somme ex2 and ex3 text

[tt2015.git] / a3 / 3architecture.tex

diff --git a/a3/3architecture.tex b/a3/3architecture.tex
deleted file mode 100644 (file)
index f01319c..0000000
--- a/a3/3architecture.tex
+++ /dev/null
@@ -1,29 +0,0 @@
-% the test architecture.
-
-% Develop a test environment or test architecture which will be used 
-% for model-based testing of your SUT. Give a sketch of the test 
-% architecture, i.e., the positioning of the SUT, test tool(s), 
-% adapter(s), logging tool(s), ..., and their connections and 
-% interfaces; explain your choices. Try to reuse (parts of) the 
-% test-execution automation environment that you developed during the 
-% second assignment.
-
-To test the SUT the tool needs to be able to communicate with the adapter, in
-this case a Python program. The Python programs listens to a TCP port and
-according to the commands received it sends TCP packets using Scapy. As said
-before the adapter abstracts away from all the technicalities such as sequence
-numbers. Essentially reducing each segment to only its flags (SYN,
-ACK, FIN, etc.).
-
-The adapter connects via the SUT to a Java echo server. Thus via TCP the
-echo server and the adapter connect. The adapter is an adaptation of the
-framework developed for the first part of the assignment. This architecture is
-displayed in Figure~\ref{fig:arch}. The tool always does the logging and test
-generation.
-
-\begin{figure}[H]
-       \centering
-       \includegraphics[scale=0.75]{arch.eps}
-       \vspace{5mm}
-       \caption{Testing architecture}\label{fig:arch}
-\end{figure}