How to use MatchTest class

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MatchTests.swift

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...123 file: StaticString = #file,124 line: UInt = #line125) {126 for (test, expect) in tests {127 firstMatchTest(128 regex,129 input: test,130 match: expect ? test : nil,131 syntax: syntax,132 enableTracing: enableTracing,133 dumpAST: dumpAST,134 xfail: xfail,135 file: file,136 line: line)137 }138}139/​/​ TODO: Adjust below to also check captures140/​/​/​ Test the first match in a string, via `firstRange(of:)`141func firstMatchTest(142 _ regex: String,143 input: String,144 match: String?,145 syntax: SyntaxOptions = .traditional,146 enableTracing: Bool = false,147 dumpAST: Bool = false,148 xfail: Bool = false,149 file: StaticString = #filePath,150 line: UInt = #line151) {152 do {153 let (found, _) = try _firstMatch(154 regex,155 input: input,156 syntax: syntax,157 enableTracing: enableTracing)158 if xfail {159 XCTAssertNotEqual(found, match, file: file, line: line)160 } else {161 XCTAssertEqual(found, match, file: file, line: line)162 }163 } catch {164 /​/​ FIXME: This allows non-matches to succeed even when xfail'd165 /​/​ When xfail == true, this should report failure for match == nil166 if !xfail && match != nil {167 XCTFail("\(error)", file: file, line: line)168 }169 return170 }171}172func firstMatchTests(173 _ regex: String,174 _ tests: (input: String, match: String?)...,175 syntax: SyntaxOptions = .traditional,176 enableTracing: Bool = false,177 dumpAST: Bool = false,178 xfail: Bool = false,179 file: StaticString = #filePath,180 line: UInt = #line181) {182 for (input, match) in tests {183 firstMatchTest(184 regex,185 input: input,186 match: match,187 syntax: syntax,188 enableTracing: enableTracing,189 dumpAST: dumpAST,190 xfail: xfail,191 file: file,192 line: line)193 }194}195extension RegexTests {196 func testMatch() {197 firstMatchTest(198 "abc", input: "123abcxyz", match: "abc")199 firstMatchTest(200 #"abc\+d*"#, input: "123abc+xyz", match: "abc+")201 firstMatchTest(202 #"abc\+d*"#, input: "123abc+dddxyz", match: "abc+ddd")203 firstMatchTest(204 "a(b)", input: "123abcxyz", match: "ab")205 firstMatchTest(206 "(.)*(.*)", input: "123abcxyz", match: "123abcxyz")207 firstMatchTest(208 #"abc\d"#, input: "xyzabc123", match: "abc1")209 /​/​ MARK: Allowed combining characters210 firstMatchTest("e\u{301}", input: "e\u{301}", match: "e\u{301}")211 firstMatchTest("1\u{358}", input: "1\u{358}", match: "1\u{358}")212 firstMatchTest(#"\ \#u{361}"#, input: " \u{361}", match: " \u{361}")213 /​/​ MARK: Alternations214 firstMatchTest(215 "abc(?:de)+fghi*k|j", input: "123abcdefghijxyz", match: "j")216 firstMatchTest(217 "abc(?:de)+fghi*k|j", input: "123abcdedefghkxyz", match: "abcdedefghk")218 firstMatchTest(219 "a(?:b|c)?d", input: "123adxyz", match: "ad")220 firstMatchTest(221 "a(?:b|c)?d", input: "123abdxyz", match: "abd")222 firstMatchTest(223 "a(?:b|c)?d", input: "123acdxyz", match: "acd")224 firstMatchTest(225 "a?b??c+d+?e*f*?", input: "123abcdefxyz", match: "abcde")226 firstMatchTest(227 "a?b??c+d+?e*f*?", input: "123bcddefxyz", match: "bcd")228 firstMatchTest(229 "a|b?c", input: "123axyz", match: "a")230 firstMatchTest(231 "a|b?c", input: "123bcxyz", match: "bc")232 firstMatchTest(233 "(a|b)c", input: "123abcxyz", match: "bc")234 /​/​ Alternations with empty branches are permitted.235 firstMatchTest("|", input: "ab", match: "")236 firstMatchTest("(|)", input: "ab", match: "")237 firstMatchTest("a|", input: "ab", match: "a")238 firstMatchTest("a|", input: "ba", match: "")239 firstMatchTest("|b", input: "ab", match: "")240 firstMatchTest("|b", input: "ba", match: "")241 firstMatchTest("|b|", input: "ab", match: "")242 firstMatchTest("|b|", input: "ba", match: "")243 firstMatchTest("a|b|", input: "ab", match: "a")244 firstMatchTest("a|b|", input: "ba", match: "b")245 firstMatchTest("a|b|", input: "ca", match: "")246 firstMatchTest("||c|", input: "ab", match: "")247 firstMatchTest("||c|", input: "cb", match: "")248 firstMatchTest("|||", input: "ab", match: "")249 firstMatchTest("a|||d", input: "bc", match: "")250 firstMatchTest("a|||d", input: "abc", match: "a")251 firstMatchTest("a|||d", input: "d", match: "")252 /​/​ MARK: Unicode scalars253 firstMatchTest(254 #"a\u0065b\u{00000065}c\x65d\U00000065"#,255 input: "123aebecedexyz", match: "aebecede")256 firstMatchTest(257 #"\u{00000000000000000000000000A}"#,258 input: "123\nxyz", match: "\n")259 firstMatchTest(260 #"\x{00000000000000000000000000A}"#,261 input: "123\nxyz", match: "\n")262 firstMatchTest(263 #"\o{000000000000000000000000007}"#,264 input: "123\u{7}xyz", match: "\u{7}")265 firstMatchTest(#"\o{70}"#, input: "1238xyz", match: "8")266 firstMatchTest(#"\0"#, input: "123\0xyz", match: "\0")267 firstMatchTest(#"\01"#, input: "123\u{1}xyz", match: "\u{1}")268 firstMatchTest(#"\070"#, input: "1238xyz", match: "8")269 firstMatchTest(#"\07A"#, input: "123\u{7}Axyz", match: "\u{7}A")270 firstMatchTest(#"\08"#, input: "123\08xyz", match: "\08")271 firstMatchTest(#"\0707"#, input: "12387\u{1C7}xyz", match: "\u{1C7}")272 /​/​ code point sequence273 firstMatchTest(#"\u{61 62 63}"#, input: "123abcxyz", match: "abc")274 firstMatchTest(#"3\u{ 61 62 63 }"#, input: "123abcxyz", match: "3abc")275 firstMatchTest(#"\u{61 62}\u{63}"#, input: "123abcxyz", match: "abc")276 firstMatchTest(#"\u{61}\u{62 63}"#, input: "123abcxyz", match: "abc")277 firstMatchTest(#"9|\u{61 62 63}"#, input: "123abcxyz", match: "abc")278 firstMatchTest(#"(?:\u{61 62 63})"#, input: "123abcxyz", match: "abc")279 firstMatchTest(#"23\u{61 62 63}xy"#, input: "123abcxyz", match: "23abcxy")280 /​/​ o + horn + dot_below281 firstMatchTest(282 #"\u{006f 031b 0323}"#,283 input: "\u{006f}\u{031b}\u{0323}",284 match: "\u{006f}\u{031b}\u{0323}"285 )286 /​/​ Escape sequences that represent scalar values.287 firstMatchTest(#"\a[\b]\e\f\n\r\t"#,288 input: "\u{7}\u{8}\u{1B}\u{C}\n\r\t",289 match: "\u{7}\u{8}\u{1B}\u{C}\n\r\t")290 firstMatchTest(#"[\a][\b][\e][\f][\n][\r][\t]"#,291 input: "\u{7}\u{8}\u{1B}\u{C}\n\r\t",292 match: "\u{7}\u{8}\u{1B}\u{C}\n\r\t")293 firstMatchTest(#"\r\n"#, input: "\r\n", match: "\r\n")294 /​/​ MARK: Quotes295 firstMatchTest(296 #"a\Q .\Eb"#,297 input: "123a .bxyz", match: "a .b")298 firstMatchTest(299 #"a\Q \Q \\.\Eb"#,300 input: #"123a \Q \\.bxyz"#, match: #"a \Q \\.b"#)301 firstMatchTest(302 #"\d\Q...\E"#,303 input: "Countdown: 3... 2... 1...", match: "3...")304 /​/​ MARK: Comments305 firstMatchTest(306 #"a(?#comment)b"#, input: "123abcxyz", match: "ab")307 firstMatchTest(308 #"a(?#. comment)b"#, input: "123abcxyz", match: "ab")309 }310 func testMatchQuantification() {311 /​/​ MARK: Quantification312 firstMatchTest(313 #"a{1,2}"#, input: "123aaaxyz", match: "aa")314 firstMatchTest(315 #"a{ 1 , 2 }"#, input: "123aaaxyz", match: "aa")316 firstMatchTest(317 #"a{,2}"#, input: "123aaaxyz", match: "")318 firstMatchTest(319 #"a{ , 2 }"#, input: "123aaaxyz", match: "")320 firstMatchTest(321 #"a{,2}x"#, input: "123aaaxyz", match: "aax")322 firstMatchTest(323 #"a{,2}x"#, input: "123xyz", match: "x")324 firstMatchTest(325 #"a{2,}"#, input: "123aaaxyz", match: "aaa")326 firstMatchTest(327 #"a{1}"#, input: "123aaaxyz", match: "a")328 firstMatchTest(329 #"a{ 1 }"#, input: "123aaaxyz", match: "a")330 firstMatchTest(331 #"a{1,2}?"#, input: "123aaaxyz", match: "a")332 firstMatchTest(333 #"a{1,2}?x"#, input: "123aaaxyz", match: "aax")334 firstMatchTest(335 #"xa{0}y"#, input: "123aaaxyz", match: "xy")336 firstMatchTest(337 #"xa{0,0}y"#, input: "123aaaxyz", match: "xy")338 firstMatchTest(339 #"(a|a){2}a"#, input: "123aaaxyz", match: "aaa")340 firstMatchTest(341 #"(a|a){3}a"#, input: "123aaaxyz", match: nil)342 firstMatchTest("a.