WikiPage Java Protocol tutorial sources modified by Thierry CHOMAUD

Thierry CHOMAUD — Sat, 30 Jun 2012 21:34:04 -0000

--- v1
+++ v2
@@ -1,12 +1,3 @@
-Main.java source
-----------------
-
-~~~~~~~~~~~~
-package com.coronis.sdk.protocol.waveport.example;
-
-import java.text.SimpleDateFormat;
-import java.util.Date;
-
 Main.java source
 ----------------
 
@@ -18,6 +9,9 @@
  * - Send an application request to a distant device
  * - Send an application message to a distant device (with 1 relay)
  */
+import java.text.SimpleDateFormat;
+import java.util.Date;
+
 import com.coronis.sdk.domain.Payload;
 import com.coronis.sdk.domain.RadioAddress;
 import com.coronis.sdk.protocol.api.CommandResponse;

WikiPage Java Protocol tutorial sources modified by Thierry CHOMAUD

Thierry CHOMAUD — Sat, 30 Jun 2012 21:33:03 -0000

Main.java source ---------------- ~~~~~~~~~~~~ package com.coronis.sdk.protocol.waveport.example; import java.text.SimpleDateFormat; import java.util.Date; Main.java source ---------------- ~~~~~~~~~~~~ /** * Main Class of Waveport protocol example * This example will demonstrate sequentially how to * - Read the radio address of connected radio modem * - Send an application request to a distant device * - Send an application message to a distant device (with 1 relay) */ import com.coronis.sdk.domain.Payload; import com.coronis.sdk.domain.RadioAddress; import com.coronis.sdk.protocol.api.CommandResponse; import com.coronis.sdk.protocol.api.DynamicStandardParams; import com.coronis.sdk.protocol.api.IPayload; import com.coronis.sdk.protocol.api.IProtocolService; import com.coronis.sdk.protocol.api.IRadioAddress; import com.coronis.sdk.protocol.api.LocalNodeServiceCommand; import com.coronis.sdk.protocol.api.LocalNodeServiceResponse; import com.coronis.sdk.protocol.api.NodeServiceId; import com.coronis.sdk.protocol.api.ProtocolException; import com.coronis.sdk.protocol.api.RadioExchangeCommand; import com.coronis.sdk.protocol.api.RequestResponse; import com.coronis.sdk.protocol.api.ResponseStatus; import com.coronis.sdk.protocol.waveport.Waveport; import com.coronis.sdk.serialdriver.api.SerialDriverException; import com.coronis.sdk.serialdriver.rs232driver.RS232Driver; public class Main { // port ID to use private static String defaultPortId = "COM4"; // radio address of the radio device to request (use the coronis radio address implementation (domain)) private static IRadioAddress destinationAddress = new RadioAddress("11604A329237"); private static IRadioAddress relayAddress = new RadioAddress("11604A32924C"); // payload to send declaration (use the coronis payload implementation (domain)) private static IPayload payload = new Payload("20"); /** * Main method * @param args */ public static void main(String[] args) { // SerialDriver instantiation RS232Driver serialDriver = new RS232Driver(); Waveport wp = new Waveport(); // Protocol instantiation IProtocolService protocol = new Waveport(); try { // set port Id to use serialDriver.setSerialPortId(defaultPortId); // Protocol initialization (use the define serialDriver) protocol.setSerialDriverInstance(serialDriver); protocol.init(); // Open the Protocol connection (will open the linked serial driver) protocol.open(); // Read of the radio modem radioAddress processLocalService(protocol); // Send a radio application request (wait for radio response) processSendRequest(protocol); // Send a radio application message (no wait for radio response) processSendMessage(protocol); } catch (SerialDriverException e) { System.out.println(toPrintableDate(new Date())+ "serial driver exception: "+e.toString()); } catch (ProtocolException e) { System.out.println(toPrintableDate(new Date())+ "protocol exception: "+e.toString()); } finally { try { // Close the Protocol connection (will close serialDriver) protocol.close(); } catch (ProtocolException e1) { e1.printStackTrace(); } } } /** * Read the radio address of connected radio modem * @param protocol which must be opened. */ private static void processLocalService(IProtocolService protocol) { System.out.println(toPrintableDate(new Date())+ "process local node service: start"); // Prepare the local node service command to execute LocalNodeServiceCommand localService = new LocalNodeServiceCommand( NodeServiceId.READ_RADIO_ADDRESS); // Execute the local node service try { LocalNodeServiceResponse response = protocol.requestLocalNodeService(localService); System.out.println(toPrintableDate(new Date())+ "process local service status: "+ response.getStatus()); if (response.getStatus()==ResponseStatus.OK_PROTOCOL_SUCCESS) { System.out.println(toPrintableDate(new Date())+ "process local node service response: "+ response.getCommand().toString()); } } catch (ProtocolException e) { System.out.println(toPrintableDate(new Date())+ "process local node service exception: "+e.toString()); } } /** * Send an application request to a distant device * @param protocol which must be opened. */ private static void processSendRequest(IProtocolService protocol) { System.out.println(toPrintableDate(new Date())+ "process send request: start"); // Prepare the request to send (without relay) RadioExchangeCommand request = new RadioExchangeCommand( payload, new DynamicStandardParams(destinationAddress)); // Execute the application message try { RequestResponse response = protocol.sendApplicationRequest(request); System.out.println(toPrintableDate(new Date())+ "process send request status: "+ response.getStatus()); if (response.getStatus()==ResponseStatus.OK_PROTOCOL_SUCCESS) { System.out.println(toPrintableDate(new Date())+ "process send request response: "+ response.getCommand().toString()); } } catch (ProtocolException e) { System.out.println(toPrintableDate(new Date())+ "process send request exception: "+e.toString()); } } /** * Send an application message to a distant device (with 1 relay) * @param protocol which must be opened. */ private static void processSendMessage(IProtocolService protocol) { System.out.println(toPrintableDate(new Date())+ "process send message: start"); // Prepare the message to send (throw 1 relay) RadioExchangeCommand message = new RadioExchangeCommand( payload, new DynamicStandardParams(destinationAddress, new IRadioAddress[]{relayAddress})); // Execute the application message try { CommandResponse response = protocol.sendApplicationMessage(message); System.out.println(toPrintableDate(new Date())+ "process send message status: "+ response.getStatus()); } catch (ProtocolException e) { System.out.println(toPrintableDate(new Date())+ "process send message exception: "+e.toString()); } } /** * Return a printable given date * @param date * @return */ public static String toPrintableDate(Date date) { SimpleDateFormat formatter = new SimpleDateFormat("MM-dd-yyyy HH:mm:ss:SSS"); return formatter.format(date).concat(" "); } }

Recent changes to Java Protocol tutorial sources

WikiPage Java Protocol tutorial sources modified by Thierry CHOMAUD

WikiPage Java Protocol tutorial sources modified by Thierry CHOMAUD