo" else True) . should_fail_with My_Error
Test.specify "should partition elements" <|
group_builder.specify "should partition elements" <|
vec = alter [1, 2, 3, 4, 5]
vec.partition (x -> x % 2 == 0) . should_equal <| Pair.new [2, 4] [1, 3, 5]
(vec . partition x-> if x == 1 then Error.throw <| My_Error.Error "foo" else True) . should_fail_with My_Error
@ -348,38 +348,38 @@ type_spec name alter = Test.group name <|
Test.expect_panic_with matcher=Type_Error (vec.partition "invalid arg")
Test.specify "should partition elements with indices" <|
group_builder.specify "should partition elements with indices" <|
alter ["a", "b", "c", "d"] . partition_with_index (ix -> _ -> ix % 2 == 0) == (Pair.new ["a", "c"] ["b", "d"])
alter ["a", "b", "c", "d"] . partition_with_index (ix -> _ -> if ix % 2 == 0 then Error.throw <| My_Error.Error "foo" else True) . should_fail_with My_Error
Test.specify "should allow to join a vector of text elements to form a single text" <|
group_builder.specify "should allow to join a vector of text elements to form a single text" <|
alter ["a", "b", "c"] . join . should_equal "abc"
alter ["a", "b", "c"] . join ";" "{" "}" . should_equal "{a;b;c}"
Test.specify "should allow mapping an operation, returning a new vector" <|
group_builder.specify "should allow mapping an operation, returning a new vector" <|
vec = alter [1, 2, 3, 4]
mapped = vec.map x-> x * x
vec.to_text.should_equal "[1, 2, 3, 4]"
mapped.to_text.should_equal "[1, 4, 9, 16]"
Test.specify "should allow map on_problems=No_Wrap, returning a new vector" <|
group_builder.specify "should allow map on_problems=No_Wrap, returning a new vector" <|
vec = alter [1, 2, 3, 4]
mapped = vec.map on_problems=No_Wrap x-> x * x
vec.to_text.should_equal "[1, 2, 3, 4]"
mapped.to_text.should_equal "[1, 4, 9, 16]"
Test.specify "should allow mapping an operation with index" <|
group_builder.specify "should allow mapping an operation with index" <|
vec = alter [1, 2, 3, 4]
mapped = vec.map_with_index i-> x-> x * x * i
vec.to_text.should_equal "[1, 2, 3, 4]"
mapped.to_text.should_equal "[0, 4, 18, 48]"
Test.specify "should allow flat_mapping an operation, returning a new vector" <|
group_builder.specify "should allow flat_mapping an operation, returning a new vector" <|
vec = alter [1, 2, 0, 3]
mapped = vec.flat_map n-> Vector.fill n n
mapped.should_equal [1, 2, 2, 3, 3, 3]
Test.specify "should allow to flatten a nested vector" <|
group_builder.specify "should allow to flatten a nested vector" <|
alter [[1, 2, 3], [4, 10], [], [0], [0]] . flatten . should_equal [1, 2, 3, 4, 10, 0, 0]
alter [] . flatten . should_equal []
alter [[]] . flatten . should_equal []
@ -389,13 +389,13 @@ type_spec name alter = Test.group name <|
alter [["a", 2], [], [[[3]]], [T.Value 1 2, 44]] . flatten . should_equal ["a", 2, [[3]], T.Value 1 2, 44]
(alter ["polyglot", " ", "array"] . map .utf_8).flatten . should_equal "polyglot array".utf_8
Test.specify "should allow applying a function to each element" <|
group_builder.specify "should allow applying a function to each element" <|
vec = alter [1, 2, 3, 4]
vec_mut = Vector.new_builder
vec.each vec_mut.append
vec_mut.to_vector . should_equal vec
Test.specify "should accept changed elements" <|
group_builder.specify "should accept changed elements" <|
vec_mut = Vector.new_builder
vec_mut.append 1
vec_mut.append 1.1
@ -407,7 +407,7 @@ type_spec name alter = Test.group name <|
vec.at 1 . should_equal 1.1
vec.at 2 . should_equal Nothing
Test.specify "should accept Nothing" <|
group_builder.specify "should accept Nothing" <|
vec_mut = Vector.new_builder
vec_mut.append Nothing
@ -415,16 +415,16 @@ type_spec name alter = Test.group name <|
vec.length . should_equal 1
vec.at 0 . should_equal Nothing
Test.specify "should allow reversing" <|
group_builder.specify "should allow reversing" <|
alter [1, 2, 3] . reverse . should_equal [3, 2, 1]
Test.specify "should have a well-defined text conversion" <|
group_builder.specify "should have a well-defined text conversion" <|
alter [] . to_text . should_equal "[]"
alter [1,2,3] . to_text . should_equal "[1, 2, 3]"
alter [Nothing] . to_text . should_equal "[Nothing]"
alter ['a'] . to_text . should_equal "[a]"
Test.specify "should allow to generate a short text representation for display" <|
group_builder.specify "should allow to generate a short text representation for display" <|
alter [] . short_display_text max_entries=3 . should_equal "[]"
alter [1] . short_display_text max_entries=3 . should_equal "[1]"
alter [1, 2] . short_display_text max_entries=3 . should_equal "[1, 2]"
@ -437,17 +437,17 @@ type_spec name alter = Test.group name <|
alter [] . short_display_text max_entries=0 . should_fail_with Illegal_Argument
Test.specify "should define equality" <|
group_builder.specify "should define equality" <|
(alter [1,2,3])==[1,2] . should_be_false
(alter [1,2,3])==[1,2,3] . should_be_true
(alter [1,2,3])==[3,4,5] . should_be_false
Test.specify "should define concatenation" <|
group_builder.specify "should define concatenation" <|
concat = (alter [1, 2, 3]) + (alter [4, 5, 6])
concat.should_equal [1, 2, 3, 4, 5, 6]
Test.expect_panic_with matcher=Type_Error ((alter [1, 2, 3])+1)
Test.specify "should allow finding a value" <|
group_builder.specify "should allow finding a value" <|
input = alter [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]
input.find (x -> x == 5) . should_equal 5
input.find (x -> x%3 == 2) . should_equal 2
@ -466,7 +466,7 @@ type_spec name alter = Test.group name <|
alter ["b", "A", "c"] . find (Filter_Condition.Equal_Ignore_Case "a") . should_equal "A"
Test.specify "should allow finding the index of a value" <|
group_builder.specify "should allow finding the index of a value" <|
input = alter [1, 2, 3, 4, 1, 2, 3, 1, 2, 1]
input.index_of 4 . should_equal 3
input.index_of (>3) . should_equal 3
@ -482,7 +482,7 @@ type_spec name alter = Test.group name <|
input.index_of (Filter_Condition.Equal_Or_Greater 2) . should_equal 1
input.index_of "text" . should_equal Nothing
Test.specify "should allow finding the last index of a value" <|
group_builder.specify "should allow finding the last index of a value" <|
input = alter [1, 2, 3, 4, 1, 2, 3, 1, 2, 1]
input.last_index_of 2 . should_equal 8
input.last_index_of 5 . should_equal Nothing
@ -496,12 +496,12 @@ type_spec name alter = Test.group name <|
input.last_index_of (Filter_Condition.Equal_Or_Greater 2) . should_equal input.length-2
input.last_index_of "text" . should_equal Nothing
Test.specify "should be convertible to a list" <|
group_builder.specify "should be convertible to a list" <|
alter [] . to_list . should_equal List.Nil
alter ["A"] . to_list . should_equal (List.Cons "A" List.Nil)
alter [1, 2, "B", 3] . to_list . should_equal (List.Cons 1 (List.Cons 2 (List.Cons "B" (List.Cons 3 List.Nil))))
Test.specify "Vector slice should return a Vector" <|
group_builder.specify "Vector slice should return a Vector" <|
vec = alter [1, 2, 3, 4, 5, 6]
vec.slice 0 3 . should_equal [1, 2, 3]
vec.slice 1 3 . should_equal [2, 3]
@ -511,7 +511,7 @@ type_spec name alter = Test.group name <|
Meta.get_qualified_type_name (vec.slice 1 1) . should_equal (Meta.meta Vector . qualified_name)
Meta.get_simple_type_name (vec.slice 1 1) . should_equal "Vector"
Test.specify "should define take and drop family of operations" <|
group_builder.specify "should define take and drop family of operations" <|
vec = alter [1, 2, 3, 4, 5, 6]
first_four = alter [1, 2, 3, 4]
last_four = alter [3, 4, 5, 6]
@ -633,17 +633,17 @@ type_spec name alter = Test.group name <|
alter ["a", "a", "a"] . drop (Sample 1) . should_equal ["a", "a"]
alter ["a", "a", "a"] . drop (Sample 100) . should_equal []
Test.group "take/drop Sample non-determinism" <|
suite_builder.group "take/drop Sample non-determinism" group_builder->
v = 0.up_to 20 . to_vector
Test.specify "sampling should be deterministic when a seed is supplied" <|
group_builder.specify "sampling should be deterministic when a seed is supplied" <|
v.take (Sample 3 seed=4200000) . should_equal (v.take (Sample 3 seed=4200000))
Test.specify "sampling should be non-deterministic when a seed is not supplied" <|
group_builder.specify "sampling should be non-deterministic when a seed is not supplied" <|
0.up_to 3 . map _->
v.take (Sample 3) . should_not_equal (v.take (Sample 3))
Test.specify "take/drop should gracefully handle missing constructor arguments" <|
group_builder.specify "take/drop should gracefully handle missing constructor arguments" <|
[].take "FOO" . should_fail_with Type_Error
[].drop "FOO" . should_fail_with Type_Error
@ -659,7 +659,7 @@ type_spec name alter = Test.group name <|
r3.should_fail_with Illegal_Argument
r3.catch.to_display_text . should_contain "Got a Function instead of a range, is a constructor argument missing?"
Test.specify "should allow getting the last element of the vector" <|
group_builder.specify "should allow getting the last element of the vector" <|
non_empty_vec = alter [1, 2, 3, 4, 5]
singleton_vec = alter [1]
empty_vec = alter []
@ -667,7 +667,7 @@ type_spec name alter = Test.group name <|
singleton_vec.last . should_equal 1
empty_vec.last . should_fail_with Index_Out_Of_Bounds
Test.specify "should allow getting the first element" <|
group_builder.specify "should allow getting the first element" <|
non_empty_vec = alter [1, 2, 3, 4, 5]
singleton_vec = alter [1]
empty_vec = alter []
@ -675,7 +675,7 @@ type_spec name alter = Test.group name <|
singleton_vec.first . should_equal 1
empty_vec.first . should_fail_with Index_Out_Of_Bounds
Test.specify "should allow getting the second element" <|
group_builder.specify "should allow getting the second element" <|
non_empty_vec = alter [1, 2, 3, 4, 5]
singleton_vec = alter [1]
empty_vec = alter []
@ -683,7 +683,7 @@ type_spec name alter = Test.group name <|
singleton_vec.second . should_fail_with Index_Out_Of_Bounds
empty_vec.second . should_fail_with Index_Out_Of_Bounds
Test.specify "should be able to be sorted" <|
group_builder.specify "should be able to be sorted" <|
empty_vec = alter []
short_vec = alter [2, 4, 38, -1, -1000, 3671, -32]
short_expected = alter [-1000, -32, -1, 2, 4, 38, 3671]
@ -698,53 +698,53 @@ type_spec name alter = Test.group name <|
alter ["aa", 2] . sort . should_equal [2, "aa"]
alter [2, Date.new 1999] . sort . should_equal [2, Date.new 1999]
Test.specify "should leave the original vector unchanged" <|
group_builder.specify "should leave the original vector unchanged" <|
non_empty_vec = alter [2, 4, 2, 3, 2, 3]
sorted = non_empty_vec.sort
non_empty_vec . should_equal [2, 4, 2, 3, 2, 3]
sorted . should_equal [2, 2, 2, 3, 3, 4]
Test.specify "should have a stable sort" <|
group_builder.specify "should have a stable sort" <|
small_vec = alter [T.Value 1 8, T.Value 1 3, T.Value -20 0, T.Value -1 1, T.Value -1 10, T.Value 4 0]
small_expected = [T.Value -20 0, T.Value -1 1, T.Value -1 10, T.Value 1 8, T.Value 1 3, T.Value 4 0]
small_vec.sort . should_equal small_expected
Test.specify "should fail the sort if Report_Error problem_behavior specified" <|
group_builder.specify "should fail the sort if Report_Error problem_behavior specified" <|
alter [T.Value 1 8, Nothing] . sort on_incomparable=Problem_Behavior.Report_Error . should_fail_with Incomparable_Values
alter [Nothing, Number.nan] . sort on_incomparable=Problem_Behavior.Report_Error . should_fail_with Incomparable_Values
Test.specify "should be able to use a custom element projection" <|
group_builder.specify "should be able to use a custom element projection" <|
small_vec = alter [T.Value 1 8, T.Value 1 3, T.Value -20 0, T.Value -1 1, T.Value -1 10, T.Value 4 0]
small_expected = [T.Value -20 0, T.Value 4 0, T.Value -1 1, T.Value 1 3, T.Value 1 8, T.Value -1 10]
small_vec.sort (on = _.b) . should_equal small_expected
small_vec.sort (on = .b) . should_equal small_expected
Test.specify "should be able to use a custom compare function" <|
group_builder.specify "should be able to use a custom compare function" <|
small_vec = alter [2, 7, -3, 383, -392, 28, -90]
small_expected = [383, 28, 7, 2, -3, -90, -392]
small_vec.sort (by = l -> r -> Ordering.compare r l) . should_equal small_expected
Test.specify "should allow tail-recursive comparators in sort" <|
group_builder.specify "should allow tail-recursive comparators in sort" <|
v = alter [Foo.Value [4,2,2], Foo.Value [1,2,3], Foo.Value [1,2,4]]
r = alter [Foo.Value [1,2,3], Foo.Value [1,2,4], Foo.Value [4,2,2]]
v.sort by=compare_tco . should_equal r
Test.specify "should be able to use a custom compare function and projection" <|
group_builder.specify "should be able to use a custom compare function and projection" <|
small_vec = alter [T.Value 1 8, T.Value 1 3, T.Value -20 0, T.Value -1 1, T.Value -1 10, T.Value 4 0]
small_expected = alter [T.Value -1 10, T.Value 1 8, T.Value 1 3, T.Value -1 1, T.Value -20 0, T.Value 4 0]
small_vec.sort (on = _.b) (by = l -> r -> Ordering.compare r l) . should_equal small_expected
Test.specify "should be able to sort in descending order" <|
group_builder.specify "should be able to sort in descending order" <|
small_vec = alter [2, 7, -3, 383, -392, 28, -90]
small_expected = alter [383, 28, 7, 2, -3, -90, -392]
small_vec.sort Sort_Direction.Descending . should_equal small_expected
Test.specify "should be stable in descending order" <|
group_builder.specify "should be stable in descending order" <|
small_vec = alter [T.Value 1 8, T.Value 1 3, T.Value -20 0, T.Value -1 1, T.Value -1 10, T.Value 4 0]
small_expected = alter [T.Value 4 0, T.Value 1 3, T.Value 1 8, T.Value -1 10, T.Value -1 1, T.Value -20 0]
small_vec.sort Sort_Direction.Descending . should_equal small_expected
Test.specify "should correctly propagate state through each" <|
group_builder.specify "should correctly propagate state through each" <|
v = State.run Number 77 <|
b = Vector.new_builder
(alter ["A", "B"]).each x->
@ -754,7 +754,7 @@ type_spec name alter = Test.group name <|
v.should_equal ['A', '77', 'B', '77']
Test.specify "should correctly propagate state through map" <|
group_builder.specify "should correctly propagate state through map" <|
v = State.run Number 55 <|
b = Vector.new_builder
(alter ["X", "Y"]).map x->
@ -764,41 +764,41 @@ type_spec name alter = Test.group name <|
v.should_equal ['X', '55', 'Y', '55']
Test.specify "should pad elements" <|
group_builder.specify "should pad elements" <|
alter [] . pad 3 0 . should_equal [0, 0, 0]
alter [1, 2, 3] . pad 0 0 . should_equal [1, 2, 3]
alter [1, 2, 3] . pad 3 0 . should_equal [1, 2, 3]
alter [1] . pad 3 0 . should_equal [1, 0, 0]
Test.specify "should zip elements" <|
group_builder.specify "should zip elements" <|
alter [1, 2, 3] . zip [] (+) . should_equal []
alter [1, 2, 3] . zip [4] (+) . should_equal [5]
alter [1, 2, 3] . zip [4, 5, 6] (+) . should_equal [5, 7, 9]
alter [1, 2, 3] . zip [4, 5, 6, 7] (+) . should_equal [5, 7, 9]
alter [] . zip [4, 5, 6] (+) . should_equal []
Test.specify "should zip elements with zip on_problems=No_Wrap" <|
group_builder.specify "should zip elements with zip on_problems=No_Wrap" <|
alter [1, 2, 3] . zip on_problems=No_Wrap [] (+) . should_equal []
alter [1, 2, 3] . zip on_problems=No_Wrap [4] (+) . should_equal [5]
alter [1, 2, 3] . zip on_problems=No_Wrap [4, 5, 6] (+) . should_equal [5, 7, 9]
alter [1, 2, 3] . zip on_problems=No_Wrap [4, 5, 6, 7] (+) . should_equal [5, 7, 9]
alter [] . zip on_problems=No_Wrap [4, 5, 6] (+) . should_equal []
Test.specify "should flat_map elements" <|
group_builder.specify "should flat_map elements" <|
alter [1, 2, 3] . flat_map (_ -> []) . should_equal []
alter [1, 2, 3] . flat_map (_ -> [0, 1]) . should_equal [0, 1, 0, 1, 0, 1]
alter [1, 2, 3] . flat_map (_ -> [0, [1]]) . should_equal [0, [1], 0, [1], 0, [1]]
alter [0, 1, 0] . flat_map (i -> if i == 1 then [1, 1] else [i]) . should_equal [0, 1, 1, 0]
alter [0, 0, 0] . flat_map (i -> [i]) . should_equal [0, 0, 0]
Test.specify "should flat_map elements with flat_map on_problems=No_Wrap" <|
group_builder.specify "should flat_map elements with flat_map on_problems=No_Wrap" <|
alter [1, 2, 3] . flat_map on_problems=No_Wrap (_ -> []) . should_equal []
alter [1, 2, 3] . flat_map on_problems=No_Wrap (_ -> [0, 1]) . should_equal [0, 1, 0, 1, 0, 1]
alter [1, 2, 3] . flat_map on_problems=No_Wrap (_ -> [0, [1]]) . should_equal [0, [1], 0, [1], 0, [1]]
alter [0, 1, 0] . flat_map on_problems=No_Wrap (i -> if i == 1 then [1, 1] else [i]) . should_equal [0, 1, 1, 0]
alter [0, 0, 0] . flat_map on_problems=No_Wrap (i -> [i]) . should_equal [0, 0, 0]
Test.specify "should allow inserting elements" <|
group_builder.specify "should allow inserting elements" <|
alter [2, 3] . insert . should_equal [2, 3, Nothing]
alter [2, 3] . insert item=1 . should_equal [2, 3, 1]
alter [2, 3] . insert 100 item=1 . should_fail_with Index_Out_Of_Bounds
@ -808,21 +808,21 @@ type_spec name alter = Test.group name <|
alter [1, 2, 3] . insert -1 item=4 . should_equal [1, 2, 4, 3]
alter [1, 2, 3] . insert -20 item=4 . should_fail_with Index_Out_Of_Bounds
Test.specify "should allow removing elements" <|
group_builder.specify "should allow removing elements" <|
alter [1, 2, 3] . remove . should_equal [1, 2]
alter [1, 2, 3] . remove 100 . should_fail_with Index_Out_Of_Bounds
alter [1, 2, 3] . remove -123 . should_fail_with Index_Out_Of_Bounds
alter [1, 2, 3] . remove 0 . should_equal [2, 3]
alter [1, 2, 3] . remove -1 . should_equal [1, 2]
Test.specify "should return a vector containing only unique elements" <|
group_builder.specify "should return a vector containing only unique elements" <|
alter [1, 3, 1, 2, 2, 1] . distinct . should_equal [1, 3, 2]
alter ["a", "a", "a"] . distinct . should_equal ["a"]
alter ['ś', 's', 's\u0301'] . distinct . should_equal ['ś', 's']
alter [1, 1.0, 2, 2.0] . distinct . should_equal [1, 2]
alter [] . distinct . should_equal []
Test.specify "should be able to handle distinct on different primitive values" <|
group_builder.specify "should be able to handle distinct on different primitive values" <|
alter [1, "a"] . distinct . should_equal [1, "a"]
alter ["a", 1] . distinct . should_equal ["a", 1]
alter [Nothing, Nothing] . distinct . should_equal [Nothing]
@ -837,27 +837,27 @@ type_spec name alter = Test.group name <|
my_nan = My_Nan.Value 42
alter [my_nan, Number.nan, my_nan] . distinct . to_text . should_equal "[(My_Nan.Value 42), NaN]"
Test.specify "should correctly handle distinct with types that have custom comparators" <|
group_builder.specify "should correctly handle distinct with types that have custom comparators" <|
alter [T.Value 1 2, T.Value 3 3, T.Value 1 2] . distinct . should_equal [T.Value 1 2, T.Value 3 3]
alter [T.Value 1 2, T.Value 3 3, T.Value 1 2, Nothing] . distinct . should_equal [T.Value 1 2, T.Value 3 3, Nothing]
alter [Nothing, T.Value 1 2, T.Value 3 3, T.Value 1 2, Nothing] . distinct . should_equal [Nothing, T.Value 1 2, T.Value 3 3]
alter [T.Value 1 2, Date.new year=1973] . distinct . should_equal [T.Value 1 2, Date.new year=1973]
Test.specify "should return a vector containing only unique elements up to some criteria" <|
group_builder.specify "should return a vector containing only unique elements up to some criteria" <|
alter [Pair.new 1 "a", Pair.new 2 "b", Pair.new 1 "c"] . distinct (on = _.first) . should_equal [Pair.new 1 "a", Pair.new 2 "b"]
Test.specify "should be able to sort a heterogenous vector" <|
group_builder.specify "should be able to sort a heterogenous vector" <|
arr = alter [ 1, 1.3, "hi", Date.today, Date_Time.now, [ 0 ] ]
(arr.sort on=(.to_text) . map .to_text) . should_equal (arr.map .to_text . sort)
(arr.sort on=(_.to_text) . map .to_text) . should_equal (arr.map .to_text . sort)
(arr.sort on=(x-> x.to_text) . map .to_text) . should_equal (arr.map .to_text . sort)
Test.specify "should be able to sort a polyglot vector" <|
group_builder.specify "should be able to sort a polyglot vector" <|
input = "beta".utf_8
expected = "abet".utf_8
input.sort . should_equal expected
Test.specify "should report only a limited number of warnings for incomparable values" <|
group_builder.specify "should report only a limited number of warnings for incomparable values" <|
gen x = case (x % 10) of
0 -> Nothing
1 -> "foo"+x.to_text
@ -874,86 +874,87 @@ type_spec name alter = Test.group name <|
Warning.get_all sorted . length . should_equal 10
Warning.limit_reached sorted . should_equal True
Test.specify "an error thrown inside map should be caught as a Map_Error" <|
group_builder.specify "an error thrown inside map should be caught as a Map_Error" <|
alter [10, 20, 30, 40] . map map_fun . should_fail_with (Map_Error.Error 2 (My_Error.Error 30)) unwrap_errors=False
Test.specify "an error thrown inside map on_problems=No_Wrap should be caught as a My_Error" <|
group_builder.specify "an error thrown inside map on_problems=No_Wrap should be caught as a My_Error" <|
alter [10, 20, 30, 40] . map on_problems=No_Wrap map_fun . should_fail_with My_Error
Test.specify "an error thrown inside map_with_index on_problems=No_Wrap should be caught as a My_Error" <|
group_builder.specify "an error thrown inside map_with_index on_problems=No_Wrap should be caught as a My_Error" <|
map_with_index_fun _ a = if a == 30 then Error.throw (My_Error.Error a) else a+1
alter [10, 20, 30, 40] . map_with_index on_problems=No_Wrap map_with_index_fun . should_fail_with My_Error
Test.specify "an error thrown inside map and caught (without error parameter) should be caught as a Map_Error" <|
group_builder.specify "an error thrown inside map and caught (without error parameter) should be caught as a Map_Error" <|
alter [10, 20, 30, 40] . map map_fun . catch . should_equal (Map_Error.Error 2 (My_Error.Error 30))
Test.specify "an error thrown inside map and caught (with error parameter My_Error) should be caught as a My_Error" <|
group_builder.specify "an error thrown inside map and caught (with error parameter My_Error) should be caught as a My_Error" <|
alter [10, 20, 30, 40] . map map_fun . catch My_Error . should_equal (My_Error.Error 30)
Test.specify "an error thrown inside map and caught (with error parameter Map_Error) should be caught as a Map_Error" <|
group_builder.specify "an error thrown inside map and caught (with error parameter Map_Error) should be caught as a Map_Error" <|
alter [10, 20, 30, 40] . map map_fun . catch Map_Error . should_equal (Map_Error.Error 2 (My_Error.Error 30))
Test.specify "an error thrown inside flat_map should be caught as a Map_Error" <|
group_builder.specify "an error thrown inside flat_map should be caught as a Map_Error" <|
vec = alter ([[10], [20], [30], [40]].map alter)
vec.flat_map flat_map_fun . should_fail_with (Map_Error.Error 2 (My_Error.Error [30])) unwrap_errors=False
Test.specify "an error thrown inside map_with_index should be caught as a Map_Error" <|
group_builder.specify "an error thrown inside map_with_index should be caught as a Map_Error" <|
alter [10, 20, 30, 40] . map_with_index map_with_index_fun . should_fail_with (Map_Error.Error 2 (My_Error.Error 30)) unwrap_errors=False
Test.specify "an error thrown inside zip should be caught as a Map_Error" <|
group_builder.specify "an error thrown inside zip should be caught as a Map_Error" <|
vec = alter [10, 20, 30, 40]
vec.zip [10, 20, 30, 40] zip_fun . should_fail_with (Map_Error.Error 2 (My_Error.Error 30)) unwrap_errors=False
Test.specify "an error thrown inside nested maps should be wrapped multiple times" <|
group_builder.specify "an error thrown inside nested maps should be wrapped multiple times" <|
nested_vector = Vector.fill 5 (alter [10, 20, 30, 40])
nested_vector.map (_.map map_fun) . should_fail_with (Map_Error.Error 0 (Map_Error.Error 2 (My_Error.Error 30))) unwrap_errors=False
Test.specify "nested Map_Error indicies should be in the correct order" <|
group_builder.specify "nested Map_Error indicies should be in the correct order" <|
nested_vector = [[10, 20, 30, 40], [30, 10, 20, 30]]
expected_warnings = [(Map_Error.Error 1 (Map_Error.Error 3 (My_Error.Error 30))), (Map_Error.Error 1 (Map_Error.Error 0 (My_Error.Error 30))), (Map_Error.Error 0 (Map_Error.Error 2 (My_Error.Error 30)))]
Warning.get_all wrap_errors=True (nested_vector.map (_.map map_fun on_problems=Problem_Behavior.Report_Warning) on_problems=Problem_Behavior.Report_Warning) . map .value . should_equal expected_warnings
Test.specify "a Nothing thrown inside map should be caught as Nothing" <|
group_builder.specify "a Nothing thrown inside map should be caught as Nothing" <|
map_fun a = if a == 30 then Error.throw Nothing else a+1
alter [10, 20, 30, 40] . map map_fun . should_fail_with (Map_Error.Error 2 Nothing) unwrap_errors=False
Test.specify "an error thrown inside map with on_problems=Problem_Behavior.Ignore should be ignored" <|
group_builder.specify "an error thrown inside map with on_problems=Problem_Behavior.Ignore should be ignored" <|
results = alter [10, 20, 30, 40] . map map_fun on_problems=Problem_Behavior.Ignore
results . should_equal [11, 21, Nothing, 41]
Warning.get_all results wrap_errors=True . should_equal []
Test.specify "an error thrown inside map with on_problems=Problem_Behavior.Report_Warning should be attached as a warning" <|
group_builder.specify "an error thrown inside map with on_problems=Problem_Behavior.Report_Warning should be attached as a warning" <|
result = alter [10, 20, 30, 40] . map map_fun on_problems=Problem_Behavior.Report_Warning
result . should_equal [11, 21, Nothing, 41]
Warning.get_all result wrap_errors=True . map .value . should_equal [Map_Error.Error 2 (My_Error.Error 30)]
Test.specify "multiple errors thrown inside map with on_problems=Problem_Behavior.Report_Warning should be attached as warnings" <|
group_builder.specify "multiple errors thrown inside map with on_problems=Problem_Behavior.Report_Warning should be attached as warnings" <|
result = alter [10, 30, 20, 30, 40, 30] . map map_fun on_problems=Problem_Behavior.Report_Warning
result . should_equal [11, Nothing, 21, Nothing, 41, Nothing]
Warning.get_all result wrap_errors=True . map .value . should_equal ([5, 3, 1].map i-> Map_Error.Error i (My_Error.Error 30))
Test.specify "many errors thrown inside map with on_problems=Problem_Behavior.Report_Warning should be attached as warnings and an Additional_Warnings" <|
group_builder.specify "many errors thrown inside map with on_problems=Problem_Behavior.Report_Warning should be attached as warnings and an Additional_Warnings" <|
result = alter ([10, 20] + (Vector.fill 12 30) + [40]) . map map_fun on_problems=Problem_Behavior.Report_Warning
result . should_equal ([11, 21] + (Vector.fill 12 Nothing) + [41])
expected_warnings_regular = 11.down_to 1 . map i-> Map_Error.Error i (My_Error.Error 30)
expected_warnings = expected_warnings_regular + [(Additional_Warnings.Error 2)]
Warning.get_all result wrap_errors=True . map .value . should_equal expected_warnings
Test.specify "map on_problems=No_Wrap does not do error wrapping" <|
group_builder.specify "map on_problems=No_Wrap does not do error wrapping" <|
alter [10, 20, 30, 40] . map on_problems=No_Wrap map_fun . catch . should_equal (My_Error.Error 30)
Test.specify "zip on_problems=No_Wrap does not do error wrapping" <|
group_builder.specify "zip on_problems=No_Wrap does not do error wrapping" <|
zip_fun a _ = if a == 30 then Error.throw (My_Error.Error a) else a+1
arr = alter [10, 20, 30, 40]
arr . zip on_problems=No_Wrap arr zip_fun . catch . should_equal (My_Error.Error 30)
Test.specify "flat_map on_problems=No_Wrap does not do error wrapping" <|
group_builder.specify "flat_map on_problems=No_Wrap does not do error wrapping" <|
vec = alter [1, 2, 0, 3]
vec.flat_map on_problems=No_Wrap (n-> Error.throw (My_Error.Error n)) . catch . should_equal (My_Error.Error 1)
spec =
Test.group "Vector builder" <|
Test.specify "empty builder.get" <|
add_specs suite_builder =
suite_builder.group "Vector builder" group_builder->
group_builder.specify "empty builder.get" <|
b = Vector.new_builder
e = Panic.catch Index_Out_Of_Bounds (b.at 0) err->
err.payload
@ -961,7 +962,7 @@ spec =
e.index . should_equal 0
e.length . should_equal 0
Test.specify "one number builder.get" <|
group_builder.specify "one number builder.get" <|
b = Vector.new_builder
b.append 32
e = Panic.catch Index_Out_Of_Bounds (b.at 1) err->
@ -971,67 +972,67 @@ spec =
e.length . should_equal 1
b.at 0 . should_equal 32
Test.specify "Vector.collect lazy" <|
group_builder.specify "Vector.collect lazy" <|
seq = Fib.sequence
seq.take 5 . should_equal [1, 1, 2, 3, 5]
Test.specify "Vector.collect empty list" <|
group_builder.specify "Vector.collect empty list" <|
l = List.Nil
v = Vector.collect l .x .xs limit=30 stop_at=(_==List.Nil)
v . should_equal []
Test.specify "Vector.collect finite" <|
group_builder.specify "Vector.collect finite" <|
l = List.Cons 1 <| List.Cons 2 <| List.Cons 3 <| List.Nil
v = Vector.collect l .x .xs limit=30 stop_at=(_==List.Nil)
v . should_equal [1, 2, 3]
Test.group "Vector/Array equality" <|
suite_builder.group "Vector/Array equality" group_builder->
v1 = [1, 2, 3]
a1 = v1.to_array
v2 = [1, 2, 3]
a2 = v2.to_array
Test.specify "vector1 should be equal to vector1" <|
group_builder.specify "vector1 should be equal to vector1" <|
v1.should_equal v1
Test.specify "vector1 should be equal to vector2" <|
group_builder.specify "vector1 should be equal to vector2" <|
v1.should_equal v2
Test.specify "vector1 should be equal to array1" <|
group_builder.specify "vector1 should be equal to array1" <|
v1.should_equal a1
Test.specify "vector1 should be equal to array2" <|
group_builder.specify "vector1 should be equal to array2" <|
v1.should_equal a2
Test.specify "array1 should be equal to vector1" <|
group_builder.specify "array1 should be equal to vector1" <|
a1.should_equal v1
Test.specify "array1 should be equal to vector2" <|
group_builder.specify "array1 should be equal to vector2" <|
a1.should_equal v2
Test.specify "array1 should be equal to array1" <|
group_builder.specify "array1 should be equal to array1" <|
a1.should_equal a1
Test.specify "array1 should be equal to array2" <|
group_builder.specify "array1 should be equal to array2" <|
a1.should_equal a2
Test.specify "should have a well-defined debug-printing method" <|
group_builder.specify "should have a well-defined debug-printing method" <|
[].pretty.should_equal "[]"
[1,2,3].pretty.should_equal "[1, 2, 3]"
[Nothing].pretty.should_equal "[Nothing]"
[True, False, 'a'].pretty . should_equal "[True, False, 'a']"
[Foo.Value True].pretty . should_equal "[(Foo.Value True)]"
type_spec "Use Vector as vectors" identity
type_spec "Use Array as vectors" (v -> v.to_array)
type_spec "Use Java ArrayList as vectors" v->
type_spec suite_builder "Use Vector as vectors" identity
type_spec suite_builder "Use Array as vectors" (v -> v.to_array)
type_spec suite_builder "Use Java ArrayList as vectors" v->
arr = ArrayList.new
v.each (x -> arr.add x)
arr
type_spec "Use Array_Proxy as vectors" v->
type_spec suite_builder "Use Array_Proxy as vectors" v->
Array_Proxy.new v.length (ix -> v.at ix)
type_spec "Use a slice of an array as vectors" v->
type_spec suite_builder "Use a slice of an array as vectors" v->
v2 = v+[Nothing]
sliced_vector = v2.slice 0 v.length
sliced_array = sliced_vector.to_array
@ -1049,4 +1050,8 @@ type Fib
start = Fib.Number 1 <| Fib.Number 1 (sum_two start)
start
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

