def IsIdentifier_TypeScript_test(): ok_( iu.IsIdentifier( '_føo1', 'typescript' ) ) ok_( iu.IsIdentifier( 'fø_o1', 'typescript' ) ) ok_( iu.IsIdentifier( '$føo1', 'typescript' ) ) ok_( iu.IsIdentifier( 'fø$o1', 'typescript' ) ) ok_( not iu.IsIdentifier( '1føo', 'typescript' ) )
def IsIdentifier_TypeScript_test(): assert_that( iu.IsIdentifier( '_føo1', 'typescript' ) ) assert_that( iu.IsIdentifier( 'fø_o1', 'typescript' ) ) assert_that( iu.IsIdentifier( '$føo1', 'typescript' ) ) assert_that( iu.IsIdentifier( 'fø$o1', 'typescript' ) ) assert_that( not iu.IsIdentifier( '1føo', 'typescript' ) )
def IsIdentifier_JavaScript_test(): ok_( iu.IsIdentifier( '_føo1', 'javascript' ) ) ok_( iu.IsIdentifier( 'fø_o1', 'javascript' ) ) ok_( iu.IsIdentifier( '$føo1', 'javascript' ) ) ok_( iu.IsIdentifier( 'fø$o1', 'javascript' ) ) ok_( not iu.IsIdentifier( '1føo', 'javascript' ) )
def IsIdentifier_JavaScript_test(): assert_that( iu.IsIdentifier( '_føo1', 'javascript' ) ) assert_that( iu.IsIdentifier( 'fø_o1', 'javascript' ) ) assert_that( iu.IsIdentifier( '$føo1', 'javascript' ) ) assert_that( iu.IsIdentifier( 'fø$o1', 'javascript' ) ) assert_that( not iu.IsIdentifier( '1føo', 'javascript' ) )
def IsIdentifier_Haskell_test():
ok_(iu.IsIdentifier('foo', 'haskell'))
ok_(iu.IsIdentifier("foo'", 'haskell'))
ok_(iu.IsIdentifier("x'", 'haskell'))
ok_(iu.IsIdentifier("_x'", 'haskell'))
ok_(iu.IsIdentifier("_x", 'haskell'))
ok_(iu.IsIdentifier("x9", 'haskell'))
ok_(not iu.IsIdentifier("'x", 'haskell'))
ok_(not iu.IsIdentifier("9x", 'haskell'))
ok_(not iu.IsIdentifier("9", 'haskell'))
ok_(not iu.IsIdentifier('', 'haskell'))
def IsIdentifier_Haskell_test(): assert_that( iu.IsIdentifier( 'foo' , 'haskell' ) ) assert_that( iu.IsIdentifier( "foo'", 'haskell' ) ) assert_that( iu.IsIdentifier( "x'" , 'haskell' ) ) assert_that( iu.IsIdentifier( "_x'" , 'haskell' ) ) assert_that( iu.IsIdentifier( "_x" , 'haskell' ) ) assert_that( iu.IsIdentifier( "x9" , 'haskell' ) ) assert_that( not iu.IsIdentifier( "'x", 'haskell' ) ) assert_that( not iu.IsIdentifier( "9x", 'haskell' ) ) assert_that( not iu.IsIdentifier( "9" , 'haskell' ) ) assert_that( not iu.IsIdentifier( '' , 'haskell' ) )
def IsIdentifier_generic_test():
ok_(iu.IsIdentifier('foo'))
ok_(iu.IsIdentifier('foo129'))
ok_(iu.IsIdentifier('f12'))
ok_(not iu.IsIdentifier('1foo129'))
ok_(not iu.IsIdentifier('-foo'))
ok_(not iu.IsIdentifier('foo-'))
ok_(not iu.IsIdentifier('font-face'))
ok_(not iu.IsIdentifier(None))
ok_(not iu.IsIdentifier(''))
def IsIdentifier_Elisp_test():
# elisp is using the clojure regexes, so we're testing this more lightly
ok_(iu.IsIdentifier('foo', 'elisp'))
ok_(iu.IsIdentifier('f9', 'elisp'))
