Witura WT-9001 IP65 Spécifications télécharger pdf (Page 68)

uint8_t msg5[]="ALARM=IDLE\r\nDOOR=OPEN\r\nLOCK=ON";

uint8_t msg6[]="ALARM=IDLE\r\nDOOR=OPEN\r\nLOCK=OFF";

uint8_t msg7[]="ALARM=IDLE\r\nDOOR=CLOSE\r\nLOCK=ON";

uint8_t msg8[]="ALARM=IDLE\r\nDOOR=CLOSE\r\nLOCK=OFF";

/ *

BOOL ALARM = FALSE;

BOOL LOCK_ON = FALSE;

BOOL LOCK_PENDING = FALSE;

BOOL DOOR_OPEN = FALSE;

void sec_lock(void);

void sec_unlock(void);

void sec_updateStatus(uint8_t* hpNum);

void sec_adminRight(sms_t* sms);

void sec_userRight(sms_t* sms);

BOOL isDoorOpen(void);

void SEC_init(void){

SET_BIT(DDRD,DDD3); //set PD3 as output (relay control)

SET_BIT(PORTC,PC0); //set pull up for limit switch (NC)

if(isDoorOpen()){ //check the door

sec_unlock(); //initialize the door lock state - unlock/door open

CLR_BIT(DDRC,DDC0); //set PC0 as input (limit switch)pen

}

else{

sec_lock(); //initialize the door lock state - lock/door close

}

void SEC_check(void){

isDoorOpen();

if(!ALARM){

if(DOOR_OPEN && LOCK_ON){

ALARM = TRUE;

GSM_tx(admin,secAlert,sizeof(secAlert));

}

else if(!DOOR_OPEN && LOCK_PENDING){

sec_lock();

//Update Sender

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Witura WT-9001 IP65 Spécifications Page 68