def testParseTreeNoCloseLi(self):
try:
ListTree.parse("tree<ul><li>a<li>b<ul><li>c</ul></ul>")
except Exception:
pass
else:
self.fail("Doesn't handle lists with </li> missing.")
def testParseTreeNoCloseLi(self):
try:
ListTree.parse("tree<ul><li>a<li>b<ul><li>c</ul></ul>")
except Exception:
pass
else:
self.fail("Doesn't handle lists with </li> missing.")
def trees(self):
return GridFixture([
[ ListTree.parse("a"),
ListTree.parse("<ul><li>a</li></ul>") ],
[ ListTree.parse("<ul><li>BB</li></ul>"),
ListTree.parse("<ul><li>a</li><li>BB</li></ul>")]],
{"name": TreeTypeAdapter})
def trees(self):
return GridFixture(
[[ListTree.parse("a"),
ListTree.parse("<ul><li>a</li></ul>")],
[
ListTree.parse("<ul><li>BB</li></ul>"),
ListTree.parse("<ul><li>a</li><li>BB</li></ul>")
]], {"name": TreeTypeAdapter})
def tree(self, aString = None):
if aString is None:
aTree = ListTree("")
aTree.addChild(ListTree("a"))
aTree.addChild(ListTree("BB"))
return aTree
else:
return ListTree.parse(aString)
def tree(self, aString=None):
if aString is None:
aTree = ListTree("")
aTree.addChild(ListTree("a"))
aTree.addChild(ListTree("BB"))
return aTree
else:
return ListTree.parse(aString)
def testParseTree1(self):
text = "tree<ul><li>a</li></ul>"
parsed = ListTree.parse(text).toString()
print text
print parsed
assert text == parsed
def testParseTop(self):
assert self.topTree, ListTree.parse("top")
def assertParsed(self, s):
print s
result = ListTree.parse(s).toString()
print result
assert s == result
def testTreeTextWithTags(self):
s = "tree<ul><li>a<i>b</i><b>c</b></li></ul>"
assert "tree<ul><li>abc</li></ul>" == ListTree.parse(s).textToString()
def testParseSpace(self):
assert "a" == ListTree.parse("<i>a </i>").text
def testParseTop(self):
assert self.topTree, ListTree.parse("top")
def assertParsed(self, s):
print s
result = ListTree.parse(s).toString()
print result
assert s == result
def testTreeTextWithTags(self):
s = "tree<ul><li>a<i>b</i><b>c</b></li></ul>"
assert "tree<ul><li>abc</li></ul>" == ListTree.parse(s).textToString()
def testParseSpace(self):
assert "a" == ListTree.parse("<i>a </i>").text
def testParseTree1(self):
text = "tree<ul><li>a</li></ul>"
parsed = ListTree.parse(text).toString()
print text
print parsed
assert text == parsed
def __init__(self, i, aTree):
self.i = i
self.tree = ListTree.parse(aTree)