FUNC(void, SPI_CODE) Spi_SetDriverState(Spi_HWUnitType HWUnit, Spi_StatusType State)
{
Spi_DriverState[HWUnit] = State;
}
FUNC(void, SPI_CODE) Spi_SetAllDriversState(Spi_StatusType State)
{
Spi_HWUnitType hwunit;
for (hwunit = 0; hwunit < SPI_NUM_DRIVERS; ++hwunit) {
Spi_SetDriverState(hwunit, State);
}
}
FUNC(void, SPI_CODE) Spi_Init(P2CONST(Spi_ConfigType, AUTOMATIC, SPI_APPL_DATA) ConfigPtr)
{
#if SPI_DEV_ERROR_DETECT == STD_ON
if (AR_MODULE_IS_INITIALIZED(Spi)) {
AR_RAISE_DEV_ERROR(SPI, INIT, SPI_E_ALREADY_INITIALIZED);
return;
}
if (ConfigPtr == NULL) {
AR_RAISE_DEV_ERROR(SPI, INIT, SPI_E_PARAM_CONFIG);
return;
}
AR_MODULE_INITIALIZE(Spi);
#endif /* SPI_DEV_ERROR_DETECT */
* Brief <Service for PWM initialization.>
* ServiceId <>
* Sync/Async <>
* Reentrancy <>
* Param-Name[in] <ConfigPtr: Pointer to configuration set>
* Param-Name[out] <None>
* Param-Name[in/out] <None>
* Return <None>
* PreCondition <>
* CallByAPI <Pwm_Init>
*/
/******************************************************************************/
#define PWM_START_SEC_CODE
#include "MemMap.h"
FUNC(void, PWM_CODE) Pwm_Mpc5634Init(P2CONST(Pwm_ConfigType, AUTOMATIC, PWM_APPL_CONST) ConfigPtr)
{
/** @req PWM095 */
/** @req PWM062 */
/** @req PWM116 */
/** @req PWM121 */
Pwm_ChannelType channelIterator;
/*
* Clock scaler uses system clock (~64MHz) as source,
* so prescaler 64 => 1MHz.
*/
EMIOS.MCR.B.GPRE = PWM_PRESCALER - 1;
EMIOS.MCR.B.GPREN = 1; /* Enable eMIOS clock */
EMIOS.MCR.B.FRZ = 0; /* PWM_FREEZE_ENABLE */
EMIOS.MCR.B.GTBE = 1; /* Use global time base */
return Dio_Functions[map->FunctionIndex].ReadPort(map->HwPort);
}
FUNC(void, DIO_CODE) Dio_WritePort(Dio_PortType PortId, Dio_PortLevelType Level)
{
Dio_PortMappingType const * map;
if (PortId >= DIO_NUM_PORTS) {
AR_RAISE_DEV_ERROR(DIO, WRITE_PORT, DIO_E_PARAM_INVALID_PORT_ID);
}
map = &Dio_Ports_to_Functions[PortId];
Dio_Functions[map->FunctionIndex].WritePort(map->HwPort, Level);
}
FUNC(Dio_PortLevelType, DIO_CODE) Dio_ReadChannelGroup(P2CONST(Dio_ChannelGroupType, AUTOMATIC, DIO_APLL_DATA) ChannelGroupIdPtr)
{
Dio_PortMappingType const * map;
/* DIO_E_PARAM_INVALID_GROUP_ID */
map = &Dio_Ports_to_Functions[ChannelGroupIdPtr->port];
return Dio_Functions[map->FunctionIndex].ReadPort(map->HwPort);
}
FUNC(void, DIO_CODE) Dio_WriteChannelGroup(P2CONST(Dio_ChannelGroupType, AUTOMATIC, DIO_APPL_DATA) ChannelGroupIdPtr,
Dio_PortLevelType Level)
{
Dio_PortMappingType const * map;
/* DIO_E_PARAM_INVALID_GROUP_ID */
tpl_app_table[APP_COUNT];
#endif
/**
* service for sending an IOC queued message
*
* @param ioc_id identifier of the ioc
* @param ioc_data pointer to the data struct to send
*
* @retval IOC_E_OK no error
* @retval IOC_E_LIMIT queue is full
*
*/
FUNC(tpl_status, OS_CODE) tpl_ioc_send_queued_service(
VAR(tpl_ioc_id, AUTOMATIC) ioc_id,
