/*
* create a pipleline by giving a json configuration to FunfManger,
* and get back the handle
*/
private Pipeline getOrCreatePipeline() {
// TODO Auto-generated method stub
// try to get the pipeline, if not create a pipeline configuration here
// <string name="mainPipelineConfig">{"@type":"edu.mit.dig.funftest.MainPipeline"}</string>
// try
parser = new JsonParser();
Log.i(TAG, "Try to get pipeline from FunfMananger:" + mBoundFunfManager.toString());
Pipeline pipeline = mBoundFunfManager.getRegisteredPipeline(pipelineName);
if (gson == null) {
gson = mBoundFunfManager.getGson();
}
if (pipeline == null) {
Log.i(TAG, "We don't have the pipeline name:" + pipelineName + " ,try to create a new one");
String pipeConfigStr =
"{\"@type\":\"com.google.appinventor.components.runtime.SensorDBPipeline\"}";
// add to funfManager by calling this new function, it will create Pipeline and register to
// FunfManger
mBoundFunfManager.createPipeline(pipelineName, pipeConfigStr);
Log.i(TAG, "pipelineName:" + pipelineName);
return mBoundFunfManager.getRegisteredPipeline(pipelineName);
}
return pipeline;
}
@Override
public void onDestroy() {
for (JsonElement dataRequest : data) {
manager.unrequestData(this, dataRequest);
}
for (Map.Entry<String, Schedule> schedule : schedules.entrySet()) {
manager.unregisterPipelineAction(this, schedule.getKey());
}
if (uploader != null) {
uploader.stop();
}
looper.quit();
enabled = false;
}
@SimpleFunction(description = "Discable export scheduled task")
public void StopScheduleExport() {
this.scheduleExportEnabled = false;
mBoundFunfManager.unregisterPipelineAction(mPipeline, ACTION_EXPORT_DATA);
mPipeline.setScheduleExportEnabled(false);
}
@SimpleFunction(description = "Discable archive scheduled task")
public void StopScheduleArchive() {
this.scheduleArchiveEnabled = false;
mBoundFunfManager.unregisterPipelineAction(mPipeline, ACTION_ARCHIVE_DATA);
mPipeline.setScheduleArchiveEnabled(false);
}
@SimpleFunction(description = "Remove data colleciton task of a specific sensor")
public void RemoveSensorCollection(String sensorName) {
if (mPipeline != null) {
if (!sensorMapping.containsKey(sensorName)) {
form.dispatchErrorOccurredEvent(
SensorDB.this,
"AddSensorCollection",
ErrorMessages.ERROR_SENSORDB_NOTAVAILABLE,
sensorName);
}
if (mPipeline.getActiveSensor().containsKey(sensorName)) {
mPipeline.removeSensorCollection(sensorName);
// if all sensor collection are removed, and if there are no more pipeline tasks in funf
// then stop foreground
if (!mBoundFunfManager.hasRegisteredJobs() && Launcher.isForeground()) {
Log.i(TAG, "make funfManager stop foreground");
Launcher.stopForeground(mainUIThreadActivity);
}
} else {
// TODO: throw an exception saying the sensor is not active
form.dispatchErrorOccurredEvent(
SensorDB.this,
"AddSensorCollection",
ErrorMessages.ERROR_SENSORDB_NOTACTIVE,
sensorName);
}
} else {
Log.v(TAG, "Funf was killed by the system. In normal case, should not be here...");
}
}
@SimpleFunction(
description = "Enable clear db backup schedule task with sepcified period in seconds")
public void ScheduleClearBackup(int period) {
this.scheduleClearbackupEnabled = true;
this.clearbackup_period = period;
Schedule clearbackupPeriod =
new Schedule.BasicSchedule(
BigDecimal.valueOf(this.clearbackup_period), BigDecimal.ZERO, false, false);
mBoundFunfManager.registerPipelineAction(mPipeline, ACTION_CLEAR_BACKUP, clearbackupPeriod);
mPipeline.setClearBackPeriod(period);
mPipeline.setScheduleClearbackupEnabled(true);
}
@Override
public void onCreate(FunfManager manager) {
if (archive == null) {
archive = new DefaultArchive(manager, name);
}
if (uploader == null) {
uploader = new UploadService(manager);
uploader.start();
}
this.manager = manager;
reloadDbHelper(manager);
HandlerThread thread = new HandlerThread(getClass().getName());
thread.start();
this.looper = thread.getLooper();
this.handler = new Handler(looper, callback);
enabled = true;
for (JsonElement dataRequest : data) {
manager.requestData(this, dataRequest);
}
for (Map.Entry<String, Schedule> schedule : schedules.entrySet()) {
manager.registerPipelineAction(this, schedule.getKey(), schedule.getValue());
}
}
@SimpleFunction(description = "Enable export db schedule task with specified period in seconds")
public void ScheduleExport(int period) {
this.scheduleExportEnabled = true;
this.export_period = period;
// register pipeline action with bound FunfManger
Schedule exportPeriod =
new Schedule.BasicSchedule(
BigDecimal.valueOf(this.export_period), BigDecimal.ZERO, false, false);
mBoundFunfManager.registerPipelineAction(mPipeline, ACTION_EXPORT_DATA, exportPeriod);
mPipeline.setExportPeriod(period);
mPipeline.setScheduleExportEnabled(true);
}
/** @param period The time interval between each execution of the task */
@SimpleFunction(description = "Enable archive schedule task with specified period in seconds")
public void ScheduleArchive(int period) {
this.scheduleArchiveEnabled = true;
this.archive_period = period;
// set Pipeline's variables for scheduleArchiveEnabled and archive_period as
// well
// register pipeline action with bound FunfManger
Schedule archivePeriod =
new Schedule.BasicSchedule(
BigDecimal.valueOf(this.archive_period), BigDecimal.ZERO, false, false);
// because we have the Pipeline handle, so we pass it to the FunfManager
mBoundFunfManager.registerPipelineAction(mPipeline, ACTION_ARCHIVE_DATA, archivePeriod);
mPipeline.setArchivePeriod(period);
mPipeline.setScheduleArchiveEnabled(true);
}
@SimpleFunction(description = "Disable clear backup task")
public void StopClearDbBackup() {
this.scheduleClearbackupEnabled = false;
mBoundFunfManager.unregisterPipelineAction(mPipeline, ACTION_CLEAR_BACKUP);
mPipeline.setScheduleClearbackupEnabled(false);
}