public void write(Collection<SinkRecord> records) {
for (SinkRecord sinkRecord : records) {
final String indexOverride = topicToIndexMap.get(sinkRecord.topic());
final String index = indexOverride != null ? indexOverride : sinkRecord.topic();
final boolean ignoreKey = ignoreKeyTopics.contains(sinkRecord.topic()) || this.ignoreKey;
final boolean ignoreSchema =
ignoreSchemaTopics.contains(sinkRecord.topic()) || this.ignoreSchema;
if (!ignoreSchema && !existingMappings.contains(index)) {
try {
if (Mapping.getMapping(client, index, type) == null) {
Mapping.createMapping(client, index, type, sinkRecord.valueSchema());
}
} catch (IOException e) {
// FIXME: concurrent tasks could attempt to create the mapping and one of the requests may
// fail
throw new ConnectException("Failed to initialize mapping for index: " + index, e);
}
existingMappings.add(index);
}
final IndexableRecord indexableRecord =
DataConverter.convertRecord(sinkRecord, index, type, ignoreKey, ignoreSchema);
bulkProcessor.add(indexableRecord, flushTimeoutMs);
}
}
/**
* Creates the given number of axes, and then the sticks, triggers and d-pad based on the mapping
* configuration.
*
* @param numberOfAxes The number of axes.
*/
public void createAxes(int numberOfAxes) {
if (Log.debugEnabled) {
Log.logger.debug("Process " + numberOfAxes + " analog axes...");
Log.logger.debug("Number of triggers: " + Mapping.getNumberOfTriggers(this));
Log.logger.debug("Number of sticks: " + Mapping.getNumberOfSticks(this));
}
// ----------------------- TODO: Use pooling for these ------
this.axes = new BaseAxis[numberOfAxes];
this.triggers = new BaseTrigger[Mapping.getNumberOfTriggers(this)];
this.sticks = new BaseStick[Mapping.getNumberOfSticks(this)];
int triggerNo = 0;
for (int axisNo = 0; axisNo < axes.length; axisNo++) {
String mapping = Mapping.getMapping(this, Mapping.MappingType.TRIGGER_AXIS, axisNo);
if (mapping != null) {
if (Log.debugEnabled) {
Log.logger.debug("Process trigger axis...");
}
processTriggerAxis(mapping, axisNo, triggerNo++);
}
mapping = Mapping.getMapping(this, Mapping.MappingType.STICK_AXIS, axisNo);
if (mapping != null) {
if (Log.debugEnabled) {
Log.logger.debug("Process stick axis...");
}
processStickAxis(mapping, axisNo);
}
mapping = Mapping.getMapping(this, Mapping.MappingType.DPAD_AXIS, axisNo);
Log.logger.debug("D-pad mapping for axis " + axisNo + ": " + mapping);
if (mapping != null) {
if (Log.debugEnabled) {
Log.logger.debug("Process d-pad axis...");
}
processDpadAxis(mapping, axisNo);
}
}
}
/**
* Creates the given number of buttons, based on the mapping configuration.
*
* @param numberOfButtons The number of buttons.
*/
public void createButtons(int numberOfButtons) {
if (Log.debugEnabled) {
Log.logger.debug("Create " + numberOfButtons + " buttons for pad...");
}
// ----------------------- TODO: Use pooling for button instances ------
this.buttons = new BaseButton[numberOfButtons];
for (int buttonNo = 0; buttonNo < numberOfButtons; buttonNo++) {
this.buttons[buttonNo] = new BaseButton(this, buttonNo, "", "");
}
// -----------------------------------------------------------------------
for (int buttonNo = 0; buttonNo < numberOfButtons; buttonNo++) {
String mapping = Mapping.getMapping(this, MappingType.BUTTON, buttonNo);
if (mapping != null) {
ButtonID buttonID = ButtonID.getButtonIDfromString(mapping);
if (Log.debugEnabled) {
Log.logger.debug(
"Map button no. "
+ buttonNo
+ " from mapping "
+ mapping
+ " to button ID "
+ buttonID);
}
this.buttons[buttonNo].setID(buttonID);
this.buttonMap.put(buttonID, this.buttons[buttonNo]);
String label = Mapping.getButtonLabel(this, buttonID);
if (label == null) {
label = Mapping.getDefaultButtonLabel(buttonID);
}
if (label != null) {
this.buttons[buttonNo].setDefaultLabel(label);
}
String labelKey = Mapping.getButtonLabelKey(this, buttonID);
if (labelKey != null) {
this.buttons[buttonNo].setLabelKey(labelKey);
}
}
}
}
