def __init__(self,
executable,
in_samples=None,
start_msgs=None,
in_raw=None,
sendnth=config.default_sendnth,
width=config.default_width,
output_msgs=True):
super(TestBenchIcarusOuter, self).__init__()
self.executable = executable
self.in_samples = in_samples
self.start_msgs = start_msgs
self.in_raw = in_raw
if (in_raw is not None) and (in_samples is not None
or start_msgs is not None):
raise ValueError(
"Cannot specify both (in_samples and/or start_msgs) and in_raw"
)
self.sendnth = sendnth
self.width = width
self.output_msgs = output_msgs
# Set the MyHDL drivers
self.drivers = [
self.clk_driver, self.get_output, self.send_input, self.prerun,
self.check_error
]
# Generate the raw data to send in.
if self.in_raw is None:
self.in_raw = []
if self.start_msgs is not None:
self.in_raw += self.start_msgs
# Subtracting 1 from width since we use 1st bit as a header.
self.in_raw += [
c_to_int(d, self.width / 2 - 1) for d in self.in_samples
]
def __init__(self,
executable,
in_samples,
in_ms=None,
start_msgs=None,
sendnth=config.default_sendnth,
width=config.default_width,
mwidth=config.default_mwidth):
TestBenchIcarusBase.__init__(self)
self.executable = executable
self.in_samples = in_samples
if in_ms is not None:
assert (len(in_samples) == len(in_ms))
self.in_ms = in_ms
else:
self.in_ms = [0] * len(in_samples)
self.start_msgs = start_msgs
self.sendnth = sendnth
self.width = width
self.mwidth = mwidth
# Output arrays
self.out_samples = []
self.out_ms = []
self.out_msgs = []
# Set the MyHDL drivers
self.drivers = [
self.clk_driver, self.get_output, self.check_error,
self.send_input, self.prerun, self.get_message_stream
]
# ???
self.in_raw = [c_to_int(d, self.width / 2) for d in self.in_samples]
def __init__(self, fpgaimage, in_samples=None, start_msgs=None,
width=config.default_width, in_raw=None, output_msgs=True):
self.fpgaimage = fpgaimage
self.in_samples = in_samples
self.start_msgs = start_msgs
self.width = width
self.in_raw = in_raw
self.output_msgs = output_msgs
# Generate the raw data to send in.
if in_raw is None:
if self.start_msgs is not None:
self.in_raw = self.start_msgs
else:
self.in_raw = []
# Subtracting 1 from width since we use 1st bit as a header.
self.in_raw += [c_to_int(d, self.width/2-1) for d in self.in_samples]
self.out_samples = []
self.out_ms = []
self.out_msgs = []
def __init__(self, executable, in_samples=None, start_msgs=None, in_raw=None,
sendnth=config.default_sendnth, width=config.default_width,
output_msgs=True):
super(TestBenchIcarusOuter, self).__init__()
self.executable = executable
self.in_samples = in_samples
self.start_msgs = start_msgs
self.in_raw = in_raw
if (in_raw is not None) and (in_samples is not None or start_msgs is not None):
raise ValueError("Cannot specify both (in_samples and/or start_msgs) and in_raw")
self.sendnth = sendnth
self.width = width
self.output_msgs = output_msgs
# Set the MyHDL drivers
self.drivers = [self.clk_driver, self.get_output,
self.send_input, self.prerun, self.check_error]
# Generate the raw data to send in.
if self.in_raw is None:
self.in_raw = []
if self.start_msgs is not None:
self.in_raw += self.start_msgs
# Subtracting 1 from width since we use 1st bit as a header.
self.in_raw += [c_to_int(d, self.width/2-1) for d in self.in_samples]
def __init__(self, executable, in_samples, in_ms=None, start_msgs=None,
sendnth=config.default_sendnth, width=config.default_width,
mwidth=config.default_mwidth):
TestBenchIcarusBase.__init__(self)
self.executable = executable
self.in_samples = in_samples
if in_ms is not None:
assert(len(in_samples) == len(in_ms))
self.in_ms = in_ms
else:
self.in_ms = [0] * len(in_samples)
self.start_msgs = start_msgs
self.sendnth = sendnth
self.width = width
self.mwidth = mwidth
# Output arrays
self.out_samples = []
self.out_ms = []
self.out_msgs = []
# Set the MyHDL drivers
self.drivers = [self.clk_driver, self.get_output, self.check_error,
self.send_input, self.prerun, self.get_message_stream]
# ???
self.in_raw = [c_to_int(d, self.width/2) for d in self.in_samples]