/********************************************************************* * Flowcode CAL IO File * * File: PIC_CAL_IO.h * * (c) 2011 Matrix Multimedia Ltd. * http://www.matrixmultimedia.com * * Software License Agreement * * The software supplied herewith by Matrix Multimedia Ltd (the * “Company”) for its Flowcode graphical programming language is * intended and supplied to you, the Company’s customer, for use * solely and exclusively on the Company's products. The software * is owned by the Company, 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 licence. * * 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. * * Changelog: * * date | by | description * -------+----+----------------------------------------------------- * 010911 | SK | Created * 050911 | BR | Added Bit manipulation expressions * 220812 | BR | Minor bug fix to allow 10F port pin access to work * 030413 | LM | FC6 Port/Pin macros * 220413 | LM | FC6 Port/Pin macros update * 220413 | LM | Use Latch for port reading, if we have one * 210613 | BR | Fixed an issue with outputting 0 to a single bit using the Output Icon - BoostC () Bug * 250913 | LM | FC6 Port/Pin macros update */ // FC6 Port/Pin macros #define FCP_GET(Type, Port, Mask, Shift) FCP_GET_##Type(##Port, Mask, Shift) #define FCP_SET(Type, Port, Mask, Shift, Source) FCP_SET_##Type(##Port, Mask, Shift, Source) #define FCP_GET_B(Port, Mask, Shift) (FC_CAL_Port_In_DDR__x((&FCP_PORT_##Port), (&FCP_TRIS_##Port), (Mask), (Shift))) #define FCP_GET_M(Port, Mask, Shift) (FC_CAL_Port_In_DDR__x((&FCP_PORT_##Port), (&FCP_TRIS_##Port), (Mask), (Shift))) #define FCP_GET_F(Port, Mask, Shift) (FC_CAL_Port_In_DDR__x((&FCP_PORT_##Port), (&FCP_TRIS_##Port), (Mask), (Shift))) #ifdef FC_USEGPIO #define FCP_SET_B(p, m, b, v) {FC_CAL_Port_Out_DDR__x((&FCP_PORT_##p), (m), (v) << (b))} #define FCP_SET_M(p, m, b, v) {FC_CAL_Port_Out_DDR__x((&FCP_PORT_##p), (m), (v) << (b))} #define FCP_SET_F(p, m, b, v) {FC_CAL_Port_Out_DDR__x((&FCP_PORT_##p), (m), (v) << (b))} #else #ifdef FC_USE10F #define FCP_SET_B(p, m, b, v) {FC_CAL_Port_Out_DDR__x((&FCP_PORT_##p), (m), (v) << (b))} #define FCP_SET_M(p, m, b, v) {FC_CAL_Port_Out_DDR__x((&FCP_PORT_##p), (m), (v) << (b))} #define FCP_SET_F(p, m, b, v) {FC_CAL_Port_Out_DDR__x((&FCP_PORT_##p), (m), (v) << (b))} #else #define FCP_SET_B(Port, Mask, Shift, Source) {MX_UINT8 ptmp = (Source); FCP_TRIS_##Port &= ~Mask; (ptmp) ? (FCP_PORT_##Port = FCP_LAT_##Port | Mask) : (FCP_PORT_##Port = FCP_LAT_##Port & ~Mask);} #define FCP_SET_M(Port, Mask, Shift, Source) {MX_UINT8 ptmp = (Source); FCP_TRIS_##Port &= ~Mask; FCP_PORT_##Port = (FCP_LAT_##Port & ~Mask) | (((ptmp) << Shift) & Mask);} #define FCP_SET_F(Port, Mask, Shift, Source) {MX_UINT8 ptmp = (Source); FCP_TRIS_##Port = 0; FCP_PORT_##Port = (ptmp);} #endif #endif //Port Functions void FC_CAL_Port_Out__x (char* Port, MX_UINT8 OutMask, MX_UINT8 OutValue); void FC_CAL_Port_Out_DDR__x (char* Port, char* Tris, MX_UINT8 OutMask, MX_UINT8 OutValue); MX_UINT8 FC_CAL_Port_In__x (MX_UINT8* Port, MX_UINT8 InMask, MX_UINT8 Shift); MX_UINT8 FC_CAL_Port_In_DDR__x (MX_UINT8* Port, MX_UINT8* Tris, MX_UINT8 InMask, MX_UINT8 Shift); //Pin Functions #ifndef MX_10F_TRIS #define FC_CAL_Bit_In(A, B) test_bit(A, B) #define FC_CAL_Bit_In_DDR(A, B, C) set_bit(B, C) #define FC_CAL_Bit_High(A, B) set_bit(A, B) #define FC_CAL_Bit_High_DDR(A, B, C) {clear_bit(B, C); set_bit(A, C);} #define FC_CAL_Bit_Low(A, B) clear_bit(A, B) #define FC_CAL_Bit_Low_DDR(A, B, C) {clear_bit(B, C); clear_bit(A, C);} #else #define FC_CAL_Bit_In(A, B) test_bit(A, B) #define FC_CAL_Bit_In_DDR(A, B, C) {set_bit(tvar, C); asm("movf(_tvar),w"); asm("tris 6");} #define