elm-review/tests/ModuleNameLookupTableTest.elm

803 lines
27 KiB
Elm

module ModuleNameLookupTableTest exposing (all)
import Elm.Docs
import Elm.License
import Elm.Package
import Elm.Project
import Elm.Syntax.Declaration as Declaration exposing (Declaration)
import Elm.Syntax.Expression as Expression exposing (Expression)
import Elm.Syntax.ModuleName exposing (ModuleName)
import Elm.Syntax.Node as Node exposing (Node(..))
import Elm.Syntax.Pattern as Pattern
import Elm.Syntax.Range exposing (Range)
import Elm.Syntax.TypeAnnotation as TypeAnnotation exposing (TypeAnnotation)
import Elm.Version
import Fixtures.Dependencies as Dependencies
import Review.ModuleNameLookupTable as ModuleNameLookupTable exposing (ModuleNameLookupTable)
import Review.Project as Project exposing (Project)
import Review.Project.Dependency as Dependency exposing (Dependency)
import Review.Rule as Rule exposing (Rule)
import Review.Test
import Review.Test.Dependencies
import Review.Test.Dependencies.Unsafe as Unsafe
import Test exposing (Test, describe, test)
all : Test
all =
describe "ModuleNameLookupTable"
[ moduleNameAtTest
, fullModuleNameAtest
, dependenciesTest
]
moduleNameAtTest : Test
moduleNameAtTest =
describe "ModuleNameLookupTable.moduleNameAt"
[ test "should return the module that defined the value" <|
\() ->
let
lookupFunction : ModuleNameLookupTable -> Range -> Maybe ModuleName
lookupFunction =
ModuleNameLookupTable.moduleNameAt
rule : Rule
rule =
createRule
(Rule.withExpressionEnterVisitor (expressionVisitor lookupFunction)
>> Rule.withDeclarationEnterVisitor (declarationVisitor lookupFunction)
)
in
[ """module A exposing (..)
import Bar as Baz exposing (baz)
import ExposesSomeThings exposing (..)
import ExposesEverything exposing (..)
import ExposesEverything as ExposesEverythingAlias
import Foo.Bar
import Html exposing (..)
import Http exposing (get)
import Something.B as Something
import Something.C as Something
import Url.Parser exposing (..)
-- NOTE: The behavior of the compiler if duplicate infix operators are imported is for the second-imported one to overwrite the first.
import Parser exposing ((|=))
import Parser.Advanced exposing ((|=))
localValue = 1
localValueValueToBeShadowed = 1
type Msg = SomeMsgToBeShadowed
a = localValue
localValueValueToBeShadowed
SomeMsgToBeShadowed
SomeOtherMsg
Something.b
Something.c
Something.BAlias
Something.Bar
unknownValue
exposedElement
nonExposedElement
elementFromExposesEverything
VariantA
Foo.bar
Foo.Bar
Baz.foo
baz
{ baz | a = 1 }
button
Http.get
get
always
True
Just
Cmd.none
(+)
(117 + 3)
(<?>)
("x" </> "y")
(|=)
("pars" |= "er")
b = case () of
VariantA -> ()
(ExposesEverything.VariantA as foo) -> foo
ExposesEverythingAlias.VariantA -> ()
someFunction Something.B.Bar =
let Something.B.Bar = ()
in ()
""", """module ExposesSomeThings exposing (SomeOtherTypeAlias, exposedElement)
type NonExposedCustomType = Variant
type alias SomeOtherTypeAlias = {}
exposedElement = 1
nonExposedElement = 2
""", """module ExposesEverything exposing (..)
type SomeCustomType = VariantA | VariantB
type alias SomeTypeAlias = {}
type Msg = SomeMsgToBeShadowed | SomeOtherMsg
elementFromExposesEverything = 1
localValueValueToBeShadowed = 1
""", """module Something.B exposing (..)
b = 1
type Foo = Bar
type alias BAlias = {}
""", """module Something.C exposing (..)
