def superClasses(softpkg):
# Start with the superclasses from the pull mapping, overriding only
# what's different for FRONTEND devices
classes = PullComponentMapper.superClasses(softpkg)
# Only plain devices are supported for FRONTEND
if softpkg.type() == ComponentTypes.DEVICE:
deviceinfo = FrontendComponentMapper.getImplementedInterfaces(
softpkg)
# If this device is any type of tuner, replace the Device_impl base
# class with the FRONTEND-specific tuner device class
if 'FrontendTuner' in deviceinfo:
for parent in classes:
if parent['name'] == 'Device_impl':
parent[
'name'] = 'frontend::FrontendTunerDevice<frontend_tuner_status_struct_struct>'
parent['header'] = '<frontend/frontend.h>'
# Set the parent to scanner if needed
if 'DigitalScanningTuner' in deviceinfo or 'AnalogScanningTuner' in deviceinfo:
if parent[
'name'] == 'frontend::FrontendTunerDevice<frontend_tuner_status_struct_struct>':
parent[
'name'] = 'frontend::FrontendScanningTunerDevice<frontend_tuner_status_struct_struct>'
return classes
def _mapComponent(self, softpkg):
'''
Extends the pull mapper _mapComponent method by defining the
'mFunction' and 'license' key/value pairs to the component dictionary.
'''
component = PullComponentMapper._mapComponent(self, softpkg)
mFunction = None
for prop in softpkg.properties():
if str(prop.identifier()) == "__mFunction":
mFunction = prop.value()
break
if mFunction:
# point towards the m file that has been copied
# to the implementation directory
mFilePath = os.path.join(softpkg.path(), self._outputdir, mFunction+".m")
parameters = mfile.parse(mFilePath)
name = parameters.functionName
inputs = parameters.inputs
outputs = parameters.outputs
else:
name = ""
inputs = []
outputs = []
component['mFunction'] = {'name' : name,
'inputs' : inputs,
'numInputs' : len(inputs),
'outputs' : outputs}
component['license'] = "GPL"
return component
def _mapComponent(self, softpkg):
cppcomp = PullComponentMapper._mapComponent(self, softpkg)
cppcomp['programmable'] = True
cppcomp['reprogclass'] = self.reprogClass(softpkg)
cppcomp['executesHWComponents'] = False # TODO: Implement this
self._validateAggregateDevice(cppcomp)
return cppcomp
def superClasses(softpkg):
# Start with the superclasses from the pull mapping, overriding only
# what's different for FRONTEND devices
classes = PullComponentMapper.superClasses(softpkg)
# Only plain devices are supported for FRONTEND
if softpkg.type() == ComponentTypes.DEVICE:
deviceinfo = FrontendComponentMapper.getImplementedInterfaces(
softpkg)
# If this device is any type of tuner, replace the Device_impl base
# class with the FRONTEND-specific tuner device class
if 'FrontendTuner' in deviceinfo:
for parent in classes:
if parent['name'] == 'Device_impl':
parent[
'name'] = 'frontend::FrontendTunerDevice<frontend_tuner_status_struct_struct>'
parent['header'] = '<frontend/frontend.h>'
# Add the most specific tuner delegate interface:
# (Digital > Analog > Frontend)
if 'DigitalTuner' in deviceinfo:
classes.append({
'name': 'virtual frontend::digital_tuner_delegation',
'header': ''
})
elif 'AnalogTuner' in deviceinfo:
classes.append({
'name': 'virtual frontend::analog_tuner_delegation',
'header': ''
})
else:
classes.append({
'name': 'virtual frontend::frontend_tuner_delegation',
'header': ''
})
# Add additonal FRONTEND delegate interfaces
if 'RFInfo' in deviceinfo:
classes.append({
'name': 'virtual frontend::rfinfo_delegation',
'header': ''
})
if 'RFSource' in deviceinfo:
classes.append({
'name': 'virtual frontend::rfsource_delegation',
'header': ''
})
if 'GPS' in deviceinfo:
classes.append({
'name': 'virtual frontend::gps_delegation',
'header': ''
})
if 'NavData' in deviceinfo:
classes.append({
'name': 'virtual frontend::nav_delegation',
'header': ''
})
return classes
def superClasses(softpkg):
# Start with the superclasses from the pull mapping, overriding only
# what's different for FRONTEND devices
classes = PullComponentMapper.superClasses(softpkg)
# Only plain devices are supported for FRONTEND
if softpkg.type() == ComponentTypes.DEVICE:
deviceinfo = FrontendComponentMapper.getImplementedInterfaces(softpkg)
# If this device is any type of tuner, replace the Device_impl base
# class with the FRONTEND-specific tuner device class
if 'FrontendTuner' in deviceinfo:
for parent in classes:
if parent['name'] == 'Device_impl':
parent['name'] = 'frontend::FrontendTunerDevice<frontend_tuner_status_struct_struct>'
parent['header'] = '<frontend/frontend.h>'
# Add the most specific tuner delegate interface:
# (Digital > Analog > Frontend)
if 'DigitalTuner' in deviceinfo:
classes.append({'name': 'virtual frontend::digital_tuner_delegation', 'header': ''})
elif 'AnalogTuner' in deviceinfo:
classes.append({'name': 'virtual frontend::analog_tuner_delegation', 'header': ''})
else:
classes.append({'name': 'virtual frontend::frontend_tuner_delegation', 'header': ''})
# Add additonal FRONTEND delegate interfaces
if 'RFInfo' in deviceinfo:
classes.append({'name': 'virtual frontend::rfinfo_delegation', 'header': ''})
if 'RFSource' in deviceinfo:
classes.append({'name': 'virtual frontend::rfsource_delegation', 'header': ''})
if 'GPS' in deviceinfo:
classes.append({'name': 'virtual frontend::gps_delegation', 'header': ''})
if 'NavData' in deviceinfo:
classes.append({'name': 'virtual frontend::nav_delegation', 'header': ''})
return classes
def _mapComponent(self, softpkg):
cppcomp = PullComponentMapper._mapComponent(self, softpkg)
cppcomp['reprogclass'] = self.reprogClass(softpkg)
cppcomp['executesHWComponents'] = False # TODO: Implement this
self._validateAggregateDevice(cppcomp)
return cppcomp
def __init__(self, outputdir):
PullComponentMapper.__init__(self)
self._outputdir = outputdir
def _mapComponent(self, softpkg):
cppcomp = PullComponentMapper._mapComponent(self, softpkg)
cppcomp['reprogclass'] = self.reprogClass(softpkg)
return cppcomp
def _mapComponent(self, softpkg):
cppcomp = PullComponentMapper._mapComponent(self, softpkg)
cppcomp['reprogclass'] = self.reprogClass(softpkg)
return cppcomp