239
test/Base_Tests/src/Data/XML/XML_Spec.enso
View File

@ -1,131 +1,144 @@
from Standard.Base import all
import Standard.Base.Errors.Common.Syntax_Error
import Standard.Base.Errors.File_Error.File_Error
from Standard.Base.Runtime import assert
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
spec =
test_file = enso_project.data / "xml" / "sample.xml"
document = XML_Document.from_file test_file
root = document . root_element
type Test_Data
Value ~data
Test.group "Read XML" <|
Test.specify "Can read from a file" <|
root.name . should_equal "class"
test_file self = self.data.at 0
document self = self.data.at 1
root self = self.data.at 2
Test.specify "Error if file does not exist" <|
setup = Test_Data.Value <|
test_file = enso_project.data / "xml" / "sample.xml"
assert test_file.exists
document = XML_Document.from_file test_file
root = document . root_element
[test_file, document, root]
add_specs suite_builder =
data = Test_Data.setup
suite_builder.group "Read XML" group_builder->
group_builder.specify "Can read from a file" <|
data.root.name . should_equal "class"
group_builder.specify "Error if file does not exist" <|
test_file = enso_project.data / "xml" / "sample.xmlnotexists"
XML_Document.from_file test_file . should_fail_with File_Error
Test.specify "Can read from a stream" <|
test_file.with_input_stream [File_Access.Read] input_stream->
group_builder.specify "Can read from a stream" <|
data.test_file.with_input_stream [File_Access.Read] input_stream->
doc = XML_Document.from_stream input_stream
doc.root_element.name . should_equal "class"
Test.specify "Can read from a string" <|
xml_string = test_file.read_text
group_builder.specify "Can read from a string" <|
xml_string = data.test_file.read_text
doc = XML_Document.from_text xml_string
doc.root_element.name . should_equal "class"
Test.specify "Can read from a short string" <|
group_builder.specify "Can read from a short string" <|
xml_string = "<class></class>"
doc = XML_Document.from_text xml_string
doc.root_element.name . should_equal "class"
Test.specify "Parse error from file" <|
group_builder.specify "Parse error from file" <|
test_file = enso_project.data / "sample.txt"
XML_Document.from_file test_file . catch . should_be_a XML_Error.Parse_Error
Test.specify "Parse error from string" <|
group_builder.specify "Parse error from string" <|
xml_string = "<<<<</"
XML_Document.from_text xml_string . catch . should_be_a XML_Error.Parse_Error
Test.group "at/get" <|
Test.specify "Can get children by index" <|
root.at 0 . name . should_equal "teacher"
suite_builder.group "at/get" group_builder->
group_builder.specify "Can get children by index" <|
data.root.at 0 . name . should_equal "teacher"
root.at 0 . at 0 . name . should_equal "firstname"
root.at 0 . at 1 . name . should_equal "lastname"
root.at 0 . at 2 . name . should_equal "bio"
root.at 0 . at 2 . at 0 . should_equal '\n Blah blah\n '
data.root.at 0 . at 0 . name . should_equal "firstname"
data.root.at 0 . at 1 . name . should_equal "lastname"
data.root.at 0 . at 2 . name . should_equal "bio"
data.root.at 0 . at 2 . at 0 . should_equal '\n Blah blah\n '
root.at 3 . at 0 . name . should_equal "firstname"
root.at 3 . at 1 . name . should_equal "lastname"
root.at 3 . at 2 . name . should_equal "gpa"
root.at 3 . at 2 . at 0 . should_equal "3.99"
data.root.at 3 . at 0 . name . should_equal "firstname"
data.root.at 3 . at 1 . name . should_equal "lastname"
data.root.at 3 . at 2 . name . should_equal "gpa"
data.root.at 3 . at 2 . at 0 . should_equal "3.99"
Test.specify "Can get text children by index" <|
root.at 4 . at 0 . should_equal '\n Some\n '
root.at 4 . at 2 . should_equal '\n Extra\n '
root.at 4 . at 4 . should_equal '\n Text\n '
group_builder.specify "Can get text children by index" <|
data.root.at 4 . at 0 . should_equal '\n Some\n '
data.root.at 4 . at 2 . should_equal '\n Extra\n '
data.root.at 4 . at 4 . should_equal '\n Text\n '
Test.specify "Can get element attributes" <|
root.at 0 . at "@id" . should_equal "100"
root.at 1 . at "@id" . should_equal "101"
root.at 2 . at "@studentId" . should_equal "1000"
root.at 3 . at "@studentId" . should_equal "1001"
group_builder.specify "Can get element attributes" <|
data.root.at 0 . at "@id" . should_equal "100"
data.root.at 1 . at "@id" . should_equal "101"
data.root.at 2 . at "@studentId" . should_equal "1000"
data.root.at 3 . at "@studentId" . should_equal "1001"
root.at 0 . attribute "id" . should_equal "100"
root.at 1 . attribute "id" . should_equal "101"
root.at 2 . attribute "studentId" . should_equal "1000"
root.at 3 . attribute "studentId" . should_equal "1001"
data.root.at 0 . attribute "id" . should_equal "100"
data.root.at 1 . attribute "id" . should_equal "101"
data.root.at 2 . attribute "studentId" . should_equal "1000"
data.root.at 3 . attribute "studentId" . should_equal "1001"
root.at 3 . attribute "does_not_exist" if_missing="if_missing" . should_equal "if_missing"
data.root.at 3 . attribute "does_not_exist" if_missing="if_missing" . should_equal "if_missing"
Test.specify "Can get element an attribute map" <|
root.at 2 . attributes . should_equal (Map.from_vector [["studentId", "1000"], ["year", "2"]])
root.at 3 . attributes . should_equal (Map.from_vector [["studentId", "1001"], ["year", "3"]])
group_builder.specify "Can get element an attribute map" <|
data.root.at 2 . attributes . should_equal (Map.from_vector [["studentId", "1000"], ["year", "2"]])
data.root.at 3 . attributes . should_equal (Map.from_vector [["studentId", "1001"], ["year", "3"]])
Test.specify "Can get nodes via xpath" <|
classes = root.at "/class"
group_builder.specify "Can get nodes via xpath" <|
classes = data.root.at "/class"
classes.length . should_equal 1
classes.at 0 . name . should_equal "class"
teachers = root.at "/class/teacher"
teachers = data.root.at "/class/teacher"
teachers.length . should_equal 2
teachers.at 0 . at "@id" . should_equal "100"
teachers.at 1 . at "@id" . should_equal "101"
students = root.at "/class/student"
students = data.root.at "/class/student"
students.length . should_equal 3
students.at 0 . at "@studentId" . should_equal "1000"
students.at 1 . at "@studentId" . should_equal "1001"
root.at "/class/teacher[1]/firstname" . at 0 . text . should_equal "Mary"
root.at "/class/teacher[2]/firstname" . at 0 . text . should_equal "Bob"
root.at "/class/teacher[1]/firstname/text()" . should_equal ["Mary"]
root.at "/class/teacher[2]/firstname/text()" . should_equal ["Bob"]
root.at "/class/teacher/firstname/text()" . should_equal ["Mary", "Bob"]
root.at "/class/teacher[1]/bio" . at 0 . text . should_equal '\n Blah blah\n '
root.at "/class/teacher[2]/bio" . at 0 . text . should_equal '\n This that\n '
root.get "/class/teacher[23]" . should_equal []
data.root.at "/class/teacher[1]/firstname" . at 0 . text . should_equal "Mary"
data.root.at "/class/teacher[2]/firstname" . at 0 . text . should_equal "Bob"
data.root.at "/class/teacher[1]/firstname/text()" . should_equal ["Mary"]
data.root.at "/class/teacher[2]/firstname/text()" . should_equal ["Bob"]
data.root.at "/class/teacher/firstname/text()" . should_equal ["Mary", "Bob"]
data.root.at "/class/teacher[1]/bio" . at 0 . text . should_equal '\n Blah blah\n '
data.root.at "/class/teacher[2]/bio" . at 0 . text . should_equal '\n This that\n '
data.root.get "/class/teacher[23]" . should_equal []
root.at "teacher[1]/firstname" . at 0 . text . should_equal "Mary"
root.at "teacher[2]/firstname" . at 0 . text . should_equal "Bob"
root.at "teacher[1]/bio" . at 0 . text . should_equal '\n Blah blah\n '
root.at "teacher[2]/bio" . at 0 . text . should_equal '\n This that\n '
data.root.at "teacher[1]/firstname" . at 0 . text . should_equal "Mary"
data.root.at "teacher[2]/firstname" . at 0 . text . should_equal "Bob"
data.root.at "teacher[1]/bio" . at 0 . text . should_equal '\n Blah blah\n '
data.root.at "teacher[2]/bio" . at 0 . text . should_equal '\n This that\n '
Test.specify "Can get children using .get" <|
root.get 0 . get 0 . name . should_equal "firstname"
root.get 0 . get "@id" . should_equal "100"
root.get "/class/teacher[1]/firstname" . get 0 . text . should_equal "Mary"
group_builder.specify "Can get children using .get" <|
data.root.get 0 . get 0 . name . should_equal "firstname"
data.root.get 0 . get "@id" . should_equal "100"
data.root.get "/class/teacher[1]/firstname" . get 0 . text . should_equal "Mary"
root.get 0 . get 32 "if_missing" . should_equal "if_missing"
root.get 0 . get "@not_there" "if_missing" . should_equal "if_missing"
data.root.get 0 . get 32 "if_missing" . should_equal "if_missing"
data.root.get 0 . get "@not_there" "if_missing" . should_equal "if_missing"
Test.specify "Can handle a bad xpath" <|
root.at "/qqq[[[[1" . at 0 . text . should_fail_with XML_Error
group_builder.specify "Can handle a bad xpath" <|
data.root.at "/qqq[[[[1" . at 0 . text . should_fail_with XML_Error
Test.group "tag name" <|
Test.specify "Can get the tag name" <|
root.name . should_equal "class"
root.at 0 . name . should_equal "teacher"
root.at 1 . at 1 . name . should_equal "lastname"
suite_builder.group "tag name" group_builder->
group_builder.specify "Can get the tag name" <|
data.root.name . should_equal "class"
data.root.at 0 . name . should_equal "teacher"
data.root.at 1 . at 1 . name . should_equal "lastname"
Test.group "children" <|
Test.specify "Can get the list of children" <|
children = root.children
suite_builder.group "children" group_builder->
group_builder.specify "Can get the list of children" <|
children = data.root.children
children.length . should_equal 5
children.at 0 . at "@id" . should_equal "100"
children.at 1 . at "@id" . should_equal "101"
@ -133,30 +146,30 @@ spec =
children.at 3 . at "@studentId" . should_equal "1001"
children.at 4 . at "@studentId" . should_equal "1002"
Test.specify "Can get the number of children" <|
root.child_count . should_equal 5
group_builder.specify "Can get the number of children" <|
data.root.child_count . should_equal 5
Test.group "text contents" <|
Test.specify "Can get child text contents" <|
root.at 4 . at 1 . text . should_equal "Randy"
root.at 4 . text . should_equal '\n Some\n Randy\n Extra\n Brown\n Text\n 3.99\n '
suite_builder.group "text contents" group_builder->
group_builder.specify "Can get child text contents" <|
data.root.at 4 . at 1 . text . should_equal "Randy"
data.root.at 4 . text . should_equal '\n Some\n Randy\n Extra\n Brown\n Text\n 3.99\n '
Test.group "inner / outer xml" <|
Test.specify "Can get the inner xml" <|
(root.at "/class/teacher[1]" . at 0 . inner_xml) . should_equal '\n <firstname>Mary</firstname>\n <lastname>Smith</lastname>\n <bio>\n Blah blah\n </bio>\n '
(root.at "/class/teacher[1]/bio" . at 0 . inner_xml) . should_equal '\n Blah blah\n '
(root.at "/class/teacher[2]/bio" . at 0 . inner_xml) . should_equal '\n This that\n '
(root.at "/class/teacher[2]" . at 0 . inner_xml) . should_equal '\n <firstname>Bob</firstname>\n <lastname>Jones</lastname>\n <bio>\n This that\n </bio>\n '
suite_builder.group "inner / outer xml" group_builder->
group_builder.specify "Can get the inner xml" <|
(data.root.at "/class/teacher[1]" . at 0 . inner_xml) . should_equal '\n <firstname>Mary</firstname>\n <lastname>Smith</lastname>\n <bio>\n Blah blah\n </bio>\n '
(data.root.at "/class/teacher[1]/bio" . at 0 . inner_xml) . should_equal '\n Blah blah\n '
(data.root.at "/class/teacher[2]/bio" . at 0 . inner_xml) . should_equal '\n This that\n '
(data.root.at "/class/teacher[2]" . at 0 . inner_xml) . should_equal '\n <firstname>Bob</firstname>\n <lastname>Jones</lastname>\n <bio>\n This that\n </bio>\n '
Test.specify "Can get the outer xml" <|
(root.at "/class/teacher[1]/bio" . at 0 . outer_xml) . should_equal '<bio>\n Blah blah\n </bio>'
(root.at "/class/teacher[2]/bio" . at 0 . outer_xml) . should_equal '<bio>\n This that\n </bio>'
group_builder.specify "Can get the outer xml" <|
(data.root.at "/class/teacher[1]/bio" . at 0 . outer_xml) . should_equal '<bio>\n Blah blah\n </bio>'
(data.root.at "/class/teacher[2]/bio" . at 0 . outer_xml) . should_equal '<bio>\n This that\n </bio>'
Test.group "get_elements_by_tag_name" <|
Test.specify "Can get elements by tag name" <|
teachers = root.get_elements_by_tag_name "teacher"
students = root.get_elements_by_tag_name "student"
gpas = root.get_elements_by_tag_name "gpa"
suite_builder.group "get_elements_by_tag_name" group_builder->
group_builder.specify "Can get elements by tag name" <|
teachers = data.root.get_elements_by_tag_name "teacher"
students = data.root.get_elements_by_tag_name "student"
gpas = data.root.get_elements_by_tag_name "gpa"
teachers.length . should_equal 2
students.length . should_equal 3
@ -171,33 +184,33 @@ spec =
gpas.at 1 . text . should_equal "3.99"
gpas.at 2 . text . should_equal "3.99"
Test.specify "Can get nested elements" <|
group_builder.specify "Can get nested elements" <|
test_file = enso_project.data / "xml" / "nested.xml"
root = XML_Document.from_file test_file . root_element
bars = root.get_elements_by_tag_name "bar"
bars.length . should_equal 4
bars.map (t-> t.at "@id") . should_equal ["2", "4", "5", "6"]
Test.specify "Can get elements by name with a wildcard" <|
root.get_elements_by_tag_name "*" . length . should_equal 20
group_builder.specify "Can get elements by name with a wildcard" <|
data.root.get_elements_by_tag_name "*" . length . should_equal 20
Test.group "Data.read / File_Format" <|
Test.specify "Can read from a file" <|
doc = Data.read test_file
suite_builder.group "Data.read / File_Format" group_builder->
group_builder.specify "Can read from a file" <|
doc = Data.read data.test_file
doc.root_element.name . should_equal "class"
Test.specify "Can read from an endpoint" <|
group_builder.specify "Can read from an endpoint" <|
doc = Data.fetch "https://enso-data-samples.s3.us-west-1.amazonaws.com/sample.xml"
doc.root_element.name . should_equal "class"
doc.root_element.at 1 . name . should_equal "teacher"
Test.group "display text" <|
Test.specify "Can generate display text" <|
document.to_display_text . should_equal 'XML_Document (XML_Element "class")'
root.to_display_text . should_equal 'XML_Element "class"'
suite_builder.group "display text" group_builder->
group_builder.specify "Can generate display text" <|
data.document.to_display_text . should_equal 'XML_Document (XML_Element "class")'
data.root.to_display_text . should_equal 'XML_Element "class"'
Test.group "JSON" <|
Test.specify "Can convert to JS_Object" <|
suite_builder.group "JSON" group_builder->
group_builder.specify "Can convert to JS_Object" <|
test_file = enso_project.data / "xml" / "small.xml"
document = XML_Document.from_file test_file
root = document . root_element
@ -223,4 +236,8 @@ spec =
js = root.to_js_object
js.should_equal expected
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

166
test/Base_Tests/src/Main.enso
View File

@ -1,8 +1,6 @@
from Standard.Base import all
from Standard.Test import Test_Suite
import Standard.Test.Extensions
import Standard.Test_New
from Standard.Test_New import all
import project.Semantic.Any_Spec
import project.Semantic.Case_Spec
@ -91,88 +89,80 @@ import project.System.Temporary_File_Spec
import project.Random_Spec
main =
# Round_Spec needs to be migrated to Test_New, as it is used also from Table_Tests, that
# are entirely migrated to Test_New. This is just a temporary workaround, until the migration
# is complete.
suite = Test_New.Test.build suite_builder->
Numbers_Spec.add_specs suite_builder
succeeded = suite.run_with_filter should_exit=False
if succeeded.not then System.exit 1
Test_Suite.run_main <|
Any_Spec.spec
Array_Spec.spec
Array_Proxy_Spec.spec
Array_Polyglot_Spec.spec
Bool_Spec.spec
Base_64_Spec.spec
Function_Spec.spec
Case_Spec.spec
Conversion_Spec.spec
Deep_Export_Spec.spec
Error_Spec.spec
Environment_Spec.spec
File_Spec.spec
Temporary_File_Spec.spec
File_Read_Spec.spec
Reporting_Stream_Decoder_Spec.spec
Reporting_Stream_Encoder_Spec.spec
Http_Header_Spec.spec
Http_Request_Spec.spec
Http_Spec.spec
Http_Auto_Parse_Spec.spec
Enso_Cloud_Main.spec
Import_Loop_Spec.spec
Interval_Spec.spec
Java_Interop_Spec.spec
Js_Interop_Spec.spec
Json_Spec.spec
List_Spec.spec
Locale_Spec.spec
Map_Spec.spec
Set_Spec.spec
Maybe_Spec.spec
Meta_Spec.spec
Instrumentor_Spec.spec
Meta_Location_Spec.spec
Names_Spec.spec
Equals_Spec.spec
Ordering_Spec.spec
Comparator_Spec.spec
Natural_Order_Spec.spec
Vector_Lexicographic_Order_Spec.spec
Process_Spec.spec
Python_Interop_Spec.spec
R_Interop_Spec.spec
Pair_Spec.spec
Parse_Spec.spec
Problems_Spec.spec
Range_Spec.spec
Ref_Spec.spec
Regex_Spec.spec
Ascribed_Parameters_Spec.spec
Asserts_Spec.spec
Lazy_Spec.spec
Runtime_Spec.spec
Self_Type_Spec.spec
Span_Spec.spec
State_Spec.spec
Encoding_Spec.spec
Text_Sub_Range_Spec.spec
Managed_Resource_Spec.spec
Missing_Required_Arguments_Spec.spec
Lazy_Generator_Spec.spec
Stack_Traces_Spec.spec
Utils_Spec.spec
Text_Spec.spec
Time_Spec.spec
URI_Spec.spec
Vector_Spec.spec
Slicing_Helpers_Spec.spec
Statistics_Spec.spec
Regression_Spec.spec
Warnings_Spec.spec
System_Spec.spec
Random_Spec.spec
XML_Spec.spec
suite = Test.build suite_builder->
Any_Spec.add_specs suite_builder
Array_Spec.add_specs suite_builder
Array_Proxy_Spec.add_specs suite_builder
Array_Polyglot_Spec.add_specs suite_builder
Bool_Spec.add_specs suite_builder
Base_64_Spec.add_specs suite_builder
Function_Spec.add_specs suite_builder
Case_Spec.add_specs suite_builder
Conversion_Spec.add_specs suite_builder
Deep_Export_Spec.add_specs suite_builder
Error_Spec.add_specs suite_builder
Environment_Spec.add_specs suite_builder
File_Spec.add_specs suite_builder
Temporary_File_Spec.add_specs suite_builder
File_Read_Spec.add_specs suite_builder
Reporting_Stream_Decoder_Spec.add_specs suite_builder
Reporting_Stream_Encoder_Spec.add_specs suite_builder
Http_Header_Spec.add_specs suite_builder
Http_Request_Spec.add_specs suite_builder
Http_Spec.add_specs suite_builder
Http_Auto_Parse_Spec.add_specs suite_builder
Enso_Cloud_Main.add_specs suite_builder
Import_Loop_Spec.add_specs suite_builder
Interval_Spec.add_specs suite_builder
Java_Interop_Spec.add_specs suite_builder
Js_Interop_Spec.add_specs suite_builder
Json_Spec.add_specs suite_builder
List_Spec.add_specs suite_builder
Locale_Spec.add_specs suite_builder
Map_Spec.add_specs suite_builder
Set_Spec.add_specs suite_builder
Maybe_Spec.add_specs suite_builder
Meta_Spec.add_specs suite_builder
Instrumentor_Spec.add_specs suite_builder
Meta_Location_Spec.add_specs suite_builder
Names_Spec.add_specs suite_builder
Equals_Spec.add_specs suite_builder
Ordering_Spec.add_specs suite_builder
Comparator_Spec.add_specs suite_builder
Natural_Order_Spec.add_specs suite_builder
Vector_Lexicographic_Order_Spec.add_specs suite_builder
Process_Spec.add_specs suite_builder
Python_Interop_Spec.add_specs suite_builder
R_Interop_Spec.add_specs suite_builder
Pair_Spec.add_specs suite_builder
Parse_Spec.add_specs suite_builder
Problems_Spec.add_specs suite_builder
Range_Spec.add_specs suite_builder
Ref_Spec.add_specs suite_builder
Regex_Spec.add_specs suite_builder
Ascribed_Parameters_Spec.add_specs suite_builder
Asserts_Spec.add_specs suite_builder
Lazy_Spec.add_specs suite_builder
Runtime_Spec.add_specs suite_builder
Self_Type_Spec.add_specs suite_builder
Span_Spec.add_specs suite_builder
State_Spec.add_specs suite_builder
Encoding_Spec.add_specs suite_builder
Text_Sub_Range_Spec.add_specs suite_builder
Managed_Resource_Spec.add_specs suite_builder
Missing_Required_Arguments_Spec.add_specs suite_builder
Lazy_Generator_Spec.add_specs suite_builder
Stack_Traces_Spec.add_specs suite_builder
Utils_Spec.add_specs suite_builder
Text_Spec.add_specs suite_builder
Time_Spec.add_specs suite_builder
URI_Spec.add_specs suite_builder
Vector_Spec.add_specs suite_builder
Slicing_Helpers_Spec.add_specs suite_builder
Statistics_Spec.add_specs suite_builder
Regression_Spec.add_specs suite_builder
Warnings_Spec.add_specs suite_builder
System_Spec.add_specs suite_builder
Random_Spec.add_specs suite_builder
XML_Spec.add_specs suite_builder
suite.run_with_filter

3
test/Base_Tests/src/Network/Enso_Cloud/Cloud_Tests_Setup.enso
View File

@ -1,7 +1,8 @@
from Standard.Base import all
import Standard.Base.Errors.Illegal_State.Illegal_State
import Standard.Test.Test_Environment
import Standard.Test_New.Test_Environment
polyglot java import java.lang.Thread
polyglot java import java.security.KeyStore

28
test/Base_Tests/src/Network/Enso_Cloud/Enso_Cloud_Spec.enso
View File

@ -4,19 +4,19 @@ import Standard.Base.Errors.Common.No_Such_Conversion
import Standard.Base.Errors.Illegal_Argument.Illegal_Argument
import Standard.Base.Network.HTTP.HTTP_Error.HTTP_Error
from Standard.Test import Test, Test_Suite
import Standard.Test.Test_Environment
import Standard.Test.Extensions
from Standard.Test_New import all
import Standard.Test_New.Test_Environment
import project.Network.Enso_Cloud.Cloud_Tests_Setup.Cloud_Tests_Setup
## To run this test locally:
$ sbt 'http-test-helper/run localhost 8080'
$ export ENSO_HTTP_TEST_HTTPBIN_URL=http://localhost:8080/
spec setup:Cloud_Tests_Setup =
add_specs suite_builder setup:Cloud_Tests_Setup =
setup.with_prepared_environment <|
Test.group "Enso_User - offline logic tests" <|
Test.specify "is correctly parsed from JSON" <|
suite_builder.group "Enso_User - offline logic tests" group_builder->
group_builder.specify "is correctly parsed from JSON" <|
json = Json.parse """
{
"id": "organization-27xJM00p8jWoL2qByTo6tQfciWC",
@ -37,9 +37,9 @@ spec setup:Cloud_Tests_Setup =
Enso_User.from invalid_json . should_fail_with Illegal_Argument
Test.expect_panic No_Such_Conversion (Enso_User.from (Json.parse "[]"))
Test.group "Enso_User - local mock integration tests" <|
suite_builder.group "Enso_User - local mock integration tests" group_builder->
# These tests should be kept in sync with tools/http-test-helper/src/main/java/org/enso/shttp/cloud_mock/UsersHandler.java
Test.specify "current user can be fetched from mock API" pending=setup.mock_only_pending <|
group_builder.specify "current user can be fetched from mock API" pending=setup.mock_only_pending <|
current = Enso_User.current
current.id.should_equal "organization-27xJM00p8jWoL2qByTo6tQfciWC"
current.name.should_equal "My test User 1"
@ -51,7 +51,7 @@ spec setup:Cloud_Tests_Setup =
home . should_be_a Enso_File
home.is_directory.should_be_true
Test.specify "user list can be fetched from mock API" pending=setup.mock_only_pending <|
group_builder.specify "user list can be fetched from mock API" pending=setup.mock_only_pending <|
users = Enso_User.list
users.length.should_equal 2
@ -59,7 +59,7 @@ spec setup:Cloud_Tests_Setup =
users.at 1 . name . should_equal "My test User 2"
users.at 1 . is_enabled . should_be_false
Test.specify "will fail if the user is not logged in" <|
group_builder.specify "will fail if the user is not logged in" <|
non_existent_file = (enso_project.data / "nonexistent-file") . absolute . normalize
non_existent_file.exists.should_be_false
r = Test_Environment.unsafe_with_environment_override "ENSO_CLOUD_CREDENTIALS_FILE" non_existent_file.path <|
@ -67,7 +67,7 @@ spec setup:Cloud_Tests_Setup =
Enso_User.current
r.should_fail_with Not_Logged_In
Test.specify "will fail if the token is invalid" pending=setup.pending <|
group_builder.specify "will fail if the token is invalid" pending=setup.pending <|
invalid_token_file = File.create_temporary_file "enso-test-credentials" "-invalid.txt"
"invalid-token".write invalid_token_file . should_succeed
Cloud_Tests_Setup.reset_token
@ -80,4 +80,8 @@ spec setup:Cloud_Tests_Setup =
# Ensure the token is reset after the last test, so that any other tests will again use the correct one.
Cloud_Tests_Setup.reset_token
main = Test_Suite.run_main (spec Cloud_Tests_Setup.prepare)
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

47
test/Base_Tests/src/Network/Enso_Cloud/Enso_File_Spec.enso
View File

@ -2,16 +2,15 @@ from Standard.Base import all
import Standard.Base.Errors.Common.Not_Found
import Standard.Base.Errors.Illegal_Argument.Illegal_Argument
from Standard.Test import Test, Test_Suite
import Standard.Test.Test_Environment
import Standard.Test.Extensions
from Standard.Test_New import all
import Standard.Test_New.Test_Environment
import project.Network.Enso_Cloud.Cloud_Tests_Setup.Cloud_Tests_Setup
from enso_dev.Base_Tests.Network.Enso_Cloud.Cloud_Tests_Setup import with_retries
spec setup:Cloud_Tests_Setup = setup.with_prepared_environment <|
Test.group "Enso Cloud Files" pending=setup.real_cloud_pending <|
Test.specify "should be able to list the root directory" <|
add_specs suite_builder setup:Cloud_Tests_Setup = setup.with_prepared_environment <|
suite_builder.group "Enso Cloud Files" pending=setup.real_cloud_pending group_builder->
group_builder.specify "should be able to list the root directory" <|
assets = Enso_File.root.list
# We don't a priori know the contents, so we can only check very generic properties
assets . should_be_a Vector
@ -23,7 +22,7 @@ spec setup:Cloud_Tests_Setup = setup.with_prepared_environment <|
[1, 2, 3, "foo"]
assets.map .name . should_contain "test_file.json"
Test.specify "should allow to create and delete a directory" <|
group_builder.specify "should allow to create and delete a directory" <|
my_name = "my_test_dir-" + (Random.uuid.take 5)
my_dir = Enso_File.root.create_directory my_name
my_dir.should_succeed
@ -49,7 +48,7 @@ spec setup:Cloud_Tests_Setup = setup.with_prepared_environment <|
# TODO the dir still shows as 'existing' after deletion, probably because it still is there in the Trash
# my_dir.exists . should_be_false
Test.specify "should set the current working directory by environment variable" <|
group_builder.specify "should set the current working directory by environment variable" <|
# If nothing set, defaults to root:
Enso_File.current_working_directory . should_equal Enso_File.root
@ -70,7 +69,7 @@ spec setup:Cloud_Tests_Setup = setup.with_prepared_environment <|
# It should be back to default afterwards:
Enso_File.current_working_directory . should_equal Enso_File.root
Test.specify "should allow to find a file by name" <|
group_builder.specify "should allow to find a file by name" <|
# TODO the file should be created programmatically when write is implemented
f = Enso_File.root / "test_file.json"
f.should_succeed
@ -78,11 +77,11 @@ spec setup:Cloud_Tests_Setup = setup.with_prepared_environment <|
f.is_directory . should_be_false
f.exists . should_be_true
Test.specify "should not find nonexistent files" <|
group_builder.specify "should not find nonexistent files" <|
f = Enso_File.root / "nonexistent_file.json"
f.should_fail_with Not_Found
Test.specify "should not allow to create a directory inside of a regular file" <|
group_builder.specify "should not allow to create a directory inside of a regular file" <|
# TODO the file should be created programmatically when write is implemented
test_file = Enso_File.root / "test_file.json"
test_file.exists . should_be_true
@ -90,7 +89,7 @@ spec setup:Cloud_Tests_Setup = setup.with_prepared_environment <|
r = test_file.create_directory "my_test_dir"
r.should_fail_with Illegal_Argument
Test.specify "should delete all contents of a directory when deleting a directory" pending="TODO discuss recursive delete" <|
group_builder.specify "should delete all contents of a directory when deleting a directory" pending="TODO discuss recursive delete" <|
dir1 = Enso_File.root.create_directory "my_test_dir1"+(Random.uuid.take 5)
dir1.should_succeed
@ -104,14 +103,14 @@ spec setup:Cloud_Tests_Setup = setup.with_prepared_environment <|
# The inner directory should also have been trashed if its parent is removed
dir2.exists . should_be_false
Test.specify "should not allow to delete the root directory" <|
group_builder.specify "should not allow to delete the root directory" <|
Enso_File.root.delete . should_fail_with Illegal_Argument
Test.specify "should be able to create and delete a file" pending="TODO: Cloud file write support" <|
group_builder.specify "should be able to create and delete a file" pending="TODO: Cloud file write support" <|
Error.throw "TODO"
expected_file_text = '[1, 2, 3, "foo"]'
Test.specify "should be able to read and decode a file using various formats" <|
group_builder.specify "should be able to read and decode a file using various formats" <|
# TODO the file should be created programmatically when write is implemented
test_file = Enso_File.root / "test_file.json"
test_file.exists . should_be_true
@ -125,7 +124,7 @@ spec setup:Cloud_Tests_Setup = setup.with_prepared_environment <|
test_file.read_bytes . should_equal expected_file_text.utf_8
Test.specify "should be able to open a file as input stream" <|
group_builder.specify "should be able to open a file as input stream" <|
test_file = Enso_File.root / "test_file.json"
test_file.exists . should_be_true
@ -134,7 +133,7 @@ spec setup:Cloud_Tests_Setup = setup.with_prepared_environment <|
bytes.should_equal expected_file_text.utf_8
Test.specify "should be able to read file metadata" <|
group_builder.specify "should be able to read file metadata" <|
Enso_File.root.exists . should_be_true
Enso_File.root.name . should_equal "/"
@ -155,7 +154,7 @@ spec setup:Cloud_Tests_Setup = setup.with_prepared_environment <|
nested_file.is_regular_file.should_be_true
nested_file.size . should_equal nested_file.read_bytes.length
Test.specify "should be able to read file metadata (v2)" pending="TODO Enso_File more detailed metadata, waiting on https://github.com/enso-org/cloud-v2/issues/870" <|
group_builder.specify "should be able to read file metadata (v2)" pending="TODO Enso_File more detailed metadata, waiting on https://github.com/enso-org/cloud-v2/issues/870" <|
Enso_File.root.parent . should_equal Nothing
Enso_File.root.path . should_equal "enso://"
@ -175,7 +174,7 @@ spec setup:Cloud_Tests_Setup = setup.with_prepared_environment <|
nested_file.creation_time . should_be_a Date_Time
nested_file.last_modified_time . should_be_a Date_Time
Test.specify "should be able to read other file metadata" pending="TODO needs further design" <|
group_builder.specify "should be able to read other file metadata" pending="TODO needs further design" <|
nested_file = Enso_File.root / "test-directory" / "another.txt"
nested_file.is_absolute.should_be_true
@ -184,7 +183,7 @@ spec setup:Cloud_Tests_Setup = setup.with_prepared_environment <|
nested_file.posix_permissions . should_be_a File_Permissions
nested_file.is_writable . should_be_a Boolean
Test.specify "should be able to copy a file" pending="TODO Cloud file writing" <|
group_builder.specify "should be able to copy a file" pending="TODO Cloud file writing" <|
nested_file = Enso_File.root / "test-directory" / "another.txt"
## TODO currently `/` only works if the file already exists, so how will we construct a path for a copy target?
We either need to make all files just paths (like on regular File), or we need to have concrete files (with ID) and abstract files (just path).
@ -192,9 +191,13 @@ spec setup:Cloud_Tests_Setup = setup.with_prepared_environment <|
nested_file.exists.should_be_true
new_file.exists.should_be_true
Test.specify "should be able to move a file" pending="TODO Cloud file writing" <|
group_builder.specify "should be able to move a file" pending="TODO Cloud file writing" <|
nested_file = Enso_File.root / "test-directory" / "another.txt"
nested_file.move_to "TODO this needs design"
nested_file.exists . should_be_false
main = Test_Suite.run_main (spec Cloud_Tests_Setup.prepare)
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

17
test/Base_Tests/src/Network/Enso_Cloud/Main.enso
View File

@ -1,15 +1,20 @@
from Standard.Base import all
from Standard.Test import Test_Suite
from Standard.Test_New import all
import project.Network.Enso_Cloud.Enso_Cloud_Spec
import project.Network.Enso_Cloud.Enso_File_Spec
import project.Network.Enso_Cloud.Secrets_Spec
import project.Network.Enso_Cloud.Cloud_Tests_Setup.Cloud_Tests_Setup
spec setup =
Enso_Cloud_Spec.spec setup
Enso_File_Spec.spec setup
Secrets_Spec.spec setup
add_specs suite_builder setup =
Enso_Cloud_Spec.add_specs suite_builder setup
Enso_File_Spec.add_specs suite_builder setup
Secrets_Spec.add_specs suite_builder setup
main =
setup = Cloud_Tests_Setup.prepare
suite = Test.build suite_builder->
add_specs suite_builder setup
suite.run_with_filter
main = Test_Suite.run_main (spec Cloud_Tests_Setup.prepare)

