def worker_post_message(cls, key, payload):
"""
Send a message to the workpool on stdout.
Called by a worker.
"""
msg = cls.build_message(key, payload)
ns = netstring.encode(msg)
sys.stdout.write(ns)
sys.stdout.flush()
def worker_post_message( cls, key, payload ):
"""
Send a message to the workpool on stdout.
Called by a worker.
"""
msg = cls.build_message( key, payload )
ns = netstring.encode( msg )
sys.stdout.write( ns )
sys.stdout.flush()
def read(self, size):
size=640 * 1024
tmp=[]
totlen = 0
if self._tmp:
a, self._tmp = self._tmp, None
return a
for i in self.it:
s = netstring.encode(pickle.dumps(i, pickle.HIGHEST_PROTOCOL))
l = len(s)
if totlen==0 and l>size:
raise Exception()
elif l+totlen>size:
self.totalsize+=totlen #ASD
self._tmp = s
return ''.join(tmp)
else:
tmp.append(s)
totlen+=l
self.totalsize+=totlen #
return ''.join(tmp)
def writemsg(self, wfd, msg):
"""
Write message to stdin.
Return True if successfully flushed
Return False if we had to carry some over.
Return None if the process is dead.
NOTE: call flush() first, and only call this
method if flush() returns True.
"""
nm = netstring.encode(msg)
rc = self.write_or_carry(wfd, nm)
if rc is None:
# process died
return None
if not rc:
# carried
return False
# success!
return True
def writemsg( self, wfd, msg ):
"""
Write message to stdin.
Return True if successfully flushed
Return False if we had to carry some over.
Return None if the process is dead.
NOTE: call flush() first, and only call this
method if flush() returns True.
"""
nm = netstring.encode( msg )
rc = self.write_or_carry( wfd, nm )
if rc is None:
# process died
return None
if not rc:
# carried
return False
# success!
return True