P2CONST(tpl_ioc_message, AUTOMATIC, OS_VAR) ioc_data
)
{
P2CONST(tpl_ioc_queued_mo, AUTOMATIC, OS_CONST) ioc_stat;
P2CONST(tpl_ioc_queue, AUTOMATIC, OS_CONST) queue_stat;
VAR(tpl_ioc_buffer, AUTOMATIC) data_ptr;
P2VAR(uint8, AUTOMATIC, AUTOMATIC) ioc_data_ptr;
VAR(tpl_status, AUTOMATIC) result = E_OK;
VAR(tpl_status, AUTOMATIC) ioc_result=IOC_E_OK;
VAR(tpl_ioc_size, AUTOMATIC) message;
GET_CURRENT_CORE_ID(core_id)
/* lock the task system */
LOCK_KERNEL()
/* store information for error hook routine */
void WsFodMgr_MainFunction (void)
{
WdgM_CheckpointIdType CheckpointId;
Dem_FaultDetectionCounterType EventIdFaultDetectionCounter;
Dem_DTCType DTCofEvent;
Dem_DTCKindType DTCKind;
boolean EventTested;
boolean EventFailed;
Dem_EventStatusExtendedType EventStatusExtended;
Dem_EventStatusType EventStatus;
NvM_DstPtrType DstPtr_0;
NvM_SrcPtrType SrcPtr;
NvM_DstPtrType DstPtr;
boolean BlockChanged;
uint8 DataIndexPtr;
uint8 DataIndex;
NvM_RequestResultType RequestResultPtr;
GenericByte DiagCtrlFreeze;
uint8 DiagCtrlFod;
P2CONST(ResData, AUTOMATIC, AUTOMATIC) ResDataVal;
P2CONST(FodDataV40, AUTOMATIC, AUTOMATIC) SCI_FODMGR_FodDataValue;
P2VAR(FodDetectTh, AUTOMATIC, AUTOMATIC) Value_6;
FodDetectTh Value_5;
P2VAR(FodDetectTh, AUTOMATIC, AUTOMATIC) Value_4;
FodDetectTh Value_3;
P2VAR(FodDetectTh, AUTOMATIC, AUTOMATIC) Value_2;
FodDetectTh Value_1;
P2VAR(FodDetectTh, AUTOMATIC, AUTOMATIC) Value_0;
FodDetectTh Value;
P2VAR(SftyBoolTF, AUTOMATIC, AUTOMATIC) SftyBoolValue_8;
SftyBoolTF SftyBoolValue_7;
P2VAR(SftyBoolTF, AUTOMATIC, AUTOMATIC) SftyBoolValue_6;
SftyBoolTF SftyBoolValue_5;
P2VAR(SftyBoolTF, AUTOMATIC, AUTOMATIC) SftyBoolValue_4;
SftyBoolTF SftyBoolValue_3;
P2VAR(SftyBoolTF, AUTOMATIC, AUTOMATIC) SftyBoolValue_2;
SftyBoolTF SftyBoolValue_1;
P2VAR(SftyBoolTF, AUTOMATIC, AUTOMATIC) SftyBoolValue_0;
SftyBoolTF SftyBoolValue;
P2VAR(SftyBoolOO, AUTOMATIC, AUTOMATIC) SCI_FODMGR_SftyOnOffValue_0;
SftyBoolOO SCI_FODMGR_SftyOnOffValue;
GenericByte NvFlag_0;
GenericByte NvFlag;
Std_ReturnType status;
NvFlag = Rte_IrvRead_WsFodMgr_MainFunction_NvFlag();
Rte_IrvWrite_WsFodMgr_MainFunction_NvFlag(NvFlag_0);
Rte_IWrite_WsFodMgr_MainFunction_PP_ForeignObjectDetected_SCI_FODMGR_SftyOnOffValue(&SCI_FODMGR_SftyOnOffValue);
SCI_FODMGR_SftyOnOffValue_0 = Rte_IWriteRef_WsFodMgr_MainFunction_PP_ForeignObjectDetected_SCI_FODMGR_SftyOnOffValue();
Rte_IWrite_WsFodMgr_MainFunction_PP_FodCheckDuringChrg_SftyBoolValue(&SftyBoolValue);
SftyBoolValue_0 = Rte_IWriteRef_WsFodMgr_MainFunction_PP_FodCheckDuringChrg_SftyBoolValue();
Rte_IWrite_WsFodMgr_MainFunction_PP_FodCheckStartUpChrg_SftyBoolValue(&SftyBoolValue_1);
SftyBoolValue_2 = Rte_IWriteRef_WsFodMgr_MainFunction_PP_FodCheckStartUpChrg_SftyBoolValue();
Rte_IWrite_WsFodMgr_MainFunction_PP_FodCheckZMDown_SftyBoolValue(&SftyBoolValue_3);
