#!/usr/bin/env python
import re, sys
from collections import Counter
import datetime
if len(sys.argv) < 3:
print 'Usage: ' + sys.argv[0] + ' <v11n name> <canon.h-style file(s)>'
print
print 'This utility takes a number of canon_*.h-style v11n definitions and'
print ' combines them into a single larger v11n system that maximizes the'
print ' chapters-per-book and verses-per-chapter present within its'
print ' constituent v11ns. Book order is determined by the order in which'
print ' the script encounters each Bible book.'
print
print 'For example, to create the versification system "Max" from the'
print ' files contained in the directory ./canon, you might invoke:'
print ' ' + sys.argv[0] + ' Max ./canon/canon*.h'
print
exit()
v11n = sys.argv[1]
files = sys.argv[2:]
bible = dict()
NTbookList = list()
OTbookList = list()
bookName = dict()
for fn in files:
f = open(fn).readlines()
inBooks = False
inVm = False
vmArray = list()
localOTbookList = list()
localNTbookList = list()
for l in f:
# This is not robust. It assumes that [on]tbooks[] precedes vm[] and
# that all of the verse counts in vm[] are part of books listed in
# [on]tbooks[]. In general, it assumes canon files that look like what
# we include in the library and generate from v11nsys.pl.
l = re.sub(r'//.*', '', l)
l = re.sub(r'\s*$', '', l)
if l:
if re.search(r'struct sbook otbooks.*?\[\]', l):
inBooks = 1
if re.search(r'struct sbook ntbooks.*?\[\]', l):
inBooks = 2
elif re.search(r'int vm.*?\[\]', l):
inVm = True
elif (inVm or inBooks) and re.search(r'};', l):
inBooks = False
inVm = False
elif inBooks:
match = re.search(r'{"(.+?)", "(.+?)", ".+?", (\d+)},', l)
if match:
id = match.group(2)
name = match.group(1)
if id not in OTbookList and id not in NTbookList:
if (inBooks == 1):
OTbookList.append(id)
else:
NTbookList.append(id)
bookName[id] = name
bible[id] = Counter()
if inBooks == 1:
localOTbookList.append((id, int(match.group(3))))
else:
localNTbookList.append((id, int(match.group(3))))
elif inVm:
vmArray.append(re.findall(r'(\d+),?', l))
vmArray = sum(vmArray, [])
vmArray = map(int, vmArray)
#print localOTbookList
#print localNTbookList
#print vmArray
for book,chapters in localOTbookList + localNTbookList:
#print book,chapters
for c in range(chapters):
# update the master dictionary with the max of its current value
# and the verse count for that chapter in the current v11n
bible[book][c+1] = max(bible[book][c+1], vmArray.pop(0))
canonMax = open('canon_' + v11n.lower() + '.h', 'w')
# print header stuff
canonMax.write('/******************************************************************************\n')
canonMax.write(' *\n')
canonMax.write(' * canon_' + v11n.lower() + '.h - Versification data for the ' + v11n + ' system\n')
canonMax.write(' *\n')
canonMax.write(' * $Id$\n')
canonMax.write(' *\n')
canonMax.write(' * Copyright '+str(datetime.date.today().year)+' CrossWire Bible Society (http://www.crosswire.org)\n')
canonMax.write(' * CrossWire Bible Society\n')
canonMax.write(' * P. O. Box 2528\n')
canonMax.write(' * Tempe, AZ 85280-2528\n')
canonMax.write(' *\n')
canonMax.write(' * This program is free software; you can redistribute it and/or modify it\n')
canonMax.write(' * under the terms of the GNU General Public License as published by the\n')
canonMax.write(' * Free Software Foundation version 2.\n')
canonMax.write(' *\n')
canonMax.write(' * This program is distributed in the hope that it will be useful, but\n')
canonMax.write(' * WITHOUT ANY WARRANTY; without even the implied warranty of\n')
canonMax.write(' * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU\n')
canonMax.write(' * General Public License for more details.\n')
canonMax.write(' */\n')
canonMax.write('\n')
canonMax.write('#ifndef CANON_' + v11n.upper() + '_H\n')
canonMax.write('#define CANON_' + v11n.upper() + '_H\n')
canonMax.write('\n')
canonMax.write('SWORD_NAMESPACE_START\n')
canonMax.write('\n')
canonMax.write('\n')
canonMax.write('// Versification system: ' + v11n + '\n')
canonMax.write('// Book order: ' + ' '.join(OTbookList + NTbookList) + '\n')
canonMax.write('\n')
canonMax.write('\n')
# print otbooks and ntbooks
canonMax.write('/******************************************************************************\n')
canonMax.write(' * [on]tbooks_' + v11n.lower() + ' - initialize static instance for all canonical\n')
canonMax.write(' * text names and chapmax\n')
canonMax.write(' */\n')
if OTbookList:
canonMax.write('struct sbook otbooks_' + v11n.lower() + '[] = {\n')
for book in OTbookList:
canonMax.write(' {"' + bookName[book] + '", "' + book + '", "' + book + '", ' + str(len(bible[book])) + '},\n')
canonMax.write(' {"", "", "", 0}\n')
canonMax.write('};\n')
canonMax.write('\n')
if NTbookList:
canonMax.write('struct sbook ntbooks_' + v11n.lower() + '[] = {\n')
for book in NTbookList:
canonMax.write(' {"' + bookName[book] + '", "' + book + '", "' + book + '", ' + str(len(bible[book])) + '},\n')
canonMax.write(' {"", "", "", 0}\n')
canonMax.write('};\n')
canonMax.write('\n')
# print vm
canonMax.write('/******************************************************************************\n')
canonMax.write(' * Maximum verses per chapter\n')
canonMax.write(' */\n')
canonMax.write('int vm_' + v11n.lower() + '[] = {\n')
for book in OTbookList + NTbookList:
canonMax.write(' // ' + bookName[book] + '\n')
verseCountList = list()
for ch in range(1, len(bible[book])+1):
verseCountList.append(bible[book][ch])
verseCountString = ', '.join(map(str, verseCountList))
verseCountString = re.sub(r'(([0-9]+, ){9}[0-9]+,) ', r'\1\n ', verseCountString)
canonMax.write(' ' + verseCountString + ',\n')
canonMax.write('};\n')
canonMax.write('\n')
# print footer stuff
canonMax.write('SWORD_NAMESPACE_END\n')
canonMax.write('#endif\n')
