def errors(self):
'''
:rtype: (Studio._private.StudioClasses.com_silabs_ide_halconf_core_client_IPropertyReference, str)
:return: A list of property/error message tuples
'''
if self.__getNumAssignments() > 1:
for route in self.routes:
conflictinglabels = self.__getAssignmentList()
conflictinglabels.remove(route.getLabel())
yield (route.getPropRef(),
'{0} pin assignment conflicts with {1}'.format(route.getLabel(), ', '.join(conflictinglabels)))
if self.__isReserved():
conflictinglabels = self.__getAssignmentList()
conflictinglabels.remove(self.__getReservedLabel())
yield (self.getPin().ref(PORT_PINS.ports_settings_reserve.S),
'{0} pin assignment conflicts with {1}'.format(self.__getReservedLabel(),
', '.join(conflictinglabels)))
if self.__getNumHalAssignments() + self.__getNumAssignments() > 1:
for label in self.__getHalAssignmentList():
conflictinglabels = self.__getHalAssignmentList() + self.__getAssignmentList()
# We don't conflict with ourselves
conflictinglabels.remove(label)
for conflicting in Metadata.allowed_route_conflicts(label):
conflictinglabels = [l for l in conflictinglabels if not l.startswith(conflicting)]
# We don't conflict with HAL labels with the same prefix (only difference in ending digits)
nonconflictinglabels = [l for l in conflictinglabels if l.rstrip("0123456789") == label.rstrip("0123456789")]
for nlabel in nonconflictinglabels:
conflictinglabels.remove(nlabel)
# Yield a warning if we still conflict
if conflictinglabels:
yield (self.getPin().ref(PORT_PINS.ports_settings_halpinname.S),
'{0} pin assignment conflicts with {1}'.format(label,
', '.join(conflictinglabels)))
def generate(context):
"""
Generates the relevant defines for hwconf setup to hal-config/hal-config.h
"""
root = initSession(context)
# Get output directory from config or fall back to 'hal-config' directory
output_dir = getVariable('output_dir')
if not output_dir:
output_dir = 'hal-config'
# Get output filename from config or fall back to 'hal-config.h'
output_file = getVariable('output_file')
if not output_file:
output_file = 'hal-config.h'
hal_conf_dir = newDirectory(root, output_dir)
hal_conf_h = newFile(hal_conf_dir, output_file)
define_guard = output_file.upper().replace('-','_').replace('.','_')
# Generate header and start of cloaking
text = ""
text += "#ifndef {}\n".format(define_guard)
text += "#define {}\n".format(define_guard)
text += "\n"
text += "#include \"em_device.h\"\n"
text += "#include \"hal-config-types.h\"\n"
text += "\n"
text += "// This file is auto-generated by Hardware Configurator in Simplicity Studio.\n"
text += "// Any content between $[ and ]$ will be replaced whenever the file is regenerated.\n"
text += "// Content outside these regions will be preserved.\n"
# Push location for eval'd text
pushContext(location=hal_conf_h)
newContribution(hal_conf_h, text)
# Initializing lists
define_list = []
region_list = []
module_list = []
# Generate regions in file
for transition in modeTransitions():
# Get region names from transition.modules
for module in transition.modules:
module_type = module.obj.object.getComponentId().split(".")[2]
if not (module_type == "port" or module_type == "pin"):
region_list.append(module.name)
# Generate regions alphabetically in file
region_list.sort()
for region in region_list:
if not getLocation(region):
startRegion(region)
endRegion()
# Adding portio defines to define_list
portio = transition.getModule("PORTIO").obj.object
routes = add_portio_defines(portio, define_list)
available_modules = Metadata.get_available_modules_for_family()
familyobj = dep.Family('efm32gg11b')
# Generate a module list from '_behaviour' files
mod_inst = ACMP_behavior.ACMP('ACMP0')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = ACMP_behavior.ACMP('ACMP1')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = ACMP_behavior.ACMP('ACMP2')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = ACMP_behavior.ACMP('ACMP3')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = ADC_behavior.ADC('ADC0')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = ADC_behavior.ADC('ADC1')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = BTL_BUTTON_behavior.BTL_BUTTON('BTL_BUTTON')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = BUTTON_behavior.BUTTON('BUTTON')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = CMU_behavior.CMU('CMU')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = CSEN_behavior.CSEN('CSEN')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = DCDC_behavior.DCDC('DCDC')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = EMU_behavior.EMU('EMU')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = EXTFLASH_behavior.EXTFLASH('EXTFLASH')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = GPIO_behavior.GPIO('GPIO')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = I2C_behavior.I2C('I2C0')