Scripting
From Torque Wiki
⧼monobook-jumptonavigation⧽⧼monobook-jumptosearch⧽Contents
Note: This is in beta and will be in Torque 1.12.1
Scripting
Torque now supports scripts using a simple java-like scripting language. All scripts are sandboxed and cannot access anything but the allowed classes below
There are two types of scripts in Torque Pro - CoreScripts and PushButton scripts
CoreScripts are designed to run all the time within Torque - they can provide sensors, interact with the user and even talk over OBD PushButton scripts are scripts that are executed when the pushbutton in the app is pressed
An example set of scripts can be seen on the [GitHub] page (admin: not live yet - in progress)
Accessible Classes
Torque specific classes
Sensor Log OBD Time Dialog PushButton
Some of the standard java classes and interfaces
Long Int Float Double Math String HashMap HashSet ArrayList Scanner StringTokenizer BigInteger BigDecimal Arrays Collections LinkedList Date SimpleDateFormat DecimalFormat NumberFormat
Example Script
A quick example script might look like:
scriptTitle="Blank Title";
scriptDescription="This is the script description - these must always be present and must be the first lines in the script";
scriptPackage="org.descriptive.unique.key.for.your.script";
scriptVersion=1;
scriptAuthor="A.N.Other";
/**
* This is called when the script is first loaded, only once.
*
* This function is required and must complete within 1000ms.
*/
onInit = function() {
// Our quit global flag. Use the var keyword to make it local
quit = false;
// Create a test sensor
sensor = Sensor.createSensor("Test sensor","Test","S");
};
/**
* This is called when Torque is connected to an OBD2 device
*
* This function is optional and does not need to be defined.
*/
onOBDConnected = function() {};
/**
* This is called when Torque is disconnected from the OBD2 device
*
* This function is optional and does not need to be defined.
*/
onOBDDisconnected= function() {};
/**
* This is a 'main' entry point for your script, (if you choose to
* define this function), it can run indefinitely while (!quit) { ... } style
*
* This function is optional and does not need to be defined.
*/
main = function() {
// Show a non-blocking dialog
dialog = Dialog.popup("I am a dialog title","The main method has started","Ok",function(){ Log:log("The ok Button was pressed!"); },function() { Log:log("The dialog was cancelled!");} );
// Enter our main loop
while (!quit) {
// Put the current time milliseconds in the sensor we made
sensor.setValue(Time.currentTimeMillis());
// Sleep about a second so we don't chew up CPU
Time.sleep(1000);
}
};
/**
* This is called when your main function should stop and exit (if you use the function)
*
* This function is required if you have defined the main function, it must
* return within 1000ms. Usually you will just put a 'quit=true;' here so your
* main loop exits properly instead of having to be forcibly stopped by the app
*/
stop = function() {
quit = true;
};
/**
* This is called when a sensor is read or updated over OBD2, GPS, etc.
*
* This function is optional and does not need to be defined.
*/
onSensorRead = function(sensor) {};