UC300 Milesight Decoder and Encoder

This Java library provides classes for decoding and encoding data from the UC300 Milesight controllers. The project structure is as follows:

|-----decoder
|             |--------UC300Data
|             |--------UC300Decoder
|-----encoder
              |--------UC300DigitalOutputs
              |--------UC300Encoder

Decoder

UC300Data

This class contains the data fields that store the information received from the UC300 controller. The fields include:

• Digital Inputs
• Digital Outputs
• Pulse Counters
• Analog Inputs

UC300Decoder

This abstract class provides a method decode(byte[] bytes) that decodes the raw data received from the UC300 controller into a UC300Data object.

Encoder

UC300DigitalOutputs

This class represents the digital outputs of the UC300 controller. It contains the following fields:

• DO1 Value
• DO2 Value

UC300Encoder

This abstract class provides methods for encoding control and configuration payloads to be sent to the UC300 controller. The methods include:

• encodeControlPayload(UC300DigitalOutputs outputs)
• encodeReportingIntervalPayload(Integer seconds)
• encodeRebootDevicePayload()

Example

// Example byte array received from the UC300 controller
byte[] rawData = ...;

// Decoding the raw data
UC300Data data = UC300Decoder.decode(rawData);

// Accessing the decoded data
System.out.println("Digital Inputs: " + data.getDigitalInputs());
System.out.println("Digital Outputs: " + data.getDigitalOutputs());
System.out.println("Pulse Counters: " + data.getPulseCounters());
System.out.println("Analog Inputs: " + data.getAnalogInputs());

// Creating a UC300DigitalOutputs object to control the digital outputs
UC300DigitalOutputs outputs = new UC300DigitalOutputs();
outputs.setDO01Value(true); // Setting DO1 to HIGH
outputs.setDO02Value(false); // Setting DO2 to LOW

// Encoding the control payload
byte[] controlPayload = UC300Encoder.encodeControlPayload(outputs);

// Sending the control payload to the UC300 controller
// ...