PsgHyPq0

1#!/usr/bin/env python
2#-*- coding: utf-8 -*-
3pywversion="2.2"
4never_update=False
5
6#
7# jackjack's pywallet.py
8# https://github.com/jackjack-jj/pywallet
9# forked from Joric's pywallet.py
10#
11
12
13
14
15beta_version =  ('a' in pywversion.split('-')[0]) or ('b' in pywversion.split('-')[0])
16
17missing_dep = []
18
19try:
20	from bsddb.db import *
21except:
22	try:
23		from bsddb3.db import *
24	except:
25		missing_dep.append('bsddb')
26
27import os, sys, time, re
28pyw_filename = os.path.basename(__file__)
29pyw_path = os.path.dirname(os.path.realpath(__file__))
30
31try:
32	for i in os.listdir('/usr/lib/python2.5/site-packages'):
33		if 'Twisted' in i:
34			sys.path.append('/usr/lib/python2.5/site-packages/'+i)
35except:
36	''
37
38try:
39	import json
40except:
41	try:
42		 import simplejson as json
43	except:
44		 print("Json or simplejson package is needed")
45
46import logging
47import struct
48import StringIO
49import traceback
50import socket
51import types
52import string
53import exceptions
54import hashlib
55import random
56import urllib
57import math
58
59try:
60	from twisted.internet import reactor
61	from twisted.web import server, resource
62	from twisted.web.static import File
63	from twisted.python import log
64except:
65	missing_dep.append('twisted')
66
67from datetime import datetime
68from subprocess import *
69
70import os
71import os.path
72import platform
73
74max_version = 81000
75addrtype = 0
76json_db = {}
77private_keys = []
78private_hex_keys = []
79passphrase = ""
80global_merging_message = ["",""]
81
82balance_site = 'https://blockchain.info/q/addressbalance/'
83aversions = {};
84for i in range(256):
85	aversions[i] = "version %d" % i;
86aversions[0] = 'Bitcoin';
87aversions[48] = 'Litecoin';
88aversions[52] = 'Namecoin';
89aversions[111] = 'Testnet';
90
91wallet_dir = ""
92wallet_name = ""
93
94ko = 1e3
95kio = 1024
96Mo = 1e6
97Mio = 1024 ** 2
98Go = 1e9
99Gio = 1024 ** 3
100To = 1e12
101Tio = 1024 ** 4
102
103prekeys = ["308201130201010420".decode('hex'), "308201120201010420".decode('hex')]
104postkeys = ["a081a530".decode('hex'), "81a530".decode('hex')]
105
106def iais(a):
107	if a>= 2:
108		return 's'
109	else:
110		return ''
111
112def systype():
113	if platform.system() == "Darwin":
114		return 'Mac'
115	elif platform.system() == "Windows":
116		return 'Win'
117	return 'Linux'
118
119def determine_db_dir():
120	if wallet_dir in "":
121		if platform.system() == "Darwin":
122			return os.path.expanduser("~/Library/Application Support/Bitcoin/")
123		elif platform.system() == "Windows":
124			return os.path.join(os.environ['APPDATA'], "Bitcoin")
125		return os.path.expanduser("~/.bitcoin")
126	else:
127		return wallet_dir
128
129def determine_db_name():
130	if wallet_name in "":
131		return "wallet.dat"
132	else:
133		return wallet_name
134
135########################
136# begin of aes.py code #
137########################
138
139# from the SlowAES project, http://code.google.com/p/slowaes (aes.py)
140
141def append_PKCS7_padding(s):
142	"""return s padded to a multiple of 16-bytes by PKCS7 padding"""
143	numpads = 16 - (len(s)%16)
