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coreWatch.c
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coreWatch.c
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#include "coreWatch.h"
#include <stdio.h>
#include <string.h>
//------------------------------------------------------
// VARIABLES GLOBALES
//------------------------------------------------------
static TipoCoreWatch g_coreWatch;
static int defaultPassword = 1234;
static int defaultHoraAlarma = 0;
static int defaultAlarmaActivada = 0;
static int g_flagsCoreWatch;
fsm_trans_t g_fsmTransCoreWatch[] = {
//START
{START, CompruebaSetupDone, STAND_BY, Start},
//STAND_BY
//{STAND_BY, CompruebaReset, STAND_BY, Reset},
{STAND_BY,CompruebaSetCancelNewTime, PASSWORD, PrepareEnterPassword},
{STAND_BY,CompruebaSetCancelNewDate, PASSWORD, PrepareEnterPassword},
{STAND_BY,CompruebaSetCancelNewAlarma, PASSWORD, PrepareEnterPassword},
{STAND_BY,CompruebaSetPassword, PASSWORD, PrepareEnterPassword},
{STAND_BY,CompruebaHoraAlarma, ALARMA, SuenaAlarma},
{STAND_BY,CompruebaSwitchFormat, STAND_BY, SwitchFormat},
{STAND_BY, CompruebaTimeActualizado, STAND_BY, ShowTime},
//PASSWORD
{PASSWORD, CompruebaDigitoPulsado, PASSWORD, EnterPassword},
{PASSWORD, CompruebaPasswordTime, SET_TIME, PrepareSetNewTime},
{PASSWORD, CompruebaPasswordDate, SET_DATE, PrepareSetNewDate},
{PASSWORD, CompruebaPasswordAlarma, SET_ALARMA, PrepareSetAlarma},
{PASSWORD, CompruebaPasswordPassword, SET_PASSWORD, PrepareSetNewPassword},
{PASSWORD, CompruebaTimeoutPassword, STAND_BY, CancelEnterPassword},
//SET_PASSWORD
{SET_PASSWORD, CompruebaSetPassword, STAND_BY, CancelSetNewPassword},
{SET_PASSWORD, CompruebaNewPasswordIsReady, STAND_BY, SetNewPassword},
{SET_PASSWORD, CompruebaDigitoPulsado, SET_PASSWORD, EnterNewPassword},
//SET_TIME
{SET_TIME, CompruebaSetCancelNewTime, STAND_BY, CancelSetNewTime},
{SET_TIME, CompruebaNewTimeIsReady, STAND_BY, SetNewTime},
{SET_TIME, CompruebaDigitoPulsado, SET_TIME, ProcesaDigitoTime},
//SET_DATE
{SET_DATE, CompruebaNewDateIsReady, STAND_BY, SetNewDate},
{SET_DATE, CompruebaSetCancelNewDate, STAND_BY, CancelSetNewDate},
{SET_DATE, CompruebaDigitoPulsado, SET_DATE, ProcesaDigitoDate},
//SET_ALARMA
{SET_ALARMA, CompruebaSetCancelNewAlarma, STAND_BY, CancelSetNewAlarma},
{SET_ALARMA, CompruebaNewAlarmaIsReady, STAND_BY, SetNewAlarma},
{SET_ALARMA, CompruebaDigitoPulsado, SET_ALARMA, ProcesaDigitoAlarma},
//ALARMA
{ALARMA, CompruebaTimeoutAlarma, STAND_BY, ExitAlarma},
{-1, NULL, -1, NULL}};
fsm_trans_t g_fsmTransDeteccionComandos[] = {
{WAIT_COMMAND,CompruebaTeclaPulsada ,WAIT_COMMAND, ProcesaTeclaPulsada},
{-1, NULL, -1, NULL}};
//am = 0 pm = 1
const int hora_ampm[2][24] = {
{12, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11},
{0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1}
};
const char diasemana[7] = {'D', 'L', 'M', 'X', 'J', 'V', 'S'};
int rows = 2;
int cols = 12;
int bits = 8;
int rs = GPIO_LCD_RS;
int strb = GPIO_LCD_EN;
int d0 = GPIO_LCD_D0;
int d1 = GPIO_LCD_D1;
int d2 = GPIO_LCD_D2;
int d3 = GPIO_LCD_D3;
int d4 = GPIO_LCD_D4;
int d5 = GPIO_LCD_D5;
int d6 = GPIO_LCD_D6;
int d7 = GPIO_LCD_D7;
static int arrayFilas[4] = {GPIO_KEYBOARD_ROW_1, GPIO_KEYBOARD_ROW_2, GPIO_KEYBOARD_ROW_3, GPIO_KEYBOARD_ROW_4};
static int arrayColumnas[4] = {GPIO_KEYBOARD_COL_1, GPIO_KEYBOARD_COL_2, GPIO_KEYBOARD_COL_3, GPIO_KEYBOARD_COL_4};
//------------------------------------------------------
// FUNCIONES PROPIAS
//------------------------------------------------------
// Wait until next_activation (absolute time)
// Necesita de la funci�n "delay" de WiringPi.
void DelayUntil(unsigned int next) {
unsigned int now = millis();
if (next > now) {
delay(next - now);
}
}
int min(int a, int b){
return (a > b) ? b : a;
}
int max(int a, int b){
return (a > b) ? a : b;
}
int ConfiguraInicializaSistema(TipoCoreWatch *p_sistema){
piLock(SYSTEM_KEY);
g_flagsCoreWatch = 0;
piUnlock(SYSTEM_KEY);
p_sistema->tempTime = 0;
p_sistema->digitosGuardados = 0;
p_sistema->tempDate = 0;
p_sistema->digitosGuardadosDate = 0;
p_sistema->password.tempPassword = 0;
p_sistema->password.digitosGuardadosPassword = 0;
p_sistema->password.number = defaultPassword;
p_sistema->alarma.alarmaActivada = defaultAlarmaActivada;
SetHora(defaultHoraAlarma, &p_sistema->alarma.hora);
int configReloj = ConfiguraInicializaReloj(&p_sistema->reloj);
if(configReloj!=0){return 1;}
memcpy(p_sistema->teclado.filas, arrayFilas, sizeof(arrayFilas));
memcpy(p_sistema->teclado.columnas, arrayColumnas, sizeof(arrayColumnas));
int setupgpio = wiringPiSetupGpio();
if(setupgpio != 0) return 1;
ConfiguraInicializaTeclado(&p_sistema->teclado);
#if VERSION == 4
p_sistema->lcdId = lcdInit(rows, cols, bits, rs, strb, d0, d1, d2, d3, d4, d5, d6, d7);
if(p_sistema->lcdId == -1) return 1;
piLock(STD_IO_LCD_BUFFER_KEY);
lcdDisplay(p_sistema->lcdId, 1);
lcdClear(p_sistema->lcdId);
lcdPosition(p_sistema->lcdId, 0,0);
lcdPrintf(p_sistema->lcdId, " Hii!" );
lcdPosition(p_sistema->lcdId, 0,1);
lcdPrintf(p_sistema->lcdId, " /(^o^)|" );
delay(500);
lcdClear(p_sistema->lcdId);
lcdPosition(p_sistema->lcdId, 0,0);
lcdPrintf(p_sistema->lcdId, " Hii!" );
lcdPosition(p_sistema->lcdId, 0,1);
lcdPrintf(p_sistema->lcdId, " |(^O^)/" );
delay(500);
lcdClear(p_sistema->lcdId);
lcdPosition(p_sistema->lcdId, 0,0);
lcdPrintf(p_sistema->lcdId, " Hii!" );
lcdPosition(p_sistema->lcdId, 0,1);
lcdPrintf(p_sistema->lcdId, " /(^o^)|" );
delay(500);
lcdClear(p_sistema->lcdId);
lcdPosition(p_sistema->lcdId, 0,0);
lcdPrintf(p_sistema->lcdId, " Hii!" );
lcdPosition(p_sistema->lcdId, 0,1);
lcdPrintf(p_sistema->lcdId, " |(^O^)/" );
delay(500);
piUnlock(STD_IO_LCD_BUFFER_KEY);
#endif
piLock(SYSTEM_KEY);
g_flagsCoreWatch = FLAG_SETUP_DONE;
piUnlock(SYSTEM_KEY);
return 0;
}
//FUNCIONES COMPROBACION
int EsNumero(char value){
int valorAscii = (int)value;
if(valorAscii>=48 && valorAscii<=57){
return 1;
}
return 0;
}
int CompruebaDigitoPulsado(fsm_t* p_this){
int res;
piLock(SYSTEM_KEY);
res = g_flagsCoreWatch & FLAG_DIGITO_PULSADO;
piUnlock(SYSTEM_KEY);
if(res!=0){return 1;}
return 0;
}
int CompruebaNewTimeIsReady(fsm_t* p_this){
int res;
piLock(SYSTEM_KEY);
res = g_flagsCoreWatch & FLAG_NEW_TIME_IS_READY;
piUnlock(SYSTEM_KEY);
if(res!=0){return 1;}
return 0;
}
int CompruebaReset(fsm_t* p_this){
int res;
piLock(SYSTEM_KEY);
res = g_flagsCoreWatch & FLAG_RESET;
piUnlock(SYSTEM_KEY);
if(res!=0){return 1;}
return 0;
}
int CompruebaSetCancelNewTime(fsm_t* p_this){
int res;
piLock(SYSTEM_KEY);
res = g_flagsCoreWatch & FLAG_SET_CANCEL_NEW_TIME;
piUnlock(SYSTEM_KEY);
if(res!=0){return 1;}
return 0;
}
int CompruebaSetupDone(fsm_t* p_this){
int res;
piLock(SYSTEM_KEY);
res = g_flagsCoreWatch & FLAG_SETUP_DONE;
piUnlock(SYSTEM_KEY);
if(res!=0){return 1;}
return 0;
}
int CompruebaTimeActualizado(fsm_t* p_this){
TipoRelojShared sharedvars = GetRelojSharedVar();
int shv = sharedvars.flags;
int res = shv & FLAG_TIME_ACTUALIZADO;
if(res!=0){return 1;}
return 0;
}
int CompruebaSetCancelNewDate(fsm_t* p_this){
int res;
piLock(SYSTEM_KEY);
res = g_flagsCoreWatch & FLAG_SET_CANCEL_NEW_DATE;
piUnlock(SYSTEM_KEY);
if(res!=0){return 1;}
return 0;
}
int CompruebaNewDateIsReady(fsm_t* p_this){
int res;
piLock(SYSTEM_KEY);
res = g_flagsCoreWatch & FLAG_NEW_DATE_IS_READY;
piUnlock(SYSTEM_KEY);
if(res!=0){return 1;}
return 0;
}
int CompruebaSwitchFormat(fsm_t* p_this){
int res;
piLock(SYSTEM_KEY);
res = g_flagsCoreWatch & FLAG_SWITCH_FORMAT;
piUnlock(SYSTEM_KEY);
if(res!=0){return 1;}
return 0;
}
int CompruebaPasswordTime(fsm_t* this){
int res;
piLock(SYSTEM_KEY);
res = g_flagsCoreWatch & FLAG_PASSWORD_TIME;
piUnlock(SYSTEM_KEY);
if(res!= 0)return 1;
return 0;
}
int CompruebaPasswordDate(fsm_t* this){
int res;
piLock(SYSTEM_KEY);
res = g_flagsCoreWatch & FLAG_PASSWORD_DATE;
piUnlock(SYSTEM_KEY);
if(res!= 0)return 1;
return 0;
}
int CompruebaPasswordAlarma(fsm_t* p_this){
int res;
piLock(SYSTEM_KEY);
res = g_flagsCoreWatch & FLAG_PASSWORD_ALARMA;
piUnlock(SYSTEM_KEY);
if(res!= 0)return 1;
return 0;
}
int CompruebaTeclaPulsada(fsm_t* p_this){
int res;
piLock(SYSTEM_KEY);
TipoTecladoShared ts = GetTecladoSharedVar();
res = ts.flags & FLAG_TECLA_PULSADA;
piUnlock(SYSTEM_KEY);
return res;
}
int CompruebaHoraAlarma(fsm_t* p_this){
TipoCoreWatch *p_sistema = (TipoCoreWatch*)(p_this->user_data);
int res=0;
piLock(RELOJ_KEY);
if(p_sistema->alarma.alarmaActivada==1){
int horaalarma = p_sistema->alarma.hora.hh;
int minalarma = p_sistema->alarma.hora.hh;
int horasis = p_sistema->reloj.hora.hh;
int minsis = p_sistema->reloj.hora.hh;
int segsis = p_sistema->reloj.hora.ss;
if(horaalarma == horasis && minsis == minalarma && segsis == 0){
res = 1;
}
}
piUnlock(RELOJ_KEY);
return res;
}
int CompruebaTimeoutAlarma(fsm_t* this){
int res;
piLock(SYSTEM_KEY);
res = g_flagsCoreWatch & FLAG_TIMEOUT_ALARMA;
piUnlock(SYSTEM_KEY);
if(res!= 0)return 1;
return 0;
}
int CompruebaSetCancelNewAlarma(fsm_t* this){
int res;
piLock(SYSTEM_KEY);
res = g_flagsCoreWatch & FLAG_SET_ALARMA;
piUnlock(SYSTEM_KEY);
if(res!= 0)return 1;
return 0;
}
int CompruebaNewAlarmaIsReady(fsm_t* this){
int res;
piLock(SYSTEM_KEY);
res = g_flagsCoreWatch & FLAG_NEW_ALARMA_IS_READY;
piUnlock(SYSTEM_KEY);
if(res!= 0)return 1;
return 0;
}
int CompruebaTimeoutPassword(fsm_t* this){
int res;
piLock(SYSTEM_KEY);
res = g_flagsCoreWatch & FLAG_TIMEOUT_PASSWORD;
piUnlock(SYSTEM_KEY);
if(res!= 0)return 1;
return 0;
}
int CompruebaSetPassword(fsm_t* p_this){
int res;
piLock(SYSTEM_KEY);
res = g_flagsCoreWatch & FLAG_SET_PASSWORD;
piUnlock(SYSTEM_KEY);
if(res!=0)return 1;
return 0;
}
int CompruebaPasswordPassword(fsm_t* p_this){
int res;
piLock(SYSTEM_KEY);
res = g_flagsCoreWatch & FLAG_PASSWORD_PASSWORD;
piUnlock(SYSTEM_KEY);
if(res!=0)return 1;
return 0;
}
int CompruebaNewPasswordIsReady(fsm_t* p_this){
int res;
piLock(SYSTEM_KEY);
res = g_flagsCoreWatch & FLAG_NEW_PASSWORD_IS_READY;
piUnlock(SYSTEM_KEY);
if(res!=0)return 1;
return 0;
}
//FUNCION PROCESAR TECLAS
void ProcesaTeclaPulsada(fsm_t* p_this){
TipoCoreWatch *p_sistema = (TipoCoreWatch*)(p_this->user_data);
char teclaPulsada;
piLock(SYSTEM_KEY);
TipoTecladoShared ts = GetTecladoSharedVar();
//limpiar el flag
ts.flags = ts.flags & (~FLAG_TECLA_PULSADA);
SetTecladoSharedVar(ts);
teclaPulsada = ts.teclaDetectada;
piUnlock(SYSTEM_KEY);
// if(teclaPulsada == (int)TECLA_RESET){
// //activa flag reset
// piLock(SYSTEM_KEY);
// g_flagsCoreWatch = g_flagsCoreWatch | FLAG_RESET;
// piUnlock(SYSTEM_KEY);
if(teclaPulsada == (int)TECLA_PASSWORD){
//activa flag set password
piLock(SYSTEM_KEY);
g_flagsCoreWatch = g_flagsCoreWatch | FLAG_SET_PASSWORD;
piUnlock(SYSTEM_KEY);
}else if(teclaPulsada== (int)TECLA_SET_CANCEL_TIME){
//activa flag set cancel time
piLock(SYSTEM_KEY);
g_flagsCoreWatch = g_flagsCoreWatch | FLAG_SET_CANCEL_NEW_TIME;
piUnlock(SYSTEM_KEY);
}else if(teclaPulsada== (int)TECLA_SET_CANCEL_DATE){
//activa flag set cancel date
piLock(SYSTEM_KEY);
g_flagsCoreWatch = g_flagsCoreWatch | FLAG_SET_CANCEL_NEW_DATE;
piUnlock(SYSTEM_KEY);
}else if(teclaPulsada== (int)TECLA_SWITCH_FORMAT){
//activa flag set cancel date
piLock(SYSTEM_KEY);
