def testPoppingLinesWithUnixAndWindowsStyleLinebreaksIsEqualent(self):
line = "hai"
self.assertEqual(
popLine(line + linebreak),
popLine(line + altLinebreak)
)
def testPoppingLinesWithMultipleLineTerminators(self):
text1 = "hello\nthere\r\nworld"
text2 = "hello\r\nthere\nworld"
p1, text1 = popLine(text1)
p2, text2 = popLine(text2)
self.assertEqual(p1, "hello")
self.assertEqual(p2, "hello")
self.assertEqual(text1, "there\r\nworld")
self.assertEqual(text2, "there\nworld")
def testPoppingLines(self):
text = "hello\nthere\nworld"
self.assertEqual(
popLine(text),
("hello", "there\nworld")
)
def popHeaders(message, stripValues=True):
"""
Returns the headers as a tuple of (name, value) tuples, and the entity.
Whitespace is stripped from the left of values, unless stripValues is false.
"""
headers = tuple()
h, message = popLine(message)
while h:
if not headerDelimiter in h:
raise ValueError("Bad header.")
name, value = h.split(headerDelimiter, 1)
if stripValues: value = value.lstrip()
headers = appendPair(headers, name, value)
h, message = popLine(message)
entity = message
return headers, entity
def _popTopLine(message):
"""
Pop off the top line and break it into three parts seperated by spaces.
Spaces in the third part are preserved.
Returns a tuple with the three parts, and the rest of the message.
If there are not at least 2 spaces, a ValueError is raised.
"""
topLine, message = popLine(message)
if topLine.count(topDelimiter) < 2: raise ValueError("Bad top line.")
return tuple((topLine.split(topDelimiter, 2) + [message]))
def testPoppingEmptyText(self):
self.assertEqual(
popLine(""),
(None, "")
)