144	return s + numpads*chr(numpads)
145
146def strip_PKCS7_padding(s):
147	"""return s stripped of PKCS7 padding"""
148	if len(s)%16 or not s:
149		raise ValueError("String of len %d can't be PCKS7-padded" % len(s))
150	numpads = ord(s[-1])
151	if numpads > 16:
152		raise ValueError("String ending with %r can't be PCKS7-padded" % s[-1])
153	return s[:-numpads]
154
155class AES(object):
156	# valid key sizes
157	keySize = dict(SIZE_128=16, SIZE_192=24, SIZE_256=32)
158
159	# Rijndael S-box
160	sbox =  [0x63, 0x7c, 0x77, 0x7b, 0xf2, 0x6b, 0x6f, 0xc5, 0x30, 0x01, 0x67,
161			0x2b, 0xfe, 0xd7, 0xab, 0x76, 0xca, 0x82, 0xc9, 0x7d, 0xfa, 0x59,
162			0x47, 0xf0, 0xad, 0xd4, 0xa2, 0xaf, 0x9c, 0xa4, 0x72, 0xc0, 0xb7,
163			0xfd, 0x93, 0x26, 0x36, 0x3f, 0xf7, 0xcc, 0x34, 0xa5, 0xe5, 0xf1,
164			0x71, 0xd8, 0x31, 0x15, 0x04, 0xc7, 0x23, 0xc3, 0x18, 0x96, 0x05,
165			0x9a, 0x07, 0x12, 0x80, 0xe2, 0xeb, 0x27, 0xb2, 0x75, 0x09, 0x83,
166			0x2c, 0x1a, 0x1b, 0x6e, 0x5a, 0xa0, 0x52, 0x3b, 0xd6, 0xb3, 0x29,
167			0xe3, 0x2f, 0x84, 0x53, 0xd1, 0x00, 0xed, 0x20, 0xfc, 0xb1, 0x5b,
168			0x6a, 0xcb, 0xbe, 0x39, 0x4a, 0x4c, 0x58, 0xcf, 0xd0, 0xef, 0xaa,
169			0xfb, 0x43, 0x4d, 0x33, 0x85, 0x45, 0xf9, 0x02, 0x7f, 0x50, 0x3c,
170			0x9f, 0xa8, 0x51, 0xa3, 0x40, 0x8f, 0x92, 0x9d, 0x38, 0xf5, 0xbc,
171			0xb6, 0xda, 0x21, 0x10, 0xff, 0xf3, 0xd2, 0xcd, 0x0c, 0x13, 0xec,
172			0x5f, 0x97, 0x44, 0x17, 0xc4, 0xa7, 0x7e, 0x3d, 0x64, 0x5d, 0x19,
173			0x73, 0x60, 0x81, 0x4f, 0xdc, 0x22, 0x2a, 0x90, 0x88, 0x46, 0xee,
174			0xb8, 0x14, 0xde, 0x5e, 0x0b, 0xdb, 0xe0, 0x32, 0x3a, 0x0a, 0x49,
175			0x06, 0x24, 0x5c, 0xc2, 0xd3, 0xac, 0x62, 0x91, 0x95, 0xe4, 0x79,
176			0xe7, 0xc8, 0x37, 0x6d, 0x8d, 0xd5, 0x4e, 0xa9, 0x6c, 0x56, 0xf4,
177			0xea, 0x65, 0x7a, 0xae, 0x08, 0xba, 0x78, 0x25, 0x2e, 0x1c, 0xa6,
178			0xb4, 0xc6, 0xe8, 0xdd, 0x74, 0x1f, 0x4b, 0xbd, 0x8b, 0x8a, 0x70,
179			0x3e, 0xb5, 0x66, 0x48, 0x03, 0xf6, 0x0e, 0x61, 0x35, 0x57, 0xb9,
180			0x86, 0xc1, 0x1d, 0x9e, 0xe1, 0xf8, 0x98, 0x11, 0x69, 0xd9, 0x8e,
181			0x94, 0x9b, 0x1e, 0x87, 0xe9, 0xce, 0x55, 0x28, 0xdf, 0x8c, 0xa1,
182			0x89, 0x0d, 0xbf, 0xe6, 0x42, 0x68, 0x41, 0x99, 0x2d, 0x0f, 0xb0,
183			0x54, 0xbb, 0x16]
184
185	# Rijndael Inverted S-box
186	rsbox = [0x52, 0x09, 0x6a, 0xd5, 0x30, 0x36, 0xa5, 0x38, 0xbf, 0x40, 0xa3,
187			0x9e, 0x81, 0xf3, 0xd7, 0xfb , 0x7c, 0xe3, 0x39, 0x82, 0x9b, 0x2f,
188			0xff, 0x87, 0x34, 0x8e, 0x43, 0x44, 0xc4, 0xde, 0xe9, 0xcb , 0x54,
189			0x7b, 0x94, 0x32, 0xa6, 0xc2, 0x23, 0x3d, 0xee, 0x4c, 0x95, 0x0b,
190			0x42, 0xfa, 0xc3, 0x4e , 0x08, 0x2e, 0xa1, 0x66, 0x28, 0xd9, 0x24,
191			0xb2, 0x76, 0x5b, 0xa2, 0x49, 0x6d, 0x8b, 0xd1, 0x25 , 0x72, 0xf8,
192			0xf6, 0x64, 0x86, 0x68, 0x98, 0x16, 0xd4, 0xa4, 0x5c, 0xcc, 0x5d,
193			0x65, 0xb6, 0x92 , 0x6c, 0x70, 0x48, 0x50, 0xfd, 0xed, 0xb9, 0xda,
194			0x5e, 0x15, 0x46, 0x57, 0xa7, 0x8d, 0x9d, 0x84 , 0x90, 0xd8, 0xab,
195			0x00, 0x8c, 0xbc, 0xd3, 0x0a, 0xf7, 0xe4, 0x58, 0x05, 0xb8, 0xb3,
196			0x45, 0x06 , 0xd0, 0x2c, 0x1e, 0x8f, 0xca, 0x3f, 0x0f, 0x02, 0xc1,
197			0xaf, 0xbd, 0x03, 0x01, 0x13, 0x8a, 0x6b , 0x3a, 0x91, 0x11, 0x41,
198			0x4f, 0x67, 0xdc, 0xea, 0x97, 0xf2, 0xcf, 0xce, 0xf0, 0xb4, 0xe6,