44
test/Base_Tests/src/Network/Enso_Cloud/Secrets_Spec.enso
View File

@ -10,10 +10,10 @@ import Standard.Base.Network.HTTP.Request.Request
import Standard.Base.Runtime.Context
from Standard.Base.Data.Enso_Cloud.Enso_Secret import as_hideable_value
from Standard.Test import Test, Test_Suite
from Standard.Test_New import all
from Standard.Test.Execution_Context_Helpers import run_with_and_without_output
import Standard.Test.Test_Environment
import Standard.Test.Extensions
import project.Network.Enso_Cloud.Cloud_Tests_Setup.Cloud_Tests_Setup
from project.Network.Enso_Cloud.Cloud_Tests_Setup import with_retries
@ -21,15 +21,15 @@ from project.Network.Enso_Cloud.Cloud_Tests_Setup import with_retries
polyglot java import org.enso.base.enso_cloud.EnsoSecretAccessDenied
polyglot java import org.enso.base.enso_cloud.ExternalLibrarySecretHelper
spec setup:Cloud_Tests_Setup = setup.with_prepared_environment <|
Test.group "Enso Cloud Secrets" pending=setup.pending <|
Test.specify "should be able to list existing secrets" <|
add_specs suite_builder setup:Cloud_Tests_Setup = setup.with_prepared_environment <|
suite_builder.group "Enso Cloud Secrets" pending=setup.pending group_builder->
group_builder.specify "should be able to list existing secrets" <|
# This should work regardless of Output context setting:
run_with_and_without_output <|
# We cannot test much more because we do not know what secrets are already there, further tests will check more by creating and deleting secrets
Enso_Secret.list . should_be_a Vector
Test.specify "should allow to create, list and delete secrets" <|
group_builder.specify "should allow to create, list and delete secrets" <|
my_secret = Enso_Secret.create "my_test_secret" "my_secret_value"
my_secret.should_succeed
my_secret.name . should_equal "my_test_secret"
@ -43,7 +43,7 @@ spec setup:Cloud_Tests_Setup = setup.with_prepared_environment <|
with_retries <|
Enso_Secret.list . should_not_contain my_secret
Test.specify "should allow to get a secret by name" <|
group_builder.specify "should allow to get a secret by name" <|
created_secret = Enso_Secret.create "my_test_secret-2" "my_secret_value"
created_secret.should_succeed
Panic.with_finalizer created_secret.delete <|
@ -51,7 +51,7 @@ spec setup:Cloud_Tests_Setup = setup.with_prepared_environment <|
fetched_secret = Enso_Secret.get "my_test_secret-2"
fetched_secret . should_equal created_secret
Test.specify "should fail to create a secret if it already exists" <|
group_builder.specify "should fail to create a secret if it already exists" <|
created_secret = Enso_Secret.create "my_test_secret-3" "my_secret_value"
created_secret.should_succeed
wait_until_secret_is_propagated created_secret
@ -66,7 +66,7 @@ spec setup:Cloud_Tests_Setup = setup.with_prepared_environment <|
r1.should_fail_with Illegal_Argument
r1.catch.to_display_text . should_contain "already exists"
Test.specify "should allow to use secrets in HTTPS request headers" pending=setup.httpbin_pending <|
group_builder.specify "should allow to use secrets in HTTPS request headers" pending=setup.httpbin_pending <|
secret1 = Enso_Secret.create "my_test_secret-6" "Yet another Mystery"
secret1.should_succeed
@ -75,7 +75,7 @@ spec setup:Cloud_Tests_Setup = setup.with_prepared_environment <|
response = https.request (Request.get (setup.httpbin_secure_uri / "get") headers=[Header.new "X-My-Secret" secret1])
response.decode_as_json.at "headers" . at "X-My-Secret" . should_equal "Yet another Mystery"
Test.specify "should allow to derive values from secrets in Header.authorization_bearer" pending=setup.httpbin_pending <|
group_builder.specify "should allow to derive values from secrets in Header.authorization_bearer" pending=setup.httpbin_pending <|
secret_token = Enso_Secret.create "my_test_secret-7" "MySecretToken"
secret_token.should_succeed
@ -85,7 +85,7 @@ spec setup:Cloud_Tests_Setup = setup.with_prepared_environment <|
response_json = response.decode_as_json
response_json.at "headers" . at "Authorization" . should_equal "Bearer MySecretToken"
Test.specify "should allow to derive values from secrets in Header.authorization_basic" pending=setup.httpbin_pending <|
group_builder.specify "should allow to derive values from secrets in Header.authorization_basic" pending=setup.httpbin_pending <|
secret_username = Enso_Secret.create "my_test_secret-8" "MyUsername"
secret_username.should_succeed
Panic.with_finalizer secret_username.delete <|
@ -99,7 +99,7 @@ spec setup:Cloud_Tests_Setup = setup.with_prepared_environment <|
response_json = response.decode_as_json
response_json.at "headers" . at "Authorization" . should_equal expected
Test.specify "should allow to derive values from secrets" <|
group_builder.specify "should allow to derive values from secrets" <|
secret1 = Enso_Secret.create "my_test_secret-10" "Something"
secret1.should_succeed
Panic.with_finalizer secret1.delete <| with_retries <|
@ -125,7 +125,7 @@ spec setup:Cloud_Tests_Setup = setup.with_prepared_environment <|
b1.to_text . should_equal "WFk="
b2.to_text . should_equal "base64(X__SECRET__)"
Test.specify "does not allow secrets in HTTP headers" pending=setup.httpbin_pending <|
group_builder.specify "does not allow secrets in HTTP headers" pending=setup.httpbin_pending <|
secret1 = Enso_Secret.create "my_test_secret-11" "Something"
secret1.should_succeed
Panic.with_finalizer secret1.delete <| with_retries <|
@ -134,7 +134,7 @@ spec setup:Cloud_Tests_Setup = setup.with_prepared_environment <|
r1.should_fail_with Illegal_Argument
r1.catch.to_display_text . should_contain "Secrets are not allowed in HTTP connections, use HTTPS instead."
Test.specify "API exposing secrets to external libraries should not be accessible from unauthorized code" <|
group_builder.specify "API exposing secrets to external libraries should not be accessible from unauthorized code" <|
secret1 = Enso_Secret.create "my_test_secret-12" "Something"
secret1.should_succeed
Panic.with_finalizer secret1.delete <| with_retries <|
@ -142,7 +142,7 @@ spec setup:Cloud_Tests_Setup = setup.with_prepared_environment <|
Test.expect_panic EnsoSecretAccessDenied <|
ExternalLibrarySecretHelper.resolveValue java_repr
Test.specify "should allow to create and delete secrets in a sub-directory" pending=setup.real_cloud_pending <|
group_builder.specify "should allow to create and delete secrets in a sub-directory" pending=setup.real_cloud_pending <|
subdirectory = Enso_File.root.create_directory "my_test_subdirectory-1"
subdirectory.should_succeed
Panic.with_finalizer subdirectory.delete <|
@ -171,7 +171,7 @@ spec setup:Cloud_Tests_Setup = setup.with_prepared_environment <|
Enso_Secret.exists "my-nested-secret-1" parent=subdirectory . should_be_false
Enso_Secret.get "my-nested-secret-1" parent=subdirectory . should_fail_with Not_Found
Test.specify "should allow to use secrets from a sub-directory" pending=(setup.real_cloud_pending.if_nothing setup.httpbin_pending) <|
group_builder.specify "should allow to use secrets from a sub-directory" pending=(setup.real_cloud_pending.if_nothing setup.httpbin_pending) <|
subdirectory = Enso_File.root.create_directory "my_test_subdirectory-2"
subdirectory.should_succeed
Panic.with_finalizer subdirectory.delete <|
@ -183,7 +183,7 @@ spec setup:Cloud_Tests_Setup = setup.with_prepared_environment <|
response = https.request (Request.get (setup.httpbin_secure_uri / "get") headers=[Header.new "X-My-Nested-Secret" nested_secret])
response.decode_as_json.at "headers" . at "X-My-Nested-Secret" . should_equal "NESTED_secret_value"
Test.specify "should allow to update secrets within a sub-directory" pending=(setup.real_cloud_pending.if_nothing setup.httpbin_pending) <|
group_builder.specify "should allow to update secrets within a sub-directory" pending=(setup.real_cloud_pending.if_nothing setup.httpbin_pending) <|
subdirectory = Enso_File.root.create_directory "my_test_subdirectory-3"
subdirectory.should_succeed
Panic.with_finalizer subdirectory.delete <|
@ -205,7 +205,7 @@ spec setup:Cloud_Tests_Setup = setup.with_prepared_environment <|
response = https.request (Request.get (setup.httpbin_secure_uri / "get") headers=[Header.new "X-My-Nested-Secret" nested_secret])
response.decode_as_json.at "headers" . at "X-My-Nested-Secret" . should_equal "Value-New-B"
Test.specify "should NOT be able to create/update/delete secrets with disabled Output Context" <|
group_builder.specify "should NOT be able to create/update/delete secrets with disabled Output Context" <|
Context.Output.with_disabled <|
Enso_Secret.create "foo" "bar" . should_fail_with Forbidden_Operation
@ -221,7 +221,11 @@ spec setup:Cloud_Tests_Setup = setup.with_prepared_environment <|
with_retries <| Enso_Secret.get "my_test_secret-13" . should_equal secret1
main = Test_Suite.run_main (spec Cloud_Tests_Setup.prepare)
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter
wait_until_secret_is_propagated secret =
with_retries <| Enso_Secret.list . should_contain secret

16
test/Base_Tests/src/Network/Http/Header_Spec.enso
View File

@ -1,14 +1,18 @@
from Standard.Base import all
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
spec =
Test.group "Header" <|
Test.specify "should check equality" <|
add_specs suite_builder =
suite_builder.group "Header" group_builder->
group_builder.specify "should check equality" <|
Header.new "A" "B" . should_equal (Header.new "A" "B")
Header.new "A" "B" . should_equal (Header.new "a" "B")
(Header.new "A" "B" == Header.new "A" "b") . should_equal False
(Header.new "A" "B" == Header.new "a" "b") . should_equal False
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

20
test/Base_Tests/src/Network/Http/Http_Auto_Parse_Spec.enso
View File

@ -4,12 +4,16 @@ import Standard.Base.Errors.Encoding_Error.Encoding_Error
import Standard.Base.Network.HTTP.Response.Response
import Standard.Test.Extensions
from Standard.Test import Test, Test_Suite
main = Test_Suite.run_main spec
from Standard.Test_New import all
spec =
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter
add_specs suite_builder =
## To run this test locally:
$ sbt 'http-test-helper/run localhost 8080'
$ export ENSO_HTTP_TEST_HTTPBIN_URL=http://localhost:8080/
@ -19,7 +23,7 @@ spec =
base_url_with_slash = base_url.if_not_nothing <|
if base_url.ends_with "/" then base_url else base_url + "/"
Test.group "Format Detection in HTTP Fetch" pending=pending_has_url <|
suite_builder.group "Format Detection in HTTP Fetch" pending=pending_has_url group_builder->
content_utf = '["x", "Hello! 😊👍 ąę"]'
content_windows_1250 = '["y", "Hello! ąę"]'
@ -31,11 +35,11 @@ spec =
. add_query_argument "Content-Type" "text/plain; charset=windows-1250"
. add_query_argument "base64_response_data" (Base_64.encode_text content_windows_1250 Encoding.windows_1250)
Test.specify "should detect the encoding from Content-Type in fetch" <|
group_builder.specify "should detect the encoding from Content-Type in fetch" <|
url_utf8.fetch . should_equal content_utf
url_windows_1250.fetch . should_equal content_windows_1250
Test.specify "should detect the encoding from Content-Type in decode_as_text" <|
group_builder.specify "should detect the encoding from Content-Type in decode_as_text" <|
r1 = url_utf8.fetch try_auto_parse_response=False
r1.decode_as_text . should_equal content_utf
@ -46,7 +50,7 @@ spec =
# We may override the encoding detected from Content-Type:
r3.decode_as_text Encoding.ascii . should_fail_with Encoding_Error
Test.specify "should detect the encoding from Content-Type in decode_as_json" <|
group_builder.specify "should detect the encoding from Content-Type in decode_as_json" <|
r1 = url_utf8.fetch try_auto_parse_response=False
r1.decode_as_json . should_equal ["x", "Hello! 😊👍 ąę"]

34
test/Base_Tests/src/Network/Http/Request_Spec.enso
View File

@ -4,47 +4,51 @@ import Standard.Base.Errors.Common.Syntax_Error
import Standard.Base.Network.HTTP.Request.Request
import Standard.Base.Network.HTTP.Request_Body.Request_Body
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
spec =
add_specs suite_builder =
test_uri = URI.parse "https://httpbin.org/post"
test_headers = [Header.application_json, Header.new "X-Foo-Id" "0123456789"]
Test.group "Request" <|
Test.specify "should return error when creating request from invalid URI" <|
suite_builder.group "Request" group_builder->
group_builder.specify "should return error when creating request from invalid URI" <|
Request.new HTTP_Method.Post "invalid uri" . should_fail_with Syntax_Error
Test.specify "should get method" <|
group_builder.specify "should get method" <|
req = Request.new HTTP_Method.Post test_uri
req.method.should_equal HTTP_Method.Post
Test.specify "should get uri" <|
group_builder.specify "should get uri" <|
req = Request.get test_uri
req.uri.should_equal test_uri
Test.specify "should get headers" <|
group_builder.specify "should get headers" <|
req = Request.get test_uri test_headers
req.headers.should_equal test_headers
Test.specify "should add header" <|
group_builder.specify "should add header" <|
new_header = Header.accept_all
req = Request.get test_uri test_headers . with_header new_header.name new_header.value
req.headers.should_equal (test_headers + [new_header])
Test.specify "should update header" <|
group_builder.specify "should update header" <|
req = Request.get test_uri test_headers . with_header "X-Foo-Id" "42"
req.headers.should_equal [Header.application_json, Header.new "X-Foo-Id" "42"]
Test.specify "should add headers" <|
group_builder.specify "should add headers" <|
req = Request.get test_uri . with_headers test_headers
req.headers.should_equal test_headers
Test.specify "should update headers" <|
group_builder.specify "should update headers" <|
new_headers = [Header.multipart_form_data, Header.accept_all]
req = Request.get test_uri test_headers . with_headers new_headers
req.headers.should_equal [Header.multipart_form_data, test_headers.at 1, Header.accept_all]
Test.specify "should set json body" <|
group_builder.specify "should set json body" <|
json = '{"key":"val"}'
req = Request.get test_uri . with_json json
req.body.should_equal (Request_Body.Json json)
req.headers.should_equal [Header.application_json]
Test.specify "should set form body" <|
group_builder.specify "should set form body" <|
body_form = Map.from_vector [["key", "val"]]
req = Request.get test_uri . with_form body_form
req.body.should_equal (Request_Body.Form_Data body_form)
req.headers.should_equal [Header.application_x_www_form_urlencoded]
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

159
test/Base_Tests/src/Network/Http_Spec.enso
View File

@ -12,9 +12,8 @@ import Standard.Base.Network.Proxy.Proxy
import Standard.Base.Runtime.Context
from Standard.Base.Network.HTTP import resolve_headers
import Standard.Test.Extensions
from Standard.Test import Test, Test_Suite
from Standard.Test.Execution_Context_Helpers import run_with_and_without_output
from Standard.Test_New import all
from Standard.Test_New.Execution_Context_Helpers import run_with_and_without_output
type Test_Type
Aaa (s:Text)
@ -29,7 +28,7 @@ remove_fields json =
json.set_value "headers" (json.at "headers" . set_value "User-Agent" "")
compare_responses a b = (remove_fields a).should_equal (remove_fields b)
spec =
add_specs suite_builder =
## To run this test locally:
$ sbt 'http-test-helper/run localhost 8080'
$ export ENSO_HTTP_TEST_HTTPBIN_URL=http://localhost:8080/
@ -39,24 +38,24 @@ spec =
base_url_with_slash = base_url.if_not_nothing <|
if base_url.ends_with "/" then base_url else base_url + "/"
Test.group "HTTP_Method parse" <|
Test.specify "should be able to parse a string value into a method" <|
suite_builder.group "HTTP_Method parse" group_builder->
group_builder.specify "should be able to parse a string value into a method" <|
"GET" . to HTTP_Method . should_equal (HTTP_Method.Get)
"POST" . to HTTP_Method . should_equal (HTTP_Method.Post)
"PUT" . to HTTP_Method . should_equal (HTTP_Method.Put)
"PATCH" . to HTTP_Method . should_equal (HTTP_Method.Patch)
Test.specify "should be case insensitive" <|
group_builder.specify "should be case insensitive" <|
"get" . to HTTP_Method . should_equal (HTTP_Method.Get)
"pOst" . to HTTP_Method . should_equal (HTTP_Method.Post)
"puT" . to HTTP_Method . should_equal (HTTP_Method.Put)
"PATCH" . to HTTP_Method . should_equal (HTTP_Method.Patch)
Test.specify "should make a custom method" <|
group_builder.specify "should make a custom method" <|
"CUSTOM" . to HTTP_Method . should_equal (HTTP_Method.Custom "CUSTOM")
Test.group "HTTP_Status_Code" <|
Test.specify "should have a nice text representation" <|
suite_builder.group "HTTP_Status_Code" group_builder->
group_builder.specify "should have a nice text representation" <|
s1 = HTTP_Status_Code.ok
s1.code . should_equal 200
s1.to_text . should_equal "200 OK"
@ -67,31 +66,31 @@ spec =
s2.to_text . should_equal "404 Not Found"
s2.to_display_text . should_equal "Not Found"
Test.group "HTTP client" pending=pending_has_url <|
Test.specify "should create HTTP client with timeout setting" <|
suite_builder.group "HTTP client" pending=pending_has_url group_builder->
group_builder.specify "should create HTTP client with timeout setting" <|
http = HTTP.new (timeout = (Duration.new seconds=30))
http.timeout.should_equal (Duration.new seconds=30)
Test.specify "should create HTTP client with follow_redirects setting" <|
group_builder.specify "should create HTTP client with follow_redirects setting" <|
http = HTTP.new (follow_redirects = False)
http.follow_redirects.should_equal False
Test.specify "should create HTTP client with proxy setting" <|
group_builder.specify "should create HTTP client with proxy setting" <|
proxy_setting = Proxy.Address "example.com" 80
http = HTTP.new (proxy = proxy_setting)
http.proxy.should_equal proxy_setting
Test.specify "should create HTTP client with version setting" <|
group_builder.specify "should create HTTP client with version setting" <|
version_setting = HTTP_Version.HTTP_2
http = HTTP.new (version = version_setting)
http.version.should_equal version_setting
Test.group "fetch" pending=pending_has_url <|
suite_builder.group "fetch" pending=pending_has_url group_builder->
url_get = base_url_with_slash + "get"
url_head = base_url_with_slash + "head"
url_options = base_url_with_slash + "options"
Test.specify "Can perform a GET with a JSON response" <|
group_builder.specify "Can perform a GET with a JSON response" <|
response = Data.fetch url_get
expected_response = Json.parse <| '''
{
@ -112,7 +111,7 @@ spec =
uri_response = url_get.to URI . fetch
compare_responses uri_response expected_response
Test.specify "Can perform a HEAD" <|
group_builder.specify "Can perform a HEAD" <|
response = Data.fetch url_head method=HTTP_Method.Head
response.code.code . should_equal 200
response.decode_as_text . should_equal ''
@ -121,7 +120,7 @@ spec =
uri_response.code.code . should_equal 200
uri_response.decode_as_text . should_equal ''
Test.specify "Can perform an OPTIONS" <|
group_builder.specify "Can perform an OPTIONS" <|
response = Data.fetch url_options method=HTTP_Method.Options
response.code.code . should_equal 200
response.decode_as_text . should_equal ''
@ -130,14 +129,14 @@ spec =
uri_response.code.code . should_equal 200
uri_response.decode_as_text . should_equal ''
Test.specify "Can perform auto-parse" <|
group_builder.specify "Can perform auto-parse" <|
response = Data.fetch url_get
response.at "headers" . at "Content-Length" . should_equal "0"
uri_response = url_get.to_uri.fetch
uri_response.at "headers" . at "Content-Length" . should_equal "0"
Test.specify "Can skip auto-parse" <|
group_builder.specify "Can skip auto-parse" <|
response = Data.fetch url_get try_auto_parse_response=False
response.code.code . should_equal 200
expected_response = Json.parse <| '''
@ -160,28 +159,28 @@ spec =
uri_response.code.code . should_equal 200
compare_responses uri_response.decode_as_json expected_response
Test.specify "Can still perform request when output context is disabled" <|
group_builder.specify "Can still perform request when output context is disabled" <|
run_with_and_without_output <|
Data.fetch url_get try_auto_parse_response=False . code . code . should_equal 200
Data.fetch url_get method=HTTP_Method.Head try_auto_parse_response=False . code . code . should_equal 200
Data.fetch url_get method=HTTP_Method.Options try_auto_parse_response=False . code . code . should_equal 200
Test.specify "Unsupported method" <|
group_builder.specify "Unsupported method" <|
err = Data.fetch url_get method=HTTP_Method.Post
err.catch.should_equal (Illegal_Argument.Error "Unsupported method POST")
Test.specify "Cannot DELETE through fetch" <|
group_builder.specify "Cannot DELETE through fetch" <|
err = Data.fetch url_get method=HTTP_Method.Delete
err.catch.should_equal (Illegal_Argument.Error "Unsupported method DELETE")
Test.specify "unknown host" <|
group_builder.specify "unknown host" <|
Data.fetch "http://undefined_host.invalid" . should_fail_with Illegal_Argument
Test.specify "Fails on a bad URL scheme" <|
group_builder.specify "Fails on a bad URL scheme" <|
Data.fetch "zxcv://bad.scheme" . should_fail_with Illegal_Argument
Data.fetch "" . should_fail_with Illegal_Argument
Test.specify "can select the version" <|
group_builder.specify "can select the version" <|
req = Request.get url_get
r2 = HTTP.new version=HTTP_Version.HTTP_2 . request req . decode_as_json
r2.at "headers" . at "Connection" . should_equal "Upgrade, HTTP2-Settings"
@ -193,13 +192,13 @@ spec =
header_names.should_not_contain "http2-settings"
header_names.should_not_contain "upgrade"
Test.group "post" pending=pending_has_url <|
suite_builder.group "post" pending=pending_has_url group_builder->
url_post = base_url_with_slash + "post"
url_put = base_url_with_slash + "put"
url_patch = base_url_with_slash + "patch"
url_delete = base_url_with_slash + "delete"
Test.specify "Can perform a Request_Body.Text POST" <|
group_builder.specify "Can perform a Request_Body.Text POST" <|
response = Data.post url_post (Request_Body.Text "hello world")
expected_response = echo_response_template "POST" "/post" "hello world" content_type="text/plain; charset=UTF-8"
compare_responses response expected_response
@ -207,24 +206,24 @@ spec =
url_response = url_post.to_uri.post (Request_Body.Text "hello world")
compare_responses url_response expected_response
Test.specify "Can perform a Request_Body.Json JSON POST" <|
group_builder.specify "Can perform a Request_Body.Json JSON POST" <|
json = Json.parse '{"a": "asdf", "b": 123}'
response = Data.post url_post (Request_Body.Json json)
expected_response = echo_response_template "POST" "/post" '{"a":"asdf","b":123}' content_type="application/json"
compare_responses response expected_response
Test.specify "Can perform a JSON POST" <|
group_builder.specify "Can perform a JSON POST" <|
json = Json.parse '{"a": "asdf", "b": 123}'
response = Data.post url_post json
expected_response = echo_response_template "POST" "/post" '{"a":"asdf","b":123}' content_type="application/json"
compare_responses response expected_response
Test.specify "Can perform an object Request_Body.Json POST" <|
group_builder.specify "Can perform an object Request_Body.Json POST" <|
response = Data.post url_post (Request_Body.Json (Test_Type.Aaa "abc"))
expected_response = echo_response_template "POST" "/post" '{"type":"Test_Type","constructor":"Aaa","s":"abc"}' content_type="application/json"
compare_responses response expected_response
Test.specify "Can perform an object JSON POST" <|
group_builder.specify "Can perform an object JSON POST" <|
response = Data.post url_post (Test_Type.Bbb 12)
expected_response = echo_response_template "POST" "/post" '{"type":"Test_Type","constructor":"Bbb","i":12}' content_type="application/json"
compare_responses response expected_response
@ -232,10 +231,10 @@ spec =
uri_response = url_post.to_uri.post (Test_Type.Bbb 12)
compare_responses uri_response expected_response
Test.specify "can handle a bad .to_json" <|
group_builder.specify "can handle a bad .to_json" <|
Data.post url_post (Bad_To_Json.Aaa "abcd") . should_fail_with Illegal_Argument
Test.specify "Can perform a Text POST with explicit encoding" <|
group_builder.specify "Can perform a Text POST with explicit encoding" <|
body = Request_Body.Text 'Hello World!' encoding=Encoding.utf_16_le
response = Data.post url_post body
expected_response = echo_response_template "POST" "/post" "Hello World!" content_type="text/plain; charset=UTF-16LE" content_length=24
@ -244,34 +243,34 @@ spec =
uri_response = url_post.to_uri.post body
compare_responses uri_response expected_response
Test.specify "Can perform a Text POST with explicit content type" <|
group_builder.specify "Can perform a Text POST with explicit content type" <|
response = Data.post url_post (Request_Body.Text 'a,b,c\n' content_type="text/csv")
expected_response = echo_response_template "POST" "/post" 'a,b,c\n' content_type="text/csv; charset=UTF-8"
compare_responses response expected_response
Test.specify "Can perform a File POST" <|
group_builder.specify "Can perform a File POST" <|
test_file = enso_project.data / "sample.txt"
response = Data.post url_post (Request_Body.Binary test_file)
response.at "headers" . at "Content-Type" . should_equal "application/octet-stream"
expected_text = test_file.read_text
response . at "data" . should_equal expected_text
Test.specify "Can perform a binary File POST" <|
group_builder.specify "Can perform a binary File POST" <|
test_file = enso_project.data / "sample.png"
response = Data.post url_post (Request_Body.Binary test_file)
response.at "headers" . at "Content-Type" . should_equal "application/octet-stream"
response.at "headers" . at "Content-Length" . should_equal test_file.size.to_text
response.at "data" . should_start_with '\uFFFDPNG'
Test.specify "Can perform a url-encoded form POST" <|
group_builder.specify "Can perform a url-encoded form POST" <|
test_file = enso_project.data / "sample.txt"
form_data = Map.from_vector [["key", "val"], ["a_file", test_file]]
response = Data.post url_post (Request_Body.Form_Data form_data url_encoded=True)
response.at "headers" . at "Content-Type" . should_equal "application/x-www-form-urlencoded"
response.at "data" . replace "%0D%" "%" . should_equal 'key=val&a_file=Cupcake+ipsum+dolor+sit+amet.+Caramels+tootsie+roll+cake+ice+cream.+Carrot+cake+apple+pie+gingerbread+chocolate+cake+pudding+tart+souffl%C3%A9+jelly+beans+gummies.%0A%0ATootsie+roll+chupa+chups+muffin+croissant+fruitcake+jujubes+danish+cotton+candy+danish.+Oat+cake+chocolate+fruitcake+halvah+icing+oat+cake+toffee+powder.+Pastry+drag%C3%A9e+croissant.+Ice+cream+candy+canes+dessert+muffin+sugar+plum+tart+jujubes.%0A'
Test.specify "Can perform a multipart form POST" <|
group_builder.specify "Can perform a multipart form POST" <|
test_file = enso_project.data / "sample.png"
form_data = Map.from_vector [["key", "val"], ["a_file", test_file]]
response = Data.post url_post (Request_Body.Form_Data form_data)
@ -279,29 +278,29 @@ spec =
response_json.at "headers" . at "Content-Type" . should_start_with "multipart/form-data; boundary="
response_json.at "data" . is_empty . should_be_false
Test.specify "Can perform a File POST with auto-conversion" <|
group_builder.specify "Can perform a File POST with auto-conversion" <|
test_file = enso_project.data / "sample.txt"
response = Data.post url_post test_file
response.at "headers" . at "Content-Type" . should_equal "application/octet-stream"
expected_text = test_file.read_text
response . at "data" . should_equal expected_text
Test.specify "Can perform a Text POST with auto-conversion" <|
group_builder.specify "Can perform a Text POST with auto-conversion" <|
response = Data.post url_post "hello world"
expected_response = echo_response_template "POST" "/post" "hello world" content_type="text/plain; charset=UTF-8"
compare_responses response expected_response
Test.specify "Can perform a Request_Body.Text PUT" <|
group_builder.specify "Can perform a Request_Body.Text PUT" <|
response = Data.post url_put (Request_Body.Text "hello world") method=HTTP_Method.Put
expected_response = echo_response_template "PUT" "/put" "hello world" content_type="text/plain; charset=UTF-8"
compare_responses response expected_response
Test.specify "Can perform a Request_Body.Text PATCH" <|
group_builder.specify "Can perform a Request_Body.Text PATCH" <|
response = Data.post url_patch (Request_Body.Text "hello world" content_type="application/diff") method=HTTP_Method.Patch
expected_response = echo_response_template "PATCH" "/patch" "hello world" content_type="application/diff; charset=UTF-8"
compare_responses response expected_response
Test.specify "Can perform a DELETE" <|
group_builder.specify "Can perform a DELETE" <|
response = Data.post url_delete method=HTTP_Method.Delete
expected_response = Json.parse <| '''
{
@ -322,12 +321,12 @@ spec =
}
compare_responses response expected_response
Test.specify "Can skip auto-parse" <|
group_builder.specify "Can skip auto-parse" <|
response = Data.post url_post (Request_Body.Text "hello world") try_auto_parse_response=False
expected_response = echo_response_template "POST" "/post" "hello world" content_type="text/plain; charset=UTF-8"
compare_responses response.decode_as_json expected_response
Test.specify "Can send a custom header" <|
group_builder.specify "Can send a custom header" <|
response = Data.post url_post (Request_Body.Text "hello world") headers=[Header.new "Custom" "asdf", Header.new "Another" 'a:b: c - "ddd"']
expected_response = Json.parse <| '''
{
@ -351,7 +350,7 @@ spec =
}
compare_responses response expected_response
Test.specify "can handle HTTP errors" <|
group_builder.specify "can handle HTTP errors" <|
# This should give us 405 method not allowed
r1 = Data.post url_delete
r1.should_fail_with HTTP_Error
@ -381,35 +380,35 @@ spec =
r4.catch.status_code.code . should_equal 404
r4.catch.uri . should_equal (URI.from uri4)
Test.specify "Cannot perform POST when output context is disabled" <|
group_builder.specify "Cannot perform POST when output context is disabled" <|
Context.Output.with_disabled <|
Data.post url_post (Request_Body.Text "hello world") . should_fail_with Forbidden_Operation
Test.specify "Cannot perform PATCH/PUT/DELETE when output context is disabled" <|
group_builder.specify "Cannot perform PATCH/PUT/DELETE when output context is disabled" <|
Context.Output.with_disabled <|
Data.post url_post (Request_Body.Text "hello world") . should_fail_with Forbidden_Operation
Data.post url_put (Request_Body.Text "hello world") method=HTTP_Method.Put . should_fail_with Forbidden_Operation
Data.post url_patch (Request_Body.Text "hello world") method=HTTP_Method.Patch . should_fail_with Forbidden_Operation
Data.post url_delete method=HTTP_Method.Delete . should_fail_with Forbidden_Operation
Test.specify "Unsupported method" <|
group_builder.specify "Unsupported method" <|
err = Data.post url_post (Request_Body.Text "hello world") method=HTTP_Method.Get
err.catch.should_equal (Illegal_Argument.Error "Unsupported method GET")
err2 = Data.post url_post (Request_Body.Text "hello world") method=(HTTP_Method.Custom "BREW_COFFEE")
err2.catch.should_equal (Illegal_Argument.Error "Unsupported method Custom: BREW_COFFEE")
Test.specify "unknown host" <|
group_builder.specify "unknown host" <|
Data.post "http://undefined_host.invalid" (Request_Body.Text "hello world") . should_fail_with Illegal_Argument
Test.specify "Nonexistent file" <|
group_builder.specify "Nonexistent file" <|
test_file = enso_project.data / "does_not_exist.txt"
Data.post url_post (Request_Body.Binary test_file) . should_fail_with Request_Error
Test.group "Headers" pending=pending_has_url <|
suite_builder.group "Headers" pending=pending_has_url group_builder->
url_post = base_url_with_slash + "post"
Test.specify "Content-type in the body is respected" <|
group_builder.specify "Content-type in the body is respected" <|
response = Data.post url_post (Request_Body.Text '{"a": "asdf", "b": 123}' content_type="application/json")
expected_response = Json.parse <| '''
{
@ -431,7 +430,7 @@ spec =
}
compare_responses response expected_response
Test.specify "Content type in the header list is respected" <|
group_builder.specify "Content type in the header list is respected" <|
response = Data.post url_post (Request_Body.Text '{"a": "asdf", "b": 123}') headers=[Header.content_type "application/json"]
expected_response = Json.parse <| '''
{
@ -453,7 +452,7 @@ spec =
}
compare_responses response expected_response
Test.specify "Multiple content types in the header list are respected" <|
group_builder.specify "Multiple content types in the header list are respected" <|
response = Data.post url_post (Request_Body.Text '{"a": "asdf", "b": 123}') headers=[Header.content_type "application/json", Header.content_type "text/plain"]
## Our http-test-helper gets 2 Content-Type headers and merges them in the response.
How this is interpreted in practice depends on the server.
@ -477,7 +476,7 @@ spec =
}
compare_responses response expected_response
Test.specify "Unspecified content type defaults to text/plain" <|
group_builder.specify "Unspecified content type defaults to text/plain" <|
response = Data.post url_post (Request_Body.Text '{"a": "asdf", "b": 123}')
expected_response = Json.parse <| '''
{
@ -499,13 +498,13 @@ spec =
}
compare_responses response expected_response
Test.specify "Cannot specify content type in both body and headers" <|
group_builder.specify "Cannot specify content type in both body and headers" <|
Data.post url_post (Request_Body.Text "hello world" content_type="text/plain") headers=[Header.content_type "application/json"] . should_fail_with Illegal_Argument
Test.specify "Cannot specify content type (implicitly via explicit text encoding) in both body and headers" <|
group_builder.specify "Cannot specify content type (implicitly via explicit text encoding) in both body and headers" <|
Data.post url_post (Request_Body.Text "hello world" encoding=Encoding.utf_8) headers=[Header.content_type "application/json"] . should_fail_with Illegal_Argument
Test.specify "can also read headers from a response, when returning a raw response" <|
group_builder.specify "can also read headers from a response, when returning a raw response" <|
r1 = Data.post url_post (Request_Body.Text "hello world") try_auto_parse_response=False
r1.should_be_a Response
# The result is JSON data:
@ -524,7 +523,7 @@ spec =
r2.headers.find (p-> p.name.equals_ignore_case "Test-Header") . value . should_equal "test-value"
r2.headers.find (p-> p.name.equals_ignore_case "Other-Header") . value . should_equal "some other value"
Test.specify "is capable of handling aliasing headers" <|
group_builder.specify "is capable of handling aliasing headers" <|
uri = URI.from (base_url_with_slash + "test_headers")
. add_query_argument "my-header" "value-1"
. add_query_argument "my-header" "value-2"
@ -534,42 +533,42 @@ spec =
my_headers = r1.headers.filter (p-> p.name.equals_ignore_case "my-header") . map .value
my_headers.sort . should_equal ["value-1", "value-2", "value-44"]
Test.group "Header resolution" <|
Test.specify "Default content type and encoding" <|
suite_builder.group "Header resolution" group_builder->
group_builder.specify "Default content type and encoding" <|
expected = [Header.content_type "text/plain; charset=UTF-8"]
resolve_headers (Request.new HTTP_Method.Get "" [] (Request_Body.Text "")) . should_contain_the_same_elements_as expected
Test.specify "Content type specified in body" <|
group_builder.specify "Content type specified in body" <|
expected = [Header.content_type "application/json; charset=UTF-8"]
resolve_headers (Request.new HTTP_Method.Get "" [] (Request_Body.Text "" content_type="application/json")) . should_contain_the_same_elements_as expected
Test.specify "Content type specified in header list" <|
group_builder.specify "Content type specified in header list" <|
expected = [Header.content_type "application/json"]
resolve_headers (Request.new HTTP_Method.Get "" [Header.content_type "application/json"] (Request_Body.Text "")) . should_contain_the_same_elements_as expected
Test.specify "Text encoding specified in body" <|
group_builder.specify "Text encoding specified in body" <|
expected = [Header.content_type "text/plain; charset=UTF-16LE"]
resolve_headers (Request.new HTTP_Method.Get "" [] (Request_Body.Text "" encoding=Encoding.utf_16_le)) . should_contain_the_same_elements_as expected
Test.specify "Can't specify content type in both places" <|
group_builder.specify "Can't specify content type in both places" <|
resolve_headers (Request.new HTTP_Method.Get "" [Header.content_type "application/json"] (Request_Body.Text "" content_type="text/plain")) . should_fail_with Illegal_Argument
Test.specify "Custom header" <|
group_builder.specify "Custom header" <|
expected = [Header.new "some" "header", Header.content_type "application/json; charset=UTF-8"]
resolve_headers (Request.new HTTP_Method.Get "" [Header.new "some" "header"] (Request_Body.Text "" content_type="application/json")) . should_contain_the_same_elements_as expected
Test.specify "Multiple content types in header list are ok" <|
group_builder.specify "Multiple content types in header list are ok" <|
expected = [Header.content_type "application/json", Header.content_type "text/plain"]
resolve_headers (Request.new HTTP_Method.Get "" [Header.content_type "application/json", Header.content_type "text/plain"] (Request_Body.Text "")) . should_contain_the_same_elements_as expected
Test.group "Http Error handling" <|
Test.specify "should be able to handle request errors" <|
suite_builder.group "Http Error handling" group_builder->
group_builder.specify "should be able to handle request errors" <|
err = Data.fetch "http://0.0.0.0:1/"
err.should_fail_with Request_Error
## Checking this error partially as a warning - I spent a lot of time debugging why I'm getting such an error.
Apparently it happens when the httpbin server was crashing without sending any response.
Test.specify "should be able to handle server crash resulting in no response" pending=pending_has_url <|
group_builder.specify "should be able to handle server crash resulting in no response" pending=pending_has_url <|
err = Data.fetch (base_url_with_slash+"crash")
err.should_fail_with Request_Error
err.catch.error_type . should_equal "java.io.IOException"
@ -578,13 +577,13 @@ spec =
I think it may be worth adding, because it may be really quite confusing for end users who get that kind of error.
err.catch.message . should_equal "HTTP/1.1 header parser received no bytes"
Test.specify "should be able to handle IO errors" pending="TODO: Currently I was unable to figure out a way to test such errors" <|
group_builder.specify "should be able to handle IO errors" pending="TODO: Currently I was unable to figure out a way to test such errors" <|
# how to trigger this error???
err = Data.fetch "TODO"
err.should_fail_with HTTP_Error
Test.group "Http Auth" <|
Test.specify "should support Basic user+password authentication" pending=pending_has_url <|
suite_builder.group "Http Auth" group_builder->
group_builder.specify "should support Basic user+password authentication" pending=pending_has_url <|
url = base_url_with_slash + "test_basic_auth"
# Correct user and password
@ -608,7 +607,7 @@ spec =
r4.should_fail_with HTTP_Error
r4.catch.status_code.code . should_equal 403
Test.specify "should support Bearer token authentication" pending=pending_has_url <|
group_builder.specify "should support Bearer token authentication" pending=pending_has_url <|
url = base_url_with_slash + "test_token_auth"
# Correct token
@ -627,7 +626,11 @@ spec =
r3.should_fail_with HTTP_Error
r3.catch.status_code.code . should_equal 403
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter
echo_response_template method path data content_type content_length=data.length =
template = '''