SftyBoolValue_4 = Rte_IWriteRef_WsFodMgr_MainFunction_PP_FodCheckZMDown_SftyBoolValue();
Rte_IWrite_WsFodMgr_MainFunction_PP_FodCheckZMUp_SftyBoolValue(&SftyBoolValue_5);
SftyBoolValue_6 = Rte_IWriteRef_WsFodMgr_MainFunction_PP_FodCheckZMUp_SftyBoolValue();
Rte_IWrite_WsFodMgr_MainFunction_PP_FodPreCheck_SftyBoolValue(&SftyBoolValue_7);
SftyBoolValue_8 = Rte_IWriteRef_WsFodMgr_MainFunction_PP_FodPreCheck_SftyBoolValue();
Rte_IWrite_WsFodMgr_MainFunction_PP_FodCheckDuringChrgTh_Value(Value);
Value_0 = Rte_IWriteRef_WsFodMgr_MainFunction_PP_FodCheckDuringChrgTh_Value();
Rte_IWrite_WsFodMgr_MainFunction_PP_FodCheckZMDownTh_Value(Value_1);
Value_2 = Rte_IWriteRef_WsFodMgr_MainFunction_PP_FodCheckZMDownTh_Value();
Rte_IWrite_WsFodMgr_MainFunction_PP_FodCheckZMUpTh_Value(Value_3);
Value_4 = Rte_IWriteRef_WsFodMgr_MainFunction_PP_FodCheckZMUpTh_Value();
Rte_IWrite_WsFodMgr_MainFunction_PP_FodPreCheckTh_Value(Value_5);
Value_6 = Rte_IWriteRef_WsFodMgr_MainFunction_PP_FodPreCheckTh_Value();
SCI_FODMGR_FodDataValue = Rte_IRead_WsFodMgr_MainFunction_RP_FodData_SCI_FODMGR_FodDataValue();
ResDataVal = Rte_IRead_WsFodMgr_MainFunction_RP_ResData_ResDataVal();
DiagCtrlFod = Rte_IRead_WsFodMgr_MainFunction_WspDiagCtrl_cmdFodActivate_DiagCtrlFod();
DiagCtrlFreeze = Rte_IRead_WsFodMgr_MainFunction_WspDiagCtrl_cmdFodFreeze_DiagCtrlFreeze();
status = Rte_Call_RP_NvMService_GetErrorStatus(&RequestResultPtr);
status = Rte_Call_RP_NvMService_SetDataIndex(DataIndex);
status = Rte_Call_RP_NvMService_GetDataIndex(&DataIndexPtr);
status = Rte_Call_RP_NvMService_SetRamBlockStatus(BlockChanged);
status = Rte_Call_RP_NvMService_ReadBlock(DstPtr);
status = Rte_Call_RP_NvMService_WriteBlock(SrcPtr);
status = Rte_Call_RP_NvMService_RestoreBlockDefaults(DstPtr_0);
status = Rte_Call_RP_NvMService_InvalidateNvBlock();
status = Rte_Call_Event_METAL_ON_PAD_SetEventStatus(EventStatus);
status = Rte_Call_Event_METAL_ON_PAD_ResetEventStatus();
status = Rte_Call_Event_METAL_ON_PAD_GetEventStatus(&EventStatusExtended);
status = Rte_Call_Event_METAL_ON_PAD_GetEventFailed(&EventFailed);
status = Rte_Call_Event_METAL_ON_PAD_GetEventTested(&EventTested);
status = Rte_Call_Event_METAL_ON_PAD_GetDTCOfEvent(DTCKind, &DTCofEvent);
status = Rte_Call_Event_METAL_ON_PAD_PrestoreFreezeFrame();
status = Rte_Call_Event_METAL_ON_PAD_ClearPrestoredFreezeFrame();
status = Rte_Call_Event_METAL_ON_PAD_GetFaultDetectionCounter(&EventIdFaultDetectionCounter);
status = Rte_Call_alive_WdgMSvEnt_FodMgr_CheckpointReached(CheckpointId);
status = Rte_Call_alive_WdgMSvEnt_FodMgr_UpdateAliveCounter();
}
0x37d83bf0UL, 0xa9bcae53UL, 0xdebb9ec5UL, 0x47b2cf7fUL, 0x30b5ffe9UL,
0xbdbdf21cUL, 0xcabac28aUL, 0x53b39330UL, 0x24b4a3a6UL, 0xbad03605UL,
0xcdd70693UL, 0x54de5729UL, 0x23d967bfUL, 0xb3667a2eUL, 0xc4614ab8UL,
0x5d681b02UL, 0x2a6f2b94UL, 0xb40bbe37UL, 0xc30c8ea1UL, 0x5a05df1bUL,
0x2d02ef8dUL
};