g_flagsCoreWatch = g_flagsCoreWatch | FLAG_SWITCH_FORMAT;
piUnlock(SYSTEM_KEY);
}else if(teclaPulsada== (int)TECLA_ALARMA){
//activa flag set cancel date
piLock(SYSTEM_KEY);
g_flagsCoreWatch = g_flagsCoreWatch | FLAG_SET_ALARMA;
piUnlock(SYSTEM_KEY);
}else if(EsNumero(teclaPulsada)){
//activa flag digito pulsado y guarda el digito
piLock(SYSTEM_KEY);
g_coreWatch.digitoPulsado = (int)(teclaPulsada) - 48;
g_flagsCoreWatch = g_flagsCoreWatch | FLAG_DIGITO_PULSADO;
piUnlock(SYSTEM_KEY);
}else if(teclaPulsada == TECLA_EXIT){
//sale del sistema
#if VERSION<=3
piLock(STD_IO_LCD_BUFFER_KEY);
printf("\rSaliendo del sistema\n");
piUnlock(STD_IO_LCD_BUFFER_KEY);
#endif
#if VERSION==4
piLock(STD_IO_LCD_BUFFER_KEY);
lcdClear(p_sistema->lcdId);
lcdPosition(p_sistema->lcdId, 0,0);
lcdPrintf(p_sistema->lcdId, " Bye!" );
lcdPosition(p_sistema->lcdId, 0,1);
lcdPrintf(p_sistema->lcdId, " /(^o^)|" );
delay(500);
lcdClear(p_sistema->lcdId);
lcdPosition(p_sistema->lcdId, 0,0);
lcdPrintf(p_sistema->lcdId, " Bye!" );
lcdPosition(p_sistema->lcdId, 0,1);
lcdPrintf(p_sistema->lcdId, " |(^O^)/" );
delay(500);
lcdClear(p_sistema->lcdId);
lcdPosition(p_sistema->lcdId, 0,0);
lcdPrintf(p_sistema->lcdId, " Bye!" );
lcdPosition(p_sistema->lcdId, 0,1);
lcdPrintf(p_sistema->lcdId, " /(^o^)|" );
delay(500);
lcdClear(p_sistema->lcdId);
lcdPosition(p_sistema->lcdId, 0,0);
lcdPrintf(p_sistema->lcdId, " Bye!" );
lcdPosition(p_sistema->lcdId, 0,1);
lcdPrintf(p_sistema->lcdId, " |(^O^)/" );
delay(500);
lcdDisplay(p_sistema->lcdId, 0);
piUnlock(STD_IO_LCD_BUFFER_KEY);
#endif
exit(0);
}else if((teclaPulsada != '\n') && (teclaPulsada != '\r') && (teclaPulsada != 0xA)){
#if VERSION<=3
piLock(STD_IO_LCD_BUFFER_KEY);
printf("\rTecla desconocida\n");
piUnlock(STD_IO_LCD_BUFFER_KEY);
#endif
}
}
//FUNCIONES PASSWORD
void PrepareEnterPassword(fsm_t* p_this){
TipoCoreWatch *p_sistema = (TipoCoreWatch*)(p_this->user_data);
p_sistema->password.digitosGuardadosPassword = 0;
p_sistema->password.tempPassword = 0;
piLock(SYSTEM_KEY);
g_flagsCoreWatch = g_flagsCoreWatch & (~ FLAG_DIGITO_PULSADO);
g_flagsCoreWatch = g_flagsCoreWatch & (~ FLAG_PASSWORD_DATE);
g_flagsCoreWatch = g_flagsCoreWatch & (~ FLAG_PASSWORD_TIME);
g_flagsCoreWatch = g_flagsCoreWatch & (~ FLAG_PASSWORD_ALARMA);
g_flagsCoreWatch = g_flagsCoreWatch & (~ FLAG_PASSWORD_PASSWORD);
piUnlock(SYSTEM_KEY);
#if VERSION==4
if(g_flagsCoreWatch & FLAG_SET_PASSWORD){
piLock(STD_IO_LCD_BUFFER_KEY);
lcdClear(p_sistema->lcdId);
lcdPosition(p_sistema->lcdId, 0, 0);
lcdPrintf(p_sistema->lcdId, "CHANGING");
lcdPosition(p_sistema->lcdId, 0, 1);
lcdPrintf(p_sistema->lcdId, "PASSWORD");
delay(1000);
lcdClear(p_sistema->lcdId);
lcdPosition(p_sistema->lcdId, 0, 0);
lcdPrintf(p_sistema->lcdId, "INTRODUCE");
lcdPosition(p_sistema->lcdId, 0, 1);
lcdPrintf(p_sistema->lcdId, "CURRENT");
piUnlock(STD_IO_LCD_BUFFER_KEY);
}else{
piLock(STD_IO_LCD_BUFFER_KEY);
lcdClear(p_sistema->lcdId);
lcdPosition(p_sistema->lcdId, 0, 0);
lcdPrintf(p_sistema->lcdId, "ENTER");
lcdPosition(p_sistema->lcdId, 0, 1);
lcdPrintf(p_sistema->lcdId, "PASSWORD");
piUnlock(STD_IO_LCD_BUFFER_KEY);
}
#endif
// piLock(SYSTEM_KEY);
// tmr_t* tmrpassword = tmr_new(tmr_timeout_password);
// p_sistema->password.tmrPassword= tmrpassword;
// tmr_startms(p_sistema->password.tmrPassword, TIMEOUT_PASSWORD);
// piUnlock(SYSTEM_KEY);
}
void EnterPassword(fsm_t* p_this){
TipoCoreWatch *p_sistema = (TipoCoreWatch*)(p_this->user_data);
int tempPassword = p_sistema->password.tempPassword;
int digitosGuardadosPassword = p_sistema->password.digitosGuardadosPassword;
int ultimoDigito = g_coreWatch.digitoPulsado;
piLock(SYSTEM_KEY);
g_flagsCoreWatch = g_flagsCoreWatch & (~ FLAG_DIGITO_PULSADO);
piUnlock(SYSTEM_KEY);
if(digitosGuardadosPassword < 4){