60
test/Base_Tests/src/Network/URI_Spec.enso
View File

@ -4,13 +4,12 @@ import Standard.Base.Errors.Common.Syntax_Error
import Standard.Base.Errors.Illegal_Argument.Illegal_Argument
import Standard.Base.Network.HTTP.Request.Request
from Standard.Test import Problems, Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
import project.Network.Enso_Cloud.Cloud_Tests_Setup.Cloud_Tests_Setup
from project.Network.Enso_Cloud.Cloud_Tests_Setup import with_retries
spec =
add_specs suite_builder =
## To run this test locally:
$ sbt 'http-test-helper/run localhost 8080'
$ export ENSO_HTTP_TEST_HTTPBIN_URL=http://localhost:8080/
@ -20,8 +19,8 @@ spec =
pending_has_url = if base_url != Nothing then Nothing else
"The HTTP tests only run when the `ENSO_HTTP_TEST_HTTPBIN_URL` environment variable is set to URL of the httpbin server"
Test.group "URI" <|
Test.specify "should parse URI from string" <|
suite_builder.group "URI" group_builder->
group_builder.specify "should parse URI from string" <|
addr = URI.parse "http://user:pass@example.com/foo/bar?key=val"
addr.scheme.should_equal "http"
addr.user_info.should_equal "user:pass"
@ -32,7 +31,7 @@ spec =
addr.query.should_equal "key=val"
addr.fragment.should_equal Nothing
Test.specify "should allow to convert a text to URI" <|
group_builder.specify "should allow to convert a text to URI" <|
addr2 = URI.from "https://example.org:1234/?a=b&c=d+e#line=10,20"
addr2.should_be_a URI
addr2.scheme.should_equal "https"
@ -55,7 +54,7 @@ spec =
addr3.query.should_equal Nothing
addr3.fragment.should_equal Nothing
Test.specify "should escape URI" <|
group_builder.specify "should escape URI" <|
addr = URI.parse "https://%D0%9B%D0%B8%D0%BD%D1%83%D1%81:pass@ru.wikipedia.org/wiki/%D0%AF%D0%B4%D1%80%D0%BE_Linux?%D0%9A%D0%BE%D0%B4"
addr.user_info.should_equal "Линус:pass"
addr.authority.should_equal "Линус:pass@ru.wikipedia.org"
@ -68,13 +67,13 @@ spec =
addr.raw_query.should_equal "%D0%9A%D0%BE%D0%B4"
addr.raw_fragment.should_equal Nothing
Test.specify "should return Syntax_Error when parsing invalid URI" <|
group_builder.specify "should return Syntax_Error when parsing invalid URI" <|
r = URI.parse "a b c"
r.should_fail_with Syntax_Error
r.catch.to_display_text . should_contain "a b c"
URI.from "a b c" . should_fail_with Syntax_Error
Test.specify "should allow a URI without scheme or authority" <|
group_builder.specify "should allow a URI without scheme or authority" <|
uri = URI.parse "//a/b/c"
uri.scheme.should_equal Nothing
uri.authority.should_equal "a"
@ -86,11 +85,11 @@ spec =
uri2.authority.should_equal Nothing
uri2.path.should_equal "/a/b/c"
Test.specify "should compare two URIs for equality" <|
group_builder.specify "should compare two URIs for equality" <|
(URI.parse "http://google.com").should_equal (URI.parse "http://google.com")
(URI.parse "http://google.com").should_not_equal (URI.parse "http://amazon.com")
Test.specify "allows adding query arguments" <|
group_builder.specify "allows adding query arguments" <|
base_uri = URI.parse "http://a_user@example.com"
uri = base_uri . add_query_argument "foo" "bar"
@ -105,7 +104,7 @@ spec =
uri.fragment.should_equal Nothing
uri.to_text . should_equal "http://a_user@example.com/?foo=bar"
Test.specify "should be able to add multiple query arguments" <|
group_builder.specify "should be able to add multiple query arguments" <|
base_uri = URI.parse "https://example.com/path?a=b"
uri = base_uri . add_query_argument "c" "d" . add_query_argument "e" "f"
@ -120,7 +119,7 @@ spec =
uri.fragment.should_equal Nothing
# We rely on the http-test-helper for these tests, to ensure that the encoding is indeed correctly interpreted by a real-life server:
Test.specify "should correctly handle various characters within the key and value of arguments" pending=pending_has_url <|
group_builder.specify "should correctly handle various characters within the key and value of arguments" pending=pending_has_url <|
base_uri = URI.parse base_url+"get"
uri1 = base_uri . add_query_argument "a" "b"
@ -158,14 +157,14 @@ spec =
r4 = uri4.fetch
decode_query_params r4 . should_equal [["p+r", "b c"], ["p r", "b c"], ["🚀", "🚧"], ["śnieżnobiałą", "łąkę"], [s2, "zzz"]]
Test.specify "may allow duplicate keys in query parameters" pending=pending_has_url <|
group_builder.specify "may allow duplicate keys in query parameters" pending=pending_has_url <|
uri = URI.parse base_url+"get"
. add_query_argument "a" "b"
. add_query_argument "a" "c"
. add_query_argument "a" "d"
decode_query_params uri.fetch . should_equal [["a", "b"], ["a", "c"], ["a", "d"]]
Test.specify "should allow to get properties of a URI with added query arguments and user info" <|
group_builder.specify "should allow to get properties of a URI with added query arguments and user info" <|
base_uri = URI.parse "https://example.com/path?a=b#FRAG"
uri1 = base_uri . add_query_argument "c" "d" . add_query_argument "e" "f"
@ -178,7 +177,7 @@ spec =
uri1.fragment.should_equal "FRAG"
uri1.should_equal (URI.parse "https://example.com/path?a=b&c=d&e=f#FRAG")
Test.specify "should allow the / syntax for extending the path on an URI" <|
group_builder.specify "should allow the / syntax for extending the path on an URI" <|
uri0 = URI.parse "https://example.com"
uri1 = uri0 / "path"
uri1.path . should_equal "/path"
@ -196,7 +195,7 @@ spec =
uri4.path . should_equal "/path/2"
uri4.to_text . should_equal "https://example.com/path/2"
Test.specify "should work fine with / characters and empty segments" <|
group_builder.specify "should work fine with / characters and empty segments" <|
uri0 = URI.parse "http://example.com/get/"
uri1 = uri0 / "///0" / "a///b" / "c///"
@ -212,7 +211,7 @@ spec =
uri5 = uri4 / "b"
uri5.path . should_equal "/get/a//b"
Test.specify "should allow various characters in the path" pending=pending_has_url <|
group_builder.specify "should allow various characters in the path" pending=pending_has_url <|
uri0 = URI.parse base_url+"get"
uri1 = uri0 / "a b c" / "d+e" / "f%20g" / "ś🚧:@"
@ -230,13 +229,13 @@ spec =
r2 = uri3.fetch
r2.at "path" . should_equal "/get/"+ext
Test.specify "should allow slashes within path" <|
group_builder.specify "should allow slashes within path" <|
uri0 = URI.parse "https://example.com/"
uri1 = uri0 / "a" / "b" / "c/d/e" / "f////g"
uri1.path . should_equal "/a/b/c/d/e/f////g"
uri1.to_text . should_equal "https://example.com/a/b/c/d/e/f////g"
Test.specify "will warn about ? or # being encoded in path" <|
group_builder.specify "will warn about ? or # being encoded in path" <|
uri0 = URI.parse "https://example.com/a/b/c"
uri1 = uri0 / "x?y"
@ -261,7 +260,7 @@ spec =
uri4.fragment . should_equal "d"
uri4.to_text . should_equal "https://example.com/a/x%3Fy/z%23w?b=c#d"
Test.specify "should keep existing query arguments intact when extending the path" <|
group_builder.specify "should keep existing query arguments intact when extending the path" <|
uri0 = URI.parse "https://example.com/path?a=b&c=d"
uri1 = uri0 / "x" / "y"
uri2 = uri1 . add_query_argument "e" "f"
@ -271,7 +270,7 @@ spec =
uri3.query . should_equal "a=b&c=d&e=f"
uri3.to_text . should_equal "https://example.com/path/x/y/z?a=b&c=d&e=f"
Test.specify "should allow to reset query arguments" <|
group_builder.specify "should allow to reset query arguments" <|
uri0 = URI.parse "https://example.com/path?a=b&c=d#FRAG"
uri1 = uri0 . add_query_argument "e" "f"
@ -282,8 +281,9 @@ spec =
uri2.to_text . should_equal "https://example.com/path#FRAG"
cloud_setup = Cloud_Tests_Setup.prepare
cloud_setup.with_prepared_environment <|
Test.specify "will not convert back to URI if secrets are present in the query arguments" pending=cloud_setup.pending <|
group_builder.specify "will not convert back to URI if secrets are present in the query arguments" pending=cloud_setup.pending <|
cloud_setup.with_prepared_environment <|
secret1 = Enso_Secret.create "my_test_secret-uri-1" "My Value"
secret1.should_succeed
Panic.with_finalizer secret1.delete <|
@ -295,7 +295,8 @@ spec =
uri.to_java_uri . should_fail_with Enso_Secret_Error
uri.raw_query . should_fail_with Enso_Secret_Error
Test.specify "should allow to use secrets in query arguments, containing all kinds of various characters" pending=cloud_setup.httpbin_pending <|
group_builder.specify "should allow to use secrets in query arguments, containing all kinds of various characters" pending=cloud_setup.httpbin_pending <|
cloud_setup.with_prepared_environment <|
secret1 = Enso_Secret.create "my_test_secret-uri-4" "My Very Secret Value"
secret1.should_succeed
Panic.with_finalizer secret1.delete <|
@ -315,7 +316,8 @@ spec =
response = cloud_setup.httpbin_secure_client.request (Request.get uri)
decode_query_params response.decode_as_json . should_equal [["arg1", "My Very Secret Value"], ["arg2", "plain value"], ["arg3", s2]]
Test.specify "does not allow secrets in non-https requests" pending=cloud_setup.pending <|
group_builder.specify "does not allow secrets in non-https requests" pending=cloud_setup.pending <|
cloud_setup.with_prepared_environment <|
secret1 = Enso_Secret.create "my_test_secret-uri-8" "My Value"
secret1.should_succeed
Panic.with_finalizer secret1.delete <|
@ -328,7 +330,11 @@ spec =
r1.should_fail_with Illegal_Argument
r1.catch.to_display_text . should_contain "Secrets are not allowed in HTTP connections, use HTTPS instead."
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter
decode_query_params : Json -> Vector (Pair Text Text)
decode_query_params json_response =

40
test/Base_Tests/src/Random_Spec.enso
View File

@ -2,11 +2,11 @@ from Standard.Base import all
import Standard.Base.Errors.Illegal_Argument.Illegal_Argument
import Standard.Base.Random.Random_Generator
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
spec = Test.group "Random" <|
Test.specify "should allow generating random integers" <|
add_specs suite_builder = suite_builder.group "Random" group_builder->
group_builder.specify "should allow generating random integers" <|
Random.set_seed 12345
Random.integer 0 99 . should_equal 51
Random.integer 0 9999 . should_equal 9080
@ -15,7 +15,7 @@ spec = Test.group "Random" <|
(random_range.at 0 >= 0) . should_equal True
(random_range.at 1 <= 99) . should_equal True
Test.specify "should allow generating random floats" <|
group_builder.specify "should allow generating random floats" <|
Random.set_seed 12345
Random.float . should_equal 0.3618031071604718 epsilon=0.00000001
Random.float . should_equal 0.932993485288541 epsilon=0.00000001
@ -24,11 +24,11 @@ spec = Test.group "Random" <|
(random_range.at 0 >= 0) . should_equal True
(random_range.at 1 <= 1) . should_equal True
Test.specify "should allow generating random booleans" <|
group_builder.specify "should allow generating random booleans" <|
Random.set_seed 0
0.up_to 3 . map _->Random.boolean . should_equal [True, True, False]
Test.specify "should allow generating random gaussian floats" <|
group_builder.specify "should allow generating random gaussian floats" <|
Random.set_seed 12345
Random.gaussian . should_equal -0.187808989658912 epsilon=0.00000001
Random.gaussian . should_equal 0.5884363051154796 epsilon=0.00000001
@ -40,7 +40,7 @@ spec = Test.group "Random" <|
0.up_to 100 . map (_-> Random.gaussian mean=1000000) . any (_ > 1000000) . should_be_true
0.up_to 100 . map (_-> Random.gaussian) . any (_ > 1000000) . should_be_false
Test.specify "should allow to generate random indices" <|
group_builder.specify "should allow to generate random indices" <|
Random.set_seed 0
two_out_of_three = 0.up_to 100 . map _->
@ -69,7 +69,7 @@ spec = Test.group "Random" <|
Random.indices 1 100 . should_equal [0]
Random.indices 100 0 . should_equal []
Test.specify "should allow generating random dates" <|
group_builder.specify "should allow generating random dates" <|
Random.set_seed 4000
Random.date (Date.new 2023 03 01) (Date.new 2023 10 14) . should_equal (Date.new 2023 6 9)
Random.date (Date.new 2023 03 01) (Date.new 2023 10 14) . should_equal (Date.new 2023 7 16)
@ -79,7 +79,7 @@ spec = Test.group "Random" <|
dates = 0.up_to 100 . map (_-> Random.date (Date.new 2023 03 01) (Date.new 2023 03 03))
dates.should_contain_the_same_elements_as all_from_small_range
Test.specify "should allow generating random times" <|
group_builder.specify "should allow generating random times" <|
Random.set_seed 12345
start = Time_Of_Day.new 8 12 15
end = Time_Of_Day.new 9 40 2
@ -96,10 +96,10 @@ spec = Test.group "Random" <|
times = 0.up_to 100 . map (_-> Random.time small_range_start small_range_end)
times.should_contain_the_same_elements_as all_from_small_range
Test.specify "should allow generating random UUIDs" <|
group_builder.specify "should allow generating random UUIDs" <|
Random.uuid . should_only_contain_elements_in "0123456789abcdef-"
Test.specify "should allow to select random items from a vector, without replacement" <|
group_builder.specify "should allow to select random items from a vector, without replacement" <|
Random.set_seed 0
vector = ["A", "B", "C"]
shuffles = 0.up_to 100 . map _->
@ -110,7 +110,7 @@ spec = Test.group "Random" <|
Random.items ["A", "A", "A"] 0 . should_equal []
Random.items ["A", "A", "A"] 3 . should_equal ["A", "A", "A"]
Test.specify "should allow to select random items from a vector, with replacement" <|
group_builder.specify "should allow to select random items from a vector, with replacement" <|
Random.set_seed 0
vector = 0.up_to 10 . to_vector
@ -125,12 +125,12 @@ spec = Test.group "Random" <|
items.should_only_contain_elements_in vector
items.length . should_equal 5
Test.specify "should not allow to select more items than the vector has, without replacement" <|
group_builder.specify "should not allow to select more items than the vector has, without replacement" <|
vector = 0.up_to 10 . to_vector
Random.items vector 11 . should_fail_with Illegal_Argument
Random.items vector 100 . should_fail_with Illegal_Argument
Test.specify "should allow to generate random permutations" <|
group_builder.specify "should allow to generate random permutations" <|
Random.set_seed 0
list = [0, 1, 2]
permutations = 0.up_to 100 . map _->
@ -142,15 +142,19 @@ spec = Test.group "Random" <|
permutations . should_contain_the_same_elements_as all_permutations
permutations_2 . should_contain_the_same_elements_as all_permutations
Test.specify "should not allow using a too-large integer range" <|
group_builder.specify "should not allow using a too-large integer range" <|
high = 9223372036854775806999
Random.integer 0 high . should_fail_with Illegal_Argument
Test.specify "Can call an instance directly" <|
group_builder.specify "Can call an instance directly" <|
Random.new_generator . should_be_a Random_Generator
Random.new_generator 12345 . should_be_a Random_Generator
Random.new_generator 12345 . integer 0 99 . should_equal 51
Random.new_generator 12345 . float . should_equal 0.3618031071604718 epsilon=0.00000001
Random.new_generator 12345 . gaussian . should_equal -0.187808989658912 epsilon=0.00000001
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

36
test/Base_Tests/src/Runtime/Ascribed_Parameters_Spec.enso
View File

@ -1,11 +1,11 @@
from Standard.Base import all
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
import Standard.Base.Errors.Common.Type_Error
spec = Test.group "Function Ascribed Parameters" <|
add_specs suite_builder = suite_builder.group "Function Ascribed Parameters" group_builder->
t1 (f1 : Function) =
f1 "x"
@ -24,41 +24,45 @@ spec = Test.group "Function Ascribed Parameters" <|
with_type_error ~action = Panic.catch Type_Error action panic->panic.convert_to_dataflow_error
Test.specify "t1 with surround type check" <|
group_builder.specify "t1 with surround type check" <|
(t1 surround) . should_equal "|x|"
Test.specify "t2 with surround type check" <|
group_builder.specify "t2 with surround type check" <|
(t2 surround) . should_equal "|x|"
Test.specify "t3 with surround type check" <|
group_builder.specify "t3 with surround type check" <|
(t3 surround) . should_equal "|x|"
Test.specify "t4 with surround type check" <|
group_builder.specify "t4 with surround type check" <|
(t4 surround) . should_equal "|x|"
Test.specify "t1 with 42 type check" <|
group_builder.specify "t1 with 42 type check" <|
with_type_error (t1 6) . should_fail_with Type_Error
Test.specify "t2 with 42 type check" <|
group_builder.specify "t2 with 42 type check" <|
with_type_error (t2 6) . should_fail_with Type_Error
Test.specify "t3 with 42 type check" <|
group_builder.specify "t3 with 42 type check" <|
(t3 6) . should_equal 42
Test.specify "t4 with 42 type check" <|
group_builder.specify "t4 with 42 type check" <|
(t4 6) . should_equal 42
Test.specify "t1 with text type check" <|
group_builder.specify "t1 with text type check" <|
with_type_error (t1 "hi") . should_fail_with Type_Error
Test.specify "t2 with text type check" <|
group_builder.specify "t2 with text type check" <|
with_type_error (t2 "hi") . should_fail_with Type_Error
Test.specify "t3 with text type check" <|
group_builder.specify "t3 with text type check" <|
with_type_error (t3 "hi") . should_fail_with Type_Error
Test.specify "t4 with text type check" <|
group_builder.specify "t4 with text type check" <|
with_type_error (t4 "hi") . should_fail_with Type_Error
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

22
test/Base_Tests/src/Runtime/Asserts_Spec.enso
View File

@ -3,35 +3,39 @@ from Standard.Base import all
from Standard.Base.Errors.Common import Assertion_Error
from Standard.Base.Errors.Common import Type_Error
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
foreign js js_check = """
return (4 == 2 + 2)
spec = Test.group "Asserts" <|
Test.specify "should be enabled in tests" <|
add_specs suite_builder = suite_builder.group "Asserts" group_builder->
group_builder.specify "should be enabled in tests" <|
p = Panic.catch Assertion_Error (Runtime.assert False) err->
err.payload
Meta.type_of p . should_be_a Assertion_Error
Test.specify "should be able to take foreign functions as expressions" <|
group_builder.specify "should be able to take foreign functions as expressions" <|
ret = Runtime.assert js_check
ret . should_be_a Nothing
Test.specify "should be able to take a block as expressions" <|
group_builder.specify "should be able to take a block as expressions" <|
ret = Runtime.assert <|
4 == 2 + 2
ret . should_be_a Nothing
Test.specify "should be able to take values with warnings" <|
group_builder.specify "should be able to take values with warnings" <|
foo x = Warning.attach "My warning" (x+2)
Runtime.assert (foo 2 > 2) . should_be_a Nothing
Test.specify "should fail with Type_Error if action does not return Boolean" <|
group_builder.specify "should fail with Type_Error if action does not return Boolean" <|
p = Panic.catch Type_Error (Runtime.assert 42) err->
err
Meta.type_of p.payload . should_be_a Type_Error
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

14
test/Base_Tests/src/Runtime/Lazy_Generator_Spec.enso
View File

@ -1,5 +1,5 @@
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
type Generator
Value n ~next
@ -8,8 +8,8 @@ natural =
gen n = Generator.Value n (gen n+1)
gen 2
spec = Test.group "Lazy Generator" <|
Test.specify "Generates four numbers properly" <|
add_specs suite_builder = suite_builder.group "Lazy Generator" group_builder->
group_builder.specify "Generates four numbers properly" <|
two = natural
two.n . should_equal 2
three = two.next
@ -17,4 +17,8 @@ spec = Test.group "Lazy Generator" <|
four = three.next
four.n . should_equal 4
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

24
test/Base_Tests/src/Runtime/Lazy_Spec.enso
View File

@ -3,16 +3,16 @@ from Standard.Base import all
import Standard.Base.Runtime.Ref.Ref
import Standard.Base.Errors.Illegal_Argument.Illegal_Argument
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
type Lazy
Value ~get
new ~computation = Lazy.Value computation
new_eager computation = Lazy.Value computation
spec = Test.group "Lazy" <|
Test.specify "should compute the result only once" <|
add_specs suite_builder = suite_builder.group "Lazy" group_builder->
group_builder.specify "should compute the result only once" <|
ref = Ref.new 0
compute =
ref.put (ref.get+1)
@ -31,7 +31,7 @@ spec = Test.group "Lazy" <|
ref.get . should_equal 3
Test.specify "should compute the result only once, even if copied" <|
group_builder.specify "should compute the result only once, even if copied" <|
ref = Ref.new 0
compute =
ref.put (ref.get+1)
@ -43,7 +43,7 @@ spec = Test.group "Lazy" <|
vec.map .get . should_equal ["Value", "Value", "Value", "Value"]
ref.get . should_equal 1
Test.specify "should cache the result even if it results in a dataflow error" <|
group_builder.specify "should cache the result even if it results in a dataflow error" <|
ref = Ref.new 0
compute =
ref.put (ref.get+1)
@ -57,7 +57,7 @@ spec = Test.group "Lazy" <|
r.get.catch.message . should_equal "FOO"
ref.get . should_equal 1
Test.specify "should cache the result even if the operation panics" <|
group_builder.specify "should cache the result even if the operation panics" <|
ref = Ref.new 0
compute =
ref.put (ref.get+1)
@ -75,7 +75,7 @@ spec = Test.group "Lazy" <|
msg.should_equal "FOO"
ref.get . should_equal 1
Test.specify "should allow to create a Lazy instance that is computed eagerly" <|
group_builder.specify "should allow to create a Lazy instance that is computed eagerly" <|
ref = Ref.new 0
compute =
ref.put (ref.get+1)
@ -89,11 +89,15 @@ spec = Test.group "Lazy" <|
r.get . should_equal "Value"
ref.get . should_equal 1
Test.specify "eager mode will not handle dataflow errors/panics specially" <|
group_builder.specify "eager mode will not handle dataflow errors/panics specially" <|
r = Lazy.new_eager (Error.throw (Illegal_Argument.Error "FOO"))
r.should_fail_with Illegal_Argument
Test.expect_panic_with matcher=Illegal_Argument <|
Lazy.new_eager (Panic.throw (Illegal_Argument.Error "FOO"))
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

18
test/Base_Tests/src/Runtime/Managed_Resource_Spec.enso
View File

@ -2,11 +2,11 @@ from Standard.Base import all
import Standard.Base.Errors.Illegal_State.Illegal_State
import Standard.Base.Runtime.Managed_Resource.Managed_Resource
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
spec = Test.group "Managed_Resource" <|
Test.specify "should call the destructor even if the action fails" <|
add_specs suite_builder = suite_builder.group "Managed_Resource" group_builder->
group_builder.specify "should call the destructor even if the action fails" <|
log_1 = Vector.new_builder
r_1 = Managed_Resource.bracket 42 log_1.append x->
log_1.append x+1
@ -31,7 +31,7 @@ spec = Test.group "Managed_Resource" <|
r_3.catch . should_equal (Illegal_State.Error "foo")
log_3.to_vector . should_equal [43, 44, 42]
Test.specify "should not proceed further if initialization fails" <|
group_builder.specify "should not proceed further if initialization fails" <|
log_1 = Vector.new_builder
r_1 = Panic.recover Any <| Managed_Resource.bracket (Panic.throw (Illegal_State.Error "foo")) (_ -> log_1.append "destructor") _->
log_1.append "action"
@ -46,7 +46,7 @@ spec = Test.group "Managed_Resource" <|
r_2.catch . should_equal (Illegal_State.Error "foo")
log_2.to_vector . should_equal []
Test.specify "should forward panics thrown in initializer and destructor" <|
group_builder.specify "should forward panics thrown in initializer and destructor" <|
r_1 = Panic.recover Any <| Managed_Resource.bracket (Panic.throw "init") (_-> Panic.throw "destruct") (_-> Panic.throw "action")
r_1.catch . should_equal "init"
@ -56,4 +56,8 @@ spec = Test.group "Managed_Resource" <|
r_3 = Panic.recover Any <| Managed_Resource.bracket 42 (_-> Nothing) (_-> Panic.throw "action")
r_3.catch . should_equal "action"
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

18
test/Base_Tests/src/Runtime/Missing_Required_Arguments_Spec.enso
View File

@ -4,8 +4,8 @@ import Standard.Base.Errors.Common.Not_Invokable
import Standard.Base.Runtime.Ref.Ref
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
my_function (xyz : Integer = Missing_Required_Argument.ensure_present "xyz") (y : Integer = 100) =
xyz + y
@ -19,8 +19,8 @@ type Foo
member self (txt : Text = Missing_Required_Argument.ensure_present "txt") =
"Foo(" + self.x.to_text + ", " + self.y.to_text + "): " + txt
spec = Test.group "Missing_Required_Argument" <|
Test.specify "should do nothing if the argument is provided" <|
add_specs suite_builder = suite_builder.group "Missing_Required_Argument" group_builder->
group_builder.specify "should do nothing if the argument is provided" <|
r1 = my_function 23
r1.should_equal 123
@ -37,7 +37,7 @@ spec = Test.group "Missing_Required_Argument" <|
r5 = Foo.Ctor 44 . member "Hello"
r5 . should_equal "Foo(44, 100): Hello"
Test.specify "should raise an error if a required argument is not specified" <|
group_builder.specify "should raise an error if a required argument is not specified" <|
r1 = my_function
r1.should_fail_with Missing_Required_Argument
r1.catch.argument_name . should_equal "xyz"
@ -58,7 +58,7 @@ spec = Test.group "Missing_Required_Argument" <|
r4.catch.function_name . should_equal "Foo.member"
r4.catch.to_display_text . should_equal "Missing required argument `txt` in function `Foo.member`."
Test.specify "but will still allow suspending the argument explicitly" <|
group_builder.specify "but will still allow suspending the argument explicitly" <|
f1 = my_function _
f1.should_be_a Function
@ -84,4 +84,8 @@ spec = Test.group "Missing_Required_Argument" <|
mf4.should_be_a Function
(mf4 "Hello") . should_equal "Foo(44, 100): Hello"
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

16
test/Base_Tests/src/Runtime/Ref_Spec.enso
View File

@ -2,11 +2,11 @@ from Standard.Base import all
import Standard.Base.Runtime.Ref.Ref
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
spec = Test.group "Refs" <|
Test.specify "should be able to store and retrieve value in references" <|
add_specs suite_builder = suite_builder.group "Refs" group_builder->
group_builder.specify "should be able to store and retrieve value in references" <|
r = Ref.new 'foo'
r.get . should_equal 'foo'
r.put 'bar'
@ -18,7 +18,11 @@ spec = Test.group "Refs" <|
vec.at 0 . put 123
vec.at 1 . get . should_equal 123
Test.specify "Example" <|
group_builder.specify "Example" <|
(Ref.new 10) . modify (_+1) . should_equal 10
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

8
test/Base_Tests/src/Runtime/Stack_Traces_Spec.enso
View File

@ -1,7 +1,7 @@
from Standard.Base import all
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
type My_Type
@ -11,8 +11,8 @@ Number.foo self = baz
foo x = x.foo
My_Type.foo self = foo 123
spec = Test.group "Stack traces" <|
Test.specify "should capture traces correctly" <|
add_specs suite_builder = suite_builder.group "Stack traces" group_builder->
group_builder.specify "should capture traces correctly" <|
modname = Meta.get_simple_type_name Stack_Traces_Spec
stack = My_Type.foo
names = [modname + ".bar", modname + ".baz", "Number.foo", modname + ".foo", "My_Type.foo"]

16
test/Base_Tests/src/Runtime/State_Spec.enso
View File

@ -3,16 +3,16 @@ from Standard.Base import all
import Standard.Base.Runtime.State
import Standard.Base.Errors.Common.Unsupported_Argument_Types
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
spec = Test.group "State" <|
Test.specify "Type as a key" <|
add_specs suite_builder = suite_builder.group "State" group_builder->
group_builder.specify "Type as a key" <|
s = State.run Test 42 <|
State.get Test
s . should_equal 42
Test.specify "string as a key" <|
group_builder.specify "string as a key" <|
s n = State.run "my_state" n <|
State.get "my_state"
@ -22,4 +22,8 @@ spec = Test.group "State" <|
Meta.type_of p . should_equal Unsupported_Argument_Types
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

38
test/Base_Tests/src/Semantic/Any_Spec.enso
View File

@ -1,44 +1,44 @@
from Standard.Base import all
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
from project.Semantic.Definitions.Any_Types import all
spec =
Test.group "Any.map_nothing" <|
Test.specify "should apply the function to a value" <|
add_specs suite_builder =
suite_builder.group "Any.map_nothing" group_builder->
group_builder.specify "should apply the function to a value" <|
10.map_nothing *2 . should_equal 20
Test.specify "should return `Nothing` unchanged" <|
group_builder.specify "should return `Nothing` unchanged" <|
Nothing.map_nothing *2 . should_equal Nothing
Test.group "Callables" <|
Test.specify "should be able to be applied in a pipeline using |>" <|
suite_builder.group "Callables" group_builder->
group_builder.specify "should be able to be applied in a pipeline using |>" <|
(1 |> *2) . should_equal 2
(2 |> My_Type.Value) . should_equal (My_Type.Value 2)
(2.3 |> .floor) . should_equal 2
Test.specify "should be able to be applied to an argument using <|" <|
group_builder.specify "should be able to be applied to an argument using <|" <|
(*2 <| 1) . should_equal 2
(My_Type.Value <| 2) . should_equal (My_Type.Value 2)
(.floor <| 2.3) . should_equal 2
Test.specify "should be able to be composed backward using <<" <|
group_builder.specify "should be able to be composed backward using <<" <|
(+1 << *2) 2 . should_equal 5
(My_Type.Value << *2) 2 . should_equal <| My_Type.Value 4
(.floor << *2.25) 2 . should_equal 4
Test.specify "should be able to be composed forward using >>" <|
group_builder.specify "should be able to be composed forward using >>" <|
(+1 >> *2) 2 . should_equal 6
(*2 >> My_Type.Value) 2 . should_equal <| My_Type.Value 4
(*2 >> .floor) 2.75 . should_equal 5
Test.specify "should define generic inequality on values" <|
group_builder.specify "should define generic inequality on values" <|
(1 != 2) . should_be_true
(1 != 1) . should_be_false
Test.group "Any's methods" <|
Test.specify "should not be overridable when called statically" <|
suite_builder.group "Any's methods" group_builder->
group_builder.specify "should not be overridable when called statically" <|
My_Type.Value 33 . x . should_equal "Any:(My_Type.Value 33)"
With_X.Value 44 . x . should_equal "With_X:(With_X.Value 44)"
With_Y.Value 44 . x . should_equal "With_Y:With_Y(44)"
@ -58,7 +58,7 @@ spec =
Any.x (With_Y.Value 22) . should_equal "Any:With_Y(22)"
Date.to_display_text . should_equal "Date"
Test.specify "static method calls on Any should have defaulted self argument to Any" <|
group_builder.specify "static method calls on Any should have defaulted self argument to Any" <|
# Any.== is a method that takes two arguments (self other)
(Any.==) . should_be_a Function
(Any.== self=Boolean) . should_be_a Function
@ -96,7 +96,7 @@ spec =
Date.spec_method Boolean Vector . should_equal "Any.spec_method:{Date}{Boolean}{Vector}"
Test.specify "instance methods on different types should not have defaulted self argument" <|
group_builder.specify "instance methods on different types should not have defaulted self argument" <|
# Vector.contains has two arguments (self elem)
Vector.contains . to_text . contains "Vector.type.contains" . should_be_true
(Vector.contains [42]) . to_text . contains "Vector.type.contains" . should_be_true
@ -109,4 +109,8 @@ spec =
Vector.is_empty [] . should_be_true
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

