Task: Control Flow Oriented Coverage Test Procedures
In the so-called branch coverage test, the test case quantity for a Program P be compiled so that each edge of the control flow graph of P (see,
for example, Fig. 1: You already know an equivalent representation as a program flowchart) at least once, so each condition / branch at least once
to true and (possibly in another test case) is evaluated too wrong at least once.

To capture what parts of the code during the execution of the test cases. Some tools instrument the code similarly as in the method newSpielfeld
the class SchiffVersenken. The
calls made to Log.log (...) log the execution of the instruction blocks shown in Fig. 1 by equally numbered circles being represented.

Implement a simplified test case class based on Junit SchiffVersenkenZweigueberdeckungsTest. The test cases have to be included represented by
non-static methods without arguments, which are additionally marked with the given annotation test (this Annotation is greatly simplified and does
not support parameters such as timeout or exceptions!).

After running all test cases, you should have a complete branch coverage (C1 = 100%) all methods of "SUT"(System under test). Additionally, check
on every call of all non-void Methods immediately return their value using the default Assert.assertEquals method.

Tip: A good test case is minimalistic! They should be in each test method accordingly create at most one instance of the "SUT" ship sinking, then,
if necessary, into the desired one
Bring state and finally call the method to be tested.
Important notes: Do not use classes, methods or annotations from the official JUnit package, otherwise your submission will be awarded 0 points,
because it is not alone translatable.
Instead, use the annotations / classes provided by the AuD team. After processing this task you should exclude them from the class path of future
tasks, otherwise you may not be able to perform any given public test cases!

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