def __init__(self):
self.msg1fifo = gs.msgfifo("receiver")
self.msg2fifo = gs.msgfifo()
self.msg3fifo = gs.msgfifo("second_rx")
gs.spawn(self.sender)
gs.spawn(self.receiver)
gs.spawn(self.internal)
gs.spawn(self.rx2)
gs.end_of_simulation(self.cb, args=("end-of-sim",))
gs.end_of_elaboration(self.cb, args=("end-of-elab",))
gs.start_of_simulation(self.cb, args=("start-of-sim",))
tmp = no_process()
print tmp.name, tmp.full_name
tmp1 = no_process()
print tmp1.name, tmp1.full_name
tmp2 = no_process()
print tmp2.name, tmp2.full_name
gs.config_lua("test_gs_param.cfg.lua")
# Describe the system
addr = gs.fifo()
data = gs.fifo()
cpu1 = cpu(addr,data)
memory1 = memory(addr,data)
# Try an Array Parameter
ap = gs.param("test_array")
print ap
for a in ap: print a()+20
# Test the callbacks
def pp(x): print x
gs.end_of_elaboration(lambda: pp("eoe"))
gs.end_of_simulation(lambda: pp("ssss"))
gs.end_of_simulation(lambda: pp("eos"))
# A simple process to keep the kernel alive a bit
def goon():
for i in range(4):
gs.wait(25+25*i,gs.NS)
print gs.simulation_time()
gs.spawn(goon)
# Start!
gs.start(100,gs.NS)
#gs.start()
cpu1 = cpu(addr, data)
memory1 = memory(addr, data)
# Try an Array Parameter
ap = gs.param("test_array")
print ap
for a in ap:
print a() + 20
# Test the callbacks
def pp(x):
print x
gs.end_of_elaboration(lambda: pp("eoe"))
gs.end_of_simulation(lambda: pp("ssss"))
gs.end_of_simulation(lambda: pp("eos"))
# A simple process to keep the kernel alive a bit
def goon():
for i in range(4):
gs.wait(25 + 25 * i, gs.NS)
print gs.simulation_time()
gs.spawn(goon)
# Start!
gs.start(100, gs.NS)
print "loop starts"
for i in range(40):
print 'p',
for j in range(1000): pass
print
print "signal is now", mysig.read()
if use_wind: gs.use_winpdb()
gs.spawn(lambda : f(100, "slow"), debug = to_debug[0])
gs.spawn(lambda : f(55, "fast"), "fast", to_debug[1], time_unit = gs.MS)
gs.spawn(g, "faster", to_debug[2], time_unit = gs.MS)
def hello():
print "hello there at end of elab"
print "and start of sim"
gs.end_of_elaboration(hello)
gs.start_of_simulation(hello)
def goodbye():
print "goodbye at end of sim"
gs.end_of_simulation(goodbye)
print "processes declared"
if gs.__standalone__:
gs.start(1,gs.US)
gs.stop()