.. | ||
addon_manager | ||
emacs_mode | ||
pywmlx | ||
rmtrans | ||
unit_tree | ||
vim | ||
wesnoth | ||
about_cfg_to_wiki | ||
campaign2wiki.py | ||
expand-terrain-macros.py | ||
extractbindings | ||
GUI.pyw | ||
helpheader.html | ||
helptrailer.html | ||
hexometer.py | ||
imgcheck | ||
Makefile | ||
README.md | ||
steam-changelog | ||
terrain2wiki.py | ||
tmx_trackplacer | ||
trackviewer.pyw | ||
wesnoth_addon_manager | ||
wmlflip | ||
wmlindent | ||
wmllint | ||
wmllint-1.4 | ||
wmlscope | ||
wmlunits | ||
wmlxgettext |
Tools for hacking or generating WML, maps, images, and sounds belong here. Tools for sanity-checking the mainline campaigns and associated data also belong here. Other utils are in utils/.
== Scripts ==
=== rmtrans ===
Remove nearly transparent pixels from images using GIMP. It currently affects only one image at a time. Batch processing is available within GIMP, but it would be useful to expand this to skip files where the pixels did not change.
=== tmx_trackplacer
===
Converter for journey track files, the .cfg files which control the icon sequences that appear on Wesnoth story screens. This can convert them to or from the format needed for editing in Tiled.
=== trackviewer.pyw ===
Previews the animation of journey tracks.
=== wesnoth_addon_manager ===
Command-line client for uploading WML content to and downloading from the add-on server.
=== wmlflip ===
Experimental tool that can hack a .cfg referring to a mapfile so that all macros with X,Y coordinate pair arguments get their calls transformed in a specified way. Now supports only flipping the map around the Y axis, but provides a framework that should make other transformations easy.
=== wmllint ===
This tool lifts WML from older dialects to current and performs sanity checks. See the header comment of wmllint for a description and invocation options.
=== GUI.pyw ===
A Tkinter based GUI interface for wmllint, wmlscope and wmllint, to aid WML developers frightened of the command line.
=== wmlscope ===
A WML cross-reference checker. Normally you'll use this to list unresolved symbols, if any. See the header comment of wmlscope for a description and invocation options.
=== wmlunits ===
List names of all units in mainline, either as a mediawiki table or as HTML.
=== TeamColorizer ===
Map the magenta team-color patches in the input image to red in the output image, copy the result to output. (This script lives under unit_tree).
=== extractbindings ===
Extract and format a list of keystroke bindings from a theme file. Presently this generates a table suitable for wiki inclusion.
=== terrain2wiki.py ===
A script to create the "Terrain Table" on the TerrainCodeTableWML wiki page. Run this and splice the output into the wiki whenever you add a new terrain type to mainline.
=== campaign2wiki.py ===
A script that generates general information about mainline campaigns and outputs wiki-ready output
== Python API ==
=== wmltools.py ===
The main facility in this module is a cross-referencer class. It also contains utility methods for working with the data tree. See the header comment of wmltools.py for details
=== wmliterator.py ===
A WML codewalker class. Not a full parser, but that's useful because it doesn't get confused by unbalanced macros; instead it lets you walk through lines in a text file parsing out tags and elements
=== wmlparser.py ===
This python module contains code originally developed for CampGen - it contains a general WML Parser written in Python, just like the Perl one. So if you want to develop tools in Python instead of Perl and need a WML parser, it may save some time.
The API currently is very sparsely documented, but I plan to extend this. In general, wmlparser.py contains the WML Parser, which is used like:
parser = wmlparser.Parser(datapath)
Then:
parser.parse_file(filename) or parser.parse_stream(file) or parser.parse_text(string)
to set what to parse, and finally:
wmldata = parser.parse()
to read everything into a Python representation of the parsed data.
=== wmldata.py ===
This file has several utility methods defined to access and manipulate WML data. Most of them will not be generally useful. An example:
for unit in wmldata.get_all("unit"): print unit.get_text_val("id")
== Standalone use ==
=== wmlparser ===
If called standalone, wmlparser.py will parse whatever you give it and dump back to stdout. For example:
python wmlparser.py -e {game.cfg} > game.dump
Should produce a nice several 100000 lines file of the complete configuration with all included files and macros expanded to a single file.