ok_(iu.IsIdentifier('a.b.c', 'elisp'))
ok_(iu.IsIdentifier('a/c', 'elisp'))
ok_(not iu.IsIdentifier('9f', 'elisp'))
ok_(not iu.IsIdentifier('9', 'elisp'))
ok_(not iu.IsIdentifier('a/b/c', 'elisp'))
ok_(not iu.IsIdentifier('(a)', 'elisp'))
ok_(not iu.IsIdentifier('', 'elisp'))
def test_IsIdentifier_Elisp(self):
# elisp is using the clojure regexes, so we're testing this more lightly
assert_that(iu.IsIdentifier('foo', 'elisp'))
assert_that(iu.IsIdentifier('f9', 'elisp'))
assert_that(iu.IsIdentifier('a.b.c', 'elisp'))
assert_that(iu.IsIdentifier('a/c', 'elisp'))
assert_that(not iu.IsIdentifier('9f', 'elisp'))
assert_that(not iu.IsIdentifier('9', 'elisp'))
assert_that(not iu.IsIdentifier('a/b/c', 'elisp'))
assert_that(not iu.IsIdentifier('(a)', 'elisp'))
assert_that(not iu.IsIdentifier('', 'elisp'))
def IsIdentifier_Tex_test():
ok_(iu.IsIdentifier('foo', 'tex'))
ok_(iu.IsIdentifier('fig:foo', 'tex'))
ok_(iu.IsIdentifier('fig:foo-bar', 'tex'))
ok_(iu.IsIdentifier('sec:summary', 'tex'))
ok_(iu.IsIdentifier('eq:bar_foo', 'tex'))
ok_(not iu.IsIdentifier('\section', 'tex'))
ok_(not iu.IsIdentifier('some8', 'tex'))
ok_(not iu.IsIdentifier('', 'tex'))
def LastTriggerLineAndColumn():
line, column = CurrentLineAndColumn()
line_value = vim.current.line[:column].rstrip()
while not line_value:
line = line - 1
if line == -1:
return CurrentLineAndColumn()
line_value = vim.current.buffer[line].rstrip()
column = len(line_value)
filetypes = CurrentFiletypes()
filetype = filetypes[0] if filetypes else None
if identifier_utils.IsIdentifier(vim.current.buffer[line][column - 1],
filetype):
return CurrentLineAndColumn()
return line, column
def IsIdentifier_Perl6_test():
ok_(iu.IsIdentifier('foo', 'perl6'))
ok_(iu.IsIdentifier("f-o", 'perl6'))
ok_(iu.IsIdentifier("x'y", 'perl6'))
ok_(iu.IsIdentifier("_x-y", 'perl6'))
ok_(iu.IsIdentifier("x-y'a", 'perl6'))
ok_(iu.IsIdentifier("x-_", 'perl6'))
ok_(iu.IsIdentifier("x-_7", 'perl6'))
ok_(iu.IsIdentifier("_x", 'perl6'))
ok_(iu.IsIdentifier("x9", 'perl6'))
ok_(not iu.IsIdentifier("'x", 'perl6'))
ok_(not iu.IsIdentifier("x'", 'perl6'))
ok_(not iu.IsIdentifier("-x", 'perl6'))
ok_(not iu.IsIdentifier("x-", 'perl6'))
ok_(not iu.IsIdentifier("x-1", 'perl6'))
ok_(not iu.IsIdentifier("x--", 'perl6'))
ok_(not iu.IsIdentifier("x--a", 'perl6'))
ok_(not iu.IsIdentifier("x-'", 'perl6'))
ok_(not iu.IsIdentifier("x-'a", 'perl6'))
ok_(not iu.IsIdentifier("x-a-", 'perl6'))
ok_(not iu.IsIdentifier("x+", 'perl6'))
ok_(not iu.IsIdentifier("9x", 'perl6'))
ok_(not iu.IsIdentifier("9", 'perl6'))
ok_(not iu.IsIdentifier('', 'perl6'))
def test_IsIdentifier_Perl6(self):
assert_that(iu.IsIdentifier('foo', 'perl6'))