c = 1
""" ]
|> Review.Test.runOnModulesWithProjectData project rule
|> Review.Test.expectErrorsForModules
[ ( "A"
, [ Review.Test.error
{ message = """
<nothing>.localValue -> <nothing>.localValue
<nothing>.localValueValueToBeShadowed -> <nothing>.localValueValueToBeShadowed
<nothing>.SomeMsgToBeShadowed -> <nothing>.SomeMsgToBeShadowed
<nothing>.SomeOtherMsg -> ExposesEverything.SomeOtherMsg
Something.b -> Something.B.b
Something.c -> Something.C.c
Something.BAlias -> Something.B.BAlias
Something.Bar -> Something.B.Bar
<nothing>.unknownValue -> <nothing>.unknownValue
<nothing>.exposedElement -> ExposesSomeThings.exposedElement
<nothing>.nonExposedElement -> <nothing>.nonExposedElement
<nothing>.elementFromExposesEverything -> ExposesEverything.elementFromExposesEverything
<nothing>.VariantA -> ExposesEverything.VariantA
Foo.bar -> Foo.bar
Foo.Bar -> Foo.Bar
Baz.foo -> Bar.foo
<nothing>.baz -> Bar.baz
<nothing>.baz -> Bar.baz
<nothing>.button -> Html.button
Http.get -> Http.get
<nothing>.get -> Http.get
<nothing>.always -> Basics.always
<nothing>.True -> Basics.True
<nothing>.Just -> Maybe.Just
Cmd.none -> Platform.Cmd.none
<nothing>.+ -> Basics.+
<nothing>.+ -> Basics.+
<nothing>.<?> -> Url.Parser.<?>
<nothing>.</> -> Url.Parser.</>
<nothing>.|= -> Parser.Advanced.|=
<nothing>.|= -> Parser.Advanced.|=
<nothing>.VariantA -> ExposesEverything.VariantA
ExposesEverything.VariantA -> ExposesEverything.VariantA
ExposesEverythingAlias.VariantA -> ExposesEverything.VariantA
<nothing>.foo -> <nothing>.foo
Something.B.Bar -> Something.B.Bar
Something.B.Bar -> Something.B.Bar
"""
, details = [ "details" ]
, under = "module"
}
]
)
]
, test "should return the module that defined the type" <|
\() ->
let
lookupFunction : ModuleNameLookupTable -> Range -> Maybe ModuleName
lookupFunction =
ModuleNameLookupTable.moduleNameAt
rule : Rule
rule =
createRule
(Rule.withDeclarationEnterVisitor (declarationVisitor lookupFunction))
in
[ """module A exposing (..)
import Bar as Baz exposing (baz)
import ExposesSomeThings exposing (..)
import ExposesEverything exposing (..)
import Foo.Bar
import Html exposing (..)
import Http exposing (get)
import Something.B as Something
type A = B | C
type Role = NormalUser Bool | Admin (Maybe A)
type alias User =
{ role : Role
, age : ( Msg, Unknown )
}
type alias GenericRecord generic = { generic | foo : A }
a : SomeCustomType -> SomeTypeAlias -> SomeOtherTypeAlias -> NonExposedCustomType
a = 1
""", """module ExposesSomeThings exposing (SomeOtherTypeAlias)
type NonExposedCustomType = Variant
type alias SomeOtherTypeAlias = {}
""", """module ExposesEverything exposing (..)
type SomeCustomType = VariantA | VariantB
type alias SomeTypeAlias = {}
type Msg = SomeMsgToBeShadowed | SomeOtherMsg
""", """module Something.B exposing (..)
b = 1
type Foo = Bar
type alias BAlias = {}
""" ]
|> Review.Test.runOnModulesWithProjectData project rule
|> Review.Test.expectErrorsForModules
[ ( "A"
, [ Review.Test.error
{ message = """
<nothing>.Bool -> Basics.Bool
<nothing>.Maybe -> Maybe.Maybe
<nothing>.A -> <nothing>.A
<nothing>.Role -> <nothing>.Role
<nothing>.Msg -> ExposesEverything.Msg
<nothing>.Unknown -> <nothing>.Unknown
<nothing>.A -> <nothing>.A
<nothing>.SomeCustomType -> ExposesEverything.SomeCustomType
<nothing>.SomeTypeAlias -> ExposesEverything.SomeTypeAlias
<nothing>.SomeOtherTypeAlias -> ExposesSomeThings.SomeOtherTypeAlias
<nothing>.NonExposedCustomType -> <nothing>.NonExposedCustomType
"""
, details = [ "details" ]
, under = "module"
}
]
)
]
]
fullModuleNameAtest : Test
fullModuleNameAtest =
describe "ModuleNameLookupTable.fullModuleNameAt"
[ test "should return the module that defined the value" <|
\() ->
let
lookupFunction : ModuleNameLookupTable -> Range -> Maybe ModuleName
lookupFunction =
ModuleNameLookupTable.fullModuleNameAt
rule : Rule
rule =
createRule
(Rule.withExpressionEnterVisitor (expressionVisitor lookupFunction)
>> Rule.withDeclarationEnterVisitor (declarationVisitor lookupFunction)
)
in
[ """module Abc.Xyz exposing (..)
import Bar as Baz exposing (baz)
import ExposesSomeThings exposing (..)
import ExposesEverything exposing (..)
import ExposesEverything as ExposesEverythingAlias
import Foo.Bar
import Html exposing (..)
import Http exposing (get)
import Something.B as Something
import Something.C as Something
import Url.Parser exposing (..)
