Carp/test/string.carp
2019-03-23 18:46:42 +01:00

298 lines
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Plaintext

(use String)
(load "Test.carp")
(use Test)
(deftest test
(assert-true test
(= @"hello world" @"hello world")
"string = works as expected I")
(assert-true test
(= "hello world" "hello world")
"string = works as expected II")
(assert-true test
(/= @"hello world" @"bob")
"string /= works as expected I")
(assert-true test
(/= "hello world" "bob")
"string /= works as expected II")
(assert-true test
(< @"aaaa" @"aaab")
"string < works as expected I")
(assert-true test
(< "aaaa" "aaab")
"string < works as expected II")
(assert-true test
(> @"aaab" @"aaaa")
"string > works as expected I")
(assert-true test
(> "aaab" "aaaa")
"string > works as expected II")
(assert-equal test
"true"
&(str true)
"str on true works as expected")
(assert-equal test
"false"
&(str false)
"str on false works as expected")
(assert-equal test
\s
(char-at "lisp" 2)
"char-at works as expected")
(assert-equal test
\s
(head "silk")
"head works as expected")
(assert-equal test
"ilk"
&(tail "silk")
"tail works as expected")
(assert-equal test
"sshello"
&(pad-left 7 \s "hello")
"pad-left works as expected")
(assert-equal test
"helloss"
&(pad-right 7 \s "hello")
"pad-right works as expected")
(assert-equal test
5
(count-char "lisssssp" \s)
"count-char works as expected")
(assert-equal test
"olleh"
&(reverse "hello")
"reverse works as expected")
(assert-equal test
false
(empty? "lisp")
"empty? returns false on non-empty string")
(assert-true test
(empty? "")
"empty? returns true on empty string")
(assert-true test
(empty? &(zero))
"empty? returns true on (zero)")
(assert-equal test
&[\e \r \i \k]
&(chars "erik")
"chars works as expected")
(assert-equal test
"erik"
&(from-chars &[\e \r \i \k])
"from-chars works as expected")
(assert-equal test
"edan"
&(substring "svedang" 2 6)
"substring works as expected")
(assert-equal test
"sved"
&(prefix-string "svedang" 4)
"prefix-string works as expected")
(assert-equal test
"dang"
&(suffix-string "svedang" 3)
"suffix-string works as expected")
(assert-true test
(ends-with? "heller" "ler")
"ends-with? works as expected")
(assert-true test
(ends-with? "ller" "ler")
"ends-with? works (regression test for #157)")
(assert-true test
(starts-with? "heller" "hell")
"starts-with? works as expected")
(assert-true test
(in? "metacarpenter" "carp")
"in? works on matching pattern")
(assert-false test
(in? "metabolism" "carp")
"in? works on non-matching pattern")
(assert-true test
(upper? "I AM SCREAMING!")
"upper? works on matching pattern")
(assert-false test
(upper? "I am not screaming.")
"upper? works on non-matching pattern")
(assert-true test
(lower? "i am not screaming.")
"lower? works on matching pattern")
(assert-false test
(lower? "I am not screaming!")
"lower? works on non-matching pattern")
(assert-true test
(num? "11123456789123")
"num? works on matching pattern")
(assert-false test
(num? "111l23456789123")
"num? works on non-matching pattern")
(assert-true test
(alpha? "abcdefghijklmz")
"alpha? works on matching pattern")
(assert-false test
(alpha? "abcdefghijklm1234567")
"alpha? works on non-matching pattern")
(assert-true test
(alphanum? "abcdefghijklm1234567")
"alphanum? works on matching pattern")
(assert-false test
(alphanum? "abcdefghijklm1234567?")
