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rt-thread-official/bsp/hc32l196/Libraries/HC32L196_StdPeriph_Driver/inc/hc32l196_gpio.h

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/*******************************************************************************
* Copyright (C) 2018, Huada Semiconductor Co.,Ltd All rights reserved.
*
* This software is owned and published by:
* Huada Semiconductor Co.,Ltd ("HDSC").
*
* BY DOWNLOADING, INSTALLING OR USING THIS SOFTWARE, YOU AGREE TO BE BOUND
* BY ALL THE TERMS AND CONDITIONS OF THIS AGREEMENT.
*
* This software contains source code for use with HDSC
* components. This software is licensed by HDSC to be adapted only
* for use in systems utilizing HDSC components. HDSC shall not be
* responsible for misuse or illegal use of this software for devices not
* supported herein. HDSC is providing this software "AS IS" and will
* not be responsible for issues arising from incorrect user implementation
* of the software.
*
* Disclaimer:
* HDSC MAKES NO WARRANTY, EXPRESS OR IMPLIED, ARISING BY LAW OR OTHERWISE,
* REGARDING THE SOFTWARE (INCLUDING ANY ACOOMPANYING WRITTEN MATERIALS),
* ITS PERFORMANCE OR SUITABILITY FOR YOUR INTENDED USE, INCLUDING,
* WITHOUT LIMITATION, THE IMPLIED WARRANTY OF MERCHANTABILITY, THE IMPLIED
* WARRANTY OF FITNESS FOR A PARTICULAR PURPOSE OR USE, AND THE IMPLIED
* WARRANTY OF NONINFRINGEMENT.
* HDSC SHALL HAVE NO LIABILITY (WHETHER IN CONTRACT, WARRANTY, TORT,
* NEGLIGENCE OR OTHERWISE) FOR ANY DAMAGES WHATSOEVER (INCLUDING, WITHOUT
* LIMITATION, DAMAGES FOR LOSS OF BUSINESS PROFITS, BUSINESS INTERRUPTION,
* LOSS OF BUSINESS INFORMATION, OR OTHER PECUNIARY LOSS) ARISING FROM USE OR
* INABILITY TO USE THE SOFTWARE, INCLUDING, WITHOUT LIMITATION, ANY DIRECT,
* INDIRECT, INCIDENTAL, SPECIAL OR CONSEQUENTIAL DAMAGES OR LOSS OF DATA,
* SAVINGS OR PROFITS,
* EVEN IF Disclaimer HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES.
* YOU ASSUME ALL RESPONSIBILITIES FOR SELECTION OF THE SOFTWARE TO ACHIEVE YOUR
* INTENDED RESULTS, AND FOR THE INSTALLATION OF, USE OF, AND RESULTS OBTAINED
* FROM, THE SOFTWARE.
*
* This software may be replicated in part or whole for the licensed use,
* with the restriction that this Disclaimer and Copyright notice must be
* included with each copy of this software, whether used in part or whole,
* at all times.
*/
/******************************************************************************/
/** \file gpio.h
**
** GPIO driver
** @link GPIO Group Some description @endlink
**
** - 2018-04-18
**
******************************************************************************/
#ifndef __GPIO_H__
#define __GPIO_H__
/*******************************************************************************
* Include files
******************************************************************************/
#include "hc32l196_ddl.h"
/* C binding of definitions if building with C++ compiler */
#ifdef __cplusplus
extern "C"
{
#endif
/**
*******************************************************************************
** \defgroup GpioGroup General Purpose I/O (GPIO)
**
**
******************************************************************************/
//@{
#define GPIO_GPSZ (0x40u)
/*******************************************************************************
* Global type definitions
******************************************************************************/
/**
*******************************************************************************
** \brief GPIO PORT类型定义
******************************************************************************/
typedef enum en_gpio_port
{
GpioPortA = 0x00u, ///< GPIO PORT A
GpioPortB = 0x40u, ///< GPIO PORT B
GpioPortC = 0x80u, ///< GPIO PORT C
GpioPortD = 0xc0u, ///< GPIO PORT D
GpioPortE = 0x1000u, ///< GPIO PORT E
GpioPortF = 0x1040u, ///< GPIO PORT F
}en_gpio_port_t;
/**
*******************************************************************************
** \brief GPIO PIN类型定义
******************************************************************************/
typedef enum en_gpio_pin
{
GpioPin0 = 0u, ///< GPIO PIN0
GpioPin1 = 1u, ///< GPIO PIN1
GpioPin2 = 2u, ///< GPIO PIN2
GpioPin3 = 3u, ///< GPIO PIN3
GpioPin4 = 4u, ///< GPIO PIN4
GpioPin5 = 5u, ///< GPIO PIN5
GpioPin6 = 6u, ///< GPIO PIN6
GpioPin7 = 7u, ///< GPIO PIN7
GpioPin8 = 8u, ///< GPIO PIN8
GpioPin9 = 9u, ///< GPIO PIN9
GpioPin10 = 10u, ///< GPIO PIN10
GpioPin11 = 11u, ///< GPIO PIN11
GpioPin12 = 12u, ///< GPIO PIN12
GpioPin13 = 13u, ///< GPIO PIN13
GpioPin14 = 14u, ///< GPIO PIN14
GpioPin15 = 15u, ///< GPIO PIN15
}en_gpio_pin_t;
/**
*******************************************************************************
** \brief GPIO 端口复用功能(AF-Alternate function)类型定义
** \note 具体功能及含义请参考用户手册GPIO复用表或下表
******************************************************************************/
typedef enum en_gpio_af
{
GpioAf0 = 0u, ///< GPIO功能
GpioAf1 = 1u, ///< GPIO AF1:复用功能1
GpioAf2 = 2u, ///< GPIO AF2:复用功能2
GpioAf3 = 3u, ///< GPIO AF3:复用功能3
GpioAf4 = 4u, ///< GPIO AF4:复用功能4
GpioAf5 = 5u, ///< GPIO AF5:复用功能5
GpioAf6 = 6u, ///< GPIO AF6:复用功能6
GpioAf7 = 7u, ///< GPIO AF7:复用功能7
}en_gpio_af_t;
///*||======||=============||=============||=============||=============||=============||=============||=============||*///
///*||PSEL || GpioAf1 || GpioAf2 || GpioAf3 || GpioAf4 || GpioAf5 || GpioAf6 || GpioAf7 ||*///
///*||======||=============||=============||=============||=============||=============||=============||=============||*///
///*||PA00 ||UART1_CTS ||LPUART1_TXD ||TIM0_ETR ||VC0_OUT ||TIM1_CHA ||TIM3_ETR ||TIM0_CHA ||*///
///*||PA01 ||UART1_RTS ||LPUART1_RXD ||TIM0_CHB ||TIM1_ETR ||TIM1_CHB ||HCLK_OUT ||SPI1_MOSI ||*///
///*||PA02 ||UART1_TXD ||TIM0_CHA ||VC1_OUT ||TIM1_CHA ||TIM2_CHA ||PCLK_OUT ||SPI1_MISO ||*///
///*||PA03 ||UART1_RXD ||TIM0_GATE ||TIM1_CHB ||TIM2_CHB ||SPI1_CS ||TIM3_CH1A ||TIM5_CHA ||*///
///*||PA04 ||SPI0_CS ||UART1_TXD ||PCA_CH4 ||TIM2_ETR ||TIM5_CHA ||LVD_OUT ||TIM3_CH2B ||*///
///*||PA05 ||SPI0_SCK ||TIM0_ETR ||PCA_ECI ||TIM0_CHA ||TIM5_CHB ||XTL_OUT ||XTH_OUT ||*///
///*||PA06 ||SPI0_MISO ||PCA_CH0 ||TIM3_BK ||TIM1_CHA ||VC0_OUT ||TIM3_GATE ||LPUART0_CTS ||*///
///*||PA07 ||SPI0_MOSI ||PCA_CH1 ||HCLK_OUT ||TIM3_CH0B ||TIM2_CHA ||VC1_OUT ||TIM4_CHB ||*///
///*||PA08 ||UART0_TXD ||TIM3_CH0A || || ||TIM1_GATE ||TIM4_CHA ||TIM3_BK ||*///
///*||PA09 ||UART0_TXD ||TIM3_CH1A ||TIM0_BK ||I2C0_SCL || ||HCLK_OUT ||TIM5_CHA ||*///
///*||PA10 ||UART0_RXD ||TIM3_CH2A ||TIM2_BK ||I2C0_SDA ||TIM2_GATE ||PCLK_OUT ||TIM6_CHA ||*///
///*||PA11 ||UART0_CTS ||TIM3_GATE ||I2C1_SCL || ||VC0_OUT ||SPI0_MISO ||TIM4_CHB ||*///
///*||PA12 ||UART0_RTS ||TIM3_ETR ||I2C1_SDA || ||VC1_OUT ||SPI0_MOSI ||PCNT_S0 ||*///
///*||PA13 ||IR_OUT ||UART0_RXD ||LVD_OUT ||TIM3_ETR ||RTC_1HZ ||PCNT_S1 ||VC2_OUT ||*///
///*||PA14 ||UART1_TXD ||UART0_TXD ||TIM3_CH2A ||LVD_OUT ||RCH_OUT ||RCL_OUT ||PLL_OUT ||*///
///*||PA15 ||SPI0_CS ||UART1_RXD ||LPUART1_RTS ||TIM0_ETR ||TIM0_CHA ||TIM3_CH1A || ||*///
///*||PB00 ||PCA_CH2 ||TIM3_CH1B ||LPUART0_TXD ||TIM5_CHB ||RCH_OUT ||RCL_OUT ||PLL_OUT ||*///
///*||PB01 ||PCA_CH3 ||PCLK_OUT ||TIM3_CH2B ||TIM6_CHB ||LPUART0_RTS ||VC2_OUT ||TCLK_OUT　 ||*///
///*||PB02 ||LPTIM_TOG ||PCA_ECI ||LPUART1_TXD ||TIM4_CHA ||TIM1_BK ||TIM0_BK ||TIM2_BK ||*///
///*||PB03 ||SPI0_SCK ||TIM0_CHB ||TIM1_GATE ||TIM3_CH0A ||LPTIM_GATE ||XTL_OUT ||XTH_OUT ||*///
///*||PB04 ||SPI0_MISO ||PCA_CH0 ||TIM2_BK ||UART0_CTS ||TIM2_GATE ||TIM3_CH0B ||LPTIM_ETR ||*///
///*||PB05 ||SPI0_MOSI || ||TIM1_BK ||PCA_CH1 ||LPTIM_GATE ||PCNT_S0 ||UART0_RTS ||*///
///*||PB06 ||I2C0_SCL ||UART0_TXD ||TIM1_CHB ||TIM0_CHA ||LPTIM_ETR ||TIM3_CH0A ||LPTIM_TOG ||*///
///*||PB07 ||I2C0_SDA ||UART0_RXD ||TIM2_CHB ||LPUART1_CTS ||TIM0_CHB ||LPTIM_TOGN ||PCNT_S1 ||*///
