def test_matchPatternsRotateTelephoneReturnsTrue(self): string = "7-917-293-191" reg = Regex(string) actual = reg.matchPatterns(pattern=r"917") patternX = re.compile(r'917') expected = [] for match in patternX.finditer(string): expected.append(match.start()) expected.append(match.group()) self.assertEqual(actual, expected)
def test_findPatternOfDigitmatchPatternsTelephoneReturnsTrue(self): string = "7-917-293-191" reg = Regex(string) actual = reg.matchPatterns(pattern=r"\d") patternX = re.compile(r'\d') expected = [] #Using \d searches for all characters that is between 0 - 9 for match in patternX.finditer(string): expected.append(match.start()) expected.append(match.group()) self.assertEqual(actual, expected)
def test_findPatternOfDotmatchPatternsWebsiteReturnsTrue(self): string = "www.amandaplease.com" reg = Regex(string) actual = reg.matchPatterns(pattern=r"\.") patternX = re.compile(r'\.') expected = [] #Backslash for metacharacters are need due to regex . ^ $ * + ? { } [ ] \ | ( ) for match in patternX.finditer(string): expected.append(match.start()) expected.append(match.group()) self.assertEqual(actual, expected)
def test_matchPatternsAlphabetreturnsTrue(self): string = "abcAbcABCNYCBCAabc" reg = Regex(string) actual = reg.matchPatterns() patternX = re.compile(r'abc') expected = [] for match in patternX.finditer(string): #match.start() = starting position of pattern expected.append(match.start()) #match.group() = returns result of the first instance of match expected.append(match.group()) self.assertEqual(actual, expected)
def test_BlockStringEntermatchPatternReturnsPositionAndInstanceOfMatch( self): string = """7-917-293-1191 917""" reg = Regex(string) actual = reg.matchPatterns(pattern=r"917") patternX = re.compile(r'917') expected = [] for match in patternX.finditer(string): expected.append(match.start()) expected.append(match.group()) self.assertEqual(actual, expected)
def test_findPatternOfwordExpressionmatchPatternsWebsiteReturnsTrue(self): string = "www.amandaplease.com" reg = Regex(string) regexExpression = r"\w" actual = reg.matchPatterns(pattern=regexExpression) patternX = re.compile(regexExpression) expected = [] # \w returns a-z A-Z 0-9 _ for match in patternX.finditer(string): expected.append(match.start()) expected.append(match.group()) print(actual) self.assertEqual(actual, expected)
def test_matchPatternsLikeAtEndReturnsNothing(self): string = """I said I like it like that""" reg = Regex(string) regexExpression = r"like$" actual = reg.matchPatterns(pattern=regexExpression) patternX = re.compile(regexExpression) expected = [] # $ end of a string for match in patternX.finditer(string): expected.append(match.start()) expected.append(match.group()) print(actual) self.assertEqual(actual, expected)
def test_findPatternOfNotWordExpressionMatchPatternsWebsite(self): string = "www.amandaplease.com" reg = Regex(string) regexExpression = r"\W" actual = reg.matchPatterns(pattern=regexExpression) patternX = re.compile(regexExpression) expected = [] # \W returns not a-z A-Z 0-9 _ there should only return . for match in patternX.finditer(string): expected.append(match.start()) expected.append(match.group()) print(actual) self.assertEqual(actual, expected)
def test_findPatternOfDotExpressionmatchPatternsWebsiteReturnsTrue(self): string = "www.amandaplease.com" reg = Regex(string) regexExpression = r"." actual = reg.matchPatterns(pattern=regexExpression) patternX = re.compile(regexExpression) expected = [] # . return all characters that are not a new line for match in patternX.finditer(string): expected.append(match.start()) expected.append(match.group()) print(actual) self.assertEqual(actual, expected)
def test_matchPatternstelephoneEndReturnsAllInstance(self): string = """917-293-9422 514*264*8577""" reg = Regex(string) regexExpression = r"\d\d\d.\d\d\d.\d\d\d\d" actual = reg.matchPatterns(pattern=regexExpression) patternX = re.compile(regexExpression) expected = [] # /d - for digits - . all instance of word for match in patternX.finditer(string): expected.append(match.start()) expected.append(match.group()) print(actual) self.assertEqual(actual, expected)
def test_quantifierMatchPatternsReturnsTelephoneString(self): string = """917-293-9422 514*264*8577""" reg = Regex(string) regexExpression = r"\d{3}[-*]\d{3}[-*]\d{4}" actual = reg.matchPatterns(pattern=regexExpression) patternX = re.compile(regexExpression) expected = [] # /d - for digits {number} - exact number of matching patter for match in patternX.finditer(string): expected.append(match.start()) expected.append(match.group()) print(actual) self.assertEqual(actual, expected)
def test_findPatternOfNotWhiteSpaceExpressionMatchPatternsString(self): string = """I said I like it like that """ reg = Regex(string) regexExpression = r"\S" actual = reg.matchPatterns(pattern=regexExpression) patternX = re.compile(regexExpression) expected = [] # \s - return whitespac(space,tab, and newline) for match in patternX.finditer(string): expected.append(match.start()) expected.append(match.group()) print(actual) self.assertEqual(actual, expected)
def test_findPatternOfBoundaryExpressionMatchPatternsString(self): string = """I said I like it like that """ reg = Regex(string) regexExpression = r"\bsaid\b" actual = reg.matchPatterns(pattern=regexExpression) patternX = re.compile(regexExpression) expected = [] # \b - return boundary between words for match in patternX.finditer(string): expected.append(match.start()) expected.append(match.group()) print(actual) self.assertEqual(actual, expected)
def test_findPatternOfStartofStringMatchPatternsString(self): string = """I said I like it like that """ reg = Regex(string) regexExpression = r"^I" actual = reg.matchPatterns(pattern=regexExpression) patternX = re.compile(regexExpression) expected = [] # ^ start of a string for match in patternX.finditer(string): expected.append(match.start()) expected.append(match.group()) print(actual) self.assertEqual(actual, expected)
def test_findPatternOfWordBoundaryExpressionMatchPatternsHA(self): string = """Ha HaHa """ reg = Regex(string) regexExpression = r"\bHa" actual = reg.matchPatterns(pattern=regexExpression) patternX = re.compile(regexExpression) expected = [] # \b - return word boundary # match the begin with boundary than ha for match in patternX.finditer(string): expected.append(match.start()) expected.append(match.group()) print(actual) self.assertEqual(actual, expected)
def test_MatchPatternsReturnEmails(self): string = """ [email protected] [email protected] [email protected] [email protected]""" reg = Regex(string) regexExpression = r"[a-zA-Z0-9.\-_]+@[\w-]+\.(com|gov|net)+" actual = reg.matchPatterns(pattern=regexExpression) patternX = re.compile(regexExpression) expected = [] #() group conditions together for matches that are option to match #[] sets of characters to look for for match in patternX.finditer(string): expected.append(match.start()) expected.append(match.group()) print(actual) self.assertEqual(actual, expected)
def test_MatchPatternsReturnsPrefixNamesString(self): string = """Mr Roy roger Mr. John Wayne mr Ray Yaz mr. Niz Hanif Ms Mary Jane Watson Ms Fanny Reguieg Ms Vanessa Ragubar""" reg = Regex(string) regexExpression = r"[mM]r\.?" actual = reg.matchPatterns(pattern=regexExpression) patternX = re.compile(regexExpression) expected = [] # ? option value for the period if it is there or not return match for match in patternX.finditer(string): expected.append(match.start()) expected.append(match.group()) print(actual) self.assertEqual(actual, expected)
def test_matchPatternsNegateFNameReturnsNotFanny(self): string = """ Raymond Mustafa Ryan Lion Khan Jr Nizmo Fanny """ reg = Regex(string) regexExpression = r"[^F][a-z][a-z][a-z][a-z]" actual = reg.matchPatterns(pattern=regexExpression) patternX = re.compile(regexExpression) expected = [] # ^ negate what you are not looking for in this case F for match in patternX.finditer(string): expected.append(match.start()) expected.append(match.group()) print(actual) self.assertEqual(actual, expected)