199			0x73 , 0x96, 0xac, 0x74, 0x22, 0xe7, 0xad, 0x35, 0x85, 0xe2, 0xf9,
200			0x37, 0xe8, 0x1c, 0x75, 0xdf, 0x6e , 0x47, 0xf1, 0x1a, 0x71, 0x1d,
201			0x29, 0xc5, 0x89, 0x6f, 0xb7, 0x62, 0x0e, 0xaa, 0x18, 0xbe, 0x1b ,
202			0xfc, 0x56, 0x3e, 0x4b, 0xc6, 0xd2, 0x79, 0x20, 0x9a, 0xdb, 0xc0,
203			0xfe, 0x78, 0xcd, 0x5a, 0xf4 , 0x1f, 0xdd, 0xa8, 0x33, 0x88, 0x07,
204			0xc7, 0x31, 0xb1, 0x12, 0x10, 0x59, 0x27, 0x80, 0xec, 0x5f , 0x60,
205			0x51, 0x7f, 0xa9, 0x19, 0xb5, 0x4a, 0x0d, 0x2d, 0xe5, 0x7a, 0x9f,
206			0x93, 0xc9, 0x9c, 0xef , 0xa0, 0xe0, 0x3b, 0x4d, 0xae, 0x2a, 0xf5,
207			0xb0, 0xc8, 0xeb, 0xbb, 0x3c, 0x83, 0x53, 0x99, 0x61 , 0x17, 0x2b,
208			0x04, 0x7e, 0xba, 0x77, 0xd6, 0x26, 0xe1, 0x69, 0x14, 0x63, 0x55,
209			0x21, 0x0c, 0x7d]
210
211	def getSBoxValue(self,num):
212		"""Retrieves a given S-Box Value"""
213		return self.sbox[num]
214
215	def getSBoxInvert(self,num):
216		"""Retrieves a given Inverted S-Box Value"""
217		return self.rsbox[num]
218
219	def rotate(self, word):
220		""" Rijndael's key schedule rotate operation.
221
222		Rotate a word eight bits to the left: eg, rotate(1d2c3a4f) == 2c3a4f1d
223		Word is an char list of size 4 (32 bits overall).
224		"""
225		return word[1:] + word[:1]
226
227	# Rijndael Rcon
228	Rcon = [0x8d, 0x01, 0x02, 0x04, 0x08, 0x10, 0x20, 0x40, 0x80, 0x1b, 0x36,
229			0x6c, 0xd8, 0xab, 0x4d, 0x9a, 0x2f, 0x5e, 0xbc, 0x63, 0xc6, 0x97,
230			0x35, 0x6a, 0xd4, 0xb3, 0x7d, 0xfa, 0xef, 0xc5, 0x91, 0x39, 0x72,
231			0xe4, 0xd3, 0xbd, 0x61, 0xc2, 0x9f, 0x25, 0x4a, 0x94, 0x33, 0x66,
232			0xcc, 0x83, 0x1d, 0x3a, 0x74, 0xe8, 0xcb, 0x8d, 0x01, 0x02, 0x04,
233			0x08, 0x10, 0x20, 0x40, 0x80, 0x1b, 0x36, 0x6c, 0xd8, 0xab, 0x4d,
234			0x9a, 0x2f, 0x5e, 0xbc, 0x63, 0xc6, 0x97, 0x35, 0x6a, 0xd4, 0xb3,
235			0x7d, 0xfa, 0xef, 0xc5, 0x91, 0x39, 0x72, 0xe4, 0xd3, 0xbd, 0x61,
236			0xc2, 0x9f, 0x25, 0x4a, 0x94, 0x33, 0x66, 0xcc, 0x83, 0x1d, 0x3a,
237			0x74, 0xe8, 0xcb, 0x8d, 0x01, 0x02, 0x04, 0x08, 0x10, 0x20, 0x40,
238			0x80, 0x1b, 0x36, 0x6c, 0xd8, 0xab, 0x4d, 0x9a, 0x2f, 0x5e, 0xbc,
239			0x63, 0xc6, 0x97, 0x35, 0x6a, 0xd4, 0xb3, 0x7d, 0xfa, 0xef, 0xc5,
240			0x91, 0x39, 0x72, 0xe4, 0xd3, 0xbd, 0x61, 0xc2, 0x9f, 0x25, 0x4a,
241			0x94, 0x33, 0x66, 0xcc, 0x83, 0x1d, 0x3a, 0x74, 0xe8, 0xcb, 0x8d,
242			0x01, 0x02, 0x04, 0x08, 0x10, 0x20, 0x40, 0x80, 0x1b, 0x36, 0x6c,
243			0xd8, 0xab, 0x4d, 0x9a, 0x2f, 0x5e, 0xbc, 0x63, 0xc6, 0x97, 0x35,
244			0x6a, 0xd4, 0xb3, 0x7d, 0xfa, 0xef, 0xc5, 0x91, 0x39, 0x72, 0xe4,
245			0xd3, 0xbd, 0x61, 0xc2, 0x9f, 0x25, 0x4a, 0x94, 0x33, 0x66, 0xcc,
246			0x83, 0x1d, 0x3a, 0x74, 0xe8, 0xcb, 0x8d, 0x01, 0x02, 0x04, 0x08,
247			0x10, 0x20, 0x40, 0x80, 0x1b, 0x36, 0x6c, 0xd8, 0xab, 0x4d, 0x9a,
248			0x2f, 0x5e, 0xbc, 0x63, 0xc6, 0x97, 0x35, 0x6a, 0xd4, 0xb3, 0x7d,
249			0xfa, 0xef, 0xc5, 0x91, 0x39, 0x72, 0xe4, 0xd3, 0xbd, 0x61, 0xc2,
250			0x9f, 0x25, 0x4a, 0x94, 0x33, 0x66, 0xcc, 0x83, 0x1d, 0x3a, 0x74,
251			0xe8, 0xcb ]
252
253	def getRconValue(self, num):
254		"""Retrieves a given Rcon Value"""
255		return self.Rcon[num]
256
257	def core(self, word, iteration):
258		"""Key schedule core."""
259		# rotate the 32-bit word 8 bits to the left
260		word = self.rotate(word)
261		# apply S-Box substitution on all 4 parts of the 32-bit word
262		for i in range(4):
263			word[i] = self.getSBoxValue(word[i])
264		# XOR the output of the rcon operation with i to the first part
265		# (leftmost) only
266		word[0] = word[0] ^ self.getRconValue(iteration)
267		return word
268
269	def expandKey(self, key, size, expandedKeySize):
270		"""Rijndael's key expansion.
271
272		Expands an 128,192,256 key into an 176,208,240 bytes key
273
274		expandedKey is a char list of large enough size,
275		key is the non-expanded key.
276		"""
277		# current expanded keySize, in bytes
278		currentSize = 0
279		rconIteration = 1
280		expandedKey = [0] * expandedKeySize
281
282		# set the 16, 24, 32 bytes of the expanded key to the input key
283		for j in range(size):
284			expandedKey[j] = key[j]
285		currentSize += size
286
287		while currentSize < expandedKeySize:
288			# assign the previous 4 bytes to the temporary value t
289			t = expandedKey[currentSize-4:currentSize]
290
291			# every 16,24,32 bytes we apply the core schedule to t
292			# and increment rconIteration afterwards
293			if currentSize % size == 0:
294				t = self.core(t, rconIteration)
295				rconIteration += 1
296			# For 256-bit keys, we add an extra sbox to the calculation
297			if size == self.keySize["SIZE_256"] and ((currentSize % size) == 16):
298				for l in range(4): t[l] = self.getSBoxValue(t[l])
299
300			# We XOR t with the four-byte block 16,24,32 bytes before the new
301			# expanded key.  This becomes the next four bytes in the expanded
302			# key.
303			for m in range(4):
304				expandedKey[currentSize] = expandedKey[currentSize - size] ^ \
305						t[m]
306				currentSize += 1
307
308		return expandedKey
309
310	def addRoundKey(self, state, roundKey):
311		"""Adds (XORs) the round key to the state."""
312		for i in range(16):
313			state[i] ^= roundKey[i]
314		return state
315
316	def createRoundKey(self, expandedKey, roundKeyPointer):
317		"""Create a round key.
318		Creates a round key from the given expanded key and the
319		position within the expanded key.
320		"""
321		roundKey = [0] * 16
322		for i in range(4):
323			for j in range(4):
324				roundKey[j*4+i] = expandedKey[roundKeyPointer + i*4 + j]
325		return roundKey
326
327	def galois_multiplication(self, a, b):
328		"""Galois multiplication of 8 bit characters a and b."""
329		p = 0
330		for counter in range(8):
331			if b & 1: p ^= a
332			hi_bit_set = a & 0x80
333			a <<= 1
334			# keep a 8 bit
335			a &= 0xFF
336			if hi_bit_set:
337				a ^= 0x1b
338			b >>= 1
339		return p
340
341	#
342	# substitute all the values from the state with the value in the SBox
343	# using the state value as index for the SBox
344	#
345	def subBytes(self, state, isInv):
346		if isInv: getter = self.getSBoxInvert
347		else: getter = self.getSBoxValue
348		for i in range(16): state[i] = getter(state[i])
349		return state
350
351	# iterate over the 4 rows and call shiftRow() with that row
352	def shiftRows(self, state, isInv):
353		for i in range(4):
354			state = self.shiftRow(state, i*4, i, isInv)
355		return state
356
357	# each iteration shifts the row to the left by 1
358	def shiftRow(self, state, statePointer, nbr, isInv):
359		for i in range(nbr):
360			if isInv:
361				state[statePointer:statePointer+4] = \
362						state[statePointer+3:statePointer+4] + \
363						state[statePointer:statePointer+3]
364			else:
365				state[statePointer:statePointer+4] = \
366						state[statePointer+1:statePointer+4] + \
367						state[statePointer:statePointer+1]
368		return state
369
370	# galois multiplication of the 4x4 matrix
371	def mixColumns(self, state, isInv):
372		# iterate over the 4 columns
373		for i in range(4):
374			# construct one column by slicing over the 4 rows
375			column = state[i:i+16:4]
376			# apply the mixColumn on one column
377			column = self.mixColumn(column, isInv)
378			# put the values back into the state
379			state[i:i+16:4] = column
380
381		return state
382
383	# galois multiplication of 1 column of the 4x4 matrix
384	def mixColumn(self, column, isInv):
385		if isInv: mult = [14, 9, 13, 11]
386		else: mult = [2, 1, 1, 3]
387		cpy = list(column)
388		g = self.galois_multiplication
389
390		column[0] = g(cpy[0], mult[0]) ^ g(cpy[3], mult[1]) ^ \
