/******************************************************************** * FileName: int.h * Dependencies: * Processor: PIC32 * Hardware: N/A * Assembler: N/A * Linker: N/A * Company: Microchip Technology Inc. * * Software License Agreement: * The software supplied herewith by Microchip Technology Incorporated * (the “Company”) for its PICmicro® Microcontroller is intended and * supplied to you, the Company’s customer, for use solely and * exclusively on Microchip PICmicro Microcontroller products. The * software is owned by the Company and/or its supplier, and is * protected under applicable copyright laws. All rights are reserved. * Any use in violation of the foregoing restrictions may subject the * user to criminal sanctions under applicable laws, as well as to * civil liability for the breach of the terms and conditions of this * license. * * THIS SOFTWARE IS PROVIDED IN AN “AS IS” CONDITION. NO WARRANTIES, * WHETHER EXPRESS, IMPLIED OR STATUTORY, INCLUDING, BUT NOT LIMITED * TO, IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A * PARTICULAR PURPOSE APPLY TO THIS SOFTWARE. THE COMPANY SHALL NOT, * IN ANY CIRCUMSTANCES, BE LIABLE FOR SPECIAL, INCIDENTAL OR * CONSEQUENTIAL DAMAGES, FOR ANY REASON WHATSOEVER. * * $Id: INT.h,v 1.6 2006/11/07 23:29:45 C12923 Exp $ * $Name: $ ********************************************************************/ #ifndef _PIC32INT_3XX_4XX_HEADER_FILE #define _PIC32INT_3XX_4XX_HEADER_FILE // ***************************************************************************** // ***************************************************************************** // Section: Includes // ***************************************************************************** // ***************************************************************************** #include #include /* * WARNING: All the Peripheral Library (PLIB) functions, including those in this file, * will be removed from future releases of MPLAB XC32 C/C++ Compiler. * Please refer to the MPLAB Harmony Libraries for new projects. For legacy support, * these PLIB Libraries will be available for download from: www.microchip.com/pic32_peripheral_lib */ #ifndef _SUPPRESS_PLIB_WARNING #warning The PLIB functions and macros in this file will be removed from the MPLAB XC32 C/C++ Compiler in future releases #endif // ***************************************************************************** // ***************************************************************************** // Section: Legacy Includes // ***************************************************************************** // ***************************************************************************** #ifndef _PLIB_DISABLE_LEGACY #include #endif // ***************************************************************************** /* Interrupt Source Summary: Interrupt Source and Vector definitions (3xx/4xx family) Description: These definitions can be used to set or get the state of the interrupt source flag, interrupt enable. This enumeration is used by void INTClearFlag(INT_SOURCE source) void INTSetFlag(INT_SOURCE source) unsigned int INTGetFlag(INT_SOURCE source) void INTEnable(INT_SOURCE source, INT_EN_DIS enable) unsigned int