*", input: "dcba", match: "a")343 firstMatchTest("a*", input: "", match: "")344 firstMatchTest("a*", input: "a", match: "a")345 firstMatchTest("a*", input: "aaa", match: "aaa")346 firstMatchTest("a*?", input: "", match: "")347 firstMatchTest("a*?", input: "a", match: "")348 firstMatchTest("a*?a", input: "aaa", match: "a")349 firstMatchTest("xa*?x", input: "_xx__", match: "xx")350 firstMatchTest("xa*?x", input: "_xax__", match: "xax")351 firstMatchTest("xa*?x", input: "_xaax__", match: "xaax")352 firstMatchTest("a+", input: "", match: nil)353 firstMatchTest("a+", input: "a", match: "a")354 firstMatchTest("a+", input: "aaa", match: "aaa")355 firstMatchTest("a+?", input: "", match: nil)356 firstMatchTest("a+?", input: "a", match: "a")357 firstMatchTest("a+?a", input: "aaa", match: "aa")358 firstMatchTest("xa+?x", input: "_xx__", match: nil)359 firstMatchTest("xa+?x", input: "_xax__", match: "xax")360 firstMatchTest("xa+?x", input: "_xaax__", match: "xaax")361 firstMatchTest("a??", input: "", match: "")362 firstMatchTest("a??", input: "a", match: "")363 firstMatchTest("a??a", input: "aaa", match: "a")364 firstMatchTest("xa??x", input: "_xx__", match: "xx")365 firstMatchTest("xa??x", input: "_xax__", match: "xax")366 firstMatchTest("xa??x", input: "_xaax__", match: nil)367 /​/​ Possessive .* will consume entire input368 firstMatchTests(369 ".*+x",370 ("abc", nil), ("abcx", nil), ("", nil))371 firstMatchTests(372 "a+b",373 ("abc", "ab"),374 ("aaabc", "aaab"),375 ("b", nil))376 firstMatchTests(377 "a++b",378 ("abc", "ab"),379 ("aaabc", "aaab"),380 ("b", nil))381 firstMatchTests(382 "a+?b",383 ("abc", "ab"),384 ("aaabc", "aaab"), /​/​ firstRange will match from front385 ("b", nil))386 firstMatchTests(387 "a+a",388 ("babc", nil),389 ("baaabc", "aaa"),390 ("bb", nil))391 firstMatchTests(392 "a++a",393 ("babc", nil),394 ("baaabc", nil),395 ("bb", nil),396 xfail: true)397 firstMatchTests(398 "a+?a",399 ("babc", nil),400 ("baaabc", "aa"),401 ("bb", nil))402 firstMatchTests(403 "a{2,4}a",404 ("babc", nil),405 ("baabc", nil),406 ("baaabc", "aaa"),407 ("baaaaabc", "aaaaa"),408 ("baaaaaaaabc", "aaaaa"),409 ("bb", nil))410 firstMatchTests(411 "a{,4}a",412 ("babc", "a"),413 ("baabc", "aa"),414 ("baaabc", "aaa"),415 ("baaaaabc", "aaaaa"),416 ("baaaaaaaabc", "aaaaa"),417 ("bb", nil))418 firstMatchTests(419 "a{2,}a",420 ("babc", nil),421 ("baabc", nil),422 ("baaabc", "aaa"),423 ("baaaaabc", "aaaaa"),424 ("baaaaaaaabc", "aaaaaaaa"),425 ("bb", nil))426 firstMatchTests(427 "a{2,4}?a",428 ("babc", nil),429 ("baabc", nil),430 ("baaabc", "aaa"),431 ("baaaaabc", "aaa"),432 ("baaaaaaaabc", "aaa"),433 ("bb", nil))434 firstMatchTests(435 "a{,4}?a",436 ("babc", "a"),437 ("baabc", "a"),438 ("baaabc", "a"),439 ("baaaaabc", "a"),440 ("baaaaaaaabc", "a"),441 ("bb", nil))442 firstMatchTests(443 "a{2,}?a",444 ("babc", nil),445 ("baabc", nil),446 ("baaabc", "aaa"),447 ("baaaaabc", "aaa"),448 ("baaaaaaaabc", "aaa"),449 ("bb", nil))450 firstMatchTests(451 "a{2,4}+a",452 ("babc", nil),453 ("baabc", nil),454 ("baaaaabc", "aaaaa"),455 ("baaaaaaaabc", "aaaaa"),456 ("bb", nil))457 firstMatchTests(458 "a{,4}+a",459 ("baaaaabc", "aaaaa"),460 ("baaaaaaaabc", "aaaaa"),461 ("bb", nil))462 firstMatchTests(463 "a{2,}+a",464 ("babc", nil),465 ("baabc", nil),466 ("bb", nil))467 468 /​/​ XFAIL'd versions of the above469 firstMatchTests(470 "a{2,4}+a",471 ("baaabc", nil),472 xfail: true)473 firstMatchTests(474 "a{,4}+a",475 ("babc", nil),476 ("baabc", nil),477 ("baaabc", nil),478 xfail: true)479 firstMatchTests(480 "a{2,}+a",481 ("baaabc", nil),482 ("baaaaabc", nil),483 ("baaaaaaaabc", nil),484 xfail: true)485 /​/​ XFAIL'd possessive tests486 firstMatchTests(487 "a?+a",488 ("a", nil),489 xfail: true)490 firstMatchTests(491 "(a|a)?+a",492 ("a", nil),493 xfail: true)494 firstMatchTests(495 "(a|a){2,4}+a",496 ("a", nil),497 ("aa", nil))498 firstMatchTests(499 "(a|a){2,4}+a",500 ("aaa", nil),501 ("aaaa", nil),502 xfail: true)503 firstMatchTests(504 "(?:a{2,4}?b)+",505 ("aab", "aab"),506 ("aabaabaab", "aabaabaab"),507 ("aaabaaaabaabab", "aaabaaaabaab")508 /​/​ TODO: Nested reluctant reentrant example, xfailed509 )510 /​/​ Reluctant by default - '*/​+/​.' and '*?/​+?/​.?' are swapped511 firstMatchTest("(?U)a*", input: "aaa", match: "")512 firstMatchTest("(?U)a*a", input: "aaa", match: "a")513 firstMatchTest("(?U)a*?", input: "aaa", match: "aaa")514 firstMatchTest("(?U)a*?a", input: "aaa", match: "aaa")515 firstMatchTest("(?U)a+", input: "aaa", match: "a")516 firstMatchTest("(?U)a+?", input: "aaa", match: "aaa")517 firstMatchTest("(?U)a?", input: "a", match: "")518 firstMatchTest("(?U)a?a", input: "aaa", match: "a")519 firstMatchTest("(?U)a??", input: "a", match: "a")520 firstMatchTest("(?U)a??a", input: "aaa", match: "aa")521 /​/​ TODO: After captures, easier to test these522 }523 func testMatchCharacterClasses() {524 /​/​ MARK: Character classes525 firstMatchTest(#"abc\d"#, input: "xyzabc123", match: "abc1")526 firstMatchTest(527 "[-|$^:?+*())(*-+-]", input: "123(abc)xyz", match: "(")528 firstMatchTest(529 "[-|$^:?+*())(*-+-]", input: "123-abcxyz", match: "-")530 firstMatchTest(531 "[-|$^:?+*())(*-+-]", input: "123^abcxyz", match: "^")532 firstMatchTest(533 "[a-b-c]", input: "123abcxyz", match: "a")534 firstMatchTest(535 "[a-b-c]", input: "123-abcxyz", match: "-")536 firstMatchTest("[-a-]", input: "123abcxyz", match: "a")537 firstMatchTest("[-a-]", input: "123-abcxyz", match: "-")538 firstMatchTest("[a-z]", input: "123abcxyz", match: "a")539 firstMatchTest("[a-z]", input: "123ABCxyz", match: "x")540 firstMatchTest("[a-z]", input: "123-abcxyz", match: "a")541 firstMatchTest("(?x)[ a - z ]+", input: " 123-abcxyz", match: "abcxyz")542 /​/​ Character class subtraction543 firstMatchTest("[a-d--a-c]", input: "123abcdxyz", match: "d")544 firstMatchTest("[-]", input: "123-abcxyz", match: "-")545 /​/​ These are metacharacters in certain contexts, but normal characters546 /​/​ otherwise.547 firstMatchTest(":-]", input: "123:-]xyz", match: ":-]")548 firstMatchTest(549 "[^abc]", input: "123abcxyz", match: "1")550 firstMatchTest(551 "[a^]", input: "123abcxyz", match: "a")552 firstMatchTest(553 #"\D\S\W"#, input: "123ab-xyz", match: "ab-")554 firstMatchTest(555 #"[\dd]"#, input: "xyzabc123", match: "1")556 firstMatchTest(557 #"[\dd]"#, input: "xyzabcd123", match: "d")558 firstMatchTest(559 #"[^[\D]]"#, input: "xyzabc123", match: "1")560 firstMatchTest(561 "[[ab][bc]]", input: "123abcxyz", match: "a")562 firstMatchTest(563 "[[ab][bc]]", input: "123cbaxyz", match: "c")564 firstMatchTest(565 "[[ab]c[de]]", input: "123abcxyz", match: "a")566 firstMatchTest(567 "[[ab]c[de]]", input: "123cbaxyz", match: "c")568 firstMatchTest(569 #"[ab[:space:]\d[:^upper:]cd]"#,570 input: "123abcxyz", match: "1")571 firstMatchTest(572 #"[ab[:space:]\d[:^upper:]cd]"#,573 input: "xyzabc123", match: "x")574 firstMatchTest(575 #"[ab[:space:]\d[:^upper:]cd]"#,576 input: "XYZabc123", match: "a")577 firstMatchTest(578 #"[ab[:space:]\d[:^upper:]cd]"#,579 input: "XYZ abc123", match: " ")580 firstMatchTest("[[[:space:]]]", input: "123 abc xyz", match: " ")581 firstMatchTest("[[:alnum:]]", input: "[[:alnum:]]", match: "a")582 firstMatchTest("[[:blank:]]", input: "123\tabc xyz", match: "\t")583 firstMatchTest(584 "[[:graph:]]",585 input: "\u{7}\u{1b}\u{a}\n\r\t abc", match: "a")586 firstMatchTest(587 "[[:print:]]",588 input: "\u{7}\u{1b}\u{a}\n\r\t abc", match: " ")589 firstMatchTest(590 "[[:word:]]",591 input: "\u{7}\u{1b}\u{a}\n\r\t abc", match: "a")592 firstMatchTest(593 "[[:xdigit:]]",594 input: "\u{7}\u{1b}\u{a}\n\r\t abc", match: "a")595 firstMatchTest("[[:isALNUM:]]", input: "[[:alnum:]]", match: "a")596 firstMatchTest("[[:AL_NUM:]]", input: "[[:alnum:]]", match: "a")597 firstMatchTest("[[:script=Greek:]]", input: "123αβγxyz", match: "α")598 func scalar(_ u: UnicodeScalar) -> UInt32 { u.value }599 for s in scalar("\u{C}") ... scalar("\u{1B}") {600 let u = UnicodeScalar(s)!601 firstMatchTest(#"[\f-\e]"#, input: "\u{B}\u{1C}\(u)", match: "\(u)")602 }603 for u: UnicodeScalar in ["\u{7}", "\u{8}"] {604 firstMatchTest(#"[\a-\b]"#, input: "\u{6}\u{9}\(u)", match: "\(u)")605 }606 for s in scalar("\u{A}") ... scalar("\u{D}") {607 let u = UnicodeScalar(s)!608 firstMatchTest(#"[\n-\r]"#, input: "\u{9}\u{E}\(u)", match: "\(u)")609 }610 firstMatchTest(#"[\t-\t]"#, input: "\u{8}\u{A}\u{9}", match: "\u{9}")611 /​/​ Currently not supported in the matching engine.612 for c: UnicodeScalar in ["a", "b", "c"] {613 firstMatchTest(#"[\c!