-- NOTE: The behavior of the compiler if duplicate infix operators are imported is for the second-imported one to overwrite the first.
import Parser exposing ((|=))
import Parser.Advanced exposing ((|=))
localValue = 1
localValueValueToBeShadowed = 1
type Msg = SomeMsgToBeShadowed
a = localValue
localValueValueToBeShadowed
SomeMsgToBeShadowed
SomeOtherMsg
Something.b
Something.c
Something.BAlias
Something.Bar
unknownValue
exposedElement
nonExposedElement
elementFromExposesEverything
VariantA
Foo.bar
Foo.Bar
Baz.foo
baz
{ baz | a = 1 }
button
Http.get
get
always
True
Just
Cmd.none
(+)
(117 + 3)
(<?>)
("x" </> "y")
(|=)
("pars" |= "er")
b = case () of
VariantA -> ()
(ExposesEverything.VariantA as foo) -> foo
ExposesEverythingAlias.VariantA -> ()
someFunction Something.B.Bar =
let Something.B.Bar = ()
in ()
""", """module ExposesSomeThings exposing (SomeOtherTypeAlias, exposedElement)
type NonExposedCustomType = Variant
type alias SomeOtherTypeAlias = {}
exposedElement = 1
nonExposedElement = 2
""", """module ExposesEverything exposing (..)
type SomeCustomType = VariantA | VariantB
type alias SomeTypeAlias = {}
type Msg = SomeMsgToBeShadowed | SomeOtherMsg
elementFromExposesEverything = 1
localValueValueToBeShadowed = 1
""", """module Something.B exposing (..)
b = 1
type Foo = Bar
type alias BAlias = {}
""", """module Something.C exposing (..)
c = 1
""" ]
|> Review.Test.runOnModulesWithProjectData project rule
|> Review.Test.expectErrorsForModules
[ ( "Abc.Xyz"
, [ Review.Test.error
{ message = """
<nothing>.localValue -> Abc.Xyz.localValue
<nothing>.localValueValueToBeShadowed -> Abc.Xyz.localValueValueToBeShadowed
<nothing>.SomeMsgToBeShadowed -> Abc.Xyz.SomeMsgToBeShadowed
<nothing>.SomeOtherMsg -> ExposesEverything.SomeOtherMsg
Something.b -> Something.B.b
Something.c -> Something.C.c
Something.BAlias -> Something.B.BAlias
Something.Bar -> Something.B.Bar
<nothing>.unknownValue -> Abc.Xyz.unknownValue
<nothing>.exposedElement -> ExposesSomeThings.exposedElement
<nothing>.nonExposedElement -> Abc.Xyz.nonExposedElement
<nothing>.elementFromExposesEverything -> ExposesEverything.elementFromExposesEverything
<nothing>.VariantA -> ExposesEverything.VariantA
Foo.bar -> Foo.bar
Foo.Bar -> Foo.Bar
Baz.foo -> Bar.foo
<nothing>.baz -> Bar.baz
<nothing>.baz -> Bar.baz
<nothing>.button -> Html.button
Http.get -> Http.get
<nothing>.get -> Http.get
<nothing>.always -> Basics.always
<nothing>.True -> Basics.True
<nothing>.Just -> Maybe.Just
Cmd.none -> Platform.Cmd.none
<nothing>.+ -> Basics.+
<nothing>.+ -> Basics.+
<nothing>.<?> -> Url.Parser.<?>
<nothing>.</> -> Url.Parser.</>
<nothing>.|= -> Parser.Advanced.|=
<nothing>.|= -> Parser.Advanced.|=
<nothing>.VariantA -> ExposesEverything.VariantA
ExposesEverything.VariantA -> ExposesEverything.VariantA
ExposesEverythingAlias.VariantA -> ExposesEverything.VariantA
<nothing>.foo -> Abc.Xyz.foo
Something.B.Bar -> Something.B.Bar
Something.B.Bar -> Something.B.Bar
"""
, details = [ "details" ]
, under = "module"
}
]
)
]
, test "should return the module that defined the type" <|
\() ->
let
lookupFunction : ModuleNameLookupTable -> Range -> Maybe ModuleName
lookupFunction =
ModuleNameLookupTable.fullModuleNameAt
rule : Rule
rule =
createRule
(Rule.withDeclarationEnterVisitor (declarationVisitor lookupFunction))
in
[ """module Abc.Xyz exposing (..)
