alpar@10: #! /usr/bin/env python
alpar@59: #
alpar@59: # This file is a part of LEMON, a generic C++ optimization library.
alpar@59: #
alpar@59: # Copyright (C) 2003-2010
alpar@59: # Egervary Jeno Kombinatorikus Optimalizalasi Kutatocsoport
alpar@59: # (Egervary Research Group on Combinatorial Optimization, EGRES).
alpar@59: #
alpar@59: # Permission to use, modify and distribute this software is granted
alpar@59: # provided that this copyright notice appears in all copies. For
alpar@59: # precise terms see the accompanying LICENSE file.
alpar@59: #
alpar@59: # This software is provided "AS IS" with no warranty of any kind,
alpar@59: # express or implied, and with no claim as to its suitability for any
alpar@59: # purpose.
alpar@59: #
alpar@10: 
alpar@10: import sys
alpar@10: import os
alpar@10: import copy
alpar@10: import re
alpar@10: 
kpeter@42: max_sec_number=100
kpeter@42: max_sec_depth=4
kpeter@42: 
alpar@10: def sec_inc(section, lev):
alpar@10:     while len(section)<lev:
alpar@10:         section.append(0)
alpar@10:     section[lev-1]+=1
alpar@10:     section=section[:lev]
alpar@10:     return section
alpar@10: 
alpar@10: def format_sec(sec):
alpar@10:     s=""
alpar@10:     for i in sec:
alpar@10:         s+=str(i)+'.'
alpar@15:     s=s[:-1]
alpar@10:     return s
alpar@10: 
kpeter@42: def compare_sec(id1, id2):
kpeter@42:     id1=id1.split('.')
kpeter@42:     c1=0
kpeter@42:     for s in id1:
kpeter@42:         c1=c1*max_sec_number+int(s)
kpeter@42:     for i in range(len(id1), max_sec_depth+1):
kpeter@42:         c1*=max_sec_number
kpeter@42:     id2=id2.split('.')
kpeter@42:     c2=0
kpeter@42:     for s in id2:
kpeter@42:         c2=c2*max_sec_number+int(s)
kpeter@42:     for i in range(len(id2), max_sec_depth+1):
kpeter@42:         c2*=max_sec_number
kpeter@42:     return c1-c2
kpeter@42: 
alpar@10: section = [];
alpar@10: toc={}
alpar@10: ind={}
alpar@59: page_files={}
alpar@59: ordered_pages = []
alpar@59: 
alpar@59: for doxfile in os.listdir('.'):
alpar@59:     if doxfile[-4:]=='.dox':
alpar@59:         for l in open(doxfile).readlines():
alpar@59:             gr = re.match(r"(^[[]PAGE[]].*[[]PAGE[]])?(.*)$", l).groups()
alpar@59:             if gr[0]:
alpar@59:                 page=gr[0][6:-6]
alpar@59:                 page_files[page]=doxfile
alpar@10: 
alpar@10: prev_page=''
alpar@10: for l in open("toc.txt").readlines():
alpar@10:     sl = l.split()
alpar@10:     if len(sl)==2 and len(sl[0])>0: 
alpar@10:         lev=len(sl[0])
alpar@10:         section=sec_inc(section,lev)
alpar@10:         t_sec=copy.copy(section)
alpar@10:         t_link=sl[1];
alpar@10:         print format_sec(t_sec),t_link
alpar@10:         ind[t_link]=[t_sec,'','']
alpar@10:         if lev==1:
alpar@10:             ind[t_link][1]=prev_page
alpar@10:             if prev_page:
alpar@10:                 ind[prev_page][2]=t_link
alpar@10:             prev_page=t_link
alpar@59:             ordered_pages.append(t_link)
alpar@10:         toc[format_sec(t_sec)]=t_link
alpar@10: 
alpar@10: for doxfile in os.listdir('.'):
alpar@10:     if doxfile[-4:]=='.dox':
alpar@10:         print 'Generate ',doxfile
alpar@10:         page=''
alpar@10:         fo=open(os.path.join("gen-dox",doxfile),"w")
alpar@10:         for l in open(doxfile).readlines():
alpar@10:             gr = re.match(r"(^[[]PAGE[]].*[[]PAGE[]])?(^[[]SEC[]].*[[]SEC[]])?(^[[]TRAILER[]])?(^[[]TOC[]])?(.*)$", l).groups()
alpar@10:             if gr[0]:
alpar@10:                 page=gr[0][6:-6]
alpar@10:                 fo.write("\page %s %s%s\n"%(page,
alpar@10:                                             format_sec(ind[page][0]),gr[4]))
alpar@10:             elif gr[1]:
alpar@10:                 sec=gr[1][5:-5]
alpar@10:                 fo.write("\section %s %s%s\n"%(sec,
alpar@10:                                                format_sec(ind[sec][0]),gr[4]))
alpar@10:             elif gr[2]:
alpar@10:                 prev_page=ind[page][1]
alpar@13:                 if prev_page:
alpar@14:                     prev_str= ( '<< \\ref '+prev_page+' ')
alpar@13:                 else:
alpar@13:                     prev_str=''
alpar@10:                 next_page=ind[page][2]
alpar@13:                 if next_page:
alpar@14:                     next_str= ( ' \\ref '+next_page+' >>')
alpar@13:                 else:
alpar@13:                     next_str=''
kpeter@26:                 fo.write('%s| \\ref sec_toc "Home" |%s\n'%\
alpar@10:                              (prev_str,next_str))
alpar@10:             elif gr[3]:
kpeter@42:                 secs = [ x for x in toc ]
kpeter@42:                 secs.sort(compare_sec)
alpar@10:                 for num in secs:
alpar@15:                     fo.write("%s - \\ref %s\n"%('  '*((len(ind[toc[num]][0]))),
alpar@15:                                                 toc[num]))
alpar@10:             else:
alpar@10:                 fo.write(gr[4]+'\n')
alpar@10:         fo.close()
alpar@59: 
alpar@59: fpdf=open(os.path.join("gen-pdf-dox","full.dox"),"w")
alpar@59: for doxfile in [page_files[p] for p in ordered_pages]:
alpar@59:     page=''
alpar@59:     for l in open(doxfile).readlines():
alpar@59:         gr = re.match(r"(^[[]PAGE[]].*[[]PAGE[]])?(^[[]SEC[]].*[[]SEC[]])?(^[[]TRAILER[]])?(^[[]TOC[]])?(.*)$", l).groups()
alpar@59:         if gr[0]:
alpar@59:             page=gr[0][6:-6]
alpar@59:             fpdf.write("\page %s %s\n"%(page,gr[4]))
alpar@59:         elif gr[1]:
alpar@59:             sec=gr[1][5:-5]
alpar@59:             fpdf.write("\section %s %s\n"%(sec,gr[4]))
alpar@59:         elif gr[2]:
alpar@59:             pass
alpar@59:         elif gr[3]:
alpar@59:             pass
alpar@59:         else:
alpar@59:             fpdf.write(gr[4]+'\n')
alpar@59: fpdf.close()