def test_listOfTagPatternGenerator(self):
"""
Querying a list which contains a tag for patterns gives back the tag if
the tag has a matching pattern special.
"""
patterns = IQ([tags.div(pattern="foo", bar="baz")]).patternGenerator("foo")
for i in xrange(3):
self.assertEqual(patterns.next().attributes['bar'], "baz")
def test_listOfTagPatternGenerator(self):
"""
Querying a list which contains a tag for patterns gives back the tag if
the tag has a matching pattern special.
"""
patterns = IQ([tags.div(pattern="foo",
bar="baz")]).patternGenerator("foo")
for i in xrange(3):
self.assertEqual(patterns.next().attributes['bar'], "baz")
def testNonClonableDefault(self):
gen = IQ(flat.precompile(notEnough)).patternGenerator('foo', 'bar')
new = gen.next()
self.assertEquals(new, 'bar')
def testClonableDefault(self):
orig = tags.p["Hello"]
gen = IQ(flat.precompile(notEnough)).patternGenerator('foo', orig)
new = gen.next()
self.assertEquals(new.tagName, 'p')
self.assertNotIdentical(orig, new)
def testNonClonableDefault(self):
gen = IQ(flat.precompile(notEnough)).patternGenerator('foo', 'bar')
new = gen.next()
self.assertEquals(new, 'bar')
def testClonableDefault(self):
orig = tags.p["Hello"]
gen = IQ(flat.precompile(notEnough)).patternGenerator('foo', orig)
new = gen.next()
self.assertEquals(new.tagName, 'p')
self.assertNotIdentical(orig, new)
