home.markdown

@@ -185,20 +185,19 @@ You can find the required files in our repository at [https://gitlab.amd.e-techn
  * If you have written your own resources before: GET them
  * GET the `/.well-known/core` resource (it is generated automatically by the server)
  * GET the `/.well-known/core` resource using multicast (aka. Multicast Discovery)
- * Multicast Adresses:
+ * Multicast Adresses and add a token to identify resposes on multicast request
  
-```
-	`CoapConstants.COAP_ALL_NODES_IPV4_MC_ADDR`
-	`CoapConstants.COAP_ALL_NODES_IPV6_LL_MC_ADDR` and
-	`CoapConstants.COAP_ALL_NODES_IPV6_SL_MC_ADDR`
-```
-
- * Add a token to identify resposes on multicast request
 ```java
+	// Multicast addresses
+	// CoapConstants.COAP_ALL_NODES_IPV4_MC_ADDR
+	// CoapConstants.COAP_ALL_NODES_IPV6_LL_MC_ADDR
+	// CoapConstants.COAP_ALL_NODES_IPV6_SL_MC_ADDR
+	
 	// add a (mandatory) token to match outgoing multicast message and incoming unicast messages
 	request.setToken("MCToken".getBytes());
 ```
 
+
 ## 6. Task 2: Implementation of a AC control by using the CoAP-observe mechanism
 ![Task 2 - Sequence diagram](https://gitlab.amd.e-technik.uni-rostock.de/ws4d/jcoap/raw/master/ws4d-jcoap-handsOn/img/Task2Sequence.png)
 1. Use the eventing mechanism CoAP-Observe