def eval(self, name):
# read the test case
try:
testcase = open(testfiles % name)
data = testcase.read()
description, expect = self.desc_re.search(data).groups()
testcase.close()
except:
raise RuntimeError, "can't parse %s" % name
# parse and reconstitute to a string
work = StringIO.StringIO()
results = feedparser.parse(data)
scrub(testfiles % name, results)
reconstitute(results, results.entries[0]).writexml(work)
# verify the results
results = feedparser.parse(work.getvalue().encode('utf-8'))
if 'illegal' not in name:
self.assertFalse(results.bozo, 'xml is well formed')
if not self.simple_re.match(expect):
self.assertTrue(eval(expect, results.entries[0]), expect)
else:
lhs, rhs = self.simple_re.match(expect).groups()
self.assertEqual(eval(rhs), eval(lhs, results.entries[0]))
def eval(self, name):
# read the test case
try:
testcase = open(testfiles % name)
data = testcase.read()
description, expect = self.desc_re.search(data).groups()
testcase.close()
except:
raise RuntimeError, "can't parse %s" % name
# parse and reconstitute to a string
work = StringIO.StringIO()
results = feedparser.parse(data)
scrub(testfiles%name, results)
reconstitute(results, results.entries[0]).writexml(work)
# verify the results
results = feedparser.parse(work.getvalue().encode('utf-8'))
if 'illegal' not in name:
self.assertFalse(results.bozo, 'xml is well formed')
if not self.simple_re.match(expect):
self.assertTrue(eval(expect, results.entries[0]), expect)
else:
lhs, rhs = self.simple_re.match(expect).groups()
self.assertEqual(eval(rhs), eval(lhs, results.entries[0]))
def generate(self, feed, entry):
from planet.reconstitute import reconstitute
xdoc = reconstitute(feed, entry)
xml = xdoc.documentElement.toxml()
return StringParser().parse(xml.encode('utf-8'))
def generate(self, feed, entry):
from planet.reconstitute import reconstitute
xdoc = reconstitute(feed, entry)
xml = xdoc.documentElement.toxml()
return StringParser().parse(xml.encode('utf-8'))