46
test/Base_Tests/src/Semantic/Case_Spec.enso
View File

@ -11,11 +11,11 @@ polyglot java import java.util.AbstractList
polyglot java import java.util.ArrayList
polyglot java import java.util.List as Java_List
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
spec = Test.group "Pattern Matches" <|
Test.specify "should be able to match on the Boolean type" <|
add_specs suite_builder = suite_builder.group "Pattern Matches" group_builder->
group_builder.specify "should be able to match on the Boolean type" <|
case Boolean of
Boolean -> Nothing
_ -> Test.fail "Expected the Boolean constructor to match."
@ -27,7 +27,7 @@ spec = Test.group "Pattern Matches" <|
Boolean -> Test.fail "Expected False to match on a Boolean type check."
_ : Boolean -> Nothing
_ -> Test.fail "Expected False to match on a Boolean type check."
Test.specify "should be able to match on the Integer type" <|
group_builder.specify "should be able to match on the Integer type" <|
case 1 of
Integer -> Test.fail "Expected an integer to match."
_ : Integer -> Nothing
@ -39,7 +39,7 @@ spec = Test.group "Pattern Matches" <|
case Integer of
Integer -> Nothing
_ -> Test.fail "Expected the Integer constructor to match."
Test.specify "should be able to match on the Float type" <|
group_builder.specify "should be able to match on the Float type" <|
case 1.7 of
_ : Integer -> Test.fail "Expected a decimal to match."
Float -> Test.fail "Expected a decimal to match."
@ -48,7 +48,7 @@ spec = Test.group "Pattern Matches" <|
case Float of
Float -> Nothing
_ -> Test.fail "Expected the Float constructor to match."
Test.specify "match on the Number literal" <|
group_builder.specify "match on the Number literal" <|
foo x = case x of
1 -> "ONE"
1.0 -> "one"
@ -69,7 +69,7 @@ spec = Test.group "Pattern Matches" <|
foo 9999 . should_equal "NINE THOUSAND NINE HUNDRED NINETY NINE"
foo 12345678901234567890123456789*10 . should_equal "a lot"
Test.specify "should be able to match on the Number type" <|
group_builder.specify "should be able to match on the Number type" <|
case 1 of
_ : Number -> Nothing
_ -> Test.fail "Expected a number to match."
@ -91,7 +91,7 @@ spec = Test.group "Pattern Matches" <|
case Float of
_ : Number -> Test.fail "Float type isn't instance of Number type"
_ -> Nothing
Test.specify "should be able to match on the Text type" <|
group_builder.specify "should be able to match on the Text type" <|
case "foo" of
Text -> Test.fail "Expected a text type to match."
_ : Text -> Nothing
@ -106,7 +106,7 @@ spec = Test.group "Pattern Matches" <|
Text -> Test.fail "Expected the Text module to match4."
Text_Module -> Nothing
_ -> Test.fail "Expected the Text module to matc5h."
Test.specify "should be able to match on the Array type" <|
group_builder.specify "should be able to match on the Array type" <|
case [1].to_array of
Array -> Test.fail "Expected an array type to match."
_ : Array -> Nothing
@ -129,7 +129,7 @@ spec = Test.group "Pattern Matches" <|
Array -> Test.fail "Expected the Array module to match."
Array_Module -> Nothing
_ -> Test.fail "Expected the Array module to match."
Test.specify "should be able to match on the Polyglot type" <|
group_builder.specify "should be able to match on the Polyglot type" <|
random_gen = Java_Random.new
case random_gen of
Polyglot -> Nothing
@ -137,7 +137,7 @@ spec = Test.group "Pattern Matches" <|
case Polyglot of
Polyglot -> Nothing
_ -> Test.fail "Expected the Polyglot constructor to match."
Test.specify "should be able to match on the Any type" <|
group_builder.specify "should be able to match on the Any type" <|
value_1 = 1.23143
value_2 = "foo bar"
case value_1 of
@ -155,7 +155,7 @@ spec = Test.group "Pattern Matches" <|
case Any of
Any -> Nothing
_ -> Test.fail "Expected the Any constructor to match."
Test.specify "should be able to match on date/time values" <|
group_builder.specify "should be able to match on date/time values" <|
new_date = Date.new 2020 6 1
new_date_time = Date_Time.new 2020 6 1
new_time = Time_Of_Day.new 11 11
@ -206,7 +206,7 @@ spec = Test.group "Pattern Matches" <|
_ : Time_Zone -> Nothing
_ -> Test.fail "Expected timezone value to match Time_Zone type."
Test.specify "should be able to match on literal values" <|
group_builder.specify "should be able to match on literal values" <|
value_1 = 42
value_2 = "foo"
value_3 = 's\u0301'
@ -230,7 +230,7 @@ spec = Test.group "Pattern Matches" <|
"ę" -> Test.fail "Expected value to match constant."
'\u0065\u{301}' -> Nothing
_ -> Test.fail "Expected value to match constant."
Test.specify "should be able to match on literal values nested in constructors" <|
group_builder.specify "should be able to match on literal values nested in constructors" <|
value_1 = List.Cons 42 List.Nil
value_2 = List.Cons (List.Cons 42 List.Nil) List.Nil
case value_1 of
@ -247,21 +247,21 @@ spec = Test.group "Pattern Matches" <|
List.Cons _ List.Nil -> Test.fail "Expected value to match constant."
_ -> Test.fail "Expected value to match constant."
Test.specify "should be able to match on module rather than a type" <|
group_builder.specify "should be able to match on module rather than a type" <|
case Vector_Module of
_ : Vector -> Test.fail "Expected to match on module."
Vector -> Test.fail "Expected to match on module."
Vector_Module -> Nothing
_ -> Test.fail "Expected to match on module."
Test.specify "should be able to match on a type of a value rather tha module" <|
group_builder.specify "should be able to match on a type of a value rather tha module" <|
case [1,2,3] of
Vector_Module -> Test.fail "Expected to match on a type."
Vector -> Test.fail "Expected to match on a type."
_ : Vector -> Nothing
_ -> Test.fail "Expected to match on a type."
Test.specify "should correctly pattern match on array-like polyglot values" <|
group_builder.specify "should correctly pattern match on array-like polyglot values" <|
list = ArrayList.new
list.add 1
list.add 2
@ -301,7 +301,7 @@ spec = Test.group "Pattern Matches" <|
u = v.map foo
u.should_equal ["text", "array", "array"]
Test.specify "should correctly pattern match on supertype" <|
group_builder.specify "should correctly pattern match on supertype" <|
case 1 of
_ : Any -> Nothing
_ -> Test.fail "Expected to match on Any type."
@ -322,9 +322,13 @@ spec = Test.group "Pattern Matches" <|
_ : Any -> Nothing
_ -> Test.fail "Expected to match on Any."
Test.specify "should allow for pattern matching on unresolved symbol" <|
group_builder.specify "should allow for pattern matching on unresolved symbol" <|
case (.name) of
_ : Function -> Nothing
_ -> Test.fail "Expected to match on Function type."
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

152
test/Base_Tests/src/Semantic/Conversion_Spec.enso
View File

@ -6,8 +6,8 @@ import project.Semantic.Conversion.Methods
import project.Semantic.Conversion.Types
import project.Semantic.Conversion_Use.Hello
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
polyglot java import java.lang.Object
polyglot java import java.time.format.DateTimeFormatter
@ -92,57 +92,57 @@ Blob.from (that:Text) = Blob.Text that
Blob.from (that:File) = Blob.Binary that
Blob.from (that:Any) = Blob.Json that
spec =
Test.group "Conversion" <|
Test.specify "should be able to convert atoms" <|
add_specs suite_builder =
suite_builder.group "Conversion" group_builder->
group_builder.specify "should be able to convert atoms" <|
((Foo.from (Baz.Value 10)).foo + (Foo.from (Bar.Value 20)).foo) . should_equal 30
Foo.from Quaffle . foo . should_equal "quaffle"
Test.specify "should be able to convert text" <|
group_builder.specify "should be able to convert text" <|
Foo.from "123" . foo . should_equal 3
Test.specify "should be able to convert foreign text" <|
group_builder.specify "should be able to convert foreign text" <|
Foo.from (make_str 4) . foo . should_equal 9
Test.specify "should be able to convert numbers" <|
group_builder.specify "should be able to convert numbers" <|
Foo.from 4 . should_equal (Foo.Value [4, 0, 0, 0])
Foo.from (10^100) . should_equal (Foo.Value [10^100, 0, 0, 0])
Foo.from 4.5 . should_equal (Foo.Value [4.5, 0, 0, 0])
Test.specify "should be able to convert dataflow errors" <|
group_builder.specify "should be able to convert dataflow errors" <|
Foo.from (Error.throw <| My_Error.Value "i was bad") . should_equal (Foo.Value "oops")
Test.specify "should be able to convert functions" <|
group_builder.specify "should be able to convert functions" <|
Foo.from (e -> e) . foo . should_equal 5
Test.specify "should be able to convert booleans" <|
group_builder.specify "should be able to convert booleans" <|
Foo.from True . foo . should_be_true
Foo.from False . foo . should_be_false
Test.specify "should be able to convert arrays" <|
group_builder.specify "should be able to convert arrays" <|
Foo.from [1,2,3].to_array . foo . should_equal 3
Test.specify "should be able to convert Any" <|
group_builder.specify "should be able to convert Any" <|
Not_Foo.from that=Quaffle . notfoo . should_equal "ANY!!!"
Not_Foo.from 4 . notfoo . should_equal "ANY!!!"
Not_Foo.from (e -> e) . notfoo . should_equal "ANY!!!"
Not_Foo.from [1,2,3].to_array . notfoo . should_equal "ANY!!!"
Not_Foo.from [1,2,3] . notfoo . should_equal "ANY!!!"
Test.specify "apply Any conversion to foreign object" <|
group_builder.specify "apply Any conversion to foreign object" <|
Not_Foo.from Object.new . notfoo . should_equal "ANY!!!"
Test.specify "apply Any conversion to type" <|
group_builder.specify "apply Any conversion to type" <|
Not_Foo.from Boolean . notfoo . should_equal "ANY!!!"
Test.specify "should call intrinsic object conversions for unimported constructors" <|
group_builder.specify "should call intrinsic object conversions for unimported constructors" <|
Vector.from Methods.get_foo . should_equal ["foo"]
Test.specify "should call extension conversions" <|
group_builder.specify "should call extension conversions" <|
Text.from Methods.get_bar . should_equal "bar"
Test.specify "should fail graciously when there is no conversion" <|
group_builder.specify "should fail graciously when there is no conversion" <|
Panic.recover Any (Foo.from (Quux.Value 10)) . catch Any .to_display_text . should_equal "Could not find a conversion from `Quux.Value` to `Foo`."
Test.specify "should fail graciously when the conversion target is invalid" <|
group_builder.specify "should fail graciously when the conversion target is invalid" <|
Panic.recover Any (123.from (Quux.Value 10)) . catch Any .to_display_text . should_equal "123 is not a valid conversion target. Expected a type."
Test.specify "should be callable with by-name arguments" <|
group_builder.specify "should be callable with by-name arguments" <|
.from self=Foo that=4 first_param=2 . should_equal (Foo.Value [4, 2, 0, 0])
Test.specify "should support the use of multiple arguments" <|
group_builder.specify "should support the use of multiple arguments" <|
Foo.from that=4 second_param=1 2 . should_equal (Foo.Value [4, 2, 1, 0])
Test.specify "should play nicely with polyglot" <|
group_builder.specify "should play nicely with polyglot" <|
call_function .from Foo . should_equal (Foo.Value 8)
Test.specify "should support the meta functions" <|
group_builder.specify "should support the meta functions" <|
meta_from = Meta.meta .from
is_symbol = case meta_from of
_ : Meta.Unresolved_Symbol -> True
@ -159,37 +159,37 @@ spec =
meta_from.rename "foo" 123 . should_equal "foo called"
meta_from.rename "foo" . should_equal .foo
Test.specify "should not allow currying" <|
group_builder.specify "should not allow currying" <|
Panic.recover Any (Foo.from) . catch Any .to_display_text . should_equal "Conversion currying without `that` argument is not supported."
Test.specify "Use conversions to in Conversion_Use module" <|
group_builder.specify "Use conversions to in Conversion_Use module" <|
Hello.formulate [ Hello.Say "Proper", Hello.Say "Type" ] . should_equal "ProperType"
Hello.formulate [ Foo.Value "Perform", Bar.Value "Conversion" ] . should_equal "PERFORM conversion!"
Test.specify "Convert Foo.to Hello" <|
group_builder.specify "Convert Foo.to Hello" <|
hello = Foo.Value "Perform" . to Hello
hello . msg . should_equal "PERFORM "
Test.specify "Convert Bar.to Hello" <|
group_builder.specify "Convert Bar.to Hello" <|
hello = Bar.Value "Conversion" . to Hello
hello . msg . should_equal "conversion!"
Test.specify "Convert Bar.to Hello with other suffix" <|
group_builder.specify "Convert Bar.to Hello with other suffix" <|
hello = Bar.Value "Conversion" . to Hello suffix="?"
hello . msg . should_equal "conversion?"
Test.specify "Idempotent convert Hello.to Hello" <|
group_builder.specify "Idempotent convert Hello.to Hello" <|
Hello.Say "Hi there!" . to Hello . msg . should_equal "Hi there!"
Test.specify "Unknown convertion Text.to Hello" <|
group_builder.specify "Unknown convertion Text.to Hello" <|
h = Panic.recover No_Such_Conversion <| "Hi there!" . to Hello
h . should_fail_with No_Such_Conversion
Test.specify "Use Any.to in Conversion_Use module" <|
group_builder.specify "Use Any.to in Conversion_Use module" <|
Hello.formulate_with_to [ Hello.Say "Proper", Hello.Say "Type" ] . should_equal "ProperType"
Hello.formulate_with_to [ Foo.Value "Perform", Bar.Value "Conversion" ] . should_equal "PERFORM conversion!"
Test.specify "Avoid parameter conversion of Blob into Blob" <|
group_builder.specify "Avoid parameter conversion of Blob into Blob" <|
blob_me (b:Blob) = b
once = blob_me "Ahoj"
@ -200,7 +200,7 @@ spec =
once . should_equal second
Meta.is_same_object once second . should_be_true
Test.specify "Avoid Any.to conversion of Blob into Blob" <|
group_builder.specify "Avoid Any.to conversion of Blob into Blob" <|
blob_me b = b.to Blob
once = blob_me "Ahoj"
@ -211,7 +211,7 @@ spec =
once . should_equal second
Meta.is_same_object once second . should_be_true
Test.specify "Avoid inline conversion of Blob into Blob" <|
group_builder.specify "Avoid inline conversion of Blob into Blob" <|
once = "Ahoj" : Blob
second = once : Blob
@ -220,7 +220,7 @@ spec =
once . should_equal second
Meta.is_same_object once second . should_be_true
Test.specify "Avoid back and forth conversions" <|
group_builder.specify "Avoid back and forth conversions" <|
one = Forth.Times 1
two = Back.exchange one
@ -235,7 +235,7 @@ spec =
# no conversions needed when calling `exchange` methods
nine . should_equal one
Test.specify "Requesting Text & Foo" <|
group_builder.specify "Requesting Text & Foo" <|
check a (n : Text & Foo) = case a of
0 -> n.foo
1 -> n.take (First 3)
@ -247,7 +247,7 @@ spec =
fail = Panic.recover Type_Error <| check 0 True
fail . should_fail_with Type_Error
Test.specify "Requesting Foo & Not_Foo & Boolean" <|
group_builder.specify "Requesting Foo & Not_Foo & Boolean" <|
check a (n : Foo & Not_Foo & Boolean) = case a of
0 -> n.foo
1 -> n.not
@ -260,7 +260,7 @@ spec =
fail = Panic.recover Type_Error <| check 0 "not a boolean"
fail . should_fail_with Type_Error
Test.specify "Requesting Number & Integer & Float" <|
group_builder.specify "Requesting Number & Integer & Float" <|
m = MultiNumber.Value 5
m.to Number . should_equal 1.5
@ -285,7 +285,7 @@ spec =
to_6 (v : Number & Float & Integer) = v
to_6 m . should_equal 1.5
Test.specify "Requesting Integer & Fool" <|
group_builder.specify "Requesting Integer & Fool" <|
do_number (x : Integer & Fool) =
x.foo . should_equal "foo called"
x.fool . should_equal 42
@ -306,7 +306,7 @@ spec =
do_number 42
Test.specify "Requesting Float & Fool" <|
group_builder.specify "Requesting Float & Fool" <|
do_number (x : Float & Fool) =
x.foo . should_equal "foo called"
x.fool . should_equal 42.3
@ -327,7 +327,7 @@ spec =
do_number 42.3
Test.specify "Requesting Boolean & Fool" <|
group_builder.specify "Requesting Boolean & Fool" <|
do_boolean (x : Boolean & Fool) =
x.fool . should_equal True
x==x . should_be_true
@ -344,7 +344,7 @@ spec =
do_boolean True
Test.specify "Requesting Text & Fool" <|
group_builder.specify "Requesting Text & Fool" <|
do_text (x : Text & Fool) =
x.fool . should_equal "Hello"
x==x . should_be_true
@ -361,7 +361,7 @@ spec =
do_text "Hello"
Test.specify "Requesting Time_Of_Day & Fool" <|
group_builder.specify "Requesting Time_Of_Day & Fool" <|
now = Time_Of_Day.now
do_time (x : Time_Of_Day & Fool) =
@ -377,7 +377,7 @@ spec =
do_time now
Test.specify "Requesting Date & Fool" <|
group_builder.specify "Requesting Date & Fool" <|
now = Date.today
do_date (x : Date & Fool) =
@ -393,7 +393,7 @@ spec =
do_date now
Test.specify "Requesting Date_Time & Fool" <|
group_builder.specify "Requesting Date_Time & Fool" <|
now = Date_Time.now
do_time (x : Date_Time & Fool) =
@ -409,7 +409,7 @@ spec =
do_time now
Test.specify "Requesting Duration & Fool" <|
group_builder.specify "Requesting Duration & Fool" <|
now = Duration.new hours=5
do_duration (x : Duration & Fool) =
@ -425,7 +425,7 @@ spec =
do_duration now
Test.group "Polyglot Argument" <|
suite_builder.group "Polyglot Argument" group_builder->
f1 (x : DateTimeFormatter) = x.to_text
f2 (x : Text | DateTimeFormatter) = case x of
_ : DateTimeFormatter -> "DateTimeFormatter: "+x.to_text
@ -442,44 +442,44 @@ spec =
d = DateTimeFormatter.ISO_DATE
Test.specify "f1 d" <|
group_builder.specify "f1 d" <|
(f1 d).to_display_text . should_contain "ParseCaseSensitive(false)(Value"
Test.specify "f1 42" <|
group_builder.specify "f1 42" <|
Panic.recover Any (f1 42).to_display_text . should_fail_with Type_Error
Test.specify "f2 AAA" <|
group_builder.specify "f2 AAA" <|
(f2 "AAA").to_display_text . should_equal "TEXT: AAA"
Test.specify "f2 d" <|
group_builder.specify "f2 d" <|
(f2 d).to_display_text . should_contain "DateTimeFormatter: ParseCaseSensitive(false)(Value"
Test.specify "f3 AAA" <|
group_builder.specify "f3 AAA" <|
(f3 "AAA").to_display_text . should_equal "TEXT: AAA"
Test.specify "f3 d" <|
group_builder.specify "f3 d" <|
(f3 d).to_display_text . should_contain "DateTimeFormatter: ParseCaseSensitive(false)(Value"
Test.specify "f4 d" <|
group_builder.specify "f4 d" <|
(f4 d).to_display_text . should_contain "DateTimeFormatter: Parse"
Test.group "Polyglot Argument with Inheritance" <|
suite_builder.group "Polyglot Argument with Inheritance" group_builder->
f1 (x : JPeriod) = x.to_text
f2 (x : ChronoPeriod) = x.negated.to_text
f3 (x : TemporalAmount) = x.getUnits.to_text
quarter = JPeriod.ofMonths 3
Test.specify "f1 quarter" <|
group_builder.specify "f1 quarter" <|
(f1 quarter) . should_equal "P3M"
Test.specify "f2 quarter" <|
group_builder.specify "f2 quarter" <|
(f2 quarter) . should_equal "P-3M"
Test.specify "f3 quarter" <|
group_builder.specify "f3 quarter" <|
(f3 quarter) . should_equal "[Years, Months, Days]"
Test.group "Polyglot Conversion" <|
suite_builder.group "Polyglot Conversion" group_builder->
f1 (x : DateTimeFormatter) = x.to_text
f2 (x : Hello | DateTimeFormatter) = case x of
_ : DateTimeFormatter -> "DateTimeFormatter: "+x.to_text
@ -500,50 +500,54 @@ spec =
d = DateTimeFormatter.ISO_DATE
Test.specify "f1 d" <|
group_builder.specify "f1 d" <|
(f1 d).to_display_text . should_contain "ParseCaseSensitive(false)(Value"
Test.specify "f1 42" <|
group_builder.specify "f1 42" <|
Panic.recover Any (f1 42).to_display_text . should_fail_with Type_Error
Test.specify "f2 foo AAA" <|
group_builder.specify "f2 foo AAA" <|
(f2 <| Foo.Value "AAA").to_display_text . should_equal "HELLO: (Say 'AAA ')"
Test.specify "f2 hello AAA" <|
group_builder.specify "f2 hello AAA" <|
(f2 <| Hello.Say "AAA").to_display_text . should_equal "HELLO: (Say 'AAA')"
Test.specify "f2 d" <|
group_builder.specify "f2 d" <|
(f2 d).to_display_text . should_contain "DateTimeFormatter: ParseCaseSensitive(false)(Value"
Test.specify "f3 bar AAA" <|
group_builder.specify "f3 bar AAA" <|
(f3 <| Bar.Value "AAA").to_display_text . should_equal "HELLO: (Say 'aaa!')"
Test.specify "f3 hello AAA" <|
group_builder.specify "f3 hello AAA" <|
(f3 <| Hello.Say "AAA").to_display_text . should_equal "HELLO: (Say 'AAA')"
Test.specify "f3 AAA" <|
group_builder.specify "f3 AAA" <|
(f3 'AAA').to_display_text . should_equal "HELLO: (Say 'Any fallback:AAA?')"
Test.specify "f3 d" <|
group_builder.specify "f3 d" <|
(f3 d).to_display_text . should_contain "DateTimeFormatter: ParseCaseSensitive(false)(Value"
Test.specify "f4 d" <|
group_builder.specify "f4 d" <|
(f4 d).to_display_text . should_contain "DateTimeFormatter: Parse"
Test.specify "f4 AAA" <|
group_builder.specify "f4 AAA" <|
(f4 'AAA').to_display_text . should_equal "OTHER"
Test.specify "f5 AAA" <|
group_builder.specify "f5 AAA" <|
(f5 'AAA').to_display_text . should_equal "HELLO: (Say 'Any fallback:AAA?')"
Test.specify "f5 hello AAA" <|
group_builder.specify "f5 hello AAA" <|
(f5 <| Hello.Say "AAA").to_display_text . should_equal "HELLO: (Say 'AAA')"
Test.specify "f5 d" <|
group_builder.specify "f5 d" <|
(f5 d).to_display_text . should_contain "HELLO: (Say 'Any fallback:ParseCaseSensitive(false)(Value"
Hello.from (that:Any) suffix="?" = Hello.Say <| ("Any fallback:"+that.to_text) + suffix
Hello.from (that:Foo) suffix=" " = Hello.Say <| (that.foo.to_case Case.Upper) + suffix
Hello.from (that:Bar) suffix="!" = Hello.Say <| (that.bar.to_case Case.Lower) + suffix
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

16
test/Base_Tests/src/Semantic/Deep_Export/Spec.enso
View File

@ -2,12 +2,16 @@ from Standard.Base import all
import project.Semantic.Deep_Export.Internal
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
spec =
Test.group "Deep Exports" <|
Test.specify "should allow to re-export a symbol through a module hierarchy" <|
add_specs suite_builder =
suite_builder.group "Deep Exports" group_builder->
group_builder.specify "should allow to re-export a symbol through a module hierarchy" <|
Internal.my_fun.should_equal 478
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

26
test/Base_Tests/src/Semantic/Default_Args_Spec.enso
View File

@ -1,7 +1,7 @@
from Standard.Base import all
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
from project.Semantic.Default_Args_Spec.Box import all
@ -21,15 +21,15 @@ type G a=4 b=Bar
local_fun a b=1 c=local_const = a + b + c
local_const = 42
spec =
Test.group "Atom Constructors" <|
Test.specify "should be allowed to use primitive default arguments" <|
add_specs suite_builder =
suite_builder.group "Atom Constructors" group_builder->
group_builder.specify "should be allowed to use primitive default arguments" <|
x = A 1
x.b.should_equal 1
y = A 1
y.b.should_equal 1
Test.specify "should be allowed to use non-primitive default arguments" <|
group_builder.specify "should be allowed to use non-primitive default arguments" <|
a = B 1 (Foo False)
a.b.should_equal (Foo False)
b = B 1
@ -40,18 +40,22 @@ spec =
d.b.b.should_equal (Foo False)
d.b.c.should_equal False
Test.specify "should be allowed to use default arguments that refer to previous parameters" <|
group_builder.specify "should be allowed to use default arguments that refer to previous parameters" <|
e = E 1
e.b.should_equal 1
e.c.should_equal 2
f = F 1
f.c.should_equal False
Test.specify "apply defaulted arguments that are themselves fully defaulted" <|
group_builder.specify "apply defaulted arguments that are themselves fully defaulted" <|
G.should_equal (G 4 (Bar 1 (Foo False) False))
Test.group "Functions" <|
Test.specify "should apply default arguments that involve local functions" <|
suite_builder.group "Functions" group_builder->
group_builder.specify "should apply default arguments that involve local functions" <|
local_fun 0 . should_equal 43
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

62
test/Base_Tests/src/Semantic/Equals_Spec.enso
View File

@ -1,7 +1,7 @@
from Standard.Base import all
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
polyglot java import java.math.BigInteger as Java_Big_Integer
polyglot java import java.nio.file.Path as Java_Path
@ -132,9 +132,9 @@ foreign js js_obj a b = """
m.b = b;
return m;
spec =
Test.group "Operator ==" <|
Test.specify "should handle primitive values" <|
add_specs suite_builder =
suite_builder.group "Operator ==" group_builder->
group_builder.specify "should handle primitive values" <|
(2 == (2.0)).should_be_true
(2 == (2.1)).should_be_false
(2.0).should_equal 2
@ -143,16 +143,16 @@ spec =
(js_true == False).should_be_false
(js_text_foo == "foo").should_be_true
Test.specify "should handle Text via NFD normalization" <|
group_builder.specify "should handle Text via NFD normalization" <|
('ś' == 's\u0301') . should_be_true
('e\u0301abc' == 'éabc') . should_be_true
('e\u0301abc' == 'é') . should_be_false
((Point.Value 'ś' 23.0) == (Point.Value 's\u0301' 23)) . should_be_true
Test.specify "should dispatch to overriden `==` on atoms" <|
group_builder.specify "should dispatch to overriden `==` on atoms" <|
(Child.Value 11 == Child.Value 111) . should_be_true
Test.specify "should dispatch to overriden `==` on atoms transitively" <|
group_builder.specify "should dispatch to overriden `==` on atoms transitively" <|
child1 = Child.Value 11
parent1 = Parent.Value child1
grand_parent1 = GrandParent.Value parent1
@ -163,34 +163,34 @@ spec =
(grand_parent1 == grand_parent2).should_be_true
Test.specify "should handle `==` on types with many fields with custom comparator" <|
group_builder.specify "should handle `==` on types with many fields with custom comparator" <|
many_fields1 = ManyFieldType.Value (Child.Value 1) (Child.Value 2) (Child.Value 3) (Child.Value 4) (Child.Value 5) (Child.Value 6) (Child.Value 7) (Child.Value 8) (Child.Value 9) (Child.Value 10) (Child.Value 11) (Child.Value 12) (Child.Value 13) (Child.Value 14) (Child.Value 15)
many_fields2 = ManyFieldType.Value (Child.Value 101) (Child.Value 102) (Child.Value 103) (Child.Value 104) (Child.Value 105) (Child.Value 106) (Child.Value 107) (Child.Value 108) (Child.Value 109) (Child.Value 110) (Child.Value 111) (Child.Value 112) (Child.Value 113) (Child.Value 114) (Child.Value 115)
(many_fields1 == many_fields2).should_be_true
Test.specify "should handle `==` on atoms with fields with mixed comparators" <|
group_builder.specify "should handle `==` on atoms with fields with mixed comparators" <|
obj_1 = FourFieldType.Value (Child.Value 1) 42 (Child.Value 2) 83
obj_2 = FourFieldType.Value (Child.Value 101) 42 (Child.Value 102) 83
(obj_1 == obj_2).should_be_true
Test.specify "should be able to compare atoms with different constructors" <|
group_builder.specify "should be able to compare atoms with different constructors" <|
((CustomEqType.C1 10) == (CustomEqType.C2 7 3)).should_be_true
((CustomEqType.C1 0) == (CustomEqType.C2 7 3)).should_be_false
Test.specify "should dispatch to equals on host values" <|
group_builder.specify "should dispatch to equals on host values" <|
path1 = Java_Path.of "home" "user" . resolve "file.txt"
path2 = Java_Path.of "home" "user" "file.txt"
(path1 == path2).should_be_true
path3 = path1.resolve "subfile.txt"
(path3 == path2).should_be_false
Test.specify "should return False for different Atoms with same fields" <|
group_builder.specify "should return False for different Atoms with same fields" <|
rect = Rect.Value (Point.Value 1 2) (Point.Value 3 4)
four_field = FourFieldType.Value 1 2 3 4
(rect == four_field).should_be_false
Test.specify "Any.== should check for Meta.is_same_object" <|
group_builder.specify "Any.== should check for Meta.is_same_object" <|
obj_1 = My_Nan.Value 42
obj_2 = My_Nan.Value 42
(obj_1 == obj_2).should_be_false
@ -198,25 +198,25 @@ spec =
(obj_1 == obj_1).should_be_true
Meta.is_same_object obj_1 obj_1 . should_be_true
Test.specify "should handle `==` on types" <|
group_builder.specify "should handle `==` on types" <|
(Child == Child).should_be_true
(Child == Point).should_be_false
(Point == Child).should_be_false
(Boolean == Any).should_be_false
(Boolean == Boolean).should_be_true
Test.specify "should handle `==` on types with Any as first operand" <|
group_builder.specify "should handle `==` on types with Any as first operand" <|
(Any == Boolean).should_be_false
(Any == Any).should_be_true
Test.specify "should dispatch to overriden `==` in vectors" <|
group_builder.specify "should dispatch to overriden `==` in vectors" <|
([(Child.Value 1)] == [(Child.Value 101)]).should_be_true
([(Child.Value 1)] == [(Child.Value 2)]).should_be_false
Test.specify "should dispatch to overriden `==` in arrays" <|
group_builder.specify "should dispatch to overriden `==` in arrays" <|
([Child.Value 1].to_array == [Child.Value 101].to_array).should_be_true
Test.specify "should handle recursive atoms without custom `==`" <|
group_builder.specify "should handle recursive atoms without custom `==`" <|
rnd = (Random.new_generator seed=42).java_random
trees = (0.up_to 5).map _->
create_random_tree 5 rnd
@ -224,13 +224,13 @@ spec =
dupl_tree = tree.deep_copy
Test.with_clue "Seed sed to 42" (tree == dupl_tree).should_be_true
Test.specify "partially applied constructors aren't == " <|
group_builder.specify "partially applied constructors aren't == " <|
f1 = CustomEqType.C2 10
f2 = CustomEqType.C2 10
f1==f2 . should_be_false
Test.group "Polyglot Operator ==" <|
Test.specify "should not try to compare members" <|
suite_builder.group "Polyglot Operator ==" group_builder->
group_builder.specify "should not try to compare members" <|
x = IntHolder.new 5
y = IntHolder.new 5
z = IntHolder.new 3
@ -240,7 +240,7 @@ spec =
x==x . should_be_true
z==z . should_be_true
Test.specify "should not try to compare members in JS object" <|
group_builder.specify "should not try to compare members in JS object" <|
x = js_obj 5 3
y = js_obj 5 3
z = js_obj 3 5
@ -250,7 +250,7 @@ spec =
x==x . should_be_true
z==z . should_be_true
Test.specify "should invoke equals" <|
group_builder.specify "should invoke equals" <|
x = IntHolderEquals.new 5
y = IntHolderEquals.new 5
z = IntHolderEquals.new 3
@ -260,23 +260,27 @@ spec =
x==x . should_be_true
z==z . should_be_true
Test.specify "should compare big integer" <|
group_builder.specify "should compare big integer" <|
x = Java_Big_Integer.new "54024430107564432"
y = Java_Big_Integer.new "54024430107564432"
x==y . should_be_true
Test.specify "JSON is found different" <|
group_builder.specify "JSON is found different" <|
x = js_json 10 5
y = js_json 10 5
x==y . should_be_false
Test.specify "Identical JSON is found equal" <|
group_builder.specify "Identical JSON is found equal" <|
x = js_json 10 5
x==x . should_be_true
Test.specify "JavaScript Map is found same" <|
group_builder.specify "JavaScript Map is found same" <|
x = js_map 10 5
y = js_map 10 5
x==y . should_be_true
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