-\C-#]"#, input: "def\(c)", match: "\(c)",614 xfail: true)615 }616 for c: UnicodeScalar in ["$", "%", "&", "'"] {617 firstMatchTest(#"[\N{DOLLAR SIGN}-\N{APOSTROPHE}]"#,618 input: "#()\(c)", match: "\(c)", xfail: true)619 }620 /​/​ MARK: Operators621 firstMatchTest(622 #"[a[bc]de&&[^bc]\d]+"#, input: "123bcdxyz", match: "d")623 /​/​ Empty intersection never matches, should this be a compile time error?624 /​/​ matchTest("[a&&b]", input: "123abcxyz", match: "")625 firstMatchTest(626 "[abc--def]", input: "123abcxyz", match: "a")627 /​/​ We left-associate for chained operators.628 firstMatchTest(629 "[ab&&b~~cd]", input: "123abcxyz", match: "b")630 firstMatchTest(631 "[ab&&b~~cd]", input: "123acdxyz", match: "c") /​/​ this doesn't match NSRegularExpression's behavior632 /​/​ Operators are only valid in custom character classes.633 firstMatchTest(634 "a&&b", input: "123a&&bcxyz", match: "a&&b")635 firstMatchTest(636 "&?", input: "123a&&bcxyz", match: "")637 firstMatchTest(638 "&&?", input: "123a&&bcxyz", match: "&&")639 firstMatchTest(640 "--+", input: "123---xyz", match: "---")641 firstMatchTest(642 "~~*", input: "123~~~xyz", match: "~~~")643 /​/​ Quotes in character classes.644 firstMatchTest(#"[\Qabc\E]"#, input: "QEa", match: "a")645 firstMatchTest(#"[\Qabc\E]"#, input: "cxx", match: "c")646 firstMatchTest(#"[\Qabc\E]+"#, input: "cba", match: "cba")647 firstMatchTest(#"[\Qa-c\E]+"#, input: "a-c", match: "a-c")648 firstMatchTest(#"["a-c"]+"#, input: "abc", match: "a",649 syntax: .experimental)650 firstMatchTest(#"["abc"]+"#, input: "cba", match: "cba",651 syntax: .experimental)652 firstMatchTest(#"["abc"]+"#, input: #""abc""#, match: "abc",653 syntax: .experimental)654 firstMatchTest(#"["abc"]+"#, input: #""abc""#, match: #""abc""#)655 }656 func testCharacterProperties() {657 /​/​ MARK: Character names.658 firstMatchTest(#"\N{ASTERISK}"#, input: "123***xyz", match: "*")659 firstMatchTest(#"[\N{ASTERISK}]"#, input: "123***xyz", match: "*")660 firstMatchTest(661 #"\N{ASTERISK}+"#, input: "123***xyz", match: "***")662 firstMatchTest(663 #"\N {2}"#, input: "123 xyz", match: "3 ", xfail: true)664 firstMatchTest(#"\N{U+2C}"#, input: "123,xyz", match: ",")665 firstMatchTest(#"\N{U+1F4BF}"#, input: "123💿xyz", match: "💿")666 firstMatchTest(#"\N{U+00001F4BF}"#, input: "123💿xyz", match: "💿")667 /​/​ MARK: Character properties.668 firstMatchTest(#"\p{L}"#, input: "123abcXYZ", match: "a")669 firstMatchTest(#"\p{gc=L}"#, input: "123abcXYZ", match: "a")670 firstMatchTest(#"\p{Lu}"#, input: "123abcXYZ", match: "X")671 /​/​ U+0374 GREEK NUMERAL SIGN (Lm)672 /​/​ U+00AA FEMININE ORDINAL INDICATOR (Lo)673 firstMatchTest(#"\p{L}"#, input: "\u{0374}\u{00AA}123abcXYZ", match: "\u{0374}")674 firstMatchTest(#"\p{Lc}"#, input: "\u{0374}\u{00AA}123abcXYZ", match: "a")675 firstMatchTest(#"\p{Lc}"#, input: "\u{0374}\u{00AA}123XYZ", match: "X")676 firstMatchTest(#"\p{L&}"#, input: "\u{0374}\u{00AA}123abcXYZ", match: "a")677 firstMatchTest(#"\p{L&}"#, input: "\u{0374}\u{00AA}123XYZ", match: "X")678 firstMatchTest(679 #"\P{Cc}"#, input: "\n\n\nXYZ", match: "X")680 firstMatchTest(681 #"\P{Z}"#, input: " XYZ", match: "X")682 firstMatchTest(#"[\p{C}]"#, input: "123\n\n\nXYZ", match: "\n")683 firstMatchTest(#"\p{C}+"#, input: "123\n\n\nXYZ", match: "\n\n\n")684 /​/​ UAX44-LM3 means all of the below are equivalent.685 firstMatchTest(#"\p{ll}"#, input: "123abcXYZ", match: "a")686 firstMatchTest(#"\p{gc=ll}"#, input: "123abcXYZ", match: "a")687 firstMatchTest(688 #"\p{General_Category=Ll}"#, input: "123abcXYZ", match: "a")689 firstMatchTest(690 #"\p{General-Category=isLl}"#,691 input: "123abcXYZ", match: "a")692 firstMatchTest(#"\p{ __l_ l _ }"#, input: "123abcXYZ", match: "a")693 firstMatchTest(694 #"\p{ g_ c =- __l_ l _ }"#, input: "123abcXYZ", match: "a")695 firstMatchTest(696 #"\p{ general ca-tegory = __l_ l _ }"#,697 input: "123abcXYZ", match: "a")698 firstMatchTest(699 #"\p{- general category = is__l_ l _ }"#,700 input: "123abcXYZ", match: "a")701 firstMatchTest(702 #"\p{ general category -= IS__l_ l _ }"#,703 input: "123abcXYZ", match: "a")704 firstMatchTest(#"\p{Any}"#, input: "123abcXYZ", match: "1")705 firstMatchTest(#"\p{Assigned}"#, input: "123abcXYZ", match: "1")706 firstMatchTest(#"\p{ascii}"#, input: "123abcXYZ", match: "1")707 firstMatchTest(#"\p{isAny}"#, input: "123abcXYZ", match: "1")708 firstMatchTest(#"\p{sc=grek}"#, input: "123αβγxyz", match: "α")709 firstMatchTest(#"\p{sc=isGreek}"#, input: "123αβγxyz", match: "α")710 firstMatchTest(#"\p{Greek}"#, input: "123αβγxyz", match: "α")711 firstMatchTest(#"\p{isGreek}"#, input: "123αβγxyz", match: "α")712 firstMatchTest(#"\P{Script=Latn}"#, input: "abcαβγxyz", match: "α")713 firstMatchTest(#"\p{script=Greek}"#, input: "123αβγxyz", match: "α")714 firstMatchTest(#"\p{ISscript=isGreek}"#, input: "123αβγxyz", match: "α")715 firstMatchTest(#"\p{scx=bamum}"#, input: "123ꚠꚡꚢxyz", match: "ꚠ")716 firstMatchTest(#"\p{ISBAMUM}"#, input: "123ꚠꚡꚢxyz", match: "ꚠ")717 firstMatchTest(#"\p{Script=Unknown}"#, input: "\u{10FFFF}", match: "\u{10FFFF}")718 firstMatchTest(#"\p{scx=Gujr}"#, input: "\u{a839}", match: "\u{a839}")719 firstMatchTest(#"\p{Gujr}"#, input: "\u{a839}", match: "\u{a839}")720 firstMatchTest(#"\p{alpha}"#, input: "123abcXYZ", match: "a")721 firstMatchTest(#"\P{alpha}"#, input: "123abcXYZ", match: "1")722 firstMatchTest(723 #"\p{alphabetic=True}"#, input: "123abcXYZ", match: "a")724 /​/​ This is actually available-ed...725 firstMatchTest(726 #"\p{emoji=t}"#, input: "123💿xyz", match: "a",727 xfail: true)728 firstMatchTest(#"\p{Alpha=no}"#, input: "123abcXYZ", match: "1")729 firstMatchTest(#"\P{Alpha=no}"#, input: "123abcXYZ", match: "a")730 firstMatchTest(#"\p{isAlphabetic}"#, input: "123abcXYZ", match: "a")731 firstMatchTest(732 #"\p{isAlpha=isFalse}"#, input: "123abcXYZ", match: "1")733 /​/​ Oniguruma special support not in stdlib734 firstMatchTest(735 #"\p{In_Runic}"#, input: "123ᚠᚡᚢXYZ", match: "ᚠ",736 xfail: true)737 /​/​ TODO: PCRE special738 firstMatchTest(739 #"\p{Xan}"#, input: "[[:alnum:]]", match: "a",740 xfail: true)741 firstMatchTest(742 #"\p{Xps}"#, input: "123 abc xyz", match: " ",743 xfail: true)744 firstMatchTest(745 #"\p{Xsp}"#, input: "123 abc xyz", match: " ",746 xfail: true)747 firstMatchTest(748 #"\p{Xuc}"#, input: "$var", match: "$",749 xfail: true)750 firstMatchTest(751 #"\p{Xwd}"#, input: "[[:alnum:]]", match: "a",752 xfail: true)753 firstMatchTest(#"\p{alnum}"#, input: "[[:alnum:]]", match: "a")754 firstMatchTest(#"\p{is_alnum}"#, input: "[[:alnum:]]", match: "a")755 firstMatchTest(#"\p{blank}"#, input: "123\tabc xyz", match: "\t")756 firstMatchTest(757 #"\p{graph}"#,758 input: "\u{7}\u{1b}\u{a}\n\r\t abc", match: "a")759 firstMatchTest(760 #"\p{print}"#,761 input: "\u{7}\u{1b}\u{a}\n\r\t abc", match: " ")762 firstMatchTest(763 #"\p{word}"#,764 input: "\u{7}\u{1b}\u{a}\n\r\t abc", match: "a")765 firstMatchTest(766 #"\p{xdigit}"#,767 input: "\u{7}\u{1b}\u{a}\n\r\t abc", match: "a")768 firstMatchTest("[[:alnum:]]", input: "[[:alnum:]]", match: "a")769 firstMatchTest("[[:blank:]]", input: "123\tabc xyz", match: "\t")770 firstMatchTest("[[:graph:]]",771 input: "\u{7}\u{1b}\u{a}\n\r\t abc", match: "a")772 firstMatchTest("[[:print:]]",773 input: "\u{7}\u{1b}\u{a}\n\r\t abc", match: " ")774 firstMatchTest("[[:word:]]",775 input: "\u{7}\u{1b}\u{a}\n\r\t abc", match: "a")776 firstMatchTest("[[:xdigit:]]",777 input: "\u{7}\u{1b}\u{a}\n\r\t abc", match: "a")778 }779 func testAssertions() {780 /​/​ MARK: Assertions781 firstMatchTest(782 #"\d+(?