INTGetEnable(INT_SOURCE source) */ #if ((__PIC32_FEATURE_SET__ == 330) || \ (__PIC32_FEATURE_SET__ == 350) || \ (__PIC32_FEATURE_SET__ == 370) || \ (__PIC32_FEATURE_SET__ == 430) || \ (__PIC32_FEATURE_SET__ == 450) || \ (__PIC32_FEATURE_SET__ == 470)) typedef enum { INT_CT = 0, // Core Timer Interrupt INT_CS0, // Core Software Interrupt 0 INT_CS1, // Core Software Interrupt 1 INT_INT0, // External Interrupt 0 INT_INT1, // External Interrupt 1 INT_INT2, // External Interrrupt 2 INT_INT3, // External Interrupt 3 INT_INT4, // External Interupt 4 INT_T1, // Timer 1 INT_T2, // Timer 2 INT_T3, // TImer 3 INT_T4, // Timer 4 INT_T5, // Timer 5 INT_IC1, // Input Capture 1 INT_IC2, // Input Capture 2 INT_IC3, // Input Capture 3 INT_IC4, // Input Capture 4 INT_IC5, // Input Capture 5 INT_OC1, // Output Capture 1 INT_OC2, // Output Capture 2 INT_OC3, // Output Capture 3 INT_OC4, // Output Capture 4 INT_OC5, // Input Capture 5 INT_CNA, // Change Notice, Port A INT_CNB, // Change Notice, Port B INT_CNC, // Change Notice, Port C INT_CND, // Change Notice, Port D INT_CNE, // Change Notice, Port E INT_CNF, // Change Notice, Port F INT_CNG, // Change Notice, Port G INT_SPI1E, // SPI 1 Fault INT_SPI2E, // SPI 2 Fault INT_SPI1TX, // SPI 1 Transfer Done INT_SPI2TX, // SPI 2 Transfer Done INT_SPI1RX, // SPI 1 Receive Done INT_SPI2RX, // SPI 2 Receive Done INT_SPI1, INT_SPI2, INT_U1E, // UART 1 Error INT_U2E, // UART 2 Error INT_U3E, // UART 3 Error INT_U4E, // UART 4 Error INT_U5E, // UART 5 Error INT_U1RX, // UART 1 Receiver INT_U2RX, // UART 2 Receiver INT_U3RX, // UART 3 Receiver INT_U4RX, // UART 4 Receiver INT_U5RX, // UART 5 Receiver INT_U1TX, // UART 1 Transmitter INT_U2TX, // UART 2 Transmitter INT_U3TX, // UART 3 Transmitter INT_U4TX, // UART 4 Transmitter INT_U5TX, // UART 5 Transmitter INT_UART1, INT_UART2, INT_UART3, INT_UART4, INT_UART5, INT_I2C1B, // I2C 1 Bus Colision Event INT_I2C2B, // I2C 2 Bus Colision Event INT_I2C1S, // I2C 1 Slave Event INT_I2C2S, // I2C 2 Slave Event INT_I2C1M, // I2C 1 Master Event INT_I2C2M, // I2C 2 Master Event INT_I2C1, INT_I2C2, INT_AD1, // ADC 1 Convert Done INT_PMP, // Parallel Master Port INT_PMPE, // Parallel Master Port Error INT_CMP1, // Comparator 1 Interrupt INT_CMP2, // Comparator 2 Interrupt INT_FSCM, // Fail-safe Monitor INT_FCE, // Flash Control Event INT_RTCC, // Real Time Clock INT_CTMU, // CTMU INT_DMA0, // DMA Channel 0 INT_DMA1, // DMA Channel 1 INT_DMA2, // DMA Channel 2 INT_DMA3, // DMA Channel 3 INT_USB, // USB INT_NUM }INT_SOURCE; #else typedef enum { INT_CT = 0, // Core Timer Interrupt INT_CS0, // Core Software Interrupt 0 INT_CS1, // Core Software Interrupt 1 INT_INT0, // External Interrupt 0 INT_INT1, // External Interrupt 1 INT_INT2, // External Interrrupt 2 INT_INT3, // External Interrupt 3 INT_INT4, // External Interupt 4 INT_T1, // Timer 1 INT_T2, // Timer 2 INT_T3, // TImer 3 INT_T4, // Timer 4 INT_T5, // Timer 5 INT_IC1, // Input Capture 1 INT_IC2, // Input Capture 2 INT_IC3, // Input Capture 3 INT_IC4, // Input Capture 4 INT_IC5, // Input Capture 5 INT_OC1, // Output Capture 1 INT_OC2, // Output Capture 2 INT_OC3, // Output Capture 3 INT_OC4, // Output Capture 4 INT_OC5, // Input Capture 5 