changes to Readme.md

README.md

@@ -119,20 +119,22 @@ The simulation used in the thesis was ```dpdkOneNode.cc```
 
 * ```dpdkDriver```: Set which driver to use with DPDK.
 * ```dev[]```: Array of strings that contain the PCI-address(es) of your NIC(s) to be used in the simulation.
+
     * You can use the following command in the terminal to get more info about the NIC's and their PCI addresses.
+
         ```sh
         dpdk-devbind.py -s
         ```
 
-
 * ```lCorelist```: Should be the same as you chose to isolate in the GRUB parameter *isolcpus* as it tells the DPDK what cores to use in te simulation
 * ```firstLCore```: Sets the logical core of the first NIC you would like to handle incoming traffic on. Must be part of lCorelist.
 * ```secLCore```: Sets the logical core of the second NIC you would like to handle incoming traffic on. Must be part of lCorelist.
 
-2. The dpdkOneNode accept input parameter
-    * ```pcap```: Boolean if you want to write pcap files from the node in the simulation to file
-    * ```routeTable``` Boolean if you want to write routing table of the node to file.
-    * ```runTime```: Sets how long you would like the simulation to run in seconds.
+2. The *dpdkOneNode* accept input parameter:
+
+* ```pcap```: Boolean if you want to write pcap files from the node in the simulation to file
+* ```routeTable``` Boolean if you want to write routing table of the node to file.
+* ```runTime```: Sets how long you would like the simulation to run in seconds.
 
 3. Example of running dpdkOneNode for 30 seconds, writing both pcap and routing tables to file: