def __init__(self, configClass, configFilename):
self.rcman = TConfigManager(configClass, configFilename)
self.rc = self.rcman.tconf
self[key] = kwargs[key]
old_config_file = cutils.get_config_file(tconfig=False)
old_config_path = os.path.split(old_config_file)[0]
config_file = os.path.join(old_config_path, 'matplotlib.conf')
if os.path.exists(old_config_file) and not os.path.exists(config_file):
CONVERT = True
else:
config_file = cutils.get_config_file(tconfig=True)
CONVERT = False
if DEBUG: print 'loading', config_file
configManager = TConfigManager(MPLConfig, config_file, filePriority=True)
mplConfig = configManager.tconf
mplConfigDefault = MPLConfig()
# TODO: move into traits validation
mplConfig.backend.ps.distiller.use = \
checkdep.ps_distiller(mplConfig.backend.ps.distiller.use)
mplConfig.text.usetex = checkdep.usetex(mplConfig.text.usetex)
def save_config():
"""Save mplConfig customizations to current matplotlib.conf
"""
configManager.write()
# We can save this to disk: tconf2File(conf,'simple_default.conf',force=True) # <demo> stop # The GUI is auto-generated conf.edit_traits() # <demo> stop # A TConfigManager handles the coupling of a TConfig object to a ConfigObj # file, but the file can even start empty: fname = 'simple2.conf' !rm $fname conf2 = TConfigManager(SimpleConfig,fname) # This object starts 'empty', meaning it has no changes over the defaults print conf2 # <demo> stop # Now make some changes: conf2.tconf.edit_traits() # <demo> stop # And write it out to disk, which only writes the changes conf2.write() !cat $fname # <demo> stop