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = I2C_behavior.I2C('I2C1')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = I2C_behavior.I2C('I2C2')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = I2CSENSOR_behavior.I2CSENSOR('I2CSENSOR')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = IDAC_behavior.IDAC('IDAC0')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = IOEXP_behavior.IOEXP('IOEXP')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = LED_behavior.LED('LED')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = LEUART_behavior.LEUART('LEUART0')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = LEUART_behavior.LEUART('LEUART1')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = PRS_behavior.PRS('PRS')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = SERIAL_behavior.SERIAL('SERIAL')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = SPIDISPLAY_behavior.SPIDISPLAY('SPIDISPLAY')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = SPINCP_behavior.SPINCP('SPINCP')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = TIMER_behavior.TIMER('TIMER0')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = TIMER_behavior.TIMER('TIMER1')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = TIMER_behavior.TIMER('TIMER2')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = TIMER_behavior.TIMER('TIMER3')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = TIMER_behavior.TIMER('TIMER4')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = TIMER_behavior.TIMER('TIMER5')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = TIMER_behavior.TIMER('TIMER6')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = UART_behavior.UART('UART0')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = UART_behavior.UART('UART1')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = UARTNCP_behavior.UARTNCP('UARTNCP')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = USART_behavior.USART('USART0')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = USART_behavior.USART('USART1')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = USART_behavior.USART('USART2')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = USART_behavior.USART('USART3')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = USART_behavior.USART('USART4')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = USART_behavior.USART('USART5')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = VCOM_behavior.VCOM('VCOM')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = VDAC_behavior.VDAC('VDAC0')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = WDOG_behavior.WDOG('WDOG')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = WTIMER_behavior.WTIMER('WTIMER0')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = WTIMER_behavior.WTIMER('WTIMER1')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = WTIMER_behavior.WTIMER('WTIMER2')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
mod_inst = WTIMER_behavior.WTIMER('WTIMER3')
mod_inst.load_halconfig_model(available_modules, familyobj)
module_list.append(mod_inst)
# Adding peripheral defines to list
add_peripheral_defines(module_list, transition, define_list, routes)
# Printing the list to hal-config.h
print_defines_from_list(define_list)
# Add module include
text = ""
text += "#if defined(_SILICON_LABS_MODULE)\n"
text += "#include \"sl_module.h\"\n"
text += "#endif\n"
text += "\n"
newContribution(hal_conf_h, text)
# Ending the #ifndef
newContribution(hal_conf_h, "#endif /* {} */".format(define_guard))
popContext()
# Sync project modules
try:
framework = detect_framework(context)
refresh_studio_modules(framework, module_list)
except:
print("project module sync failed")
def generate_peripheral(exp_module,
studio_module,
define_list,
routes,
mode,
def_region,
output_prefix,
custom_name = None,
prevent_override = False):
peripheral_pins = []
peripheral_props = []
peripheral_custom_props = []
inherited_props = []
override_props = []
inherit_prop_list = []
# This peripheral has overridden configuration options (e.g. internal SPI flash)
overrides = {}
if hasattr(exp_module, "generate_define_override"):
for prop in exp_module.generate_define_override(studio_module):
overrides[prop['label']] = prop
override_props.append(prop)
common_routes = []
show_advanced = studio_module.ref(exp_module.get_property('showadvanced').id).get() == '1'
for prop in exp_module.get_properties():
if prop.mode:
# Make sure property exists in the active mode
if isinstance(prop.mode, list):
if mode not in prop.mode:
continue
elif prop.mode != mode:
continue
# Only create #defines from uppercase properties
if not prop.name.isupper():
continue
# Only generate hidden properties if they should be generated when hidden
if not prop.generate_if_hidden and studio_module.ref(prop.id).isHidden():
continue