"alphanum? works on non-matching pattern")
(assert-true test
(hex? "c0ffee")
"hex? works on matching pattern")
(assert-false test
(hex? "c0ffeebar")
"hex? works on non-matching pattern")
(assert-equal test
"string "
&(trim-left " string ")
"trim-left works as expected")
(assert-equal test
" string"
&(trim-right " string ")
"trim-right works as expected")
(assert-equal test
"string"
&(trim " string ")
"trim works as expected")
(assert-equal test
"string"
&(chomp "string\n")
"chomp works as expected I")
(assert-equal test
"string\n"
&(chomp "string\n\n")
"chomp works as expected II")
(assert-equal test
"string"
&(chomp "string\r\n")
"chomp works as expected III")
(assert-equal test
"string"
&(chomp "string\r")
"chomp works as expected IV")
(assert-equal test
"too much whitespace."
&(collapse-whitespace "too much whitespace.")
"collapse-whitespace works as expected")
(assert-equal test
&[@"erik" @"sved" @"hej" @"foo"]
&(words "erik sved hej\tfoo")
"words works correctly")
(assert-equal test
&[@"erik" @"sved" @"hej" @"foo"]
&(lines "erik\nsved\nhej\nfoo")
"lines works correctly")
(assert-equal test
&[@"erik" @"sved" @"hej" @"foo"]
&(split-by "erikmsvedlhejxfoo" &[\m \l \x])
"split-by works correctly")
(assert-equal test
"hello world"
&(append "hello " "world")
"append works correctly")
(assert-equal test
"hello world"
&(concat &[@"hello" @" " @"world"])
"concat works correctly")
(assert-equal test
"hello world"
&(join @"" &[@"hello" @" " @"world"])
"join works correctly I")
(assert-equal test
"hello world"
&(join @" " &[@"hello" @"world"])
"join works correctly II")
(assert-equal test
"hello aaaa there aaaa world"
&(join @" aaaa " &[@"hello" @"there" @"world"])
"join works correctly III")
(assert-equal test
"hello there world"
&(join-with-char \ &[@"hello" @"there" @"world"])
"join-with-char works correctly I")
(assert-equal test
"hello, there, world"
&(join-with-char \, &[@"hello" @" there" @" world"])
"join-with-char works correctly II")
(assert-equal test
"hellohellohello"
&(repeat 3 "hello")
"repeat works correctly")
(assert-equal test
"bcde"
&(let-do [str @"aaaa"]
(string-set! &str 0 \b)
(string-set! &str 1 \c)
(string-set! &str 2 \d)
(string-set! &str 3 \e)
str)
"string-set! works correctly")
(assert-equal test
"aaaabcdeaq"
&(let-do [str @"aaaaaaaaaa"]
(string-set-at! &str 4 "bcde")
(string-set-at! &str 9 "q")
str)
"string-set-at! works correctly")
(assert-equal test
"aaaaaaaaaa"
&(allocate 10 \a)
"allocate works correctly I")
(assert-equal test
""
&(allocate 0 \a)
"allocate works correctly II")
(assert-equal test
5
(length &(allocate 5 \a))
"allocate works correctly III")
(assert-equal test
2
(index-of "abcde" \c)
"index-of works correctly I")
(assert-equal test
4
(index-of "abcde" \e)
"index-of works correctly II")
(assert-equal test
-1
(index-of "abcde" \f)
"index-of works correctly III")
(assert-equal test
0
(index-of "abcde" \a)
"index-of works correctly IIII")
(assert-equal test
-1
(index-of-from "abcde" \a 0)
"index-of-from works correctly I")
(assert-equal test
0
(index-of-from "abcde" \a -1)
"index-of-from works correctly II")
(assert-equal test
2
(index-of-from "abcab" \c 1)
"index-of-from works correctly III")
(assert-equal test
-1
(index-of-from "abcab" \c 2)
"index-of-from works correctly IV")
(assert-equal test
5
(index-of-from "abcabc" \c 2)
"index-of-from works correctly IV")
(assert-equal test
true
(contains? "abcabc" \c)
"contains? works correctly I")
(assert-equal test
false
(contains? "abab" \c)
"contains? works correctly II")
)