if package.find(cls.__name__) is None:
package.createIntegerDataType(cls.__name__,
valueTable=cls.valueTable)
ttList = [
'TPMS', 'LowOil', 'PosLamp', 'TurnLeft', 'TurnRight', 'AutoCruise',
'HighBeam', 'SeatbeltDriver', 'SeatbeltPassenger', 'Airbag'
]
# TelltaleStatus: means the COM signals which control the related Telltale status
# TelltaleState: means the state of Telltale: on, off or flash
TELLTALE_D = []
for tt in ttList:
TELLTALE_D.append(
autosar.createDataElementTemplate('%sState' % (tt), OnOff_T))
TELLTALE_I = autosar.createSenderReceiverInterfaceTemplate(
'TELLTALE_I', TELLTALE_D)
TELLTALE_P = {}
for tt in ttList:
C_TELLTALE_IV = autosar.createConstantTemplateFromEnumerationType(
'C_Telltale%sStatus_IV' % (tt), OnOff_T, 3)
TELLTALE_P[tt] = autosar.createSenderReceiverPortTemplate(
'Telltale', TELLTALE_I, C_TELLTALE_IV, elemName='%sState' % (tt))
class Telltale(autosar.Template):
@classmethod
def apply(cls, ws):
componentName = cls.__name__
package = ws.getComponentTypePackage()
if package.find(componentName) is None:
swc = package.createApplicationSoftwareComponent(componentName)
]
# TelltaleStatus: means the COM signals which control the related Telltale status
# TelltaleState: means the state of Telltale: on, off or flash
C_TelltaleStatus_IV = {}
C_TelltaleState_IV = {}
TelltaleStatus_I = {}
TelltaleState_I = {}
TelltaleStatus = {}
TelltaleState = {}
for tt in ttList:
C_TelltaleStatus_IV[
tt] = autosar.createConstantTemplateFromEnumerationType(
'C_%sStatus_IV' % (tt), InactiveActive_T, 3)
C_TelltaleState_IV[tt] = autosar.createConstantTemplateFromEnumerationType(
'C_Telltale%sStatus_IV' % (tt), OnOff_T, 3)
TelltaleStatus_I[tt] = autosar.createSenderReceiverInterfaceTemplate(
"%sStatus_I" % (tt), InactiveActive_T, "%sStatus" % (tt))
TelltaleState_I[tt] = autosar.createSenderReceiverInterfaceTemplate(
"Telltale%sStatus_I" % (tt), OnOff_T, "Telltale%sStatus" % (tt))
TelltaleStatus[tt] = autosar.createSenderReceiverPortTemplate(
'%sStatusPort' % (tt),
TelltaleStatus_I[tt],
C_TelltaleStatus_IV[tt],
aliveTimeout=30)
TelltaleState[tt] = autosar.createSenderReceiverPortTemplate(
'Telltale%sStatusPort' % (tt),
TelltaleState_I[tt],
C_TelltaleState_IV[tt],
aliveTimeout=30)
class Telltale(autosar.Template):
class EngineSpeed_T(autosar.Template):
minValue=0
maxValue=65535
offset=0
scaling=1/8
unit='rpm'
invalidRangeStart=None
errorRangeStart=65024
notAvailableRangeStart=65280
@classmethod
def apply(cls, ws):
package = ws.getDataTypePackage()
if package.find(cls.__name__) is None:
package.createIntegerDataType(cls.__name__, min=cls.minValue, max=cls.maxValue, offset=cls.offset, scaling=cls.scaling, unit=cls.unit)
VehicleSpeed_I = autosar.createSenderReceiverInterfaceTemplate('VehicleSpeed_I', VehicleSpeed_T)
EngineSpeed_I = autosar.createSenderReceiverInterfaceTemplate('EngineSpeed_I', EngineSpeed_T)
C_VehicleSpeed_IV = autosar.createConstantTemplateFromPhysicalType('C_VehicleSpeed_IV', VehicleSpeed_T)
C_EngineSpeed_IV = autosar.createConstantTemplateFromPhysicalType('C_EngineSpeed_IV', EngineSpeed_T)
