/****************************************************************************** * Shanghai ChipON Micro-Electronic Co.,Ltd * ****************************************************************************** * $File Name$ : KF32A156_exic.h * * $Author$ : ChipON AE/FAE Group * * $Data$ : 2021-07-08 * * $AutoSAR Version : V2.0 * * $Description$ : This file contains the headers of the EXIC * * peripherals. * ****************************************************************************** * Copyright (C) by Shanghai ChipON Micro-Electronic Co.,Ltd * * All rights reserved. * * * * This software is copyright protected and proprietary to * * Shanghai ChipON Micro-Electronic Co.,Ltd. * ****************************************************************************** * ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ * * REVISON HISTORY * * ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ * * Data Version Author Description * * ~~~~~~~~~~ ~~~~~~~~ ~~~~~~~~~~~~ ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ * * * * * * * *****************************************************************************/ #ifndef KF32A156_EXIC_H_ #define KF32A156_EXIC_H_ #include "KF32A156.h" /** * 描述 EXIC接口模块配置信息结构体 */ typedef struct { FunctionalState m_Module_Enable; /* EXIC接口使能选择， 取值为TRUE或FALSE。 */ FunctionalState m_CS_Enable; /* EXIC片选使能选择， 取值为TRUE或FALSE的一个。 */ uint32_t m_Data_Control_Sel; /* EXIC数据/命令选择， 取值为“EXIC数据/命令选择。 */ FunctionalState m_Write_Enable; /* EXIC写数据使能， 取值为TRUE或FALSE。 */ FunctionalState m_Read_Enable; /* EXIC读数据使能， 取值为TRUE或FALSE。 */ FunctionalState m_DMA_Write_EN; /* EXIC DMA写使能， 取值为TRUE或FALSE。 */ FunctionalState m_DMA_Read_EN; /* EXIC DMA读使能， 取值为TRUE或FALSE。 */ FunctionalState m_WriteFnish_INT_EN;/* EXIC高优先级通道外部触发转换模式使能， 取值为TRUE或FALSE。 */ FunctionalState m_ReadFnish_INT_EN; /* 读完成中断使能， 取值为TRUE或FALSE。 */ FunctionalState m_WriteData_EN;/* EXIC写数据使能， 取值为TRUE或FALSE。 */ FunctionalState m_ReadData_EN; /* EXIC读数据使能， 取值为TRUE或FALSE。 */ uint32_t m_Data_Direction_Sel;/* EXIC数据方向选择， 取值为宏“EXIC 数据方向选择”中的一个。 */ uint32_t m_Mode_Sel;/* EXIC模式选择， 取值为宏“EXIC 模式选择位”中的一个。 */ uint32_t m_Source_Clock_Sel;/* EXIC工作时钟源选择， 取值为宏“EXIC 工作时钟源选择”中的一个。 */ uint32_t m_Pulse_Width_Sel; /* EXIC读写脉宽选择， 取值为宏“EXIC 读写脉宽选择”中的一个。 */ }EXIC_InitTypeDef; /** * EXIC 数据/命令选择 */ #define EXIC_TRANSMIT_DATA ( (uint32_t) 0x0 << EXIC_CTL0_DCSEL_POS ) #define EXIC_TRANSMIT_COMMAND ( (uint32_t) 0x1 << EXIC_CTL0_DCSEL_POS ) #define CHECK_EXIC_TRANSMIT(SEL) (((SEL) == EXIC_TRANSMIT_DATA) \ || ((SEL) == EXIC_TRANSMIT_COMMAND) ) /** * EXIC 数据方向选择 */ #define EXIC_DATA_INPUT ( (uint32_t) 0x1 << EXIC_CTL0_DATATR_POS ) #define EXIC_DATA_OUTPUT ( (uint32_t) 0x0 << EXIC_CTL0_DATATR_POS ) #define CHECK_DATA_DIRECTION(SEL) (((SEL) == EXIC_DATA_INPUT) \ || ((SEL) == EXIC_DATA_OUTPUT) ) /** * EXIC 模式选择 */ #define EXIC_MODE_SEL_W1R1 ( (uint32_t) 0x1 << EXIC_CTL0_MODESEL_POS ) #define EXIC_MODE_SEL_WR ( (uint32_t) 0x0 << EXIC_CTL0_MODESEL_POS ) #define CHECK_MODE_SEL(SEL) (((SEL) == EXIC_MODE_SEL_W1R1) \ || ((SEL) == EXIC_MODE_SEL_WR) ) /** * EXIC 工作时钟源选择 */ #define EXIC_CLKSOURCE_SCLK ( (uint32_t) 0x0 << EXIC_CTL1_EXICCS0_POS ) #define EXIC_CLKSOURCE_HFCLK ( (uint32_t) 0x1 << EXIC_CTL1_EXICCS0_POS ) #define EXIC_CLKSOURCE_LFCLK ( (uint32_t) 0x2 << EXIC_CTL1_EXICCS0_POS ) #define CHECK_EXIC_CLKSOURCE_SEL(SEL) (((SEL) == EXIC_CLKSOURCE_SCLK) \ || ((SEL) == EXIC_CLKSOURCE_HFCLK) \ || ((SEL) == EXIC_CLKSOURCE_LFCLK) ) /** * EXIC 读写脉宽选择 */ #define EXIC_PULSEWIDTH_1Tclk ( (uint32_t) 0x0 << EXIC_CTL1_PULSEWIDTH0_POS ) #define EXIC_PULSEWIDTH_2Tclk ( (uint32_t) 0x1 << EXIC_CTL1_PULSEWIDTH0_POS ) #define EXIC_PULSEWIDTH_4Tclk ( (uint32_t) 0x2 << EXIC_CTL1_PULSEWIDTH0_POS ) #define EXIC_PULSEWIDTH_8Tclk ( (uint32_t) 0x3 << EXIC_CTL1_PULSEWIDTH0_POS ) #define EXIC_PULSEWIDTH_16Tclk ( (uint32_t) 0x4 << EXIC_CTL1_PULSEWIDTH0_POS ) #define EXIC_PULSEWIDTH_32Tclk ( (uint32_t) 0x5 << EXIC_CTL1_PULSEWIDTH0_POS ) #define EXIC_PULSEWIDTH_64Tclk ( (uint32_t) 0x6 << EXIC_CTL1_PULSEWIDTH0_POS ) #define EXIC_PULSEWIDTH_128Tclk ( (uint32_t) 0x7 << EXIC_CTL1_PULSEWIDTH0_POS ) #define EXIC_PULSEWIDTH_256Tclk ( (uint32_t) 0x8 << EXIC_CTL1_PULSEWIDTH0_POS ) #define EXIC_PULSEWIDTH_512Tclk ( (uint32_t) 0x9 << EXIC_CTL1_PULSEWIDTH0_POS ) #define EXIC_PULSEWIDTH_1024Tclk ( (uint32_t) 0xA << EXIC_CTL1_PULSEWIDTH0_POS ) #define EXIC_PULSEWIDTH_2048Tclk ( (uint32_t) 0xB << EXIC_CTL1_PULSEWIDTH0_POS ) #define EXIC_PULSEWIDTH_4096Tclk ( (uint32_t) 0xC << EXIC_CTL1_PULSEWIDTH0_POS ) #define EXIC_PULSEWIDTH_8192Tclk ( (uint32_t) 0xD << EXIC_CTL1_PULSEWIDTH0_POS ) #define EXIC_PULSEWIDTH_16384Tclk ( (uint32_t) 0xE << EXIC_CTL1_PULSEWIDTH0_POS ) #define EXIC_PULSEWIDTH_32768Tclk ( (uint32_t) 0xF << EXIC_CTL1_PULSEWIDTH0_POS ) #define CHECK_PULSEWIDTH_SEL(SEL) (((SEL) == EXIC_PULSEWIDTH_1Tclk) \ ||((SEL) == EXIC_PULSEWIDTH_2Tclk) \ ||((SEL) == EXIC_PULSEWIDTH_4Tclk) \ ||((SEL) == EXIC_PULSEWIDTH_8Tclk) \ ||((SEL) == EXIC_PULSEWIDTH_16Tclk) \ ||((SEL) == EXIC_PULSEWIDTH_32Tclk) \ ||((SEL) == EXIC_PULSEWIDTH_64Tclk) \ ||((SEL) == EXIC_PULSEWIDTH_128Tclk) \ ||((SEL) == EXIC_PULSEWIDTH_256Tclk) \ ||((SEL) == EXIC_PULSEWIDTH_512Tclk) \ ||((SEL) == EXIC_PULSEWIDTH_1024Tclk) \ ||((SEL) == EXIC_PULSEWIDTH_2048Tclk) \ ||((SEL) == EXIC_PULSEWIDTH_4096Tclk) \ ||((SEL) == EXIC_PULSEWIDTH_8192Tclk) \ ||((SEL) == EXIC_PULSEWIDTH_16384Tclk) \ ||((SEL) == EXIC_PULSEWIDTH_32768Tclk) ) void EXIC_Struct_Init (EXIC_InitTypeDef* EXICInitStruct); uint32_t EXIC_Read_Buff (void); void EXIC_Write_Buff (uint32_t DATA); RetStatus EXIC_Clear_Write_Finish_INT_Flag (void); RetStatus EXIC_Clear_Read_Finish_INT_Flag (void); FlagStatus EXIC_Get_Read_Finish_INT_Flag (void); FlagStatus EXIC_Get_Write_Finish_INT_Flag (void); void EXIC_Configuration (EXIC_InitTypeDef* EXICInitStruct); void EXIC_Reset (void); #endif /* KF32A156_EXIC_H_ */