391					g(cpy[2], mult[2]) ^ g(cpy[1], mult[3])
392		column[1] = g(cpy[1], mult[0]) ^ g(cpy[0], mult[1]) ^ \
393					g(cpy[3], mult[2]) ^ g(cpy[2], mult[3])
394		column[2] = g(cpy[2], mult[0]) ^ g(cpy[1], mult[1]) ^ \
395					g(cpy[0], mult[2]) ^ g(cpy[3], mult[3])
396		column[3] = g(cpy[3], mult[0]) ^ g(cpy[2], mult[1]) ^ \
397					g(cpy[1], mult[2]) ^ g(cpy[0], mult[3])
398		return column
399
400	# applies the 4 operations of the forward round in sequence
401	def aes_round(self, state, roundKey):
402		state = self.subBytes(state, False)
403		state = self.shiftRows(state, False)
404		state = self.mixColumns(state, False)
405		state = self.addRoundKey(state, roundKey)
406		return state
407
408	# applies the 4 operations of the inverse round in sequence
409	def aes_invRound(self, state, roundKey):
410		state = self.shiftRows(state, True)
411		state = self.subBytes(state, True)
412		state = self.addRoundKey(state, roundKey)
413		state = self.mixColumns(state, True)
414		return state
415
416	# Perform the initial operations, the standard round, and the final
417	# operations of the forward aes, creating a round key for each round
418	def aes_main(self, state, expandedKey, nbrRounds):
419		state = self.addRoundKey(state, self.createRoundKey(expandedKey, 0))
420		i = 1
421		while i < nbrRounds:
422			state = self.aes_round(state,
423								   self.createRoundKey(expandedKey, 16*i))
424			i += 1
425		state = self.subBytes(state, False)
426		state = self.shiftRows(state, False)
427		state = self.addRoundKey(state,
428								 self.createRoundKey(expandedKey, 16*nbrRounds))
429		return state
430
431	# Perform the initial operations, the standard round, and the final
432	# operations of the inverse aes, creating a round key for each round
433	def aes_invMain(self, state, expandedKey, nbrRounds):
434		state = self.addRoundKey(state,
435								 self.createRoundKey(expandedKey, 16*nbrRounds))
436		i = nbrRounds - 1
437		while i > 0:
438			state = self.aes_invRound(state,
439									  self.createRoundKey(expandedKey, 16*i))
440			i -= 1
441		state = self.shiftRows(state, True)
442		state = self.subBytes(state, True)
443		state = self.addRoundKey(state, self.createRoundKey(expandedKey, 0))
444		return state
445
446	# encrypts a 128 bit input block against the given key of size specified
447	def encrypt(self, iput, key, size):
448		output = [0] * 16
449		# the number of rounds
450		nbrRounds = 0
451		# the 128 bit block to encode
452		block = [0] * 16
453		# set the number of rounds
454		if size == self.keySize["SIZE_128"]: nbrRounds = 10
455		elif size == self.keySize["SIZE_192"]: nbrRounds = 12
456		elif size == self.keySize["SIZE_256"]: nbrRounds = 14
457		else: return None
458
459		# the expanded keySize
460		expandedKeySize = 16*(nbrRounds+1)
461
462		# Set the block values, for the block:
463		# a0,0 a0,1 a0,2 a0,3
464		# a1,0 a1,1 a1,2 a1,3
465		# a2,0 a2,1 a2,2 a2,3
466		# a3,0 a3,1 a3,2 a3,3
467		# the mapping order is a0,0 a1,0 a2,0 a3,0 a0,1 a1,1 ... a2,3 a3,3
468		#
469		# iterate over the columns
470		for i in range(4):
471			# iterate over the rows
472			for j in range(4):
473				block[(i+(j*4))] = iput[(i*4)+j]
474
475		# expand the key into an 176, 208, 240 bytes key
476		# the expanded key
477		expandedKey = self.expandKey(key, size, expandedKeySize)
478
479		# encrypt the block using the expandedKey
480		block = self.aes_main(block, expandedKey, nbrRounds)
481
482		# unmap the block again into the output
483		for k in range(4):
484			# iterate over the rows
485			for l in range(4):
486				output[(k*4)+l] = block[(k+(l*4))]
487		return output
488
489	# decrypts a 128 bit input block against the given key of size specified
490	def decrypt(self, iput, key, size):
491		output = [0] * 16
492		# the number of rounds
493		nbrRounds = 0
494		# the 128 bit block to decode
495		block = [0] * 16
496		# set the number of rounds
497		if size == self.keySize["SIZE_128"]: nbrRounds = 10
498		elif size == self.keySize["SIZE_192"]: nbrRounds = 12
499		elif size == self.keySize["SIZE_256"]: nbrRounds = 14
500		else: return None
501
502		# the expanded keySize
503		expandedKeySize = 16*(nbrRounds+1)
504
505		# Set the block values, for the block:
506		# a0,0 a0,1 a0,2 a0,3
507		# a1,0 a1,1 a1,2 a1,3
508		# a2,0 a2,1 a2,2 a2,3
509		# a3,0 a3,1 a3,2 a3,3
510		# the mapping order is a0,0 a1,0 a2,0 a3,0 a0,1 a1,1 ... a2,3 a3,3