VehicleSpeed = autosar.createSenderReceiverPortTemplate('VehicleSpeed', VehicleSpeed_I, C_VehicleSpeed_IV, aliveTimeout=30)
EngineSpeed = autosar.createSenderReceiverPortTemplate('EngineSpeed', EngineSpeed_I, C_EngineSpeed_IV, aliveTimeout=30)
class Gauge(autosar.Template):
@classmethod
def apply(cls, ws):
componentName = cls.__name__
package = ws.getComponentTypePackage()
if package.find(componentName) is None:
swc = package.createApplicationSoftwareComponent(componentName)
import autosar
C_VehicleSpeed_IV = autosar.createConstantTemplateFromPhysicalType('C_VehicleSpeed_IV', autosar.UINT16_T)
C_TachoSpeed_IV = autosar.createConstantTemplateFromPhysicalType('C_TachoSpeed_IV', autosar.UINT16_T)
C_Led1Sts_IV = autosar.createConstantTemplateFromPhysicalType('C_Led1Sts_IV', autosar.UINT8_T)
C_Led2Sts_IV = autosar.createConstantTemplateFromPhysicalType('C_Led2Sts_IV', autosar.UINT8_T)
C_Led3Sts_IV = autosar.createConstantTemplateFromPhysicalType('C_Led3Sts_IV', autosar.UINT8_T)
C_year_IV = autosar.createConstantTemplateFromPhysicalType('C_year_IV', autosar.UINT16_T)
C_month_IV = autosar.createConstantTemplateFromPhysicalType('C_month_IV', autosar.UINT8_T)
C_day_IV = autosar.createConstantTemplateFromPhysicalType('C_day_IV', autosar.UINT8_T)
C_hour_IV = autosar.createConstantTemplateFromPhysicalType('C_hour_IV', autosar.UINT8_T)
C_minute_IV = autosar.createConstantTemplateFromPhysicalType('C_minute_IV', autosar.UINT8_T)
C_second_IV = autosar.createConstantTemplateFromPhysicalType('C_second_IV', autosar.UINT8_T)
VehicleSpeed_I = autosar.createSenderReceiverInterfaceTemplate('VehicleSpeed', autosar.UINT16_T)
TachoSpeed_I = autosar.createSenderReceiverInterfaceTemplate('TachoSpeed', autosar.UINT16_T)
Led1Sts_I = autosar.createSenderReceiverInterfaceTemplate('Led1Sts', autosar.UINT8_T)
Led2Sts_I = autosar.createSenderReceiverInterfaceTemplate('Led2Sts', autosar.UINT8_T)
Led3Sts_I = autosar.createSenderReceiverInterfaceTemplate('Led3Sts', autosar.UINT8_T)
year_I = autosar.createSenderReceiverInterfaceTemplate('year', autosar.UINT16_T)
month_I = autosar.createSenderReceiverInterfaceTemplate('month', autosar.UINT8_T)
day_I = autosar.createSenderReceiverInterfaceTemplate('day', autosar.UINT8_T)
hour_I = autosar.createSenderReceiverInterfaceTemplate('hour', autosar.UINT8_T)
minute_I = autosar.createSenderReceiverInterfaceTemplate('minute', autosar.UINT8_T)
second_I = autosar.createSenderReceiverInterfaceTemplate('second', autosar.UINT8_T)
VehicleSpeed = autosar.createSenderReceiverPortTemplate('VehicleSpeed', VehicleSpeed_I, C_VehicleSpeed_IV, aliveTimeout=30)
TachoSpeed = autosar.createSenderReceiverPortTemplate('TachoSpeed', TachoSpeed_I, C_TachoSpeed_IV, aliveTimeout=30)
Led1Sts = autosar.createSenderReceiverPortTemplate('Led1Sts', Led1Sts_I, C_Led1Sts_IV, aliveTimeout=30)
Led2Sts = autosar.createSenderReceiverPortTemplate('Led2Sts', Led2Sts_I, C_Led2Sts_IV, aliveTimeout=30)
Led3Sts = autosar.createSenderReceiverPortTemplate('Led3Sts', Led3Sts_I, C_Led3Sts_IV, aliveTimeout=30)