///*||PB08 ||I2C0_SCL ||TIM1_CHA || ||TIM2_CHA ||TIM0_GATE ||TIM3_CH2A ||UART0_TXD ||*///
///*||PB09 ||I2C0_SDA ||IR_OUT ||SPI1_CS ||TIM2_CHA || ||TIM2_CHB ||UART0_RXD ||*///
///*||PB10 ||I2C1_SCL ||SPI1_SCK ||TIM1_CHA ||LPUART0_TXD ||TIM3_CH1A ||LPUART1_RTS ||UART1_RTS ||*///
///*||PB11 ||I2C1_SDA ||TIM1_CHB ||LPUART0_RXD ||TIM2_GATE ||TIM6_CHA ||LPUART1_CTS ||UART1_CTS ||*///
///*||PB12 ||SPI1_CS ||TIM3_BK ||LPUART0_TXD ||TIM0_BK || ||LPUART0_RTS ||TIM6_CHA ||*///
///*||PB13 ||SPI1_SCK ||I2C1_SCL ||TIM3_CH0B ||LPUART0_CTS ||TIM1_CHA ||TIM1_GATE ||TIM6_CHB ||*///
///*||PB14 ||SPI1_MISO ||I2C1_SDA ||TIM3_CH1B ||TIM0_CHA ||RTC_1HZ ||LPUART0_RTS ||TIM1_BK ||*///
///*||PB15 ||SPI1_MOSI ||TIM3_CH2B ||TIM0_CHB ||TIM0_GATE || || ||LPUART1_RXD ||*///
///*||PC00 ||LPTIM_GATE ||PCNT_S0 ||UART1_CTS ||UART2_RTS || || || ||*///
///*||PC01 ||LPTIM_TOG ||TIM5_CHB ||UART1_RTS ||PCNT_S0FO || ||UART2_CTS || ||*///
///*||PC02 ||SPI1_MISO ||LPTIM_TOGN ||PCNT_S1 ||UART2_RXD || || || ||*///
///*||PC03 ||SPI1_MOSI ||LPTIM_ETR ||LPTIM_TOGN ||PCNT_S1FO ||UART2_TXD || || ||*///
///*||PC04 ||LPUART0_TXD ||TIM2_ETR ||IR_OUT ||VC2_OUT || || || ||*///
///*||PC05 ||LPUART0_RXD ||TIM6_CHB ||PCA_CH4 || || || || ||*///
///*||PC06 ||PCA_CH0 ||TIM4_CHA ||TIM2_CHA ||LPTIM1_GATE || ||UART3_RXD || ||*///
///*||PC07 ||PCA_CH1 ||TIM5_CHA ||TIM2_CHB ||LPTIM1_ETR || ||UART3_TXD || ||*///
///*||PC08 ||PCA_CH2 ||TIM6_CHA ||TIM2_ETR ||LPTIM1_TOG || ||UART3_CTS || ||*///
///*||PC09 ||PCA_CH3 ||TIM4_CHB ||TIM1_ETR ||LPTIM1_TOGN || ||UART3_RTS || ||*///
///*||PC10 ||LPUART1_TXD ||LPUART0_TXD ||PCA_CH2 || || || || ||*///
///*||PC11 ||LPUART1_RXD ||LPUART0_RXD ||PCA_CH3 ||PCNT_S0FO || || || ||*///
///*||PC12 ||LPUART0_TXD ||LPUART1_TXD ||PCA_CH4 ||PCNT_S1FO || || || ||*///
///*||PC13 || ||RTC_1HZ ||TIM3_CH1B || || || || ||*///
///*||PC14 || || || || || || || ||*///
///*||PC15 || || || || || || || ||*///
///*||PD00 || ||SPI1_CS || || || || || ||*///
///*||PD01 || ||SPI1_SCK || || || || || ||*///
///*||PD02 ||PCA_ECI ||LPUART0_RTS ||TIM1_ETR || || || || ||*///
///*||PD03 ||UART1_CTS ||SPI1_MISO ||LPTIM1_TOG || || || || ||*///
///*||PD04 ||UART1_RTS ||SPI1_MOSI ||LPTIM1_TOGN || || || || ||*///
///*||PD05 ||UART1_TXD ||LPTIM1_GATE || || || || || ||*///
///*||PD06 ||UART1_RXD ||LPTIM1_ETR || || || || || ||*///
///*||PD07 ||UART1_TXD || || || || || || ||*///
///*||PD08 ||LPUART0_TXD || || || || || || ||*///
///*||PD09 ||LPUART0_RXD || || || || || || ||*///
///*||PD10 ||LPUART0_TXD || || || || || || ||*///
///*||PD11 ||LPUART0_CTS || || || || || || ||*///
///*||PD12 ||LPUART0_RTS ||UART2_RTS || || || || || ||*///
///*||PD13 ||UART2_RXD || || || || || || ||*///
///*||PD14 ||UART2_TXD || || || || || || ||*///
///*||PD15 || ||UART2_CTS || || || || || ||*///
///*||PE00 ||TIM1_CHA || || || || || || ||*///
///*||PE01 ||TIM2_CHA || || || || || || ||*///
///*||PE02 ||PCA_ECI || || || || || || ||*///
///*||PE03 ||PCA_CH0 || || || || || || ||*///
///*||PE04 ||PCA_CH1 || || || || || || ||*///
///*||PE05 ||PCA_CH2 || || || || || || ||*///
///*||PE06 ||PCA_CH3 || || || || || || ||*///
///*||PE07 ||TIM3_ETR ||LPTIM1_GATE || || || || || ||*///
///*||PE08 ||TIM3_CH0B ||LPTIM1_ETR || || || || || ||*///
///*||PE09 ||TIM3_CH0A ||LPTIM1_TOG || || || || || ||*///
///*||PE10 ||TIM3_CH1B ||LPTIM1_TOGN || || || || || ||*///
///*||PE11 ||TIM3_CH1A || || || || || || ||*///
///*||PE12 ||TIM3_CH2B ||SPI0_CS ||UART3_CTS || || || || ||*///
///*||PE13 ||TIM3_CH2A ||SPI0_SCK ||UART3_RTS || || || || ||*///
///*||PE14 ||TIM3_CH0B ||SPI0_MISO ||UART3_RXD || || || || ||*///
///*||PE15 ||TIM3_BK ||SPI0_MOSI ||UART3_TXD || || || || ||*///
///*||PF00 ||I2C0_SDA || ||UART1_TXD || || || || ||*///
///*||PF01 ||I2C0_SCL ||TIM4_CHB ||UART1_RXD || || || || ||*///
///*||PF02 || || || || || || || ||*///
///*||PF03 || || || || || || || ||*///
///*||PF04 || || || || || || || ||*///
///*||PF05 || || || || || || || ||*///
///*||PF06 ||I2C1_SCL ||LPUART1_CTS ||UART0_CTS || || || || ||*///
///*||PF07 ||I2C1_SDA ||LPUART1_RTS ||UART0_RTS || || || || ||*///
///*||PF09 ||TIM0_CHA || || || || || || ||*///
///*||PF10 ||TIM0_CHB || || || || || || ||*///
///*||PF11 || || || || || || || ||*///
///*||======||=============||=============||=============||=============||=============||=============||=============||*///
/**
*******************************************************************************
** \brief GPIO输入输出配置数据类型定义
******************************************************************************/
typedef enum en_gpio_dir
{
GpioDirOut = 0u, ///< GPIO 输出
GpioDirIn = 1u, ///< GPIO 输入
}en_gpio_dir_t;
/**
*******************************************************************************
** \brief GPIO端口上拉配置数据类型定义
******************************************************************************/
typedef enum en_gpio_pu
{
GpioPuDisable = 0u, ///< GPIO无上拉
GpioPuEnable = 1u, ///< GPIO上拉
}en_gpio_pu_t;
/**
*******************************************************************************
** \brief GPIO端口下拉配置数据类型定义
******************************************************************************/
typedef enum en_gpio_pd
{
GpioPdDisable = 0u, ///< GPIO无下拉
GpioPdEnable = 1u, ///< GPIO下拉
}en_gpio_pd_t;
/**
*******************************************************************************
** \brief GPIO端口输出驱动能力配置数据类型定义
******************************************************************************/
typedef enum en_gpio_drv
{
GpioDrvH = 0u, ///< GPIO高驱动能力
GpioDrvL = 1u, ///< GPIO低驱动能力
}en_gpio_drv_t;
/**
*******************************************************************************
** \brief GPIO端口开漏输出控制数据类型定义
******************************************************************************/
typedef enum en_gpio_od
{
GpioOdDisable = 0u, ///< GPIO开漏输出关闭
GpioOdEnable = 1u, ///< GPIO开漏输出使能
}en_gpio_od_t;
/**
*******************************************************************************
** \brief GPIO端口输入/输出值寄存器总线控制模式选择
******************************************************************************/
typedef enum en_gpio_ctrl_mode
{
GpioFastIO = 0u, ///< FAST IO 总线控制模式
GpioAHB = 1u, ///< AHB 总线控制模式
}en_gpio_ctrl_mode_t;
/**
*******************************************************************************
** \brief GPIO中断触发方式类型定义
******************************************************************************/
typedef enum en_gpio_irqtype
{
GpioIrqHigh = 0u, ///< GPIO高电平触发
GpioIrqLow = 1u, ///< GPIO低电平触发
GpioIrqRising = 2u, ///< GPIO上升沿触发
GpioIrqFalling = 3u, ///< GPIO下降沿触发
}en_gpio_irqtype_t;
/**
*******************************************************************************
** \brief GPIO 辅助功能（SF-Secondary Function）端口中断模式类型定义
******************************************************************************/
typedef enum en_gpio_sf_irqmode
{
GpioSfIrqDpslpMode = 1u, ///< Deep Sleep模式
GpioSfIrqActSlpMode = 0u, ///< Active/Sleep模式
}en_gpio_sf_irqmode_t;
/**
*******************************************************************************
** \brief GPIO 辅助功能（SF-Secondary Function）HCLK输出门控类型定义
******************************************************************************/
typedef enum en_gpio_sf_hclkout_g
{
GpioSfHclkOutDisable = 0u, ///< HCLK输出门控关闭
GpioSfHclkOutEnable = 1u, ///< HCLK输出门控使能
}en_gpio_sf_hclkout_g_t;
/**
*******************************************************************************
** \brief GPIO 辅助功能（SF-Secondary Function）HCLK输出分频选择类型定义
******************************************************************************/
typedef enum en_gpio_sf_hclkout_div
{
GpioSfHclkOutDiv1 = 0u, ///< HCLK
GpioSfHclkOutDiv2 = 1u, ///< HCLK/2
GpioSfHclkOutDiv4 = 2u, ///< HCLK/4
GpioSfHclkOutDiv8 = 3u, ///< HCLK/8
}en_gpio_sf_hclkout_div_t;
/**
*******************************************************************************
** \brief GPIO 辅助功能（SF-Secondary Function）PCLK输出门控类型定义
******************************************************************************/
typedef enum en_gpio_sf_pclkout_g