118
test/Base_Tests/src/Semantic/Error_Spec.enso
View File

@ -13,8 +13,8 @@ polyglot java import java.lang.Exception as JException
polyglot java import java.util.ArrayList
polyglot java import java.util.Random as Java_Random
from Standard.Test import Problems, Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
type My_Type
Value foo
@ -44,9 +44,9 @@ foreign js throw_js_str = """
foreign js throw_js_arr = """
throw [1,2,3];
spec =
Test.group "No Method Errors" <|
Test.specify "should be recoverable" <|
add_specs suite_builder =
suite_builder.group "No Method Errors" group_builder->
group_builder.specify "should be recoverable" <|
err_1 = Panic.recover Any (123 . foobar "baz") . catch
err_2 = Panic.recover Any ("foo" . baz 123) . catch
err_3 = Panic.recover Any (My_Type.Value False . nope) . catch
@ -60,48 +60,48 @@ spec =
err_3.target.to_text.should_equal "(My_Type.Value False)"
err_3.method_name.should_equal "nope"
Test.group "Dataflow Errors" <|
Test.specify "should be recoverable" <|
suite_builder.group "Dataflow Errors" group_builder->
group_builder.specify "should be recoverable" <|
err = Error.throw 42
err.catch . should_equal 42
err.should_fail_with Integer
Test.specify "should allow recovery of only a specific error-type" <|
group_builder.specify "should allow recovery of only a specific error-type" <|
recover_illegal_argument ~action =
action . catch Illegal_Argument err->
"recovered error: "+err.message
(recover_illegal_argument (Error.throw (Illegal_Argument.Error "foo"))) . should_equal "recovered error: foo"
(recover_illegal_argument (Error.throw (Illegal_State.Error "bar"))) . should_fail_with Illegal_State
Test.specify "should implement to_display_text" <|
group_builder.specify "should implement to_display_text" <|
Error.throw Nothing . to_display_text . should_equal "Error: Nothing"
Test.specify "should implement to_text" <|
group_builder.specify "should implement to_text" <|
Error.throw Nothing . to_text . should_equal "(Error: Nothing)"
Error.to_text Error . should_equal "Error"
case (Error.to_text) of
_ : Function -> Nothing
_ -> Test.fail "Expected the expression to be of Function type"
Test.specify "should be able to be mapped" <|
group_builder.specify "should be able to be mapped" <|
error = Error.throw 42
regular = 10
f x = 2*x
(error.map_error f . catch).should_equal 84
regular.map_error f . should_equal 10
Test.specify "should allow to check if the value is an error" <|
group_builder.specify "should allow to check if the value is an error" <|
error = Error.throw 42
regular = 10
error.is_error . should_equal True
regular.is_error . should_equal False
Test.specify "should short-circuit polyglot evaluation" <|
group_builder.specify "should short-circuit polyglot evaluation" <|
error = Error.throw 42
Java_Random.new error . should_fail_with Integer
Test.specify "should allow to inspect their stacktrace" <|
group_builder.specify "should allow to inspect their stacktrace" <|
error = throw_a_bar
error.catch . should_equal "bar"
arr = error.stack_trace
@ -110,12 +110,12 @@ spec =
arr.first.source_location.file.name . should_equal "Error_Spec.enso"
arr.first.source_location.start_line . should_equal 32
Test.specify "should allow to inspect the stack trace of a recovered panic" <|
group_builder.specify "should allow to inspect the stack trace of a recovered panic" <|
error = Panic.recover Any <| throw_a_bar_panicking
error.catch . should_equal "bar"
error.stack_trace.first.name . should_equal "Error_Spec.throw_a_bar_panicking"
Test.specify "it should be possible to introduce arbitrary dataflow dependencies between values using `if_not_error`" <|
group_builder.specify "it should be possible to introduce arbitrary dataflow dependencies between values using `if_not_error`" <|
42.if_not_error 23 . should_equal 23
r1 = Error.throw (Illegal_State.Error "foo") . if_not_error 23
@ -123,13 +123,13 @@ spec =
42.if_not_error (Error.throw (Illegal_State.Error "foo")) . should_fail_with Illegal_State
Test.specify "should allow calling catch on types" <|
group_builder.specify "should allow calling catch on types" <|
Vector.catch . should_equal Vector
Any.catch . should_equal Any
Boolean.catch . should_equal Boolean
Test.group "Panics" <|
Test.specify "should be able to be caught" <|
suite_builder.group "Panics" group_builder->
group_builder.specify "should be able to be caught" <|
result = Panic.catch Any (Panic.throw 42) caught_panic->
caught_panic.payload+10
result . should_equal 52
@ -138,17 +138,17 @@ spec =
caught_panic.payload+10
result_2 . should_equal 3
Test.specify "should not mix with dataflow errors" <|
group_builder.specify "should not mix with dataflow errors" <|
result = Panic.catch Any (Error.throw 42) caught_panic->
caught_panic.payload+10
result.catch . should_equal 42
Test.specify "should provide access to stack traces" <|
group_builder.specify "should provide access to stack traces" <|
stack = Panic.catch Any throw_a_bar_panicking caught_panic->
caught_panic.stack_trace
stack.first.name . should_equal "Error_Spec.throw_a_bar_panicking"
Test.specify "should provide access to Java stack traces" <|
group_builder.specify "should provide access to Java stack traces" <|
stack_1 = Panic.recover Any (do_a_parse "foo") . stack_trace
stack_1.at 0 . name . should_equal "Error_Spec.do_a_parse"
@ -156,14 +156,14 @@ spec =
caught_panic.stack_trace
stack_2.at 0 . name . should_equal "Error_Spec.do_a_parse"
Test.specify "should be able to be rethrown without changing the stack trace" <|
group_builder.specify "should be able to be rethrown without changing the stack trace" <|
caught_panic = Panic.catch Any throw_a_bar_panicking x->x
rethrow foo = Panic.throw foo
rethrown_panic = Panic.catch Any (rethrow caught_panic) x->x
(rethrown_panic.stack_trace.length > 0).should_be_true
(rethrown_panic.stack_trace.map .name) . should_equal (caught_panic.stack_trace.map .name)
Test.specify "should allow the pattern for handling selected exceptions" <|
group_builder.specify "should allow the pattern for handling selected exceptions" <|
perform_operation ~action =
Panic.catch Any action caught_panic->
if caught_panic.payload == "bar" then 42 else
@ -174,7 +174,7 @@ spec =
error.catch . should_equal "foo"
error.stack_trace.first.name . should_equal "Error_Spec.throw_a_foo_panicking"
Test.specify "should work as in the examples" <|
group_builder.specify "should work as in the examples" <|
fun ~act =
Panic.catch Any act caught_panic-> case caught_panic.payload of
Illegal_Argument.Error message _ -> "Illegal arguments were provided: "+message
@ -183,7 +183,7 @@ spec =
Panic.recover Any (fun (Panic.throw "foo")) . catch . should_equal "foo"
Panic.recover Any (fun (Panic.throw (Illegal_Argument.Error "msg" Nothing))) . should_equal "Illegal arguments were provided: msg"
Test.specify "should allow catching Java exceptions easily" <|
group_builder.specify "should allow catching Java exceptions easily" <|
parse str =
Panic.catch NumberFormatException (Long.parseLong str) caught_panic->
Error.throw (Illegal_Argument.Error "The provided string is not a valid number: "+caught_panic.payload.getMessage)
@ -193,7 +193,7 @@ spec =
dataflow_error.catch . should_equal (Illegal_Argument.Error 'The provided string is not a valid number: For input string: "foo"')
Test.expect_panic_with (parse 0.0) Unsupported_Argument_Types
Test.specify "should allow to throw raw Java exceptions" <|
group_builder.specify "should allow to throw raw Java exceptions" <|
exception = Panic.catch NumberFormatException (throw_raw_java "foo") (p -> p)
exception.payload.getMessage . should_equal "foo"
Panic.get_attached_stack_trace exception . first . name . should_equal "Error_Spec.throw_raw_java"
@ -202,7 +202,7 @@ spec =
caught_panic.stack_trace.first.name . should_equal "Error_Spec.throw_raw_java"
caught_panic.payload . should_be_a JException
Test.specify "should allow to re-throw raw Java exceptions" <|
group_builder.specify "should allow to re-throw raw Java exceptions" <|
message_1 = Ref.new ""
caught_1 = Panic.recover Any <|
Panic.catch NumberFormatException (do_a_parse "foo") caught_panic->
@ -221,7 +221,7 @@ spec =
caught_2.catch . should_be_a JException
caught_2.stack_trace.first.name . should_equal "Error_Spec.throw_raw_java"
Test.specify "should allow to catch a specific panic type easily" <|
group_builder.specify "should allow to catch a specific panic type easily" <|
message_1 = Panic.catch Illegal_Argument (Panic.throw (Illegal_Argument.Error "msg" Nothing)) caught_panic->
caught_panic.payload.message
message_1 . should_equal "msg"
@ -247,7 +247,7 @@ spec =
Test.expect_panic_with (Panic.catch Illegal_Argument (Long.parseLong "foo") (_->"polyglot3")) JException
Test.expect_panic_with (Panic.catch Nothing (Long.parseLong 0) (_->"polyglot4")) Unsupported_Argument_Types
Test.specify "should be able to be recovered selectively" <|
group_builder.specify "should be able to be recovered selectively" <|
Panic.recover Illegal_Argument (Panic.throw (Illegal_Argument.Error "msg" Nothing)) . catch . should_be_a Illegal_Argument.Error
Panic.recover Any (Panic.throw (Illegal_Argument.Error "msg" Nothing)) . catch . should_be_a Illegal_Argument.Error
Panic.recover [Illegal_Argument] (Panic.throw (Illegal_Argument.Error "msg" Nothing)) . catch . should_be_a Illegal_Argument.Error
@ -262,14 +262,14 @@ spec =
Panic.recover Any throw_a_bar_panicking . catch . should_equal "bar"
Panic.recover Text throw_a_bar_panicking . stack_trace . first . name . should_equal "Error_Spec.throw_a_bar_panicking"
Test.specify "Unsupported_Argument_Types message should be readable" <|
group_builder.specify "Unsupported_Argument_Types message should be readable" <|
check err =
(err.payload.message) . should_equal "Cannot convert '42'(language: Java, type: java.lang.Long) to Java type 'java.lang.String': Invalid or lossy primitive coercion."
(err.payload.message) . should_equal (err.payload.to_display_text)
Panic.catch Unsupported_Argument_Types (Long.decode 42) handler=check
Test.specify "should be able to throw and catch polyglot arrays" <|
group_builder.specify "should be able to throw and catch polyglot arrays" <|
handle_panic caught prefix="" =
if prefix == "" then caught.payload.to_text else prefix+": "+caught.payload.to_text
@ -291,7 +291,7 @@ spec =
(Panic.throw (ArrayList.new))
catch_array . should_equal "[]"
Test.specify "should be able to throw and catch polyglot values" <|
group_builder.specify "should be able to throw and catch polyglot values" <|
caught_js_int_panic = Panic.catch Any handler=err->"Any:"+err.payload.to_text <|
Panic.catch Integer handler=err->"JS integer:"+err.payload.to_text <|
throw_js_int
@ -310,7 +310,7 @@ spec =
caught_js_arr_panic . should_equal "JS array:[1, 2, 3]"
Test.specify "should allow to use `with_finalizer`" <|
group_builder.specify "should allow to use `with_finalizer`" <|
ref1 = Ref.new ""
r1 = Panic.with_finalizer (ref1.put "finalized") <|
42
@ -332,7 +332,7 @@ spec =
r3.should_fail_with Illegal_Argument
ref3.get . should_equal "finalized"
Test.specify "should propagate any panics raised in `with_finalizer` finalization" <|
group_builder.specify "should propagate any panics raised in `with_finalizer` finalization" <|
v1 = Vector.new_builder
c1 = Panic.catch Any handler=(.payload) <|
do_finalize =
@ -357,7 +357,7 @@ spec =
c2 . should_equal "finalizer"
v2.to_vector . should_equal [1, 2]
Test.group "Type Errors" <|
suite_builder.group "Type Errors" group_builder->
my_func x y =
x + y
@ -368,100 +368,100 @@ spec =
extract x:My_Type = x.foo
Test.specify "everything is ok" <|
group_builder.specify "everything is ok" <|
neg (my_func -5 -2) . should_equal 7
Test.specify "try to apply one argument" <|
group_builder.specify "try to apply one argument" <|
r = Panic.recover Type_Error <| neg (my_func -5)
r . should_fail_with Type_Error
r.to_display_text.should_contain "Try to apply y argument."
Test.specify "try to apply two arguments" <|
group_builder.specify "try to apply two arguments" <|
r = Panic.recover Type_Error <| neg my_func
r . should_fail_with Type_Error
r.to_display_text.should_contain "Try to apply x, y arguments."
Test.specify "apply two arguments with one defaulted" <|
group_builder.specify "apply two arguments with one defaulted" <|
r = Panic.recover Type_Error <| neg my_defaulted_func
r . should_fail_with Type_Error
r.to_display_text.should_contain "Try to apply y argument."
Test.specify "printed non-defaulted argument" <|
group_builder.specify "printed non-defaulted argument" <|
r = Panic.recover Type_Error <| neg (my_defaulted_func 33)
r . should_fail_with Type_Error
r.to_display_text.should_contain "Try to apply y argument."
r.to_display_text.should_contain "x=33"
Test.specify "report unapplied constructor nicely" <|
group_builder.specify "report unapplied constructor nicely" <|
r = Panic.recover Type_Error <| extract My_Type.Value
r . should_fail_with Type_Error
r.to_display_text.should_contain "Try to apply foo argument."
Test.specify "report unapplied constructor with default value nicely" <|
group_builder.specify "report unapplied constructor with default value nicely" <|
r = Panic.recover Type_Error <| extract My_Type.Default_Value
r . should_fail_with Type_Error
r.to_display_text.should_contain "Try to apply bar argument."
Test.specify "report non-defaulted constructor argument" <|
group_builder.specify "report non-defaulted constructor argument" <|
r = Panic.recover Type_Error <| extract (My_Type.Default_Value foo=33)
r . should_fail_with Type_Error
r.to_display_text.should_contain "Try to apply bar argument."
r.to_display_text.should_contain "foo=33"
Test.specify "report partially applied constructor nicely" <|
group_builder.specify "report partially applied constructor nicely" <|
r = Panic.recover Type_Error <| extract (My_Type.Multi_Value 42)
r . should_fail_with Type_Error
r.to_display_text.should_contain "Try to apply bar argument."
Test.specify "try to apply two arguments with over-saturated" <|
group_builder.specify "try to apply two arguments with over-saturated" <|
r = Panic.recover Type_Error <| neg (my_func z=10)
r . should_fail_with Type_Error
r.to_display_text . should_contain "Try to apply x, y arguments"
Test.specify "types and unapplied arguments" <|
group_builder.specify "types and unapplied arguments" <|
c = C.Baz C.to_text
r = Panic.recover Type_Error <| neg (c.to_num c=3)
r . should_fail_with Type_Error
r.to_display_text . should_contain "Try to apply a, b arguments"
Test.group "Wrapped errors" <|
Test.specify ".catch unwraps an error when the inner error is explicitly specified" <|
suite_builder.group "Wrapped errors" group_builder->
group_builder.specify ".catch unwraps an error when the inner error is explicitly specified" <|
e = Error.throw (My_Error_Wrapper.Error (My_Error.Error 12)) . catch My_Error
e . should_equal (My_Error.Error 12)
Test.specify ".catch does not unwrap an error when the wrapper is explicitly specified" <|
group_builder.specify ".catch does not unwrap an error when the wrapper is explicitly specified" <|
e = Error.throw (My_Error_Wrapper.Error (My_Error.Error 12)) . catch My_Error_Wrapper
e . should_equal (My_Error_Wrapper.Error (My_Error.Error 12))
Test.specify ".catch does not unwrap an error when the wrapper is not specified" <|
group_builder.specify ".catch does not unwrap an error when the wrapper is not specified" <|
e = Error.throw (My_Error_Wrapper.Error (My_Error.Error 12)) . catch
e . should_equal (My_Error_Wrapper.Error (My_Error.Error 12))
Test.specify "When unwrapping, .catch unwraps an error fully when it is wrapped multiple times" <|
group_builder.specify "When unwrapping, .catch unwraps an error fully when it is wrapped multiple times" <|
wrap = My_Error_Wrapper.Error
error = My_Error.Error 12
[error, wrap error, wrap (wrap error), wrap (wrap (wrap error))].map err->
e = Error.throw err . catch My_Error
e . should_equal (My_Error.Error 12)
Test.specify "works with Nothing as an error" <|
group_builder.specify "works with Nothing as an error" <|
e = Error.throw (My_Error_Wrapper.Error Nothing) . catch Nothing
e . should_equal Nothing
Test.specify "Can unwrap a wrapped error" <|
group_builder.specify "Can unwrap a wrapped error" <|
wrapped_error = My_Error_Wrapper.Error "error"
wrapped_error2 = My_Error_Wrapper.Error (My_Error_Wrapper.Error "error")
Error.unwrap wrapped_error . should_equal "error"
Error.unwrap wrapped_error2 . should_equal "error"
Test.specify "Can unwrap errors in test utils" <|
group_builder.specify "Can unwrap errors in test utils" <|
wrapped_error = My_Error_Wrapper.Error "error"
x = Warning.attach wrapped_error "12"
Problems.expect_warning "error" x
Problems.expect_only_warning "error" x
Error.throw wrapped_error . should_fail_with "error"
Test.specify "Unwrapping a non-error-wraper is the identity" <|
group_builder.specify "Unwrapping a non-error-wraper is the identity" <|
not_wrapped = Illegal_Argument.Error "abc"
Error.unwrap not_wrapped . should_equal not_wrapped
@ -470,4 +470,8 @@ type C
C.to_num self a b c = a+b+c
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

8
test/Base_Tests/src/Semantic/Import_Loop/Spec.enso
View File

@ -2,9 +2,9 @@ from Standard.Base import all
import project.Semantic.Import_Loop.B
from Standard.Test import Test
import Standard.Test.Extensions
from Standard.Test_New import all
spec = Test.group "Looping Imports" <|
Test.specify "should behave correctly and not loop the compiler" <|
add_specs suite_builder = suite_builder.group "Looping Imports" group_builder->
group_builder.specify "should behave correctly and not loop the compiler" <|
B.My_Type.baz . should_equal 11

34
test/Base_Tests/src/Semantic/Instrumentor_Spec.enso
View File

@ -1,5 +1,5 @@
from Standard.Base import all
from Standard.Test import all
from Standard.Test_New import all
fib n b=1 = if n <= 1 then b else
a = fib n-1
@ -12,11 +12,11 @@ fib2 n f=1 s=1 =
acc f s 1
spec =
Test.group "Instrument fibonacci" <|
add_specs suite_builder =
suite_builder.group "Instrument fibonacci" group_builder->
a_plus_b_uuid = "00000000-aaaa-bbbb-0000-000000000000" # UUID for a+b
Test.specify "collect and filter on return updates" <|
group_builder.specify "collect and filter on return updates" <|
b = Vector.new_builder
collect uuid:Text result =
@ -45,7 +45,7 @@ spec =
# no more instrumenting after finalize
b.to_vector.length . should_equal 1
Test.specify "access local variables " <|
group_builder.specify "access local variables " <|
b = Vector.new_builder
collect uuid:Text ~result =
@ -77,7 +77,7 @@ spec =
# no more instrumenting after finalize
b.to_vector.length . should_equal 3
Test.specify "replay with caches and specify different result" <|
group_builder.specify "replay with caches and specify different result" <|
replay uuid:Text = case uuid of
"00000000-ffff-bbbb-0000-000000000000" -> 42
_ -> Nothing
@ -93,13 +93,13 @@ spec =
result = fib 10
result . should_equal 89
Test.group "Instrument @Tail_Call fibonacci" <|
Test.specify "check fib & fib2 are the same" <|
suite_builder.group "Instrument @Tail_Call fibonacci" group_builder->
group_builder.specify "check fib & fib2 are the same" <|
r1 = -10.up_to 10 . map fib
r2 = -10.up_to 10 . map fib2
r1 . should_equal r2
Test.specify "call and collect on return updates" <|
group_builder.specify "call and collect on return updates" <|
n1_plus_n2 = "00000000-eeee-bbbb-2222-000000000000" # UUID for n1+n2
b = Vector.new_builder
@ -136,7 +136,7 @@ spec =
# no more instrumenting after finalize
b.to_vector.length . should_equal 10
Test.specify "* instead of + on return updates" <|
group_builder.specify "* instead of + on return updates" <|
n1_plus_n2 = "00000000-eeee-bbbb-2222-000000000000" # UUID for n1+n2
call_fn uuid:Text fn:Function (args : Vector Any) =
@ -162,7 +162,7 @@ spec =
result3 = fib2 10
result3 . should_equal 89
Test.specify "Caching in on_enter prevents on_call" <|
group_builder.specify "Caching in on_enter prevents on_call" <|
n1_plus_n2 = "00000000-eeee-bbbb-2222-000000000000" # UUID for n1+n2
ninety uuid:Text =
@ -188,7 +188,7 @@ spec =
result3 . should_equal 89
Test.specify "Access (even default) arguments of calls" <|
group_builder.specify "Access (even default) arguments of calls" <|
b = Vector.new_builder
call_fn uuid:Text fn:Function args:Any =
@ -225,7 +225,7 @@ spec =
# no change to the value
b.to_vector.to_text . should_equal "[8]"
Test.specify "GC disables Instrumentor" <|
group_builder.specify "GC disables Instrumentor" <|
n1_plus_n2 = "00000000-eeee-bbbb-2222-000000000000" # UUID for n1+n2
enable_instrumentor value:Integer =
@ -254,9 +254,13 @@ spec =
result3 = fib2 10
result3 . should_equal 89
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter
#### METADATA ####
[[{"index":{"value":131},"size":{"value":3}},"00000000-aaaa-bbbb-0000-000000000000"],[{"index":{"value":73},"size":{"value":61}},"00000000-ffff-bbbb-0000-000000000000"],[{"index":{"value":226},"size":{"value":5}},"00000000-eeee-bbbb-2222-000000000000"],[{"index":{"value":119},"size":{"value":7}},"00000000-ffff-1111-bbbb-000000000000"]]
[[{"index":{"value":135},"size":{"value":3}},"00000000-aaaa-bbbb-0000-000000000000"],[{"index":{"value":77},"size":{"value":61}},"00000000-ffff-bbbb-0000-000000000000"],[{"index":{"value":230},"size":{"value":5}},"00000000-eeee-bbbb-2222-000000000000"],[{"index":{"value":123},"size":{"value":7}},"00000000-ffff-1111-bbbb-000000000000"]]

46
test/Base_Tests/src/Semantic/Java_Interop_Spec.enso
View File

@ -2,8 +2,8 @@ from Standard.Base import all
import Standard.Base.Errors.Common.No_Such_Method
import Standard.Base.Errors.Common.Compile_Error
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
polyglot java import java.lang.Float as Java_Float
polyglot java import java.lang.Integer as Java_Integer
@ -18,48 +18,48 @@ polyglot java import org.enso.base.statistics.Moments
Any.test_me self x = x.is_nothing
spec =
Test.group "Java FFI" <|
Test.specify "should call methods imported from Java" <|
add_specs suite_builder =
suite_builder.group "Java FFI" group_builder->
group_builder.specify "should call methods imported from Java" <|
Long.sum 1 2 . should_equal 3
Test.specify "should call constructors imported from Java" <|
group_builder.specify "should call constructors imported from Java" <|
list = ArrayList.new
list.add 432
list.get 0 . should_equal 432
Test.specify "should report missing method error on Java Arrays" pending="Failing due to #6609" <|
group_builder.specify "should report missing method error on Java Arrays" pending="Failing due to #6609" <|
list = ArrayList.new
list.add 432
Test.expect_panic_with (list.asList) No_Such_Method
Test.specify "should auto-convert numeric types across the polyglot boundary" <|
group_builder.specify "should auto-convert numeric types across the polyglot boundary" <|
(Java_Float.valueOf "123.3" + 5).should_equal 128.3 epsilon=0.0001
(Java_Integer.sum 1 2 + 3) . should_equal 6
Test.specify "should auto-convert strings across the polyglot boundary" <|
group_builder.specify "should auto-convert strings across the polyglot boundary" <|
(String.format "%s bar %s" "baz" "quux" + " foo").should_equal "baz bar quux foo"
Test.specify "should support Java import renaming" <|
group_builder.specify "should support Java import renaming" <|
builder = Java_String_Builder.new
builder.append "foo"
builder.append "bar"
str = builder.toString
str.should_equal "foobar"
Test.specify "should invoke static methods" <|
group_builder.specify "should invoke static methods" <|
x = Java_Integer.valueOf 1
x.test_me x . should_equal False
Test.group "Numeric values" <|
Test.specify "can be passed in host calls without lossy coercion exception" <|
suite_builder.group "Numeric values" group_builder->
group_builder.specify "can be passed in host calls without lossy coercion exception" <|
large_long = 6907338656278321365
moments = Moments.new 1
moments.add large_long
Test.group "Java/Enso Date" <|
Test.specify "Java date has Enso properties" <|
suite_builder.group "Java/Enso Date" group_builder->
group_builder.specify "Java date has Enso properties" <|
april1st = LocalDate.of 2022 04 01
april1st.year.should_equal 2022
april1st.month.should_equal 4
april1st.day.should_equal 1
Test.specify "send Enso date into Java" <|
group_builder.specify "send Enso date into Java" <|
ensodate = Date.new 2022 04 01
javatime = LocalTime.of 10 26
javatimedate = javatime . to_date_time ensodate
@ -68,21 +68,21 @@ spec =
april1st.month.should_equal 4
april1st.day.should_equal 1
Test.group "Java case of" <|
Test.specify "case on Thread.State enum" <|
suite_builder.group "Java case of" group_builder->
group_builder.specify "case on Thread.State enum" <|
match x = case x of
State.NEW -> "new"
_ -> "unknown"
match State.NEW . should_equal "new"
match State.BLOCKED . should_equal "unknown"
Test.specify "case on String static field" <|
group_builder.specify "case on String static field" <|
match x = case x of
String.CASE_INSENSITIVE_ORDER -> "match"
_ -> "unknown"
match String.CASE_INSENSITIVE_ORDER . should_equal "match"
Test.specify "case on non-existing field yields Compile_Error" <|
group_builder.specify "case on non-existing field yields Compile_Error" <|
match x = case x of
State.NON_EXISTING -> "match"
_ -> "unknown"
@ -91,4 +91,8 @@ spec =
err.to_text . contains "NON_EXISTING" . should_be_true
err.to_text . contains "is not visible in this scope" . should_be_true
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

50
test/Base_Tests/src/Semantic/Js_Interop_Spec.enso
View File

@ -1,7 +1,7 @@
from Standard.Base import all
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
foreign js my_method a b = """
return a + b;
@ -79,24 +79,24 @@ foreign js test_array_properties = """
my_array.index = 0
return my_array
spec = Test.group "Polyglot JS" <|
add_specs suite_builder = suite_builder.group "Polyglot JS" group_builder->
Test.specify "should allow declaring module-level methods in JS" <|
group_builder.specify "should allow declaring module-level methods in JS" <|
my_method 1 2 . should_equal 3
m = my_method 1
m 2 . should_equal 3
Test.specify "should allow mutual calling of instance-level methods" <|
group_builder.specify "should allow mutual calling of instance-level methods" <|
My_Type.Value 3 4 . my_method_3 5 . should_equal 36
Test.specify "should expose methods and fields of JS objects" <|
group_builder.specify "should expose methods and fields of JS objects" <|
obj = make_object
obj.x . should_equal 10
obj.y . should_be_false
obj.compare 5 . should_be_false
obj.compare 11 . should_be_true
Test.specify "should expose array interfaces for JS arrays" <|
group_builder.specify "should expose array interfaces for JS arrays" <|
vec = Vector.from_polyglot_array make_array
vec.map .x . should_equal [10, 20, 30]
vec2 = Vector.from_polyglot_array make_simple_array
@ -111,11 +111,11 @@ spec = Test.group "Polyglot JS" <|
arr_2 . should_equal [30, 10, 20]
sorted_2 . should_equal [10, 20, 30]
Test.specify "should correctly marshall strings" <|
group_builder.specify "should correctly marshall strings" <|
str = make_str "x" + " baz"
str.should_equal "foo x bar baz"
Test.specify "should make JS strings type pattern-matchable" <|
group_builder.specify "should make JS strings type pattern-matchable" <|
str = make_str "x"
t = case str of
Text -> False
@ -123,7 +123,7 @@ spec = Test.group "Polyglot JS" <|
_ -> False
t.should_be_true
Test.specify "should make JS booleans type pattern-matchable" <|
group_builder.specify "should make JS booleans type pattern-matchable" <|
bool = make_true
t = case bool of
True -> True
@ -143,7 +143,7 @@ spec = Test.group "Polyglot JS" <|
_ -> False
c_2.should_be_true
Test.specify "should make JS arrays type pattern-matchable as arrays" <|
group_builder.specify "should make JS arrays type pattern-matchable as arrays" <|
arr = make_array
r = case arr of
Array -> False
@ -151,11 +151,11 @@ spec = Test.group "Polyglot JS" <|
_ -> False
r.should_be_true
Test.specify "should make JS null values equal to Nothing" <|
group_builder.specify "should make JS null values equal to Nothing" <|
js_null = make_null
js_null . should_equal Nothing
Test.specify "should make JS numbers type pattern-matchable" <|
group_builder.specify "should make JS numbers type pattern-matchable" <|
int_match = case make_int of
_ : Integer -> True
_ -> False
@ -173,46 +173,50 @@ spec = Test.group "Polyglot JS" <|
_ -> False
num_double_match.should_be_true
Test.specify "should allow Enso to catch JS exceptions" <|
group_builder.specify "should allow Enso to catch JS exceptions" <|
value = My_Type.Value 1 2
result = Panic.recover Any <| value.my_throw
err = result.catch
err.message . should_equal "JS Exc"
err.name . should_equal "Error"
Test.specify "should allow JS to catch Enso exceptions" <|
group_builder.specify "should allow JS to catch Enso exceptions" <|
value = My_Type.Value 7 2
result = value.do_catch
result . should_equal 7
Test.specify "should properly handle parse errors" <|
group_builder.specify "should properly handle parse errors" <|
err = Panic.recover Any does_not_parse . catch
err.message.should_contain "Expected }"
Test.specify "allow access to properties of nested objects" <|
group_builder.specify "allow access to properties of nested objects" <|
value = test_multilevel
value.b.x . should_equal 1
Test.specify "allow access to properties of array objects in JS" <|
group_builder.specify "allow access to properties of array objects in JS" <|
array = test_array_properties
array.groups.a . should_equal 1
array.index . should_equal 0
Test.specify "allow access to the length property of a JS array in Enso" <|
group_builder.specify "allow access to the length property of a JS array in Enso" <|
array = make_array
array.length . should_equal 3
Test.specify "should perform maths with mixed numbers" <|
group_builder.specify "should perform maths with mixed numbers" <|
js_num = make_int
enso_num = 10
(enso_num + js_num) . should_equal 20
(js_num - enso_num) . should_equal 0
Test.specify "should propagate dataflow errors" <|
group_builder.specify "should propagate dataflow errors" <|
error = Error.throw 42
my_method error 0 . should_fail_with Integer
Test.specify "allow use of JavaScript debugger statement" <|
group_builder.specify "allow use of JavaScript debugger statement" <|
debug
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

20
test/Base_Tests/src/Semantic/Meta_Location_Spec.enso
View File

@ -1,23 +1,23 @@
from Standard.Base import all
import Standard.Base
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
type My_Type
Value foo bar baz
spec = Test.group "Meta-Value Inspection" <|
add_specs suite_builder = suite_builder.group "Meta-Value Inspection" group_builder->
location_pending = case Platform.os of
Platform.OS.Windows -> "This test is disabled on Windows until issue 1561 is fixed."
_ -> Nothing
Test.specify "should allow to get the source location of a frame" pending=location_pending <|
group_builder.specify "should allow to get the source location of a frame" pending=location_pending <|
src = Meta.get_source_location 0
loc = "Meta_Location_Spec.enso:16:15-40"
src.take (Last loc.length) . should_equal loc
Test.specify "should allow to get qualified type names of values" <|
group_builder.specify "should allow to get qualified type names of values" <|
x = 42
y = My_Type.Value 1 2 3
Meta.get_qualified_type_name x . should_equal "Standard.Base.Data.Numbers.Integer"
@ -25,11 +25,15 @@ spec = Test.group "Meta-Value Inspection" <|
Meta.get_qualified_type_name y . should_equal "enso_dev.Base_Tests.Semantic.Meta_Location_Spec.My_Type"
Meta.get_simple_type_name y . should_equal "My_Type"
Test.specify "should allow access to package names" <|
group_builder.specify "should allow access to package names" <|
enso_project.name.should_equal 'Base_Tests'
(Project_Description.new Base).name.should_equal 'Base'
Test.specify "should allow to fetch enso project description from a module" <|
group_builder.specify "should allow to fetch enso project description from a module" <|
(Project_Description.new Standard.Base.Data.Vector).name.should_equal "Base"
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

113
test/Base_Tests/src/Semantic/Meta_Spec.enso
View File

@ -11,9 +11,10 @@ polyglot java import java.util.ArrayList
polyglot java import java.util.Random as Java_Random
polyglot java import java.util.Locale as JavaLocale
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
import Standard.Test.Test_Result.Test_Result
from Standard.Test_New import all
import Standard.Test_New.Spec_Result.Spec_Result
type My_Type
@foo (test_method)
@ -51,41 +52,41 @@ type Sum_Type
Variant_A x
Variant_B y
spec =
Test.group "Meta-Value Manipulation" <|
Test.specify "should allow manipulating unresolved symbols" <|
add_specs suite_builder =
suite_builder.group "Meta-Value Manipulation" group_builder->
group_builder.specify "should allow manipulating unresolved symbols" <|
sym = .does_not_exist
meta_sym = Meta.meta sym
meta_sym.name.should_equal "does_not_exist"
new_sym = meta_sym . rename "my_method"
object = My_Type.Value 1 2 3
new_sym object . should_equal 6
Test.specify "should allow manipulating atoms" <|
group_builder.specify "should allow manipulating atoms" <|
atom = My_Type.Value 1 "foo" Nothing
meta_atom = Meta.meta atom
meta_atom.constructor.value.should_equal My_Type.Value
meta_atom.fields.should_equal [1, "foo", Nothing]
Meta.meta (meta_atom.constructor.value) . new [1, "foo", Nothing] . should_equal atom
Test.specify "should allow getting a value's constructor's name" <|
group_builder.specify "should allow getting a value's constructor's name" <|
Meta.meta List.Nil . constructor . name . should_equal "Nil"
Meta.meta (List.Cons 1 List.Nil) . constructor . name . should_equal "Cons"
Test.specify "should allow getting a value's constructor's fields" <|
group_builder.specify "should allow getting a value's constructor's fields" <|
Meta.meta List.Nil . constructor . fields . should_equal []
Meta.meta (List.Cons 1 List.Nil) . constructor . fields . should_equal ["x", "xs"]
Test.specify "should allow creating atoms from atom constructors" <|
group_builder.specify "should allow creating atoms from atom constructors" <|
atom_1 = Meta.new_atom My_Type.Value [1,"foo", Nothing]
(Meta.meta atom_1).constructor.value . should_equal My_Type.Value
atom_2 = Meta.new_atom My_Type.Value [1,"foo", Nothing].to_array
(Meta.meta atom_2).constructor.value . should_equal My_Type.Value
Test.specify "should correctly return representations of different classes of objects" <|
group_builder.specify "should correctly return representations of different classes of objects" <|
Meta.meta 1 . should_equal (Meta.Primitive.Value 1)
Meta.meta "foo" . should_equal (Meta.Primitive.Value "foo")
Test.specify "should allow manipulation of error values" <|
group_builder.specify "should allow manipulation of error values" <|
err = Error.throw "My Error"
meta_err = Meta.meta err
meta_err.is_a Meta.Error . should_be_true
meta_err.value . should_equal "My Error"
Test.specify "should allow checking if a value is of a certain type" <|
group_builder.specify "should allow checking if a value is of a certain type" <|
1.is_a Any . should_be_true
1.2.is_a Any . should_be_true
(My_Type.Value 1 "foo" Nothing).is_a Any . should_be_true
@ -138,30 +139,30 @@ spec =
Meta.is_a Date_Time.now.zone Time_Zone . should_be_true
Meta.is_a Date_Time.now.zone Date . should_be_false
Test.specify "constructor variants check" <|
group_builder.specify "constructor variants check" <|
(Sum_Type.Variant_A 42).is_a Sum_Type . should_be_true
(Sum_Type.Variant_A 42).is_a Sum_Type.Variant_A . should_be_false
(Sum_Type.Variant_A 42).is_a Sum_Type.Variant_B . should_be_false
Test.specify "constructor variants case of" <|
group_builder.specify "constructor variants case of" <|
case (Sum_Type.Variant_A 42) of
_ : Sum_Type -> Nothing
e -> Test.fail "Expected "+e.to_text+" to be a Sum_Type"
Test.specify "constructor True check" <|
group_builder.specify "constructor True check" <|
True . should_be_a True
True . should_be_a Boolean
Panic.recover Any (True . should_be_a False) . should_fail_with Test_Result
Panic.recover Any (True . should_be_a False) . should_fail_with Spec_Result
Test.specify "constructor Case.Lower check" <|
group_builder.specify "constructor Case.Lower check" <|
Case.Lower . should_be_a Case.Lower
Case.Lower . should_be_a Case
Panic.recover Any (Case.Lower . should_be_a Case.Upper) . should_fail_with Test_Result
Panic.recover Any (Case.Lower . should_be_a Case.Upper) . should_fail_with Spec_Result
Test.specify "5 isn't a constructor" <|
Panic.recover Any (5.should_be_a File_Error.Not_Found) . should_fail_with Test_Result
group_builder.specify "5 isn't a constructor" <|
Panic.recover Any (5.should_be_a File_Error.Not_Found) . should_fail_with Spec_Result
Test.specify "should allow for returning the type of a value" <|
group_builder.specify "should allow for returning the type of a value" <|
n_1 = Meta.type_of 42
n_1 . should_equal_type Integer
n_1 . should_not_equal_type Float
@ -208,7 +209,7 @@ spec =
e_tpe . should_equal_type IOException
e_tpe . should_not_equal_type JException
Test.specify "constructors of Boolean" <|
group_builder.specify "constructors of Boolean" <|
typ = Boolean
Meta.is_atom typ . should_be_false
@ -224,7 +225,7 @@ spec =
cons.at 1 . should_be_a Meta.Constructor
cons . map (x -> x.name) . sort . should_equal [ "False", "True" ]
Test.specify "constructors of MyType" <|
group_builder.specify "constructors of MyType" <|
typ = My_Type
Meta.is_atom typ . should_be_false
@ -241,7 +242,7 @@ spec =
cons.each ctor->
ctor.declaring_type . should_equal meta_typ
Test.specify "methods of MyType" <|
group_builder.specify "methods of MyType" <|
typ = My_Type
Meta.is_atom typ . should_be_false
@ -253,25 +254,25 @@ spec =
methods.sort . should_equal ['bar', 'baz', 'first_method', 'foo', 'my_method', 'other_method', 'second_method']
Test.specify "static methods of MyType" <|
group_builder.specify "static methods of MyType" <|
methods = Meta.meta (Meta.type_of My_Type) . methods
methods.sort . should_equal ['Value', 'create', 'factory', 'first_method', 'my_method', 'other_method', 'second_method']
Test.specify "methods of Integer" <|
group_builder.specify "methods of Integer" <|
Meta.meta Integer . methods . sort . should_equal ['%', '*', '+', '-', '/', '<', '<=', '>', '>=', '^', 'abs', 'bit_and', 'bit_not', 'bit_or', 'bit_shift', 'bit_shift_l', 'bit_shift_r', 'bit_xor', 'ceil', 'div', 'floor', 'negate', 'round', 'to_float', 'truncate']
Test.specify "static methods of Integer" <|
group_builder.specify "static methods of Integer" <|
Meta.meta (Meta.type_of Integer) . methods . sort . should_equal ['%', '*', '+', '-', '/', '<', '<=', '>', '>=', '^', 'abs', 'bit_and', 'bit_not', 'bit_or', 'bit_shift', 'bit_shift_l', 'bit_shift_r', 'bit_xor', 'ceil', 'div', 'floor', 'negate', 'parse', 'round', 'to_float', 'truncate']
Test.specify "methods of Any" <|
group_builder.specify "methods of Any" <|
Meta.meta Any . methods . should_contain "to_text"
Test.specify "should correctly handle Java values" <|
group_builder.specify "should correctly handle Java values" <|
java_meta = Meta.meta Java_Random.new
java_meta . should_be_a Meta.Polyglot
java_meta . get_language . should_equal Meta.Language.Java
Test.specify "should correctly handle equality of Java values" <|
group_builder.specify "should correctly handle equality of Java values" <|
a = JavaLocale.new "en"
b = JavaLocale.new "en"
c = JavaLocale.new "pl"
@ -284,7 +285,7 @@ spec =
(Test_Type.Value a)==(Test_Type.Value b) . should_be_true
(Test_Type.Value a)==(Test_Type.Value c) . should_be_false
Test.specify "get annotations" <|
group_builder.specify "get annotations" <|
Meta.get_annotation Meta_Spec .test_method "a" . should_equal 7
Meta.get_annotation Meta_Spec .test_method "b" . should_equal (Test_Type.Value 49)
Meta.get_annotation Meta_Spec .test_method "c" . should_fail_with Text
@ -301,31 +302,31 @@ spec =
Meta.get_annotation value .my_method "self" . should_equal "self"
Test.specify "no constructor annotations on value" <|
group_builder.specify "no constructor annotations on value" <|
value = My_Type.Value 99 "bar" True
Meta.get_annotation value .Value "foo" . should_equal Nothing
Meta.get_annotation value .Value "bar" . should_equal Nothing
Meta.get_annotation value .Value "baz" . should_equal Nothing
Test.specify "get annotations on constructor" <|
group_builder.specify "get annotations on constructor" <|
Meta.get_annotation My_Type .Value "foo" 7 8 . should_equal 15
Meta.get_annotation My_Type .Value "bar" . should_equal Nothing
Meta.get_annotation My_Type .Value "baz" . should_equal (My_Type.Value 1 2 3)
Test.group "Check Nothing and NaN" <|
Test.specify "Nothing.is_a Nothing" <|
suite_builder.group "Check Nothing and NaN" group_builder->
group_builder.specify "Nothing.is_a Nothing" <|
Nothing.is_a Nothing . should_be_true
Meta.is_same_object Nothing Nothing . should_be_true
Test.specify "type_of Nothing is Nothing" <|
group_builder.specify "type_of Nothing is Nothing" <|
Meta.type_of Nothing . should_equal Nothing
Test.specify "NaN and NaN should be the same object" <|
group_builder.specify "NaN and NaN should be the same object" <|
Meta.is_same_object Number.nan Number.nan . should_be_true
(Number.nan == Number.nan) . should_be_false
Test.group "Atom with holes" <|
Test.specify "construct and fill" <|
suite_builder.group "Atom with holes" group_builder->
group_builder.specify "construct and fill" <|
pair = Meta.atom_with_hole (e -> My_Type.Value 1 e 3)
atom = pair.value
@ -350,7 +351,7 @@ spec =
fill 10 # no change
atom.bar . should_equal 2
Test.specify "construct and fill with type" <|
group_builder.specify "construct and fill with type" <|
pair = Meta.atom_with_hole (e -> My_Ascribed_Type.Value_With_Type 1 e 3)
atom = pair.value
@ -375,17 +376,17 @@ spec =
fill 10 # no change
atom.bar . should_equal 2
Test.specify "reject wrong type" <|
group_builder.specify "reject wrong type" <|
pair = Meta.atom_with_hole (e -> My_Ascribed_Type.Value_With_Type 1 e 3)
fill = pair.fill
Panic.catch Any (fill "Two") err->err.convert_to_dataflow_error . should_fail_with Type_Error
Test.specify "direct use of pair.fill" <|
group_builder.specify "direct use of pair.fill" <|
pair = Meta.atom_with_hole (e -> My_Ascribed_Type.Value_With_Type 1 e 3)
pair.fill 2
pair.value.bar . should_equal 2
Test.specify "fail if atom_with_hole isn't used" <|
group_builder.specify "fail if atom_with_hole isn't used" <|
key = Panic.catch Uninitialized_State handler=(caught_panic-> caught_panic.payload.key) <|
Meta.atom_with_hole (_ -> My_Type.Value 1 2 3)
case key of
@ -394,14 +395,14 @@ spec =
t.bar . should_equal 2
t.baz . should_equal 3
Test.specify "fail if non-atom is created" <|
group_builder.specify "fail if non-atom is created" <|
key = Panic.catch Uninitialized_State handler=(caught_panic-> caught_panic.payload.key) <|
Meta.atom_with_hole (_ -> 2)
case key of
t : Number ->
t . should_equal 2
Test.specify "only one atom_with_hole is used" <|
group_builder.specify "only one atom_with_hole is used" <|
pair = Meta.atom_with_hole (e -> My_Type.Value e e e)
atom = pair.value
fill = pair.fill
@ -430,22 +431,22 @@ spec =
case atom.bar of
n : Number -> Test.fail "Not changed to number: "+n
_ -> Nothing
Test.group "Unresolved symbol"
Test.specify "should be treated as a Function" <|
suite_builder.group "Unresolved symbol" group_builder->
group_builder.specify "should be treated as a Function" <|
(_.is_nothing) . is_a Function . should_equal True
(.is_nothing) . is_a Function . should_equal True
Meta.type_of (_.is_nothing) . should_equal Function
Meta.type_of (.is_nothing) . should_equal Function
Test.group "Meta.Type.find"
Test.specify "find boolean and use it" <|
suite_builder.group "Meta.Type.find" group_builder->
group_builder.specify "find boolean and use it" <|
fqn = "Standard.Base.Data.Boolean.Boolean"
typ = Meta.Type.find fqn
typ . is_a Meta.Type . should_be_true
typ.name . should_equal "Boolean"
Meta.Type.find typ.qualified_name . should_equal typ
Test.specify "find boolean via associated type and use it" <|
group_builder.specify "find boolean via associated type and use it" <|
fqn = "Standard.Base.Data.Boolean"
typ = Meta.Type.find fqn
typ . is_a Meta.Type . should_be_true
@ -453,16 +454,20 @@ spec =
typ.qualified_name . should_equal fqn
Meta.Type.find typ.qualified_name . should_equal typ
Test.specify "unknown type" <|
group_builder.specify "unknown type" <|
Meta.Type.find "Unknown.Type" . should_fail_with Not_Found
Meta.Type.find "UnknownType" . should_fail_with Not_Found
Meta.Type.find "" . should_fail_with Not_Found
Test.specify "My ascribed type" <|
group_builder.specify "My ascribed type" <|
meta_type = Meta.meta My_Ascribed_Type
fqn = meta_type . qualified_name
fqn.should_contain "Meta_Spec.My_Ascribed_Type"
typ = Meta.Type.find fqn
typ . should_equal meta_type
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

