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LOSS OF USE, * DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY * OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE * OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED * OF THE POSSIBILITY OF SUCH DAMAGE. * */ /** * \file Spi_PBcfg.c * * \brief This file contains generated post build configuration file * for SPI MCAL driver */ /***************************************************************************** Project : j784s4_spi Date : 2024-10-22 14:16:21 SW Ver : 9.0.1 Module Rele Ver : AUTOSAR 4.3.1 0 This file is generated by EB Tresos Do not modify this file, otherwise the software may behave in unexpected way ******************************************************************************/ /******************************************************************************* * INCLUDES ******************************************************************************/ #include "Spi.h" #include "Spi_Irq.h" /* * Design: MCAL-6472 */ /******************************************************************************* * VERSION CHECK ******************************************************************************/ #if ((SPI_SW_MAJOR_VERSION != (9U)) || (SPI_SW_MINOR_VERSION != (2U))) #error "Version numbers of Spi_PBcfg.c and Spi.h are inconsistent!" #endif /******************************************************************************* * LOCAL CONSTANT MACROS ******************************************************************************/ /******************************************************************************* * LOCAL FUNCTION MACROS ******************************************************************************/ /******************************************************************************* * LOCAL DATA TYPES AND STRUCTURES ******************************************************************************/ /******************************************************************************* * LOCAL DATA PROTOTYPES ******************************************************************************/ /******************************************************************************* * GLOBAL DATA ******************************************************************************/ #define SPI_START_SEC_CONFIG_DATA #include "Spi_MemMap.h" /* generation of runtime configuration */ #ifdef __cplusplus extern "C" { #endif extern void SpiApp_McuMcspiJob0EndNotification(void); extern void SpiApp_McuMcspiSeq0EndNotification(void); CONST(struct Spi_ConfigType_s, SPI_CONFIG_DATA) SpiDriver = { .maxChannels = 1U, .maxJobs = 1U, .maxSeq = 1U, .maxHwUnit = 1U, .maxExtDevCfg = 1U, .udmaInstId = (uint32)UDMA_INST_ID_MCU_0, .cacheWbInv = (Spi_CacheWbInv)SpiApp_wbInvCache, .cacheWb = (Spi_CacheWb)SpiApp_wbCache, .cacheInv = (Spi_CacheInv)SpiApp_invCache, .channelCfg = { [0] = { .channelBufType = SPI_EB, .dataWidth = 32U, .defaultTxData = 0U, .maxBufLength = 10000U, .transferType = SPI_MSB, }, }, .jobCfg = { [0] = { .jobPriority = SPI_JOB_PRIORITY_0, .hwUnitId = SPI_UNIT_MCU_MCSPI0, .Spi_JobEndNotification = SpiApp_McuMcspiJob0EndNotification, .channelPerJob = 1U, .channelList = { [0] = 0U, }, }, }, .seqCfg = { [0] = { .seqInterruptible = (uint8) TRUE, .Spi_SequenceEndNotification = SpiApp_McuMcspiSeq0EndNotification, .jobPerSeq = 1U, .jobList = { 0U, }, }, }, .hwUnitCfg = { [0] = { .hwUnitId = SPI_UNIT_MCU_MCSPI0, .enabledmaMode = (boolean)TRUE, .dmaTxChIntrNum = 80, .dmaRxChIntrNum = 81, }, [1] = { .hwUnitId = SPI_UNIT_MCU_MCSPI1, .enabledmaMode = (boolean)FALSE, .dmaTxChIntrNum = 0, .dmaRxChIntrNum = 0, }, [2] = { .hwUnitId = SPI_UNIT_MCU_MCSPI2, .enabledmaMode = (boolean)FALSE, .dmaTxChIntrNum = 0, .dmaRxChIntrNum = 0, }, [3] = { .hwUnitId = SPI_UNIT_MCSPI0, .enabledmaMode = (boolean)FALSE, .dmaTxChIntrNum = 0, .dmaRxChIntrNum = 0, }, [4] = { .hwUnitId = SPI_UNIT_MCSPI1, .enabledmaMode = (boolean)FALSE, .dmaTxChIntrNum = 0, .dmaRxChIntrNum = 0, }, [5] = { .hwUnitId = SPI_UNIT_MCSPI2, .enabledmaMode = (boolean)FALSE, .dmaTxChIntrNum = 0, .dmaRxChIntrNum = 0, }, [6] = { .hwUnitId = SPI_UNIT_MCSPI3, .enabledmaMode = (boolean)FALSE, .dmaTxChIntrNum = 0, .dmaRxChIntrNum = 0, }, [7] = { .hwUnitId = SPI_UNIT_MCSPI4, .enabledmaMode = (boolean)FALSE, .dmaTxChIntrNum = 0, .dmaRxChIntrNum = 0, }, }, .extDevCfg = { [0] = { .mcspi = { .csEnable = (uint16) TRUE, .csMode = SPI_CONTINUOUS, .csPolarity = SPI_HIGH, .csIdleTime = SPI_DATADELAY_0, .clkDivider = 0U, .clkMode = SPI_CLK_MODE_0, .txRxMode = SPI_TX_RX_MODE_BOTH, .startBitEnable = (uint16) FALSE, .startBitLevel = SPI_LOW, .receptionLineEnable = DATA_LINE_1_RECEPTION, .transmissionLineEnable = DATA_LINE_1_TRANSMISSION, }, }, [1] = { .mcspi = { .csEnable = (uint16) TRUE, .csMode = SPI_CONTINUOUS, .csPolarity = SPI_HIGH, .csIdleTime = SPI_DATADELAY_0, .clkDivider = 0U, .clkMode = SPI_CLK_MODE_0, .txRxMode = SPI_TX_RX_MODE_BOTH, .startBitEnable = (uint16) FALSE, .startBitLevel = SPI_LOW, .receptionLineEnable = DATA_LINE_0_RECEPTION, .transmissionLineEnable = DATA_LINE_1_TRANSMISSION, }, }, [2] = { .mcspi = { .csEnable = (uint16) TRUE, .csMode = SPI_CONTINUOUS, .csPolarity = SPI_HIGH, .csIdleTime = SPI_DATADELAY_0, .clkDivider = 0U, .clkMode = SPI_CLK_MODE_0, .txRxMode = SPI_TX_RX_MODE_BOTH, .startBitEnable = (uint16) FALSE, .startBitLevel = SPI_LOW, .receptionLineEnable = DATA_LINE_0_RECEPTION, .transmissionLineEnable = DATA_LINE_1_TRANSMISSION, }, }, [3] = { .mcspi = { .csEnable = (uint16) TRUE, .csMode = SPI_CONTINUOUS, .csPolarity = SPI_HIGH, .csIdleTime = SPI_DATADELAY_0, .clkDivider = 0U, .clkMode = SPI_CLK_MODE_0, .txRxMode = SPI_TX_RX_MODE_BOTH, .startBitEnable = (uint16) FALSE, .startBitLevel = SPI_LOW, .receptionLineEnable = DATA_LINE_0_RECEPTION, .transmissionLineEnable = DATA_LINE_1_TRANSMISSION, }, }, [4] = { .mcspi = { .csEnable = (uint16) TRUE, .csMode = SPI_CONTINUOUS, .csPolarity = SPI_HIGH, .csIdleTime = SPI_DATADELAY_0, .clkDivider = 0U, .clkMode = SPI_CLK_MODE_0, .txRxMode = SPI_TX_RX_MODE_BOTH, .startBitEnable = (uint16) FALSE, .startBitLevel = SPI_LOW, .receptionLineEnable = DATA_LINE_0_RECEPTION, .transmissionLineEnable = DATA_LINE_1_TRANSMISSION, }, }, [5] = { .mcspi = { .csEnable = (uint16) TRUE, .csMode = SPI_CONTINUOUS, .csPolarity = SPI_HIGH, .csIdleTime = SPI_DATADELAY_0, .clkDivider = 0U, .clkMode = SPI_CLK_MODE_0, .txRxMode = SPI_TX_RX_MODE_BOTH, .startBitEnable = (uint16) FALSE, .startBitLevel = SPI_LOW, .receptionLineEnable = DATA_LINE_0_RECEPTION, .transmissionLineEnable = DATA_LINE_1_TRANSMISSION, }, }, [6] = { .mcspi = { .csEnable = (uint16) TRUE, .csMode = SPI_CONTINUOUS, .csPolarity = SPI_HIGH, .csIdleTime = SPI_DATADELAY_0, .clkDivider = 0U, .clkMode = SPI_CLK_MODE_0, .txRxMode = SPI_TX_RX_MODE_BOTH, .startBitEnable = (uint16) FALSE, .startBitLevel = SPI_LOW, .receptionLineEnable = DATA_LINE_0_RECEPTION, .transmissionLineEnable = DATA_LINE_1_TRANSMISSION, }, }, [7] = { .mcspi = { .csEnable = (uint16) TRUE, .csMode = SPI_CONTINUOUS, .csPolarity = SPI_HIGH, .csIdleTime = SPI_DATADELAY_0, .clkDivider = 0U, .clkMode = SPI_CLK_MODE_0, .txRxMode = SPI_TX_RX_MODE_BOTH, .startBitEnable = (uint16) TRUE, .startBitLevel = SPI_LOW, .receptionLineEnable = DATA_LINE_0_RECEPTION, .transmissionLineEnable = DATA_LINE_1_TRANSMISSION, }, }, }, }; #ifdef __cplusplus } #endif #define SPI_STOP_SEC_CONFIG_DATA #include "Spi_MemMap.h" #define SPI_START_SEC_ISR_CODE #include "Spi_MemMap.h" /** * \brief SPI Hwunit ISR */ /** \brief SPI MCU_MCSPI0 ISR */ FUNC(void, SPI_CODE_FAST) Spi_IrqUnitMcuMcspi0TxRx(void) { Spi_IntISR_McuMcspiTxRx(SPI_UNIT_MCU_MCSPI0); } /** \brief SPI MCU_MCSPI1 ISR */ FUNC(void, SPI_CODE_FAST) Spi_IrqUnitMcuMcspi1TxRx(void) { Spi_IntISR_McuMcspiTxRx(SPI_UNIT_MCU_MCSPI1); } /** \brief SPI MCU_MCSPI2 ISR */ FUNC(void, SPI_CODE_FAST) Spi_IrqUnitMcuMcspi2TxRx(void) { Spi_IntISR_McuMcspiTxRx(SPI_UNIT_MCU_MCSPI2); } /** \brief SPI MCSPI0 ISR */ FUNC(void, SPI_CODE_FAST) Spi_IrqUnitMcspi0TxRx(void) { Spi_IntISR_McuMcspiTxRx(SPI_UNIT_MCSPI0); } /** \brief SPI MCSPI1 ISR */ FUNC(void, SPI_CODE_FAST) Spi_IrqUnitMcspi1TxRx(void) { Spi_IntISR_McuMcspiTxRx(SPI_UNIT_MCSPI1); } /** \brief SPI MCSPI2 ISR */ FUNC(void, SPI_CODE_FAST) Spi_IrqUnitMcspi2TxRx(void) { Spi_IntISR_McuMcspiTxRx(SPI_UNIT_MCSPI2); } /** \brief SPI MCSPI3 ISR */ FUNC(void, SPI_CODE_FAST) Spi_IrqUnitMcspi3TxRx(void) { Spi_IntISR_McuMcspiTxRx(SPI_UNIT_MCSPI3); } /** \brief SPI MCSPI4 ISR */ FUNC(void, SPI_CODE_FAST) Spi_IrqUnitMcspi4TxRx(void) { Spi_IntISR_McuMcspiTxRx(SPI_UNIT_MCSPI4); } FUNC(void, SPI_CODE_FAST) Spi_IrqUnitMcuMcspi0DmaTx(void) { Spi_IntISR_McuMcspiDmaTx(SPI_MAX_HW_DMA_UNIT, SPI_UNIT_MCU_MCSPI0 ); } FUNC(void, SPI_CODE_FAST) Spi_IrqUnitMcuMcspi0DmaRx(void) { Spi_IntISR_McuMcspiDmaRx(SPI_MAX_HW_DMA_UNIT, SPI_UNIT_MCU_MCSPI0 ); } FUNC(void, SPI_CODE_FAST) Spi_IrqUnitMcuMcspi1DmaTx(void) { Spi_IntISR_McuMcspiDmaTx(SPI_MAX_HW_DMA_UNIT, SPI_UNIT_MCU_MCSPI1 ); } FUNC(void, SPI_CODE_FAST) Spi_IrqUnitMcuMcspi1DmaRx(void) { Spi_IntISR_McuMcspiDmaRx(SPI_MAX_HW_DMA_UNIT, SPI_UNIT_MCU_MCSPI1 ); } #define SPI_STOP_SEC_ISR_CODE #include "Spi_MemMap.h" /******************************************************************************* * END OF FILE: Spi_PBcfg.c ******************************************************************************/