/**
* Similar to toString() but doesn't include scheduledTimesMap which can be quite verbose since it
* often contains times for many stops.
*
* @return
*/
public String toShortString() {
return "Trip ["
+ "tripId="
+ tripId
+ ", tripShortName="
+ tripShortName
+ ", tripPatternId="
+ (tripPattern != null ? tripPattern.getId() : "null")
+ ", tripIndexInBlock="
+ getIndexInBlock()
+ ", startTime="
+ Time.timeOfDayStr(startTime)
+ ", endTime="
+ Time.timeOfDayStr(endTime)
+ (headsign != null ? ", headsign=\"" + headsign + "\"" : "")
+ ", directionId="
+ directionId
+ ", routeId="
+ routeId
+ ", routeShortName="
+ routeShortName
+ (noSchedule ? ", noSchedule=" + noSchedule : "")
+ (exactTimesHeadway ? ", exactTimesHeadway=" + exactTimesHeadway : "")
+ ", serviceId="
+ serviceId
+ ", blockId="
+ blockId
+ ", shapeId="
+ shapeId
+ "]";
}
/**
* Returns the elapsed time in msec as a string. If the time is below 1 minute then it is
* displayed in seconds. If greater than 2 minutes then it is displayed in minutes. For both, 1
* digit after the decimal point is displayed. The units, either " sec" or " msec" are appended.
*
* @param msec
* @return
*/
public static String elapsedTimeStr(long msec) {
if (Math.abs(msec) < 2 * Time.MS_PER_MIN) {
return Time.secondsStr(msec) + " sec";
} else {
return Time.minutesStr(msec) + " min";
}
}
public static void main(String args[]) {
try {
// TODO make this a unit test
Time time = new Time("America/Los_Angeles");
Date referenceDate = parse("11-23-2013 23:55:00");
int secondsIntoDay = 24 * SEC_PER_HOUR - 60;
long epochTime = time.getEpochTime(secondsIntoDay, referenceDate);
System.out.println(new Date(epochTime));
} catch (ParseException e) {
}
}
/* (non-Javadoc)
* @see org.transitime.rmi.Hello#concat(java.lang.String, java.lang.String)
*/
@Override
public String concat(String s1, String s2) throws RemoteException {
// Sleep for a bit to simulate server getting bogged down
Time.sleep(2000);
return getAgencyId() + ": " + s1 + s2;
}
@Override
public String toString() {
return "IpcAvl [vehicleId="
+ vehicleId
+ ", time="
+ Time.dateTimeStr(time)
+ ", latitude="
+ latitude
+ ", longitude="
+ longitude
+ ", speed="
+ Geo.speedFormat(speed)
+ ", heading="
+ Geo.headingFormat(heading)
+ ", source="
+ source
+ ", assignmentId="
+ assignmentId
+ ", assignmentType="
+ assignmentType
+ ", driverId="
+ driverId
+ ", licensePlate="
+ licensePlate
+ ", passengerCount="
+ passengerCount
+ "]";
}
/* (non-Javadoc)
* @see java.lang.Object#toString()
*/
@Override
public String toString() {
// Note: the '\n' at beginning is so that when output list of trips
// each will be on new line
return "\n Trip ["
+ "configRev="
+ configRev
+ ", tripId="
+ tripId
+ ", tripShortName="
+ tripShortName
+ ", tripPatternId="
+ (tripPattern != null ? tripPattern.getId() : "null")
+ ", tripIndexInBlock="
+ getIndexInBlock()
+ ", startTime="
+ Time.timeOfDayStr(startTime)
+ ", endTime="
+ Time.timeOfDayStr(endTime)
+ (headsign != null ? ", headsign=\"" + headsign + "\"" : "")
+ ", directionId="
+ directionId
+ ", routeId="
+ routeId
+ ", routeShortName="
+ routeShortName
+ (noSchedule ? ", noSchedule=" + noSchedule : "")
+ (exactTimesHeadway ? ", exactTimesHeadway=" + exactTimesHeadway : "")
+ ", serviceId="
+ serviceId
+ ", blockId="
+ blockId
+ ", shapeId="
+ shapeId
+ ", scheduledTimesList="
+ scheduledTimesList
+ "]";
}
@Override
public String toString() {
return "VehicleEvent ["
+ "time="
+ Time.dateTimeStrMsec(time)
+ ", rShortName="
+ routeShortName
+ ", stopId="
+ stopId
+ ", vehicleId="
+ vehicleId
+ ", eventType=\""
+ eventType
+ "\""
+ ", description=\""
+ description
+ "\""
+ ", location="
+ location
+ ", blockId="
+ blockId
+ ", serviceId="
+ serviceId
+ ", tripId="
+ tripId
+ ", routeId="
+ routeId
+ ", predictable="
+ predictable
+ ", becameUnpredictable="
+ becameUnpredictable
+ ", avlTime="
+ Time.dateTimeStrMsec(avlTime)
+ ", supervisor="
+ supervisor
+ "]";
}
@Override
public String toString() {
return "IpcVehicle ["
+ "vehicleId="
+ avl.getVehicleId()
+ ", blockId="
+ blockId
+ ", blockAssignmentMethod="
+ blockAssignmentMethod
+ ", routeId="
+ routeId
+ ", routeShortName="
+ routeShortName
+ ", tripId="
+ tripId
+ ", tripPatternId="
+ tripPatternId
+ ", directionId="
+ directionId
+ ", headsign="
+ headsign
+ ", predictable="
+ predictable
+ ", schedBasedPred="
+ schedBasedPred
+ ", realTimeSchedAdh="
+ realTimeSchedAdh
+ ", isDelayed="
+ isDelayed
+ ", isLayover="
+ isLayover
+ ", layoverDepartureTime="
+ Time.timeStrNoTimeZone(layoverDepartureTime)
+ ", nextStopId="
+ nextStopId
+ ", nextStopName="
+ nextStopName
+ ", avl="
+ avl
+ ", heading="
+ heading
+ ", vehicleType="
+ vehicleType
+ "]";
}
/**
* Creates a copy of the Trip object but adjusts the startTime, endTime, and scheduledTimesMap
* according to the frequenciesBasedStartTime. This is used when the frequencies.txt file
* specifies exact_times for a trip.