{
GpioSfPclkOutDisable = 0u, ///< PCLK输出门控关闭
GpioSfPclkOutEnable = 1u, ///< PCLK输出门控使能
}en_gpio_sf_pclkout_g_t;
/**
*******************************************************************************
** \brief GPIO 辅助功能（SF-Secondary Function）PCLK输出分频选择类型定义
******************************************************************************/
typedef enum en_gpio_sf_pclkout_div
{
GpioSfPclkOutDiv1 = 0u, ///< PCLK
GpioSfPclkOutDiv2 = 1u, ///< PCLK/2
GpioSfPclkOutDiv4 = 2u, ///< PCLK/4
GpioSfPclkOutDiv8 = 3u, ///< PCLK/8
}en_gpio_sf_pclkout_div_t;
/**
*******************************************************************************
** \brief GPIO 辅助功能（SF-Secondary Function）IR输出极性选择类型定义
******************************************************************************/
typedef enum en_gpio_sf_irpol
{
GpioSfIrP = 0u, ///< IR正向输出
GpioSfIrN = 1u, ///< IR反向输出
}en_gpio_sf_irpol_t;
/**
*******************************************************************************
** \brief GPIO 辅助功能（SF-Secondary Function）SSN通道类型定义
******************************************************************************/
typedef enum en_gpio_sf_ssnspi
{
GpioSpi0 = 0u, ///< SPI0 SSN
GpioSpi1 = 1u, ///< SPI1 SSN
}en_gpio_sf_ssnspi_t;
/**
*******************************************************************************
** \brief GPIO 辅助功能（SF-Secondary Function）SSN与外部时钟输入信号源选择类型定义
******************************************************************************/
typedef enum en_gpio_sf_ssn_extclk
{
GpioSfSsnExtClkH = 0u, ///< 高电平
GpioSfSsnExtClkPA03 = 1u, ///< PA03
GpioSfSsnExtClkPA04 = 2u, ///< PA04
GpioSfSsnExtClkPA06 = 3u, ///< PA06
GpioSfSsnExtClkPA08 = 4u, ///< PA08
GpioSfSsnExtClkPA09 = 5u, ///< PA09
GpioSfSsnExtClkPA12 = 6u, ///< PA12
GpioSfSsnExtClkPA15 = 7u, ///< PA15
GpioSfSsnExtClkPB01 = 8u, ///< PB01
GpioSfSsnExtClkPB02 = 9u, ///< PB02
GpioSfSsnExtClkPB05 = 10u, ///< PB05
GpioSfSsnExtClkPB06 = 11u, ///< PB06
GpioSfSsnExtClkPB09 = 12u, ///< PB09
GpioSfSsnExtClkPB10 = 13u, ///< PB10
GpioSfSsnExtClkPB12 = 14u, ///< PB12
GpioSfSsnExtClkPB14 = 15u, ///< PB14
}en_gpio_sf_ssn_extclk_t;
/**
*******************************************************************************
** \brief GPIO 辅助功能（SF-Secondary Function）定时器互联功能选择类型定义
** \note 具体功能及含义请参考用户手册GPIO辅助寄存器描述
******************************************************************************/
typedef enum en_gpio_sf
{
GpioSf0 = 0u, ///< SF0:PX_SEL的配置功能
GpioSf1 = 1u, ///< SF1:辅助功能1
GpioSf2 = 2u, ///< SF2:辅助功能2
GpioSf3 = 3u, ///< SF3:辅助功能3
GpioSf4 = 4u, ///< SF4:辅助功能4
GpioSf5 = 5u, ///< SF5:辅助功能5
GpioSf6 = 6u, ///< SF6:辅助功能6
GpioSf7 = 7u, ///< SF7:辅助功能7
}en_gpio_sf_t;
/**
*******************************************************************************
** \brief GPIO 辅助功能（SF-Secondary Function）定时器门控类型选择数据类型定义
******************************************************************************/
typedef enum en_gpio_sf_tim_g
{
GpioSfTim0G = 0u, ///<Tim0定时器GATE输入选择
GpioSfTim1G = 3u, ///<Tim1定时器GATE输入选择
GpioSfTim2G = 6u, ///<Tim2定时器GATE输入选择
GpioSfTim3G = 9u, ///<Tim3定时器GATE输入选择
GpioSfLpTim0G = 12u, ///<LPTim0定时器GATE输入选择
GpioSfLpTim1G = 38u, ///<LPTim1定时器GATE输入选择
}en_gpio_sf_tim_g_t;
/**
*******************************************************************************
** \brief GPIO 辅助功能（SF-Secondary Function）定时器ETR类型选择数据类型定义
******************************************************************************/
typedef enum en_gpio_sf_tim_e
{
GpioSfTim0E = 0u, ///<Tim0定时器ETR输入选择
GpioSfTim1E = 3u, ///<Tim1定时器ETR输入选择
GpioSfTim2E = 6u, ///<Tim2定时器ETR输入选择
GpioSfTim3E = 9u, ///<Tim3定时器ETR输入选择
GpioSfLpTim0E = 12u, ///<LPTim0定时器ETR输入选择
GpioSfLpTim1E = 41u, ///<LPTim1定时器ETR输入选择
}en_gpio_sf_tim_e_t;
/**
*******************************************************************************
** \brief GPIO 辅助功能（SF-Secondary Function）定时器捕获输入类型选择数据类型定义
******************************************************************************/
typedef enum en_gpio_sf_tim_c
{
GpioSfTim0CA = 0u, ///<Tim0定时器CHA输入选择
GpioSfTim1CA = 3u, ///<Tim1定时器CHA输入选择
GpioSfTim2CA = 6u, ///<Tim2定时器CHA输入选择
GpioSfTim3CA = 9u, ///<Tim3定时器CH0A输入选择
GpioSfTim3CB = 12u, ///<Tim3定时器CH0B输入选择
}en_gpio_sf_tim_c_t;
/**
*******************************************************************************
** \brief GPIO 辅助功能（SF-Secondary Function）PCA捕获选择数据类型定义
******************************************************************************/
typedef enum en_gpio_sf_pca
{
GpioSfPcaCH0 = 0u, ///<PCA_CH0捕获口输入选择
GpioSfPcaECI = 3u, ///<PCA ECI时钟输入选择
}en_gpio_sf_pca_t;
/**
*******************************************************************************
** \brief GPIO 辅助功能（SF-Secondary Function）PCNT脉冲输入选择数据类型定义
******************************************************************************/
typedef enum en_gpio_sf_pcnt
{
GpioSfPcntS0 = 0u, ///<PCNT_S0输入选择
GpioSfPcntS1 = 3u, ///<PCNT_S1输入选择
}en_gpio_sf_pcnt_t;
/**
*******************************************************************************
** \brief GPIO 端口配置结构体定义
******************************************************************************/
typedef struct
{
boolean_t bOutputVal; ///< 默认端口输出电平
en_gpio_dir_t enDir; ///< 端口方向配置
en_gpio_drv_t enDrv; ///< 端口驱动能力配置
en_gpio_pu_t enPu; ///< 端口上拉配置
en_gpio_pd_t enPd; ///< 端口下拉配置
en_gpio_od_t enOD; ///< 端口开漏输出配置
en_gpio_ctrl_mode_t enCtrlMode; ///< 端口输入/输出值寄存器总线控制模式配置
}stc_gpio_cfg_t;
/*******************************************************************************
* Global definitions——(GPIO 复用功能宏定义)
******************************************************************************/
///< GPIO 复用功能宏定义
///< GpioAf1
#define PA00_UART1_CTS (GpioPortA<<16u|GpioPin0 <<8u|GpioAf1)
#define PA01_UART1_RTS (GpioPortA<<16u|GpioPin1 <<8u|GpioAf1)
#define PA02_UART1_TXD (GpioPortA<<16u|GpioPin2 <<8u|GpioAf1)
#define PA03_UART1_RXD (GpioPortA<<16u|GpioPin3 <<8u|GpioAf1)
#define PA04_SPI0_CS (GpioPortA<<16u|GpioPin4 <<8u|GpioAf1)
#define PA05_SPI0_SCK (GpioPortA<<16u|GpioPin5 <<8u|GpioAf1)
#define PA06_SPI0_MISO (GpioPortA<<16u|GpioPin6 <<8u|GpioAf1)
#define PA07_SPI0_MOSI (GpioPortA<<16u|GpioPin7 <<8u|GpioAf1)
#define PA08_UART0_TXD (GpioPortA<<16u|GpioPin8 <<8u|GpioAf1)
#define PA09_UART0_TXD (GpioPortA<<16u|GpioPin9 <<8u|GpioAf1)
#define PA10_UART0_RXD (GpioPortA<<16u|GpioPin10<<8u|GpioAf1)
#define PA11_UART0_CTS (GpioPortA<<16u|GpioPin11<<8u|GpioAf1)
#define PA12_UART0_RTS (GpioPortA<<16u|GpioPin12<<8u|GpioAf1)
#define PA13_IR_OUT (GpioPortA<<16u|GpioPin13<<8u|GpioAf1)
#define PA14_UART1_TXD (GpioPortA<<16u|GpioPin14<<8u|GpioAf1)
#define PA15_SPI0_CS (GpioPortA<<16u|GpioPin15<<8u|GpioAf1)
#define PB00_PCA_CH2 (GpioPortB<<16u|GpioPin0 <<8u|GpioAf1)
#define PB01_PCA_CH3 (GpioPortB<<16u|GpioPin1 <<8u|GpioAf1)
#define PB02_LPTIM_TOG (GpioPortB<<16u|GpioPin2 <<8u|GpioAf1)
#define PB03_SPI0_SCK (GpioPortB<<16u|GpioPin3 <<8u|GpioAf1)
#define PB04_SPI0_MISO (GpioPortB<<16u|GpioPin4 <<8u|GpioAf1)
#define PB05_SPI0_MOSI (GpioPortB<<16u|GpioPin5 <<8u|GpioAf1)
#define PB06_I2C0_SCL (GpioPortB<<16u|GpioPin6 <<8u|GpioAf1)
#define PB07_I2C0_SDA (GpioPortB<<16u|GpioPin7 <<8u|GpioAf1)
#define PB08_I2C0_SCL (GpioPortB<<16u|GpioPin8 <<8u|GpioAf1)
#define PB09_I2C0_SDA (GpioPortB<<16u|GpioPin9 <<8u|GpioAf1)
#define PB10_I2C1_SCL (GpioPortB<<16u|GpioPin10<<8u|GpioAf1)
#define PB11_I2C1_SDA (GpioPortB<<16u|GpioPin11<<8u|GpioAf1)
#define PB12_SPI1_CS (GpioPortB<<16u|GpioPin12<<8u|GpioAf1)
#define PB13_SPI1_SCK (GpioPortB<<16u|GpioPin13<<8u|GpioAf1)
#define PB14_SPI1_MISO (GpioPortB<<16u|GpioPin14<<8u|GpioAf1)
#define PB15_SPI1_MOSI (GpioPortB<<16u|GpioPin15<<8u|GpioAf1)
#define PC00_LPTIM_GATE (GpioPortC<<16u|GpioPin0 <<8u|GpioAf1)
#define PC01_LPTIM_TOG (GpioPortC<<16u|GpioPin1 <<8u|GpioAf1)
#define PC02_SPI1_MISO (GpioPortC<<16u|GpioPin2 <<8u|GpioAf1)