assert_that(iu.IsIdentifier("f-o", 'perl6'))
assert_that(iu.IsIdentifier("x'y", 'perl6'))
assert_that(iu.IsIdentifier("_x-y", 'perl6'))
assert_that(iu.IsIdentifier("x-y'a", 'perl6'))
assert_that(iu.IsIdentifier("x-_", 'perl6'))
assert_that(iu.IsIdentifier("x-_7", 'perl6'))
assert_that(iu.IsIdentifier("_x", 'perl6'))
assert_that(iu.IsIdentifier("x9", 'perl6'))
assert_that(not iu.IsIdentifier("'x", 'perl6'))
assert_that(not iu.IsIdentifier("x'", 'perl6'))
assert_that(not iu.IsIdentifier("-x", 'perl6'))
assert_that(not iu.IsIdentifier("x-", 'perl6'))
assert_that(not iu.IsIdentifier("x-1", 'perl6'))
assert_that(not iu.IsIdentifier("x--", 'perl6'))
assert_that(not iu.IsIdentifier("x--a", 'perl6'))
assert_that(not iu.IsIdentifier("x-'", 'perl6'))
assert_that(not iu.IsIdentifier("x-'a", 'perl6'))
assert_that(not iu.IsIdentifier("x-a-", 'perl6'))
assert_that(not iu.IsIdentifier("x+", 'perl6'))
assert_that(not iu.IsIdentifier("9x", 'perl6'))
assert_that(not iu.IsIdentifier("9", 'perl6'))
assert_that(not iu.IsIdentifier('', 'perl6'))
def test_IsIdentifier_Clojure(self):
assert_that(iu.IsIdentifier('foo', 'clojure'))
assert_that(iu.IsIdentifier('f9', 'clojure'))
assert_that(iu.IsIdentifier('a.b.c', 'clojure'))
assert_that(iu.IsIdentifier('a.c', 'clojure'))
assert_that(iu.IsIdentifier('a/c', 'clojure'))
assert_that(iu.IsIdentifier('*', 'clojure'))
assert_that(iu.IsIdentifier('a*b', 'clojure'))
assert_that(iu.IsIdentifier('?', 'clojure'))
assert_that(iu.IsIdentifier('a?b', 'clojure'))
assert_that(iu.IsIdentifier(':', 'clojure'))
assert_that(iu.IsIdentifier('a:b', 'clojure'))
assert_that(iu.IsIdentifier('+', 'clojure'))
assert_that(iu.IsIdentifier('a+b', 'clojure'))
assert_that(iu.IsIdentifier('-', 'clojure'))
assert_that(iu.IsIdentifier('a-b', 'clojure'))
assert_that(iu.IsIdentifier('!', 'clojure'))
assert_that(iu.IsIdentifier('a!b', 'clojure'))
assert_that(not iu.IsIdentifier('9f', 'clojure'))
assert_that(not iu.IsIdentifier('9', 'clojure'))
assert_that(not iu.IsIdentifier('a/b/c', 'clojure'))
assert_that(not iu.IsIdentifier('(a)', 'clojure'))
assert_that(not iu.IsIdentifier('', 'clojure'))
def IsIdentifier_Clojure_test():
ok_(iu.IsIdentifier('foo', 'clojure'))
ok_(iu.IsIdentifier('f9', 'clojure'))
ok_(iu.IsIdentifier('a.b.c', 'clojure'))
ok_(iu.IsIdentifier('a.c', 'clojure'))
ok_(iu.IsIdentifier('a/c', 'clojure'))
ok_(iu.IsIdentifier('*', 'clojure'))
ok_(iu.IsIdentifier('a*b', 'clojure'))
ok_(iu.IsIdentifier('?', 'clojure'))
ok_(iu.IsIdentifier('a?b', 'clojure'))
ok_(iu.IsIdentifier(':', 'clojure'))
ok_(iu.IsIdentifier('a:b', 'clojure'))
ok_(iu.IsIdentifier('+', 'clojure'))
ok_(iu.IsIdentifier('a+b', 'clojure'))
ok_(iu.IsIdentifier('-', 'clojure'))