#endif
/*
** Global Functions.
*/
#define CRC_START_SEC_CODE
#include "MemMap.h"
FUNC(uint8, CRC_CODE) Crc_CalculateCRC8(
P2CONST(uint8, AUTOMATIC, CRC_APPL_DATA) Crc_DataPtr,
uint32 Crc_Length,
uint8 Crc_StartValue8)
{
#if CRC_8_MODE == CRC_8_RUNTIME
uint16 idx;
boolean bit;
uint8 c;
uint8 crc;
crc = Crc_StartValue8;
while (Crc_Length--) {
c = *Crc_DataPtr++;
for (idx = ((uint8)0x80); idx > ((uint8)0x00); idx >>= 1) {
#define PORT_START_SEC_VAR_UNSPECIFIED
#include "MemMap.h"
P2CONST(Port_ConfigType, STATIC, PORT_VAR) Port_Config;
#define PORT_STOP_SEC_VAR_UNSPECIFIED
#include "MemMap.h"
/*
** Global Functions.
*/
#define PORT_START_SEC_CODE
#include "MemMap.h"
FUNC(void, PORT_CODE) Port_Init(P2CONST(Port_ConfigType, AUTOMATIC, PORT_APPL_DATA) ConfigPtr)
{
#if AR_DEV_ERROR_DETECT(PORT) == STD_ON
AR_MODULE_INITIALIZE(PORT);
#endif
/* Port_ConfigurationPtr = ConfigPtr; */
AR_SAVE_CONFIG_PTR(Port);
KAR_IMPLEMENT_PORT_INIT();
}
/* todo: Variante, die 'E_NOT_OK' zurückliefert!!! */
/* todo: 'INITIALIZED' (Rechtschreibung!?) */
#define AR_ASSERT_MODULE_INITIALZATION(mod, service) \
_BEGIN_BLOCK \
if (!AR_MODULE_IS_INITIALIZED(mod)) { \
#include "tpl_os_definitions.h"
#include "tpl_os_task_kernel.h"
#include "tpl_os_event_kernel.h"
#include "tpl_os_action.h"
#include "tpl_os_error.h"
#include "tpl_os_errorhook.h"
#define OS_START_SEC_CODE
#include "tpl_memmap.h"
/**
* action function for action call back
*/
FUNC(void, OS_CODE) tpl_action_callback(
P2CONST(tpl_action, AUTOMATIC, OS_APPL_CONST) action)
{
/*
* A tpl_action * is cast to a tpl_callback_action *
* This violate MISRA rule 45. However, since the
* first member of tpl_callback_action is a tpl_action
* This cast behaves correctly.
