kopia lustrzana https://github.com/dasm78/Si4463
369 wiersze
8.3 KiB
C
369 wiersze
8.3 KiB
C
/*! @file hardware_defs.h
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* @brief This file contains hardware specific definitions defined by the platform.
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*
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* @b COPYRIGHT
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* @n Silicon Laboratories Confidential
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* @n Copyright 2012 Silicon Laboratories, Inc.
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* @n http://www.silabs.com
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*/
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#ifndef HARDWARE_DEFS_H
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#define HARDWARE_DEFS_H
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/*-------------------------------------------------------------*/
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/* Global definitions */
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/*-------------------------------------------------------------*/
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#define Si44_SDRST GPIO_Pin_1
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#define Si44_nSEL GPIO_Pin_2
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#define Si44_SDI GPIO_Pin_3
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#define Si44_SDO GPIO_Pin_4
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#define Si44_SCLK GPIO_Pin_5
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#define Si44_nIRQ GPIO_Pin_6
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#define Si44_GPIO1 GPIO_Pin_7
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#define SETB GPIO_Pin_5
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#if (defined SILABS_PLATFORM_RFSTICK)
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/*!* LED state Type definition */
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typedef enum
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{
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ILLUMINATE,
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EXTINGUISH
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} eLEDStates;
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#define M_P0_UART_TX 0x10
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#define M_P0_UART_RX 0x20
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#define M_P0_I2C_SCL 0x40
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#define M_P0_I2C_SDA 0x80
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#define M_P0_RF_GPIO0 0x01
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#define M_P0_RF_GPIO1 0x02
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#define M_P0_RF_GPIO2 0x04
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#define M_P0_RF_GPIO3 0x08
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#define M_P1_SPI1_SCK 0x01
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#define M_P1_SPI1_MISO 0x02
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#define M_P1_SPI1_MOSI 0x04
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#define M_P1_RF_NSEL 0x08
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#define M_P1_RF_NIRQ 0x10
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#define M_P1_RF_PWRDN 0x20
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#define M_P0_PB1 0x01
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#define M_P0_PB2 0x02
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#define M_P0_PB3 0x04
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#define M_P0_PB4 0x08
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#define M_P2_LED1 0x01
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#define M_P2_LED2 0x02
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#define M_P2_LED3 0x04
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#define M_P2_LED4 0x08
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#define M_P2_SW1_A 0x20
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#define M_P2_SW1_B 0x40
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#define M_P1_SW1_C 0x80
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#define M_P1_SW1_D 0x40
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#define M_P2_BZ1 0x10
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#define M_P2_C2D 0x80
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#define NUMOF_PUSHBUTTONS 0x04
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/* Definition of pins that are used by basic HWs, be aware not to have same*/
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#define M_LED1 M_P2_LED1
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#define M_LED2 M_P2_LED2
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#define M_LED3 M_P2_LED3
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#define M_LED4 M_P2_LED4
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#define M_BZ1 M_P2_BZ1
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#define B_P0_UART_TX 4
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#define B_P0_UART_RX 5
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#define B_P0_RF_GPIO0 0
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#define B_P0_RF_GPIO1 1
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#define B_P0_RF_GPIO2 2
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#define B_P0_RF_GPIO3 3
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#define B_P1_SPI1_SCK 0
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#define B_P1_SPI1_MISO 1
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#define B_P1_SPI1_MOSI 2
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#define B_P1_RF_NSEL 3
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#define B_P1_RF_NIRQ 4
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#define B_P1_RF_PWRDN 5
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#define B_P0_PB1 0
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#define B_P0_PB2 1
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#define B_P0_PB3 2
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#define B_P0_PB4 3
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#define B_P2_LED1 0
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#define B_P2_LED2 1
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#define B_P2_LED3 2
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#define B_P2_LED4 3
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#define B_P2_SW1_A 5
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#define B_P2_SW1_B 6
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#define B_P1_SW1_C 7
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#define B_P1_SW1_D 6
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#define B_P2_BZ1 4
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#define B_P2_C2D 7
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SBIT(RF_GPIO0, SFR_P0, B_P0_RF_GPIO0);
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SBIT(RF_GPIO1, SFR_P0, B_P0_RF_GPIO1);
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SBIT(RF_GPIO2, SFR_P0, B_P0_RF_GPIO2);
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SBIT(RF_GPIO3, SFR_P0, B_P0_RF_GPIO3);
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SBIT(SPI1_SCK, SFR_P1, B_P1_SPI1_SCK);
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SBIT(SPI1_MISO, SFR_P1, B_P1_SPI1_MISO);