import Bar as Baz exposing (baz)
import ExposesSomeThings exposing (..)
import ExposesEverything exposing (..)
import Foo.Bar
import Html exposing (..)
import Http exposing (get)
import Something.B as Something
type A = B | C
type Role = NormalUser Bool | Admin (Maybe A)
type alias User =
{ role : Role
, age : ( Msg, Unknown )
}
type alias GenericRecord generic = { generic | foo : A }
a : SomeCustomType -> SomeTypeAlias -> SomeOtherTypeAlias -> NonExposedCustomType
a = 1
""", """module ExposesSomeThings exposing (SomeOtherTypeAlias)
type NonExposedCustomType = Variant
type alias SomeOtherTypeAlias = {}
""", """module ExposesEverything exposing (..)
type SomeCustomType = VariantA | VariantB
type alias SomeTypeAlias = {}
type Msg = SomeMsgToBeShadowed | SomeOtherMsg
""", """module Something.B exposing (..)
b = 1
type Foo = Bar
type alias BAlias = {}
""" ]
|> Review.Test.runOnModulesWithProjectData project rule
|> Review.Test.expectErrorsForModules
[ ( "Abc.Xyz"
, [ Review.Test.error
{ message = """
<nothing>.Bool -> Basics.Bool
<nothing>.Maybe -> Maybe.Maybe
<nothing>.A -> Abc.Xyz.A
<nothing>.Role -> Abc.Xyz.Role
<nothing>.Msg -> ExposesEverything.Msg
<nothing>.Unknown -> Abc.Xyz.Unknown
<nothing>.A -> Abc.Xyz.A
<nothing>.SomeCustomType -> ExposesEverything.SomeCustomType
<nothing>.SomeTypeAlias -> ExposesEverything.SomeTypeAlias
<nothing>.SomeOtherTypeAlias -> ExposesSomeThings.SomeOtherTypeAlias
<nothing>.NonExposedCustomType -> Abc.Xyz.NonExposedCustomType
"""
, details = [ "details" ]
, under = "module"
}
]
)
]
]
dependenciesTest : Test
dependenciesTest =
describe "Dependencies"
[ test "should not confuse a function from a local module with a module from an indirect dependency" <|
\() ->
let
lookupFunction : ModuleNameLookupTable -> Range -> Maybe ModuleName
lookupFunction =
ModuleNameLookupTable.moduleNameAt
rule : Rule
rule =
createRule
(Rule.withExpressionEnterVisitor (expressionVisitor lookupFunction))
in
[ """module A exposing (..)
import Element exposing (..)
a = value
""", """module Element exposing (value)
value = 1
""" ]
|> Review.Test.runOnModulesWithProjectData project rule
|> Review.Test.expectErrorsForModules
[ ( "A"
, [ Review.Test.error
{ message = """
<nothing>.value -> Element.value
"""
, details = [ "details" ]
, under = "module"
}
]
)
]
]
type alias ModuleContext =
{ lookupTable : ModuleNameLookupTable
, texts : List String
}
project : Project
project =
Project.new
|> Project.addElmJson applicationElmJson
|> Project.addDependency Dependencies.elmCore
|> Project.addDependency Dependencies.elmHtml
|> Project.addDependency Review.Test.Dependencies.elmParser
|> Project.addDependency Review.Test.Dependencies.elmUrl
|> Project.addDependency xyz2dependency
applicationElmJson : { path : String, raw : String, project : Elm.Project.Project }
applicationElmJson =
{ path = "elm.json"
, raw = """{
"type": "application",
"source-directories": [
"src"
],
"elm-version": "0.19.1",
"dependencies": {
"direct": {
"elm/core": "1.0.0",
"elm/html": "1.0.0",
"elm/parser": "1.0.0",
"elm/url": "1.0.0",
"abc/xyz": "1.0.0"
},
"indirect": {
"abc/xyz2": "1.0.0"
}
},
"test-dependencies": {
"direct": {},
"indirect": {}
}
}"""
, project =
Elm.Project.Application
{ elm = Elm.Version.one
, dirs = []
, depsDirect =
[ ( unsafePackageName "elm/core", Elm.Version.one )
, ( unsafePackageName "elm/html", Elm.Version.one )
, ( unsafePackageName "elm/parser", Elm.Version.one )
, ( unsafePackageName "elm/url", Elm.Version.one )
, ( unsafePackageName "abc/xyz", Elm.Version.one )
]
, depsIndirect = [ ( unsafePackageName "abc/xyz2", Elm.Version.one ) ]