*/
((P2CONST(tpl_callback_action, AUTOMATIC, OS_APPL_CONST))action)->callback();
}
/**
* action function for action by task activation
*/
FUNC(void, OS_CODE) tpl_action_activate_task(
P2CONST(tpl_action, AUTOMATIC, OS_APPL_CONST) action
/*
* Brief <Initializes the hardware timer module.>
* ServiceId <0x01>
* Sync/Async <Synchronous>
* Reentrancy <Non Reentrant>
* Param-Name[in] <configPtr>
* Param-Name[out] <None>
* Param-Name[in/out] <None>
* Return <None>
* PreCondition <None>
* CallByAPI <None>
*/
/******************************************************************************/
#define GPT_START_SEC_CODE
#include "MemMap.h"
FUNC(void,GPT_CODE) Gpt_Init(P2CONST(Gpt_ConfigType,AUTOMATIC,GPT_APPL_DATA)configPtr)
{
/** @req GPT280 */
/** @req GPT006 */
/** @req GPT068 */
/** @req GPT205 */
/** @req GPT309 */
#if (GPT_DEV_ERROR_DETECT == STD_ON)
/** @req GPT307 */
if(TRUE == Gpt_Global.initRun)
{
Det_ReportError(MODULE_ID_GPT,0,GPT_INIT_SERVICE_ID,GPT_E_ALREADY_INITIALIZED);
return;
}
/** @req GPT294 */
Spi_HwSeqEvent_at[SeqIdx_u16].Guard_u8 = SPI_HW_UNDEF ;
}
Spi_HwJobsSort() ;
Spi_DlcInit() ;
}
FUNC(void, SPI_CODE) Spi_HwDeInit(void)
{
Spi_DlcClose() ;
}
/* SourceId : SPI_SourceId_061 */
/* Requirements : AR_SPI_SR139, AR_SPI_SR151, AR_SPI_SR199, AR_SPI_SR270, AR_SPI_SR272 */
FUNC(Std_ReturnType, SPI_CODE) Spi_HwSetEvent
(
P2CONST(Spi_HwEventType, AUTOMATIC, SPI_VAR) Hw_Event_pt
)
{
uint16_least SeqId_u16; /* id of a sequence, used as index of the sequence array */
uint16_least JobNr_u16; /* number of jobs in a configuration */
uint16_least HW_Inst_Nr_u8; /* Instance of the SPI Hw */
Std_ReturnType Ret_loc ;
SeqId_u16 = (uint16_least)Hw_Event_pt->TaskID_u8;
HW_Inst_Nr_u8 = Spi_ConfigPtr_pt->Spi_SeqCfg[SeqId_u16].Spi_JobList[0U];
Ret_loc = E_NOT_OK;
if (Hw_Event_pt->Event_u8 == SPI_HW_EV_CANCEL)
{
/* start critical section */
Spi_GlobalSuspend();
* This file contains an Rte component template / example code
*
* This file has been automatically generated by
* EB tresos AutoCore Rte Generator Version 6.1.75
* on Mon Apr 16 09:34:11 CEST 2018. !!!IGNORE-LINE!!!
*/
/* \addtogroup Rte Runtime Environment
* @{ */
#include "Rte_SCI_DiagCtrl.h"
/*------------------------[runnable entity skeletons]------------------------*/
#ifdef RTE_PTR2ARRAYTYPE_PASSING
Std_ReturnType DiagCtrl_zMover_ReturnControlToECU (P2CONST(Dcm_Data0x81C2_RCTE_COR_ArrayType, AUTOMATIC, RTE_APPL_CONST) ControlOptionRecord, P2CONST(Dcm_Data0x81C2_RCTE_CEMR_ArrayType, AUTOMATIC, RTE_APPL_CONST) ControlEnableMaskRecord, P2VAR(Dcm_Data0x81C2_RCTE_CSR_ArrayType, AUTOMATIC, RTE_APPL_DATA) ControlStatusRecord, P2VAR(NegativeResponseCodeType, AUTOMATIC, RTE_APPL_DATA) ErrorCode)
#else
Std_ReturnType DiagCtrl_zMover_ReturnControlToECU (P2CONST(uint8, AUTOMATIC, RTE_APPL_CONST) ControlOptionRecord, P2CONST(uint8, AUTOMATIC, RTE_APPL_CONST) ControlEnableMaskRecord, P2VAR(uint8, AUTOMATIC, RTE_APPL_DATA) ControlStatusRecord, P2VAR(NegativeResponseCodeType, AUTOMATIC, RTE_APPL_DATA) ErrorCode)
#endif
{
P2VAR(GenericByte, AUTOMATIC, AUTOMATIC) DiagCtrlFreeze_0;
GenericByte DiagCtrlFreeze;
Std_ReturnType status;
Rte_IWrite_DiagCtrl_zMover_ReturnControlToECU_WspDiagCtrl_cmdZMovFreeze_DiagCtrlFreeze(DiagCtrlFreeze);
DiagCtrlFreeze_0 = Rte_IWriteRef_DiagCtrl_zMover_ReturnControlToECU_WspDiagCtrl_cmdZMovFreeze_DiagCtrlFreeze();
return status;
}