def doit(self):
msg = gs.message()
msg["sender"] = "sender"
msg["command"] = "start"
msg["reply"] = self.msgfifo.name()
msg["sub"] = gs.message('a', 'b', 'c')
# Send to receiver
try:
print self.name(), ": sending a message to receiver: start"
receiver = gs.findReceiver("Zreceiver")
receiver.write(msg)
except gs.BadReceiverName, e:
print self.name(), ": invalid receiver:", e
receiver = gs.findReceiver("receiver")
receiver.write(msg)
def sender(self):
gs.wait(10,gs.NS)
print self.name(), ": sending a message"
msg = gs.message()
msg["command"] = "hello"
msg["value"] = 2.1734
msg["reply"] = self.msg2fifo.name()
msg["boolt"] = True
msg["boolf"] = False
ss = gs.message(hello = 10, fish = "james")
msg["sub"] = ss
remote = gs.findReceiver("sc-bidir.sc-bidir")
remote.write(msg)
print self.name(), ": waiting for messages on", self.msg2fifo.name()
msg1 = self.msg2fifo.read()
print self.name(), ": got a reply", msg1["command"], ". Field foo.pi =", msg1["foo.pi"]
def doit(self):
msg = gs.message()
msg["sender"] = "sender"
msg["command"] = "start"
msg["reply"] = self.msgfifo.name()
msg["sub"] = gs.message('a', 'b', 'c')
# Send to receiver
try:
print self.name(), ": sending a message to receiver: start"
receiver = gs.findReceiver("Zreceiver")
receiver.write(msg)
except gs.BadReceiverName, e:
print self.name(), ": invalid receiver:", e
receiver = gs.findReceiver("receiver")
receiver.write(msg)
def rx2(self):
prev = gs.message(fish = -1)
nr_rx = 0
while nr_rx < 20:
t = self.msg3fifo.read()
nr_rx += 1
print nr_rx, "now I read a message with fish =", t["fish"], prev["fish"]
prev = t
def doit(self):
msg = gs.message(
sender="sender",
configset=gs.message(
cache=gs.message(size=10),
CPU=gs.message("adder", "multiplexor"),
),
reply=self.msgfifo.name(),
)
# Send to receiver
try:
print self.name(), ": sending a message to receiver: start"
receiver = gs.findReceiver("receiver")
receiver.write(msg)
except BadReceiverName, e:
print self.name(), ": invalid receiver:", e.message
return
def sender(self):
dest = gs.findReceiver("sc-bidir.sc-bidir")
x = 0
while True:
msg = gs.message(sender="python", command="test", data=x)
x += 1
print " send new msg", x, "to", dest.num_free()
while not dest.nb_write(msg):
gs.wait(dest.data_read_event())
def sender(self):
dest = gs.findReceiver("sc-bidir.sc-bidir")
x = 0
while True:
msg = gs.message(sender = "python", command = "test", data = x)
x += 1
print " send new msg", x, "to", dest.num_free()
while not dest.nb_write(msg):
gs.wait(dest.data_read_event());
def doit(self):
msg = gs.message(
sender = "sender",
configset = gs.message(
cache = gs.message(size = 10),
CPU = gs.message("adder", "multiplexor"),
),
reply = self.msgfifo.name(),
)
# Send to receiver
try:
print self.name(), ": sending a message to receiver: start"
receiver = gs.findReceiver("receiver")
receiver.write(msg)
except BadReceiverName, e:
print self.name(), ": invalid receiver:", e.message
return
def internal(self):
gs.wait(3,gs.NS)
tmp = no_process("py_no_process")
tmp.debug = test_debug
gs.wait(35,gs.NS)
m = gs.findReceiver("gs_module.py_no_process")
# can use "tmp" directly of course #
for i in range(10):
ms = gs.message()
ms["fish"] = i*i
m.nb_write(ms)
gs.wait(5,gs.NS)
gs.stop()