# Only print advanced properties if we are in advanced mode
if not show_advanced and prop.is_advanced:
continue
def_label = prop.define_name.replace(prop.parent.namespace, output_prefix)
if custom_name:
custom_label = prop.define_name.replace(prop.parent.namespace, custom_name).replace('HAL_','').replace('BSP_','')
prop_value = studio_module.ref(prop.id).get()
# Filter out disabled/none values
if prop_value == "Disabled" or prop_value == "None":
continue
if def_label in overrides:
# Don't generate native defines for properties that will be overridden
continue
if prevent_override:
# Prevent this define generation from overriding an existing one
already_defined = False
for define in define_list:
if define['region'] == def_region and define['label'] == def_label:
already_defined = True
if already_defined:
continue
# If property is a pin
if isinstance(prop, ExporterModel.PinProperty):
if not prop.mode and studio_module.ref(prop.id).isHidden():
# Don't generate defines for hidden pin properties unless they are in the active mode
continue
pin_name = prop_value
pin_obj = {"region": def_region, "label": def_label, "pin_name": pin_name}
common_route_obj = None
# If prop has a referenced route to portio
custom_route = None
if prop.referenced_route:
route = routes.get("{}_{}".format(prop.referenced_module, prop.referenced_route), None)
if route:
if route['common_route']:
if route['common_route'] not in common_routes:
common_routes.append(route['common_route'])
def_label = "{}_{}".format(def_label.rsplit('_', 1)[0], route['common_route'])
common_route_obj = {"region": def_region, "label": def_label, "loc": route['location']}
else:
pin_obj['loc'] = route['location']
else:
print("Error: referenced route, but no route found for " + prop.name)
peripheral_pins.append(pin_obj)
if common_route_obj:
peripheral_pins.append(common_route_obj)
# If pin has em4 attribute True
if prop.em4:
peripheral_pins.append({"region": def_region, "label": def_label + "_EM4WU", "def_value": Metadata.em4_pin_to_loc(pin_name)["define"]})
# If peripheral has a non-empty custom name
if custom_name:
custom_pin_obj = copy.deepcopy(pin_obj)
custom_pin_obj['label'] = custom_label
peripheral_pins.append(custom_pin_obj)
if common_route_obj:
custom_route_obj = copy.deepcopy(common_route_obj)
custom_route_obj['label'] = custom_route_obj['label'].replace(output_prefix, custom_name).replace('HAL_','').replace('BSP_','')
peripheral_pins.append(custom_route_obj)
if prop.em4:
peripheral_pins.append({"region": def_region, "label": custom_label + "_EM4WU", "def_value": Metadata.em4_pin_to_loc(pin_name)["define"]})
peripheral_pins.append({"region": def_region, "label": "", "def_value":"newline"})
elif isinstance(prop, ExporterModel.AportBusProperty):
def_value = prop_value
for value in prop.values.values():
if value.value == studio_module.ref(prop.id).get():
def_value = value.define_value
if def_value.startswith("APORT"):
route = routes.get("{}_{}".format(prop.parent.name, prop.signal), None)
if not route:
# APORT selected but no channel output enabled. Skip this property
continue
ch = "CH{}".format(route['aport_location'])
def_value = def_value + ch
# Handle prefix
if hasattr(prop, "define_value_prefix"):
def_value = prop.define_value_prefix + def_value
# Putting the define strings into define_list
peripheral_props.append({"region": def_region, "label": def_label, "def_value": str(def_value),
"is_array": False, "is_str_prop": False})
if custom_name:
peripheral_custom_props.append({"region": def_region, "label": custom_label, "def_value": str(def_value),
"is_array": False, "is_str_prop": False})
else:
def_value = prop_value
if isinstance(prop, ExporterModel.IntegerProperty):
if prop.format:
# Format integer
def_value = prop.format.format(def_value)
else:
# Handle integer properties that should have literal suffixes
if prop.min >= 0:
def_value = str(def_value) + 'U'
if prop.max >= 65535:
def_value = str(def_value) + 'L'
if isinstance(prop, ExporterModel.EnumProperty):
for value in prop.values.values():
if value.value == studio_module.ref(prop.id).get():
def_value = value.define_value
# Handle prefix
if hasattr(prop, "define_value_prefix"):
def_value = prop.define_value_prefix + str(def_value)
# Handle array properties that should print {} rather than ()
if isinstance(prop, ExporterModel.ArrayProperty):
is_array = True
else:
is_array = False
# Handle string properties that should not print ()
if isinstance(prop, ExporterModel.StringProperty):
is_str_prop = True
else:
is_str_prop = False
# Putting the define strings into define_list
peripheral_props.append({"region": def_region, "label": def_label, "def_value": str(def_value),
"is_array": is_array, "is_str_prop": is_str_prop})
if custom_name:
peripheral_custom_props.append({"region": def_region, "label": custom_label, "def_value": str(def_value),
"is_array": is_array, "is_str_prop": is_str_prop})
