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Property Name	Type	Read/Write	Description
State	Boolean	Read Only	Gets the new state of the sensor.
ModuleID	Number	Read Only	Gets the module id that the sensor belongs to.
PortIndex	Number	Read Only	Gets the port index of the sensor (1-3).

Instance Properties

Property Name	Type	Read/Write	Description
Firmware	String	Read Only	Gets the firmware version.
OutputNames	Array of String elements	Array: Read Only Elements: Read Only	Gets an array of output/relay names.
OutputStates	Array of Boolean elements	Array: Read Only Elements: Read/Write	Gets an array output/relay states.
ModuleCount	Number	Read Only	Gets the # of modules.
OutputCount	Number	Read Only	Gets the # of output/relays.
SerialPortCount	Number	Read Only	Gets the # of serial ports.
IRPortCount	Number	Read Only	Gets the # of ir/sensor ports.
Connected	Boolean	Read Only	Gets a value indicating if a the driver is connected to the Global Cache hardware.

Dynamic Instance Properties

During configuration infrared devices can be associated with the Global Caché GC-100. Each infrared device associated with the Global Caché Device can be referenced as a property and used to send IR code sequences. This is a simpler alternative to using the Send..IR instance methods.

For example if you have assigned a Sony XB1 TV to the Global Caché device and named it "SonyTV", you can reference it as a property of the Global Caché device as follows:

gc100.SonyTV

Each IR Device also contains a method for each IR Code Sequence. So for example the "SonyTV" may contain "PowerOn" and "ChannelUp" IR Code sequences. To send IR code sequence for the "SonyTV" "PowerOn", run the following script:

gc100.SonyTV.PowerOn();

More Examples:

gc100.SonyTV.PowerOn();
gc100.SonyTV.ChannelUp();
gc100.SonyTV.Menu();

gc100.CDPlayer.PowerOn();
gc100.CDPlayer.Next();

Instance Methods

SendNativeIR(Number, String)

Sends a native Global Caché IR command to the Nth IR/Sensor port.

It is recommended that the Dynamic Instance Properties which take advantage of the IR Library be used to send infrared commands, as opposed to this function.

Syntax:


Parameters:



Example:

gc100.SendNativeIR(1, "...");

SendNativeIR(Number, Number, String)

Sends a native Global Caché IR command to the Nth IR/Sensor port.

It is recommended that the Dynamic Instance Properties which take advantage of the IR Library be used to send infrared commands, as opposed to this function.

Syntax:


Parameters:




Example:

gc100.SendNativeIR(1, 1, "...");

SendProntoIR(Number, String)

Sends a Pronto CCF IR code sequence to the Nth IR/Sensor port.

It is recommended that the Dynamic Instance Properties which take advantage of the IR Library be used to send infrared commands, as opposed to this function.

Syntax:


Parameters:



Example:

gc100.SendProntoIR(1, "...");

SendProntoIR(Number, Number, String)

Sends a Pronto CCF IR code sequence.

It is recommended that the Dynamic Instance Properties which take advantage of the IR Library be used to send infrared commands, as opposed to this function.

Syntax:


Parameters:




Example:

gc100.SendProntoIR(1, 1, "...");

SendRawCommand

Sends a command that may otherwise not be supported by the driver.

Syntax:


Parameters:


Example:

gc100.SendRawCommand("...");

SendRawSerialCommand

Sends a command that may otherwise not be supported by the driver to a serial port on the GC-100.

Syntax:


Parameters:



Example:

gc100.SendRawSerialCommand("gv", 1); // get GR-IRE version

TurnOnOutput

Turns on an output/relay.

Syntax:


Parameters:


Example:

gc100.TurnOnOutput(1);

TurnOffOutput

Turns off an output/relay.

Syntax:


Parameters:


Example:

gc100.TurnOffOutput(1);

TurnOnBlink

Starts blinking the power LED. This is especially helpful in a rack mount situation where the installer may need to positively identify a particular GC-100.

Syntax:


Example:

gc100.TurnOnBlink();

TurnOffBlink

Stops blinking the power LED.

Syntax:


Example:

gc100.TurnOffBlink();