def testPathMapperCallsFunctionWithKWArgs(self):
self.kwargs = {}
def f(*args, **kwargs):
self.kwargs = kwargs
p = PathMapper([(r"^/a/(?P<key>\w)$", f)])
p.resolve("/a/b")
self.assertEquals("b", self.kwargs["key"])
def testPathMapperCallsFunctionWithArgs(self):
self.args = ()
def f(*args):
self.args = args
p = PathMapper([(r"^/a/(\w)$", f)])
p.resolve("/a/b")
self.assertEquals(("b",), self.args)
def testPathMapperCallsFunction(self):
self.called = False
def f():
self.called = True
p = PathMapper([(r"^/abc$", f)])
p.resolve("/abc")
self.assertEquals(True, self.called)
def testPathMapperHandlesBothCountAndKeywords(self):
self.flag = False
def f(count, key=None):
if count == "1" and key == "test":
self.flag = True
else:
print "'%d' '%d'" % (count, key)
p = PathMapper([(r"^/a/(\d+)/(?P<key>\w+)$", f)])
p.resolve("/a/1/test")
self.assertEquals(True, self.flag)
def testPathMapperReturnsNoneOnMissedPath(self):
p = PathMapper([(r"^/a/(?P<key>\w)$", None)])
self.assertEquals(None, p.resolve("/b/asc"))
self.assertEquals(None, p.resolve("/a/bc"))
self.assertEquals(None, p.resolve("/"))
def testPathMapperReturnsFunctionResult(self):
def f(*args, **kwargs):
return True
p = PathMapper([(r"^/a/(?P<key>\w)$", f)])
self.assertEquals(True, p.resolve("/a/b"))