36
test/Base_Tests/src/Semantic/Names_Spec.enso
View File

@ -3,8 +3,8 @@ from Standard.Base import all
from project.Semantic.Definitions.Names import another_method, another_constant, method_with_local_vars, Bar
import project.Semantic.Definitions.Names
from Standard.Test import Test
import Standard.Test.Extensions
from Standard.Test_New import all
Names.Foo.my_method self = case self of
Names.Foo.Value x y z -> x * y * z
@ -15,43 +15,43 @@ constant = 1
add_one (x = 0) = x + 1
spec =
Test.group "Qualified Names" <|
Test.specify "should allow to call constructors in a qualified manner" <|
add_specs suite_builder =
suite_builder.group "Qualified Names" group_builder->
group_builder.specify "should allow to call constructors in a qualified manner" <|
Names.Foo.Value 1 2 3 . sum . should_equal 6
Test.specify "should allow pattern matching in a qualified manner" <|
group_builder.specify "should allow pattern matching in a qualified manner" <|
v = Names.Foo.Value 1 2 3
res = case v of
Names.Foo.Value a b c -> a + b + c
res.should_equal 6
Test.specify "should allow defining methods on qualified names" <|
group_builder.specify "should allow defining methods on qualified names" <|
v = Names.Foo.Value 2 3 5
v.my_method.should_equal 30
Test.group "Lowercase Methods" <|
Test.specify "should allow calling methods without a target" <|
suite_builder.group "Lowercase Methods" group_builder->
group_builder.specify "should allow calling methods without a target" <|
v = constant
v.should_equal 1
Test.specify "should allow calling this module's methods" <|
group_builder.specify "should allow calling this module's methods" <|
add_one.should_equal 1
add_one 100 . should_equal 101
Test.specify "should allow calling methods imported from another module without name mangling" <|
group_builder.specify "should allow calling methods imported from another module without name mangling" <|
another_method 10 . should_equal 10
another_constant . should_equal 10
Test.specify "should allow calling methods with fully qualified module name" <|
group_builder.specify "should allow calling methods with fully qualified module name" <|
(Names.another_method 10).should_equal 10
v = Names.another_method
v 10 . should_equal 10
Test.specify "should be resolved correctly in the presence of variables with the same name" <|
group_builder.specify "should be resolved correctly in the presence of variables with the same name" <|
method_with_local_vars 1 . should_equal 13
Test.group "Methods" <|
Test.specify "should be correctly resolved on instances" <|
suite_builder.group "Methods" group_builder->
group_builder.specify "should be correctly resolved on instances" <|
b = Bar.Value 1
b.meh 2 . should_equal 3
Test.specify "should be allowed to be called statically" pending="Needs changes to method dispatch logic" <|
group_builder.specify "should be allowed to be called statically" pending="Needs changes to method dispatch logic" <|
b = Bar.Value 1
Bar.meh b 2 . should_equal 3
Test.group "Fully Qualified Names" <|
Test.specify "should be correctly resolved" <|
suite_builder.group "Fully Qualified Names" group_builder->
group_builder.specify "should be correctly resolved" <|
a = Standard.Base.Data.Vector.Vector.new 10 _->Nothing
a.length . should_equal 10
Standard.Base.Errors.Problem_Behavior.Problem_Behavior.Report_Error.to_text . should_equal "Report_Error"

50
test/Base_Tests/src/Semantic/Python_Interop_Spec.enso
View File

@ -1,7 +1,7 @@
from Standard.Base import all
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
foreign python my_method a b = """
return a + b
@ -77,24 +77,24 @@ foreign python make_null = """
foreign python does_not_parse = """
if? cxcc 531 6
spec =
add_specs suite_builder =
pending = if Polyglot.is_language_installed "python" then Nothing else """
Can't run Python tests, Python is not installed.
Test.group "Polyglot Python" pending=pending <|
Test.specify "should allow declaring module-level methods in Python" <|
suite_builder.group "Polyglot Python" pending=pending group_builder->
group_builder.specify "should allow declaring module-level methods in Python" <|
my_method 1 2 . should_equal 3
Test.specify "should allow mutual calling of instance-level methods" <|
group_builder.specify "should allow mutual calling of instance-level methods" <|
My_Type.Value 3 4 . my_method_3 5 . should_equal 36
Test.specify "should expose methods and fields of Python objects" <|
group_builder.specify "should expose methods and fields of Python objects" <|
obj = make_object
obj.x . should_equal 10
obj.y . should_be_false
obj.compare 5 . should_be_false
obj.compare 11 . should_be_true
Test.specify "should expose array interfaces for Python arrays" <|
group_builder.specify "should expose array interfaces for Python arrays" <|
vec = Vector.from_polyglot_array make_array
vec.map .x . should_equal [30, 10, 20]
@ -109,17 +109,17 @@ spec =
sorted_2 . should_equal [10, 20, 30]
Test.specify "should recognize Text as Python string" <|
group_builder.specify "should recognize Text as Python string" <|
py_is_str "Hello" . should_be_true
py_is_str 10 . should_be_false
py_is_str Nothing . should_be_false
Test.specify "should correctly marshall strings" <|
group_builder.specify "should correctly marshall strings" <|
str = make_str "x" + " baz"
str.should_equal "foo x bar baz"
Test.specify "should make Python strings type pattern-matchable" <|
group_builder.specify "should make Python strings type pattern-matchable" <|
str = make_str "x"
t = case str of
Text -> False
@ -127,7 +127,7 @@ spec =
_ -> False
t.should_be_true
Test.specify "should make Python booleans type pattern-matchable" <|
group_builder.specify "should make Python booleans type pattern-matchable" <|
bool = make_true
t = case bool of
True -> True
@ -147,7 +147,7 @@ spec =
_ -> False
c_2.should_be_true
Test.specify "should make Python lists type pattern-matchable as arrays" <|
group_builder.specify "should make Python lists type pattern-matchable as arrays" <|
arr = make_array
r = case arr of
Array -> False
@ -155,7 +155,7 @@ spec =
_ -> False
r.should_be_true
Test.specify "should make Python numbers type pattern-matchable" <|
group_builder.specify "should make Python numbers type pattern-matchable" <|
int_match = case make_int of
_ : Integer -> True
_ -> False
@ -173,43 +173,47 @@ spec =
_ -> False
num_double_match.should_be_true
Test.specify "should make Python number values equal to Enso ints" <|
group_builder.specify "should make Python number values equal to Enso ints" <|
py_10 = make_int
py_10 . should_equal 10
Test.specify "should make Python number values equal to Enso doubles" <|
group_builder.specify "should make Python number values equal to Enso doubles" <|
py_d = make_double
py_d . should_equal 10.5
Test.specify "should make Python None values equal to Nothing" <|
group_builder.specify "should make Python None values equal to Nothing" <|
py_null = make_null
py_null . should_equal Nothing
Test.specify "should allow Enso to catch Python exceptions" <|
group_builder.specify "should allow Enso to catch Python exceptions" <|
value = My_Type.Value 1 2
result = Panic.recover Any <| value.my_throw
err = result.catch
err.args.at 0 . should_equal 'Error!'
err.to_text . should_equal "RuntimeError('Error!')"
Test.specify "should allow Python to catch Enso exceptions" <|
group_builder.specify "should allow Python to catch Enso exceptions" <|
value = My_Type.Value 7 2
result = value.do_catch
result . should_equal 7
Test.specify "should properly handle parse errors" <|
group_builder.specify "should properly handle parse errors" <|
err = Panic.recover Any does_not_parse . catch
err.args.at 0 . should_contain 'invalid syntax'
Test.specify "should perform maths with mixed numbers" <|
group_builder.specify "should perform maths with mixed numbers" <|
py_num = make_int
enso_num = 10
(enso_num + py_num) . should_equal 20
(py_num - enso_num) . should_equal 0
Test.specify "should propagate dataflow errors" <|
group_builder.specify "should propagate dataflow errors" <|
error = Error.throw 42
my_method error 0 . should_fail_with Integer
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

44
test/Base_Tests/src/Semantic/R_Interop_Spec.enso
View File

@ -1,7 +1,7 @@
from Standard.Base import all
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
foreign js my_method a b = """
return a + b;
@ -57,24 +57,24 @@ foreign r make_false = """
foreign r make_null = """
NULL
spec =
add_specs suite_builder =
pending = if Polyglot.is_language_installed "R" then Nothing else """
Can't run R tests, R is not installed.
Test.group "Polyglot R" pending=pending <|
Test.specify "should allow declaring module-level methods in R" <|
suite_builder.group "Polyglot R" pending=pending group_builder->
group_builder.specify "should allow declaring module-level methods in R" <|
my_method 1 2 . should_equal 3
Test.specify "should allow mutual calling of instance-level methods" <|
group_builder.specify "should allow mutual calling of instance-level methods" <|
My_Type.Value 3 4 . my_method_3 5 . should_equal 36
Test.specify "should expose methods and fields of R objects" <|
group_builder.specify "should expose methods and fields of R objects" <|
obj = make_object
obj.x . should_equal 10
obj.y . should_be_false
obj.compare 5 . should_be_false
obj.compare 11 . should_be_true
Test.specify "should expose array interfaces for R arrays" <|
group_builder.specify "should expose array interfaces for R arrays" <|
vec = Vector.from_polyglot_array make_array
vec.map .x . should_equal [30, 10, 20]
@ -88,11 +88,11 @@ spec =
arr_2 . should_equal [30, 10, 20]
sorted_2 . should_equal [10, 20, 30]
Test.specify "should correctly marshall strings" <|
group_builder.specify "should correctly marshall strings" <|
str = make_str "x" + " baz"
str.should_equal "foo x bar baz"
Test.specify "should make R strings type pattern-matchable" <|
group_builder.specify "should make R strings type pattern-matchable" <|
str = make_str "x"
t = case str of
Text -> False
@ -100,7 +100,7 @@ spec =
_ -> False
t.should_be_true
Test.specify "should make R booleans type pattern-matchable" <|
group_builder.specify "should make R booleans type pattern-matchable" <|
bool = make_true
t = case bool of
True -> True
@ -120,7 +120,7 @@ spec =
_ -> False
c_2.should_be_true
Test.specify "should make R arrays type pattern-matchable as arrays" <|
group_builder.specify "should make R arrays type pattern-matchable as arrays" <|
arr = make_array
r = case arr of
Array -> False
@ -128,7 +128,7 @@ spec =
_ -> False
r.should_be_true
Test.specify "should make R numbers type pattern-matchable" <|
group_builder.specify "should make R numbers type pattern-matchable" <|
int_match = case make_int of
_ : Integer -> True
_ -> False
@ -146,11 +146,11 @@ spec =
_ -> False
num_double_match.should_be_true
Test.specify "should make R null objects equal to Nothing" <|
group_builder.specify "should make R null objects equal to Nothing" <|
r_null = make_null
r_null . should_equal Nothing
Test.specify "should allow Enso to catch R exceptions" <|
group_builder.specify "should allow Enso to catch R exceptions" <|
value = My_Type.Value 1 2
result = Panic.recover Any <| value.my_throw
err = result.catch
@ -158,24 +158,28 @@ spec =
err.to_display_text.should_equal "Error: error in R code!"
pending="R does not support catching polyglot exceptions"
Test.specify "should allow R to catch Enso exceptions" pending=pending <|
group_builder.specify "should allow R to catch Enso exceptions" pending=pending <|
value = My_Type.Value 7 2
result = value.do_catch
result . should_equal 7
Test.specify "should properly report parse errors" <|
group_builder.specify "should properly report parse errors" <|
err = Panic.recover Any does_not_parse . catch
err.to_text.should_contain 'parse exception'
err.to_display_text.should_contain 'parse exception'
Test.specify "should perform maths with mixed numbers" <|
group_builder.specify "should perform maths with mixed numbers" <|
r_num = make_int
enso_num = 10
(enso_num + r_num) . should_equal 20
(r_num - enso_num) . should_equal 0
Test.specify "should propagate dataflow errors" <|
group_builder.specify "should propagate dataflow errors" <|
error = Error.throw 42
my_method error 0 . should_fail_with Integer
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

26
test/Base_Tests/src/Semantic/Runtime_Spec.enso
View File

@ -5,8 +5,8 @@ import Standard.Base.Panic.Panic
from Standard.Base.Runtime.Context import Input, Output
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
in_fn : Integer -> Integer
in_fn a = Input.if_enabled (a * 2)
@ -14,22 +14,22 @@ in_fn a = Input.if_enabled (a * 2)
out_fn : Integer -> Integer
out_fn a = Output.if_enabled (a + 1)
spec =
Test.group "Inlining Helpers" <|
Test.specify "should allow to run an action" <|
add_specs suite_builder =
suite_builder.group "Inlining Helpers" group_builder->
group_builder.specify "should allow to run an action" <|
x = Runtime.no_inline (2 + 3)
x . should_equal 5
Test.specify "should allow to call a function" <|
group_builder.specify "should allow to call a function" <|
x = Runtime.no_inline_with_arg (x -> x + 4) 3
x . should_equal 7
Test.group "Contexts and Execution Environment" <|
Test.specify "should not prevent execution in the default live environment" <|
suite_builder.group "Contexts and Execution Environment" group_builder->
group_builder.specify "should not prevent execution in the default live environment" <|
res = Panic.catch Any (in_fn 1) p-> p.payload.to_text
res . should_equal 2
Test.specify "should prevent execution with explicitly disabled context" <|
group_builder.specify "should prevent execution with explicitly disabled context" <|
res = Panic.catch Any (Runtime.with_disabled_context Input environment=Runtime.current_execution_environment (in_fn 1)) p-> p.payload.to_text
res . should_equal "(Forbidden_Operation.Error 'Input')"
Test.specify "should be configurable" <|
group_builder.specify "should be configurable" <|
r1 = Runtime.with_enabled_context Input environment=Runtime.current_execution_environment <|
Runtime.with_enabled_context Output environment=Runtime.current_execution_environment <|
in_fn (out_fn 10)
@ -38,4 +38,8 @@ spec =
r2 = Panic.catch Any (Runtime.with_disabled_context Input environment=Runtime.current_execution_environment <| in_fn (out_fn 10)) p-> p.payload.to_text
r2 . should_equal "(Forbidden_Operation.Error 'Input')"
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

18
test/Base_Tests/src/Semantic/Self_Type_Spec.enso
View File

@ -1,6 +1,6 @@
from Standard.Base import all
from Standard.Test import Test
import Standard.Test.Extensions
from Standard.Test_New import all
type My_Type
Cons_A x
@ -23,18 +23,18 @@ type My_Type
_ : Self -> "it's a Self"
_ -> "it's a something else"
spec = Test.group "the Self construct" <|
Test.specify "should allow calling statics and constructors from static methods" <|
add_specs suite_builder = suite_builder.group "the Self construct" group_builder->
group_builder.specify "should allow calling statics and constructors from static methods" <|
My_Type.static_use.should_equal 128
Test.specify "should allow calling statics and constructors from instance methods" <|
group_builder.specify "should allow calling statics and constructors from instance methods" <|
My_Type.Cons_A 10 . instance_use . should_equal 138
Test.specify "should work in instance pattern matches" <|
group_builder.specify "should work in instance pattern matches" <|
My_Type.Cons_A 10 . matching_method . should_equal 12
Test.specify "should work in type pattern matches" <|
group_builder.specify "should work in type pattern matches" <|
My_Type.static_match My_Type . should_equal "it matched"
My_Type.static_match Boolean . should_equal "it didn't match"
Test.specify "should work in by-type pattern matches" <|
group_builder.specify "should work in by-type pattern matches" <|
My_Type.match_by_type (My_Type.Cons_A 10) . should_equal "it's a Self"
My_Type.match_by_type 123 . should_equal "it's a something else"
Test.specify "should work in constructor defaulted arguments" <|
group_builder.specify "should work in constructor defaulted arguments" <|
My_Type.Cons_B . y . x . should_equal 10

76
test/Base_Tests/src/Semantic/Warnings_Spec.enso
View File

@ -7,8 +7,8 @@ polyglot java import java.lang.Long
polyglot java import java.util.function.Function as Java_Function
polyglot java import org.enso.base_test_helpers.CallbackHelper
from Standard.Test import Test, Test_Suite, Problems
import Standard.Test.Extensions
from Standard.Test_New import all
type My_Warning
Value reason
@ -95,14 +95,14 @@ do_fold_non_tail v =
res = v.fold 0 (+)
res
spec = Test.group "Dataflow Warnings" <|
Test.specify "should allow to attach multiple warnings and read them back" <|
add_specs suite_builder = suite_builder.group "Dataflow Warnings" group_builder->
group_builder.specify "should allow to attach multiple warnings and read them back" <|
x = 1233
y = Warning.attach "don't do this" x
z = Warning.attach "I'm serious" y
Warning.get_all z . map .value . should_equal ["I'm serious", "don't do this"]
Test.specify "should thread warnings through constructor calls" <|
group_builder.specify "should thread warnings through constructor calls" <|
z = Warning.attach (My_Warning.Value "warn!!!") 3
y = Warning.attach (My_Warning.Value "warn!!") 2
x = Warning.attach (My_Warning.Value "warn!") 1
@ -110,21 +110,21 @@ spec = Test.group "Dataflow Warnings" <|
mtp.should_equal (My_Type.Value 1 2 3)
Warning.get_all mtp . map .value . should_equal [My_Warning.Value "warn!", My_Warning.Value "warn!!", My_Warning.Value "warn!!!"]
Test.specify "should thread warnings through method calls" <|
group_builder.specify "should thread warnings through method calls" <|
mtp = My_Type.Value 1 2 3
warned = Warning.attach "omgggg" mtp
r = warned.my_method
r.should_equal 6
Warning.get_all r . map .value . should_equal ["omgggg"]
Test.specify "should thread warnings through polyglot calls" <|
group_builder.specify "should thread warnings through polyglot calls" <|
y = Warning.attach "warn!!" 2
x = Warning.attach "warn!" 1
r = Long.sum x y
r.should_equal 3
Warning.get_all r . map .value . should_equal ['warn!', 'warn!!']
Test.specify "should be passed correctly when combined with warnings added in branches" <|
group_builder.specify "should be passed correctly when combined with warnings added in branches" <|
one = Warning.attach "first" "1"
b = case one of
@ -138,7 +138,7 @@ spec = Test.group "Dataflow Warnings" <|
v . should_equal 0
Warning.get_all v . map .value . should_equal ["a", "first"]
Test.specify "should thread warnings through case expressions" <|
group_builder.specify "should thread warnings through case expressions" <|
z = Warning.attach (My_Warning.Value "warn!!!") 3
y = Warning.attach (My_Warning.Value "warn!!") 2
x = Warning.attach (My_Warning.Value "warn!") 1
@ -148,19 +148,19 @@ spec = Test.group "Dataflow Warnings" <|
r.should_equal 6
Warning.get_all r . map .value . should_equal [My_Warning.Value "warn!", My_Warning.Value "warn!!", My_Warning.Value "warn!!!"]
Test.specify "should thread warnings through conversions" <|
group_builder.specify "should thread warnings through conversions" <|
z = Wrap.Value (Warning.attach 'warn!' 1)
i = Integer.from z
Warning.get_all i . map .value . should_equal ['warn!']
Test.specify "should attach correct stacktraces" <|
group_builder.specify "should attach correct stacktraces" <|
current = Runtime.get_stack_trace
warned = foo "value"
warning_stack = Warning.get_all warned . first . origin
relevant = warning_stack . drop (Last current.length)
relevant.map .name . should_equal (['baz', 'bar', 'foo'].map ('Warnings_Spec.'+))
Test.specify "should attach reassignment info in the last-reassigned-first order" <|
group_builder.specify "should attach reassignment info in the last-reassigned-first order" <|
x = Warning.attach "warn!" 1
r = reassign_test x
warn = Warning.get_all r . first
@ -175,7 +175,7 @@ spec = Test.group "Dataflow Warnings" <|
+ [ 'Wrap.Value' ]
reassignments.should_equal expected_stack.to_vector
Test.specify "should allow to set all warnings" <|
group_builder.specify "should allow to set all warnings" <|
warned = Warning.attach 1 <| Warning.attach 2 <| Warning.attach 3 <| Warning.attach 4 "foo"
warnings = Warning.get_all warned
filtered = warnings.filter x-> x.value % 2 == 0
@ -183,7 +183,7 @@ spec = Test.group "Dataflow Warnings" <|
rewarned.should_equal 'foo'
Warning.get_all rewarned . map .value . should_contain_the_same_elements_as [2,4]
Test.specify "should allow checking for any warnings" <|
group_builder.specify "should allow checking for any warnings" <|
Warning.has_warnings "foo" . should_be_false
"foo".has_warnings.should_be_false
@ -191,7 +191,7 @@ spec = Test.group "Dataflow Warnings" <|
warned.has_warnings.should_be_true
Warning.has_warnings warned . should_be_true
Test.specify "should allow to clear warnings" <|
group_builder.specify "should allow to clear warnings" <|
warned = Warning.attach 1 <| Warning.attach 2 <| Warning.attach 3 <| Warning.attach 4 "foo"
cleared = Warning.clear warned
cleared.should_equal 'foo'
@ -201,7 +201,7 @@ spec = Test.group "Dataflow Warnings" <|
clear_2.should_equal 'foo'
Warning.get_all clear_2 . map .value . should_equal []
Test.specify "should allow to run a function suspending warnings attached to an argument and reattach them to the result" <|
group_builder.specify "should allow to run a function suspending warnings attached to an argument and reattach them to the result" <|
x = Warning.attach 1 <| Warning.attach 2 <| Warning.attach 3 <| Warning.attach 4 "foo"
y = Warning.with_suspended x x->
count = Warning.get_all x . length
@ -209,13 +209,13 @@ spec = Test.group "Dataflow Warnings" <|
y . should_equal 0
Warning.get_all y . map .value . should_contain_the_same_elements_as [4, 3, 2, 1, "BAZ"]
Test.specify "should allow to map the warnings, selectively" <|
group_builder.specify "should allow to map the warnings, selectively" <|
warned = attach_four_warnings "foo"
mapped = map_odd_warnings warned
mapped . should_equal 'foo'
Warning.get_all mapped . map .value . should_contain_the_same_elements_as [11, 2, 13, 4]
Test.specify "should allow to map warnings and errors, selectively" <|
group_builder.specify "should allow to map warnings and errors, selectively" <|
warned = attach_four_warnings "foo"
mapped = map_odd_warnings_and_errors warned
mapped . should_equal 'foo'
@ -233,14 +233,14 @@ spec = Test.group "Dataflow Warnings" <|
mapped_3.stack_trace.first.name . should_equal "Warnings_Spec.throw_a_bar"
Warning.get_all mapped_3 . catch . should_equal "bar"
Test.specify "should allow to detach warnings, selectively" <|
group_builder.specify "should allow to detach warnings, selectively" <|
warned = attach_four_warnings "foo"
detached_pair = Warning.detach_selected_warnings warned odd_warning_filter
detached_pair . first . should_equal "foo"
Warning.get_all (detached_pair . first) . map .value . should_equal [2,4]
detached_pair.second . map .value . should_equal [1,3]
Test.specify "should allow to checking for warnings, by type" <|
group_builder.specify "should allow to checking for warnings, by type" <|
warned = Warning.attach 1 <| Warning.attach "Alpha" <| Warning.attach Nothing <| Warning.attach (Unimplemented.Error "An Error Here") "foo"
warned.has_warnings.should_be_true
@ -251,7 +251,7 @@ spec = Test.group "Dataflow Warnings" <|
warned.has_warnings warning_type=Nothing . should_be_true
warned.has_warnings warning_type=Unimplemented . should_be_true
Test.specify "should allow to remove warnings, by type" <|
group_builder.specify "should allow to remove warnings, by type" <|
warned = Warning.attach 1 <| Warning.attach "Alpha" <| Warning.attach Nothing <| Warning.attach (Unimplemented.Error "An Error Here") "foo"
no_int = warned.remove_warnings warning_type=Integer . first
@ -266,7 +266,7 @@ spec = Test.group "Dataflow Warnings" <|
no_error = warned.remove_warnings Unimplemented
Warning.get_all no_error . map .value . should_equal [1, "Alpha", Nothing]
Test.specify "should allow to throwing warnings, by type" <|
group_builder.specify "should allow to throwing warnings, by type" <|
warned = Warning.attach 1 <| Warning.attach "Alpha" <| Warning.attach Nothing <| Warning.attach (Unimplemented.Error "An Error Here") "foo"
warned.throw_on_warning . should_fail_with Integer
@ -274,12 +274,12 @@ spec = Test.group "Dataflow Warnings" <|
warned.throw_on_warning warning_type=Nothing . should_fail_with Nothing
warned.throw_on_warning warning_type=Unimplemented . should_fail_with Unimplemented
Test.specify "should allow to map the warnings, selectively" <|
group_builder.specify "should allow to map the warnings, selectively" <|
x = Warning.attach "foo" 1
result = x.is_static_nothing x
result . should_equal False
Test.specify "should be allowed in Vector" <|
group_builder.specify "should be allowed in Vector" <|
a = Warning.attach "a" 1
b = Warning.attach "b" 2
c = [a, b]
@ -288,7 +288,7 @@ spec = Test.group "Dataflow Warnings" <|
Warning.get_all c wrap_errors=True . map .value . should_equal [(Map_Error.Error 1 'b'), (Map_Error.Error 0 'a')]
Warning.get_all d wrap_errors=True . map .value . should_equal [(Map_Error.Error 1 'b'), (Map_Error.Error 0 'a'), 'd']
Test.specify "should be preserved after operations on Vector" <|
group_builder.specify "should be preserved after operations on Vector" <|
even x = (Warning.attach "warn"+x.to_text x) % 2
res = [1,2,3,4].map even
@ -308,7 +308,7 @@ spec = Test.group "Dataflow Warnings" <|
r.should_equal [0, 1, 20, 3, 40, 5, 60, 7, 80, 9]
Warning.get_all r wrap_errors=True . map .value . should_contain_the_same_elements_as [Map_Error.Error 1 100, Map_Error.Error 3 300, Map_Error.Error 5 500, Map_Error.Error 7 700, Map_Error.Error 9 900]
Test.specify "should be preserved after operations on multi-dimensional Vector" <|
group_builder.specify "should be preserved after operations on multi-dimensional Vector" pending="https://github.com/enso-org/enso/issues/8910" <|
even x = (Warning.attach x x) % 2
nested_range_even x =
(0.up_to x).to_vector.map even
@ -319,7 +319,7 @@ spec = Test.group "Dataflow Warnings" <|
Warning.get_all res wrap_errors=True . map .value . should_equal [(Map_Error.Error 3 (Map_Error.Error 3 3)), (Map_Error.Error 3 (Map_Error.Error 2 2)), (Map_Error.Error 3 (Map_Error.Error 1 1)), (Map_Error.Error 3 (Map_Error.Error 0 0)), (Map_Error.Error 2 (Map_Error.Error 2 2)), (Map_Error.Error 2 (Map_Error.Error 1 1)), (Map_Error.Error 2 (Map_Error.Error 0 0)), (Map_Error.Error 1 (Map_Error.Error 1 1)), (Map_Error.Error 1 (Map_Error.Error 0 0)), (Map_Error.Error 0 (Map_Error.Error 0 0))]
Warning.get_all (res.at 2) . map .value . should_equal [3, 2, 1, 0, 2, 1, 0, 1, 0, 0]
Test.specify "should be preserved over arbitrary dataflow dependencies between values introduced using `if_not_error`" <|
group_builder.specify "should be preserved over arbitrary dataflow dependencies between values introduced using `if_not_error`" <|
a = Warning.attach "a" 1
b = Warning.attach "b" 2
@ -329,7 +329,7 @@ spec = Test.group "Dataflow Warnings" <|
Warning.get_all a . map .value . should_contain_the_same_elements_as ["a"]
Warning.get_all b . map .value . should_contain_the_same_elements_as ["b"]
Test.specify "should be preserved around polyglot calls" <|
group_builder.specify "should be preserved around polyglot calls" <|
x = Warning.attach "x" 1
java_id = Java_Function.identity
@ -355,7 +355,7 @@ spec = Test.group "Dataflow Warnings" <|
#h x = Warning.attach "h("+x.to_text+")" "{x="+x.to_text+"}"
#i x = Warning.attach "i("+x.to_text+")" Nothing
Test.specify "should be better preserved around polyglot calls expecting a Value" <|
group_builder.specify "should be better preserved around polyglot calls expecting a Value" <|
x = Warning.attach "x" 1
f x = Warning.attach "f("+x.to_text+")" <| Pair.new "A" x+10
@ -379,7 +379,7 @@ spec = Test.group "Dataflow Warnings" <|
r4.should_equal Nothing
Warning.get_all r4 . map .value . should_contain_the_same_elements_as ["i(1)", "x"]
Test.specify "should not affect method dispatch" <|
group_builder.specify "should not affect method dispatch" <|
a = My_Fancy_Collection.Value 42
b = Warning.attach "WARN" <| My_Fancy_Collection.Value 23
@ -390,7 +390,7 @@ spec = Test.group "Dataflow Warnings" <|
a.remove_warnings . should_equal 42
b.remove_warnings . should_equal 42
Test.specify "should not automatically propagate from suspended arguments" <|
group_builder.specify "should not automatically propagate from suspended arguments" <|
x1 = 33
x2 = Warning.attach "WARN" 44
x3 = Error.throw (Illegal_State.Error "ERR")
@ -407,7 +407,7 @@ spec = Test.group "Dataflow Warnings" <|
Problems.assume_no_problems <| condition_1 False x3
Problems.assume_no_problems <| condition_2 False x3
Test.specify "should only report unique warnings" <|
group_builder.specify "should only report unique warnings" <|
a = 1
b = Warning.attach "Foo!" a
c = Warning.attach "Bar!" b
@ -425,7 +425,7 @@ spec = Test.group "Dataflow Warnings" <|
result_4 = f a 1 + f a 2 + f a 3
Warning.get_all result_4 . map (x-> x.value.to_text) . should_equal ["Baz!", "Baz!", "Baz!"]
Test.specify "should only report the first 100 unique warnings" <|
group_builder.specify "should only report the first 100 unique warnings" <|
vec = (0.up_to 500).map(e -> Warning.attach "Foo!" e)
vec_plus_1 = vec.map(e -> e+1)
Warning.get_all vec_plus_1 . length . should_equal 100
@ -436,7 +436,7 @@ spec = Test.group "Dataflow Warnings" <|
Warning.get_all vec_2 . length . should_equal 31
Warning.limit_reached vec_2 . should_equal False
Test.specify "should preserve warnings in tail calls" <|
group_builder.specify "should preserve warnings in tail calls" <|
v = Warning.attach "Foo" [1, 2, 3]
result_tail = do_fold_tail v
@ -447,7 +447,7 @@ spec = Test.group "Dataflow Warnings" <|
result_non_tail . should_equal 6
Warning.get_all result_non_tail . map .value . should_equal ["Foo"]
Test.specify "should not break TCO when warnings are attached to arguments" <|
group_builder.specify "should not break TCO when warnings are attached to arguments" <|
vec = Vector.new 10000 (i-> i+1)
elem1 = Warning.attach "WARNING1" 998
vec.contains 998 . should_equal True
@ -463,4 +463,8 @@ spec = Test.group "Dataflow Warnings" <|
res2 . should_equal True
Warning.get_all res2 . map .value . should_equal ["WARNING2"]
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