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SBIT(SPI1_MOSI, SFR_P1, B_P1_SPI1_MOSI);
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SBIT(RF_NSEL, SFR_P1, B_P1_RF_NSEL);
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SBIT(RF_IRQ, SFR_P1, B_P1_RF_NIRQ);
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SBIT(RF_NIRQ, SFR_P1, B_P1_RF_NIRQ);
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SBIT(RF_PWRDN, SFR_P1, B_P1_RF_PWRDN);
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SBIT(PB1, SFR_P0, B_P0_PB1);
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SBIT(PB2, SFR_P0, B_P0_PB2);
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SBIT(PB3, SFR_P0, B_P0_PB3);
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SBIT(PB4, SFR_P0, B_P0_PB4);
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SBIT(LED1, SFR_P2, B_P2_LED1);
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SBIT(LED2, SFR_P2, B_P2_LED2);
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SBIT(LED3, SFR_P2, B_P2_LED3);
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SBIT(LED4, SFR_P2, B_P2_LED4);
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SBIT(SW1_A, SFR_P2, B_P2_SW1_A);
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SBIT(SW1_B, SFR_P2, B_P2_SW1_B);
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SBIT(SW1_C, SFR_P1, B_P1_SW1_C);
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SBIT(SW1_D, SFR_P1, B_P1_SW1_D);
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SBIT(BZ1, SFR_P2, B_P2_BZ1);
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#elif (defined SILABS_PLATFORM_LCD_BB)
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/*!* LED state Type definition */
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typedef enum
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{
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ILLUMINATE,
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EXTINGUISH
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} eLEDStates;
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#define M_P0_UART_TX 0x10
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#define M_P0_UART_RX 0x20
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#define M_P0_I2C_SCL 0x40
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#define M_P0_I2C_SDA 0x80
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#define M_P0_RF_GPIO0 0x01
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#define M_P0_RF_GPIO1 0x02
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#define M_P0_RF_GPIO2 0x04
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#define M_P0_RF_GPIO3 0x08
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#define M_P1_SPI1_SCK 0x01
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#define M_P1_SPI1_MISO 0x02
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#define M_P1_SPI1_MOSI 0x04
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#define M_P1_RF_NSEL 0x08
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#define M_P1_RF_NIRQ 0x10
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#define M_P1_RF_PWRDN 0x20
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#define M_P1_LCD_NSEL 0x40
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#define M_P1_LCD_A0 0x80
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#define M_P0_PB1 0x01
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#define M_P0_PB2 0x02
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#define M_P0_PB3 0x04
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#define M_P0_PB4 0x08
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#define M_P2_LED1 0x01
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#define M_P2_LED2 0x02
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#define M_P2_LED3 0x04
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#define M_P2_LED4 0x08
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#define M_P2_JP4 0x20
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#define M_P2_JP5 0x40
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#define M_P2_BZ1 0x10
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#define M_P2_C2D 0x80
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/* Definition of pins that are used by basic HWs, be aware not to have same*/
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#define M_LED1 M_P2_LED1
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#define M_LED2 M_P2_LED2
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#define M_LED3 M_P2_LED3
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#define M_LED4 M_P2_LED4
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#define M_BZ1 M_P2_BZ1
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#define B_P0_UART_TX 4
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#define B_P0_UART_RX 5
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#define B_P0_I2C_SCL 7
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#define B_P0_I2C_SDA 6
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#define B_P0_RF_GPIO0 0
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#define B_P0_RF_GPIO1 1
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#define B_P0_RF_GPIO2 2
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#define B_P0_RF_GPIO3 3
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#define B_P1_SPI1_SCK 0
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#define B_P1_SPI1_MISO 1
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#define B_P1_SPI1_MOSI 2
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#define B_P1_RF_NSEL 3
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#define B_P1_RF_NIRQ 4
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#define B_P1_RF_PWRDN 5
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#define B_P1_LCD_NSEL 6
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#define B_P1_LCD_A0 7
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#define B_P0_PB1 0
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#define B_P0_PB2 1
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#define B_P0_PB3 2
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#define B_P0_PB4 3
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#define B_P2_LED1 0
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#define B_P2_LED2 1
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#define B_P2_LED3 2
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#define B_P2_LED4 3
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#define B_P2_JP4 5
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#define B_P2_JP5 6
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#define B_P2_BZ1 4
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#define B_P2_C2D 7
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SBIT(RF_GPIO0, SFR_P0, B_P0_RF_GPIO0);
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SBIT(RF_GPIO1, SFR_P0, B_P0_RF_GPIO1);
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SBIT(RF_GPIO2, SFR_P0, B_P0_RF_GPIO2);
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SBIT(RF_GPIO3, SFR_P0, B_P0_RF_GPIO3);
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SBIT(SPI1_SCK, SFR_P1, B_P1_SPI1_SCK);
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SBIT(SPI1_MISO, SFR_P1, B_P1_SPI1_MISO);
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SBIT(SPI1_MOSI, SFR_P1, B_P1_SPI1_MOSI);
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SBIT(RF_NSEL, SFR_P1, B_P1_RF_NSEL);
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SBIT(RF_IRQ, SFR_P1, B_P1_RF_NIRQ);