*
* @param tripFromStopTimes
* @param frequenciesBasedStartTime
*/
public Trip(Trip tripFromStopTimes, int frequenciesBasedStartTime) {
this.configRev = tripFromStopTimes.configRev;
this.tripId = tripFromStopTimes.tripId;
this.tripShortName = tripFromStopTimes.tripShortName;
this.directionId = tripFromStopTimes.directionId;
this.routeId = tripFromStopTimes.routeId;
this.routeShortName = tripFromStopTimes.routeShortName;
this.serviceId = tripFromStopTimes.serviceId;
this.headsign = tripFromStopTimes.headsign;
this.shapeId = tripFromStopTimes.shapeId;
this.tripPattern = tripFromStopTimes.tripPattern;
this.travelTimes = tripFromStopTimes.travelTimes;
// Set the updated start and end times by using the frequencies
// based start time.
this.startTime = tripFromStopTimes.startTime + frequenciesBasedStartTime;
this.endTime = tripFromStopTimes.endTime + frequenciesBasedStartTime;
// Since frequencies being used for configuration we will have multiple
// trips with the same ID. But need a different block ID for each one.
// Therefore use the original trip's block ID but then append the
// start time as a string to make it unique.
this.blockId = tripFromStopTimes.blockId + "_" + Time.timeOfDayStr(this.startTime);
// Set the scheduledTimesMap by using the frequencies based start time
for (ScheduleTime schedTimeFromStopTimes : tripFromStopTimes.scheduledTimesList) {
Integer arrivalTime = null;
if (schedTimeFromStopTimes.getArrivalTime() != null)
arrivalTime = schedTimeFromStopTimes.getArrivalTime() + frequenciesBasedStartTime;
Integer departureTime = null;
if (schedTimeFromStopTimes.getDepartureTime() != null)
departureTime = schedTimeFromStopTimes.getDepartureTime() + frequenciesBasedStartTime;
ScheduleTime schedTimeFromFrequency = new ScheduleTime(arrivalTime, departureTime);
this.scheduledTimesList.add(schedTimeFromFrequency);
}
// Since this constructor is only for frequency based trips where
// exact_times is true set the corresponding members to indicate such
this.noSchedule = false;
this.exactTimesHeadway = true;
}
/**
* Initiates a real-time amigocloud feed. If there is a JSONException while starting connection
* then will try again every 10 seconds until successful.
*/
public void startRealtimeWebsockets() {
logger.info("Starting amigocloud AVL feed");
int numberOfExceptions = 0;
boolean exceptionOccurred = false;
do {
try {
// Actually make the connection
AmigoWebsockets socket =
new AmigoWebsockets(
userId.getValue(),
projectId.getValue(),
datasetId.getValue(),
feedUrl.toString(),
new MyAmigoWebsocketListener(this));
socket.connect();
exceptionOccurred = false;
} catch (JSONException e) {
++numberOfExceptions;
exceptionOccurred = true;
// If exception has occurred several times then send e-mail to
// indicate there is an ongoing problem
if (numberOfExceptions == 3) {
logger.error(
Markers.email(),
"For agencyId={} exception when starting up "
+ "AmigoCloudAvlModule. {}. numberOfExceptions={}",
AgencyConfig.getAgencyId(),
e.getMessage(),
numberOfExceptions,
e);
}
// Sleep 10 seconds before trying again
Time.sleep(10 * Time.MS_PER_SEC);
}
} while (exceptionOccurred);
}