17
test/Base_Tests/src/System/Environment_Spec.enso
View File

@ -1,11 +1,12 @@
from Standard.Base import all
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
import Standard.Test.Test_Environment
from Standard.Test_New import all
import Standard.Test_New.Test_Environment
spec = Test.group "Environment" <|
Test.specify "should allow to internally override environment variables for testing purposes" <|
add_specs suite_builder = suite_builder.group "Environment" group_builder->
group_builder.specify "should allow to internally override environment variables for testing purposes" <|
old = Environment.get "foobar"
result_0 = Test_Environment.unsafe_with_environment_override "foobar" "value1" 23
@ -32,4 +33,8 @@ spec = Test.group "Environment" <|
x
result_3 . should_equal ["2", "3", "4"]
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

42
test/Base_Tests/src/System/File_Read_Spec.enso
View File

@ -2,53 +2,53 @@ from Standard.Base import all
import Standard.Base.Errors.Encoding_Error.Encoding_Error
import Standard.Base.Errors.File_Error.File_Error
from Standard.Test import Test, Test_Suite, Problems
import Standard.Test.Extensions
from Standard.Test_New import all
spec =
add_specs suite_builder =
sample_xxx = enso_project.data / "sample.xxx"
sample_txt = enso_project.data / "helloworld.txt"
windows_log = enso_project.data / "windows.log"
Test.group "Auto_Detect" <|
Test.specify "should raise an error when reading an unknown file" <|
suite_builder.group "Auto_Detect" group_builder->
group_builder.specify "should raise an error when reading an unknown file" <|
bytes = sample_xxx.read
bytes.should_fail_with File_Error
bytes.catch.should_be_a File_Error.Unsupported_Type
Test.specify "should be able to read a text file" <|
group_builder.specify "should be able to read a text file" <|
content = sample_txt.read
content.should_equal "Hello World!"
Test.specify "should raise a not-found error when reading a nonexistent file even of unknown format" <|
group_builder.specify "should raise a not-found error when reading a nonexistent file even of unknown format" <|
r1 = (File.new "nonexistent.file.of.weird-format").read
r1.should_fail_with File_Error
r1.catch.should_be_a File_Error.Not_Found
Test.group "Bytes" <|
Test.specify "should be able to read a file as Bytes" <|
suite_builder.group "Bytes" group_builder->
group_builder.specify "should be able to read a file as Bytes" <|
bytes = sample_xxx.read Bytes
bytes.should_equal [72, 101, 108, 108, 111, 32, 87, 111, 114, 108, 100, 33]
Test.specify "should be able to read a file as Bytes by method" <|
group_builder.specify "should be able to read a file as Bytes by method" <|
bytes = Data.read (sample_xxx) Bytes
bytes.should_equal [72, 101, 108, 108, 111, 32, 87, 111, 114, 108, 100, 33]
Test.specify "should be able to read a file as Bytes by path" <|
group_builder.specify "should be able to read a file as Bytes by path" <|
path = sample_xxx.path
bytes = Data.read path Bytes
bytes.should_equal [72, 101, 108, 108, 111, 32, 87, 111, 114, 108, 100, 33]
Test.group "Plain_Text" <|
Test.specify "should be able to read a file as Text" <|
suite_builder.group "Plain_Text" group_builder->
group_builder.specify "should be able to read a file as Text" <|
text = sample_xxx.read Plain_Text
text.should_equal "Hello World!"
Test.specify "should be able to read a file as Text with Encoding" <|
group_builder.specify "should be able to read a file as Text with Encoding" <|
text = windows_log.read (Plain_Text Encoding.windows_1252)
text.should_equal "Hello World! $¢¤¥"
Test.specify "should raise a warning when invalid encoding in a Text file" <|
group_builder.specify "should raise a warning when invalid encoding in a Text file" <|
action = windows_log.read (Plain_Text Encoding.ascii) on_problems=_
tester result = result . should_equal 'Hello World! $\uFFFD\uFFFD\uFFFD'
problems = [Encoding_Error.Error "Encoding issues at 14, 15, 16."]
@ -58,8 +58,8 @@ spec =
Problems.expect_only_warning Encoding_Error <|
windows_log.read (Plain_Text Encoding.ascii)
Test.group "JSON_Format" <|
Test.specify "should be able to read a file as Json" <|
suite_builder.group "JSON_Format" group_builder->
group_builder.specify "should be able to read a file as Json" <|
f1 = enso_project.data / "sample.json"
j1 = f1.read
j1.at "arr" . should_equal [1, 2, 3]
@ -73,10 +73,14 @@ spec =
j2.at 2 . should_equal Nothing
j2.at 3 . should_equal "baz"
Test.specify "should gracefully handle malformed files" <|
group_builder.specify "should gracefully handle malformed files" <|
f1 = enso_project.data / "sample-malformed.json"
r1 = f1.read
r1.should_fail_with File_Error
r1.catch.should_be_a File_Error.Corrupted_Format
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

138
test/Base_Tests/src/System/File_Spec.enso
View File

@ -9,28 +9,28 @@ import Standard.Base.Runtime.Context
polyglot java import org.enso.base_test_helpers.FileSystemHelper
from Standard.Test import Test, Test_Suite, Problems
import Standard.Test.Extensions
from Standard.Test_New import all
set_writable file writable =
path = file.absolute.path
FileSystemHelper.setWritable path writable
spec =
add_specs suite_builder =
sample_file = enso_project.data / "sample.txt"
windows_file = enso_project.data / "windows.txt"
non_existent_file = File.new "does_not_exist.txt"
Test.group "File Operations" <|
Test.specify "should allow creating a new file" <|
suite_builder.group "File Operations" group_builder->
group_builder.specify "should allow creating a new file" <|
path = sample_file.path
File.new path
Test.specify "should have `new` be a no-op on a file" <|
group_builder.specify "should have `new` be a no-op on a file" <|
file = File.new sample_file
file . should_equal sample_file
Test.specify "should allow joining sections" <|
group_builder.specify "should allow joining sections" <|
f_1 = File.new "foo/bar"
(File.new "foo" / "bar") . normalize . should_equal f_1
File.new "foo" . join "bar" . should_equal f_1
@ -39,11 +39,11 @@ spec =
File.new "foo" . join "a" . join "b" . join "c" . join "d" . join "e" . should_equal f_2
File.new "foo" . join ["a", "b", "c", "d", "e"] . should_equal f_2
Test.specify "should check if file exists" <|
group_builder.specify "should check if file exists" <|
non_existent_file.exists.should_be_false
sample_file.exists.should_be_true
Test.specify "should get file size" <|
group_builder.specify "should get file size" <|
file_size = sample_file.size
## Allows for having line endings replaced.
valid_size = file_size==403 || file_size==406
@ -57,35 +57,35 @@ spec =
folder.should_fail_with File_Error
folder.catch.should_be_a File_Error.IO_Error
Test.specify "should get file name" <|
group_builder.specify "should get file name" <|
sample_file.name.should_equal "sample.txt"
Test.specify "should get file extension" <|
group_builder.specify "should get file extension" <|
sample_file.extension.should_equal ".txt"
(File.new "this.is.a.silly.name.txt").extension.should_equal ".txt"
(File.new "no_extension").extension.should_equal ""
(File.new "file.").extension.should_equal ""
Test.specify "should convert a file to absolute" <|
group_builder.specify "should convert a file to absolute" <|
abs = File.new "foo.txt" . absolute
through_cwd = (File.current_directory / "foo.txt")
abs.should_equal through_cwd
Test.specify "should normalize file" <|
group_builder.specify "should normalize file" <|
f_1 = File.new "foo"
File.new "bar/../baz/../foo" . normalize . should_equal f_1
(File.new "bar" / ".." / "baz" / ".." / "foo") . normalize . should_equal f_1
File.new "bar" . join ["..", "baz", "..", "foo"] . should_equal f_1
Test.specify "should handle `==` on files" <|
group_builder.specify "should handle `==` on files" <|
(File.new "foo").should_equal (File.new "foo")
(File.new "bar").should_not_equal (File.new "foo")
Test.specify "should allow checking in parent path with `starts_with`" <|
group_builder.specify "should allow checking in parent path with `starts_with`" <|
(File.new "foo/bar").starts_with (File.new "foo") . should_be_true
(File.new "foo/bar").starts_with (File.new "f") . should_be_false
Test.specify "should allow creating a directory" <|
group_builder.specify "should allow creating a directory" <|
f = enso_project.data / "good_dir"
f.delete_if_exists
f.exists.should_be_false
@ -104,7 +104,7 @@ spec =
g.parent.delete_if_exists
f.delete_if_exists
Test.specify "should only allow creating a directory if Output is enabled" <|
group_builder.specify "should only allow creating a directory if Output is enabled" <|
f = enso_project.data / "bad_dir"
f.delete_if_exists
f.exists.should_be_false
@ -113,7 +113,7 @@ spec =
f.create_directory . should_fail_with Forbidden_Operation
f.exists.should_be_false
Test.specify "should allow reading a file byte by byte" <|
group_builder.specify "should allow reading a file byte by byte" <|
f = enso_project.data / "short.txt"
f.delete_if_exists
f.exists.should_be_false
@ -126,7 +126,7 @@ spec =
f.delete
f.exists.should_be_false
Test.specify "should only allow with_output_stream if Output is enabled" <|
group_builder.specify "should only allow with_output_stream if Output is enabled" <|
f = enso_project.data / "short.txt"
f.delete_if_exists
@ -145,7 +145,7 @@ spec =
f.delete_if_exists
Test.specify "should only allow deleting a file if Output is enabled" <|
group_builder.specify "should only allow deleting a file if Output is enabled" <|
f = enso_project.data / "short.txt"
f.delete_if_exists
"Cup".write f on_existing_file=Existing_File_Behavior.Overwrite
@ -157,7 +157,7 @@ spec =
f.delete.should_succeed
f.exists.should_be_false
Test.specify "should only allow copying a file if Output is enabled" <|
group_builder.specify "should only allow copying a file if Output is enabled" <|
f = enso_project.data / "short.txt"
f.delete_if_exists
"Cup".write f on_existing_file=Existing_File_Behavior.Overwrite
@ -189,7 +189,7 @@ spec =
f.delete_if_exists
g.delete_if_exists
Test.specify "should only allow moving a file if Output is enabled" <|
group_builder.specify "should only allow moving a file if Output is enabled" <|
f = enso_project.data / "short.txt"
f.delete_if_exists
"Cup".write f on_existing_file=Existing_File_Behavior.Overwrite
@ -223,14 +223,14 @@ spec =
f.delete_if_exists
g.delete_if_exists
Test.specify "should handle exceptions when deleting a missing file" <|
group_builder.specify "should handle exceptions when deleting a missing file" <|
file = File.new "does_not_exist.txt"
result = file.delete
result.should_fail_with File_Error
result.catch.should_be_a File_Error.Not_Found
if Platform.is_unix then
Test.specify "should allow to check file permissions" <|
group_builder.specify "should allow to check file permissions" <|
f = enso_project.data / "transient" / "permissions.txt"
f.delete_if_exists
"foobar".write f
@ -247,7 +247,7 @@ spec =
f.delete
Test.specify "should gracefully handle permission errors" <|
group_builder.specify "should gracefully handle permission errors" <|
f = enso_project.data / "transient" / "permissions2.txt"
f.delete_if_exists
"foobar".write f
@ -265,17 +265,17 @@ spec =
Process.run "chmod" ["0744", f.absolute.path] . exit_code . should_equal Exit_Code.Success
f.delete
Test.group "read_bytes" <|
Test.specify "should allow reading a file to byte vector" <|
suite_builder.group "read_bytes" group_builder->
group_builder.specify "should allow reading a file to byte vector" <|
contents = sample_file.read_bytes
contents.take (First 6) . should_equal [67, 117, 112, 99, 97, 107]
Test.specify "should allow reading a file to byte vector via path" <|
group_builder.specify "should allow reading a file to byte vector via path" <|
full_path = sample_file . path
contents = File.new full_path . read_bytes
contents.take (First 6) . should_equal [67, 117, 112, 99, 97, 107]
Test.specify "should allow to read last n bytes from a file" <|
group_builder.specify "should allow to read last n bytes from a file" <|
file = enso_project.data / "transient" / "bytes.txt"
data = [1, 0, 0, 1, 2, 100, 20]
Context.Output.with_enabled <|
@ -287,14 +287,14 @@ spec =
file.read_last_bytes 1000 . should_equal data
file.delete
Test.specify "should handle exceptions when reading a non-existent file" <|
group_builder.specify "should handle exceptions when reading a non-existent file" <|
file = File.new "does_not_exist.txt"
file.read_bytes . should_fail_with File_Error
file.read_bytes.catch.should_be_a File_Error.Not_Found
non_existent_file.read_bytes . should_fail_with File_Error
non_existent_file.read_bytes.catch.should_be_a File_Error.Not_Found
Test.specify "should open and read the file in one shot" <|
group_builder.specify "should open and read the file in one shot" <|
path_name = sample_file.path
contents = File.new path_name . read_bytes
contents.take (First 6) . should_equal [67, 117, 112, 99, 97, 107]
@ -302,25 +302,25 @@ spec =
contents_2 = File.new file . read_bytes
contents_2.take (First 6) . should_equal [67, 117, 112, 99, 97, 107]
Test.specify "no parent of dot implies nothing" <|
group_builder.specify "no parent of dot implies nothing" <|
no_parent = (File.new '.').parent
no_parent.is_nothing . should_be_true
Test.group "read_text" <|
Test.specify "should allow reading a UTF-8 file" <|
suite_builder.group "read_text" group_builder->
group_builder.specify "should allow reading a UTF-8 file" <|
contents = sample_file.read_text
contents.should_start_with "Cupcake ipsum dolor sit amet."
Test.specify "should allow reading a UTF-8 file via path" <|
group_builder.specify "should allow reading a UTF-8 file via path" <|
full_path = sample_file . path
contents = Data.read_text full_path
contents.should_start_with "Cupcake ipsum dolor sit amet."
Test.specify "should allow reading a Windows file via path" <|
group_builder.specify "should allow reading a Windows file via path" <|
contents = windows_file.read_text Encoding.windows_1252
contents.should_equal "Hello World! $¢¤¥"
Test.specify "should raise warnings when reading invalid characters" <|
group_builder.specify "should raise warnings when reading invalid characters" <|
action = windows_file.read_text Encoding.ascii on_problems=_
tester result = result.should_equal 'Hello World! $\uFFFD\uFFFD\uFFFD'
problems = [Encoding_Error.Error "Encoding issues at 14, 15, 16."]
@ -330,7 +330,7 @@ spec =
Problems.expect_only_warning Encoding_Error <|
windows_file.read_text Encoding.ascii
Test.specify "should handle exceptions when reading a non-existent file" <|
group_builder.specify "should handle exceptions when reading a non-existent file" <|
file = File.new "does_not_exist.txt"
r1 = Data.read_text "does_not_exist.txt"
r1.should_fail_with File_Error
@ -342,7 +342,7 @@ spec =
r3.should_fail_with File_Error
r3.catch.should_be_a File_Error.Not_Found
Test.specify "should open and read the file in one shot" <|
group_builder.specify "should open and read the file in one shot" <|
path_name = sample_file.path
contents = Data.read_text path_name
contents.should_start_with "Cupcake ipsum dolor sit amet."
@ -350,12 +350,12 @@ spec =
contents_2 = Data.read_text file
contents_2.should_start_with "Cupcake ipsum dolor sit amet."
Test.group "write operations" <|
suite_builder.group "write operations" group_builder->
data = [32, 127, -128, 0]
data_2 = [10, 15, 20, 30]
transient = enso_project.data / "transient"
Test.specify "should allow to writing bytes to a new file and return that file's descriptor on success" <|
group_builder.specify "should allow to writing bytes to a new file and return that file's descriptor on success" <|
f = transient / "new_file.dat"
f.delete_if_exists
f.exists.should_be_false
@ -366,7 +366,7 @@ spec =
f.read_bytes.should_equal data
f.delete_if_exists
Test.specify "should backup a file when overwriting with new bytes" <|
group_builder.specify "should backup a file when overwriting with new bytes" <|
f = transient / "work.txt"
f.delete_if_exists
f_bak = transient / "work.txt.bak"
@ -379,7 +379,7 @@ spec =
f.delete_if_exists
f_bak.delete_if_exists
Test.specify "should allow overwriting a file with new bytes" <|
group_builder.specify "should allow overwriting a file with new bytes" <|
f = transient / "work.txt"
f.delete_if_exists
f_bak = transient / "work.txt.bak"
@ -393,7 +393,7 @@ spec =
f_bak.exists.should_be_false
f.delete_if_exists
Test.specify "should allow appending bytes to a new file" <|
group_builder.specify "should allow appending bytes to a new file" <|
f = transient / "new_file.dat"
f.delete_if_exists
f.exists.should_be_false
@ -404,14 +404,14 @@ spec =
f.read_bytes.should_equal (data + data_2)
f.delete_if_exists
Test.specify "should fail with Illegal_Argument when trying to write invalid byte vector" <|
group_builder.specify "should fail with Illegal_Argument when trying to write invalid byte vector" <|
f = transient / "work.txt"
f.delete_if_exists
f.exists.should_be_false
[0, 1, 256].write_bytes f . should_fail_with Illegal_Argument
[0, 1, Nothing].write_bytes f . should_fail_with Illegal_Argument
Test.specify "should not change the file when trying to write an invalid byte vector" <|
group_builder.specify "should not change the file when trying to write an invalid byte vector" <|
f = transient / "work.txt"
f.delete_if_exists
f_bak = transient / "work.txt.bak"
@ -426,7 +426,7 @@ spec =
f.read_bytes.should_equal data
f.delete_if_exists
Test.specify "should allow writing text to a new file and return this file's descriptor on success" <|
group_builder.specify "should allow writing text to a new file and return this file's descriptor on success" <|
f = transient / "work.txt"
f.delete_if_exists
f.exists.should_be_false
@ -438,7 +438,7 @@ spec =
f.delete
f.exists.should_be_false
Test.specify "should perform a dry run writing text to a new file if Context.Output is disabled" <|
group_builder.specify "should perform a dry run writing text to a new file if Context.Output is disabled" <|
f = transient / "work.txt"
f.delete_if_exists
f.exists.should_be_false
@ -452,7 +452,7 @@ spec =
r.delete_if_exists
Test.specify "should allow appending text to a file" <|
group_builder.specify "should allow appending text to a file" <|
f = transient / "work.txt"
f.delete_if_exists
"line 1!".write f on_existing_file=Existing_File_Behavior.Append on_problems=Report_Error . should_succeed . should_equal f
@ -461,7 +461,7 @@ spec =
f.delete
f.exists.should_be_false
Test.specify "should perform a dry run appending text to a file if Context.Output is disabled" <|
group_builder.specify "should perform a dry run appending text to a file if Context.Output is disabled" <|
f = transient / "work.txt"
f.delete_if_exists
"line 1!".write f on_existing_file=Existing_File_Behavior.Append on_problems=Report_Error . should_succeed . should_equal f
@ -475,7 +475,7 @@ spec =
Context.Output.with_enabled <| r.delete_if_exists
Test.specify "if Context.Output is disabled, will always start from the file given - so the effects of previous dry run are not visible" <|
group_builder.specify "if Context.Output is disabled, will always start from the file given - so the effects of previous dry run are not visible" <|
f = transient / "dry_append.txt"
f.delete_if_exists
@ -498,7 +498,7 @@ spec =
Context.Output.with_enabled r.delete_if_exists
Test.specify "if Context.Output is disabled, will append to the dry run file if the dry run file descriptor is passed as the write target" <|
group_builder.specify "if Context.Output is disabled, will append to the dry run file if the dry run file descriptor is passed as the write target" <|
f = transient / "dry_append.txt"
f.delete_if_exists
@ -521,7 +521,7 @@ spec =
Context.Output.with_enabled dry_run_file.delete_if_exists
Test.specify "should allow to overwrite files" <|
group_builder.specify "should allow to overwrite files" <|
f = transient / "work.txt"
f.delete_if_exists
f.exists.should_be_false
@ -533,7 +533,7 @@ spec =
f.delete
f.exists.should_be_false
Test.specify "should not overwrite original file if Context.Output is disabled" <|
group_builder.specify "should not overwrite original file if Context.Output is disabled" <|
f = transient / "work.txt"
f.delete_if_exists
f.exists.should_be_false
@ -549,7 +549,7 @@ spec =
f.read_text.should_equal "line 1!"
f.delete_if_exists
Test.specify "should fail if a file already exists, depending on the settings" <|
group_builder.specify "should fail if a file already exists, depending on the settings" <|
f = transient / "work.txt"
f.delete_if_exists
f.exists.should_be_false
@ -571,7 +571,7 @@ spec =
f.delete
f.exists.should_be_false
Test.specify "should create a backup when writing a file" <|
group_builder.specify "should create a backup when writing a file" <|
f = transient / "work.txt"
f.delete_if_exists
f.exists.should_be_false
@ -602,7 +602,7 @@ spec =
n.read_text . should_equal "new content"
[f, bak, n0, n1, n2, n4].each .delete
Test.specify "should not create a backup when writing a dry run file with Context.Output disabled" <|
group_builder.specify "should not create a backup when writing a dry run file with Context.Output disabled" <|
f = transient / "work.txt"
f.delete_if_exists
f.exists.should_be_false
@ -627,7 +627,7 @@ spec =
bak.delete_if_exists
r.delete_if_exists
Test.specify "should correctly handle failure of the write operation when working with the backup" <|
group_builder.specify "should correctly handle failure of the write operation when working with the backup" <|
f = transient / "work.txt"
"OLD".write f on_existing_file=Existing_File_Behavior.Overwrite
bak_file = transient / "work.txt.bak"
@ -691,7 +691,7 @@ spec =
Test.fail "The temporary file should have been cleaned up."
f.delete
Test.specify "should respect file access permissions and fail with an error if denied, in all modes" <|
group_builder.specify "should respect file access permissions and fail with an error if denied, in all modes" <|
f = transient / "permissions3.txt"
if f.exists then set_writable f True
f.delete_if_exists
@ -722,7 +722,7 @@ spec =
set_writable f True
f.delete
Test.specify "should fail if the parent directory does not exist" <|
group_builder.specify "should fail if the parent directory does not exist" <|
parent = transient / "nonexistent"
parent.exists.should_be_false
@ -737,7 +737,7 @@ spec =
r2.should_fail_with File_Error
r2.catch.should_be_a File_Error.Not_Found
Test.specify "Should handle parent-less file paths" <|
group_builder.specify "Should handle parent-less file paths" <|
transient = enso_project.data / "transient"
f1 = transient / "./test1.txt"
f2_filename = "parentlesstest" + Date_Time.now.to_unix_epoch_milliseconds.to_text + ".txt"
@ -763,7 +763,7 @@ spec =
f1.read_text . should_equal txt2
f2.read_text . should_equal txt2
Test.specify "should warn about not-encodable characters according to the problem behaviour" <|
group_builder.specify "should warn about not-encodable characters according to the problem behaviour" <|
f = transient / "encoding-errors.txt"
encoding = Encoding.ascii
@ -786,17 +786,17 @@ spec =
f.read . should_equal "Initial Content"
f.delete
Test.group "folder operations" <|
suite_builder.group "folder operations" group_builder->
resolve files =
base = enso_project.data
files.map str->
(base / str) . to_text
Test.specify "should check if file is a directory" <|
group_builder.specify "should check if file is a directory" <|
sample_file.is_directory.should_be_false
enso_project.root.is_directory.should_be_true
Test.specify "should list files in a directory" <|
group_builder.specify "should list files in a directory" <|
immediate = enso_project.data.list . map .to_text
immediate.sort.should_equal (resolve ["books.json", "helloworld.txt", "sample-json.weird-extension", "sample-malformed.json", "sample.json", "sample.png", "sample.txt", "sample.xxx", "transient", "tree", "windows.log", "windows.txt", 'xml'])
@ -806,7 +806,7 @@ spec =
filtered2 = Data.list_directory enso_project.data name_filter="*re*" . map .to_text
filtered2.should_equal (resolve ["tree"])
Test.specify "should list files in a directory recursively" <|
group_builder.specify "should list files in a directory recursively" <|
root = enso_project.data / "tree"
resolve files = files.map str-> (root / str) . to_text
@ -828,4 +828,8 @@ spec =
filtered4 = root.list name_filter="nested/*.txt" recursive=True . map .to_text
filtered4.sort.should_equal (resolve ["subdirectory/nested/b.txt"])
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

24
test/Base_Tests/src/System/Process_Spec.enso
View File

@ -1,18 +1,18 @@
from Standard.Base import all
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
spec =
Test.group "Process" <|
Test.specify "should call simple command" <|
add_specs suite_builder =
suite_builder.group "Process" group_builder->
group_builder.specify "should call simple command" <|
result = case Platform.os of
Platform.OS.Windows ->
Process.run "PowerShell" ["-Command", "exit 0"]
_ ->
Process.run "bash" ["-c", "exit 0"]
result.exit_code.should_equal Exit_Code.Success
Test.specify "should return exit code" <|
group_builder.specify "should return exit code" <|
case Platform.os of
Platform.OS.Unknown ->
Test.fail "Unsupported platform."
@ -28,7 +28,7 @@ spec =
s = Process.run "bash" ["-c", "exit 0"]
s.exit_code.should_equal <| Exit_Code.Success
Test.specify "should return stdout" <|
group_builder.specify "should return stdout" <|
case Platform.os of
Platform.OS.Unknown ->
Test.fail "Unsupported platform."
@ -54,7 +54,7 @@ spec =
run_result.exit_code.to_number . should_equal 0
run_result.stdout . should_equal "Hello"
run_result.stderr . should_equal ""
Test.specify "should return stderr" <|
group_builder.specify "should return stderr" <|
case Platform.os of
Platform.OS.Unknown ->
Test.fail "Unsupported platform."
@ -80,7 +80,7 @@ spec =
run_result.exit_code.to_number . should_equal 0
run_result.stdout . should_equal ""
run_result.stderr . should_equal "Error"
Test.specify "should feed stdin" <|
group_builder.specify "should feed stdin" <|
case Platform.os of
Platform.OS.Unknown ->
Test.fail "Unsupported platform."
@ -107,4 +107,8 @@ spec =
run_result.stdout . should_equal 'sample'
run_result.stderr . should_equal ""
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

26
test/Base_Tests/src/System/Reporting_Stream_Decoder_Spec.enso
View File

@ -3,14 +3,14 @@ import Standard.Base.Errors.Encoding_Error.Encoding_Error
polyglot java import java.nio.CharBuffer
from Standard.Test import Test, Test_Suite, Problems
import Standard.Test.Extensions
from Standard.Test_New import all
spec =
add_specs suite_builder =
windows_file = enso_project.data / "windows.txt"
Test.group "ReportingStreamDecoder" <|
Test.specify "should allow reading a file character by character" <|
suite_builder.group "ReportingStreamDecoder" group_builder->
group_builder.specify "should allow reading a file character by character" <|
f = enso_project.data / "short.txt"
f.delete_if_exists
f.exists.should_be_false
@ -24,7 +24,7 @@ spec =
f.delete
f.exists.should_be_false
Test.specify "should work correctly when reading chunks of varying sizes" <|
group_builder.specify "should work correctly when reading chunks of varying sizes" <|
f = enso_project.data / "transient" / "varying_chunks.txt"
fragment = 'Hello 😎🚀🚧!'
contents = 1.up_to 1000 . map _->fragment . join '\n'
@ -73,7 +73,7 @@ spec =
result.should_succeed
f.delete
Test.specify "should allow reading a UTF-8 file" <|
group_builder.specify "should allow reading a UTF-8 file" <|
f = enso_project.data / "transient" / "utf8.txt"
encoding = Encoding.utf_8
((0.up_to 100).map _->'Hello World!' . join '\n').write f . should_succeed
@ -81,13 +81,13 @@ spec =
contents = read_file_one_by_one f encoding expected_contents.length
contents.should_equal expected_contents
Test.specify "should allow reading a Windows file" <|
group_builder.specify "should allow reading a Windows file" <|
encoding = Encoding.windows_1252
expected_contents = "Hello World! $¢¤¥"
contents = read_file_one_by_one windows_file encoding expected_contents.length
contents.should_equal expected_contents
Test.specify "should raise warnings when reading invalid characters" <|
group_builder.specify "should raise warnings when reading invalid characters" <|
encoding = Encoding.ascii
expected_contents = 'Hello World! $\uFFFD\uFFFD\uFFFD'
expected_problems = [Encoding_Error.Error "Encoding issues at bytes 14, 15, 16."]
@ -106,7 +106,7 @@ spec =
contents_2.should_equal expected_contents
Problems.get_attached_warnings contents_2 . should_equal expected_problems
Test.specify "should work correctly if no data is read from it" <|
group_builder.specify "should work correctly if no data is read from it" <|
result = windows_file.with_input_stream [File_Access.Read] stream->
stream.with_stream_decoder Encoding.ascii Problem_Behavior.Report_Error _->Nothing
result.should_succeed
@ -134,4 +134,8 @@ read_characters decoder n =
transfer_codepoints Nothing
v.to_vector
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

30
test/Base_Tests/src/System/Reporting_Stream_Encoder_Spec.enso
View File

@ -5,12 +5,12 @@ import Standard.Base.Errors.Illegal_State.Illegal_State
polyglot java import org.enso.base.Encoding_Utils
polyglot java import java.nio.CharBuffer
from Standard.Test import Test, Test_Suite, Problems
import Standard.Test.Extensions
from Standard.Test_New import all
spec =
Test.group "ReportingStreamEncoder" <|
Test.specify "should allow writing a file codepoint by codepoint" <|
add_specs suite_builder =
suite_builder.group "ReportingStreamEncoder" group_builder->
group_builder.specify "should allow writing a file codepoint by codepoint" <|
f = enso_project.data / "transient" / "char-by-char.txt"
f.delete_if_exists
f.exists.should_be_false
@ -21,7 +21,7 @@ spec =
reporting_stream_encoder.write char
f.read_text.should_equal contents
Test.specify "should work correctly when writing chunks of varying sizes" <|
group_builder.specify "should work correctly when writing chunks of varying sizes" <|
f = enso_project.data / "transient" / "varying-utf16.txt"
f.delete_if_exists
f.exists.should_be_false
@ -41,7 +41,7 @@ spec =
contents = 'AAbcDefghiO\u0301X' + big + "YŹ"
f.read_text encoding . should_equal contents
Test.specify "should allow writing a Windows file" <|
group_builder.specify "should allow writing a Windows file" <|
f = enso_project.data / "transient" / "windows.txt"
encoding = Encoding.windows_1252
contents = "Hello World! $¢¤¥"
@ -53,7 +53,7 @@ spec =
f.read_text encoding . should_equal contents
Test.specify "should raise warnings when writing characters that cannot be encoded and replace them with the Unicode replacement character or a question mark" <|
group_builder.specify "should raise warnings when writing characters that cannot be encoded and replace them with the Unicode replacement character or a question mark" <|
f = enso_project.data / "transient" / "ascii.txt"
encoding = Encoding.ascii
contents = 'Sło\u0301wka!'
@ -78,7 +78,7 @@ spec =
Problems.get_attached_warnings result_2 . should_equal [Encoding_Error.Error "Encoding issues at codepoints 3, 9."]
f.read_text encoding . should_equal "ABC?foo -?- bar"
Test.specify "should work correctly if no data is written to it" <|
group_builder.specify "should work correctly if no data is written to it" <|
f = enso_project.data / "transient" / "empty.txt"
encoding = Encoding.ascii
f.delete_if_exists
@ -87,7 +87,7 @@ spec =
result.should_succeed
f.read_text encoding . should_equal ""
Test.specify "should forward any dataflow errors raised in the inner action" <|
group_builder.specify "should forward any dataflow errors raised in the inner action" <|
f = enso_project.data / "transient" / "error.txt"
encoding = Encoding.ascii
f.delete_if_exists
@ -99,7 +99,7 @@ spec =
result.catch.message.should_equal "FOO"
f.delete_if_exists
Test.specify "should forward any warnings attached to the result of the inner action (1)" <|
group_builder.specify "should forward any warnings attached to the result of the inner action (1)" <|
f = enso_project.data / "transient" / "warning.txt"
encoding = Encoding.ascii
f.delete_if_exists
@ -114,7 +114,7 @@ spec =
f.read_text encoding . should_equal "BAZ23"
f.delete_if_exists
Test.specify "should forward any warnings attached to the result of the inner action (2)" <|
group_builder.specify "should forward any warnings attached to the result of the inner action (2)" <|
f = enso_project.data / "transient" / "warning.txt"
encoding = Encoding.ascii
f.delete_if_exists
@ -129,4 +129,8 @@ spec =
f.read_text encoding . should_equal "BAZ23"
f.delete_if_exists
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

16
test/Base_Tests/src/System/System_Spec.enso
View File

@ -1,16 +1,20 @@
from Standard.Base import all
from Standard.Test import Test, Test_Suite
import Standard.Test.Extensions
from Standard.Test_New import all
spec = Test.group "System" <|
Test.specify "should provide nanosecond timer" <|
add_specs suite_builder = suite_builder.group "System" group_builder->
group_builder.specify "should provide nanosecond timer" <|
result = System.nano_time
(result > 0).should_equal True
if Platform.is_unix then
Test.specify "should be able to create a process, returning an exit code" <|
group_builder.specify "should be able to create a process, returning an exit code" <|
result = System.create_process "echo" ["foo", "bar"] "" False False False
result.exit_code . should_equal 0
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter

28
test/Base_Tests/src/System/Temporary_File_Spec.enso
View File

@ -4,20 +4,24 @@ import Standard.Base.Errors.Illegal_State.Illegal_State
import Standard.Base.System.File.Advanced.Temporary_File.Temporary_File
import Standard.Base.System.Input_Stream.Input_Stream
from Standard.Test import Test, Test_Suite
from Standard.Test.Execution_Context_Helpers import run_with_and_without_output
import Standard.Test.Extensions
from Standard.Test_New import all
from Standard.Test_New.Execution_Context_Helpers import run_with_and_without_output
polyglot java import java.io.File as Java_File
polyglot java import java.io.ByteArrayInputStream
polyglot java import java.io.FileInputStream
polyglot java import java.io.InputStream
main = Test_Suite.run_main spec
main =
suite = Test.build suite_builder->
add_specs suite_builder
suite.run_with_filter
spec =
Test.group "Temporary_File facility" <|
Test.specify "should allow to create a new file and allow to dispose it manually" <|
add_specs suite_builder =
suite_builder.group "Temporary_File facility" group_builder->
group_builder.specify "should allow to create a new file and allow to dispose it manually" <|
tmp = Temporary_File.new
tmp.with_file f->
"test".write f
@ -33,7 +37,7 @@ spec =
Test.expect_panic Illegal_State <| tmp.with_file (f->f.read Plain_Text)
raw_file.exists . should_be_false
Test.specify "should allow to create a new file and allow to dispose it once the reference is dropped" <|
group_builder.specify "should allow to create a new file and allow to dispose it once the reference is dropped" <|
f foo =
# The tmp file is limited to the scope of the function.
tmp = Temporary_File.new
@ -63,20 +67,20 @@ spec =
repeat_gc 999
raw_file.exists . should_be_false
Test.specify "should allow to materialize an input stream, regardless of Output Context settings" <|
group_builder.specify "should allow to materialize an input stream, regardless of Output Context settings" <|
run_with_and_without_output <|
stream = make_stream "test payload 1"
tmp = Temporary_File.from_stream stream
tmp.with_file f->
f.read Plain_Text . should_equal "test payload 1"
Test.specify "will fail if materializing an already closed input stream" <|
group_builder.specify "will fail if materializing an already closed input stream" <|
stream = Input_Stream.new (InputStream.nullInputStream) (File_Error.handle_java_exceptions Nothing)
stream.close
Test.expect_panic File_Error <| Temporary_File.from_stream stream
Test.specify "should be able to be converted to text, and indicate if it was disposed" <|
group_builder.specify "should be able to be converted to text, and indicate if it was disposed" <|
tmp = Temporary_File.new "pref" ".suf"
tmp.to_text.should_contain "Temporary_File"
tmp.to_text.should_contain "pref"
@ -88,7 +92,7 @@ spec =
tmp.to_text . should_not_contain "pref"
tmp.to_text . should_not_contain "suf"
Test.specify "should allow to materialize an input stream that is already associated with a temporary file without copying it" <|
group_builder.specify "should allow to materialize an input stream that is already associated with a temporary file without copying it" <|
tmp = Temporary_File.new
tmp.with_file f->
"test payload 3" . write f