if hasattr(prop, "inherit_options"):
if prop.inherit_options:
inherit_prop_list.append((prop, studio_module.ref(prop.id).get()))
define_list += peripheral_pins
define_list += peripheral_props
define_list += peripheral_custom_props
define_list += override_props
return inherit_prop_list
def onLoad(state):
# Prevent changed properties from enabling parent peripheral
try:
hal.registerDeviceOverride(hal.OVERRIDE_PERIPHERAL_AUTO_ENABLE, True)
except:
# Fall back to misspelled version of the function argument
try:
hal.registerDeviceOverride(hal.OVERRIDE_PERIPHRAL_AUTO_ENABLE,
True)
except:
pass
available_modules = Metadata.get_available_modules_for_family()
if PROFILE:
start = time.time()
familyobj = dep.Family(state.device.name)
modules = []
module_instance = ACMP_behavior.ACMP('ACMP0')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('ACMP0', module_instance)
modules.append(module_instance)
module_instance = ACMP_behavior.ACMP('ACMP1')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('ACMP1', module_instance)
modules.append(module_instance)
module_instance = ACMP_behavior.ACMP('ACMP2')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('ACMP2', module_instance)
modules.append(module_instance)
module_instance = ACMP_behavior.ACMP('ACMP3')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('ACMP3', module_instance)
modules.append(module_instance)
module_instance = ADC_behavior.ADC('ADC0')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('ADC0', module_instance)
modules.append(module_instance)
module_instance = ADC_behavior.ADC('ADC1')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('ADC1', module_instance)
modules.append(module_instance)
module_instance = BTL_BUTTON_behavior.BTL_BUTTON('BTL_BUTTON')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('BTL_BUTTON', module_instance)
modules.append(module_instance)
module_instance = BUTTON_behavior.BUTTON('BUTTON')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('BUTTON', module_instance)
modules.append(module_instance)
module_instance = CMU_behavior.CMU('CMU')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('CMU', module_instance)
modules.append(module_instance)
module_instance = CSEN_behavior.CSEN('CSEN')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('CSEN', module_instance)
modules.append(module_instance)
module_instance = DCDC_behavior.DCDC('DCDC')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('DCDC', module_instance)
modules.append(module_instance)
module_instance = EMU_behavior.EMU('EMU')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('EMU', module_instance)
modules.append(module_instance)
module_instance = EXTFLASH_behavior.EXTFLASH('EXTFLASH')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('EXTFLASH', module_instance)
modules.append(module_instance)
module_instance = GPIO_behavior.GPIO('GPIO')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('GPIO', module_instance)
modules.append(module_instance)
module_instance = I2C_behavior.I2C('I2C0')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('I2C0', module_instance)
modules.append(module_instance)
module_instance = I2C_behavior.I2C('I2C1')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('I2C1', module_instance)
modules.append(module_instance)
module_instance = I2C_behavior.I2C('I2C2')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('I2C2', module_instance)
modules.append(module_instance)
module_instance = I2CSENSOR_behavior.I2CSENSOR('I2CSENSOR')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('I2CSENSOR', module_instance)
modules.append(module_instance)
module_instance = IDAC_behavior.IDAC('IDAC0')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('IDAC0', module_instance)
modules.append(module_instance)
module_instance = IOEXP_behavior.IOEXP('IOEXP')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('IOEXP', module_instance)
modules.append(module_instance)
module_instance = LED_behavior.LED('LED')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('LED', module_instance)
modules.append(module_instance)
module_instance = LEUART_behavior.LEUART('LEUART0')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('LEUART0', module_instance)
modules.append(module_instance)
module_instance = LEUART_behavior.LEUART('LEUART1')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('LEUART1', module_instance)
modules.append(module_instance)
module_instance = PRS_behavior.PRS('PRS')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('PRS', module_instance)
modules.append(module_instance)
module_instance = SERIAL_behavior.SERIAL('SERIAL')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('SERIAL', module_instance)
modules.append(module_instance)
module_instance = SPIDISPLAY_behavior.SPIDISPLAY('SPIDISPLAY')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('SPIDISPLAY', module_instance)
