/********************************************************************* * Generic Typedef's ********************************************************************* * FileName: Generic.h * Dependencies: * Processor: PIC24F * * Complier: MPLAB C30 v1.31.00 or higher * MPLAB IDE v7.22.00 or higher * 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. * ********************************************************************/ #ifndef _GENERIC_H_ #define _GENERIC_H_ /* By default, configuration constants are assembled from macros */ /* using the bit-wise AND operator (&). An alternate mode is */ /* available in which constants are assembled using the bit-wise */ /* OR operator (|) to set values and bit-wise AND (&) masks to */ /* clear values. To enable the alternate mode, define the */ /* USE_AND_OR symbol. */ /* */ /* To define this macro as a compiler option: */ /* */ /* -DUSE_AND_OR */ /* */ /* To define this macro in source code: */ /* */ /* #define USE_AND_OR */ #define PUBLIC #define PROTECTED #define PRIVATE static #ifndef _WINDOWS typedef unsigned char BYTE; // 8-bit unsigned typedef unsigned short int WORD; // 16-bit unsigned typedef unsigned long DWORD; // 32-bit unsigned typedef unsigned long long QWORD; // 64-bit unsigned typedef signed char CHAR; // 8-bit signed typedef signed short int SHORT; // 16-bit signed typedef signed long LONG; // 32-bit signed typedef signed long long LONGLONG; // 64-bit signed /* unsigned integer */ typedef unsigned int UINT; typedef unsigned char UINT8; // other name for 8-bit integer typedef unsigned short UINT16; // other name for 16-bit integer typedef unsigned long UINT32; // other name for 32-bit integer typedef enum _BOOL { FALSE = 0, TRUE } BOOL; // Undefined size #endif typedef struct { BYTE b0: 1; BYTE b1: 1; BYTE b2: 1; BYTE b3: 1; BYTE b4: 1; BYTE b5: 1; BYTE b6: 1; BYTE b7: 1; }BYTE_BITS; typedef struct { WORD b0: 1; WORD b1: 1; WORD b2: 1; WORD b3: 1; WORD b4: 1; WORD b5: 1; WORD b6: 1; WORD b7: 1; WORD b8: 1; WORD b9: 1; WORD b10: 1; WORD b11: 1; WORD b12: 1; WORD b13: 1; WORD b14: 1; WORD b15: 1; }WORD_BITS; typedef union _BYTE_VAL { BYTE Val; struct { unsigned char b0:1; unsigned char b1:1; unsigned char b2:1; unsigned char b3:1; unsigned char b4:1; unsigned char b5:1; unsigned char b6:1; unsigned char b7:1; } bits; } BYTE_VAL; typedef union _CHAR_VAL { CHAR Val; struct { unsigned char b0:1; unsigned char b1:1; unsigned char b2:1; unsigned char b3:1; unsigned char b4:1; unsigned char b5:1; unsigned char b6:1; unsigned char b7:1; } bits; } CHAR_VAL; typedef union _WORD_VAL { WORD Val; BYTE v[2]; struct { BYTE LB; BYTE HB; } byte; struct { unsigned char b0:1; unsigned char b1:1; unsigned char b2:1; unsigned char b3:1; unsigned char b4:1; unsigned char b5:1; unsigned char b6:1; unsigned char b7:1; unsigned char b8:1; unsigned char b9:1; unsigned char b10:1; unsigned char b11:1; unsigned char b12:1; unsigned char b13:1; unsigned char b14:1; unsigned char b15:1; } bits; } WORD_VAL; typedef union _DWORD_VAL { DWORD Val; WORD w[2]; BYTE v[4]; struct { WORD LW; WORD HW; } word; struct { BYTE LB; BYTE HB; BYTE UB; BYTE MB; } byte; struct { unsigned char b0:1; unsigned char b1:1; unsigned char b2:1; unsigned char b3:1; unsigned char b4:1; unsigned char b5:1; unsigned char b6:1; unsigned char b7:1; unsigned char b8:1; unsigned char b9:1; unsigned char b10:1; unsigned char b11:1; unsigned char b12:1; unsigned char b13:1; unsigned char b14:1; unsigned char b15:1; unsigned char b16:1; unsigned char b17:1; unsigned char b18:1; unsigned char b19:1; unsigned char b20:1; unsigned char b21:1; unsigned char b22:1; unsigned char b23:1; unsigned char b24:1; unsigned char b25:1; unsigned char b26:1; unsigned char b27:1; unsigned char b28:1; unsigned char b29:1; unsigned char b30:1; unsigned char b31:1; } bits; } DWORD_VAL; typedef union _SHORT_VAL { SHORT Val; BYTE v[2]; struct { BYTE LB; BYTE HB; } byte; struct { unsigned char b0:1; unsigned char b1:1; unsigned char b2:1; unsigned char b3:1; unsigned char b4:1; unsigned char b5:1; unsigned char b6:1; unsigned char b7:1; unsigned char b8:1; unsigned char b9:1; unsigned char b10:1; unsigned char b11:1; unsigned char b12:1; unsigned char b13:1; unsigned char b14:1; unsigned char b15:1; } bits; } SHORT_VAL; typedef union _LONG_VAL { LONG Val; WORD w[2]; BYTE v[4]; struct { WORD LW; WORD HW; } word; struct { BYTE LB; BYTE HB; BYTE UB; BYTE MB; } byte; struct { unsigned char b0:1; unsigned char b1:1; unsigned char b2:1; unsigned char b3:1; unsigned char b4:1; unsigned char b5:1; unsigned char b6:1; unsigned char b7:1; unsigned char b8:1; unsigned char b9:1; unsigned char b10:1; unsigned char b11:1; unsigned char b12:1; unsigned char b13:1; unsigned char b14:1; unsigned char b15:1; unsigned char b16:1; unsigned char b17:1; unsigned char b18:1; unsigned char b19:1; unsigned char b20:1; unsigned char b21:1; unsigned char b22:1; unsigned char b23:1; unsigned char b24:1; unsigned char b25:1; unsigned char b26:1; unsigned char b27:1; unsigned char b28:1; unsigned char b29:1; unsigned char b30:1; unsigned char b31:1; } bits; } LONG_VAL; typedef union _QWORD_VAL { QWORD Val; DWORD d[2]; WORD w[4]; BYTE v[8]; struct { DWORD LD; DWORD HD; } dword; struct { WORD LW; WORD HW; WORD UW; WORD MW; } word; struct { unsigned char b0:1; unsigned char b1:1; unsigned char b2:1; unsigned char b3:1; unsigned char b4:1; unsigned char b5:1; unsigned char b6:1; unsigned char b7:1; unsigned char b8:1; unsigned char b9:1; unsigned char b10:1; unsigned char b11:1; unsigned char b12:1; unsigned char b13:1; unsigned char b14:1; unsigned char b15:1; unsigned char b16:1; unsigned char b17:1; unsigned char b18:1; unsigned char b19:1; unsigned char b20:1; unsigned char b21:1; unsigned char b22:1; unsigned char b23:1; unsigned char b24:1; unsigned char b25:1; unsigned char b26:1; unsigned char b27:1; unsigned char b28:1; unsigned char b29:1; unsigned char b30:1; unsigned char b31:1; unsigned char b32:1; unsigned char b33:1; unsigned char b34:1; unsigned char b35:1; unsigned char b36:1; unsigned char b37:1; unsigned char b38:1; unsigned char b39:1; unsigned char b40:1; unsigned char b41:1; unsigned char b42:1; unsigned char b43:1; unsigned char b44:1; unsigned char b45:1; unsigned char b46:1; unsigned char b47:1; unsigned char b48:1; unsigned char b49:1; unsigned char b50:1; unsigned char b51:1; unsigned char b52:1; unsigned char b53:1; unsigned char b54:1; unsigned char b55:1; unsigned char b56:1; unsigned char b57:1; unsigned char b58:1; unsigned char b59:1; unsigned char b60:1; unsigned char b61:1; unsigned char b62:1; unsigned char b63:1; } bits; } QWORD_VAL; #define LSB(a) ((a).v[0]) #define MSB(a) ((a).v[1]) #define LOWER_LSB(a) ((a).v[0]) #define LOWER_MSB(a) ((a).v[1]) #define UPPER_LSB(a) ((a).v[2]) #define UPPER_MSB(a) ((a).v[3]) /* The following macros can be used to modify the current CPU */ /* IPL. The definition of the macro may vary from device to */ /* device. */ /* */ /* To safely set the CPU IPL, use mSET_CPU_IP(ipl); the */ /* valid range of ipl is 0-7, it may be any expression. */ /* */ /* mSET_CPU_IP(7); */ /* */ /* To preserve the current IPL and save it use */ /* mSET_AND_SAVE_CPU_IP(save_to, ipl); the valid range of ipl */ /* is 0-7 and may be any expression, save_to should denote */ /* some temporary storage. */ /* */ /* int old_ipl; */ /* */ /* mSET_AND_SAVE_CPU_IP(old_ipl, 7); */ /* */ /* The IPL can be restored with mRESTORE_CPU_IP(saved_to) */ /* */ /* mRESTORE_CPU_IP(old_ipl); */ #define mSET_CPU_IP(ipl) SET_CPU_IPL(ipl) #define mSET_AND_SAVE_CPU_IP(save_to, ipl) SET_AND_SAVE_CPU_IPL(save_to, ipl) #define mRESTORE_CPU_IP(saved_to) mSET_CPU_IP(saved_to) #endif