FC_CAL_Bit_High(A, B) set_bit(A, B) #define FC_CAL_Bit_High_DDR(A, B, C) {clear_bit(tvar, C); asm("movf(_tvar),w"); asm("tris 6"); set_bit(A, C);} #define FC_CAL_Bit_Low(A, B) clear_bit(A, B) #define FC_CAL_Bit_Low_DDR(A, B, C) {clear_bit(tvar, C); asm("movf(_tvar),w"); asm("tris 6"); clear_bit(A, C);} #endif MX_UINT8 FC_CAL_Bit_I(MX_UINT8 prt, MX_UINT8 bt, MX_UINT8 ddr); void FC_CAL_Bit_O(MX_UINT8 prt, MX_UINT8 bt, MX_UINT8 ddr, MX_UINT8 data); //Pointer Functions #define FC_CAL_Port_Out(p, v, m) FC_CAL_Port_Out__x(&port##p, (v), (m)) #define FC_CAL_Port_Out_DDR(p, v, m) FC_CAL_Port_Out_DDR__x(&port##p, &tris##p, (v), (m)) #define FC_CAL_Port_In(p, m) FC_CAL_Port_In__x(&port##p, (m)) #define FC_CAL_Port_In_DDR (p, m) FC_CAL_Port_In_DDR__x(&port##p, &tris##p, (m)) #ifdef _BOOSTC #ifdef LATA #define FCP_LAT_A lata #else #define FCP_LAT_A FCP_PORT_A #endif #ifdef PORTA #define FCP_PORT_A porta #define FCP_TRIS_A trisa #endif #ifdef GPIO #ifndef FCP_PORT_A #define FCP_PORT_A gpio #define FCP_TRIS_A trisio #endif #endif #ifdef LATB #define FCP_LAT_B latb #else #define FCP_LAT_B FCP_PORT_B #endif #ifdef PORTB #define FCP_PORT_B portb #define FCP_TRIS_B trisb #endif #ifdef LATC #define FCP_LAT_C latc #else #define FCP_LAT_C FCP_PORT_C #endif #ifdef PORTC #define FCP_PORT_C portc #define FCP_TRIS_C trisc #endif #ifdef LATD #define FCP_LAT_D latd #else #define FCP_LAT_D FCP_PORT_D #endif #ifdef PORTD #define FCP_PORT_D portd #define FCP_TRIS_D trisd #endif #ifdef LATE #define FCP_LAT_E late #else #define FCP_LAT_E FCP_PORT_E #endif #ifdef PORTE #define FCP_PORT_E porte #define FCP_TRIS_E trise #endif #ifdef LATF #define FCP_LAT_F latf #else #define FCP_LAT_F FCP_PORT_F #endif #ifdef PORTF #define FCP_PORT_F portf #define FCP_TRIS_F trisf #endif #ifdef LATG #define FCP_LAT_G latg #else #define FCP_LAT_G FCP_PORT_G #endif #ifdef PORTG #define FCP_PORT_G portg #define FCP_TRIS_G trisg #endif #ifdef LATH #define FCP_LAT_H lath #else #define FCP_LAT_H FCP_PORT_H #endif #ifdef PORTH #define FCP_PORT_H porth #define FCP_TRIS_H trish #endif #ifdef LATJ #define FCP_LAT_J latj #else #define FCP_LAT_J FCP_PORT_J #endif #ifdef PORTJ #define FCP_PORT_J portj #define FCP_TRIS_J trisj #endif #endif #ifdef HI_TECH_C #ifdef lata #define FCP_LAT_A LATA #else #define FCP_LAT_A FCP_PORT_A #endif #ifdef porta #define FCP_PORT_A PORTA #define FCP_TRIS_A TRISA #endif #ifdef gpio #ifndef FCP_PORT_A #define FCP_PORT_A GPIO #define FCP_TRIS_A TRISIO #endif #endif #ifdef latb #define FCP_LAT_B LATB #else #define FCP_LAT_B FCP_PORT_B #endif #ifdef portb #define FCP_PORT_B PORTB #define FCP_TRIS_B TRISB #endif #ifdef latc #define FCP_LAT_C LATC #else #define FCP_LAT_C FCP_PORT_C #endif #ifdef portc #define FCP_PORT_C PORTC #define FCP_TRIS_C TRISC #endif #ifdef latd #define FCP_LAT_D LATD #else #define FCP_LAT_D FCP_PORT_D #endif #ifdef portd #define FCP_PORT_D PORTD #define FCP_TRIS_D TRISD #endif #ifdef late #define FCP_LAT_E LATE #else #define FCP_LAT_E FCP_PORT_E #endif #ifdef porte #define FCP_PORT_E PORTE #define FCP_TRIS_E TRISE #endif #ifdef latf #define FCP_LAT_F LATF #else #define FCP_LAT_F FCP_PORT_F #endif #ifdef portf #define FCP_PORT_F PORTF #define FCP_TRIS_F TRISF #endif #ifdef latg #define FCP_LAT_G LATG #else #define FCP_LAT_G FCP_PORT_G #endif #ifdef portg #define FCP_PORT_G PORTG #define FCP_TRIS_G TRISG #endif #ifdef lath #define FCP_LAT_H LATH #else #define FCP_LAT_H FCP_PORT_H #endif #ifdef porth #define FCP_PORT_H PORTH #define FCP_TRIS_H TRISH #endif #ifdef latj #define FCP_LAT_J LATJ #else #define FCP_LAT_J FCP_PORT_J #endif #ifdef portj #define FCP_PORT_J PORTJ #define FCP_TRIS_J TRISJ #endif #endif