tempPassword = tempPassword*10 + ultimoDigito;
digitosGuardadosPassword++;
}
if(digitosGuardadosPassword == 4){
if(tempPassword == p_sistema->password.number){
piLock(SYSTEM_KEY);
g_flagsCoreWatch = g_flagsCoreWatch & (~ FLAG_DIGITO_PULSADO);
piUnlock(SYSTEM_KEY);
piLock(SYSTEM_KEY);
if(g_flagsCoreWatch & FLAG_SET_PASSWORD){
g_flagsCoreWatch = g_flagsCoreWatch | FLAG_PASSWORD_PASSWORD;
}
if(g_flagsCoreWatch & FLAG_SET_CANCEL_NEW_TIME){
g_flagsCoreWatch = g_flagsCoreWatch | FLAG_PASSWORD_TIME;
}
if(g_flagsCoreWatch & FLAG_SET_CANCEL_NEW_DATE){
g_flagsCoreWatch = g_flagsCoreWatch | FLAG_PASSWORD_DATE;
}
if(g_flagsCoreWatch & FLAG_SET_ALARMA){
g_flagsCoreWatch = g_flagsCoreWatch | FLAG_PASSWORD_ALARMA;
}
piUnlock(SYSTEM_KEY);
}else{
digitosGuardadosPassword =0;
tempPassword = 0;
piLock(STD_IO_LCD_BUFFER_KEY);
lcdClear(p_sistema->lcdId);
lcdPosition(p_sistema->lcdId, 0, 0);
lcdPrintf(p_sistema->lcdId, "WRONG PASSWORD!");
lcdPosition(p_sistema->lcdId, 0, 1);
lcdPrintf(p_sistema->lcdId, "TRY AGAIN");
delay(1000);
lcdClear(p_sistema->lcdId);
lcdPosition(p_sistema->lcdId, 0, 0);
lcdPrintf(p_sistema->lcdId, "ENTER");
lcdPosition(p_sistema->lcdId, 0, 1);
lcdPrintf(p_sistema->lcdId, "PASSWORD");
piUnlock(STD_IO_LCD_BUFFER_KEY);
}
}
p_sistema->password.tempPassword = tempPassword;
p_sistema->password.digitosGuardadosPassword = digitosGuardadosPassword;
}
void tmr_timeout_password(union sigval value) {
piLock(SYSTEM_KEY);
g_flagsCoreWatch = g_flagsCoreWatch | FLAG_TIMEOUT_PASSWORD;
piUnlock(SYSTEM_KEY);
}
void CancelEnterPassword(fsm_t* p_this){
TipoCoreWatch *p_sistema = (TipoCoreWatch*)(p_this->user_data);
p_sistema->password.tempPassword = 0;
p_sistema->password.digitosGuardadosPassword = 0;
piLock(SYSTEM_KEY);
g_flagsCoreWatch = g_flagsCoreWatch & ~FLAG_TIMEOUT_PASSWORD;
g_flagsCoreWatch = g_flagsCoreWatch & ~FLAG_SET_CANCEL_NEW_DATE;
g_flagsCoreWatch = g_flagsCoreWatch & ~FLAG_SET_CANCEL_NEW_TIME;
g_flagsCoreWatch = g_flagsCoreWatch & ~FLAG_SET_ALARMA;
piUnlock(SYSTEM_KEY);
}
void PrepareSetNewPassword(fsm_t* p_this){
TipoCoreWatch *p_sistema = (TipoCoreWatch*)(p_this->user_data);
piLock(SYSTEM_KEY);
g_flagsCoreWatch = g_flagsCoreWatch & (~ FLAG_DIGITO_PULSADO);
g_flagsCoreWatch = g_flagsCoreWatch & (~ FLAG_SET_PASSWORD);
g_flagsCoreWatch = g_flagsCoreWatch & (~FLAG_NEW_PASSWORD_IS_READY);
piUnlock(SYSTEM_KEY);
p_sistema->password.tempNewPassword = 0;
p_sistema->password.tempNewPasswordRepeat = 0;
p_sistema->password.digitosGuardadosPassword = 0;
#if VERSION==4
piLock(STD_IO_LCD_BUFFER_KEY);
lcdClear(p_sistema->lcdId);
lcdPosition(p_sistema->lcdId, 0, 0);
lcdPrintf(p_sistema->lcdId, "INTRODUCE");
lcdPosition(p_sistema->lcdId, 0, 1);
lcdPrintf(p_sistema->lcdId, "NEW");
piUnlock(STD_IO_LCD_BUFFER_KEY);
#endif
}
void EnterNewPassword(fsm_t* p_this){
TipoCoreWatch *p_sistema = (TipoCoreWatch*)(p_this->user_data);
int tempNewPassword = p_sistema->password.tempNewPassword;
int tempNewPasswordRepeat = p_sistema->password.tempNewPasswordRepeat;
int digitosGuardadosPassword = p_sistema->password.digitosGuardadosPassword;
int ultimoDigito = g_coreWatch.digitoPulsado;
piLock(SYSTEM_KEY);
g_flagsCoreWatch = g_flagsCoreWatch & (~ FLAG_DIGITO_PULSADO);
piUnlock(SYSTEM_KEY);
if(digitosGuardadosPassword < 4){
tempNewPassword = tempNewPassword*10 + ultimoDigito;
digitosGuardadosPassword++;
}
if(digitosGuardadosPassword >= 5 && digitosGuardadosPassword < 9){
tempNewPasswordRepeat = tempNewPasswordRepeat*10 + ultimoDigito;
digitosGuardadosPassword++;
}
if(digitosGuardadosPassword == 9){
if(tempNewPassword == tempNewPasswordRepeat){
piLock(STD_IO_LCD_BUFFER_KEY);
lcdClear(p_sistema->lcdId);
lcdPosition(p_sistema->lcdId, 0, 0);
lcdPrintf(p_sistema->lcdId, "PASSWORD");
lcdPosition(p_sistema->lcdId, 0, 1);
lcdPrintf(p_sistema->lcdId, "CHANGED");
delay(1000);
piUnlock(STD_IO_LCD_BUFFER_KEY);
//FLAGS
piLock(SYSTEM_KEY);
g_flagsCoreWatch = g_flagsCoreWatch | FLAG_NEW_PASSWORD_IS_READY;
piUnlock(SYSTEM_KEY);
}else{
piLock(STD_IO_LCD_BUFFER_KEY);
lcdClear(p_sistema->lcdId);
lcdPosition(p_sistema->lcdId, 0, 0);
lcdPrintf(p_sistema->lcdId, "NOT MATCHING");
lcdPosition(p_sistema->lcdId, 0, 1);
lcdPrintf(p_sistema->lcdId, "TRY AGAIN");
delay(1000);
lcdClear(p_sistema->lcdId);
lcdPosition(p_sistema->lcdId, 0, 0);
lcdPrintf(p_sistema->lcdId, "INTRODUCE");
lcdPosition(p_sistema->lcdId, 0, 1);
lcdPrintf(p_sistema->lcdId, "NEW");
piUnlock(STD_IO_LCD_BUFFER_KEY);
digitosGuardadosPassword = 0;
tempNewPassword = 0;
tempNewPasswordRepeat = 0;
}
}
if(digitosGuardadosPassword == 4){
piLock(STD_IO_LCD_BUFFER_KEY);
lcdClear(p_sistema->lcdId);
lcdPosition(p_sistema->lcdId, 0, 0);
lcdPrintf(p_sistema->lcdId, "REPEAT");
lcdPosition(p_sistema->lcdId, 0, 1);
lcdPrintf(p_sistema->lcdId, "PLEASE");
piUnlock(STD_IO_LCD_BUFFER_KEY);
digitosGuardadosPassword++;
}
p_sistema->password.tempNewPassword = tempNewPassword;
p_sistema->password.tempNewPasswordRepeat = tempNewPasswordRepeat;
p_sistema->password.digitosGuardadosPassword = digitosGuardadosPassword;
}
void CancelSetNewPassword(fsm_t* p_this){
TipoCoreWatch *p_sistema = (TipoCoreWatch*)(p_this->user_data);
piLock(SYSTEM_KEY);
g_flagsCoreWatch = g_flagsCoreWatch & (~FLAG_DIGITO_PULSADO);
g_flagsCoreWatch = g_flagsCoreWatch & (~FLAG_SET_PASSWORD);
g_flagsCoreWatch = g_flagsCoreWatch & (~FLAG_NEW_PASSWORD_IS_READY);
piUnlock(SYSTEM_KEY);
p_sistema->password.tempNewPassword = 0;
p_sistema->password.tempNewPasswordRepeat = 0;
p_sistema->password.digitosGuardadosPassword = 0;
piLock(STD_IO_LCD_BUFFER_KEY);
lcdClear(p_sistema->lcdId);
lcdPosition(p_sistema->lcdId, 0, 0);
lcdPrintf(p_sistema->lcdId, "SET_PASSWORD");
lcdPosition(p_sistema->lcdId, 0, 1);
lcdPrintf(p_sistema->lcdId, "CANCELLED");
piUnlock(STD_IO_LCD_BUFFER_KEY);
}
void SetNewPassword(fsm_t* p_this){
TipoCoreWatch *p_sistema = (TipoCoreWatch*)(p_this->user_data);
p_sistema->password.number = p_sistema->password.tempNewPassword;
p_sistema->password.tempNewPassword = 0;
p_sistema->password.tempNewPasswordRepeat = 0;
p_sistema->password.digitosGuardadosPassword = 0;
piLock(SYSTEM_KEY);
g_flagsCoreWatch = g_flagsCoreWatch & (~FLAG_NEW_PASSWORD_IS_READY);
piUnlock(SYSTEM_KEY);
}
//FUNCIONES STANDBY
void Start(fsm_t* p_this){
piLock(SYSTEM_KEY);
g_flagsCoreWatch = g_flagsCoreWatch & (~FLAG_SETUP_DONE);
piUnlock(SYSTEM_KEY);
}
void ShowTime(fsm_t* p_this){
TipoCoreWatch *p_sistema = (TipoCoreWatch*)(p_this->user_data);
TipoRelojShared sharedvars = GetRelojSharedVar();
sharedvars.flags = sharedvars.flags & (~ FLAG_TIME_ACTUALIZADO);
SetRelojSharedVar(sharedvars);
TipoReloj reloj_sistema = p_sistema->reloj;
int hora = reloj_sistema.hora.hh;
int min = reloj_sistema.hora.mm;
int seg = reloj_sistema.hora.ss;
int dia = reloj_sistema.calendario.dd;
int mes = reloj_sistema.calendario.MM;
int year = reloj_sistema.calendario.yyyy;
int ampm;
if(reloj_sistema.hora.formato == 12){
ampm = hora_ampm[1][hora];
hora = hora_ampm[0][hora];
}
piLock(STD_IO_LCD_BUFFER_KEY);
lcdClear(p_sistema->lcdId);
lcdPosition(p_sistema->lcdId, 0, 0);
//impresion hora
char str[12];
//usamos sprintf para anadir a la variable str la hora min y seg
if(hora<10){
sprintf(str, "0%d:", hora);
}else{
sprintf(str, "%d:", hora);
}
if(min<10){
sprintf(str, "%s0%d:", str, min);
}else{
sprintf(str, "%s%d:", str, min);
}
if(seg<10){
sprintf(str, "%s0%d", str, seg);
}else{
sprintf(str, "%s%d", str, seg);
}
if(reloj_sistema.hora.formato == 24){
lcdPrintf(p_sistema->lcdId, "%s", str);
}else{
if(ampm){
lcdPrintf(p_sistema->lcdId, "%s pm", str);
}else{
