OneDigg OneDiggFromXPathNodeFactory::createDigg(pugi::xpath_node &node) {
ValuesFromNodeExtractor extractor;
auto title = extractor.getValueFromNode(node, (InputFileConstants::getDiggNameNodeName()+"/text()").c_str());
auto description = extractor.getValueFromNode(node, (InputFileConstants::getDiggDescriptionNodeName()+"/text()").c_str());
int diggsCount = getDiggsCount(node, extractor);
std::string date = fetchDate(node, extractor);
std::string time = fetchTime(node, extractor);
std::string dateWithTime = extractor.getValueFromNode(node, (InputFileConstants::getDiggTimeNodeName()+"/text()").c_str());
return OneDigg(title, description, diggsCount, date, dateWithTime);
}
void setup() {
//wdt_disable();
wdt_reset();
// Set the watchdog timer to 8 seconds
wdt_enable(WDTO_8S);
// start the serial library:
Serial.begin(9600); //debug messages
Serial1.begin(9600); //RFID
Serial.println("Artifactory Door\r\n Booting");
auxSetup();
fetchTime();
lcdDisplayTime(1);
if (SD.begin(SD_CS_PIN)) {
/*
if(SD.exists(logFile)){ //if there is an active log file
archiveLog();
}
*/
nextFileName(logFile, logFilePrefix, logFileSuffix);
fileWrite(logFile, "booting", "", true);
Serial.print("logFile = ");
Serial.println(logFile);
openFile = SD.open(fullFile); //can we open the full members file?
if (openFile) {
fileWrite(logFile, "full members file open success: ", fullFile, true);
SDcardPresent = true;
}
openFile.close();
openFile = SD.open(restFile);
if (openFile) {
fileWrite(logFile, "restricted members file open success: ", restFile, true);
}
openFile.close();
openFile = SD.open(assocFile); //can we open the full members file?
if (openFile) {
fileWrite(logFile, "associate members file open success: ", assocFile, true);
}
openFile.close();
}
lcd.clear();
lcd.setCursor(0, 0);
lcd.print("Artifactory Door");
lcd.setCursor(0, 1);
lcd.print(" Booting");
/*
if (Ethernet.begin(mac) == 0) {
Serial.println("DHCP failed.");
// initialize the ethernet device not using DHCP:
Ethernet.begin(mac, ip, gateway, subnet);
}
Serial.print("IP = ");
for (byte thisByte = 0; thisByte < 4; thisByte++) {
Serial.print(Ethernet.localIP()[thisByte], DEC);
Serial.print(".");
}
Serial.println();
if(serverWrite("booting", "", false) == true) {
Serial.println("telnet sending");
} else {
Serial.println("telnet send failed");
}
*/
//fast timers are measured against micros()
fastTimers[TIMERSECOND].period = 1 S;
fastTimers[TIMERSECOND].start = micros();
fastTimers[TIMERSECOND].active = true;
fastTimers[TIMERSECOND].expire = theTimeIncrement;
fastTimers[TIMERSLOWPOLL].period = 2 S;
fastTimers[TIMERSLOWPOLL].start = micros();
fastTimers[TIMERSLOWPOLL].active = true;
fastTimers[TIMERSLOWPOLL].expire = pollSlowTimers;
fastTimers[TIMERSTRIKE].period = 5 S;
fastTimers[TIMERSTRIKE].active = false;
fastTimers[TIMERSTRIKE].expire = closeTheDoor;
fastTimers[TIMERLEDBLINK].period = 1 S; // Seconds
fastTimers[TIMERLEDBLINK].active = false;
fastTimers[TIMERLEDBLINK].expire = ledBlink;
fastTimers[TIMERLEDFADER].period = 10 MS;
fastTimers[TIMERLEDFADER].active = false;
fastTimers[TIMERLEDFADER].expire = ledFade;
/*
fastTimers[TIMERSERVER].period = 10 S;
fastTimers[TIMERSERVER].active = false;
fastTimers[TIMERSERVER].expire = serverTimeout;
*/
//slow timers are measured against theTime
slowTimers[TIMERLOGDUMP].period = 86400; // seconds
slowTimers[TIMERLOGDUMP].start = theTime;
slowTimers[TIMERLOGDUMP].active = true;
slowTimers[TIMERLOGDUMP].expire = dumpLogs;
slowTimers[TIMERRTCREFRESH].period = 86400; // ten hours
//slowTimers[TIMERRTCREFRESH].period = 15; // ten hours
slowTimers[TIMERRTCREFRESH].start = theTime;
slowTimers[TIMERRTCREFRESH].active = true;
slowTimers[TIMERRTCREFRESH].expire = fetchTime;
slowTimers[TIMERLCDTIME].period = 2; // seconds
slowTimers[TIMERLCDTIME].start = theTime;
slowTimers[TIMERLCDTIME].active = true;
slowTimers[TIMERLCDTIME].expire = LCDrefresh;
slowTimers[TIMERDOORBELL].period = 2; // seconds
slowTimers[TIMERDOORBELL].active = false;
slowTimers[TIMERDOORBELL].expire = DoorBellRefresh;
slowTimers[TIMERDOORSTATUS].period = 2; // seconds
slowTimers[TIMERDOORSTATUS].active = false;
slowTimers[TIMERDOORSTATUS].expire = DoorStatusRefresh;
slowTimers[TIMEREXITGRACE].period = 60; // Give a 1 minute grace period post lockup
slowTimers[TIMEREXITGRACE].active = false;
slowTimers[TIMEREXITGRACE].expire = closeSpaceFinal;
//slowTimers[TIMERINDUCEDEATH].period = 10;
//slowTimers[TIMERINDUCEDEATH].active = true;
//slowTimers[TIMERINDUCEDEATH].expire = induceDeath;
PCICR |= (1 << PCIE2); //enable port-change interrupt on port-change-byte 2
PCMSK2 |= DOORBELLBIT;
PCMSK2 |= REEDSWITCHBIT;
PCMSK2 |= GUESTOKBIT;
PCMSK2 |= LOCKUPBIT;
pinMode(DOORSTRIKE, OUTPUT);
pinMode(LCDBACKLIGHT, OUTPUT);
pinMode(DOORBELL, INPUT);
pinMode(REEDSWITCH, INPUT);
pinMode(GUESTOKSWITCH, INPUT);
pinMode(LOCKUPBUTTON, INPUT);
digitalWrite(LCDBACKLIGHT, HIGH);
digitalWrite(DOORBELL, HIGH); //pullup resistors
digitalWrite(REEDSWITCH, HIGH);
digitalWrite(GUESTOKSWITCH, HIGH);
digitalWrite(LOCKUPBUTTON, HIGH);
// interruptFlags = 0;
pinMode(DOORBELLLED, OUTPUT);
pinMode(GUESTOKLED, OUTPUT);
pinMode(LOCKUPLED, OUTPUT);
digitalWrite(DOORBELLLED, LOW);
digitalWrite(GUESTOKLED, LOW);
digitalWrite(LOCKUPLED, LOW);
pinMode(STATUS_R, OUTPUT);
pinMode(STATUS_G, OUTPUT);
pinMode(STATUS_B, OUTPUT);
digitalWrite(STATUS_R, LOW);
digitalWrite(STATUS_G, LOW);
digitalWrite(STATUS_B, LOW);
}