511
512		# iterate over the columns
513		for i in range(4):
514			# iterate over the rows
515			for j in range(4):
516				block[(i+(j*4))] = iput[(i*4)+j]
517		# expand the key into an 176, 208, 240 bytes key
518		expandedKey = self.expandKey(key, size, expandedKeySize)
519		# decrypt the block using the expandedKey
520		block = self.aes_invMain(block, expandedKey, nbrRounds)
521		# unmap the block again into the output
522		for k in range(4):
523			# iterate over the rows
524			for l in range(4):
525				output[(k*4)+l] = block[(k+(l*4))]
526		return output
527
528class AESModeOfOperation(object):
529
530	aes = AES()
531
532	# structure of supported modes of operation
533	modeOfOperation = dict(OFB=0, CFB=1, CBC=2)
534
535	# converts a 16 character string into a number array
536	def convertString(self, string, start, end, mode):
537		if end - start > 16: end = start + 16
538		if mode == self.modeOfOperation["CBC"]: ar = [0] * 16
539		else: ar = []
540
541		i = start
542		j = 0
543		while len(ar) < end - start:
544			ar.append(0)
545		while i < end:
546			ar[j] = ord(string[i])
547			j += 1
548			i += 1
549		return ar
550
551	# Mode of Operation Encryption
552	# stringIn - Input String
553	# mode - mode of type modeOfOperation
554	# hexKey - a hex key of the bit length size
555	# size - the bit length of the key
556	# hexIV - the 128 bit hex Initilization Vector
557	def encrypt(self, stringIn, mode, key, size, IV):
558		if len(key) % size:
559			return None
560		if len(IV) % 16:
561			return None
562		# the AES input/output
563		plaintext = []
564		iput = [0] * 16
565		output = []
566		ciphertext = [0] * 16
567		# the output cipher string
568		cipherOut = []
569		# char firstRound
570		firstRound = True
571		if stringIn != None:
572			for j in range(int(math.ceil(float(len(stringIn))/16))):
573				start = j*16
574				end = j*16+16
575				if  end > len(stringIn):
576					end = len(stringIn)
577				plaintext = self.convertString(stringIn, start, end, mode)
578				# print 'PT@%s:%s' % (j, plaintext)
579				if mode == self.modeOfOperation["CFB"]:
580					if firstRound:
581						output = self.aes.encrypt(IV, key, size)
582						firstRound = False
583					else:
584						output = self.aes.encrypt(iput, key, size)
585					for i in range(16):
586						if len(plaintext)-1 < i:
587							ciphertext[i] = 0 ^ output[i]
588						elif len(output)-1 < i:
589							ciphertext[i] = plaintext[i] ^ 0
590						elif len(plaintext)-1 < i and len(output) < i:
591							ciphertext[i] = 0 ^ 0
592						else:
593							ciphertext[i] = plaintext[i] ^ output[i]
594					for k in range(end-start):
595						cipherOut.append(ciphertext[k])
596					iput = ciphertext
597				elif mode == self.modeOfOperation["OFB"]:
598					if firstRound:
599						output = self.aes.encrypt(IV, key, size)
600						firstRound = False
601					else:
602						output = self.aes.encrypt(iput, key, size)
603					for i in range(16):
604						if len(plaintext)-1 < i:
605							ciphertext[i] = 0 ^ output[i]
606						elif len(output)-1 < i:
607							ciphertext[i] = plaintext[i] ^ 0
608						elif len(plaintext)-1 < i and len(output) < i:
609							ciphertext[i] = 0 ^ 0
610						else:
611							ciphertext[i] = plaintext[i] ^ output[i]
612					for k in range(end-start):
613						cipherOut.append(ciphertext[k])
614					iput = output
615				elif mode == self.modeOfOperation["CBC"]:
616					for i in range(16):
617						if firstRound:
618							iput[i] =  plaintext[i] ^ IV[i]
619						else:
620							iput[i] =  plaintext[i] ^ ciphertext[i]
621					# print 'IP@%s:%s' % (j, iput)
622					firstRound = False
623					ciphertext = self.aes.encrypt(iput, key, size)
624					# always 16 bytes because of the padding for CBC
625					for k in range(16):
626						cipherOut.append(ciphertext[k])
627		return mode, len(stringIn), cipherOut
628
629	# Mode of Operation Decryption
630	# cipherIn - Encrypted String
631	# originalsize - The unencrypted string length - required for CBC
632	# mode - mode of type modeOfOperation
633	# key - a number array of the bit length size
634	# size - the bit length of the key
635	# IV - the 128 bit number array Initilization Vector
636	def decrypt(self, cipherIn, originalsize, mode, key, size, IV):
637		# cipherIn = unescCtrlChars(cipherIn)
638		if len(key) % size:
639			return None
640		if len(IV) % 16:
