Java tutorial
/* Copyright 2011 Alex Redaelli Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License. */ package net.hgw4.testapp; import java.io.*; import java.util.Observer; import java.util.Observable; import net.hgw4.hal.*; import java.util.Timer; import java.util.TimerTask; import org.json.JSONObject; import org.json.JSONException; import org.apache.log4j.Logger; import org.apache.log4j.PropertyConfigurator; public final class HGWTest implements Observer { private Hal curHal; private Logger testAleLogger; private TempSens0 tempKitchen; private TempSens0 tempBedroom; private JSONObject curDataTempKitchenSens; private JSONObject curDataTempBedroomSens; private JSONObject curDataTempSerialSens; private JSONObject curDataZigBee; private JSONObject curWebCamRsp = null; private JSONObject curWebCamRsp1; private SerialComm curSerialComm; public TimerTask task0; public Timer timer0; public TimerTask task1; public Timer timer1; public TimerTask task2; public Timer timer2; private int cmd = 0; private int toggle_flag = 0; private int timerSleep = 100; //default timer sleep private Timer timer3; private Timer timer4; // private Timer_testIpCamButton task3; //private final Timer_getDataFromZigbee task4; private String data; public BufferedWriter out = null; public EventHandler curEventHandlerTestAle = null; public HGWTest() { PropertyConfigurator.configure(System.getProperty("user.dir") + System.getProperty("file.separator") + "configs" + System.getProperty("file.separator") + "log4j.properties"); testAleLogger = Logger.getLogger(HGWTest.class.getName()); testAleLogger.info("--> TestAle <--"); curHal = new Hal(); //createTempKitchenSensor(); //createTempBedroomSensor(); //create and start sych eventhandler sending refernce to observable class curHal.startInternalEventHandler(); //configure this class to receive events setExternalEventHandler(); //test sensori curHal.startAllDataCollecting(); timer0 = new Timer("poll data from temp sensor"); task0 = new Timer_getDataFromSerial(); timer0.schedule(task0, 1000, 1000); // timer0 = new Timer("poll data from fake sensors"); // task0 = new Timer_getDataFromFakeSensors(); // timer0.schedule(task0,1000,1000); //test attuatore //curHal.startAllDataCommander(); //test cicle barionet relay_1 // timer0 = new Timer("test barionet relay_1"); // task0 = new Timer_setDataForActuators(); // timer0.schedule(task0,1000,1000); /* try { //test log zigbee //out = new BufferedWriter(new FileWriter("...path.../zigbeedata.txt", true)) out = new BufferedWriter(new FileWriter(new File("...path.../zigbeedata.txt")));; } catch (IOException ex) { java.util.logging.Logger.getLogger(TestAle.class.getName()).log(Level.SEVERE, null, ex); } timer4 = new Timer("poll data from znet"); task4 = new Timer_getDataFromZigbee(); timer4.schedule(task4,5000,5000); */ } public void setExternalEventHandler() { curHal.startExternalEventHandler(this); } public void update(Observable obs, Object x) { testAleLogger.info("update(" + obs + "," + x + ");"); } // public class Timer_testIpCamButton extends TimerTask { // public void run() { // testAleLogger.info("TestAle TimerTask Timer_testIpCamButton() "); // testIpCamButton(); // } // } public class Timer_getDataFromFakeSensors extends TimerTask { public void run() { testAleLogger.info("TestAle TimerTask getDataFromFakeSensors() "); getDataFromSensors(); } } public class Timer_setDataForActuators extends TimerTask { public void run() { testAleLogger.info("TestAle TimerTask setDataForActuators() "); setDataForActuators(); } } public class Timer_getDataFromSerial extends TimerTask { public void run() { testAleLogger.info("TestAle TimerTask getDataFromSerial() "); getDataFromSerial(); } } public class Timer_getDataFromZigbee extends TimerTask { public void run() { testAleLogger.info("TestAle TimerTask getDataFromZigbee() "); getDataFromZigbee(); } } private void getDataFromZigbee() { testAleLogger.info("TestAle in getDataFromZigbee() "); curDataZigBee = curHal.pollSensor("0001", "0001"); try { testAleLogger.info("sensor:0001"); testAleLogger.info("endpoint:0001"); testAleLogger.info("msgid:" + curDataZigBee.getString("msgid")); testAleLogger.info("timestamp:" + curDataZigBee.getString("timestamp")); testAleLogger.info("data:" + curDataZigBee.getString("data")); try { out.write(curDataZigBee.getString("data") + "\n"); out.flush(); } catch (IOException ex) { testAleLogger.error(ex); } } catch (JSONException ex) { testAleLogger.error(ex); } } public void