#define PC03_SPI1_MOSI (GpioPortC<<16u|GpioPin3 <<8u|GpioAf1)
#define PC04_LPUART0_TXD (GpioPortC<<16u|GpioPin4 <<8u|GpioAf1)
#define PC05_LPUART0_RXD (GpioPortC<<16u|GpioPin5 <<8u|GpioAf1)
#define PC06_PCA_CH0 (GpioPortC<<16u|GpioPin6 <<8u|GpioAf1)
#define PC07_PCA_CH1 (GpioPortC<<16u|GpioPin7 <<8u|GpioAf1)
#define PC08_PCA_CH2 (GpioPortC<<16u|GpioPin8 <<8u|GpioAf1)
#define PC09_PCA_CH3 (GpioPortC<<16u|GpioPin9 <<8u|GpioAf1)
#define PC10_LPUART1_TXD (GpioPortC<<16u|GpioPin10<<8u|GpioAf1)
#define PC11_LPUART1_RXD (GpioPortC<<16u|GpioPin11<<8u|GpioAf1)
#define PC12_LPUART0_TXD (GpioPortC<<16u|GpioPin12<<8u|GpioAf1)
#define PC13_1x (GpioPortC<<16u|GpioPin13<<8u|GpioAf1)
#define PC14_1x (GpioPortC<<16u|GpioPin14<<8u|GpioAf1)
#define PC15_1x (GpioPortC<<16u|GpioPin15<<8u|GpioAf1)
#define PD00_1x (GpioPortD<<16u|GpioPin0 <<8u|GpioAf1)
#define PD01_1x (GpioPortD<<16u|GpioPin1 <<8u|GpioAf1)
#define PD02_PCA_ECI (GpioPortD<<16u|GpioPin2 <<8u|GpioAf1)
#define PD03_UART1_CTS (GpioPortD<<16u|GpioPin3 <<8u|GpioAf1)
#define PD04_UART1_RTS (GpioPortD<<16u|GpioPin4 <<8u|GpioAf1)
#define PD05_UART1_TXD (GpioPortD<<16u|GpioPin5 <<8u|GpioAf1)
#define PD06_UART1_RXD (GpioPortD<<16u|GpioPin6 <<8u|GpioAf1)
#define PD07_UART1_TXD (GpioPortD<<16u|GpioPin7 <<8u|GpioAf1)
#define PD08_LPUART0_TXD (GpioPortD<<16u|GpioPin8 <<8u|GpioAf1)
#define PD09_LPUART0_RXD (GpioPortD<<16u|GpioPin9 <<8u|GpioAf1)
#define PD10_LPUART0_TXD (GpioPortD<<16u|GpioPin10<<8u|GpioAf1)
#define PD11_LPUART0_CTS (GpioPortD<<16u|GpioPin11<<8u|GpioAf1)
#define PD12_LPUART0_RTS (GpioPortD<<16u|GpioPin12<<8u|GpioAf1)
#define PD13_UART2_RXD (GpioPortD<<16u|GpioPin13<<8u|GpioAf1)
#define PD14_UART2_TXD (GpioPortD<<16u|GpioPin14<<8u|GpioAf1)
#define PD15_1x (GpioPortD<<16u|GpioPin15<<8u|GpioAf1)
#define PE00_TIM1_CHA (GpioPortE<<16u|GpioPin0 <<8u|GpioAf1)
#define PE01_TIM2_CHA (GpioPortE<<16u|GpioPin1 <<8u|GpioAf1)
#define PE02_PCA_ECI (GpioPortE<<16u|GpioPin2 <<8u|GpioAf1)
#define PE03_PCA_CH0 (GpioPortE<<16u|GpioPin3 <<8u|GpioAf1)
#define PE04_PCA_CH1 (GpioPortE<<16u|GpioPin4 <<8u|GpioAf1)
#define PE05_PCA_CH2 (GpioPortE<<16u|GpioPin5 <<8u|GpioAf1)
#define PE06_PCA_CH3 (GpioPortE<<16u|GpioPin6 <<8u|GpioAf1)
#define PE07_TIM3_ETR (GpioPortE<<16u|GpioPin7 <<8u|GpioAf1)
#define PE08_TIM3_CH0B (GpioPortE<<16u|GpioPin8 <<8u|GpioAf1)
#define PE09_TIM3_CH0A (GpioPortE<<16u|GpioPin9 <<8u|GpioAf1)
#define PE10_TIM3_CH1B (GpioPortE<<16u|GpioPin10<<8u|GpioAf1)
#define PE11_TIM3_CH1A (GpioPortE<<16u|GpioPin11<<8u|GpioAf1)
#define PE12_TIM3_CH2B (GpioPortE<<16u|GpioPin12<<8u|GpioAf1)
#define PE13_TIM3_CH2A (GpioPortE<<16u|GpioPin13<<8u|GpioAf1)
#define PE14_TIM3_CH0B (GpioPortE<<16u|GpioPin14<<8u|GpioAf1)
#define PE15_TIM3_BK (GpioPortE<<16u|GpioPin15<<8u|GpioAf1)
#define PF00_I2C0_SDA (GpioPortF<<16u|GpioPin0 <<8u|GpioAf1)
#define PF01_I2C0_SCL (GpioPortF<<16u|GpioPin1 <<8u|GpioAf1)
#define PF02_1x (GpioPortF<<16u|GpioPin2 <<8u|GpioAf1)
#define PF03_1x (GpioPortF<<16u|GpioPin3 <<8u|GpioAf1)
#define PF04_1x (GpioPortF<<16u|GpioPin4 <<8u|GpioAf1)
#define PF05_1x (GpioPortF<<16u|GpioPin5 <<8u|GpioAf1)
#define PF06_I2C1_SCL (GpioPortF<<16u|GpioPin6 <<8u|GpioAf1)
#define PF07_I2C1_SDA (GpioPortF<<16u|GpioPin7 <<8u|GpioAf1)
#define PF09_TIM0_CHA (GpioPortF<<16u|GpioPin9 <<8u|GpioAf1)
#define PF10_TIM0_CHB (GpioPortF<<16u|GpioPin10<<8u|GpioAf1)
#define PF11_1x (GpioPortF<<16u|GpioPin11<<8u|GpioAf1)
///< GpioAf2
#define PA00_LPUART1_TXD (GpioPortA<<16u|GpioPin0 <<8u|GpioAf2)
#define PA01_LPUART1_RXD (GpioPortA<<16u|GpioPin1 <<8u|GpioAf2)
#define PA02_TIM0_CHA (GpioPortA<<16u|GpioPin2 <<8u|GpioAf2)
#define PA03_TIM0_GATE (GpioPortA<<16u|GpioPin3 <<8u|GpioAf2)
#define PA04_UART1_TXD (GpioPortA<<16u|GpioPin4 <<8u|GpioAf2)
#define PA05_TIM0_ETR (GpioPortA<<16u|GpioPin5 <<8u|GpioAf2)
#define PA06_PCA_CH0 (GpioPortA<<16u|GpioPin6 <<8u|GpioAf2)
#define PA07_PCA_CH1 (GpioPortA<<16u|GpioPin7 <<8u|GpioAf2)
#define PA08_TIM3_CH0A (GpioPortA<<16u|GpioPin8 <<8u|GpioAf2)
#define PA09_TIM3_CH1A (GpioPortA<<16u|GpioPin9 <<8u|GpioAf2)
#define PA10_TIM3_CH2A (GpioPortA<<16u|GpioPin10<<8u|GpioAf2)
#define PA11_TIM3_GATE (GpioPortA<<16u|GpioPin11<<8u|GpioAf2)
#define PA12_TIM3_ETR (GpioPortA<<16u|GpioPin12<<8u|GpioAf2)
#define PA13_UART0_RXD (GpioPortA<<16u|GpioPin13<<8u|GpioAf2)
#define PA14_UART0_TXD (GpioPortA<<16u|GpioPin14<<8u|GpioAf2)
#define PA15_UART1_RXD (GpioPortA<<16u|GpioPin15<<8u|GpioAf2)
#define PB00_TIM3_CH1B (GpioPortB<<16u|GpioPin0 <<8u|GpioAf2)
#define PB01_PCLK_OUT (GpioPortB<<16u|GpioPin1 <<8u|GpioAf2)
#define PB02_PCA_ECI (GpioPortB<<16u|GpioPin2 <<8u|GpioAf2)
#define PB03_TIM0_CHB (GpioPortB<<16u|GpioPin3 <<8u|GpioAf2)
#define PB04_PCA_CH0 (GpioPortB<<16u|GpioPin4 <<8u|GpioAf2)
#define PB05_2x (GpioPortB<<16u|GpioPin5 <<8u|GpioAf2)
#define PB06_UART0_TXD (GpioPortB<<16u|GpioPin6 <<8u|GpioAf2)
#define PB07_UART0_RXD (GpioPortB<<16u|GpioPin7 <<8u|GpioAf2)
#define PB08_TIM1_CHA (GpioPortB<<16u|GpioPin8 <<8u|GpioAf2)
#define PB09_IR_OUT (GpioPortB<<16u|GpioPin9 <<8u|GpioAf2)
#define PB10_SPI1_SCK (GpioPortB<<16u|GpioPin10<<8u|GpioAf2)
#define PB11_TIM1_CHB (GpioPortB<<16u|GpioPin11<<8u|GpioAf2)
#define PB12_TIM3_BK (GpioPortB<<16u|GpioPin12<<8u|GpioAf2)
#define PB13_I2C1_SCL (GpioPortB<<16u|GpioPin13<<8u|GpioAf2)
#define PB14_I2C1_SDA (GpioPortB<<16u|GpioPin14<<8u|GpioAf2)
#define PB15_TIM3_CH2B (GpioPortB<<16u|GpioPin15<<8u|GpioAf2)
#define PC00_PCNT_S0 (GpioPortC<<16u|GpioPin0 <<8u|GpioAf2)
#define PC01_TIM5_CHB (GpioPortC<<16u|GpioPin1 <<8u|GpioAf2)
#define PC02_LPTIM_TOGN (GpioPortC<<16u|GpioPin2 <<8u|GpioAf2)
#define PC03_LPTIM_ETR (GpioPortC<<16u|GpioPin3 <<8u|GpioAf2)
#define PC04_TIM2_ETR (GpioPortC<<16u|GpioPin4 <<8u|GpioAf2)
#define PC05_TIM6_CHB (GpioPortC<<16u|GpioPin5 <<8u|GpioAf2)
#define PC06_TIM4_CHA (GpioPortC<<16u|GpioPin6 <<8u|GpioAf2)
#define PC07_TIM5_CHA (GpioPortC<<16u|GpioPin7 <<8u|GpioAf2)
#define PC08_TIM6_CHA (GpioPortC<<16u|GpioPin8 <<8u|GpioAf2)
#define PC09_TIM4_CHB (GpioPortC<<16u|GpioPin9 <<8u|GpioAf2)
#define PC10_LPUART0_TXD (GpioPortC<<16u|GpioPin10<<8u|GpioAf2)
#define PC11_LPUART0_RXD (GpioPortC<<16u|GpioPin11<<8u|GpioAf2)
#define PC12_LPUART1_TXD (GpioPortC<<16u|GpioPin12<<8u|GpioAf2)
#define PC13_RTC_1HZ (GpioPortC<<16u|GpioPin13<<8u|GpioAf2)
#define PC14_2x (GpioPortC<<16u|GpioPin14<<8u|GpioAf2)
#define PC15_2x (GpioPortC<<16u|GpioPin15<<8u|GpioAf2)
#define PD00_SPI1_CS (GpioPortD<<16u|GpioPin0 <<8u|GpioAf2)
#define PD01_SPI1_SCK (GpioPortD<<16u|GpioPin1 <<8u|GpioAf2)
#define PD02_LPUART0_RTS (GpioPortD<<16u|GpioPin2 <<8u|GpioAf2)
#define PD03_SPI1_MISO (GpioPortD<<16u|GpioPin3 <<8u|GpioAf2)
#define PD04_SPI1_MOSI (GpioPortD<<16u|GpioPin4 <<8u|GpioAf2)
#define PD05_LPTIM1_GATE (GpioPortD<<16u|GpioPin5 <<8u|GpioAf2)
#define PD06_LPTIM1_ETR (GpioPortD<<16u|GpioPin6 <<8u|GpioAf2)
#define PD07_2x (GpioPortD<<16u|GpioPin7 <<8u|GpioAf2)
#define PD08_2x (GpioPortD<<16u|GpioPin8 <<8u|GpioAf2)
#define PD09_2x (GpioPortD<<16u|GpioPin9 <<8u|GpioAf2)
#define PD10_2x (GpioPortD<<16u|GpioPin10<<8u|GpioAf2)
#define PD11_2x (GpioPortD<<16u|GpioPin11<<8u|GpioAf2)
#define PD12_UART2_RTS (GpioPortD<<16u|GpioPin12<<8u|GpioAf2)
#define PD13_2x (GpioPortD<<16u|GpioPin13<<8u|GpioAf2)
#define PD14_2x (GpioPortD<<16u|GpioPin14<<8u|GpioAf2)
#define PD15_UART2_CTS (GpioPortD<<16u|GpioPin15<<8u|GpioAf2)
#define PE00_2x (GpioPortE<<16u|GpioPin0 <<8u|GpioAf2)
#define PE01_2x (GpioPortE<<16u|GpioPin1 <<8u|GpioAf2)
#define PE02_2x (GpioPortE<<16u|GpioPin2 <<8u|GpioAf2)
#define PE03_2x (GpioPortE<<16u|GpioPin3 <<8u|GpioAf2)
#define PE04_2x (GpioPortE<<16u|GpioPin4 <<8u|GpioAf2)
#define PE05_2x (GpioPortE<<16u|GpioPin5 <<8u|GpioAf2)
#define PE06_2x (GpioPortE<<16u|GpioPin6 <<8u|GpioAf2)
#define PE07_LPTIM1_GATE (GpioPortE<<16u|GpioPin7 <<8u|GpioAf2)
