home.markdown

@@ -190,10 +190,10 @@ Temperature < 21 -> off
 `resource.setObservable(true);`
 2. Let server notify clients every 5 s about changed TemperatureResource (Server.java, TODO 11):
 * indicate a change for resource every 5 seconds
-`while (true) {
-try {Thread.sleep(5000);}
-catch (InterruptedException e) {/*do nothing*/}
-resource.changed();
+`while (true) {`
+try {Thread.sleep(5000);}`
+catch (InterruptedException e) {/*do nothing*/}`
+resource.changed();`
 }`
 * Use the „Tasks“ view of Eclipse to find the right places
 * Solve only TODO 10-15 as described by the following instructions - ignore other TODOs or FIXMEs
@@ -202,16 +202,16 @@ resource.changed();
 “medium”, “low” or “off” (Client.java & Server.java, TODO 12-15):
 * Change exitAfterResponse to false (Client.java, TODO 12)
 * Add the observe-option to your CoAP-GET request (Client.java, TODO 13)
-request.setObserveOption(0);
+`request.setObserveOption(0);`
 * add a BasicCoapResource to the ResourceServer (Server.java, TODO 14)
 resourceServer.createResource( newBasicCoapResource(“/ACControl”,”off”,CoapMediaType.text_plain));
 * send PUT request (Client.java, TODO 15)
-`CoapRequest request = clientChannel.createRequest(true, CoapRequestCode.PUT);
-request.setUriPath(“/ACControl”);
-request.setContentType(CoapMediaType.text_plain);
-/*Depending on the received payload high, medium, low, off*/
-request.setPayload(“medium”.getBytes());
-clientChannel.sendMessage(request);`
+`CoapRequest request = clientChannel.createRequest(true, CoapRequestCode.PUT);`  
+`request.setUriPath(“/ACControl”);`  
+`request.setContentType(CoapMediaType.text_plain);`  
+`/*Depending on the received payload high, medium, low, off*/`  
+`request.setPayload(“medium”.getBytes());`  
+`clientChannel.sendMessage(request);`  
 
 28 <= Temperature -> high  
 25 <= Temperature < 28 -> medium