= dollars)"#,783 input: "Price: 100 dollars", match: "100")784 firstMatchTest(785 #"\d+(?= pesos)"#,786 input: "Price: 100 dollars", match: nil)787 firstMatchTest(788 #"(?=\d+ dollars)\d+"#,789 input: "Price: 100 dollars", match: "100",790 xfail: true) /​/​ TODO791 firstMatchTest(792 #"\d+(*pla: dollars)"#,793 input: "Price: 100 dollars", match: "100")794 firstMatchTest(795 #"\d+(*positive_lookahead: dollars)"#,796 input: "Price: 100 dollars", match: "100")797 firstMatchTest(798 #"\d+(?! dollars)"#,799 input: "Price: 100 pesos", match: "100")800 firstMatchTest(801 #"\d+(?! dollars)"#,802 input: "Price: 100 dollars", match: "10")803 firstMatchTest(804 #"(?!\d+ dollars)\d+"#,805 input: "Price: 100 pesos", match: "100")806 firstMatchTest(807 #"\d+(*nla: dollars)"#,808 input: "Price: 100 pesos", match: "100")809 firstMatchTest(810 #"\d+(*negative_lookahead: dollars)"#,811 input: "Price: 100 pesos", match: "100")812 firstMatchTest(813 #"(?<=USD)\d+"#, input: "Price: USD100", match: "100", xfail: true)814 firstMatchTest(815 #"(*plb:USD)\d+"#, input: "Price: USD100", match: "100", xfail: true)816 firstMatchTest(817 #"(*positive_lookbehind:USD)\d+"#,818 input: "Price: USD100", match: "100", xfail: true)819 /​/​ engines generally enforce that lookbehinds are fixed width820 firstMatchTest(821 #"\d{3}(?<=USD\d{3})"#, input: "Price: USD100", match: "100", xfail: true)822 firstMatchTest(823 #"(?<!USD)\d+"#, input: "Price: JYP100", match: "100", xfail: true)824 firstMatchTest(825 #"(*nlb:USD)\d+"#, input: "Price: JYP100", match: "100", xfail: true)826 firstMatchTest(827 #"(*negative_lookbehind:USD)\d+"#,828 input: "Price: JYP100", match: "100", xfail: true)829 /​/​ engines generally enforce that lookbehinds are fixed width830 firstMatchTest(831 #"\d{3}(?<!USD\d{3})"#, input: "Price: JYP100", match: "100", xfail: true)832 }833 func testMatchAnchors() {834 /​/​ MARK: Anchors835 firstMatchTests(836 #"^\d+"#,837 ("123", "123"),838 (" 123", nil),839 ("123 456", "123"),840 (" 123 \n456", nil),841 (" \n123 \n456", nil))842 firstMatchTests(843 #"\d+$"#,844 ("123", "123"),845 (" 123", "123"),846 (" 123 \n456", "456"),847 (" 123\n456", "456"),848 ("123 456", "456"))849 firstMatchTests(850 #"\A\d+"#,851 ("123", "123"),852 (" 123", nil),853 (" 123 \n456", nil),854 (" 123\n456", nil),855 ("123 456", "123"))856 firstMatchTests(857 #"\d+\Z"#,858 ("123", "123"),859 (" 123", "123"),860 ("123\n", "123"),861 (" 123\n", "123"),862 (" 123 \n456", "456"),863 (" 123\n456", "456"),864 (" 123\n456\n", "456"),865 ("123 456", "456"))866 firstMatchTests(867 #"\d+\z"#,868 ("123", "123"),869 (" 123", "123"),870 ("123\n", nil),871 (" 123\n", nil),872 (" 123 \n456", "456"),873 (" 123\n456", "456"),874 (" 123\n456\n", nil),875 ("123 456", "456"))876 firstMatchTests(877 #"\d+\b"#,878 ("123", "123"),879 (" 123", "123"),880 ("123 456", "123"),881 ("123A 456", "456"))882 firstMatchTests(883 #"\d+\b\s\b\d+"#,884 ("123", nil),885 (" 123", nil),886 ("123 456", "123 456"))887 firstMatchTests(888 #"\B\d+"#,889 ("123", "23"),890 (" 123", "23"),891 ("123 456", "23"))892 /​/​ TODO: \G and \K893 /​/​ TODO: Oniguruma \y and \Y894 firstMatchTests(895 #"\u{65}"#, /​/​ Scalar 'e' is present in both896 ("Cafe\u{301}", nil), /​/​ but scalar mode requires boundary at end of match897 xfail: true)898 firstMatchTests(899 #"\u{65}"#, /​/​ Scalar 'e' is present in both900 ("Sol Cafe", "e")) /​/​ standalone is okay901 firstMatchTests(902 #"\u{65}\y"#, /​/​ Grapheme boundary assertion903 ("Cafe\u{301}", nil),904 ("Sol Cafe", "e"))905 906 /​/​ FIXME: Figure out (?X) and (?u) semantics907 firstMatchTests(908 #"(?u)\u{65}\Y"#, /​/​ Grapheme non-boundary assertion909 ("Cafe\u{301}", "e"),910 ("Sol Cafe", nil), xfail: true)911 }912 func testMatchGroups() {913 /​/​ MARK: Groups914 /​/​ Named captures915 firstMatchTest(916 #"a(?<label>b)c"#, input: "123abcxyz", match: "abc")917 firstMatchTest(918 #"a(?'label'b)c"#, input: "123abcxyz", match: "abc")919 firstMatchTest(920 #"a(?P<label>b)c"#, input: "123abcxyz", match: "abc")921 /​/​ Other groups922 firstMatchTest(923 #"a(?:b)c"#, input: "123abcxyz", match: "abc")924 firstMatchTest(925 "(?|(a)|(b)|(c))", input: "123abcxyz", match: "a", xfail: true)926 firstMatchTest(927 #"(?:a|.b)c"#, input: "123abcacxyz", match: "abc")928 firstMatchTest(929 #"(?>a|.b)c"#, input: "123abcacxyz", match: "ac", xfail: true)930 firstMatchTest(931 "(*atomic:a|.b)c", input: "123abcacxyz", match: "ac", xfail: true)932 firstMatchTest(933 #"(?:a+)[a-z]c"#, input: "123aacacxyz", match: "aac")934 firstMatchTest(935 #"(?>a+)[a-z]c"#, input: "123aacacxyz", match: "ac", xfail: true)936 /​/​ TODO: Test example where non-atomic is significant937 firstMatchTest(938 #"\d+(?* dollars)"#,939 input: "Price: 100 dollars", match: "100", xfail: true)940 firstMatchTest(941 #"(?*\d+ dollars)\d+"#,942 input: "Price: 100 dollars", match: "100", xfail: true)943 firstMatchTest(944 #"\d+(*napla: dollars)"#,945 input: "Price: 100 dollars", match: "100", xfail: true)946 firstMatchTest(947 #"\d+(*non_atomic_positive_lookahead: dollars)"#,948 input: "Price: 100 dollars", match: "100", xfail: true)949 /​/​ TODO: Test example where non-atomic is significant950 firstMatchTest(951 #"(?<*USD)\d+"#, input: "Price: USD100", match: "100", xfail: true)952 firstMatchTest(953 #"(*naplb:USD)\d+"#, input: "Price: USD100", match: "100", xfail: true)954 firstMatchTest(955 #"(*non_atomic_positive_lookbehind:USD)\d+"#,956 input: "Price: USD100", match: "100", xfail: true)957 /​/​ engines generally enforce that lookbehinds are fixed width958 firstMatchTest(959 #"\d{3}(?<*USD\d{3})"#, input: "Price: USD100", match: "100", xfail: true)960 /​/​ https:/​/​www.effectiveperlprogramming.com/​2019/​03/​match-only-the-same-unicode-script/​961 firstMatchTest(962 #"abc(*sr:\d+)xyz"#, input: "abcÛµÛ²Û¸528੫੨੮xyz", match: "ÛµÛ²Û¸", xfail: true)963 firstMatchTest(964 #"abc(*script_run:\d+)xyz"#,965 input: "abcÛµÛ²Û¸528੫੨੮xyz", match: "ÛµÛ²Û¸", xfail: true)966 /​/​ TODO: Test example where atomic is significant967 firstMatchTest(968 #"abc(*asr:\d+)xyz"#, input: "abcÛµÛ²Û¸528੫੨੮xyz", match: "ÛµÛ²Û¸", xfail: true)969 firstMatchTest(970 #"abc(*atomic_script_run:\d+)xyz"#,971 input: "abcÛµÛ²Û¸528੫੨੮xyz", match: "ÛµÛ²Û¸", xfail: true)972 }973 func testMatchCaptureBehavior() {974 flatCaptureTest(975 #"a(b)c|abe"#,976 ("abc", ["b"]),977 ("abe", [nil]),978 ("axbe", nil))979 flatCaptureTest(980 #"a(bc)d|abce"#,981 ("abcd", ["bc"]),982 ("abce", [nil]),983 ("abxce", nil))984 flatCaptureTest(985 #"a(bc)+d|abce"#,986 ("abcbcbcd", ["bc"]),987 ("abcbce", nil),988 ("abce", [nil]),989 ("abcbbd", nil))990 flatCaptureTest(991 #"a(bc)+d|(a)bce"#,992 ("abcbcbcd", ["bc", nil]),993 ("abce", [nil, "a"]),994 ("abcbbd", nil))995 flatCaptureTest(996 #"a(b|c)+d|(a)bce"#,997 ("abcbcbcd", ["c", nil]),998 ("abce", [nil, "a"]),999 ("abcbbd", ["b", nil]))1000 flatCaptureTest(1001 #"a(b+|c+)d|(a)bce"#,1002 ("abbbd", ["bbb", nil]),1003 ("acccd", ["ccc", nil]),1004 ("abce", [nil, "a"]),1005 ("abbbe", nil),1006 ("accce", nil),1007 ("abcbbd", nil))1008 flatCaptureTest(1009 #"(?:\w\1|:(\w):)+"#,1010 (":a:bacada", ["a"]),1011 (":a:baca:o:boco", ["o"]),1012 ("bacada", nil),1013 (":a:boco", ["a"]) /​/​ this matches only the ':a:' prefix1014 )1015 }1016 func testMatchReferences() {1017 firstMatchTest(1018 #"(.)\1"#,1019 input: "112", match: "11")1020 firstMatchTest(1021 #"(.)(.)(.)(.)(.)(.)(.)(.)(.)(.)\10"#,1022 input: "aaaaaaaaabbc", match: "aaaaaaaaabb")1023 firstMatchTest(1024 #"(.)(.)(.)(.)(.)(.)(.)(.)(.)(?<a1>.)(?P=a1)"#,1025 input: "aaaaaaaaabbc", match: "aaaaaaaaabb")1026 firstMatchTest(1027 #"(.)\g001"#,1028 input: "112", match: "11")1029 firstMatchTest(#"(?<a>.)(.)\k<a>"#, input: "abac", match: "aba")1030 firstMatchTest(#"(?<a>.)(?<b>.)(?<c>.)\k<c>\k<a>\k<b>"#,1031 input: "xyzzxy", match: "xyzzxy")1032 firstMatchTest(#"\1(.)"#, input: "112", match: nil)1033 firstMatchTest(#"\k<a>(?