getDataFromSerial() { testAleLogger.info("------------------ Serial Temp Sensor ------------------------"); curDataTempSerialSens = curHal.pollSensor("0003", "0001"); try { if (curDataTempSerialSens != null) { testAleLogger.info("sensor:0003"); testAleLogger.info("endpoint:0001"); testAleLogger.info("msgid:" + curDataTempSerialSens.getString("msgid")); testAleLogger.info("timestamp:" + curDataTempSerialSens.getString("timestamp")); String value = curDataTempSerialSens.getString("data"); if (value.equalsIgnoreCase("noData")) { testAleLogger.info("data:" + curDataTempSerialSens.getString("data")); } else { float curTemp = (float) 0.00; int i00 = Integer.valueOf(value, 16).intValue(); curTemp = (float) i00; float curTempValue = (float) 0.00; //curTempValue = (float) ((float) -0.08 * curTemp + 68.0); curTempValue = (float) ((float) -0.08 * curTemp + 66.7); testAleLogger.info("data:" + Float.toString(Math.abs(curTempValue))); } } else { testAleLogger.info("---> no data from real serial temp sens <---"); } } catch (JSONException ex) { testAleLogger.error(ex); } System.out.println(curDataTempSerialSens.toString()); } public void getDataFromSensors() { testAleLogger.info("------------------Sensor 1------------------------"); curDataTempKitchenSens = curHal.pollSensor("0001", "0001"); testAleLogger.info("print temp data "); try { if (curDataTempKitchenSens != null) { testAleLogger.info("sensor:0001"); testAleLogger.info("endpoint:0001"); testAleLogger.info("msgid:" + curDataTempKitchenSens.getString("msgid")); testAleLogger.info("timestamp:" + curDataTempKitchenSens.getString("timestamp")); testAleLogger.info("data:" + curDataTempKitchenSens.getString("data")); } else { testAleLogger.info("---> no data from fake sens 0 <---"); } } catch (JSONException ex) { testAleLogger.error(ex); } testAleLogger.info(curDataTempKitchenSens.toString()); curDataTempBedroomSens = curHal.pollSensor("0001", "0002"); testAleLogger.info("------------------Sensor 2------------------------"); testAleLogger.info("print temp data "); try { if (curDataTempBedroomSens != null) { testAleLogger.info("sensor:0001"); testAleLogger.info("endpoint:0002"); testAleLogger.info("msgid:" + curDataTempBedroomSens.getString("msgid")); testAleLogger.info("timestamp:" + curDataTempBedroomSens.getString("timestamp")); testAleLogger.info("data:" + curDataTempBedroomSens.getString("data")); } else { testAleLogger.info("---> no data from fake sens 1 <---"); } } catch (JSONException ex) { testAleLogger.error(ex); } System.out.println(curDataTempBedroomSens.toString()); } public void setDataForActuators() { testAleLogger.info("---> start test barionet "); //try { JSONObject commandResult = null; //simulo un rel toggle if (toggle_flag == 0) { cmd = 0; toggle_flag = 1; } else { cmd = 1; toggle_flag = 0; } testAleLogger.info("test barionet->>msg"); testAleLogger.info("command:" + cmd); commandResult = curHal.exeCmd("0001", "0001", cmd); testAleLogger.info("test barionet->>msgresult"); testAleLogger.info(commandResult); /* if (commandResult != null){ System.out.println("<---msgid:" + commandResult.getString("msgid")); System.out.println("<---timestamp:" + commandResult.getString("timestamp")); System.out.println("<---value:" + commandResult.getString("value")); }else{ System.out.println("no resp by now!"); } } catch (JSONException ex) { Logger.getLogger(TestAle.class.getName()).log(Level.SEVERE, null, ex); }*/ testAleLogger.info("--> end test barionet "); } /* public void testIpCamButton(){ testAleLogger.info("---> start test ipcam "); //check status try { curWebCamRsp1 = curHal.pollSensor("0002", "0001"); testAleLogger.info("test ipcam poll sensor rsp: " + curWebCamRsp1.getString("data")); if (curWebCamRsp1.getString("data").equalsIgnoreCase("1") == true) { testAleLogger.info("--> RING! <-- "); //reset status curWebCamRsp = curHal.exeCmd("0002", "0001", 0); //0 = on basta madare on per fare ciclo di reset del rele //System.out.println("test ipcam exe cmd rsp: " + curWebCamRsp.toString() ); } } catch (JSONException ex) { testAleLogger.error(ex); } testAleLogger.info("<--- end test ipcam"); } */ /** * crea il fake sensor */ public void createTempKitchenSensor() { testAleLogger.info("createTempKitchenSensor() "); tempKitchen = new TempSens0(60000, "0001"); } private void createTempBedroomSensor() { testAleLogger.info("createTempBedroomSensor() "); tempBedroom = new TempSens0(60001, "0002"); } public static void main(String[] args) { HGWTest testapp = new HGWTest(); } }