def test_common():
"""Test common string methods."""
value = Color('this is a test.')
assert '' == Color()
assert 15 == len(value)
assert 'this is a test.' == '{0}'.format(value)
assert 'This is a test.' == value.capitalize()
assert ' this is a test. ' == value.center(20)
assert '@@this is a test.@@@' == value.center(20, '@')
assert 2 == value.count('is')
assert value.endswith('test.')
assert ' class' == Color('\tclass').expandtabs(4)
assert 8 == value.find('a')
assert 'test 123' == Color('test {0}').format('123')
assert 8 == value.index('a')
assert Color('a1').isalnum()
assert not Color('a1.').isalnum()
assert Color('a').isalpha()
assert not Color('a1').isalpha()
assert Color('1').isdecimal()
assert not Color(u'⅕').isdecimal()
assert Color(u'²').isdigit()
assert not Color(u'⅕').isdigit()
assert Color('a').islower()
assert not Color('A').islower()
assert Color(u'⅕').isnumeric()
assert not Color('A').isnumeric()
assert Color(' ').isspace()
assert not Color(' x').isspace()
assert Color('I Love To Test').istitle()
assert not Color('I Love to Test').istitle()
assert Color('A').isupper()
assert not Color('a').isupper()
assert 'test test' == Color(' ').join(('test', 'test'))
assert 'this is a test. ' == value.ljust(20)
assert 'a' == Color('A').lower()
assert 'a ' == Color(' a ').lstrip()
assert ('this', ' ', 'is a test.') == value.partition(' ')
assert 'this was a test.' == value.replace(' is ', ' was ')
assert 13 == value.rfind('t')
assert 13 == value.rindex('t')
assert ' this is a test.' == value.rjust(20)
assert ('this is a', ' ', 'test.') == value.rpartition(' ')
assert ['this is a', 'test.'] == value.rsplit(' ', 1)
assert ' a' == Color(' a ').rstrip()
assert ['this', 'is', 'a', 'test.'] == value.split(' ')
assert ['a', 'a'] == Color('a\na').splitlines()
assert [1, 1] == [len(i) for i in Color('a\na').splitlines()]
assert value.startswith('this')
assert 'a' == Color(' a ').strip()
assert 'Aa' == Color('aA').swapcase()
assert 'This Is A Test.' == value.title()
assert 'THIS IS A TEST.' == value.upper()
assert '000001' == Color('1').zfill(6)
assert '000000' == Color().zfill(6)
def test_common():
"""Test common string methods."""
value = Color("{red}this is a test.{/red}")
assert Color("{red}this is a test.{/red}") == value
assert Color("\033[31mthis is a test.\033[39m") == value
assert 15 == len(value)
assert "\033[31mthis is a test.\033[39m" == "{0}".format(value)
assert "\033[31mThis is a test.\033[39m" == value.capitalize()
assert " \033[31mthis is a test.\033[39m " == value.center(20)
assert "@@\033[31mthis is a test.\033[39m@@@" == value.center(20, "@")
assert 2 == value.count("is")
assert 2 == Color("{red}I love m&ms{/red}").count("m")
assert value.endswith("test.")
assert " \033[31mclass\033[39m" == Color("\t{red}class{/red}").expandtabs(4)
assert 8 == value.find("a")
assert 7 == Color("{red}I love m&ms{/red}").find("m")
assert "\033[31mtest 123\033[39m" == Color("{red}test {0}{/red}").format("123")
assert 8 == value.index("a")
assert 7 == Color("{red}I love m&ms{/red}").index("m")
assert Color("{red}a1{/red}").isalnum()
assert not Color("{red}a1.{/red}").isalnum()
assert Color("{red}a{/red}").isalpha()
assert not Color("{red}a1{/red}").isalpha()
assert Color("{red}1").isdecimal()
assert not Color(u"{red}⅕{/red}").isdecimal()
assert Color(u"{red}²{/red}").isdigit()
assert not Color(u"{red}⅕{/red}").isdigit()
assert Color("{red}a{/red}").islower()
assert not Color("{red}A{/red}").islower()
assert Color(u"{red}⅕{/red}").isnumeric()
assert not Color("{red}A{/red}").isnumeric()
assert Color("{red} {/red}").isspace()
assert not Color("{red} x{/red}").isspace()
assert Color("{red}I Love To Test{/red}").istitle()
assert not Color("{red}I Love to Test{/red}").istitle()
assert Color("{red}A{/red}").isupper()
assert not Color("{red}a{/red}").isupper()
assert "test\033[0mtest" == Color("{/all}").join(("test", "test"))
assert "\033[31mthis is a test.\033[39m " == value.ljust(20)
assert "\033[31ma\033[39m" == Color("{red}A{/red}").lower()
assert "\033[31ma\033[39m " == Color(" {red}a{/red} ").lstrip()
assert "\033[31m a \033[39m" == Color("{red} a {/red}").lstrip()
assert ("\033[31mthis", " ", "is a test.\033[39m") == value.partition(" ")
assert "\033[31mthis was a test.\033[39m" == value.replace(" is ", " was ")
assert 13 == value.rfind("t")
assert 13 == value.rindex("t")
assert " \033[31mthis is a test.\033[39m" == value.rjust(20)
assert ("\033[31mthis is a", " ", "test.\033[39m") == value.rpartition(" ")
assert ["\033[31mthis is a", "test.\033[39m"] == value.rsplit(" ", 1)
assert " \033[31ma\033[39m" == Color(" {red}a{/red} ").rstrip()
assert "\033[31m a \033[39m" == Color("{red} a {/red}").rstrip()
assert ["\033[31mthis", "is", "a", "test.\033[39m"] == value.split(" ")
values = Color("{red}a{/red}\n{green}a{/green}").splitlines()
assert ["\033[31ma\033[39m", "\033[32ma\033[39m"] == values
assert [1, 1] == [len(i) for i in values]
assert value.startswith("this")
assert "\033[31ma\033[39m" == Color(" {red}a{/red} ").strip()
assert "\033[31m a \033[39m" == Color("{red} a {/red}").strip()
assert "\033[31mAa\033[39m" == Color("{red}aA{/red}").swapcase()
assert "\033[31mThis Is A Test.\033[39m" == value.title()
assert "\033[31mTHIS IS A TEST.\033[39m" == value.upper()
assert "\033[31m000001\033[39m" == Color("{red}1{/red}").zfill(6)
assert "00001\033[31m1\033[39m" == Color("1{red}1{/red}").zfill(6)
