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Fork of 02_LAB_serial_protocol by
main.cpp
- Committer:
- fabeltranm
- Date:
- 2017-10-12
- Revision:
- 13:4226825e2060
- Parent:
- 12:b780833f517e
- Child:
- 14:124051c4524a
File content as of revision 13:4226825e2060:
#include "draw.h" #include "main.h" #include "mbed.h" Serial command(USBTX, USBRX); #define DEBUG 1 uint8_t buffer_cmd[BUFF_SIZE]={0,0,0,0}; void print_num(uint8_t val) { if (val <10) command.putc(val+0x30); else command.putc(val-9+0x40); } void print_bin2hex (uint8_t val) { command.printf(" 0x"); print_num(val>>4); print_num(val&0x0f); } void Read_command() { // TODO : TIMEOUT UART SERIAL for (uint8_t i=0; i<BUFF_SIZE;i++) buffer_cmd[i]=command.getc(); } void echo_command() { for (uint8_t i=0; i<BUFF_SIZE;i++) print_bin2hex(buffer_cmd[i]); } bool check_command() { if (buffer_cmd[BUFF_SIZE-1]== '>') return 1; return 0; } void command_led(){ uint16_t sec = buffer_cmd[TIME_LED_S1]; sec = (sec <<8) + buffer_cmd[TIME_LED_S0]; uint16_t msec = buffer_cmd[TIME_LED_mS1]; msec = (msec <<8) + buffer_cmd[TIME_LED_mS0]; #if DEBUG command.printf("LED ON: %i segundos y %i milisegundos\n", sec, msec); #endif led_on(sec,msec); } void command_dot(){ uint8_t x=buffer_cmd[DOT_POS_X]; uint8_t y=buffer_cmd[DOT_POS_Y]; #if DEBUG command.printf("draw dot: Coord X= %i y Coord Y = %i\n", x,y); #endif vertex2d(x,y); draw(); nodraw(); } void command_line(){ uint8_t xi=buffer_cmd[LINE_POS_Xi]; uint8_t xf=buffer_cmd[LINE_POS_Xf]; uint8_t yi=buffer_cmd[LINE_POS_Yi]; uint8_t yf=buffer_cmd[LINE_POS_Yf]; #if DEBUG command.printf("draw line: "); command.printf("Coord Xi= %i Coord Yi = %i Coord Xf= %i Coord Yf = %i\n", xi,yi,xf,yf); #endif line( xi, yi, xf, yf); } void command_rectangle(){ uint8_t x=buffer_cmd[REC_POS_X]; uint8_t y=buffer_cmd[REC_POS_Y]; uint8_t width=buffer_cmd[REC_WIDTH]; uint8_t height=buffer_cmd[REC_HEIGHT ]; #if DEBUG command.printf("draw rectangle: "); command.printf("Coord X= %i Coord Y = %i width = %i height= %i\n", x,y,width,height); #endif rectangle( x, y, width, height); } void command_cicle(){ #if DEBUG command.printf("draw cicle: "); #endif } void command_rstepservo(){ #if DEBUG command.printf("config rstepservo: "); #endif } void command_sstime(){ #if DEBUG command.printf("config tiempo entre movimientos de los servos: "); #endif } void command_stop(){ #if DEBUG command.printf("stop"); #endif } void command_pause(){ #if DEBUG command.printf("picolo en pausa "); #endif } void command_reanudar(){ #if DEBUG command.printf("reanuda picolo "); #endif } void command_stepmotor(){ #if DEBUG command.printf("comando mover picolo: "); #endif } void command_exe() { #if DEBUG command.printf("Ejecutando comando: \n"); #endif switch (buffer_cmd[COMM_N]){ case COMMAND_LED : command_led(); break; case COMMAND_DOT : command_dot(); break; case COMMAND_LINE: command_line(); break; case COMMAND_RECTANGLE: command_rectangle(); break; case COMMAND_CICLE: command_cicle(); break; case COMMAND_RSTEPSERVO: command_rstepservo(); break; case COMMAND_SS_TIME: command_sstime(); break; case COMMAND_STOP : command_stop(); break; case COMMAND_PAUSA: command_pause(); break; case COMMAND_REANUDAR: command_reanudar(); break; case MOVER_STEPMOTOR: command_stepmotor(); break; default: #if DEBUG command.printf("comando no encontrado\n"); #endif } } int main() { #if DEBUG command.printf("inicio con debug\n"); #else command.printf("inicio sin debug\n"); #endif uint8_t val; while(1){ val=command.getc(); if (val== '<'){ Read_command(); if (check_command()){ command_exe(); }else{ #if DEBUG command.printf("\n ERROR COMANDO -> "); echo_command(); command.printf("\n"); #endif } }else{ #if DEBUG command.printf("error de inicio de trama: "); command.putc(val); #endif } } }