def test_matchPatternsNameReturnsFanny(self): string = """ Raymond Mustafa Ryan Lion Khan Jr Nizmo Fanny """ reg = Regex(string) regexExpression = r"[F][a-z][a-z][a-z][a-z]" actual = reg.matchPatterns(pattern=regexExpression) patternX = re.compile(regexExpression) expected = [] # looks for F and any letter after it for match in patternX.finditer(string): expected.append(match.start()) expected.append(match.group()) print(actual) self.assertEqual(actual, expected)
def test_SetSelectormatchPatternstelephoneEndReturnsAllInstance(self): string = """ 917-293-9422 514*264*8577 516a524a7485 516452487485 """ reg = Regex(string) regexExpression = r"\d\d\d[-*]\d\d\d[-*]\d\d\d\d" actual = reg.matchPatterns(pattern=regexExpression) patternX = re.compile(regexExpression) expected = [] # /d - for digits # . all instance of word # [-*] set selector looking for only instances of - and * in that one char for match in patternX.finditer(string): expected.append(match.start()) expected.append(match.group()) print(actual) self.assertEqual(actual, expected)
def test_MatchPatternsReturnURLsSocieteGeneralLowerrCaseURLs(self): string = """ http://www.cartoonnetwork.com http://www.nick.com https://www.SocGen.net https://www.youtube.gov https://www.youtube.uk https://youtube.uk http://www.amandaplease.com http://www.amanda-please.com https://www.Ilovenum123.com""" reg = Regex(string) regexExpression = r"https?://(w{3}\.)?([socgen]+)(\.[a-zA-Z]+)" actual = reg.matchPatterns(pattern=regexExpression, flag=re.IGNORECASE) patternX = re.compile(regexExpression, flags=re.IGNORECASE) expected = [] for match in patternX.finditer(string): expected.append(match.start()) expected.append(match.group()) print(actual) self.assertEqual(actual, expected)
def test_PeriodIsNotTheBestOptmatchPatternstelephoneEndReturnsAllInstance( self): string = """ 917-293-9422 514*264*8577 516a524a7485 516452487485 """ reg = Regex(string) regexExpression = r"\d\d\d.\d\d\d.\d\d\d\d" actual = reg.matchPatterns(pattern=regexExpression) patternX = re.compile(regexExpression) expected = [] # /d - for digits # . all instance of word # period is not the best instance because it returns also alphaNumeric instance for match in patternX.finditer(string): expected.append(match.start()) expected.append(match.group()) print(actual) self.assertEqual(actual, expected)
def test_MatchPatternsReturnFemaleNames(self): string = """Mr Roy roger Mr. John Wayne mr Ray Yaz mr. Niz Hanif Ms Rebecca Wong Ms Fanny Reguieg Ms Vanessa Ragubar""" reg = Regex(string) regexExpression = r"[mM]s\.?\s[A-Z]\w*\s\w*" actual = reg.matchPatterns(pattern=regexExpression) patternX = re.compile(regexExpression) expected = [] # ? option value for the period if it is there or not return match # * return 0 or more instance of character matching # \s return space instance # \. period character for match in patternX.finditer(string): expected.append(match.start()) expected.append(match.group()) print(actual) self.assertEqual(actual, expected)
def test_MatchPatternsReturnURLs(self): string = """ http://www.cartoonnetwork.com http://www.nick.com https://www.SocGen.net https://www.youtube.gov https://www.youtube.uk https://youtube.uk http://www.amandaplease.com http://www.amanda-please.com https://www.Ilovenum123.com""" reg = Regex(string) regexExpression = r"https?://(w{3}\.)?([a-zA-Z0-9/-]+)(\.[a-zA-Z]+)" actual = reg.matchPatterns(pattern=regexExpression) patternX = re.compile(regexExpression) expected = [] #() group conditions together for matches that are option to match #[] sets of characters to look for #? match only if it exist or not for that char for match in patternX.finditer(string): expected.append(match.start()) expected.append(match.group()) print(actual) self.assertEqual(actual, expected)