pass
strings = [(
# assignment + expressions
'a = b',
'\na = b + c',
'a = b+c/3.0 - 12',
'a = 12px',
'a= 12px + 1/4%',
'a = a b',
# @declares
'@import("abc.css")',
'@dothis()',
'@other(1, 3, 4+5, 45/manhatten)',
),()]
def make_pass(text):
def meta(self, *a, **b):
result = grammar.process(text)
self.assertEquals(str(result), text)
# self.assertEquals(''.join(str(tk) for tk in result), text)
return meta
for st in strings[0]:
setattr(Parse, st, make_pass(st))
all_tests = test_suite = magictest.suite(__name__)
## import unittest
## unittest.TextTestRunner(verbosity=2).run(test_suite())
# vim: et sw=4 sts=4
class SmallTest(TestCase):
pass
def make_pass(grammar, text):
def meta(self):
try:
return grammar.process(text)
except ParseError:
return grammar.process(text, debug=True)
return meta
def make_fail(grammar, text):
def meta(self):
try:
tree = grammar.process(text)
self.fail('Expected "%s" to fail' % text.encode('string_escape'))
except ParseError:
pass
return meta
for func, strings in tests.iteritems():
grammar = make_grammar(func)
name = func.__name__
for i, good in enumerate(strings[0]):
setattr(SmallTest, name + '_good_%d' % i, make_pass(grammar, good))
for i, bad in enumerate(strings[1]):
setattr(SmallTest, name + '_bad_%d' % i, make_fail(grammar, bad))
all_tests = suite(__name__)
print css
self.assertEqual(a, css)
return meta
for i, (ccss, css, name) in enumerate(cases):
setattr(Convert, "convert_%d_%s" % (i, name), make_convert(ccss, css))
def check_parse(text):
try:
return grammar.process(text)
except:
return grammar.process(text, debug=True)
def check_fail(text):
try:
grammar.process(text)
except:
pass
else:
grammar.process(text, debug=True)
raise Exception("was supposed to fail on '%s'" % text.encode("string_escape"))
all_tests = magictest.suite(__name__)
# vim: et sw=4 sts=4
class Basic(TestCase):
pass
def make_func(func, *args, **kwargs):
def meta(self):
func(*args, **kwargs)
return meta
def make_token(string):
def meta(self):
list(grammar.get_tokens(string))
return meta
def make_trans(a, b):
def meta(self):
nw = JSON.from_string(a)
self.assertEqual(nw, b)
return meta
to_parse = ['[]','{}','[1,2,3]','{"hello":5, "man":[23,43,"yo"]}', "'he\\'llo'", '"double\\" \'escape"']
for i, string in enumerate(to_parse):
setattr(Basic, 'parse_%d' % i, make_func(grammar.process, string))
parsed = [[], {}, [1,2,3], {'hello':5, 'man':[23, 43, 'yo']}, "he'llo", 'double" \'escape']
for i, (string, py) in enumerate(zip(to_parse, parsed)):
setattr(Basic, 'translate_%d' % i, make_trans(string, py))
all_tests = suite(__name__)
# vim: et sw=4 sts=4
]
def make_pass(text):
def meta(self, *a, **b):
result = grammar.process(text)
self.assertEquals(str(result), text)
# self.assertEquals(''.join(str(tk) for tk in result), text)
return meta
for st in strings[0]:
setattr(Parse, st, make_pass(st))
all_tests = test_suite = magictest.suite(__name__)
## import unittest
## unittest.TextTestRunner(verbosity=2).run(test_suite())
# vim: et sw=4 sts=4
########NEW FILE########
__FILENAME__ = parsing
#!/usr/bin/env python
import magictest
from magictest import MagicTest as TestCase
import clevercss
from clevercss.grammar import grammar
from codetalker.pgm.grammar import Text, ParseError