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hwaconv.py
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hwaconv.py
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# -*- coding: utf-8 -*-
import codecs
import collections
import re
import string
import struct
import sys
class Rec:
def __init__(self, name, rtype, length= 0, len_idx=0, children=None):
self.name = name
self.rtype = rtype
self.length = length
self.children = ([] if children is None else children)
self.bytes = None
def read(self, f):
print self.name
if self.rtype == 'd':
return f.read(self.length)
elif self.rtype == 's':
if [0xFF, 0xFE, 0xFF] != [ord(x) for x in f.read(3)]:
raise Exception("invalid string")
self.length = ord(f.read(1))
if self.length == 0:
return u""
else:
bytes = f.read(self.length * 2)
return unicode(bytes, encoding='utf-16le')
elif self.rtype == 'i':
bytes = f.read(4)
return str(struct.unpack('i', bytes)[0])
elif self.rtype == 'bl':
bytes = f.read(self.length)
return str([ord(x) for x in bytes])
elif self.rtype == 'bh':
bytes = f.read(self.length)
(rec_size,) = struct.unpack('i', bytes)
print rec_size
children_list = []
for i in range(rec_size):
myattr = collections.OrderedDict()
for (ci, child) in enumerate(self.children):
myattr[child.name] = child.read(f)
children_list.append(myattr)
return children_list
elif self.rtype == 'cu': #special logic
f.read(4)
bit = ord(f.read(1))
if bit == 0x00:
f.read(69)
elif bit == 0x07:
f.read(73)
elif bit == 0x09:
f.read(5)
self.length = struct.unpack('i', f.read(4))[0]
text = unicode(f.read(self.length), encoding='utf-16le')
f.read(14)
self.length = struct.unpack('i', f.read(4))[0]
text = unicode(f.read(self.length), encoding='utf-16le')
f.read(54)
return None
else:
raise Exception("invalid read type" + str(self.rtype))
table = [
Rec('header', 'd', 0x1e)
,Rec('unknown', 's')
,Rec('grp_header', 'bh', length = 4, children=[
Rec('group_index', 'i', length=4)
,Rec('group', 's')
]
)
,Rec('from_header', 'bh', length = 4, children=[
Rec('from_index', 'i', length=4)
,Rec('from_title', 's')
,Rec('from_name', 's')
,Rec('unknown', 's')
,Rec('from_zip', 's')
,Rec('from_addr1', 's')
,Rec('from_addr2', 's')
,Rec('from_info_header', 'bh', length=4, children=[
Rec('from_info_title', 's')
,Rec('from_info_val', 's')
])
,Rec('from_family_header', 'bh', length=4, children=[
Rec('from_family_name', 's')
,Rec('unknown', 's')
,Rec('unknown_bit', 'bl', length=4)
])
,Rec('unknown', 's')
,Rec('unknown', 's')
,Rec('unknown', 's')
,Rec('unknown', 'bl', length=4)
,Rec('tag_header', 'bh', length=4, children=[
Rec('tag_index', 'i', length=4)
,Rec('tag_name', 's')
,Rec('cond_unknown', 'cu')
])
])
,Rec('addr_header', 'bh', length = 4, children=[
Rec('name', 's')
,Rec('kana', 's')
,Rec('keishou', 's')
,Rec('unknown', 's')
,Rec('unknown', 'bl', length=44)
,Rec('zip', 's')
,Rec('addr1', 's')
,Rec('addr2', 's')
,Rec('unknown1', 's')
,Rec('unknown2', 's')
,Rec('unknown3', 's')
,Rec('unknown4', 's')
,Rec('unknown5', 's')
,Rec('unknown6', 's')
,Rec('unknown7', 's')
,Rec('unknown8', 's')
,Rec('unknown9', 's')
,Rec('unknown10', 's')
,Rec('unknown11', 's')
,Rec('unknown12', 's')
