ADC.rar_英飞凌_英飞凌H86

//**************************************************************************** // @Module Parallel Ports // @Filename IO.C // @Project ADC.dav //---------------------------------------------------------------------------- // @Controller Infineon XC167CI-32F20 // // @Compiler Keil // // @Codegenerator 2.4 // // @Description This file contains functions that use the IO module. // //---------------------------------------------------------------------------- // @Date 2007-1-30 9:20:00 // //**************************************************************************** // USER CODE BEGIN (IO_General,1) // USER CODE END //**************************************************************************** // @Project Includes //**************************************************************************** #include "MAIN.H" // USER CODE BEGIN (IO_General,2) // USER CODE END //**************************************************************************** // @Macros //**************************************************************************** // USER CODE BEGIN (IO_General,3) // USER CODE END //**************************************************************************** // @Defines //**************************************************************************** // USER CODE BEGIN (IO_General,4) // USER CODE END //**************************************************************************** // @Typedefs //**************************************************************************** // USER CODE BEGIN (IO_General,5) // USER CODE END //**************************************************************************** // @Imported Global Variables //**************************************************************************** // USER CODE BEGIN (IO_General,6) // USER CODE END //**************************************************************************** // @Global Variables //**************************************************************************** // USER CODE BEGIN (IO_General,7) // USER CODE END //**************************************************************************** // @External Prototypes //**************************************************************************** // USER CODE BEGIN (IO_General,8) // USER CODE END //**************************************************************************** // @Prototypes Of Local Functions //**************************************************************************** // USER CODE BEGIN (IO_General,9) // USER CODE END //**************************************************************************** // @Function void IO_vInit(void) // //---------------------------------------------------------------------------- // @Description This is the initialization function of the IO function // library. It is assumed that the SFRs used by this library // are in its reset state. // //---------------------------------------------------------------------------- // @Returnvalue None // //---------------------------------------------------------------------------- // @Parameters None // //---------------------------------------------------------------------------- // @Date 2007-1-30 // //**************************************************************************** // USER CODE BEGIN (IO_Function,1) // USER CODE END void IO_vInit(void) { // USER CODE BEGIN (IO_Function,2) // USER CODE END /// ----------------------------------------------------------------------- /// General Port Settings: /// ----------------------------------------------------------------------- PICON = 0x0000; // load input configuration register /// ----------------------------------------------------------------------- /// Configuration of Port P0H: /// ----------------------------------------------------------------------- /// - no pin of port P0H is used P0H = 0x0000; // load data register POCON0H = 0x0000; // load output control register DP0H = 0x0000; // load direction register /// ----------------------------------------------------------------------- /// Configuration of Port P0L: /// ----------------------------------------------------------------------- /// - no pin of port P0L is used P0L = 0x0000; // load data register POCON0L = 0x0000; // load output control register DP0L = 0x0000; // load direction register /// ----------------------------------------------------------------------- /// Configuration of Port P1H: /// ----------------------------------------------------------------------- /// - no pin of port P1H is used P1H = 0x0000; // load data register ALTSEL0P1H = 0x0000; // load alternate output function select // register 0 POCON1H = 0x0000; // load output control register DP1H = 0x0000; // load direction register /// ----------------------------------------------------------------------- /// Configuration of Port P1L: /// ----------------------------------------------------------------------- /// - no pin of port P1L is used P1L = 0x0000; // load data register ALTSEL0P1L = 0x0000; // load alternate output function select // register 0 POCON1L = 0x0000; // load output control register DP1L = 0x0000; // load direction register /// ----------------------------------------------------------------------- /// Configuration of Port P2: /// ----------------------------------------------------------------------- /// - no pin of port P2 is used ODP2 = 0x0000; // load open-drain register P2 = 0x0000; // load data register ALTSEL0P2 = 0x0000; // load alternate output function select // register 0 POCON2 = 0x0000; // load output control register DP2 = 0x0000; // load direction register /// ----------------------------------------------------------------------- /// Configuration of Port P3: /// ----------------------------------------------------------------------- /// P3.0 is used as general purpose output /// - push/pull output is selected /// - the pin status is low level /// P3.1 is used as general purpose output /// - push/pull output is selected /// - the pin status is low level /// P3.2 is used as general purpose output /// - push/pull output is selected /// - the pin status is low level /// P3.3 is used as general purpose output /// - push/pull output is selected /// - the pin status is low level /// P3.4 is used as general purpose output /// - push/pull output is selected /// - the pin status is low level /// P3.5 is used as general purpose output /// - push/pull output is selected /// - the pin status is low level /// P3.6 is used as general purpose output /// - push/pull output is selected /// - the pin status is low level /// P3.7 is used as general purpose output /// - push/pull output is selected /// - the pin status is low level /// P3.8 is used as general purpose output /// - push/pull output is selected /// - the pin status is low level /// P3.9 is used as general purpose output /// - push/pull output is selected /// - the pin status is low level /// P3.0 - P3.7 threshold type: TTL input /// P3.8 - P3.15 threshold type: TTL input /// P3.0 - P3.3 output driver characteristic: strong driver ///