modules.append(module_instance)
module_instance = SPINCP_behavior.SPINCP('SPINCP')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('SPINCP', module_instance)
modules.append(module_instance)
module_instance = TIMER_behavior.TIMER('TIMER0')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('TIMER0', module_instance)
modules.append(module_instance)
module_instance = TIMER_behavior.TIMER('TIMER1')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('TIMER1', module_instance)
modules.append(module_instance)
module_instance = TIMER_behavior.TIMER('TIMER2')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('TIMER2', module_instance)
modules.append(module_instance)
module_instance = TIMER_behavior.TIMER('TIMER3')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('TIMER3', module_instance)
modules.append(module_instance)
module_instance = TIMER_behavior.TIMER('TIMER4')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('TIMER4', module_instance)
modules.append(module_instance)
module_instance = TIMER_behavior.TIMER('TIMER5')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('TIMER5', module_instance)
modules.append(module_instance)
module_instance = TIMER_behavior.TIMER('TIMER6')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('TIMER6', module_instance)
modules.append(module_instance)
module_instance = UART_behavior.UART('UART0')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('UART0', module_instance)
modules.append(module_instance)
module_instance = UART_behavior.UART('UART1')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('UART1', module_instance)
modules.append(module_instance)
module_instance = UARTNCP_behavior.UARTNCP('UARTNCP')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('UARTNCP', module_instance)
modules.append(module_instance)
module_instance = USART_behavior.USART('USART0')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('USART0', module_instance)
modules.append(module_instance)
module_instance = USART_behavior.USART('USART1')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('USART1', module_instance)
modules.append(module_instance)
module_instance = USART_behavior.USART('USART2')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('USART2', module_instance)
modules.append(module_instance)
module_instance = USART_behavior.USART('USART3')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('USART3', module_instance)
modules.append(module_instance)
module_instance = USART_behavior.USART('USART4')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('USART4', module_instance)
modules.append(module_instance)
module_instance = USART_behavior.USART('USART5')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('USART5', module_instance)
modules.append(module_instance)
module_instance = VCOM_behavior.VCOM('VCOM')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('VCOM', module_instance)
modules.append(module_instance)
module_instance = VDAC_behavior.VDAC('VDAC0')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('VDAC0', module_instance)
modules.append(module_instance)
module_instance = WDOG_behavior.WDOG('WDOG')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('WDOG', module_instance)
modules.append(module_instance)
module_instance = WTIMER_behavior.WTIMER('WTIMER0')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('WTIMER0', module_instance)
modules.append(module_instance)
module_instance = WTIMER_behavior.WTIMER('WTIMER1')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('WTIMER1', module_instance)
modules.append(module_instance)
module_instance = WTIMER_behavior.WTIMER('WTIMER2')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('WTIMER2', module_instance)
modules.append(module_instance)
module_instance = WTIMER_behavior.WTIMER('WTIMER3')
module_instance.load_halconfig_model(available_modules, familyobj)
state.set_module_object('WTIMER3', module_instance)
modules.append(module_instance)
if PROFILE:
stop = time.time()
print(" construction of all modules completed in {:.3f} ms".format(
(stop - start) * 1000))
start = time.time()
# Do the hook installing after all modules have initialized
PIN_Snippets.activate_runtime()
PORTIO_Snippets.activate_runtime()
for module_instance in modules:
module_instance.activate_runtime(state)
force_enable_module = RuntimeModel.get_property_value(
module_instance.get_property('forceenable'),
RuntimeModel.get_studio_module_by_name(module_instance.name,
state.mode), False)
if force_enable_module == '1':
RuntimeModel.set_module_checked(
RuntimeModel.get_studio_module_by_name(module_instance.name,
state.mode),
True,
state,
readonly=True)
PORTIO_Snippets.onLoad(state)
if PROFILE:
stop = time.time()
print(" activate_runtime() for all modules completed in {:.3f} ms".
format((stop - start) * 1000))