s = baseclasses[i]
baseclasses[i] = s[s.find("{") + 1 : s.find("}")]
# store the baseclasses
tree[classname] = baseclasses
treetex[classname] = texFileName
treepos[classname] = j + 1
print " class '%s' has %d base class(es): %s" % (classname, len(baseclasses), ",".join(baseclasses))
return True
tree = dict()
treetex = dict()
treepos = dict()
count = scanTexFiles(myCallback)
print "\nProcessed %d files." % count
print "\nNow starting to compare the base class lists.\n"
def getFullListOfBaseClasses(classname):
if classname not in tree or classname == "":
return []
# only use the first base class of info taken from .tex files
# i.e. we assume that at least the first class declared as base class is always correct
baseclass = tree[classname][0]
return [baseclass] + getFullListOfBaseClasses(baseclass)
if decl == "":
print " no declaration associated with %s" % classname
return True # go on with next \class
print " the declaration associated with %s is %s" % (classname, decl)
tofix.remove(texFileName) # was a valid .tex (at least for current class)
# now modify the .tex file
content.insert(
j + 2,
"\wxheading{Library}\n\n\helpref{wx%s}{librarieslist}\n\n" % decl)
# write it
file = open(texFileName, "w")
file.write(''.join(content))
file.flush()
print " updated %s" % texFileName
fixed = fixed + 1
return True
fixed = 0
tofix = set()
count = scanTexFiles(myCallback)
print "\nProcessed %d files, automatically fixed %d files." % (count, fixed)
print "There are %d files to fix manually:\n%s" % (len(tofix),
'\n'.join(tofix))