, testDepsDirect = []
, testDepsIndirect = []
}
}
xyz2dependency : Dependency
xyz2dependency =
Dependency.create "abc/xyz2"
xyz2elmJson
xyz2dependencyModules
xyz2elmJson : Elm.Project.Project
xyz2elmJson =
Elm.Project.Package
{ elm = Unsafe.constraint "0.19.0 <= v < 0.20.0"
, exposed = Elm.Project.ExposedList [ Unsafe.moduleName "Element" ]
, license = Elm.License.fromString "BSD-3-Clause" |> Maybe.withDefault Elm.License.bsd3
, name = Unsafe.packageName "elm/xyz"
, summary = "Fake stuff"
, deps = [ ( Unsafe.packageName "elm/core", Unsafe.constraint "1.0.0 <= v < 2.0.0" ) ]
, testDeps = []
, version = Elm.Version.fromString "1.0.0" |> Maybe.withDefault Elm.Version.one
}
xyz2dependencyModules : List Elm.Docs.Module
xyz2dependencyModules =
[ { name = "Element"
, comment = ""
, unions = []
, aliases = []
, values = []
, binops = []
}
]
unsafePackageName : String -> Elm.Package.Name
unsafePackageName packageName =
case Elm.Package.fromString packageName of
Just name ->
name
Nothing ->
-- unsafe, but if the generation went well, it should all be good.
unsafePackageName packageName
createRule : (Rule.ModuleRuleSchema {} ModuleContext -> Rule.ModuleRuleSchema { hasAtLeastOneVisitor : () } ModuleContext) -> Rule
createRule visitor =
Rule.newModuleRuleSchemaUsingContextCreator "TestRule" contextCreator
|> visitor
|> Rule.withFinalModuleEvaluation finalEvaluation
|> Rule.fromModuleRuleSchema
contextCreator : Rule.ContextCreator () ModuleContext
contextCreator =
Rule.initContextCreator
(\lookupTable () ->
{ lookupTable = lookupTable
, texts = []
}
)
|> Rule.withModuleNameLookupTable
expressionVisitor : (ModuleNameLookupTable -> Range -> Maybe ModuleName) -> Node Expression -> ModuleContext -> ( List nothing, ModuleContext )
expressionVisitor lookupFunction node context =
case Node.value node of
Expression.FunctionOrValue moduleName name ->
( [], { context | texts = context.texts ++ [ getRealName lookupFunction context moduleName (Node.range node) name ] } )
Expression.RecordUpdateExpression (Node range name) _ ->
( [], { context | texts = context.texts ++ [ getRealName lookupFunction context [] range name ] } )
Expression.PrefixOperator op ->
( [], { context | texts = context.texts ++ [ getRealName lookupFunction context [] (Node.range node) op ] } )
Expression.OperatorApplication op _ _ _ ->
( [], { context | texts = context.texts ++ [ getRealName lookupFunction context [] (Node.range node) op ] } )
Expression.CaseExpression { cases } ->
let
texts : List String
texts =
List.concatMap (Tuple.first >> collectPatterns lookupFunction context) cases
in
( [], { context | texts = context.texts ++ texts } )
Expression.LetExpression { declarations } ->
let
texts : List String
texts =
List.concatMap
(\declaration ->
case Node.value declaration of
Expression.LetFunction function ->
let
typeAnnotationTexts : List String
typeAnnotationTexts =
case function.signature |> Maybe.map (Node.value >> .typeAnnotation) of
Nothing ->
[]
Just typeAnnotation ->
typeAnnotationNames lookupFunction context typeAnnotation
signatureTexts : List String
signatureTexts =
function.declaration
|> Node.value
|> .arguments
|> List.concatMap (collectPatterns lookupFunction context)
in
typeAnnotationTexts ++ signatureTexts
Expression.LetDestructuring pattern _ ->
collectPatterns lookupFunction context pattern
)
declarations
in
( [], { context | texts = context.texts ++ texts } )
_ ->
( [], context )
collectPatterns : (ModuleNameLookupTable -> Range -> Maybe ModuleName) -> ModuleContext -> Node Pattern.Pattern -> List String
collectPatterns lookupFunction context node =
case Node.value node of