<a>.)"#, input: "112", match: nil)1034 /​/​ TODO: Implement subpattern matching.1035 firstMatchTest(#"(.)(.)\g-02"#, input: "abac", match: "aba", xfail: true)1036 firstMatchTest(#"\g'+2'(.)(.)"#, input: "abac", match: "aba", xfail: true)1037 }1038 1039 func testMatchExamples() {1040 /​/​ Backreferences1041 matchTest(1042 #"(sens|respons)e and \1ibility"#,1043 ("sense and sensibility", true),1044 ("response and responsibility", true),1045 ("response and sensibility", false),1046 ("sense and responsibility", false))1047 matchTest(1048 #"a(?'name'b(c))d\1\2|abce"#,1049 ("abcdbcc", true),1050 ("abcdbc", false),1051 ("abce", true)1052 )1053 /​/​ Subpatterns1054 matchTest(1055 #"(sens|respons)e and (?1)ibility"#,1056 ("sense and sensibility", true),1057 ("response and responsibility", true),1058 ("response and sensibility", true),1059 ("sense and responsibility", true),1060 xfail: true)1061 /​/​ Palindromes1062 matchTest(1063 #"(\w)(?:(?R)|\w?)\1"#,1064 ("abccba", true),1065 ("abcba", true),1066 ("abba", true),1067 ("stackcats", true),1068 ("racecar", true),1069 ("a anna c", true), /​/​ OK: Partial match1070 ("abc", false),1071 ("cat", false),1072 xfail: true1073 )1074 matchTest(1075 #"^((\w)(?:(?1)|\w?)\2)$"#,1076 ("abccba", true),1077 ("abcba", true),1078 ("abba", true),1079 ("stackcats", true),1080 ("racecar", true),1081 ("a anna c", false), /​/​ FAIL: Not whole line1082 ("abc", false),1083 ("cat", false),1084 xfail: true1085 )1086 /​/​ HTML tags1087 matchTest(1088 #"<([a-zA-Z][a-zA-Z0-9]*)\b[^>]*>.*?</​\1>"#,1089 ("<html> a b c </​html>", true),1090 (#"<table style="float:right"> a b c </​table>"#, true),1091 ("<html> a b c </​htm>", false),1092 ("<htm> a b c </​html>", false),1093 (#"<table style="float:right"> a b c </​tab>"#, false)1094 )1095 /​/​ Doubled words1096 flatCaptureTest(1097 #"\b(\w+)\s+\1\b"#,1098 ("this does have one one in it", ["one"]),1099 ("pass me the the kettle", ["the"]),1100 ("this doesn't have any", nil)1101 )1102 /​/​ Floats1103 flatCaptureTest(1104 #"^([-+])?([0-9]*)(?:\.([0-9]+))?(?:[eE]([-+]?[0-9]+))?$"#,1105 ("123.45", [nil, "123", "45", nil]),1106 ("-123e12", ["-", "123", nil, "12"]),1107 ("+123.456E-12", ["+", "123", "456", "-12"]),1108 ("-123e1.2", nil)1109 )1110 }1111 1112 func testSingleLineMode() {1113 firstMatchTest(#".+"#, input: "a\nb", match: "a")1114 firstMatchTest(#"(?s:.+)"#, input: "a\nb", match: "a\nb")1115 }1116 1117 func testCaseSensitivity() {1118 matchTest(1119 #"c..e"#,1120 ("cafe", true),1121 ("Cafe", false))1122 matchTest(1123 #"(?i)c.f."#,1124 ("cafe", true),1125 ("Cafe", true),1126 ("caFe", true))1127 matchTest(1128 #"(?i)cafe"#,1129 ("cafe", true),1130 ("Cafe", true),1131 ("caFe", true))1132 matchTest(1133 #"(?i)café"#,1134 ("café", true),1135 ("CafÉ", true))1136 matchTest(1137 #"(?i)\u{63}af\u{e9}"#,1138 ("café", true),1139 ("CafÉ", true))1140 1141 matchTest(1142 #"[caFE]{4}"#,1143 ("cafe", false),1144 ("CAFE", false),1145 ("caFE", true),1146 ("EFac", true))1147 matchTest(1148 #"(?i)[caFE]{4}"#,1149 ("cafe", true),1150 ("CaFe", true),1151 ("EfAc", true))1152 matchTest(1153 #"(?i)[a-f]{4}"#,1154 ("cafe", true),1155 ("CaFe", true),1156 ("EfAc", true))1157 }1158 func testNonSemanticWhitespace() {1159 firstMatchTest(#" \t "#, input: " \t ", match: " \t ")1160 firstMatchTest(#"(?xx) \t "#, input: " \t ", match: "\t")1161 firstMatchTest(#"[ \t]+"#, input: " \t ", match: " \t ")1162 firstMatchTest(#"(?xx)[ \t]+"#, input: " \t ", match: "\t")1163 firstMatchTest(#"(?xx)[ \t]+"#, input: " \t\t ", match: "\t\t")1164 firstMatchTest(#"(?xx)[ \t]+"#, input: " \t \t", match: "\t")1165 firstMatchTest("(?xx)[ a && ab ]+", input: " aaba ", match: "aa")1166 1167 /​/​ Preserve whitespace in quoted section inside extended syntax region1168 firstMatchTest(1169 #"(?x) a b \Q c d \E e f"#, input: "ab c d ef", match: "ab c d ef")1170 firstMatchTest(1171 #"(?x)[a b]+ _ [a\Q b\E]+"#, input: "aba_ a b a", match: "aba_ a b a")1172 firstMatchTest(1173 #"(?x)[a b]+ _ [a\Q b\E]+"#, input: "aba _ a b a", match: nil)1174 }1175 1176 func testASCIIClasses() {1177 /​/​ 'D' ASCII-only digits1178 matchTest(1179 #"\d+"#,1180 ("123", true),1181 ("¹೨¾", true))1182 matchTest(1183 #"(?D)\d+"#,1184 ("123", true),1185 ("¹೨¾", false))1186 matchTest(1187 #"(?P)\d+"#,1188 ("123", true),1189 ("¹೨¾", false))1190 /​/​ 'W' ASCII-only word characters (and word boundaries)1191 matchTest(1192 #"\w+"#,1193 ("aeiou", true),1194 ("Ã¥e\u{301}ïôú", true))1195 matchTest(1196 #"(?W)\w+"#,1197 ("aeiou", true),1198 ("Ã¥e\u{301}ïôú", false))1199 matchTest(1200 #"(?P)\w+"#,1201 ("aeiou", true),1202 ("Ã¥e\u{301}ïôú", false))1203 matchTest(1204 #"abcd\b.+"#,1205 ("abcd ef", true),1206 ("abcdef", false),1207 ("abcdéf", false))1208 matchTest(1209 #"(?W)abcd\b.+"#,1210 ("abcd ef", true),1211 ("abcdef", false),1212 ("abcdéf", true)) /​/​ "dé" matches /​d\b./​ because "é" isn't ASCII1213 matchTest(1214 #"(?P)abcd\b.+"#,1215 ("abcd ef", true),1216 ("abcdef", false),1217 ("abcdéf", true)) /​/​ "dé" matches /​d\b./​ because "é" isn't ASCII1218 /​/​ 'S' ASCII-only spaces1219 matchTest(1220 #"a\sb"#,1221 ("a\tb", true),1222 ("a\u{202f}b", true)) /​/​ NARROW NO-BREAK SPACE1223 matchTest(1224 #"(?S)a\sb"#,1225 ("a\tb", true),1226 ("a\u{202f}b", false))1227 matchTest(1228 #"(?P)a\sb"#,1229 ("a\tb", true),1230 ("a\u{202f}b", false))1231 }1232 1233 func testAnchorMatching() throws {1234 let string = """1235 01: Alabama1236 02: Alaska1237 03: Arizona1238 04: Arkansas1239 05: California1240 """1241 XCTAssertTrue(string.contains(try Regex(#"^\d+"#)))1242 XCTAssertEqual(string.ranges(of: try Regex(#"^\d+"#)).count, 1)1243 XCTAssertEqual(string.ranges(of: try Regex(#"(?m)^\d+"#)).count, 5)1244 let regex = try Regex(#"^\d+: [\w ]+$"#)1245 XCTAssertFalse(string.contains(regex))1246 let allRanges = string.ranges(of: regex.anchorsMatchLineEndings())1247 XCTAssertEqual(allRanges.count, 5)1248 }1249 1250 func testMatchingOptionsScope() {1251 /​/​ `.` only matches newlines when the 's' option (single-line mode)1252 /​/​ is turned on. Standalone option-setting groups (e.g. `(?s)`) are1253 /​/​ scoped only to the current group.1254 1255 firstMatchTest(#"(?s)a.b"#, input: "a\nb", match: "a\nb")1256 firstMatchTest(#"((?s)a.)b"#, input: "a\nb", match: "a\nb")1257 firstMatchTest(#"(?-s)((?s)a.)b"#, input: "a\nb", match: "a\nb")1258 firstMatchTest(#"(?-s)(?s:a.)b"#, input: "a\nb", match: "a\nb")1259 firstMatchTest(#"((?s)a).b"#, input: "a\nb", match: nil)1260 firstMatchTest(#"((?s))a.b"#, input: "a\nb", match: nil)1261 firstMatchTest(#"(?:(?s))a.b"#, input: "a\nb", match: nil)1262 firstMatchTest(#"((?s)a(?s)).b"#, input: "a\nb", match: nil)1263 firstMatchTest(#"(?s)a(?-s).b"#, input: "a\nb", match: nil)1264 firstMatchTest(#"(?s)a(?-s:.b)"#, input: "a\nb", match: nil)1265 firstMatchTest(#"(?:(?s)a).b"#, input: "a\nb", match: nil)1266 firstMatchTest(#"(((?s)a)).b"#, input: "a\nb", match: nil)1267 firstMatchTest(#"(?s)(((?-s)a)).b"#, input: "a\nb", match: "a\nb")1268 firstMatchTest(#"(?s)((?-s)((?i)a)).b"#, input: "a\nb", match: "a\nb")1269 /​/​ Matching option changing persists across alternations.1270 firstMatchTest(#"a(?s)b|c|.d"#, input: "abc", match: "ab")1271 firstMatchTest(#"a(?s)b|c|.d"#, input: "c", match: "c")1272 firstMatchTest(#"a(?s)b|c|.d"#, input: "a\nd", match: "\nd")1273 firstMatchTest(#"a(?s)(?^)b|c|.d"#, input: "a\nd", match: nil)1274 firstMatchTest(#"a(?s)b|.c(?-s)|.d"#, input: "a\nd", match: nil)1275 firstMatchTest(#"a(?s)b|.c(?-s)|.d"#, input: "a\nc", match: "\nc")1276 firstMatchTest(#"a(?s)b|c(?-s)|(?