- Add flag to EDGFactory to enable the creation of interprocedural edges.

- A flag has been added to make slices intraprocedural if desired.

If you are performing benchmarks, you should revert this commit and manually start the server, because it affects the speed of the slicer (the parser step).

- Remember, to run benchmarks you require a "server" process for Erlang (see previous commits).
- If you output slices, astCounter.erl can be used to count the number of AST nodes in a given program.

- Full support for records, with their own access constraints
- e-Knife can now print Erlang code that contains newly supported data structures (record, bin, try, catch, throw...)

- Basic support for records, bin, float, try, catch
- Feature to count access constraints traversed
- Feature to count access constraints present in the graph
- Bugs fixed:
  - Can handle empty string represented as list `[]`.
  - Can handle other unary operators apart from `-int`.
  - Can handle nested list comprehensions.
- Now requires a running instance of erlang, use the following command:

    erl -pa (pwd)/e-Knife/src/main/resources -name server@localhost -setcookie erlang -noshell

- BencherTest now accepts `-DiterGen=NUM` and `-DiterSlice=NUM` as Java arguments.

check for exception when looking up slicing criterion

See merge request program-slicing/e-knife-erlang!4

Ignore constraints: add a new cli flag to toggle the use of constraints when performing a slice

See merge request program-slicing/e-knife-erlang!3

Add missing commits that weren't pushed for previous merge

See merge request program-slicing/e-knife-erlang!2

Stop condition change for slicing

See merge request program-slicing/e-knife-erlang!1

# Conflicts:
#   e-Knife/src/main/java/eknife/EKnife.java

* Statistical functions to build tables

 * Added bencher intra- and inter-procedural suits
 * Added Dockerfile

* Left Recursive Grammars transformed to Right Recursive avoiding infinite T generations with suffix analysis
* Grammar.printGrammarInFile

* Measured the generation time of the different graph edges
* Added EKnife.timedRun to evaluate the slicer against all the possible slicing criteria of a program
* Added intraprocedural bencher suite

* Measured the generation time of the different graph edges
* Added EKnife.timedRun to evaluate the slicer against all the possible slicing criteria of a program
* Added intraprocedural bencher suite