= Welcome to the wiki page of PaRTE-CEFP!

The ParaPhrase Refactoring Tool for Erlang ([http://pnyf.inf.elte.hu/trac/refactorerl/wiki/parte PaRTE]) integrates parallel pattern discovery, candidate prioritization and semi-automated refactoring for shaping Erlang code and introducing algorithmic skeletons provided the [http://skel.weebly.com/ skel library].




== Download links

 * Lecture slides: http://paraphrase-enlarged.elte.hu/downloads/lecture.pdf
 * Lab slides: http://paraphrase-enlarged.elte.hu/downloads/lab.pdf
 * Lab examples (matrix): http://paraphrase-enlarged.elte.hu/downloads/matrix.zip
 * Lab examples (MAS): http://paraphrase-enlarged.elte.hu/downloads/mas.zip
 * Download the source: http://paraphrase-enlarged.elte.hu/downloads/parte_cefp.zip
 * Download the PaRTE VM: https://plc.inf.elte.hu/erlang/dl/virtualbox_image.tar
 * Demo video: http://paraphrase-enlarged.elte.hu/downloads/parte_cefp_video.avi

== Installation

 * Download the source: http://paraphrase-enlarged.elte.hu/downloads/parte_cefp.zip
 * Unzip it and from the root directory of the tool type:
{{{
#!erlang
./install_parte -build parte
}}}

  * Edit your .emacs file based on the instructions provided by the install script


== Usage

  * Start a RefactorErl node:
{{{
#!erlang
cd referl/tool
bin/referl -db nif
}}}

  * Use the RefactorErl shell to build the database:

{{{
#!erlang
ri:add("path_to_my_file/my_file.erl").
}}}

  * Use the RefactorErl shell interface of PaRTE:

{{{
#!erlang
refpp_api:run().
refpp_api:run([{modules, [matrix]}, {cand_types, [farm, pipe]}, {chains, false}]).
refpp_api:find().
}}}

  * Start your Emacs and use the PaRTE menu