^s).d"#, input: "a\nd", match: "\nd")1277 firstMatchTest(#"a(?:(?s).b)|.c|.d"#, input: "a\nb", match: "a\nb")1278 firstMatchTest(#"a(?:(?s).b)|.c"#, input: "a\nc", match: nil)1279 }1280 1281 func testOptionMethods() throws {1282 let regex = try Regex("c.f.")1283 XCTAssertTrue ("cafe".contains(regex))1284 XCTAssertFalse("CaFe".contains(regex))1285 1286 let caseInsensitiveRegex = regex.ignoresCase()1287 XCTAssertTrue("cafe".contains(caseInsensitiveRegex))1288 XCTAssertTrue("CaFe".contains(caseInsensitiveRegex))1289 }1290 1291 /​/​ MARK: Character Semantics1292 1293 var eComposed: String { "é" }1294 var eDecomposed: String { "e\u{301}" }1295 1296 func testIndividualScalars() {1297 /​/​ Expectation: A standalone Unicode scalar value in a regex literal1298 /​/​ can match either that specific scalar value or participate in matching1299 /​/​ as a character.1300 firstMatchTest(#"\u{65}\u{301}$"#, input: eDecomposed, match: eDecomposed)1301 firstMatchTest(#"\u{65}\u{301}$"#, input: eComposed, match: eComposed)1302 firstMatchTest(#"\u{65 301}$"#, input: eDecomposed, match: eDecomposed)1303 firstMatchTest(#"\u{65 301}$"#, input: eComposed, match: eComposed)1304 /​/​ FIXME: Implicit \y at end of match1305 firstMatchTest(#"\u{65}"#, input: eDecomposed, match: nil,1306 xfail: true)1307 firstMatchTest(#"\u{65}$"#, input: eDecomposed, match: nil)1308 /​/​ FIXME: \y is unsupported1309 firstMatchTest(#"\u{65}\y"#, input: eDecomposed, match: nil,1310 xfail: true)1311 /​/​ FIXME: Unicode scalars are only matched at the start of a grapheme cluster1312 firstMatchTest(#"\u{301}"#, input: eDecomposed, match: "\u{301}",1313 xfail: true)1314 /​/​ FIXME: \y is unsupported1315 firstMatchTest(#"\y\u{301}"#, input: eDecomposed, match: nil,1316 xfail: true)1317 }1318 func testCanonicalEquivalence() throws {1319 /​/​ Expectation: Matching should use canonical equivalence whenever comparing1320 /​/​ characters, so a user can write characters using any equivalent spelling1321 /​/​ in either a regex literal or the string targeted for matching.1322 1323 matchTest(1324 #"é$"#,1325 (eComposed, true),1326 (eDecomposed, true))1327 matchTest(1328 #"e\u{301}$"#,1329 (eComposed, true),1330 (eDecomposed, true))1331 matchTest(1332 #"e$"#,1333 (eComposed, false),1334 (eDecomposed, false))1335 }1336 func testCanonicalEquivalenceCharacterClass() throws {1337 /​/​ Expectation: Character classes should match equivalent characters to the1338 /​/​ same degree, regardless of how they are spelled. Unicode "property1339 /​/​ classes" should match characters when all the code points that comprise1340 /​/​ the character are members of the property class.1341 1342 /​/​ \w1343 matchTest(1344 #"^\w$"#,1345 (eComposed, true),1346 (eDecomposed, true))1347 /​/​ \p{Letter}1348 firstMatchTest(#"\p{Letter}$"#, input: eComposed, match: eComposed)1349 firstMatchTest(#"\p{Letter}$"#, input: eDecomposed, match: eDecomposed)1350 1351 /​/​ \d1352 firstMatchTest(#"\d"#, input: "5", match: "5")1353 /​/​ FIXME: \d shouldn't match a digit composed with a non-digit character1354 firstMatchTest(#"\d"#, input: "5\u{305}", match: nil,1355 xfail: true)1356 /​/​ \p{Number}1357 firstMatchTest(#"\p{Number}"#, input: "5", match: "5")1358 /​/​ FIXME: \p{Number} shouldn't match a number composed with a non-number character1359 firstMatchTest(#"\p{Number}"#, input: "5\u{305}", match: nil,1360 xfail: true)1361 1362 /​/​ Should this match the '5' but not the ZWJ, or should it treat '5'+ZWJ1363 /​/​ as one entity and fail to match altogether?1364 firstMatchTest(#"^\d"#, input: "5\u{200d}0", match: "5",1365 xfail: true)1366 1367 /​/​ \s1368 firstMatchTest(#"\s"#, input: " ", match: " ")1369 /​/​ FIXME: \s shouldn't match a number composed with a non-number character1370 firstMatchTest(#"\s\u{305}"#, input: " ", match: nil,1371 xfail: true)1372 /​/​ \p{Whitespace}1373 firstMatchTest(#"\s"#, input: " ", match: " ")1374 /​/​ FIXME: \p{Whitespace} shouldn't match whitespace composed with a non-whitespace character1375 firstMatchTest(#"\s\u{305}"#, input: " ", match: nil,1376 xfail: true)1377 }1378 1379 func testCanonicalEquivalenceCustomCharacterClass() throws {1380 /​/​ Expectation: Concatenations with custom character classes should be able1381 /​/​ to match within a grapheme cluster. That is, a regex should be able to1382 /​/​ match the scalar values that comprise a grapheme cluster in separate,1383 /​/​ or repeated, custom character classes.1384 1385 matchTest(1386 #"[áéíóú]$"#,1387 (eComposed, true),1388 (eDecomposed, true))1389 /​/​ FIXME: Custom char classes don't use canonical equivalence with composed characters1390 firstMatchTest(#"e[\u{301}]$"#, input: eComposed, match: eComposed,1391 xfail: true)1392 firstMatchTest(#"e[\u{300}-\u{320}]$"#, input: eComposed, match: eComposed,1393 xfail: true)1394 firstMatchTest(#"[a-z][\u{300}-\u{320}]$"#, input: eComposed, match: eComposed,1395 xfail: true)1396 /​/​ FIXME: Custom char classes don't match decomposed characters1397 firstMatchTest(#"e[\u{301}]$"#, input: eDecomposed, match: eDecomposed,1398 xfail: true)1399 firstMatchTest(#"e[\u{300}-\u{320}]$"#, input: eDecomposed, match: eDecomposed,1400 xfail: true)1401 firstMatchTest(#"[a-z][\u{300}-\u{320}]$"#, input: eDecomposed, match: eDecomposed,1402 xfail: true)1403 let flag = "🇰🇷"1404 firstMatchTest(#"🇰🇷"#, input: flag, match: flag)1405 firstMatchTest(#"[🇰🇷]"#, input: flag, match: flag)1406 firstMatchTest(#"\u{1F1F0}\u{1F1F7}"#, input: flag, match: flag)1407 firstMatchTest(#"\u{1F1F0 1F1F7}"#, input: flag, match: flag)1408 /​/​ First Unicode scalar followed by CCC of regional indicators1409 firstMatchTest(#"\u{1F1F0}[\u{1F1E6}-\u{1F1FF}]"#, input: flag, match: flag,1410 xfail: true)1411 /​/​ FIXME: CCC of Regional Indicator doesn't match with both parts of a flag character1412 /​/​ A CCC of regional indicators x 21413 firstMatchTest(#"[\u{1F1E6}-\u{1F1FF}]{2}"#, input: flag, match: flag,1414 xfail: true)1415 /​/​ FIXME: A single CCC of regional indicators matches the whole flag character1416 /​/​ A CCC of regional indicators followed by the second Unicode scalar1417 firstMatchTest(#"[\u{1F1E6}-\u{1F1FF}]\u{1F1F7}"#, input: flag, match: flag,1418 xfail: true)1419 /​/​ A single CCC of regional indicators1420 firstMatchTest(#"[\u{1F1E6}-\u{1F1FF}]"#, input: flag, match: nil,1421 xfail: true)1422 1423 /​/​ A single CCC of actual flag emojis /​ combined regional indicators1424 firstMatchTest(#"[🇦🇫-🇿🇼]"#, input: flag, match: flag)1425 /​/​ This succeeds (correctly) because \u{1F1F0} is lexicographically1426 /​/​ within the CCC range1427 firstMatchTest(#"[🇦🇫-🇿🇼]"#, input: "\u{1F1F0}abc", match: "\u{1F1F0}")1428 }1429 1430 func testAnyChar() throws {1431 /​/​ Expectation: \X and, in grapheme cluster mode, `.` should consume an1432 /​/​ entire character, regardless of how it's spelled. \O should consume only1433 /​/​ a single Unicode scalar value, leaving any other grapheme scalar1434 /​/​ components to be matched.1435 1436 /​/​ FIXME: Figure out (?X) and (?u) semantics1437 firstMatchTest(#"(?u:.)"#, input: eDecomposed, match: "e", xfail: true)1438 matchTest(1439 #".\u{301}"#,1440 (eComposed, false),1441 (eDecomposed, false))1442 matchTest(1443 #"\X\u{301}"#,1444 (eComposed, false),1445 (eDecomposed, false))1446 1447 /​/​ FIXME: Figure out (?X) and (?u) semantics1448 /​/​ FIXME: \O is unsupported1449 firstMatchTest(1450 #"(?u)\O\u{301}"#,1451 input: eDecomposed,1452 match: eDecomposed,1453 xfail: true1454 )1455 firstMatchTest(1456 #"(?u)e\O"#,1457 input: eDecomposed,1458 match: eDecomposed,1459 xfail: true1460 )1461 firstMatchTest(#"\O"#, input: eComposed, match: eComposed)1462 firstMatchTest(#"\O"#, input: eDecomposed, match: nil,1463 xfail: true)1464 /​/​ FIXME: Figure out (?X) and (?u) semantics1465 matchTest(1466 #"(?u).\u{301}"#,1467 (eComposed, false),1468 (eDecomposed, true), xfail: true)1469 firstMatchTest(#"(?u).$"#, input: eComposed, match: eComposed, xfail: true)1470 1471 /​/​ Option permutations for 'u' and 's'1472 matchTest(1473 #"...."#,1474 ("e\u{301}ab", false),1475 ("e\u{301}abc", true),1476 ("e\u{301}\nab", false))1477 matchTest(1478 #"(?s)...."#,1479 ("e\u{301}ab", false),1480 ("e\u{301}abc", true),1481 ("e\u{301}\nab", true))1482 1483 /​/​ FIXME: Figure out (?X) and (?u) semantics...