,Rec('unknown13', 's')
,Rec('unknown14', 's')
,Rec('unknown15', 's')
,Rec('unknown16', 's')
,Rec('unknown17', 's')
,Rec('unknown18', 's')
,Rec('unknown19', 's')
,Rec('unknown20', 's')
,Rec('to_family_header', 'bh', length=4, children=[
Rec('fam_name', 's')
,Rec('fam_kana', 's')
,Rec('unknown', 's')
,Rec('fam_keishou', 's')
,Rec('unknown', 'i')
,Rec('unknown', 'bl', length=4)
,Rec('unknown', 's')
,Rec('unknown', 'bl', length=16)
,Rec('unknown', 's')
,Rec('unknown', 's')
])
,Rec('unknown21', 'bl', length=24)
])
]
def create_output_dict(addr):
ret = dict(addr)
ret['pref'] = get_pref(addr['addr1'])
if ret['pref']!= u'':
ret['addr1'] = ret['addr1'][len(ret['pref']):]
match = re.search(u'^(.*?[区市])(.*)$', ret['addr1'])
ret['shichou'] = u""
if match:
ret['shichou'] = match.group(1)
ret['addr1'] = match.group(2)
names = re.split(u' |\u3000', ret['name'])
names = names + [u'' for x in range(2-len(names))]
kanas = re.split(u' |\u3000', ret['kana'])
kanas = kanas + [u'' for x in range(2-len(kanas))]
ret['sei'] = names[0]
ret['mei'] = names[1]
ret['kana_sei'] = kanas[0]
ret['kana_mei'] = kanas[1]
return ret
def get_pref(s):
prefs = [u"北海道",u"青森県",u"岩手県",u"宮城県",u"秋田県",u"山形県",u"福島県",u"茨城県",u"栃木県",u"群馬県",u"埼玉県",
u"千葉県",u"東京都",u"神奈川県",u"新潟県",u"富山県",u"石川県",u"福井県",u"山梨県",u"長野県",u"岐阜県",u"静岡県",
u"愛知県",u"三重県",u"滋賀県",u"京都府",u"大阪府",u"兵庫県",u"奈良県",u"和歌山県",u"鳥取県",u"島根県",u"岡山県",
u"広島県",u"山口県",u"徳島県",u"香川県",u"愛媛県",u"高知県",u"福岡県",u"佐賀県",u"長崎県",u"熊本県",u"大分県",
u"宮崎県",u"鹿児島県",u"沖縄県"]
for p in prefs:
if s.find(p) == 0:
return p
return u''
def create_output_family_dict(frec):
fam_dict = dict(frec)
names = re.split(u' |\u3000', fam_dict['fam_name'])
if len(names) == 2:
fam_dict['fam_sei'] = names[0]
fam_dict['fam_mei'] = names[1]
elif len(names) == 1:
fam_dict['fam_sei'] = u''
fam_dict['fam_mei'] = names[0]
else:
fam_dict['fam_sei'] = u''
fam_dict['fam_mei'] = u''
return fam_dict
def main():
if len(sys.argv) < 2:
print "please set hwa file parameter"
exit(-1)
return
data = collections.OrderedDict()
with open(sys.argv[1], 'rb') as f:
for rec in table:
data[rec.name] = rec.read(f)
encoding = "cp932"
with codecs.open('output.csv', 'w', encoding) as out:
tmpl = string.Template(
'${sei}\t${mei}\t${kana_sei}\t${kana_mei}\t${name}\t${kana}' #名前系
+ '\t${zip}\t${pref}\t${shichou}\t${addr1}\t${addr2}' #住所系
+ '\t\t\t\t\t\t\t\t\t${keishou}' #会社系
)
fam_tmpl = string.Template('\t${fam_sei}\t${fam_mei}\t${fam_name}\t${fam_keishou}')
#output header
out.write(u'氏名（姓）\t氏名（名）\tフリガナ（姓）\tフリガナ（名）\tリスト表示用氏名\tリスト表示用フリガナ\t')
out.write(u'郵便番号（自宅）\t自宅住所（都道府県）\t自宅住所（市町村）\t自宅住所（番地等）\t自宅住所（建物名）\t')
out.write( u'会社名\t部署名\t役職\t郵便番号（会社）\t会社住所（都道府県）\t会社住所（市町村）\t会社住所（番地等）\t会社住所（建物名）\t敬称\t')
out.write( u'連名1（姓）\t連名1（名）\t連名1（姓名）\t連名1（敬称）\t連名2（姓）\t連名2（名）\t連名2（姓名）\t連名2（敬称）\t連名3（姓）\t連名3（名）\t連名3（姓名）\t連名3（敬称）')
out.write('\r\n')
for addr in data['addr_header']:
out.write(tmpl.substitute(create_output_dict(addr)))
for frec in addr['to_family_header']:
out.write(fam_tmpl.substitute(create_output_family_dict(frec)))
for x in range(3-len(addr['to_family_header'])):
out.write("\t\t\t\t") #足りない分を埋める
out.write('\r\n')
if __name__ == '__main__':
main()