ok_(iu.IsIdentifier('a-b', 'clojure'))
ok_(iu.IsIdentifier('!', 'clojure'))
ok_(iu.IsIdentifier('a!b', 'clojure'))
ok_(not iu.IsIdentifier('9f', 'clojure'))
ok_(not iu.IsIdentifier('9', 'clojure'))
ok_(not iu.IsIdentifier('a/b/c', 'clojure'))
ok_(not iu.IsIdentifier('(a)', 'clojure'))
ok_(not iu.IsIdentifier('', 'clojure'))
def test_IsIdentifier_Scheme(self):
assert_that(iu.IsIdentifier('λ', 'scheme'))
assert_that(iu.IsIdentifier('_', 'scheme'))
assert_that(iu.IsIdentifier('+', 'scheme'))
assert_that(iu.IsIdentifier('-', 'scheme'))
assert_that(iu.IsIdentifier('...', 'scheme'))
assert_that(iu.IsIdentifier(r'\x01;', 'scheme'))
assert_that(iu.IsIdentifier(r'h\x65;lle', 'scheme'))
assert_that(iu.IsIdentifier('foo', 'scheme'))
assert_that(iu.IsIdentifier('foo+-*/1-1', 'scheme'))
assert_that(iu.IsIdentifier('call/cc', 'scheme'))
assert_that(not iu.IsIdentifier('.', 'scheme'))
assert_that(not iu.IsIdentifier('..', 'scheme'))
assert_that(not iu.IsIdentifier('--', 'scheme'))
assert_that(not iu.IsIdentifier('++', 'scheme'))
assert_that(not iu.IsIdentifier('+1', 'scheme'))
assert_that(not iu.IsIdentifier('-1', 'scheme'))
assert_that(not iu.IsIdentifier('-abc', 'scheme'))
assert_that(not iu.IsIdentifier('-<abc', 'scheme'))
assert_that(not iu.IsIdentifier('@', 'scheme'))
assert_that(not iu.IsIdentifier('@a', 'scheme'))
assert_that(not iu.IsIdentifier('-@a', 'scheme'))
assert_that(not iu.IsIdentifier('-12a', 'scheme'))
assert_that(not iu.IsIdentifier('12a', 'scheme'))
assert_that(not iu.IsIdentifier('\\', 'scheme'))
assert_that(not iu.IsIdentifier(r'\x', 'scheme'))
assert_that(not iu.IsIdentifier(r'\x123', 'scheme'))
assert_that(not iu.IsIdentifier(r'aa\x123;cc\x', 'scheme'))
def IsIdentifier_Css_test():
ok_(iu.IsIdentifier('foo', 'css'))
ok_(iu.IsIdentifier('a1', 'css'))
ok_(iu.IsIdentifier('a-', 'css'))
ok_(iu.IsIdentifier('a-b', 'css'))
ok_(iu.IsIdentifier('_b', 'css'))
ok_(iu.IsIdentifier('-ms-foo', 'css'))
ok_(iu.IsIdentifier('-_o', 'css'))
ok_(iu.IsIdentifier('font-face', 'css'))
ok_(not iu.IsIdentifier('-3b', 'css'))
ok_(not iu.IsIdentifier('-3', 'css'))
ok_(not iu.IsIdentifier('3', 'css'))
ok_(not iu.IsIdentifier('a', 'css'))
ok_(not iu.IsIdentifier('', 'css'))
def IsIdentifier_R_test():
ok_(iu.IsIdentifier('a', 'r'))
ok_(iu.IsIdentifier('a.b', 'r'))
ok_(iu.IsIdentifier('a.b.c', 'r'))
ok_(iu.IsIdentifier('a_b', 'r'))
ok_(iu.IsIdentifier('a1', 'r'))
ok_(iu.IsIdentifier('a_1', 'r'))
ok_(iu.IsIdentifier('.a', 'r'))
ok_(iu.IsIdentifier('.a_b', 'r'))
ok_(iu.IsIdentifier('.a1', 'r'))
ok_(iu.IsIdentifier('...', 'r'))
ok_(iu.IsIdentifier('..1', 'r'))
ok_(not iu.IsIdentifier('.1a', 'r'))
ok_(not iu.IsIdentifier('.1', 'r'))
ok_(not iu.IsIdentifier('1a', 'r'))
