def testMemLeak(self):
question = ["-rw-r--r-- 1 md staff 13500 Dec 25 08:44 ftpparse.c",
"-rw-r--r-- 1 md staff 1719 Dec 25 08:44 ftpparse.h"]
gc.set_debug(gc.DEBUG_LEAK)
for i in range(2**16):
answer = ftpparse.ftpparse(question)
# this once produced a huge output
gc.collect()
def handle_close (self):
'''when the connection is closed we print out the recived data'''
self.close()
files = []
for x in ftpparse.ftpparse(self.buffer.split('\n')):
if x != None:
if x[ftpparse.CWD] == 1:
self.addtodo(self.path + x[ftpparse.NAME] + "/")
if x[ftpparse.RETR] == 1 and x[ftpparse.SIZE] > 99:
files.append((x[ftpparse.NAME], x[ftpparse.SIZE], x[ftpparse.MTIME]))
self.addfiles(self.path, files)
self.addfiles = None
self.addtodo = None
def append(self, item):
res=ftpparse.ftpparse([item])[0]
if res:
list_.append(self, res)
self._fname_dict[res[ftpparse.NAME]]=res
def append(self, item):
res = ftpparse.ftpparse([item])[0]
if res:
list_.append(self, res)
self._fname_dict[res[ftpparse.NAME]] = res
def testKnownValues(self):
"""Known Questions shoulsd result in known aswers."""
for (question, answer) in ftplines:
result = ftpparse.ftpparse([question])
self.assertEqual(answer, result)
