def __init__(self, in1, in2, out):
self.in1 = gs.sc_signal(in1)
self.in2 = gs.sc_signal(in2)
gs.spawn(self.doit)
self.h = gs.param("hello")
self.m = gs.param("message")
def __init__(self, in1, in2, out):
self.in1 = gs.sc_signal(in1)
self.in2 = gs.sc_signal(in2)
gs.spawn(self.doit)
self.h = gs.param("hello")
self.m = gs.param("message")
def configure_gav_output(self):
# Parameters
self.addr = gs.param("addr")
self.data = gs.param("data")
# need to initialise a parameter if we want it searcheable by name
self.addr(0)
# Configure output to file "test_gav_output.txt"
print "Output parameter changes to file: test_gav_output.txt"
self.file_output = gs.av.output(gs.av.TXT_FILE_OUT, "test_gav_output.txt")
# Add parameters to the output (by name or reference)
self.file_output.add("addr")
self.file_output.add(self.data)
def configure_gav_output(self):
# Parameters
self.addr = gs.param("addr")
self.data = gs.param("data")
# need to initialise a parameter if we want it searcheable by name
self.addr(0)
# Configure output to file "test_gav_output.txt"
print "Output parameter changes to file: test_gav_output.txt"
self.file_output = gs.av.output(gs.av.TXT_FILE_OUT,
"test_gav_output.txt")
# Add parameters to the output (by name or reference)
self.file_output.add("addr")
self.file_output.add(self.data)
def doit(self):
k = False
while True:
gs.wait(self.in1.write_event() | self.in2.write_event())
print "diff is", self.in1.read() - self.in2.read(), an_int
print "->", self.h(), self.m()
gs.wait(30, gs.NS)
if not k: k = gs.param("another")
print "-->", k()
def doit(self):
k = False
while True:
gs.wait(self.in1.write_event() | self.in2.write_event())
print "diff is", self.in1.read() - self.in2.read(), an_int
print "->", self.h(), self.m()
gs.wait(30,gs.NS)
if not k: k = gs.param("another")
print "-->", k()
def doit(self):
k = False
while True:
gs.wait(self.in1.write_event() | self.in2.write_event())
self.out.write(self.in1.read() + self.in2.read())
print "adder out", self.out.read(), an_int
gs.wait(10, gs.NS)
print "->", self.h(), self.m()
if not k: k = gs.param("test")
print "-->", k()
def doit(self):
k = False
while True:
gs.wait(self.in1.write_event() | self.in2.write_event())
self.out.write(self.in1.read() + self.in2.read())
print "adder out", self.out.read(), an_int
gs.wait(10,gs.NS)
print "->", self.h(), self.m()
if not k: k = gs.param("test")
print "-->", k()
def __init__(self, in1, out):
self.in1 = in1
self.out = out
gs.spawn(self.doit)
# Get memory contents as a parameter
self.MEM = gs.param("MEM")
def __init__(self, in1, out):
self.in1 = in1
self.out = out
gs.spawn(self.doit)
# Get memory contents as a parameter
self.MEM = gs.param("MEM")
def __init__(self, req, ack):
self.req = req
self.ack = ack
gs.spawn(self.doit)
self.testparam = gs.param("foo.bar.zoo")
gs.spawn(self.doit)
# Get memory contents as a parameter
self.MEM = gs.param("MEM")
# Load config file
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)
def __init__(self, req, ack):
self.req = req
self.ack = ack
gs.spawn(self.doit)
self.testparam = gs.param("foo.bar.zoo")
gs.spawn(self.doit)
# Get memory contents as a parameter
self.MEM = gs.param("MEM")
# Load config file
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"))
