def test_MultipartParserSeveralReadingSizes(self):
# The pure fact that the parser ends is good,
# there's really nothing else to check.
for size in [2**i for i in xrange(20)]:
message = self._createMIMEMessage(True)
inputContent= StringIO.StringIO(message)
handler = ngamsMIMEMultipart.ContainerBuilderHandler()
parser = ngamsMIMEMultipart.MIMEMultipartParser(handler, inputContent, len(message), size)
parser.parse()
def _test_MultipartParser(self, onlyDirs):
message = self._createMIMEMessage(onlyDirs)
inputContent= StringIO.StringIO(message)
handler = ngamsMIMEMultipart.ContainerBuilderHandler()
parser = ngamsMIMEMultipart.MIMEMultipartParser(handler, inputContent, len(message), 1024000)
parser.parse()
root = handler.getRoot()
self.assertTrue(root, "No container found")
self.assertEquals("toplevel", root.getContainerName())
nContainers = self._countContainers(root)
self.assertEquals(nContainers, len(self.mydirs), "Not all containers found in the MIME message")
if not onlyDirs:
nFiles = self._countFiles(root)
self.assertEquals(nFiles, len(self.myfiles), "Not all files found in the MIME message")