#define PE08_LPTIM1_ETR (GpioPortE<<16u|GpioPin8 <<8u|GpioAf2)
#define PE09_LPTIM1_TOG (GpioPortE<<16u|GpioPin9 <<8u|GpioAf2)
#define PE10_LPTIM1_TOGN (GpioPortE<<16u|GpioPin10<<8u|GpioAf2)
#define PE11_2x (GpioPortE<<16u|GpioPin11<<8u|GpioAf2)
#define PE12_SPI0_CS (GpioPortE<<16u|GpioPin12<<8u|GpioAf2)
#define PE13_SPI0_SCK (GpioPortE<<16u|GpioPin13<<8u|GpioAf2)
#define PE14_SPI0_MISO (GpioPortE<<16u|GpioPin14<<8u|GpioAf2)
#define PE15_SPI0_MOSI (GpioPortE<<16u|GpioPin15<<8u|GpioAf2)
#define PF00_2x (GpioPortF<<16u|GpioPin0 <<8u|GpioAf2)
#define PF01_TIM4_CHB (GpioPortF<<16u|GpioPin1 <<8u|GpioAf2)
#define PF02_2x (GpioPortF<<16u|GpioPin2 <<8u|GpioAf2)
#define PF03_2x (GpioPortF<<16u|GpioPin3 <<8u|GpioAf2)
#define PF04_2x (GpioPortF<<16u|GpioPin4 <<8u|GpioAf2)
#define PF05_2x (GpioPortF<<16u|GpioPin5 <<8u|GpioAf2)
#define PF06_LPUART1_CTS (GpioPortF<<16u|GpioPin6 <<8u|GpioAf2)
#define PF07_LPUART1_RTS (GpioPortF<<16u|GpioPin7 <<8u|GpioAf2)
#define PF09_2x (GpioPortF<<16u|GpioPin9 <<8u|GpioAf2)
#define PF10_2x (GpioPortF<<16u|GpioPin10<<8u|GpioAf2)
#define PF11_2x (GpioPortF<<16u|GpioPin11<<8u|GpioAf2)
///< GpioAf3
#define PA00_TIM0_ETR (GpioPortA<<16u|GpioPin0 <<8u|GpioAf3)
#define PA01_TIM0_CHB (GpioPortA<<16u|GpioPin1 <<8u|GpioAf3)
#define PA02_VC1_OUT (GpioPortA<<16u|GpioPin2 <<8u|GpioAf3)
#define PA03_TIM1_CHB (GpioPortA<<16u|GpioPin3 <<8u|GpioAf3)
#define PA04_PCA_CH4 (GpioPortA<<16u|GpioPin4 <<8u|GpioAf3)
#define PA05_PCA_ECI (GpioPortA<<16u|GpioPin5 <<8u|GpioAf3)
#define PA06_TIM3_BK (GpioPortA<<16u|GpioPin6 <<8u|GpioAf3)
#define PA07_HCLK_OUT (GpioPortA<<16u|GpioPin7 <<8u|GpioAf3)
#define PA08_3x (GpioPortA<<16u|GpioPin8 <<8u|GpioAf3)
#define PA09_TIM0_BK (GpioPortA<<16u|GpioPin9 <<8u|GpioAf3)
#define PA10_TIM2_BK (GpioPortA<<16u|GpioPin10<<8u|GpioAf3)
#define PA11_I2C1_SCL (GpioPortA<<16u|GpioPin11<<8u|GpioAf3)
#define PA12_I2C1_SDA (GpioPortA<<16u|GpioPin12<<8u|GpioAf3)
#define PA13_LVD_OUT (GpioPortA<<16u|GpioPin13<<8u|GpioAf3)
#define PA14_TIM3_CH2A (GpioPortA<<16u|GpioPin14<<8u|GpioAf3)
#define PA15_LPUART1_RTS (GpioPortA<<16u|GpioPin15<<8u|GpioAf3)
#define PB00_LPUART0_TXD (GpioPortB<<16u|GpioPin0 <<8u|GpioAf3)
#define PB01_TIM3_CH2B (GpioPortB<<16u|GpioPin1 <<8u|GpioAf3)
#define PB02_LPUART1_TXD (GpioPortB<<16u|GpioPin2 <<8u|GpioAf3)
#define PB03_TIM1_GATE (GpioPortB<<16u|GpioPin3 <<8u|GpioAf3)
#define PB04_TIM2_BK (GpioPortB<<16u|GpioPin4 <<8u|GpioAf3)
#define PB05_TIM1_BK (GpioPortB<<16u|GpioPin5 <<8u|GpioAf3)
#define PB06_TIM1_CHB (GpioPortB<<16u|GpioPin6 <<8u|GpioAf3)
#define PB07_TIM2_CHB (GpioPortB<<16u|GpioPin7 <<8u|GpioAf3)
#define PB08_3x (GpioPortB<<16u|GpioPin8 <<8u|GpioAf3)
#define PB09_SPI1_CS (GpioPortB<<16u|GpioPin9 <<8u|GpioAf3)
#define PB10_TIM1_CHA (GpioPortB<<16u|GpioPin10<<8u|GpioAf3)
#define PB11_LPUART0_RXD (GpioPortB<<16u|GpioPin11<<8u|GpioAf3)
#define PB12_LPUART0_TXD (GpioPortB<<16u|GpioPin12<<8u|GpioAf3)
#define PB13_TIM3_CH0B (GpioPortB<<16u|GpioPin13<<8u|GpioAf3)
#define PB14_TIM3_CH1B (GpioPortB<<16u|GpioPin14<<8u|GpioAf3)
#define PB15_TIM0_CHB (GpioPortB<<16u|GpioPin15<<8u|GpioAf3)
#define PC00_UART1_CTS (GpioPortC<<16u|GpioPin0 <<8u|GpioAf3)
#define PC01_UART1_RTS (GpioPortC<<16u|GpioPin1 <<8u|GpioAf3)
#define PC02_PCNT_S1 (GpioPortC<<16u|GpioPin2 <<8u|GpioAf3)
#define PC03_LPTIM_TOGN (GpioPortC<<16u|GpioPin3 <<8u|GpioAf3)
#define PC04_IR_OUT (GpioPortC<<16u|GpioPin4 <<8u|GpioAf3)
#define PC05_PCA_CH4 (GpioPortC<<16u|GpioPin5 <<8u|GpioAf3)
#define PC06_TIM2_CHA (GpioPortC<<16u|GpioPin6 <<8u|GpioAf3)
#define PC07_TIM2_CHB (GpioPortC<<16u|GpioPin7 <<8u|GpioAf3)
#define PC08_TIM2_ETR (GpioPortC<<16u|GpioPin8 <<8u|GpioAf3)
#define PC09_TIM1_ETR (GpioPortC<<16u|GpioPin9 <<8u|GpioAf3)
#define PC10_PCA_CH2 (GpioPortC<<16u|GpioPin10<<8u|GpioAf3)
#define PC11_PCA_CH3 (GpioPortC<<16u|GpioPin11<<8u|GpioAf3)
#define PC12_PCA_CH4 (GpioPortC<<16u|GpioPin12<<8u|GpioAf3)
#define PC13_TIM3_CH1B (GpioPortC<<16u|GpioPin13<<8u|GpioAf3)
#define PC14_3x (GpioPortC<<16u|GpioPin14<<8u|GpioAf3)
#define PC15_3x (GpioPortC<<16u|GpioPin15<<8u|GpioAf3)
#define PD00_3x (GpioPortD<<16u|GpioPin0 <<8u|GpioAf3)
#define PD01_3x (GpioPortD<<16u|GpioPin1 <<8u|GpioAf3)
#define PD02_TIM1_ETR (GpioPortD<<16u|GpioPin2 <<8u|GpioAf3)
#define PD03_LPTIM1_TOG (GpioPortD<<16u|GpioPin3 <<8u|GpioAf3)
#define PD04_LPTIM1_TOGN (GpioPortD<<16u|GpioPin4 <<8u|GpioAf3)
#define PD05_3x (GpioPortD<<16u|GpioPin5 <<8u|GpioAf3)
#define PD06_3x (GpioPortD<<16u|GpioPin6 <<8u|GpioAf3)
#define PD07_3x (GpioPortD<<16u|GpioPin7 <<8u|GpioAf3)
#define PD08_3x (GpioPortD<<16u|GpioPin8 <<8u|GpioAf3)
#define PD09_3x (GpioPortD<<16u|GpioPin9 <<8u|GpioAf3)
#define PD10_3x (GpioPortD<<16u|GpioPin10<<8u|GpioAf3)
#define PD11_3x (GpioPortD<<16u|GpioPin11<<8u|GpioAf3)
#define PD12_3x (GpioPortD<<16u|GpioPin12<<8u|GpioAf3)
#define PD13_3x (GpioPortD<<16u|GpioPin13<<8u|GpioAf3)
#define PD14_3x (GpioPortD<<16u|GpioPin14<<8u|GpioAf3)
#define PD15_3x (GpioPortD<<16u|GpioPin15<<8u|GpioAf3)
#define PE00_3x (GpioPortE<<16u|GpioPin0 <<8u|GpioAf3)
#define PE01_3x (GpioPortE<<16u|GpioPin1 <<8u|GpioAf3)
#define PE02_3x (GpioPortE<<16u|GpioPin2 <<8u|GpioAf3)
#define PE03_3x (GpioPortE<<16u|GpioPin3 <<8u|GpioAf3)
#define PE04_3x (GpioPortE<<16u|GpioPin4 <<8u|GpioAf3)
#define PE05_3x (GpioPortE<<16u|GpioPin5 <<8u|GpioAf3)
#define PE06_3x (GpioPortE<<16u|GpioPin6 <<8u|GpioAf3)
#define PE07_3x (GpioPortE<<16u|GpioPin7 <<8u|GpioAf3)
#define PE08_3x (GpioPortE<<16u|GpioPin8 <<8u|GpioAf3)
#define PE09_3x (GpioPortE<<16u|GpioPin9 <<8u|GpioAf3)
#define PE10_3x (GpioPortE<<16u|GpioPin10<<8u|GpioAf3)
#define PE11_3x (GpioPortE<<16u|GpioPin11<<8u|GpioAf3)
#define PE12_UART3_CTS (GpioPortE<<16u|GpioPin12<<8u|GpioAf3)
#define PE13_UART3_RTS (GpioPortE<<16u|GpioPin13<<8u|GpioAf3)
#define PE14_UART3_RXD (GpioPortE<<16u|GpioPin14<<8u|GpioAf3)
#define PE15_UART3_TXD (GpioPortE<<16u|GpioPin15<<8u|GpioAf3)
#define PF00_UART1_TXD (GpioPortF<<16u|GpioPin0 <<8u|GpioAf3)
#define PF01_UART1_RXD (GpioPortF<<16u|GpioPin1 <<8u|GpioAf3)
#define PF02_3x (GpioPortF<<16u|GpioPin2 <<8u|GpioAf3)
#define PF03_3x (GpioPortF<<16u|GpioPin3 <<8u|GpioAf3)
#define PF04_3x (GpioPortF<<16u|GpioPin4 <<8u|GpioAf3)
#define PF05_3x (GpioPortF<<16u|GpioPin5 <<8u|GpioAf3)
#define PF06_UART0_CTS (GpioPortF<<16u|GpioPin6 <<8u|GpioAf3)
#define PF07_UART0_RTS (GpioPortF<<16u|GpioPin7 <<8u|GpioAf3)
#define PF09_3x (GpioPortF<<16u|GpioPin9 <<8u|GpioAf3)
#define PF10_3x (GpioPortF<<16u|GpioPin10<<8u|GpioAf3)
#define PF11_3x (GpioPortF<<16u|GpioPin11<<8u|GpioAf3)
///< GpioAf4
#define PA00_VC0_OUT (GpioPortA<<16u|GpioPin0 <<8u|GpioAf4)
#define PA01_TIM1_ETR (GpioPortA<<16u|GpioPin1 <<8u|GpioAf4)
#define PA02_TIM1_CHA (GpioPortA<<16u|GpioPin2 <<8u|GpioAf4)
#define PA03_TIM2_CHB (GpioPortA<<16u|GpioPin3 <<8u|GpioAf4)
#define PA04_TIM2_ETR (GpioPortA<<16u|GpioPin4 <<8u|GpioAf4)
#define PA05_TIM0_CHA (GpioPortA<<16u|GpioPin5 <<8u|GpioAf4)
#define PA06_TIM1_CHA (GpioPortA<<16u|GpioPin6 <<8u|GpioAf4)
#define PA07_TIM3_CH0B (GpioPortA<<16u|GpioPin7 <<8u|GpioAf4)
#define PA08_4x (GpioPortA<<16u|GpioPin8 <<8u|GpioAf4)
#define PA09_I2C0_SCL (GpioPortA<<16u|GpioPin9 <<8u|GpioAf4)
#define PA10_I2C0_SDA (GpioPortA<<16u|GpioPin10<<8u|GpioAf4)
#define PA11_4x (GpioPortA<<16u|GpioPin11<<8u|GpioAf4)
#define PA12_4x (GpioPortA<<16u|GpioPin12<<8u|GpioAf4)
#define PA13_TIM3_ETR (GpioPortA<<16u|GpioPin13<<8u|GpioAf4)
#define PA14_LVD_OUT (GpioPortA<<16u|GpioPin14<<8u|GpioAf4)
#define PA15_TIM0_ETR (GpioPortA<<16u|GpioPin15<<8u|GpioAf4)
#define PB00_TIM5_CHB (GpioPortB<<16u|GpioPin0 <<8u|GpioAf4)
#define PB01_TIM6_CHB (GpioPortB<<16u|GpioPin1 <<8u|GpioAf4)
#define PB02_TIM4_CHA (GpioPortB<<16u|GpioPin2 <<8u|GpioAf4)
#define PB03_TIM3_CH0A (GpioPortB<<16u|GpioPin3 <<8u|GpioAf4)
#define PB04_UART0_CTS (GpioPortB<<16u|GpioPin4 <<8u|GpioAf4)
