def validateAllModuleRouteEnablesAndModes(portio):
'''
Check that the routes used by modules are enabled on the portio
:type portio: Studio._private.StudioClasses.com_silabs_ide_halconf_core_client_accessors_IPortIOAccessor
'''
if SNIPPET_PROFILE:
start = time.time()
# ensure that this is always in a known mapping group
RuntimeModel.new_problem_group(None, portio, 'validateAllModuleRouteEnablesAndModes')
for signal in portio.signals:
signalNameComponents = signal.name.split('|')
if len(signalNameComponents) == 3:
module = signalNameComponents[0]
route = signalNameComponents[1]
signalType = signalNameComponents[2]
if signalType == 'EN':
# If the validation enable signal is True, validate the route enable property
if signal.get() == True:
validateModuleRouteEnable(portio, module, route)
if SNIPPET_PROFILE:
stop = time.time()
print("validateAllModuleRouteEnablesAndModes() completed in {:.3f} ms".format((stop - start) * 1000))
def validateRouting(portio, state):
'''
:type portio: Studio._private.StudioClasses.com_silabs_ide_halconf_core_client_accessors_IPortIOAccessor
'''
if SNIPPET_PROFILE:
start = time.time()
# ensure that this is always in a known mapping group
RuntimeModel.new_problem_group(None, portio, state, 'validateRouting')
"""
A map that stores the pin assignment(s) for each physical pin:
{ pin ID : PinRoutes }
"""
pinAssignments = collections.OrderedDict()
"""
Generate a PinLabelsRoutes structures for each pin.
Add the pin accessor and create an empty label list to track the assigned pin labels
"""
for portbank in portio.portBanks:
for pin in portbank.pins:
pinAssignments[pin.id] = PinRoutes(pin, [])
for route in activePinRoutes(portio):
pinAssignments[route.getPinId()].pin = route.getPin()
pinAssignments[route.getPinId()].routes.append(route)
signalSettings = []
# for module in portio.mode.getPeripherals():
# if 'APORT' in module.name:
# for attribute in dir(APORT_EFR.SIGNALS):
# if 'STAT' in attribute:
# print(attribute + " : " + str(module.signal(getattr(APORT_EFR.SIGNALS, attribute)).get()))
for pinRoute in pinAssignments.values():
label = pinRoute.getLabel()
color = pinRoute.getColor()
# This is the place to override pin labels for APORT
labels = label.split(' / ')
newlabels = []
for partiallabel in labels:
newlabel = partiallabel
# if 'APORT' in partiallabel:
# # get reference to aport through mode
# modules = portio.mode.getPeripherals()
#
# for module in modules:
# if 'APORT' in module.name:
# chan = partiallabel.replace('APORT_', '').replace("P", "X").replace("N", "Y")
# newlabel = str(module.signal(getattr(APORT_EFR.SIGNALS, chan + "_STAT")).get())
# print(chan + " : " + newlabel)
#
# newlabels.append(newlabel)
# else:
newlabels.append(newlabel)
label = ' / '.join(newlabels)
# Set pin signal assignment
signalSettings.append((pinRoute.getPin().assignmentSignal, [label, color]))
for (prop, msg) in pinRoute.errors():
RuntimeModel.new_warning(prop, msg, state)
# Filtering out non-aport pinRoutes
aportPinAssignments = {}
for pinID in pinAssignments.keys():
if pinAssignments[pinID].isAportConnected():
aportPinAssignments[pinID] = pinAssignments[pinID]
for route in pinAssignments[pinID].getRoutes():
if not route.getAportName():
aportPinAssignments[pinID].getRoutes().remove(route)
# Generating warnings and infos
for (prop, msg) in aportWarnings(aportPinAssignments):
RuntimeModel.new_warning(prop, msg, state)
for (prop, msg) in aportInfos(aportPinAssignments):
RuntimeModel.new_info(prop, msg, state)
# Only apply a signal setting if it isn't the same as the previous value
for (signal, setting) in signalSettings:
if not inLastSignalSettings(portio.mode.name, (signal, setting)):
RuntimeModel.set_signal_value(signal, setting, state)
# Keep track of settings for next time
LastSignalSettings[portio.mode.name] = signalSettings
# Validate that all module routes in use are enabled on the portio
# validateAllModuleRouteEnablesAndModes(portio)
if SNIPPET_PROFILE:
stop = time.time()
print("validateRouting() completed in {:.3f} ms".format((stop - start) * 1000))