Gpio.h

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// DOCUMENTAZIONE DOXYGEN
/// \file
 
 
// Viene inizializzato un parametro
#include <stdint.h>
 
extern int32_t                                               status;    
 
/******************************************************************************
Variabili di gianlu
*******************************************************************************/
typedef struct porta_pin{
    unsigned char porta_num;        
    unsigned char pin_num;
} porta_pin_def;
 
//extern uint8_t ADC_node_map[];
const extern uint8_t ADC_node_map[]; //!< Mapping to mux's on postmainboard
 
const extern porta_pin_def Reset_I2C_mux_postfrontend_up;
const extern porta_pin_def Reset_I2C_mux_postfrontend_down;
 
const extern porta_pin_def Reset_I2C_mux_up;  //!< location of the reset pin of the I2C_mux of frontend board su or giu
const extern porta_pin_def Reset_I2C_mux_down;  //!< location of the reset pin of the I2C_mux of frontend board su or giu
 
const extern porta_pin_def Mux_enable_postmainboard_1;  //!< location of the chip select pin of analog mux 1 of postmainboard, 0=off
const extern porta_pin_def Mux_enable_postmainboard_2;  //!< location of the chip select pin of analog mux 2 of postmainboard, 0=off
const extern porta_pin_def Mux_enable_postmainboard_3;  //!< location of the chip select pin of analog mux 3 of postmainboard, 0=off
const extern porta_pin_def Mux_enable_postmainboard_4;  //!< location of the chip select pin of analog mux 4 of postmainboard, 0=off
const extern porta_pin_def Mux_enable_postmainboard_5;  //!< location of the chip select pin of analog mux 5 of postmainboard, 0=off
const extern porta_pin_def Mux_enable_postmainboard_6;  //!< location of the chip select pin of analog mux 6 of postmainboard, 0=off
const extern porta_pin_def Mux_enable_postmainboard_7;  //!< location of the chip select pin of analog mux 7 of postmainboard, 0=off
const extern porta_pin_def Mux_enable_postmainboard_8;  //!< location of the chip select pin of analog mux 8 of postmainboard, 0=off
 
const extern porta_pin_def Mux_select_word_0;  //!< selettore 0 del pin di ingresso dell'analog mux
const extern porta_pin_def Mux_select_word_1;  //!< selettore 1 del pin di ingresso dell'analog mux
const extern porta_pin_def Mux_select_word_2;  //!< selettore 2 del pin di ingresso dell'analog mux
 
const extern porta_pin_def ADC_ResIn_A_buffer_down;  //!< Refernce to fgnd of theADC input buffer, if 1 there is a 10kOhm connected to GND
const extern porta_pin_def ADC_ResIn_B_buffer_down;  //!< Refernce to fgnd of theADC input buffer, if 1 there is a 10kOhm connected to GND
const extern porta_pin_def ADC_ResIn_A_buffer_up;  //!< Refernce to fgnd of theADC input buffer, if 1 there is a 10kOhm connected to GND
const extern porta_pin_def ADC_ResIn_B_buffer_up;  //!< Refernce to fgnd of theADC input buffer, if 1 there is a 10kOhm connected to GND
 
const extern porta_pin_def ADC_ready_up;  //!< Configuration ADC pin
const extern porta_pin_def ADC_Chip_Sel_up;  //!< Configuration ADC pin
const extern porta_pin_def ADC_reset_up;  //!< Configuration ADC pin
const extern porta_pin_def ADC_ready_down;  //!< Configuration ADC pin
const extern porta_pin_def ADC_Chip_Sel_down;  //!< Configuration ADC pin
const extern porta_pin_def ADC_reset_down;  //!< Configuration ADC pin
 
const extern porta_pin_def CAN_indirizzo_hw[];  //!< hw Can address 
 
const extern porta_pin_def LED_Green ;         //!< Green LED
const extern porta_pin_def LED_Red ;           //!< Green LED
 
 
//Queste righe da qui andranno commentate:
extern porta_pin_def rele_driver_ch0;
//extern porta_pin_def rele_driver_ch1;
extern porta_pin_def PGA_DAC_select_ch0;
extern porta_pin_def PGA_DAC_select_ch1;
extern porta_pin_def ADC_select;
const extern porta_pin_def PGA_pre_gain_1_ch0;
const extern porta_pin_def PGA_pre_gain_10_ch0;
const extern porta_pin_def PGA_pre_gain_1_ch1;
const extern porta_pin_def PGA_pre_gain_10_ch1;
const extern porta_pin_def PGA_DAC_pin_select_ch0;
const extern porta_pin_def PGA_DAC_pin_select_ch1;
//fino a qui
 