#define PB05_PCA_CH1 (GpioPortB<<16u|GpioPin5 <<8u|GpioAf4)
#define PB06_TIM0_CHA (GpioPortB<<16u|GpioPin6 <<8u|GpioAf4)
#define PB07_LPUART1_CTS (GpioPortB<<16u|GpioPin7 <<8u|GpioAf4)
#define PB08_TIM2_CHA (GpioPortB<<16u|GpioPin8 <<8u|GpioAf4)
#define PB09_TIM2_CHA (GpioPortB<<16u|GpioPin9 <<8u|GpioAf4)
#define PB10_LPUART0_TXD (GpioPortB<<16u|GpioPin10<<8u|GpioAf4)
#define PB11_TIM2_GATE (GpioPortB<<16u|GpioPin11<<8u|GpioAf4)
#define PB12_TIM0_BK (GpioPortB<<16u|GpioPin12<<8u|GpioAf4)
#define PB13_LPUART0_CTS (GpioPortB<<16u|GpioPin13<<8u|GpioAf4)
#define PB14_TIM0_CHA (GpioPortB<<16u|GpioPin14<<8u|GpioAf4)
#define PB15_TIM0_GATE (GpioPortB<<16u|GpioPin15<<8u|GpioAf4)
#define PC00_UART2_RTS (GpioPortC<<16u|GpioPin0 <<8u|GpioAf4)
#define PC01_PCNT_S0FO (GpioPortC<<16u|GpioPin1 <<8u|GpioAf4)
#define PC02_UART2_RXD (GpioPortC<<16u|GpioPin2 <<8u|GpioAf4)
#define PC03_PCNT_S1FO (GpioPortC<<16u|GpioPin3 <<8u|GpioAf4)
#define PC04_VC2_OUT (GpioPortC<<16u|GpioPin4 <<8u|GpioAf4)
#define PC05_4x (GpioPortC<<16u|GpioPin5 <<8u|GpioAf4)
#define PC06_LPTIM1_GATE (GpioPortC<<16u|GpioPin6 <<8u|GpioAf4)
#define PC07_LPTIM1_ETR (GpioPortC<<16u|GpioPin7 <<8u|GpioAf4)
#define PC08_LPTIM1_TOG (GpioPortC<<16u|GpioPin8 <<8u|GpioAf4)
#define PC09_LPTIM1_TOGN (GpioPortC<<16u|GpioPin9 <<8u|GpioAf4)
#define PC10_4x (GpioPortC<<16u|GpioPin10<<8u|GpioAf4)
#define PC11_PCNT_S0FO (GpioPortC<<16u|GpioPin11<<8u|GpioAf4)
#define PC12_PCNT_S1FO (GpioPortC<<16u|GpioPin12<<8u|GpioAf4)
#define PC13_4x (GpioPortC<<16u|GpioPin13<<8u|GpioAf4)
#define PC14_4x (GpioPortC<<16u|GpioPin14<<8u|GpioAf4)
#define PC15_4x (GpioPortC<<16u|GpioPin15<<8u|GpioAf4)
#define PD00_4x (GpioPortD<<16u|GpioPin0 <<8u|GpioAf4)
#define PD01_4x (GpioPortD<<16u|GpioPin1 <<8u|GpioAf4)
#define PD02_4x (GpioPortD<<16u|GpioPin2 <<8u|GpioAf4)
#define PD03_4x (GpioPortD<<16u|GpioPin3 <<8u|GpioAf4)
#define PD04_4x (GpioPortD<<16u|GpioPin4 <<8u|GpioAf4)
#define PD05_4x (GpioPortD<<16u|GpioPin5 <<8u|GpioAf4)
#define PD06_4x (GpioPortD<<16u|GpioPin6 <<8u|GpioAf4)
#define PD07_4x (GpioPortD<<16u|GpioPin7 <<8u|GpioAf4)
#define PD08_4x (GpioPortD<<16u|GpioPin8 <<8u|GpioAf4)
#define PD09_4x (GpioPortD<<16u|GpioPin9 <<8u|GpioAf4)
#define PD10_4x (GpioPortD<<16u|GpioPin10<<8u|GpioAf4)
#define PD11_4x (GpioPortD<<16u|GpioPin11<<8u|GpioAf4)
#define PD12_4x (GpioPortD<<16u|GpioPin12<<8u|GpioAf4)
#define PD13_4x (GpioPortD<<16u|GpioPin13<<8u|GpioAf4)
#define PD14_4x (GpioPortD<<16u|GpioPin14<<8u|GpioAf4)
#define PD15_4x (GpioPortD<<16u|GpioPin15<<8u|GpioAf4)
#define PE00_4x (GpioPortE<<16u|GpioPin0 <<8u|GpioAf4)
#define PE01_4x (GpioPortE<<16u|GpioPin1 <<8u|GpioAf4)
#define PE02_4x (GpioPortE<<16u|GpioPin2 <<8u|GpioAf4)
#define PE03_4x (GpioPortE<<16u|GpioPin3 <<8u|GpioAf4)
#define PE04_4x (GpioPortE<<16u|GpioPin4 <<8u|GpioAf4)
#define PE05_4x (GpioPortE<<16u|GpioPin5 <<8u|GpioAf4)
#define PE06_4x (GpioPortE<<16u|GpioPin6 <<8u|GpioAf4)
#define PE07_4x (GpioPortE<<16u|GpioPin7 <<8u|GpioAf4)
#define PE08_4x (GpioPortE<<16u|GpioPin8 <<8u|GpioAf4)
#define PE09_4x (GpioPortE<<16u|GpioPin9 <<8u|GpioAf4)
#define PE10_4x (GpioPortE<<16u|GpioPin10<<8u|GpioAf4)
#define PE11_4x (GpioPortE<<16u|GpioPin11<<8u|GpioAf4)
#define PE12_4x (GpioPortE<<16u|GpioPin12<<8u|GpioAf4)
#define PE13_4x (GpioPortE<<16u|GpioPin13<<8u|GpioAf4)
#define PE14_4x (GpioPortE<<16u|GpioPin14<<8u|GpioAf4)
#define PE15_4x (GpioPortE<<16u|GpioPin15<<8u|GpioAf4)
#define PF00_4x (GpioPortF<<16u|GpioPin0 <<8u|GpioAf4)
#define PF01_4x (GpioPortF<<16u|GpioPin1 <<8u|GpioAf4)
#define PF02_4x (GpioPortF<<16u|GpioPin2 <<8u|GpioAf4)
#define PF03_4x (GpioPortF<<16u|GpioPin3 <<8u|GpioAf4)
#define PF04_4x (GpioPortF<<16u|GpioPin4 <<8u|GpioAf4)
#define PF05_4x (GpioPortF<<16u|GpioPin5 <<8u|GpioAf4)
#define PF06_4x (GpioPortF<<16u|GpioPin6 <<8u|GpioAf4)
#define PF07_4x (GpioPortF<<16u|GpioPin7 <<8u|GpioAf4)
#define PF09_4x (GpioPortF<<16u|GpioPin9 <<8u|GpioAf4)
#define PF10_4x (GpioPortF<<16u|GpioPin10<<8u|GpioAf4)
#define PF11_4x (GpioPortF<<16u|GpioPin11<<8u|GpioAf4)
///< GpioAf5
#define PA00_TIM1_CHA (GpioPortA<<16u|GpioPin0 <<8u|GpioAf5)
#define PA01_TIM1_CHB (GpioPortA<<16u|GpioPin1 <<8u|GpioAf5)
#define PA02_TIM2_CHA (GpioPortA<<16u|GpioPin2 <<8u|GpioAf5)
#define PA03_SPI1_CS (GpioPortA<<16u|GpioPin3 <<8u|GpioAf5)
#define PA04_TIM5_CHA (GpioPortA<<16u|GpioPin4 <<8u|GpioAf5)
#define PA05_TIM5_CHB (GpioPortA<<16u|GpioPin5 <<8u|GpioAf5)
#define PA06_VC0_OUT (GpioPortA<<16u|GpioPin6 <<8u|GpioAf5)
#define PA07_TIM2_CHA (GpioPortA<<16u|GpioPin7 <<8u|GpioAf5)
#define PA08_TIM1_GATE (GpioPortA<<16u|GpioPin8 <<8u|GpioAf5)
#define PA09_5x (GpioPortA<<16u|GpioPin9 <<8u|GpioAf5)
#define PA10_TIM2_GATE (GpioPortA<<16u|GpioPin10<<8u|GpioAf5)
#define PA11_VC0_OUT (GpioPortA<<16u|GpioPin11<<8u|GpioAf5)
#define PA12_VC1_OUT (GpioPortA<<16u|GpioPin12<<8u|GpioAf5)
#define PA13_RTC_1HZ (GpioPortA<<16u|GpioPin13<<8u|GpioAf5)
#define PA14_RCH_OUT (GpioPortA<<16u|GpioPin14<<8u|GpioAf5)
#define PA15_TIM0_CHA (GpioPortA<<16u|GpioPin15<<8u|GpioAf5)
#define PB00_RCH_OUT (GpioPortB<<16u|GpioPin0 <<8u|GpioAf5)
#define PB01_LPUART0_RTS (GpioPortB<<16u|GpioPin1 <<8u|GpioAf5)
#define PB02_TIM1_BK (GpioPortB<<16u|GpioPin2 <<8u|GpioAf5)
#define PB03_LPTIM_GATE (GpioPortB<<16u|GpioPin3 <<8u|GpioAf5)
#define PB04_TIM2_GATE (GpioPortB<<16u|GpioPin4 <<8u|GpioAf5)
#define PB05_LPTIM_GATE (GpioPortB<<16u|GpioPin5 <<8u|GpioAf5)
#define PB06_LPTIM_ETR (GpioPortB<<16u|GpioPin6 <<8u|GpioAf5)
#define PB07_TIM0_CHB (GpioPortB<<16u|GpioPin7 <<8u|GpioAf5)
#define PB08_TIM0_GATE (GpioPortB<<16u|GpioPin8 <<8u|GpioAf5)
#define PB09_5x (GpioPortB<<16u|GpioPin9 <<8u|GpioAf5)
#define PB10_TIM3_CH1A (GpioPortB<<16u|GpioPin10<<8u|GpioAf5)
#define PB11_TIM6_CHA (GpioPortB<<16u|GpioPin11<<8u|GpioAf5)
#define PB12_5x (GpioPortB<<16u|GpioPin12<<8u|GpioAf5)
#define PB13_TIM1_CHA (GpioPortB<<16u|GpioPin13<<8u|GpioAf5)
#define PB14_RTC_1HZ (GpioPortB<<16u|GpioPin14<<8u|GpioAf5)
#define PB15_5x (GpioPortB<<16u|GpioPin15<<8u|GpioAf5)
#define PC00_5x (GpioPortC<<16u|GpioPin0 <<8u|GpioAf5)
#define PC01_5x (GpioPortC<<16u|GpioPin1 <<8u|GpioAf5)
#define PC02_5x (GpioPortC<<16u|GpioPin2 <<8u|GpioAf5)
#define PC03_UART2_TXD (GpioPortC<<16u|GpioPin3 <<8u|GpioAf5)
#define PC04_5x (GpioPortC<<16u|GpioPin4 <<8u|GpioAf5)
#define PC05_5x (GpioPortC<<16u|GpioPin5 <<8u|GpioAf5)
#define PC06_5x (GpioPortC<<16u|GpioPin6 <<8u|GpioAf5)
#define PC07_5x (GpioPortC<<16u|GpioPin7 <<8u|GpioAf5)
#define PC08_5x (GpioPortC<<16u|GpioPin8 <<8u|GpioAf5)
#define PC09_5x (GpioPortC<<16u|GpioPin9 <<8u|GpioAf5)
#define PC10_5x (GpioPortC<<16u|GpioPin10<<8u|GpioAf5)
#define PC11_5x (GpioPortC<<16u|GpioPin11<<8u|GpioAf5)
#define PC12_5x (GpioPortC<<16u|GpioPin12<<8u|GpioAf5)
#define PC13_5x (GpioPortC<<16u|GpioPin13<<8u|GpioAf5)
#define PC14_5x (GpioPortC<<16u|GpioPin14<<8u|GpioAf5)
#define PC15_5x (GpioPortC<<16u|GpioPin15<<8u|GpioAf5)
#define PD00_5x (GpioPortD<<16u|GpioPin0 <<8u|GpioAf5)
#define PD01_5x (GpioPortD<<16u|GpioPin1 <<8u|GpioAf5)
#define PD02_5x (GpioPortD<<16u|GpioPin2 <<8u|GpioAf5)
#define PD03_5x (GpioPortD<<16u|GpioPin3 <<8u|GpioAf5)
#define PD04_5x (GpioPortD<<16u|GpioPin4 <<8u|GpioAf5)
#define PD05_5x (GpioPortD<<16u|GpioPin5 <<8u|GpioAf5)
#define PD06_5x (GpioPortD<<16u|GpioPin6 <<8u|GpioAf5)
#define PD07_5x (GpioPortD<<16u|GpioPin7 <<8u|GpioAf5)
#define PD08_5x (GpioPortD<<16u|GpioPin8 <<8u|GpioAf5)
#define PD09_5x (GpioPortD<<16u|GpioPin9 <<8u|GpioAf5)
#define PD10_5x (GpioPortD<<16u|GpioPin10<<8u|GpioAf5)
#define PD11_5x (GpioPortD<<16u|GpioPin11<<8u|GpioAf5)
#define PD12_5x (GpioPortD<<16u|GpioPin12<<8u|GpioAf5)
#define PD13_5x (GpioPortD<<16u|GpioPin13<<8u|GpioAf5)
#define PD14_5x (GpioPortD<<16u|GpioPin14<<8u|GpioAf5)
#define PD15_5x (GpioPortD<<16u|GpioPin15<<8u|GpioAf5)