Pattern.NamedPattern { moduleName, name } _ ->
[ getRealName lookupFunction context moduleName (Node.range node) name ]
Pattern.ParenthesizedPattern subPattern ->
collectPatterns lookupFunction context subPattern
Pattern.AsPattern subPattern _ ->
collectPatterns lookupFunction context subPattern
_ ->
Debug.todo "Other patterns in case expressions are not handled"
getRealName : (ModuleNameLookupTable -> Range -> Maybe ModuleName) -> ModuleContext -> ModuleName -> Range -> String -> String
getRealName lookupFunction context moduleName range name =
let
nameInCode : String
nameInCode =
case moduleName of
[] ->
"<nothing>." ++ name
_ ->
String.join "." moduleName ++ "." ++ name
resultingName : String
resultingName =
case lookupFunction context.lookupTable range of
Just [] ->
"<nothing>." ++ name
Just moduleName_ ->
String.join "." moduleName_ ++ "." ++ name
Nothing ->
"!!! UNKNOWN !!!"
in
nameInCode ++ " -> " ++ resultingName
declarationVisitor : (ModuleNameLookupTable -> Range -> Maybe ModuleName) -> Node Declaration -> ModuleContext -> ( List nothing, ModuleContext )
declarationVisitor lookupFunction node context =
case Node.value node of
Declaration.CustomTypeDeclaration { constructors } ->
let
types : List String
types =
constructors
|> List.concatMap (Node.value >> .arguments)
|> List.concatMap (typeAnnotationNames lookupFunction context)
in
( [], { context | texts = context.texts ++ types } )
Declaration.AliasDeclaration { typeAnnotation } ->
( [], { context | texts = context.texts ++ typeAnnotationNames lookupFunction context typeAnnotation } )
Declaration.FunctionDeclaration function ->
let
typeAnnotationTexts : List String
typeAnnotationTexts =
case function.signature |> Maybe.map (Node.value >> .typeAnnotation) of
Nothing ->
[]
Just typeAnnotation ->
typeAnnotationNames lookupFunction context typeAnnotation
signatureTexts : List String
signatureTexts =
function.declaration
|> Node.value
|> .arguments
|> List.concatMap (collectPatterns lookupFunction context)
in
( [], { context | texts = context.texts ++ typeAnnotationTexts ++ signatureTexts } )
_ ->
( [], context )
typeAnnotationNames : (ModuleNameLookupTable -> Range -> Maybe ModuleName) -> ModuleContext -> Node TypeAnnotation -> List String
typeAnnotationNames lookupFunction moduleContext typeAnnotation =
case Node.value typeAnnotation of
TypeAnnotation.GenericType name ->
[ "<nothing>." ++ name ++ " -> <generic>" ]
TypeAnnotation.Typed (Node typeRange ( moduleName, typeName )) typeParameters ->
getRealName lookupFunction moduleContext moduleName typeRange typeName
:: List.concatMap (typeAnnotationNames lookupFunction moduleContext) typeParameters
TypeAnnotation.Unit ->
[]
TypeAnnotation.Tupled typeAnnotations ->
List.concatMap (typeAnnotationNames lookupFunction moduleContext) typeAnnotations
TypeAnnotation.Record typeAnnotations ->
List.concatMap (Node.value >> Tuple.second >> typeAnnotationNames lookupFunction moduleContext) typeAnnotations
TypeAnnotation.GenericRecord _ typeAnnotations ->
List.concatMap (Node.value >> Tuple.second >> typeAnnotationNames lookupFunction moduleContext) (Node.value typeAnnotations)
TypeAnnotation.FunctionTypeAnnotation arg returnType ->
typeAnnotationNames lookupFunction moduleContext arg ++ typeAnnotationNames lookupFunction moduleContext returnType
finalEvaluation : ModuleContext -> List (Rule.Error {})
finalEvaluation context =
if List.isEmpty context.texts then
[]
else
[ Rule.error
{ message = "\n" ++ String.join "\n" context.texts ++ "\n"
, details = [ "details" ]
}
{ start = { row = 1, column = 1 }
, end = { row = 1, column = 7 }
}
]