def out_tuple(self, req, msgid, message, data):
# output a tuple into a tuplespace
ts, tup = str(data[0]), data[1]
assert utils.isTupleSpaceId(ts), "%s is not a tuplespace id" % (ts, )
assert local_ts.has_key(ts)
local_ts[ts]._out(tup)
stats.inc_stat("message_out_total")
req.send(msgid, (done, ))
def out_tuple(self, req, msgid, message, data):
# output a tuple into a tuplespace
ts, tup = str(data[0]), data[1]
assert utils.isTupleSpaceId(ts), "%s is not a tuplespace id" % (ts, )
assert local_ts.has_key(ts)
local_ts[ts]._out(tup)
stats.inc_stat("message_out_total")
req.send(msgid, (done, ))
def in_tuple(self, req, msgid, message, data):
ts, template, tid = str(data[0]), data[1], str(data[2])
unblockable = message == inp_tuple
blocked_threads[tid] = (req, ts)
assert utils.isTupleSpaceId(ts), "%s is not a tuplespace id" % (ts, )
assert local_ts.has_key(ts)
r = local_ts[ts]._in(tid, template, unblockable)
stats.inc_stat("message_in_total")
if r is not None:
del blocked_threads[tid]
utils.changeOwner(r, ts, utils.getProcessIdFromThreadId(tid))
req.send(msgid, ("RESULT_TUPLE", r))
else:
pass # this thread is now blocked
def in_tuple(self, req, msgid, message, data):
ts, template, tid = str(data[0]), data[1], str(data[2])
unblockable = message == inp_tuple
blocked_threads[tid] = (req, ts)
assert utils.isTupleSpaceId(ts), "%s is not a tuplespace id" % (ts, )
assert local_ts.has_key(ts)
r = local_ts[ts]._in(tid, template, unblockable)
stats.inc_stat("message_in_total")
if r is not None:
del blocked_threads[tid]
utils.changeOwner(r, ts, utils.getProcessIdFromThreadId(tid))
req.send(msgid, ("RESULT_TUPLE", r))
else:
pass # this thread is now blocked
def read_tuple(self, req, msgid, message, data):
ts, template, tid = str(data[0]), data[1], str(data[2])
unblockable = message == inp_tuple
blocked_threads[tid] = (req, ts)
assert utils.isTupleSpaceId(ts), "%s is not a tuplespace id" % (ts, )
assert local_ts.has_key(ts)
r = local_ts[ts]._rd(tid, template, unblockable)
stats.inc_stat("message_rd_total")
if r is not None:
del blocked_threads[tid]
# we found a tuple so update the references and return it
utils.addReference(r, utils.getProcessIdFromThreadId(tid))
req.send(msgid, ("RESULT_TUPLE", r))
else:
pass # this thread is now blocked
def read_tuple(self, req, msgid, message, data):
ts, template, tid = str(data[0]), data[1], str(data[2])
unblockable = message == inp_tuple
blocked_threads[tid] = (req, ts)
assert utils.isTupleSpaceId(ts), "%s is not a tuplespace id" % (ts, )
assert local_ts.has_key(ts)
r = local_ts[ts]._rd(tid, template, unblockable)
stats.inc_stat("message_rd_total")
if r is not None:
del blocked_threads[tid]
# we found a tuple so update the references and return it
utils.addReference(r, utils.getProcessIdFromThreadId(tid))
req.send(msgid, ("RESULT_TUPLE", r))
else:
pass # this thread is now blocked