/*! \brief Port 0 pin usage
 
 *\snippet Gpio.h def_Port_0_pins
 */
//! <!-- [def_Port_0_pins] -->
// PORTA 0
#define porta_0  0
//Reset pin dei mux I2C sulla postmainboard
#define pin_Rset_i2c_mux_down 6
#define pin_Rset_i2c_mux_sup 9
//Ref to ground of the inputs of the aADC buffers
#define ResIn_buffer_A_down 7
#define ResIn_buffer_B_down 8
#define ResIn_buffer_A_up 10
#define ResIn_buffer_B_up 11
#define B0                                                  0  //<! Can Address pin0
#define B1                                                  1  //<! Can Address pin1
#define B2                                                  23  //<! Can Address pin2
#define B3                                                  24  //<! Can Address pin3
#define B4                                                  25  //<! Can Address pin4
#define B5                                                  26  //<! Can Address pin5
#define B6                                                  29  //<! Can Address pin6
#define B7                                                  30  //<! Can Address pin7
//! <!-- [def_Port_0_pins] -->
 
#define Chip_Sel_rele_0                         4
#define Chip_Sel_rele_1                         5
#define PGA_Chip_Sel_DAC_ch0                6
#define PGA_Chip_Sel_DAC_ch1                7
 
 
#define Chip_Sel_Adc 0
#define Adc_ready 0
//#define Led_rosso                                     23
//#define Porta_Led_rosso                           0
 
/*! \brief Port 1 pin usage
 
 *\snippet Gpio.h def_Port_1_pins
 */
//! <!-- [def_Port_1_pins] -->
// PORTA 1
#define porta_1    1
//Selettori del segnale di ingresso dei mux analogici
#define MUX_select_in_0 0
#define MUX_select_in_1 1
#define MUX_select_in_2 4
//Chip select per i Mux analogici sulla postmainboard
#define MUX_Chip_sel_1 20
#define MUX_Chip_sel_2 21
#define MUX_Chip_sel_3 22
#define MUX_Chip_sel_4 23
#define MUX_Chip_sel_5 24
#define MUX_Chip_sel_6 25
#define MUX_Chip_sel_7 26
#define MUX_Chip_sel_8 27
//setting reading pins for ADCs
#define ADC_ready_up_       8
#define ADC_Chip_Sel_up_        10
#define ADC_reset_up_       9
#define ADC_ready_down_     14
#define ADC_Chip_Sel_down_      16
#define ADC_reset_down_     15
//! <!-- [def_Port_1_pins] -->
 
//#define Reset_ch0                                     0
//#define Set_ch0                                           1
//#define Reset_ch1                                     4
//#define Set_ch1                                           8
#define PGA_rele_ch0_1                          9
#define PGA_rele_ch0_2                          10
#define PGA_rele_ch1_1                          14
#define PGA_rele_ch1_2                          15
 
////#define Chip_Sel_Multiplexer_4          20
////#define Chip_Sel_Multiplexer_3          21
//#define Chip_Sel_Multiplexer_2            22
//#define Chip_Sel_Multiplexer_1            23
#define Sel_Par_Interruttori_3          24
#define Sel_Par_Interruttori_2          25
#define Sel_Par_Interruttori_1          26
//#define Shut_Vcc_Vee                              28
//#define Shut_Vrefp_Vrefn                      29
 
/*! \brief Port 2 pin usage
 
 *\snippet Gpio.h def_Port_2_pins
 */
//! <!-- [def_Port_2_pins] -->
// PORTA 2
#define porta_2    2
#define pin_Reset_I2C_mux_A         0  /*!<Pin of the port of the rest pin of the I2C_mux su or giu  */
#define pin_Reset_I2C_mux_B         1  /*!<Pin of the port of the rest pin of the I2C_mux su or giu  */
#define pin_LED_Green              13  /*!<Green LED */
#define pin_LED_Red                 9  /*!<Red LED */
//! <!-- [def_Port_2_pins] -->
 
 
 
#define Led_verde                                       5
 
//#define DIG_5                                             9
//#define DIG_3_3                                           13
#define Porta_Led_verde                         2
 
/******************************************************************************
FINE Variabili di gianlu
*******************************************************************************/
 
 
 
//GPIO.h 
//void Configure_Chip_Sel(void);
//void Configure_Sel_Par_Interruttori(void);
//void Configure_Adc_Ready(void);
//void Configure_Chip_Sel_ADC(void);
//void Configure_Chip_Sel_rele_ch0(void);
//void Configure_Chip_Sel_rele_ch1(void);
//void Configure_Reset_ch0(void);
//void Configure_Set_ch0(void);
//void Configure_Reset_ch1(void);
//void Configure_Set_ch1(void);
//void Configure_PGA_Chip_Sel_DAC_ch0(void);
//void Configure_PGA_Chip_Sel_DAC_ch1(void);
//void Configure_PGA_rele_ch0_1(void);
//void Configure_PGA_rele_ch0_2(void);
//void Configure_PGA_rele_ch1_1(void);
//void Configure_PGA_rele_ch1_2(void);
//void Configure_Led_verde (void);
//void Configure_Led_rosso (void);
//void Configure_Pin_Alimentazione (void);
void Configure_Bit_Address_for_CAN(void);
void Configure_Reset_I2C_mux(void);
void Configure_Reset_selection_port_analog_mux_ResIn_ADC_buffer(void);
void ADC_pin_configurations(void);
void LED_pin_configuration(void);
//void ADC_noding_map(void);