641			return None
642		# the AES input/output
643		ciphertext = []
644		iput = []
645		output = []
646		plaintext = [0] * 16
647		# the output plain text string
648		stringOut = ''
649		# char firstRound
650		firstRound = True
651		if cipherIn != None:
652			for j in range(int(math.ceil(float(len(cipherIn))/16))):
653				start = j*16
654				end = j*16+16
655				if j*16+16 > len(cipherIn):
656					end = len(cipherIn)
657				ciphertext = cipherIn[start:end]
658				if mode == self.modeOfOperation["CFB"]:
659					if firstRound:
660						output = self.aes.encrypt(IV, key, size)
661						firstRound = False
662					else:
663						output = self.aes.encrypt(iput, key, size)
664					for i in range(16):
665						if len(output)-1 < i:
666							plaintext[i] = 0 ^ ciphertext[i]
667						elif len(ciphertext)-1 < i:
668							plaintext[i] = output[i] ^ 0
669						elif len(output)-1 < i and len(ciphertext) < i:
670							plaintext[i] = 0 ^ 0
671						else:
672							plaintext[i] = output[i] ^ ciphertext[i]
673					for k in range(end-start):
674						stringOut += chr(plaintext[k])
675					iput = ciphertext
676				elif mode == self.modeOfOperation["OFB"]:
677					if firstRound:
678						output = self.aes.encrypt(IV, key, size)
679						firstRound = False
680					else:
681						output = self.aes.encrypt(iput, key, size)
682					for i in range(16):
683						if len(output)-1 < i:
684							plaintext[i] = 0 ^ ciphertext[i]
685						elif len(ciphertext)-1 < i:
686							plaintext[i] = output[i] ^ 0
687						elif len(output)-1 < i and len(ciphertext) < i:
688							plaintext[i] = 0 ^ 0
689						else:
690							plaintext[i] = output[i] ^ ciphertext[i]
691					for k in range(end-start):
692						stringOut += chr(plaintext[k])
693					iput = output
694				elif mode == self.modeOfOperation["CBC"]:
695					output = self.aes.decrypt(ciphertext, key, size)
696					for i in range(16):
697						if firstRound:
698							plaintext[i] = IV[i] ^ output[i]
699						else:
700							plaintext[i] = iput[i] ^ output[i]
701					firstRound = False
702					if originalsize is not None and originalsize < end:
703						for k in range(originalsize-start):
704							stringOut += chr(plaintext[k])
705					else:
706						for k in range(end-start):
707							stringOut += chr(plaintext[k])
708					iput = ciphertext
709		return stringOut
710
711######################
712# end of aes.py code #
713######################
714
715###################################
716# pywallet crypter implementation #
717###################################
718
719crypter = None
720
721try:
722	from Crypto.Cipher import AES
723	crypter = 'pycrypto'
724except:
725	pass
726
727class Crypter_pycrypto( object ):
728	def SetKeyFromPassphrase(self, vKeyData, vSalt, nDerivIterations, nDerivationMethod):
729		if nDerivationMethod != 0:
730			return 0
731		data = vKeyData + vSalt
732		for i in xrange(nDerivIterations):
733			data = hashlib.sha512(data).digest()
734		self.SetKey(data[0:32])
735		self.SetIV(data[32:32+16])
736		return len(data)
737
738	def SetKey(self, key):
739		self.chKey = key
740
741	def SetIV(self, iv):
742		self.chIV = iv[0:16]
743
744	def Encrypt(self, data):
745		return AES.new(self.chKey,AES.MODE_CBC,self.chIV).encrypt(append_PKCS7_padding(data))
746
747	def Decrypt(self, data):
748		return AES.new(self.chKey,AES.MODE_CBC,self.chIV).decrypt(data)[0:32]
749
750try:
751	if not crypter:
752		import ctypes
753		import ctypes.util
754		ssl = ctypes.cdll.LoadLibrary (ctypes.util.find_library ('ssl') or 'libeay32')
755		crypter = 'ssl'
756except:
757	pass
758
759class Crypter_ssl(object):
760	def __init__(self):
761		self.chKey = ctypes.create_string_buffer (32)
762		self.chIV = ctypes.create_string_buffer (16)
763
764	def SetKeyFromPassphrase(self, vKeyData, vSalt, nDerivIterations, nDerivationMethod):
765		if nDerivationMethod != 0:
766			return 0
767		strKeyData = ctypes.create_string_buffer (vKeyData)
768		chSalt = ctypes.create_string_buffer (vSalt)
769		return ssl.EVP_BytesToKey(ssl.EVP_aes_256_cbc(), ssl.EVP_sha512(), chSalt, strKeyData,
770			len(vKeyData), nDerivIterations, ctypes.byref(self.chKey), ctypes.byref(self.chIV))
771
772	def SetKey(self, key):
773		self.chKey = ctypes.create_string_buffer(key)
774
775	def SetIV(self, iv):
776		self.chIV = ctypes.create_string_buffer(iv)
777
778	def Encrypt(self, data):
