Basic HOWTO added

README.md

@@ -1,6 +1,29 @@
 # Malware Classifier From Network Capture
 
-*Malware Classifier* is a simple free software project done during an [university workshop of 4 hours](http://www.foo.be/cours/dess-20142015/Redis-Introduction.pdf). The objective of the 4 hours workshop was to introduce network forensic and simple techniques to classify malware network capture (from their execution in a virtual machine). So the software was kept very simple while using and learning existing tools (networkx, redis and Gephi).
+*Malware Classifier* is a simple free software project done during an [university workshop of 4 hours](http://www.foo.be/cours/dess-20142015/Redis-Introduction.pdf). The objective of the 4 hours workshop was to introduce network forensic and simple techniques to classify malware network capture (from their execution in a virtual machine). So the software was kept very simple while using and learning existing tools ([networkx](https://networkx.github.io/), [redis](http://www.redis.io/) and [Gephi](http://gephi.github.io/)).
+
+# How to use the Malware Classifier
+
+You'll need of a set of network packet captures. In the workshop, we used a dataset with more than 5000 pcap files generated from the execution of malware in virtual machines.
+
+```
+...
+0580c82f6f90b75fcf81fd3ac779ae84.pcap
+05a0f4f7a72f04bda62e3a6c92970f6e.pcap
+05b4a945e5f1f7675c19b74748fd30d1.pcap
+05b57374486ce8a5ce33d3b7d6c9ba48.pcap
+05bbddc8edac3615754f93139cf11674.pcap
+...
+```
+
+The filename includes the MD5 malware executed in the virtual machine.
+
+If you want to classify malware communications based on the Server HTTP headers of the (potential) C&C communication.
+
+```shell
+cd capture
+ls -1 . | parallel --gnu "cat {1} | tshark -E header=yes -E separator=, -Tfields -e http.server -r {1} | python ./bin/import.py  -f {1} "
+```
 
 ## Notes for the student