lcdPrintf(p_sistema->lcdId, "%s am", str);
}
}
char date[12];
sprintf(date,"%c ", diasemana[p_sistema->reloj.calendario.weekDay]);
lcdPosition(p_sistema->lcdId, 0, 1);
lcdPrintf(p_sistema->lcdId, "%s%d/%d/%d", date, dia, mes, year);
piUnlock(STD_IO_LCD_BUFFER_KEY);
}
//FUNCION RESET
void Reset(fsm_t* p_this){
TipoCoreWatch *p_sistema = (TipoCoreWatch*)(p_this->user_data);
ResetReloj(&(p_sistema->reloj));
piLock(SYSTEM_KEY);
//ponemos a 0 flag_reset
g_flagsCoreWatch = g_flagsCoreWatch & (~ FLAG_RESET);
piUnlock(SYSTEM_KEY);
#if VERSION < 4
piLock(STD_IO_LCD_BUFFER_KEY);
printf("\r[RESET] Fecha y hora reiniciadas\n");
fflush(stdout);
piUnlock(STD_IO_LCD_BUFFER_KEY);
#endif
#if VERSION==4
piLock(STD_IO_LCD_BUFFER_KEY);
lcdClear(p_sistema->lcdId);
lcdPosition(p_sistema->lcdId, 0, 0);
lcdPrintf(p_sistema->lcdId, " [RESET]");
piUnlock(STD_IO_LCD_BUFFER_KEY);
#endif
}
//FUNCIONES TIME
void PrepareSetNewTime(fsm_t* p_this){
TipoCoreWatch *p_sistema = (TipoCoreWatch*)(p_this->user_data);
piLock(SYSTEM_KEY);
g_flagsCoreWatch = g_flagsCoreWatch & (~ FLAG_DIGITO_PULSADO);
piUnlock(SYSTEM_KEY);
piLock(SYSTEM_KEY);
g_flagsCoreWatch = g_flagsCoreWatch & (~ FLAG_SET_CANCEL_NEW_TIME);
piUnlock(SYSTEM_KEY);
#if VERSION==4
piLock(STD_IO_LCD_BUFFER_KEY);
lcdClear(p_sistema->lcdId);
lcdPosition(p_sistema->lcdId, 0, 0);
lcdPrintf(p_sistema->lcdId, "[SET_TIME]");
lcdPosition(p_sistema->lcdId, 0, 1);
lcdPrintf(p_sistema->lcdId, "__:__");
piUnlock(STD_IO_LCD_BUFFER_KEY);
#endif
}
void CancelSetNewTime(fsm_t* p_this){
TipoCoreWatch *p_sistema = (TipoCoreWatch*)(p_this->user_data);
p_sistema->tempTime = 0;
p_sistema->digitosGuardados = 0;
piLock(SYSTEM_KEY);
g_flagsCoreWatch = g_flagsCoreWatch & (~ FLAG_SET_CANCEL_NEW_TIME);
piUnlock(SYSTEM_KEY);
#if VERSION==4
piLock(STD_IO_LCD_BUFFER_KEY);
lcdClear(p_sistema->lcdId);
lcdPosition(p_sistema->lcdId, 0, 0);
lcdPrintf(p_sistema->lcdId, "[SET_TIME]");
lcdPosition(p_sistema->lcdId, 0, 1);
lcdPrintf(p_sistema->lcdId, "CANCELLED");
piUnlock(STD_IO_LCD_BUFFER_KEY);
#endif
}
void ProcesaDigitoTime(fsm_t* p_this){
TipoCoreWatch *p_sistema = (TipoCoreWatch*)(p_this->user_data);
TipoReloj r = p_sistema->reloj;
int formato = r.hora.formato;
int tempTime = p_sistema->tempTime;
int digitosGuardados = p_sistema->digitosGuardados;
#if VERSION >= 2
int ultimoDigito = g_coreWatch.digitoPulsado;
#endif
piLock(SYSTEM_KEY);
g_flagsCoreWatch = g_flagsCoreWatch & (~ FLAG_DIGITO_PULSADO);
piUnlock(SYSTEM_KEY);
if(formato == 12){
if(digitosGuardados == 0){
ultimoDigito = min(1, ultimoDigito);
tempTime = tempTime*10 + ultimoDigito;
}else if(digitosGuardados == 1){
if(tempTime == 0){
ultimoDigito = max(1, ultimoDigito);
}else{
ultimoDigito = min(2, ultimoDigito);
}
tempTime = tempTime * 10 + ultimoDigito;
}else if(digitosGuardados == 2){
tempTime = tempTime * 10 + min(5, ultimoDigito);
}else if (digitosGuardados == 3){
tempTime = tempTime*10+ultimoDigito;
}else{
ultimoDigito = min(ultimoDigito, 1);
tempTime = tempTime*10+ultimoDigito;
piLock(SYSTEM_KEY);
g_flagsCoreWatch = g_flagsCoreWatch & (~ FLAG_DIGITO_PULSADO);
piUnlock(SYSTEM_KEY);
piLock(SYSTEM_KEY);
g_flagsCoreWatch = g_flagsCoreWatch | FLAG_NEW_TIME_IS_READY;
piUnlock(SYSTEM_KEY);
}
}else{
if(digitosGuardados == 0){
ultimoDigito = min(2, ultimoDigito);
tempTime = tempTime*10 + ultimoDigito;
}else if(digitosGuardados == 1){
if(tempTime == 2){
ultimoDigito = min(3, ultimoDigito);
}
tempTime = tempTime * 10 + ultimoDigito;
}else if(digitosGuardados == 2){
tempTime = tempTime * 10 + min(5, ultimoDigito);
}else{
tempTime = tempTime*10+ultimoDigito;
piLock(SYSTEM_KEY);
g_flagsCoreWatch = g_flagsCoreWatch & (~ FLAG_DIGITO_PULSADO);
piUnlock(SYSTEM_KEY);
piLock(SYSTEM_KEY);
g_flagsCoreWatch = g_flagsCoreWatch | FLAG_NEW_TIME_IS_READY;
piUnlock(SYSTEM_KEY);
}
}
digitosGuardados++;
#if VERSION == 4
piLock(STD_IO_LCD_BUFFER_KEY);
if(digitosGuardados<3){
lcdPosition(p_sistema->lcdId, digitosGuardados-1, 1);
lcdPutchar(p_sistema->lcdId, (char)(tempTime%10 + 48));
}else{
lcdPosition(p_sistema->lcdId, digitosGuardados, 1);
lcdPutchar(p_sistema->lcdId, (char)(tempTime%10 + 48));
}
if(formato == 12 && digitosGuardados == 4){
lcdPosition(p_sistema->lcdId, 0, 0);
lcdPrintf(p_sistema->lcdId, "SELECCIONE");
lcdPosition(p_sistema->lcdId, 0, 1);
lcdPrintf(p_sistema->lcdId, "AM:0 / PM:1");
}
piUnlock(STD_IO_LCD_BUFFER_KEY);
#endif
p_sistema->tempTime = tempTime;
p_sistema->digitosGuardados = digitosGuardados;
}
void SetNewTime(fsm_t* p_this){
TipoCoreWatch *p_sistema = (TipoCoreWatch*)(p_this->user_data);
piLock(SYSTEM_KEY);
g_flagsCoreWatch = g_flagsCoreWatch & (~ FLAG_NEW_TIME_IS_READY);
piUnlock(SYSTEM_KEY);
if (p_sistema->reloj.hora.formato == 12){
int ampm = p_sistema->tempTime % 10;
int min = (p_sistema->tempTime / 10) % 100;
int hora = p_sistema->tempTime / 1000;
if(ampm==1 && hora!=12){
hora+=12;
}
if(ampm==0 && hora == 12){
hora = 0;
}
hora = hora*100 + min;
SetHora(hora, &p_sistema->reloj.hora);
}else{
SetHora(p_sistema->tempTime, &p_sistema->reloj.hora);
}
p_sistema->tempTime = 0;
p_sistema->digitosGuardados = 0;
}
//FUNCIONES DATE
void PrepareSetNewDate(fsm_t* p_this){
TipoCoreWatch *p_sistema = (TipoCoreWatch*)(p_this->user_data);
piLock(SYSTEM_KEY);
g_flagsCoreWatch = g_flagsCoreWatch & (~ FLAG_DIGITO_PULSADO);
g_flagsCoreWatch = g_flagsCoreWatch & (~ FLAG_SET_CANCEL_NEW_DATE);
g_flagsCoreWatch = g_flagsCoreWatch & (~ FLAG_NEW_DATE_IS_READY);
piUnlock(SYSTEM_KEY);
#if VERSION < 4
piLock(STD_IO_LCD_BUFFER_KEY);
printf("\r[SET_DATE] Introduzca la nueva fecha en formato dd/mm/yyyy\n");
fflush(stdout);
piUnlock(STD_IO_LCD_BUFFER_KEY);
#endif
#if VERSION==4
piLock(STD_IO_LCD_BUFFER_KEY);
lcdClear(p_sistema->lcdId);
lcdPosition(p_sistema->lcdId, 0, 0);
lcdPrintf(p_sistema->lcdId, "[SET_DATE]");
lcdPosition(p_sistema->lcdId, 0, 1);
lcdPrintf(p_sistema->lcdId, "__/__/____");
piUnlock(STD_IO_LCD_BUFFER_KEY);
#endif
}
void CancelSetNewDate(fsm_t* p_this){
TipoCoreWatch *p_sistema = (TipoCoreWatch*)(p_this->user_data);
p_sistema->tempDate = 0;
p_sistema->digitosGuardadosDate = 0;
piLock(SYSTEM_KEY);
g_flagsCoreWatch = g_flagsCoreWatch & (~ FLAG_SET_CANCEL_NEW_DATE);
piUnlock(SYSTEM_KEY);
#if VERSION < 4
piLock(STD_IO_LCD_BUFFER_KEY);
printf("\r[SET_DATE] Operacion cancelada\n");
fflush(stdout);
piUnlock(STD_IO_LCD_BUFFER_KEY);
#endif
#if VERSION==4
piLock(STD_IO_LCD_BUFFER_KEY);
lcdClear(p_sistema->lcdId);
lcdPosition(p_sistema->lcdId, 0, 0);
lcdPrintf(p_sistema->lcdId, "[SET_DATE]");
lcdPosition(p_sistema->lcdId, 0, 0);
lcdPrintf(p_sistema->lcdId, "CANCELLED");
piUnlock(STD_IO_LCD_BUFFER_KEY);
#endif
}
void ProcesaDigitoDate(fsm_t* p_this){
TipoCoreWatch *p_sistema = (TipoCoreWatch*)(p_this->user_data);
int tempDate = p_sistema->tempDate;
int digitosGuardadosDate = p_sistema->digitosGuardadosDate;
#if VERSION >= 2
int ultimoDigito = g_coreWatch.digitoPulsado;
#endif
int aux = 0;
piLock(SYSTEM_KEY);
g_flagsCoreWatch = g_flagsCoreWatch & (~ FLAG_DIGITO_PULSADO);
piUnlock(SYSTEM_KEY);
//procesamos el dia
if(digitosGuardadosDate == 0){
ultimoDigito = min(ultimoDigito, MAX_DAY/10);
tempDate = tempDate*10 + ultimoDigito;
}else if(digitosGuardadosDate == 1) {
tempDate = min(tempDate*10+ultimoDigito, MAX_DAY);
//procesamos el mes
}else if(digitosGuardadosDate == 2) {
ultimoDigito = min(ultimoDigito, 1);
tempDate = tempDate*10 + ultimoDigito;
}else if(digitosGuardadosDate == 3){
aux = tempDate / 10;
aux = (aux * 100) + MAX_MONTH; // aux = dd/12
tempDate = min(tempDate*10+ultimoDigito, aux);
//procesamos el year