def nnp(self, key, data, sfr):
msg = SCPMessage(cmd_rc=scamp.CMD_NNP)
#initlise values
msg._arg1 = key
msg._arg2 = data
msg._arg3 = sfr
self.transceiver.conn.send_scp_msg(msg)
def nnp(self, key, data, sfr):
msg = SCPMessage(cmd_rc=scamp.CMD_NNP)
#initlise values
msg._arg1 = key
msg._arg2 = data
msg._arg3 = sfr
self.transceiver.conn.send_scp_msg(msg)
def app_signal(self, app_id, signal_id, state_id=None, x=None,
y=None, range=None):
'''
method that allows signals to be polled and sent to areas of a board
'''
#define the region
region = ""
if(x is None and y is None):
region = "all"
if signal_id not in self.signal_states:
raise exceptions.SpinnManException("signal definition does not "
"exist for {}. List is {}"
.format(signal_id,
self.signal_states))
region = self.spinnaker_utility.parse_region(region, x, y)
#locate signal name id
signal = self.signal_states[signal_id]
#locate state id
state = None
if signal_id >= 16:
if state_id is not None:
if state_id in self.states:
state = self.states[state_id]
else:
raise exceptions.SpinnManException("No state with that id")
else:
raise exceptions.SpinnManException("state was defined as None "
"when using a and/or/count "
"signal")
#locate type of signal
signal_type = self.sig_type[signal]
#parse the apps for a app mask
app_mask = self.spinnaker_utility.parse_apps(app_id, range)
mask = int(region) & 0xffff
data = (app_mask << 8) + app_id
#if signal type is 1
if signal_type == 1:
level = (region >> 16) & 3
op, mode = 2, 2
#if signal is a and/or/count
if signal_id >= 16:
op = 1
mode = signal_id - 16
data += (level << 26) + (op << 22) + (mode << 20)
if op == 1:
data += state_id << 16
if op != 1:
data += signal_id << 16
# logger.debug("Level {} op {} mode {}".format(level, op, mode))
else:
data += signal_id << 16
# logger.debug("Type {} data {} mask {}".format(signal_type, data, mask))
# logger.debug("Region {} signal {} state {}".format(region, signal, state))
#send scp message and catch the return data
msg = SCPMessage(cmd_rc=scamp.CMD_SIG)
msg._arg1 = signal_type
msg._arg2 = data
msg._arg3 = mask
return_data = self.transceiver.conn.send_scp_msg(msg).data
# if the signal requires a repsonse, output resposne and return it
if signal_type == 1:
r = struct.unpack("<I", return_data)[0]
if signal_id == 18: #count
#logger.debug("count {}".format(r))
return r
# else:
#logger.debug("mask {}".format(r))
return 0
def app_signal(self,
app_id,
signal_id,
state_id=None,
x=None,
y=None,
range=None):
'''
method that allows signals to be polled and sent to areas of a board
'''
#define the region
region = ""
if (x is None and y is None):
region = "all"
if signal_id not in self.signal_states:
raise exceptions.SpinnManException(
"signal definition does not "
"exist for {}. List is {}".format(signal_id,
self.signal_states))
region = self.spinnaker_utility.parse_region(region, x, y)
#locate signal name id
signal = self.signal_states[signal_id]
#locate state id
state = None
if signal_id >= 16:
if state_id is not None:
if state_id in self.states:
state = self.states[state_id]
else:
raise exceptions.SpinnManException("No state with that id")
else:
raise exceptions.SpinnManException("state was defined as None "
"when using a and/or/count "
"signal")
#locate type of signal
signal_type = self.sig_type[signal]
#parse the apps for a app mask
app_mask = self.spinnaker_utility.parse_apps(app_id, range)
mask = int(region) & 0xffff
data = (app_mask << 8) + app_id
#if signal type is 1
if signal_type == 1:
level = (region >> 16) & 3
op, mode = 2, 2
#if signal is a and/or/count
if signal_id >= 16:
op = 1
mode = signal_id - 16
data += (level << 26) + (op << 22) + (mode << 20)
if op == 1:
data += state_id << 16
if op != 1:
data += signal_id << 16
# logger.debug("Level {} op {} mode {}".format(level, op, mode))
else:
data += signal_id << 16
# logger.debug("Type {} data {} mask {}".format(signal_type, data, mask))
# logger.debug("Region {} signal {} state {}".format(region, signal, state))
#send scp message and catch the return data
msg = SCPMessage(cmd_rc=scamp.CMD_SIG)
msg._arg1 = signal_type
msg._arg2 = data
msg._arg3 = mask
return_data = self.transceiver.conn.send_scp_msg(msg).data
# if the signal requires a repsonse, output resposne and return it
if signal_type == 1:
r = struct.unpack("<I", return_data)[0]
if signal_id == 18: #count
#logger.debug("count {}".format(r))
return r
# else:
#logger.debug("mask {}".format(r))
return 0