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SBIT(RF_NIRQ, SFR_P1, B_P1_RF_NIRQ);
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SBIT(RF_PWRDN, SFR_P1, B_P1_RF_PWRDN);
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SBIT(LCD_NSEL, SFR_P1, B_P1_LCD_NSEL);
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SBIT(LCD_A0, SFR_P1, B_P1_LCD_A0);
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SBIT(PB1, SFR_P0, B_P0_PB1);
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SBIT(PB2, SFR_P0, B_P0_PB2);
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SBIT(PB3, SFR_P0, B_P0_PB3);
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SBIT(PB4, SFR_P0, B_P0_PB4);
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SBIT(LED1, SFR_P2, B_P2_LED1);
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SBIT(LED2, SFR_P2, B_P2_LED2);
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SBIT(LED3, SFR_P2, B_P2_LED3);
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SBIT(LED4, SFR_P2, B_P2_LED4);
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SBIT(SW1_A, SFR_P2, B_P2_JP4);
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SBIT(SW1_B, SFR_P2, B_P2_JP5);
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SBIT(BZ1, SFR_P2, B_P2_BZ1);
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#elif (defined SILABS_PLATFORM_WMB)
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/*!* LED state Type definition */
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typedef enum
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{
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ILLUMINATE,
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EXTINGUISH
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} eLEDStates;
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#define M_P0_LED1 0x01
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#define M_P0_LED2 0x40
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#define M_P0_LED3 0x04
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#define M_P0_LED4 0x08
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#define M_LED1 M_P0_LED1
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#define M_LED2 M_P0_LED2
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#define M_LED3 M_P0_LED3
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#define M_LED4 M_P0_LED4
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#define B_P1_RF_NSEL 4
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#define B_P0_RF_NIRQ 1
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#define B_P2_RF_PWRDN 3
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//#define B_P0_RF_GPIO0 1
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#define B_P1_RF_GPIO1 3
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#define B_P2_RF_GPIO2 5
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#define B_P2_RF_GPIO3 4
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#define B_P1_SPI0_SCK 5
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#define B_P1_SPI0_MISO 6
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#define B_P1_SPI0_MOSI 7
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#define B_P1_SPI1_SCK 0
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#define B_P1_SPI1_MISO 1
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#define B_P1_SPI1_MOSI 2
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#define B_P2_LCD_NSEL 0
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#define B_P0_LCD_A0 7
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#define B_P2_I2C_SDA 1
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#define B_P2_I2C_SCL 2
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#define B_P0_PB1 0
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#define B_P0_PB2 6
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#define B_P0_PB3 2
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#define B_P0_PB4 3
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#define B_P0_LED1 0
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#define B_P0_LED2 6
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#define B_P0_LED3 2
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#define B_P0_LED4 3
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#define B_P2_BZ1 6
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//SBIT(RF_GPIO0, SFR_P0, B_P0_RF_GPIO0);
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SBIT(RF_GPIO1, SFR_P1, B_P1_RF_GPIO1);
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SBIT(RF_GPIO2, SFR_P2, B_P2_RF_GPIO2);
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SBIT(RF_GPIO3, SFR_P2, B_P2_RF_GPIO3);
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/* SMBus */
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SBIT(MCU_SDA, SFR_P2, B_P2_I2C_SDA);
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SBIT(MCU_SCL, SFR_P2, B_P2_I2C_SCL);
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/* LEDs */
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SBIT(LED1, SFR_P0, B_P0_LED1);
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SBIT(LED2, SFR_P0, B_P0_LED2);
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SBIT(LED3, SFR_P0, B_P0_LED3);
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SBIT(LED4, SFR_P0, B_P0_LED4);
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/* MCU SPI0 */
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SBIT(SPI0_SCK, SFR_P1, B_P1_SPI1_SCK);
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SBIT(SPI0_MISO, SFR_P1, B_P1_SPI1_MISO);
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SBIT(SPI0_MOSI, SFR_P1, B_P1_SPI1_MOSI);
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/* MCU SPI1 */
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SBIT(SPI1_SCK, SFR_P1, B_P1_SPI1_SCK);
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SBIT(SPI1_MISO, SFR_P1, B_P1_SPI1_MISO);
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SBIT(SPI1_MOSI, SFR_P1, B_P1_SPI1_MOSI);
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/* RF related */
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SBIT(RF_NSEL, SFR_P1, B_P1_RF_NSEL);
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SBIT(RF_IRQ, SFR_P0, B_P0_RF_NIRQ);
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SBIT(RF_NIRQ, SFR_P0, B_P0_RF_NIRQ);
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SBIT(RF_PWRDN, SFR_P2, B_P2_RF_PWRDN);
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/* LCD related */
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SBIT(LCD_NSEL, SFR_P2, B_P2_LCD_NSEL);
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SBIT(LCD_A0, SFR_P0, B_P0_LCD_A0);
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SBIT(PB1, SFR_P0, B_P0_PB1);
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SBIT(PB2, SFR_P0, B_P0_PB2);
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SBIT(PB3, SFR_P0, B_P0_PB3);
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SBIT(PB4, SFR_P0, B_P0_PB4);
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/* Buzzer */
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SBIT(BZ1, SFR_P2, B_P2_BZ1);
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#else
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//#error Other platforms are not supported yet!
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#endif
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#endif //HARDWARE_DEFS_H
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