#define PE00_5x (GpioPortE<<16u|GpioPin0 <<8u|GpioAf5)
#define PE01_5x (GpioPortE<<16u|GpioPin1 <<8u|GpioAf5)
#define PE02_5x (GpioPortE<<16u|GpioPin2 <<8u|GpioAf5)
#define PE03_5x (GpioPortE<<16u|GpioPin3 <<8u|GpioAf5)
#define PE04_5x (GpioPortE<<16u|GpioPin4 <<8u|GpioAf5)
#define PE05_5x (GpioPortE<<16u|GpioPin5 <<8u|GpioAf5)
#define PE06_5x (GpioPortE<<16u|GpioPin6 <<8u|GpioAf5)
#define PE07_5x (GpioPortE<<16u|GpioPin7 <<8u|GpioAf5)
#define PE08_5x (GpioPortE<<16u|GpioPin8 <<8u|GpioAf5)
#define PE09_5x (GpioPortE<<16u|GpioPin9 <<8u|GpioAf5)
#define PE10_5x (GpioPortE<<16u|GpioPin10<<8u|GpioAf5)
#define PE11_5x (GpioPortE<<16u|GpioPin11<<8u|GpioAf5)
#define PE12_5x (GpioPortE<<16u|GpioPin12<<8u|GpioAf5)
#define PE13_5x (GpioPortE<<16u|GpioPin13<<8u|GpioAf5)
#define PE14_5x (GpioPortE<<16u|GpioPin14<<8u|GpioAf5)
#define PE15_5x (GpioPortE<<16u|GpioPin15<<8u|GpioAf5)
#define PF00_5x (GpioPortF<<16u|GpioPin0 <<8u|GpioAf5)
#define PF01_5x (GpioPortF<<16u|GpioPin1 <<8u|GpioAf5)
#define PF02_5x (GpioPortF<<16u|GpioPin2 <<8u|GpioAf5)
#define PF03_5x (GpioPortF<<16u|GpioPin3 <<8u|GpioAf5)
#define PF04_5x (GpioPortF<<16u|GpioPin4 <<8u|GpioAf5)
#define PF05_5x (GpioPortF<<16u|GpioPin5 <<8u|GpioAf5)
#define PF06_5x (GpioPortF<<16u|GpioPin6 <<8u|GpioAf5)
#define PF07_5x (GpioPortF<<16u|GpioPin7 <<8u|GpioAf5)
#define PF09_5x (GpioPortF<<16u|GpioPin9 <<8u|GpioAf5)
#define PF10_5x (GpioPortF<<16u|GpioPin10<<8u|GpioAf5)
#define PF11_5x (GpioPortF<<16u|GpioPin11<<8u|GpioAf5)
///< GpioAf6
#define PA00_TIM3_ETR (GpioPortA<<16u|GpioPin0 <<8u|GpioAf6)
#define PA01_HCLK_OUT (GpioPortA<<16u|GpioPin1 <<8u|GpioAf6)
#define PA02_PCLK_OUT (GpioPortA<<16u|GpioPin2 <<8u|GpioAf6)
#define PA03_TIM3_CH1A (GpioPortA<<16u|GpioPin3 <<8u|GpioAf6)
#define PA04_LVD_OUT (GpioPortA<<16u|GpioPin4 <<8u|GpioAf6)
#define PA05_XTL_OUT (GpioPortA<<16u|GpioPin5 <<8u|GpioAf6)
#define PA06_TIM3_GATE (GpioPortA<<16u|GpioPin6 <<8u|GpioAf6)
#define PA07_VC1_OUT (GpioPortA<<16u|GpioPin7 <<8u|GpioAf6)
#define PA08_TIM4_CHA (GpioPortA<<16u|GpioPin8 <<8u|GpioAf6)
#define PA09_HCLK_OUT (GpioPortA<<16u|GpioPin9 <<8u|GpioAf6)
#define PA10_PCLK_OUT (GpioPortA<<16u|GpioPin10<<8u|GpioAf6)
#define PA11_SPI0_MISO (GpioPortA<<16u|GpioPin11<<8u|GpioAf6)
#define PA12_SPI0_MOSI (GpioPortA<<16u|GpioPin12<<8u|GpioAf6)
#define PA13_PCNT_S1 (GpioPortA<<16u|GpioPin13<<8u|GpioAf6)
#define PA14_RCL_OUT (GpioPortA<<16u|GpioPin14<<8u|GpioAf6)
#define PA15_TIM3_CH1A (GpioPortA<<16u|GpioPin15<<8u|GpioAf6)
#define PB00_RCL_OUT (GpioPortB<<16u|GpioPin0 <<8u|GpioAf6)
#define PB01_VC2_OUT (GpioPortB<<16u|GpioPin1 <<8u|GpioAf6)
#define PB02_TIM0_BK (GpioPortB<<16u|GpioPin2 <<8u|GpioAf6)
#define PB03_XTL_OUT (GpioPortB<<16u|GpioPin3 <<8u|GpioAf6)
#define PB04_TIM3_CH0B (GpioPortB<<16u|GpioPin4 <<8u|GpioAf6)
#define PB05_PCNT_S0 (GpioPortB<<16u|GpioPin5 <<8u|GpioAf6)
#define PB06_TIM3_CH0A (GpioPortB<<16u|GpioPin6 <<8u|GpioAf6)
#define PB07_LPTIM_TOGN (GpioPortB<<16u|GpioPin7 <<8u|GpioAf6)
#define PB08_TIM3_CH2A (GpioPortB<<16u|GpioPin8 <<8u|GpioAf6)
#define PB09_TIM2_CHB (GpioPortB<<16u|GpioPin9 <<8u|GpioAf6)
#define PB10_LPUART1_RTS (GpioPortB<<16u|GpioPin10<<8u|GpioAf6)
#define PB11_LPUART1_CTS (GpioPortB<<16u|GpioPin11<<8u|GpioAf6)
#define PB12_LPUART0_RTS (GpioPortB<<16u|GpioPin12<<8u|GpioAf6)
#define PB13_TIM1_GATE (GpioPortB<<16u|GpioPin13<<8u|GpioAf6)
#define PB14_LPUART0_RTS (GpioPortB<<16u|GpioPin14<<8u|GpioAf6)
#define PB15_6x (GpioPortB<<16u|GpioPin15<<8u|GpioAf6)
#define PC00_6x (GpioPortC<<16u|GpioPin0 <<8u|GpioAf6)
#define PC01_UART2_CTS (GpioPortC<<16u|GpioPin1 <<8u|GpioAf6)
#define PC02_6x (GpioPortC<<16u|GpioPin2 <<8u|GpioAf6)
#define PC03_6x (GpioPortC<<16u|GpioPin3 <<8u|GpioAf6)
#define PC04_6x (GpioPortC<<16u|GpioPin4 <<8u|GpioAf6)
#define PC05_6x (GpioPortC<<16u|GpioPin5 <<8u|GpioAf6)
#define PC06_UART3_RXD (GpioPortC<<16u|GpioPin6 <<8u|GpioAf6)
#define PC07_UART3_TXD (GpioPortC<<16u|GpioPin7 <<8u|GpioAf6)
#define PC08_UART3_CTS (GpioPortC<<16u|GpioPin8 <<8u|GpioAf6)
#define PC09_UART3_RTS (GpioPortC<<16u|GpioPin9 <<8u|GpioAf6)
#define PC10_6x (GpioPortC<<16u|GpioPin10<<8u|GpioAf6)
#define PC11_6x (GpioPortC<<16u|GpioPin11<<8u|GpioAf6)
#define PC12_6x (GpioPortC<<16u|GpioPin12<<8u|GpioAf6)
#define PC13_6x (GpioPortC<<16u|GpioPin13<<8u|GpioAf6)
#define PC14_6x (GpioPortC<<16u|GpioPin14<<8u|GpioAf6)
#define PC15_6x (GpioPortC<<16u|GpioPin15<<8u|GpioAf6)
#define PD00_6x (GpioPortD<<16u|GpioPin0 <<8u|GpioAf6)
#define PD01_6x (GpioPortD<<16u|GpioPin1 <<8u|GpioAf6)
#define PD02_6x (GpioPortD<<16u|GpioPin2 <<8u|GpioAf6)
#define PD03_6x (GpioPortD<<16u|GpioPin3 <<8u|GpioAf6)
#define PD04_6x (GpioPortD<<16u|GpioPin4 <<8u|GpioAf6)
#define PD05_6x (GpioPortD<<16u|GpioPin5 <<8u|GpioAf6)
#define PD06_6x (GpioPortD<<16u|GpioPin6 <<8u|GpioAf6)
#define PD07_6x (GpioPortD<<16u|GpioPin7 <<8u|GpioAf6)
#define PD08_6x (GpioPortD<<16u|GpioPin8 <<8u|GpioAf6)
#define PD09_6x (GpioPortD<<16u|GpioPin9 <<8u|GpioAf6)
#define PD10_6x (GpioPortD<<16u|GpioPin10<<8u|GpioAf6)
#define PD11_6x (GpioPortD<<16u|GpioPin11<<8u|GpioAf6)
#define PD12_6x (GpioPortD<<16u|GpioPin12<<8u|GpioAf6)
#define PD13_6x (GpioPortD<<16u|GpioPin13<<8u|GpioAf6)
#define PD14_6x (GpioPortD<<16u|GpioPin14<<8u|GpioAf6)
#define PD15_6x (GpioPortD<<16u|GpioPin15<<8u|GpioAf6)
#define PE00_6x (GpioPortE<<16u|GpioPin0 <<8u|GpioAf6)
#define PE01_6x (GpioPortE<<16u|GpioPin1 <<8u|GpioAf6)
#define PE02_6x (GpioPortE<<16u|GpioPin2 <<8u|GpioAf6)
#define PE03_6x (GpioPortE<<16u|GpioPin3 <<8u|GpioAf6)
#define PE04_6x (GpioPortE<<16u|GpioPin4 <<8u|GpioAf6)
#define PE05_6x (GpioPortE<<16u|GpioPin5 <<8u|GpioAf6)
#define PE06_6x (GpioPortE<<16u|GpioPin6 <<8u|GpioAf6)
#define PE07_6x (GpioPortE<<16u|GpioPin7 <<8u|GpioAf6)
#define PE08_6x (GpioPortE<<16u|GpioPin8 <<8u|GpioAf6)
#define PE09_6x (GpioPortE<<16u|GpioPin9 <<8u|GpioAf6)
#define PE10_6x (GpioPortE<<16u|GpioPin10<<8u|GpioAf6)
#define PE11_6x (GpioPortE<<16u|GpioPin11<<8u|GpioAf6)
#define PE12_6x (GpioPortE<<16u|GpioPin12<<8u|GpioAf6)
#define PE13_6x (GpioPortE<<16u|GpioPin13<<8u|GpioAf6)
#define PE14_6x (GpioPortE<<16u|GpioPin14<<8u|GpioAf6)
#define PE15_6x (GpioPortE<<16u|GpioPin15<<8u|GpioAf6)
#define PF00_6x (GpioPortF<<16u|GpioPin0 <<8u|GpioAf6)
#define PF01_6x (GpioPortF<<16u|GpioPin1 <<8u|GpioAf6)
#define PF02_6x (GpioPortF<<16u|GpioPin2 <<8u|GpioAf6)
#define PF03_6x (GpioPortF<<16u|GpioPin3 <<8u|GpioAf6)
#define PF04_6x (GpioPortF<<16u|GpioPin4 <<8u|GpioAf6)
#define PF05_6x (GpioPortF<<16u|GpioPin5 <<8u|GpioAf6)
#define PF06_6x (GpioPortF<<16u|GpioPin6 <<8u|GpioAf6)
#define PF07_6x (GpioPortF<<16u|GpioPin7 <<8u|GpioAf6)
#define PF09_6x (GpioPortF<<16u|GpioPin9 <<8u|GpioAf6)
#define PF10_6x (GpioPortF<<16u|GpioPin10<<8u|GpioAf6)
#define PF11_6x (GpioPortF<<16u|GpioPin11<<8u|GpioAf6)
///< GpioAf7
#define PA00_TIM0_CHA (GpioPortA<<16u|GpioPin0 <<8u|GpioAf7)
#define PA01_SPI1_MOSI (GpioPortA<<16u|GpioPin1 <<8u|GpioAf7)
#define PA02_SPI1_MISO (GpioPortA<<16u|GpioPin2 <<8u|GpioAf7)
#define PA03_TIM5_CHA (GpioPortA<<16u|GpioPin3 <<8u|GpioAf7)
#define PA04_TIM3_CH2B (GpioPortA<<16u|GpioPin4 <<8u|GpioAf7)
#define PA05_XTH_OUT (GpioPortA<<16u|GpioPin5 <<8u|GpioAf7)
#define PA06_LPUART0_CTS (GpioPortA<<16u|GpioPin6 <<8u|GpioAf7)
#define PA07_TIM4_CHB (GpioPortA<<16u|GpioPin7 <<8u|GpioAf7)
#define PA08_TIM3_BK (GpioPortA<<16u|GpioPin8 <<8u|GpioAf7)
#define PA09_TIM5_CHA (GpioPortA<<16u|GpioPin9 <<8u|GpioAf7)
#define PA10_TIM6_CHA (GpioPortA<<16u|GpioPin10<<8u|GpioAf7)
#define PA11_TIM4_CHB (GpioPortA<<16u|GpioPin11<<8u|GpioAf7)
#define PA12_PCNT_S0 (GpioPortA<<16u|GpioPin12<<8u|GpioAf7)
#define PA13_VC2_OUT (GpioPortA<<16u|GpioPin13<<8u|GpioAf7)
#define PA14_PLL_OUT (GpioPortA<<16u|GpioPin14<<8u|GpioAf7)
#define PA15_7x (GpioPortA<<16u|GpioPin15<<8u|GpioAf7)
#define PB00_PLL_OUT (GpioPortB<<16u|GpioPin0 <<8u|GpioAf7)