ok_(not iu.IsIdentifier('123', 'r'))
ok_(not iu.IsIdentifier('_1a', 'r'))
ok_(not iu.IsIdentifier('_a', 'r'))
ok_(not iu.IsIdentifier('', 'r'))
def IsIdentifier_generic_unicode_single_char_test():
ok_(iu.IsIdentifier('ç'))
def IsIdentifier_generic_unicode_char_first_test():
ok_(iu.IsIdentifier('çode'))
def IsIdentifier_Css_test(): assert_that( iu.IsIdentifier( 'foo' , 'css' ) ) assert_that( iu.IsIdentifier( 'a' , 'css' ) ) assert_that( iu.IsIdentifier( 'a1' , 'css' ) ) assert_that( iu.IsIdentifier( 'a-' , 'css' ) ) assert_that( iu.IsIdentifier( 'a-b' , 'css' ) ) assert_that( iu.IsIdentifier( '_b' , 'css' ) ) assert_that( iu.IsIdentifier( '-ms-foo' , 'css' ) ) assert_that( iu.IsIdentifier( '-_o' , 'css' ) ) assert_that( iu.IsIdentifier( 'font-face', 'css' ) ) assert_that( iu.IsIdentifier( 'αβγ' , 'css' ) ) assert_that( not iu.IsIdentifier( '-3b', 'css' ) ) assert_that( not iu.IsIdentifier( '-3' , 'css' ) ) assert_that( not iu.IsIdentifier( '--' , 'css' ) ) assert_that( not iu.IsIdentifier( '3' , 'css' ) ) assert_that( not iu.IsIdentifier( '' , 'css' ) ) assert_that( not iu.IsIdentifier( '€' , 'css' ) )
def IsIdentifier_generic_unicode_test():
ok_(iu.IsIdentifier('uniçode'))
ok_(iu.IsIdentifier('uç'))
def IsIdentifier_Scheme_test(): ok_( iu.IsIdentifier( 'λ' , 'scheme' ) ) ok_( iu.IsIdentifier( '_' , 'scheme' ) ) ok_( iu.IsIdentifier( '+' , 'scheme' ) ) ok_( iu.IsIdentifier( '-' , 'scheme' ) ) ok_( iu.IsIdentifier( '...' , 'scheme' ) ) ok_( iu.IsIdentifier( r'\x01;' , 'scheme' ) ) ok_( iu.IsIdentifier( r'h\x65;lle', 'scheme' ) ) ok_( iu.IsIdentifier( 'foo' , 'scheme' ) ) ok_( iu.IsIdentifier( 'foo+-*/1-1', 'scheme' ) ) ok_( iu.IsIdentifier( 'call/cc' , 'scheme' ) ) ok_( not iu.IsIdentifier( '.' , 'scheme' ) ) ok_( not iu.IsIdentifier( '..' , 'scheme' ) ) ok_( not iu.IsIdentifier( '--' , 'scheme' ) ) ok_( not iu.IsIdentifier( '++' , 'scheme' ) ) ok_( not iu.IsIdentifier( '+1' , 'scheme' ) ) ok_( not iu.IsIdentifier( '-1' , 'scheme' ) ) ok_( not iu.IsIdentifier( '-abc' , 'scheme' ) ) ok_( not iu.IsIdentifier( '-<abc' , 'scheme' ) ) ok_( not iu.IsIdentifier( '@' , 'scheme' ) ) ok_( not iu.IsIdentifier( '@a' , 'scheme' ) ) ok_( not iu.IsIdentifier( '-@a' , 'scheme' ) ) ok_( not iu.IsIdentifier( '-12a' , 'scheme' ) ) ok_( not iu.IsIdentifier( '12a' , 'scheme' ) ) ok_( not iu.IsIdentifier( '\\' , 'scheme' ) ) ok_( not iu.IsIdentifier( r'\x' , 'scheme' ) ) ok_( not iu.IsIdentifier( r'\x123' , 'scheme' ) ) ok_( not iu.IsIdentifier( r'aa\x123;cc\x', 'scheme' ) )