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GameViewModelTest.swift

Source:GameViewModelTest.swift Github

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1/​/​2/​/​ RPSLSTests.swift3/​/​ RPSLSTests4/​/​5/​/​ Created by Mark Christian Buot on 12/​08/​2019.6/​/​ Copyright © 2019 Mark Christian Buot. All rights reserved.7/​/​8import XCTest9@testable import RPSLS10enum MoveEnum: Int {11 case Rock = 012 case Paper13 case Scissors14 case Lizard15 case Spock16}17enum TestCase {18 19 case ResultDriven20 case ScoreDriven21}22class GameViewModelTest: XCTestCase {23 var gameManager: MockGameManager?24 var gameMode: GameMode?25 var viewModel: GameViewModel?26 var testCase: TestCase?27 var expectedResult: GameManager.GameResult?28 29 override func setUp() {30 /​/​ Put setup code here. This method is called before the invocation of each test method in the class.31 }32 override func tearDown() {33 /​/​ Put teardown code here. This method is called after the invocation of each test method in the class.34 }35 func createDependency(game: GameMode.Game) {36 gameMode = GameMode(playType: .PVC)37 gameMode?.game = game38 gameManager = MockGameManager(gameMode: gameMode)39 viewModel = ViewModelFactory.createGameViewModel(gameManager: gameManager,40 gameMode: gameMode,41 delegate: self)42 }43 44 func matchTest(computer: Move?,45 index: Int,46 expectedResult: GameManager.GameResult) {47 self.testCase = .ResultDriven48 self.expectedResult = expectedResult49 gameManager?.mockMove = computer50 51 viewModel?.setMoveAt(IndexPath(row: index,52 section: 0))53 54 viewModel?.match()55 }56 57 func testRPSRock() {58 createDependency(game: .RPS)59 60 matchTest(computer: gameManager?.createScissors(),61 index: MoveEnum.Rock.rawValue,62 expectedResult: .Win)63 }64 65 func testRPSPaper() {66 createDependency(game: .RPS)67 68 matchTest(computer: gameManager?.createRock(),69 index: MoveEnum.Paper.rawValue,70 expectedResult: .Win)71 }72 73 func testRPSScissors() {74 createDependency(game: .RPS)75 76 matchTest(computer: gameManager?.createPaper(),77 index: MoveEnum.Scissors.rawValue,78 expectedResult: .Win)79 }80 81 func testRPSLSLizard() {82 createDependency(game: .RPSLS)83 84 matchTest(computer: gameManager?.createSpock(),85 index: MoveEnum.Lizard.rawValue,86 expectedResult: .Win)87 }88 89 func testRPSLSSpock() {90 createDependency(game: .RPSLS)91 92 matchTest(computer: gameManager?.createScissors(),93 index: MoveEnum.Spock.rawValue,94 expectedResult: .Win)95 }96 97 func testRPSRockDraw() {98 createDependency(game: .RPS)99 100 matchTest(computer: gameManager?.createRock(),101 index: MoveEnum.Rock.rawValue,102 expectedResult: .Draw)103 }104 105 func testRPSPaperDraw() {106 createDependency(game: .RPS)107 108 matchTest(computer: gameManager?.createPaper(),109 index: MoveEnum.Paper.rawValue,110 expectedResult: .Draw)111 }112 113 func testRPSScissorsDraw() {114 createDependency(game: .RPS)115 116 matchTest(computer: gameManager?.createScissors(),117 index: MoveEnum.Scissors.rawValue,118 expectedResult: .Draw)119 }120 121 func testRPSLSLizardDraw() {122 createDependency(game: .RPSLS)123 124 matchTest(computer: gameManager?.createLizard(),125 index: MoveEnum.Lizard.rawValue,126 expectedResult: .Draw)127 }128 129 func testRPSLSSpockDraw() {130 createDependency(game: .RPSLS)131 132 matchTest(computer: gameManager?.createSpock(),133 index: MoveEnum.Spock.rawValue,134 expectedResult: .Draw)135 }136 137 func testRPSRockLose() {138 createDependency(game: .RPS)139 140 matchTest(computer: gameManager?.createPaper(),141 index: MoveEnum.Rock.rawValue,142 expectedResult: .Lose)143 }144 145 func testRPSPaperLose() {146 createDependency(game: .RPS)147 148 matchTest(computer: gameManager?.createScissors(),149 index: MoveEnum.Paper.rawValue,150 expectedResult: .Lose)151 }152 153 func testRPSScissorsLose() {154 createDependency(game: .RPS)155 156 matchTest(computer: gameManager?.createRock(),157 index: MoveEnum.Scissors.rawValue,158 expectedResult: .Lose)159 }160 161 func testRPSLSLizardLose() {162 createDependency(game: .RPSLS)163 164 matchTest(computer: gameManager?.createRock(),165 index: MoveEnum.Lizard.rawValue,166 expectedResult: .Lose)167 }168 169 func testRPSLSSpockLose() {170 createDependency(game: .RPSLS)171 172 matchTest(computer: gameManager?.createLizard(),173 index: MoveEnum.Spock.rawValue,174 expectedResult: .Lose)175 }176 177 func testRPSLSPaperVsLizard() {178 createDependency(game: .RPSLS)179 180 matchTest(computer: gameManager?.createLizard(),181 index: MoveEnum.Paper.rawValue,182 expectedResult: .Lose)183 }184 185 func testRPSLSScissorsVsSpock() {186 createDependency(game: .RPSLS)187 188 matchTest(computer: gameManager?.createSpock(),189 index: MoveEnum.Scissors.rawValue,190 expectedResult: .Lose)191 }192 193 func testScoreComputer() {194 createDependency(game: .RPS)195 196 testCase = .ScoreDriven197 gameManager?.mockMove = gameManager?.createPaper()198 199 viewModel?.setMoveAt(IndexPath(row: MoveEnum.Rock.rawValue,200 section: 0))201 202 viewModel?.match()203 }204}205extension GameViewModelTest: BaseViewModelDelegate {206 func didUpdateViewmodel(_ viewModel: BaseViewModel) {207 let result = self.viewModel?.getResult()208 if testCase == .ResultDriven {209 XCTAssert(result == expectedResult, "Should win")210 } else {211 if result == .Lose {212 XCTAssert(gameManager?.score.computer == 1,213 "Computer should score 1 after winning")214 } else {215 XCTFail("Should be lose")216 }217 }218 }219}...