#define PB01_TCLK_OUT (GpioPortB<<16u|GpioPin1 <<8u|GpioAf7)
#define PB02_TIM2_BK (GpioPortB<<16u|GpioPin2 <<8u|GpioAf7)
#define PB03_XTH_OUT (GpioPortB<<16u|GpioPin3 <<8u|GpioAf7)
#define PB04_LPTIM_ETR (GpioPortB<<16u|GpioPin4 <<8u|GpioAf7)
#define PB05_UART0_RTS (GpioPortB<<16u|GpioPin5 <<8u|GpioAf7)
#define PB06_LPTIM_TOG (GpioPortB<<16u|GpioPin6 <<8u|GpioAf7)
#define PB07_PCNT_S1 (GpioPortB<<16u|GpioPin7 <<8u|GpioAf7)
#define PB08_UART0_TXD (GpioPortB<<16u|GpioPin8 <<8u|GpioAf7)
#define PB09_UART0_RXD (GpioPortB<<16u|GpioPin9 <<8u|GpioAf7)
#define PB10_UART1_RTS (GpioPortB<<16u|GpioPin10<<8u|GpioAf7)
#define PB11_UART1_CTS (GpioPortB<<16u|GpioPin11<<8u|GpioAf7)
#define PB12_TIM6_CHA (GpioPortB<<16u|GpioPin12<<8u|GpioAf7)
#define PB13_TIM6_CHB (GpioPortB<<16u|GpioPin13<<8u|GpioAf7)
#define PB14_TIM1_BK (GpioPortB<<16u|GpioPin14<<8u|GpioAf7)
#define PB15_LPUART1_RXD (GpioPortB<<16u|GpioPin15<<8u|GpioAf7)
#define PC00_7x (GpioPortC<<16u|GpioPin0 <<8u|GpioAf7)
#define PC01_7x (GpioPortC<<16u|GpioPin1 <<8u|GpioAf7)
#define PC02_7x (GpioPortC<<16u|GpioPin2 <<8u|GpioAf7)
#define PC03_7x (GpioPortC<<16u|GpioPin3 <<8u|GpioAf7)
#define PC04_7x (GpioPortC<<16u|GpioPin4 <<8u|GpioAf7)
#define PC05_7x (GpioPortC<<16u|GpioPin5 <<8u|GpioAf7)
#define PC06_7x (GpioPortC<<16u|GpioPin6 <<8u|GpioAf7)
#define PC07_7x (GpioPortC<<16u|GpioPin7 <<8u|GpioAf7)
#define PC08_7x (GpioPortC<<16u|GpioPin8 <<8u|GpioAf7)
#define PC09_7x (GpioPortC<<16u|GpioPin9 <<8u|GpioAf7)
#define PC10_7x (GpioPortC<<16u|GpioPin10<<8u|GpioAf7)
#define PC11_7x (GpioPortC<<16u|GpioPin11<<8u|GpioAf7)
#define PC12_7x (GpioPortC<<16u|GpioPin12<<8u|GpioAf7)
#define PC13_7x (GpioPortC<<16u|GpioPin13<<8u|GpioAf7)
#define PC14_7x (GpioPortC<<16u|GpioPin14<<8u|GpioAf7)
#define PC15_7x (GpioPortC<<16u|GpioPin15<<8u|GpioAf7)
#define PD00_7x (GpioPortD<<16u|GpioPin0 <<8u|GpioAf7)
#define PD01_7x (GpioPortD<<16u|GpioPin1 <<8u|GpioAf7)
#define PD02_7x (GpioPortD<<16u|GpioPin2 <<8u|GpioAf7)
#define PD03_7x (GpioPortD<<16u|GpioPin3 <<8u|GpioAf7)
#define PD04_7x (GpioPortD<<16u|GpioPin4 <<8u|GpioAf7)
#define PD05_7x (GpioPortD<<16u|GpioPin5 <<8u|GpioAf7)
#define PD06_7x (GpioPortD<<16u|GpioPin6 <<8u|GpioAf7)
#define PD07_7x (GpioPortD<<16u|GpioPin7 <<8u|GpioAf7)
#define PD08_7x (GpioPortD<<16u|GpioPin8 <<8u|GpioAf7)
#define PD09_7x (GpioPortD<<16u|GpioPin9 <<8u|GpioAf7)
#define PD10_7x (GpioPortD<<16u|GpioPin10<<8u|GpioAf7)
#define PD11_7x (GpioPortD<<16u|GpioPin11<<8u|GpioAf7)
#define PD12_7x (GpioPortD<<16u|GpioPin12<<8u|GpioAf7)
#define PD13_7x (GpioPortD<<16u|GpioPin13<<8u|GpioAf7)
#define PD14_7x (GpioPortD<<16u|GpioPin14<<8u|GpioAf7)
#define PD15_7x (GpioPortD<<16u|GpioPin15<<8u|GpioAf7)
#define PE00_7x (GpioPortE<<16u|GpioPin0 <<8u|GpioAf7)
#define PE01_7x (GpioPortE<<16u|GpioPin1 <<8u|GpioAf7)
#define PE02_7x (GpioPortE<<16u|GpioPin2 <<8u|GpioAf7)
#define PE03_7x (GpioPortE<<16u|GpioPin3 <<8u|GpioAf7)
#define PE04_7x (GpioPortE<<16u|GpioPin4 <<8u|GpioAf7)
#define PE05_7x (GpioPortE<<16u|GpioPin5 <<8u|GpioAf7)
#define PE06_7x (GpioPortE<<16u|GpioPin6 <<8u|GpioAf7)
#define PE07_7x (GpioPortE<<16u|GpioPin7 <<8u|GpioAf7)
#define PE08_7x (GpioPortE<<16u|GpioPin8 <<8u|GpioAf7)
#define PE09_7x (GpioPortE<<16u|GpioPin9 <<8u|GpioAf7)
#define PE10_7x (GpioPortE<<16u|GpioPin10<<8u|GpioAf7)
#define PE11_7x (GpioPortE<<16u|GpioPin11<<8u|GpioAf7)
#define PE12_7x (GpioPortE<<16u|GpioPin12<<8u|GpioAf7)
#define PE13_7x (GpioPortE<<16u|GpioPin13<<8u|GpioAf7)
#define PE14_7x (GpioPortE<<16u|GpioPin14<<8u|GpioAf7)
#define PE15_7x (GpioPortE<<16u|GpioPin15<<8u|GpioAf7)
#define PF00_7x (GpioPortF<<16u|GpioPin0 <<8u|GpioAf7)
#define PF01_7x (GpioPortF<<16u|GpioPin1 <<8u|GpioAf7)
#define PF02_7x (GpioPortF<<16u|GpioPin2 <<8u|GpioAf7)
#define PF03_7x (GpioPortF<<16u|GpioPin3 <<8u|GpioAf7)
#define PF04_7x (GpioPortF<<16u|GpioPin4 <<8u|GpioAf7)
#define PF05_7x (GpioPortF<<16u|GpioPin5 <<8u|GpioAf7)
#define PF06_7x (GpioPortF<<16u|GpioPin6 <<8u|GpioAf7)
#define PF07_7x (GpioPortF<<16u|GpioPin7 <<8u|GpioAf7)
#define PF09_7x (GpioPortF<<16u|GpioPin9 <<8u|GpioAf7)
#define PF10_7x (GpioPortF<<16u|GpioPin10<<8u|GpioAf7)
#define PF11_7x (GpioPortF<<16u|GpioPin11<<8u|GpioAf7)
/******************************************************************************
* Local type definitions ('typedef')
******************************************************************************/
typedef uint32_t GpioPinMux;
/******************************************************************************
* Global variable definitions ('extern')
******************************************************************************/
/******************************************************************************
Global function prototypes (definition in C source)
*******************************************************************************/
///< GPIO IO初始化/去初始化
en_result_t Gpio_Init(en_gpio_port_t enPort, en_gpio_pin_t enPin, stc_gpio_cfg_t *pstcGpioCfg);
///< GPIO 获取端口输入电平
boolean_t Gpio_GetInputIO(en_gpio_port_t enPort, en_gpio_pin_t enPin);
uint16_t Gpio_GetInputData(en_gpio_port_t enPort);
///< GPIO 设置端口输出
///< GPIO 端口输出电平配置及获取
en_result_t Gpio_WriteOutputIO(en_gpio_port_t enPort, en_gpio_pin_t enPin, boolean_t bVal);
boolean_t Gpio_ReadOutputIO(en_gpio_port_t enPort, en_gpio_pin_t enPin);
///< GPIO 端口/引脚输出电平置位
en_result_t Gpio_SetPort(en_gpio_port_t enPort, uint16_t u16ValMsk);
en_result_t Gpio_SetIO(en_gpio_port_t enPort, en_gpio_pin_t enPin);
///< GPIO 端口/引脚输出电平清零
en_result_t Gpio_ClrPort(en_gpio_port_t enPort, uint16_t u16ValMsk);
en_result_t Gpio_ClrIO(en_gpio_port_t enPort, en_gpio_pin_t enPin);
///< GPIO 端口输出电平置位与清零设置
en_result_t Gpio_SetClrPort(en_gpio_port_t enPort, uint32_t u32ValMsk);
///< GPIO 设置端口为模拟功能
en_result_t Gpio_SetAnalogMode(en_gpio_port_t enPort, en_gpio_pin_t enPin);
///< GPIO 设置端口为端口复用功能
en_result_t Gpio_SetAfMode(en_gpio_port_t enPort, en_gpio_pin_t enPin, en_gpio_af_t enAf);
void Gpio_SetAfMode_Lite(GpioPinMux PinMux);
///< GPIO 端口中断控制功能使能/关闭
en_result_t Gpio_EnableIrq(en_gpio_port_t enPort, en_gpio_pin_t enPin, en_gpio_irqtype_t enType);
en_result_t Gpio_DisableIrq(en_gpio_port_t enPort, en_gpio_pin_t enPin, en_gpio_irqtype_t enType);
///< GPIO 中断状态获取
boolean_t Gpio_GetIrqStatus(en_gpio_port_t enPort, en_gpio_pin_t enPin);
///< GPIO 中断标志清除
en_result_t Gpio_ClearIrq(en_gpio_port_t enPort, en_gpio_pin_t enPin);
///< GPIO 端口辅助功能配置
///< GPIO 中断模式配置
en_result_t Gpio_SfIrqModeCfg(en_gpio_sf_irqmode_t enIrqMode);
///< GPIO IR输出极性配置
en_result_t Gpio_SfIrPolCfg(en_gpio_sf_irpol_t enIrPolMode);
///< GPIO HCLK输出配置
en_result_t Gpio_SfHClkOutputCfg(en_gpio_sf_hclkout_g_t enGate, en_gpio_sf_hclkout_div_t enDiv);
///< GPIO PCLK输出配置
en_result_t Gpio_SfPClkOutputCfg(en_gpio_sf_pclkout_g_t enGate, en_gpio_sf_pclkout_div_t enDiv);
///< GPIO 外部时钟输入配置
en_result_t Gpio_SfExtClkCfg(en_gpio_sf_ssn_extclk_t enExtClk);
///< GPIO SPI SSN输入配置
en_result_t Gpio_SfSsnCfg(en_gpio_sf_ssnspi_t enSpi, en_gpio_sf_ssn_extclk_t enSsn);
///< GPIO Timer 门控输入配置
en_result_t Gpio_SfTimGCfg(en_gpio_sf_tim_g_t enTimG, en_gpio_sf_t enSf);
///< GPIO Timer ETR选择配置
en_result_t Gpio_SfTimECfg(en_gpio_sf_tim_e_t enTimE, en_gpio_sf_t enSf);
///< GPIO Timer 捕获输入配置
en_result_t Gpio_SfTimCCfg(en_gpio_sf_tim_c_t enTimC, en_gpio_sf_t enSf);
///< GPIO PCA捕获选择配置
en_result_t Gpio_SfPcaCfg(en_gpio_sf_pca_t enPca, en_gpio_sf_t enSf);
///< GPIO PCNT捕获选择配置
en_result_t Gpio_SfPcntCfg(en_gpio_sf_pcnt_t enPcnt, en_gpio_sf_t enSf);
//@} // GpioGroup
#ifdef __cplusplus
}
#endif
#endif /* __GPIO_H__ */
/******************************************************************************
* EOF (not truncated)
******************************************************************************/
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