def IsIdentifier_R_test(): assert_that( iu.IsIdentifier( 'a' , 'r' ) ) assert_that( iu.IsIdentifier( 'a.b' , 'r' ) ) assert_that( iu.IsIdentifier( 'a.b.c', 'r' ) ) assert_that( iu.IsIdentifier( 'a_b' , 'r' ) ) assert_that( iu.IsIdentifier( 'a1' , 'r' ) ) assert_that( iu.IsIdentifier( 'a_1' , 'r' ) ) assert_that( iu.IsIdentifier( '.a' , 'r' ) ) assert_that( iu.IsIdentifier( '.a_b' , 'r' ) ) assert_that( iu.IsIdentifier( '.a1' , 'r' ) ) assert_that( iu.IsIdentifier( '...' , 'r' ) ) assert_that( iu.IsIdentifier( '..1' , 'r' ) ) assert_that( not iu.IsIdentifier( '.1a', 'r' ) ) assert_that( not iu.IsIdentifier( '.1' , 'r' ) ) assert_that( not iu.IsIdentifier( '1a' , 'r' ) ) assert_that( not iu.IsIdentifier( '123', 'r' ) ) assert_that( not iu.IsIdentifier( '_1a', 'r' ) ) assert_that( not iu.IsIdentifier( '_a' , 'r' ) ) assert_that( not iu.IsIdentifier( '' , 'r' ) )
def test_IsIdentifier_Default(self):
assert_that(iu.IsIdentifier('foo'))
assert_that(iu.IsIdentifier('foo129'))
assert_that(iu.IsIdentifier('f12'))
assert_that(iu.IsIdentifier('f12'))
assert_that(iu.IsIdentifier('_foo'))
assert_that(iu.IsIdentifier('_foo129'))
assert_that(iu.IsIdentifier('_f12'))
assert_that(iu.IsIdentifier('_f12'))
assert_that(iu.IsIdentifier('uniçode'))
assert_that(iu.IsIdentifier('uç'))
assert_that(iu.IsIdentifier('ç'))
assert_that(iu.IsIdentifier('çode'))
assert_that(not iu.IsIdentifier('1foo129'))
assert_that(not iu.IsIdentifier('-foo'))
assert_that(not iu.IsIdentifier('foo-'))
assert_that(not iu.IsIdentifier('font-face'))
assert_that(not iu.IsIdentifier(None))
assert_that(not iu.IsIdentifier(''))
def IsIdentifier_Default_test(): ok_( iu.IsIdentifier( 'foo' ) ) ok_( iu.IsIdentifier( 'foo129' ) ) ok_( iu.IsIdentifier( 'f12' ) ) ok_( iu.IsIdentifier( 'f12' ) ) ok_( iu.IsIdentifier( '_foo' ) ) ok_( iu.IsIdentifier( '_foo129' ) ) ok_( iu.IsIdentifier( '_f12' ) ) ok_( iu.IsIdentifier( '_f12' ) ) ok_( iu.IsIdentifier( 'uniçode' ) ) ok_( iu.IsIdentifier( 'uç' ) ) ok_( iu.IsIdentifier( 'ç' ) ) ok_( iu.IsIdentifier( 'çode' ) ) ok_( not iu.IsIdentifier( '1foo129' ) ) ok_( not iu.IsIdentifier( '-foo' ) ) ok_( not iu.IsIdentifier( 'foo-' ) ) ok_( not iu.IsIdentifier( 'font-face' ) ) ok_( not iu.IsIdentifier( None ) ) ok_( not iu.IsIdentifier( '' ) )
def IsIdentifier_Tex_test(): assert_that( iu.IsIdentifier( 'foo' , 'tex' ) ) assert_that( iu.IsIdentifier( 'fig:foo' , 'tex' ) ) assert_that( iu.IsIdentifier( 'fig:foo-bar', 'tex' ) ) assert_that( iu.IsIdentifier( 'sec:summary', 'tex' ) ) assert_that( iu.IsIdentifier( 'eq:bar_foo' , 'tex' ) ) assert_that( iu.IsIdentifier( 'fōo' , 'tex' ) ) assert_that( iu.IsIdentifier( 'some8' , 'tex' ) ) assert_that( not iu.IsIdentifier( '\\section', 'tex' ) ) assert_that( not iu.IsIdentifier( 'foo:' , 'tex' ) ) assert_that( not iu.IsIdentifier( '-bar' , 'tex' ) ) assert_that( not iu.IsIdentifier( '' , 'tex' ) )