INT_CN, // Input Change INT_SPI1E, // SPI 1 Fault INT_SPI2E, // SPI 2 Fault INT_SPI1TX, // SPI 1 Transfer Done INT_SPI2TX, // SPI 2 Transfer Done INT_SPI1RX, // SPI 1 Receive Done INT_SPI2RX, // SPI 2 Receive Done INT_SPI1, INT_SPI2, INT_U1E, // UART 1 Error INT_U2E, // UART 2 Error INT_U1RX, // UART 1 Receiver INT_U2RX, // UART 2 Receiver INT_U1TX, // UART 1 Transmitter INT_U2TX, // UART 2 Transmitter INT_UART1, INT_UART2, INT_I2C1B, // I2C 1 Bus Colision Event INT_I2C2B, // I2C 1 Bus Colision Event INT_I2C1S, // I2C 1 Slave Event INT_I2C2S, // I2C 2 Slave Event INT_I2C1M, // I2C 1 Master Event INT_I2C2M, // I2C 2 Master Event INT_I2C1, INT_I2C2, INT_AD1, // ADC 1 Convert Done INT_PMP, // Parallel Master Port INT_CMP1, // Comparator 1 Interrupt INT_CMP2, // Comparator 2 Interrupt INT_FSCM, // Fail-safe Monitor INT_FCE, // Flash Control Event INT_RTCC, // Real Time Clock INT_DMA0, // DMA Channel 0 INT_DMA1, // DMA Channel 1 INT_DMA2, // DMA Channel 2 INT_DMA3, // DMA Channel 3 INT_DMA4, // DMA Channel 4 INT_DMA5, // DMA Channel 5 INT_DMA6, // DMA Channel 6 INT_DMA7, // DMA Channel 7 INT_USB, // USB INT_NUM }INT_SOURCE; #endif // ***************************************************************************** /* Interrupt Muli-Channel Converter Summary: Interrupt Muli-Channel Converter definitions Description: These definitions can be used to convert a channel into the correct INT_SOURCE value. These macros can be used by void INTClearFlag(INT_SOURCE source) void INTSetFlag(INT_SOURCE source) unsigned int INTGetFlag(INT_SOURCE source) void INTEnable(INT_SOURCE source, INT_EN_DIS enable) unsigned int INTGetEnable(INT_SOURCE source) */ #define INT_SOURCE_CORE_SW(chn) (INT_CS0 + (chn)) // Core Software Interrupt Channel #define INT_SOURCE_EX_INT(chn) (INT_INT0 + (chn)) // External Interrupt Channel #define INT_SOURCE_TIMER(chn) (INT_T1 + (chn)) // Timer Interrupt Channel #define INT_SOURCE_INPUT_CAP(chn) (INT_IC1 + (chn)) // Intput Capture Interrupt Channel #define INT_SOURCE_OUTPUT_COM(chn) (INT_OC1 + (chn)) // Output Compare Interrupt Channel #define INT_SOURCE_SPI(chn) ((INT_SPI1 - 1) + (chn)) // SPI Interrupt Channel #define INT_SOURCE_SPI_ERROR(chn) ((INT_SPI1E - 1) + (chn)) // SPI Error Interrupt Channel #define INT_SOURCE_SPI_TX(chn) ((INT_SPI1TX - 1) + (chn)) // SPI Transmit Interrupt Channel #define INT_SOURCE_SPI_RX(chn) ((INT_SPI1RX - 1) + (chn)) // SPI Receive Interrupt Channel #define INT_SOURCE_I2C(chn) (INT_I2C1 + (chn)) // I2C Interrupt Channel #define INT_SOURCE_I2C_ERROR(chn) (INT_I2C1B + (chn)) // I2C Bus Collision Interrupt Channel #define INT_SOURCE_I2C_SLAVE(chn) (INT_I2C1S + (chn)) // I2C Slave Interrupt Channel #define INT_SOURCE_I2C_MASTER(chn) (INT_I2C1M + (chn)) // I2C Master Interrupt Channel #define INT_SOURCE_UART(chn) (INT_UART1 + (chn)) // UART Interrupt Channel #define INT_SOURCE_UART_ERROR(chn) (INT_U1E + (chn)) // UART Error Interrupt Channel #define INT_SOURCE_UART_RX(chn) (INT_U1RX + (chn)) // UART Receive Interrupt Channel #define INT_SOURCE_UART_TX(chn) (INT_U1TX + (chn)) // UART Transmit Interrupt Channel #define INT_SOURCE_DMA(chn) (INT_DMA0 + (chn)) // DMA Interrupt Channel // ***************************************************************************** /* Interrupt Vector Summary: Interrupt Vector definitions (5xx/6xx/7xx family) Description: These definitions can be used to set or get the state of the interrupt vector priority and sub-priority. This enumeration is used by: void INTSetVectorPriority(INT_VECTOR vector, INT_PRIORITY priority) INT_PRIORITY INTGetVectorPriority(INT_VECTOR vector) void INTSetVectorSubPriority(INT_VECTOR vector, INT_SUB_PRIORITY subPriority) INT_SUB_PRIORITY INTGetVectorSubPriority(INT_VECTOR vector) WARNING: Do not use with the __IPL(v,ipl) macro. */ #if ((__PIC32_FEATURE_SET__ == 330) || \ (__PIC32_FEATURE_SET__ == 350) || \ (__PIC32_FEATURE_SET__ == 370) || \ (__PIC32_FEATURE_SET__ == 430) || \ (__PIC32_FEATURE_SET__ == 450) || \ (__PIC32_FEATURE_SET__ == 470)) typedef enum { INT_CORE_TIMER_VECTOR, // Core Timer Interrupt INT_CORE_SOFTWARE_0_VECTOR, // Core Software Interrupt 0 INT_CORE_SOFTWARE_1_VECTOR, // Core Software Interrupt 1 INT_EXTERNAL_0_VECTOR, // External Interrupt 0 INT_EXTERNAL_1_VECTOR, // External Interrupt 1 INT_EXTERNAL_2_VECTOR, // External Interrrupt 2 INT_EXTERNAL_3_VECTOR, // External Interrupt 3 INT_EXTERNAL_4_VECTOR, // External Interupt 4 INT_TIMER_1_VECTOR, // Timer 1 INT_TIMER_2_VECTOR, // Timer 2 INT_TIMER_3_VECTOR, // TImer 3 INT_TIMER_4_VECTOR, // Timer 4 INT_TIMER_5_VECTOR, // Timer 5 INT_INPUT_CAPTURE_1_VECTOR, // Input Capture 1 INT_INPUT_CAPTURE_2_VECTOR, // Input Capture 2 INT_INPUT_CAPTURE_3_VECTOR, // Input Capture 3 INT_INPUT_CAPTURE_4_VECTOR, // Input Capture 4 INT_INPUT_CAPTURE_5_VECTOR, // Input Capture 5 INT_OUTPUT_COMPARE_1_VECTOR, // Output Compare 1 INT_OUTPUT_COMPARE_2_VECTOR, // Output Compare 2 INT_OUTPUT_COMPARE_3_VECTOR, // Output Compare 3 INT_OUTPUT_COMPARE_4_VECTOR, // Output Compare 4 INT_OUTPUT_COMPARE_5_VECTOR, // Output Compare 5 INT_SPI_1_VECTOR, // SPI 1 vector INT_SPI_2_VECTOR, // SPI 2 vector INT_UART_1_VECTOR, // UART 1 vector INT_UART_2_VECTOR, // UART 2 vector INT_UART_3_VECTOR, // UART 3 vector INT_UART_4_VECTOR, // UART 4 vector INT_UART_5_VECTOR, // UART 5 vector INT_I2C_1_VECTOR, // I2C 1 vector INT_I2C_2_VECTOR, // I2C 2 vector INT_CHANGE_NOTICE_VECTOR, // Change Notice INT_ADC_VECTOR, // ADC 1 Convert Done INT_PMP_VECTOR, // Parallel Master Port INT_COMPARATOR_1_VECTOR, // Comparator 1 Interrupt INT_COMPARATOR_2_VECTOR, // Comparator 2 Interrupt INT_FAIL_SAFE_MONITOR_VECTOR, // Fail-safe Monitor INT_RTCC_VECTOR, // Real Time Clock INT_DMA_0_VECTOR, // DMA Channel 0 INT_DMA_1_VECTOR, // DMA Channel 1 INT_DMA_2_VECTOR, // DMA Channel 2 INT_DMA_3_VECTOR, // DMA Channel 3 INT_FCE_VECTOR, // Flash Control Event INT_USB_1_VECTOR, // USB }INT_VECTOR; #else typedef enum { INT_CORE_TIMER_VECTOR, // Core Timer Interrupt INT_CORE_SOFTWARE_0_VECTOR, // Core Software Interrupt 0 INT_CORE_SOFTWARE_1_VECTOR, // Core Software Interrupt 1 INT_EXTERNAL_0_VECTOR, // External Interrupt 0 INT_EXTERNAL_1_VECTOR, // External Interrupt 1 INT_EXTERNAL_2_VECTOR, // External Interrrupt 2 INT_EXTERNAL_3_VECTOR, // External Interrupt 3 INT_EXTERNAL_4_VECTOR, // External Interupt 4 INT_TIMER_1_VECTOR, // Timer 1 INT_TIMER_2_VECTOR, // Timer 2 INT_TIMER_3_VECTOR, // TImer 3 