def xmlrpc_process(self, archiveDir, rarPassword=None):
""" Post process the specified directory. The -p option is preferable -- it will do this
for you, or use the current process if this XML-RPC call fails """
# FIXME: merge this with Daemon.postProcess
if not os.path.isdir(archiveDir):
raise Fault(
9001,
'Unable to process, not a directory: ' + toUnicode(archiveDir))
if not os.access(archiveDir, os.R_OK) or not os.access(
archiveDir, os.W_OK):
raise Fault(9001, 'Unable to process, no read/write access to directory: ' + \
toUnicode(archiveDir))
dirName = os.path.dirname(archiveDir.rstrip(os.sep))
# We are the queue daemon -- Symlink to the archiveDir. If we are ctrl-ced, we'll
# pick up the post processing afterward restart
if os.path.normpath(dirName) != os.path.normpath(
Hellanzb.PROCESSING_DIR):
destDir = dupeName(
os.path.join(Hellanzb.PROCESSING_DIR,
os.path.basename(archiveDir.rstrip(os.sep))))
# UNIX: symlink, windows =[
os.symlink(archiveDir, destDir)
archiveDir = destDir
archive = Archive(archiveDir, rarPassword=rarPassword)
troll = PostProcessor(archive)
troll.start()
return self.xmlrpc_status()
def xmlrpc_process(self, archiveDir, rarPassword = None):
""" Post process the specified directory. The -p option is preferable -- it will do this
for you, or use the current process if this XML-RPC call fails """
# FIXME: merge this with Daemon.postProcess
if not os.path.isdir(archiveDir):
raise Fault(9001, 'Unable to process, not a directory: ' + toUnicode(archiveDir))
if not os.access(archiveDir, os.R_OK) or not os.access(archiveDir, os.W_OK):
raise Fault(9001, 'Unable to process, no read/write access to directory: ' + \
toUnicode(archiveDir))
dirName = os.path.dirname(archiveDir.rstrip(os.sep))
# We are the queue daemon -- Symlink to the archiveDir. If we are ctrl-ced, we'll
# pick up the post processing afterward restart
if os.path.normpath(dirName) != os.path.normpath(Hellanzb.PROCESSING_DIR):
destDir = dupeName(os.path.join(Hellanzb.PROCESSING_DIR,
os.path.basename(archiveDir.rstrip(os.sep))))
# UNIX: symlink, windows =[
os.symlink(archiveDir, destDir)
archiveDir = destDir
archive = Archive(archiveDir, rarPassword = rarPassword)
troll = PostProcessor(archive)
troll.start()
return self.xmlrpc_status()
def testDupeName(self):
""" Test the dupeName functionality. """ + dupeName.__doc__
testFile = os.path.join(self.tempDir, 'file')
testFile0 = os.path.join(self.tempDir, 'file_hellanzb_dupe0')
testFile1 = os.path.join(self.tempDir, 'file_hellanzb_dupe1')
testFile2 = os.path.join(self.tempDir, 'file_hellanzb_dupe2')
self.assertEqual(dupeName(testFile), testFile)
self.assertEqual(dupeName(testFile, eschewNames = (testFile)), testFile0)
touch(testFile)
touch(testFile0)
self.assertEqual(dupeName(testFile), testFile1)
self.assertEqual(dupeName(testFile, eschewNames = (testFile1)), testFile2)
# checkOnDisk = False, minIteration = 0 should do nothing
self.assertEqual(dupeName(testFile, checkOnDisk = False, minIteration = 0),
testFile)
def testDupeName(self):
""" Test the dupeName functionality. """ + dupeName.__doc__
testFile = os.path.join(self.tempDir, 'file')
testFile0 = os.path.join(self.tempDir, 'file_hellanzb_dupe0')
testFile1 = os.path.join(self.tempDir, 'file_hellanzb_dupe1')
testFile2 = os.path.join(self.tempDir, 'file_hellanzb_dupe2')
self.assertEqual(dupeName(testFile), testFile)
self.assertEqual(dupeName(testFile, eschewNames=(testFile)), testFile0)
touch(testFile)
touch(testFile0)
self.assertEqual(dupeName(testFile), testFile1)
self.assertEqual(dupeName(testFile, eschewNames=(testFile1)),
testFile2)
# checkOnDisk = False, minIteration = 0 should do nothing
self.assertEqual(dupeName(testFile, checkOnDisk=False, minIteration=0),
testFile)
def handleDupeNZBFile(nzbFile):
""" Handle a duplicate NZBFile file on disk (prior to writing a new one), if one exists
"""
dest = nzbFile.getDestination()
# Ignore .nfo files -- newzbin.com dumps the .nfo file to the end of every nzb (if one
# exists) -- so it's commonly a dupe. If it's already been downloaded (is an actual
# fully assembled NZBFile on disk, not an NZBSegment), just overwrite it
if validWorkingFile(dest, overwriteZeroByteFiles =
nzbFile.nzb.overwriteZeroByteFiles) and \
getFileExtension(dest) != 'nfo':
# Set a new dupeName -- avoid setting a dupeName that is on disk or in the
# eschewNames (like above in handleDupeNZBSegment)
dupeNZBFileName = dupeName(dest, eschewNames = knownRealNZBFilenames())
info('Duplicate file, renaming: %s to %s' % (os.path.basename(dest),
os.path.basename(dupeNZBFileName)))
debug('handleDupeNZBFile: renaming: %s to %s' % (os.path.basename(dest),
os.path.basename(dupeNZBFileName)))
os.rename(dest, dupeNZBFileName)
def handleDupeNZBFile(nzbFile):
""" Handle a duplicate NZBFile file on disk (prior to writing a new one), if one exists
"""
dest = nzbFile.getDestination()
# Ignore .nfo files -- newzbin.com dumps the .nfo file to the end of every nzb (if one
# exists) -- so it's commonly a dupe. If it's already been downloaded (is an actual
# fully assembled NZBFile on disk, not an NZBSegment), just overwrite it
if validWorkingFile(dest, overwriteZeroByteFiles =
nzbFile.nzb.overwriteZeroByteFiles) and \
getFileExtension(dest) != 'nfo':
# Set a new dupeName -- avoid setting a dupeName that is on disk or in the
# eschewNames (like above in handleDupeNZBSegment)
dupeNZBFileName = dupeName(dest, eschewNames=knownRealNZBFilenames())
info('Duplicate file, renaming: %s to %s' %
(os.path.basename(dest), os.path.basename(dupeNZBFileName)))
debug('handleDupeNZBFile: renaming: %s to %s' %
(os.path.basename(dest), os.path.basename(dupeNZBFileName)))
os.rename(dest, dupeNZBFileName)