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EncodableRule.swift

Source:EncodableRule.swift Github

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...8import Foundation9fileprivate enum EncoderKeys: String {10 case BrowserIdentifier = "browserIdentifier"11 case MatchType = "match.type"12 case MatchTest = "match.test"13}14@objc(RedirectionDataEncodableRule)15public class EncodableRule : NSObject, NSCoding {16 public let rule: Rule17 public init(_ rule: Rule) {18 self.rule = rule19 }20 required public init?(coder aDecoder: NSCoder) {21 guard22 let browserIdentifier = aDecoder.decodeObject(of: NSString.self, forKey: EncoderKeys.BrowserIdentifier.rawValue) as String?,23 let matchTypeValue = aDecoder.decodeObject(of: NSNumber.self, forKey: EncoderKeys.MatchType.rawValue) as? Int,24 let matchType = MatchType(rawValue: matchTypeValue),25 let matchTest = aDecoder.decodeObject(of: NSString.self, forKey: EncoderKeys.MatchTest.rawValue) as String?26 else { return nil }27 self.rule = Rule(browserIdentifier: BundleIdentifier(value: browserIdentifier), match: Match(type: matchType, test: matchTest))28 }29 public func encode(with aCoder: NSCoder) {30 aCoder.encode(rule.browserIdentifier.value as NSString, forKey: EncoderKeys.BrowserIdentifier.rawValue)31 aCoder.encode(rule.match.type.rawValue, forKey: EncoderKeys.MatchType.rawValue)32 aCoder.encode(rule.match.test as NSString, forKey: EncoderKeys.MatchTest.rawValue)33 }34}35extension EncodableRule : NSSecureCoding {36 public static var supportsSecureCoding: Bool { return true }37}

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MatchTest

Using AI Code Generation

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1import Nimble2import Quick3class MatchTestSpec: QuickSpec {4 override func spec() {5 describe("MatchTest") {6 it("should return true") {7 let matchTest = MatchTest()8 expect(matchTest.isMatch("abc", "abc")).to(beTrue())9 }10 }11 }12}13import Nimble14import Quick15class MatchTestSpec: QuickSpec {16 override func spec() {17 describe("MatchTest") {18 it("should return false") {19 let matchTest = MatchTest()20 expect(matchTest.isMatch("abc", "ab")).to(beFalse())21 }22 }23 }24}25import Nimble26import Quick27class MatchTestSpec: QuickSpec {28 override func spec() {29 describe("MatchTest") {30 it("should return true") {31 let matchTest = MatchTest()32 expect(matchTest.isMatch("abc", "a.c")).to(beTrue())33 }34 }35 }36}37import Nimble38import Quick39class MatchTestSpec: QuickSpec {40 override func spec() {41 describe("MatchTest") {42 it("should return true") {43 let matchTest = MatchTest()44 expect(matchTest.isMatch("abc", "ab*")).to(beTrue())45 }46 }47 }48}49import Nimble50import Quick51class MatchTestSpec: QuickSpec {52 override func spec() {53 describe("MatchTest") {54 it("should return true") {55 let matchTest = MatchTest()56 expect(matchTest.isMatch("abc", ".*")).to(beTrue())57 }58 }59 }60}61import Nimble62import Quick63class MatchTestSpec: QuickSpec {64 override func spec() {65 describe("MatchTest") {66 it("should return true") {67 let matchTest = MatchTest()68 expect(matchTest.isMatch("abc", ".*c")).to(beTrue())69 }70 }71 }72}

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MatchTest

Using AI Code Generation

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1import Nimble2import Quick3class MatchTest: QuickSpec {4 override func spec() {5 describe("MatchTest") {6 it("matches") {7 expect(1).to(match(1))8 }9 }10 }11}12import Quick13import Nimble14class MatchTest: QuickSpec {15 override func spec() {16 describe("MatchTest") {17 it("matches") {18 expect(1).to(match(1))19 }20 }21 }22}23import Quick24import Nimble25class MatchTest: QuickSpec {26 override func spec() {27 describe("MatchTest") {28 it("matches") {29 expect(1).to(match(1))30 }31 }32 }33}34import Quick35import Nimble36class MatchTest: QuickSpec {37 override func spec() {38 describe("MatchTest") {39 it("matches") {40 expect(1).to(match(1))41 }42 }43 }44}45import Quick46import Nimble47class MatchTest: QuickSpec {48 override func spec() {49 describe("MatchTest") {50 it("matches") {51 expect(1).to(match(1))52 }53 }54 }55}56import Quick57import Nimble58class MatchTest: QuickSpec {59 override func spec() {60 describe("MatchTest") {61 it("matches") {62 expect(1).to(match(1))63 }64 }65 }66}67import Quick68import Nimble69class MatchTest: QuickSpec {70 override func spec() {71 describe("MatchTest") {72 it("matches") {73 expect(1).to(match(1))74 }75 }76 }77}78import Quick79import Nimble80class MatchTest: QuickSpec {81 override func spec() {82 describe("MatchTest") {

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MatchTest

Using AI Code Generation

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1import Nimble2import Quick3class MatchTest: QuickSpec {4 override func spec() {5 describe("MatchTest") {6 it("should match") {7 expect(1).to(match(1))8 }9 }10 }11}12import Nimble13import Quick14class MatchTest: QuickSpec {15 override func spec() {16 describe("MatchTest") {17 it("should match") {18 expect(1).to(match(1))19 }20 }21 }22}23import Nimble24import Quick25class MatchTest: QuickSpec {26 override func spec() {27 describe("MatchTest") {28 it("should match") {29 expect(1).to(match(1))30 }31 }32 }33}34import Nimble35import Quick36class MatchTest: QuickSpec {37 override func spec() {38 describe("MatchTest") {39 it("should match") {40 expect(1).to(match(1))41 }42 }43 }44}45import Nimble46import Quick47class MatchTest: QuickSpec {48 override func spec() {49 describe("MatchTest") {50 it("should match") {51 expect(1).to(match(1))52 }53 }54 }55}56import Nimble57import Quick58class MatchTest: QuickSpec {59 override func spec() {60 describe("MatchTest") {61 it("should match") {62 expect(1).to(match(1))63 }64 }65 }66}67import Nimble68import Quick69class MatchTest: QuickSpec {70 override func spec() {71 describe("MatchTest") {72 it("should match") {73 expect(1).to(match(1))74 }75 }76 }77}78import Nimble79import Quick

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MatchTest

Using AI Code Generation

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1import Nimble2import Quick3class MatchTest: QuickSpec {4 override func spec() {5 describe("match") {6 it("matches") {7 expect("abc").to(match("abc"))8 }9 }10 }11}12import Quick13import Nimble14class MatchTest: QuickSpec {15 override func spec() {16 describe("match") {17 it("matches") {18 expect("abc").to(match("abc"))19 }20 }21 }22}23I have the same problem, but it doesn't work for me. I have tried to change the order of the imports, but it didn't work. Then, I have

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MatchTest

Using AI Code Generation

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1import Nimble2import Quick3import XCTest4class TestClass: QuickSpec {5 override func spec() {6 describe("matchTest") {7 it("test") {8 expect(1).to(matchTest())9 }10 }11 }12}13class MatchTest: MatcherFunc<Int> {14 override func matches(_ actualExpression: Expression<Int>, failureMessage: FailureMessage) -> Bool {15 }16}17import Nimble18import Quick19import XCTest20class TestClass: QuickSpec {21 override func spec() {22 describe("matchTest") {23 it("test") {24 expect(1).to(matchTest())25 }26 }27 }28}29class MatchTest: MatcherFunc<Int> {30 override func matches(_ actualExpression: Expression<Int>, failureMessage: FailureMessage) -> Bool {31 }32}33import Nimble34import Quick35import XCTest36class TestClass: QuickSpec {37 override func spec() {38 describe("matchTest") {39 it("test") {40 expect(1).to(matchTest())41 }42 }43 }44}45class MatchTest: MatcherFunc<Int> {46 override func matches(_ actualExpression: Expression<Int>, failureMessage: FailureMessage) -> Bool {47 }48}49import Nimble50import Quick51import XCTest52class TestClass: QuickSpec {53 override func spec() {54 describe("matchTest") {55 it("test") {56 expect(1).to(matchTest())57 }58 }59 }60}61class MatchTest: MatcherFunc<Int> {62 override func matches(_ actualExpression: Expression<Int>, failureMessage: FailureMessage) -> Bool {63 }64}65import Nimble66import Quick67import XCTest68class TestClass: QuickSpec {69 override func spec() {70 describe("matchTest") {71 it("test") {72 expect(1).to(matchTest())73 }74 }75 }76}77class MatchTest: MatcherFunc<Int> {78 override func matches(_ actualExpression: Expression<Int>, failure

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MatchTest

Using AI Code Generation

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1import Nimble2import Quick3class MatchTest: QuickSpec {4 override func spec() {5 describe("Match Test") {6 it("should check if the string matches the regex") {7 expect("Hello World").to(match("Hello World"))8 }9 }10 }11}12import Nimble13import Quick14class MatchTest: QuickSpec {15 override func spec() {16 describe("Match Test") {17 it("should check if the string matches the regex") {18 expect("Hello World").to(match("Hello World"))19 }20 }21 }22}23import Nimble24import Quick25class MatchTest: QuickSpec {26 override func spec() {27 describe("Match Test") {28 it("should check if the string matches the regex") {29 expect("Hello World").to(match("Hello World"))30 }31 }32 }33}34import Nimble35import Quick36class MatchTest: QuickSpec {37 override func spec() {38 describe("Match Test") {39 it("should check if the string matches the regex") {40 expect("Hello World").to(match("Hello World"))41 }42 }43 }44}45import Nimble46import Quick47class MatchTest: QuickSpec {48 override func spec() {49 describe("Match Test") {50 it("should check if the string matches the regex") {51 expect("Hello World").to(match("Hello World"))52 }53 }54 }55}56import Nimble57import Quick58class MatchTest: QuickSpec {59 override func spec() {60 describe("Match Test") {61 it("should check if the string matches the regex") {62 expect("Hello World").to(match("Hello World"))63 }64 }65 }66}67import Nimble68import Quick69class MatchTest: QuickSpec {70 override func spec() {71 describe("Match Test") {72 it("should check if the string matches

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MatchTest

Using AI Code Generation

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1import Nimble2import Quick3class MatchTest: QuickSpec {4 override func spec() {5 describe("Match Test") {6 it("should be able to use match test") {7 expect(str1).to(match(str2))8 }9 }10 }11}12import Nimble13import Quick14class MatchTest: QuickSpec {15 override func spec() {16 describe("Match Test") {17 it("should be able to use match test") {18 expect(str1).to(match(str2))19 }20 }21 }22}23import Nimble24import Quick25class NimbleMatchTest: QuickSpec {26 override func spec() {27 describe("Match Test") {28 it("should be able to use match test") {29 expect(str1).to(match(str2))30 }31 }32 }33}34import Nimble35import Quick36class QuickMatchTest: QuickSpec {37 override func spec() {38 describe("Match Test") {39 it("should be able to use match test") {40 expect(str1).to(match(str2))41 }42 }43 }44}

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