INT_TIMER_4_VECTOR, // Timer 4 INT_TIMER_5_VECTOR, // Timer 5 INT_INPUT_CAPTURE_1_VECTOR, // Input Capture 1 INT_INPUT_CAPTURE_2_VECTOR, // Input Capture 2 INT_INPUT_CAPTURE_3_VECTOR, // Input Capture 3 INT_INPUT_CAPTURE_4_VECTOR, // Input Capture 4 INT_INPUT_CAPTURE_5_VECTOR, // Input Capture 5 INT_OUTPUT_COMPARE_1_VECTOR, // Output Compare 1 INT_OUTPUT_COMPARE_2_VECTOR, // Output Compare 2 INT_OUTPUT_COMPARE_3_VECTOR, // Output Compare 3 INT_OUTPUT_COMPARE_4_VECTOR, // Output Compare 4 INT_OUTPUT_COMPARE_5_VECTOR, // Output Compare 5 INT_SPI_1_VECTOR, // SPI 1 vector INT_SPI_2_VECTOR, // SPI 2 vector INT_UART_1_VECTOR, // UART 1 vector INT_UART_2_VECTOR, // UART 2 vector INT_I2C_1_VECTOR, // I2C 1 vector INT_I2C_2_VECTOR, // I2C 2 vector INT_CHANGE_NOTICE_VECTOR, // Change Notice INT_ADC_VECTOR, // ADC 1 Convert Done INT_PMP_VECTOR, // Parallel Master Port INT_COMPARATOR_1_VECTOR, // Comparator 1 Interrupt INT_COMPARATOR_2_VECTOR, // Comparator 2 Interrupt INT_FAIL_SAFE_MONITOR_VECTOR, // Fail-safe Monitor INT_RTCC_VECTOR, // Real Time Clock INT_DMA_0_VECTOR, // DMA Channel 0 INT_DMA_1_VECTOR, // DMA Channel 1 INT_DMA_2_VECTOR, // DMA Channel 2 INT_DMA_3_VECTOR, // DMA Channel 3 INT_DMA_4_VECTOR, // DMA Channel 4 INT_DMA_5_VECTOR, // DMA Channel 5 INT_DMA_6_VECTOR, // DMA Channel 6 INT_DMA_7_VECTOR, // DMA Channel 7 INT_FCE_VECTOR, // Flash Control Event INT_USB_1_VECTOR, // USB }INT_VECTOR; #endif // ***************************************************************************** /* Interrupt Muli-Channel Converter Summary: Interrupt Muli-Channel Converter definitions Description: These definitions can be used to convert a channel into the correct INT_VECTOR value. These macros can be used by: void INTSetVectorPriority(INT_VECTOR vector, INT_PRIORITY priority) INT_PRIORITY INTGetVectorPriority(INT_VECTOR vector) void INTSetVectorSubPriority(INT_VECTOR vector, INT_SUB_PRIORITY subPriority) INT_SUB_PRIORITY INTGetVectorSubPriority(INT_VECTOR vector) WARNING: Do not use with the __IPL(v,ipl) macro. */ // Core Software Interrupt Channel #define INT_VECTOR_CORE_SW(chn) /*DOM-IGNORE-BEGIN*/(INT_CORE_SOFTWARE_0_VECTOR + (chn)) /*DOM-IGNORE-END*/ // External Interrupt Channel #define INT_VECTOR_EX_INT(chn) /*DOM-IGNORE-BEGIN*/(INT_EXTERNAL_0_VECTOR + (chn)) /*DOM-IGNORE-END*/ // Timer Interrupt Channel #define INT_VECTOR_TIMER(chn) /*DOM-IGNORE-BEGIN*/(INT_TIMER_1_VECTOR + (chn)) /*DOM-IGNORE-END*/ // Input Capture Interrupt Channel #define INT_VECTOR_INPUT_CAP(chn) /*DOM-IGNORE-BEGIN*/(INT_INPUT_CAPTURE_1_VECTOR + (chn)) /*DOM-IGNORE-END*/ // Output Compare Interrupt Channel #define INT_VECTOR_OUTPUT_COM(chn) /*DOM-IGNORE-BEGIN*/(INT_OUTPUT_COMPARE_1_VECTOR + (chn)) /*DOM-IGNORE-END*/ // SPI Interrupt Channel #define INT_VECTOR_SPI(chn) /*DOM-IGNORE-BEGIN*/((INT_SPI_1_VECTOR - 1) + (chn)) /*DOM-IGNORE-END*/ // I2C Interrupt Channel #define INT_VECTOR_I2C(chn) /*DOM-IGNORE-BEGIN*/(INT_I2C_1_VECTOR + (chn)) /*DOM-IGNORE-END*/ // UART Interrupt Channel #define INT_VECTOR_UART(chn) /*DOM-IGNORE-BEGIN*/(INT_UART_1_VECTOR + (chn)) /*DOM-IGNORE-END*/ // DMA Interrupt Channel #define INT_VECTOR_DMA(chn) /*DOM-IGNORE-BEGIN*/(INT_DMA_0_VECTOR + (chn)) /*DOM-IGNORE-END*/ #endif