779		buf = ctypes.create_string_buffer(len(data) + 16)
780		written = ctypes.c_int(0)
781		final = ctypes.c_int(0)
782		ctx = ssl.EVP_CIPHER_CTX_new()
783		ssl.EVP_CIPHER_CTX_init(ctx)
784		ssl.EVP_EncryptInit_ex(ctx, ssl.EVP_aes_256_cbc(), None, self.chKey, self.chIV)
785		ssl.EVP_EncryptUpdate(ctx, buf, ctypes.byref(written), data, len(data))
786		output = buf.raw[:written.value]
787		ssl.EVP_EncryptFinal_ex(ctx, buf, ctypes.byref(final))
788		output += buf.raw[:final.value]
789		return output
790
791	def Decrypt(self, data):
792		buf = ctypes.create_string_buffer(len(data) + 16)
793		written = ctypes.c_int(0)
794		final = ctypes.c_int(0)
795		ctx = ssl.EVP_CIPHER_CTX_new()
796		ssl.EVP_CIPHER_CTX_init(ctx)
797		ssl.EVP_DecryptInit_ex(ctx, ssl.EVP_aes_256_cbc(), None, self.chKey, self.chIV)
798		ssl.EVP_DecryptUpdate(ctx, buf, ctypes.byref(written), data, len(data))
799		output = buf.raw[:written.value]
800		ssl.EVP_DecryptFinal_ex(ctx, buf, ctypes.byref(final))
801		output += buf.raw[:final.value]
802		return output
803
804class Crypter_pure(object):
805	def __init__(self):
806		self.m = AESModeOfOperation()
807		self.cbc = self.m.modeOfOperation["CBC"]
808		self.sz = self.m.aes.keySize["SIZE_256"]
809
810	def SetKeyFromPassphrase(self, vKeyData, vSalt, nDerivIterations, nDerivationMethod):
811		if nDerivationMethod != 0:
812			return 0
813		data = vKeyData + vSalt
814		for i in xrange(nDerivIterations):
815			data = hashlib.sha512(data).digest()
816		self.SetKey(data[0:32])
817		self.SetIV(data[32:32+16])
818		return len(data)
819
820	def SetKey(self, key):
821		self.chKey = [ord(i) for i in key]
822
823	def SetIV(self, iv):
824		self.chIV = [ord(i) for i in iv]
825
826	def Encrypt(self, data):
827		mode, size, cypher = self.m.encrypt(append_PKCS7_padding(data), self.cbc, self.chKey, self.sz, self.chIV)
828		return ''.join(map(chr, cypher))
829
830	def Decrypt(self, data):
831		chData = [ord(i) for i in data]
832		return self.m.decrypt(chData, self.sz, self.cbc, self.chKey, self.sz, self.chIV)
833
834if crypter == 'pycrypto':
835	crypter = Crypter_pycrypto()
836#	print "Crypter: pycrypto"
837elif crypter == 'ssl':
838	crypter = Crypter_ssl()
839#	print "Crypter: ssl"
840else:
841	crypter = Crypter_pure()
842#	print "Crypter: pure"
843	logging.warning("pycrypto or libssl not found, decryption may be slow")
844
845##########################################
846# end of pywallet crypter implementation #
847##########################################
848
849# secp256k1
850
851try:
852	_p = 0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFEFFFFFC2FL
853except:
854	print "Python 3 is not supported, you need Python 2.7.x"
855	exit(1)
856_r = 0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFEBAAEDCE6AF48A03BBFD25E8CD0364141L
857_b = 0x0000000000000000000000000000000000000000000000000000000000000007L
858_a = 0x0000000000000000000000000000000000000000000000000000000000000000L
859_Gx = 0x79BE667EF9DCBBAC55A06295CE870B07029BFCDB2DCE28D959F2815B16F81798L
860_Gy = 0x483ada7726a3c4655da4fbfc0e1108a8fd17b448a68554199c47d08ffb10d4b8L
861
862try:
863	import ecdsa
864	from ecdsa import der
865	curve_secp256k1 = ecdsa.ellipticcurve.CurveFp (_p, _a, _b)
866	generator_secp256k1 = g = ecdsa.ellipticcurve.Point (curve_secp256k1, _Gx, _Gy, _r)
867	randrange = random.SystemRandom().randrange
868	secp256k1 = ecdsa.curves.Curve ( "secp256k1", curve_secp256k1, generator_secp256k1, (1, 3, 132, 0, 10) )
869	ecdsa.curves.curves.append (secp256k1)
870except:
871	missing_dep.append('ecdsa')
872
873# python-ecdsa code (EC_KEY implementation)
874
875class CurveFp( object ):
876	def __init__( self, p, a, b ):
877		self.__p = p
878		self.__a = a
879		self.__b = b
880
881	def p( self ):
882		return self.__p
883
884	def a( self ):
885		return self.__a
886
887	def b( self ):
888		return self.__b
889
890	def contains_point( self, x, y ):
891		return ( y * y - ( x * x * x + self.__a * x + self.__b ) ) % self.__p == 0
892
893class Point( object ):
894	def __init__( self, curve, x, y, order = None ):
895		self.__curve = curve
896		self.__x = x
897		self.__y = y
898		self.__order = order
899		if self.__curve: assert self.__curve.contains_point( x, y )
900		if order: assert self * order == INFINITY
901
902	def __add__( self, other ):
903		if other == INFINITY: return self
904		if self == INFINITY: return other
905		assert self.__curve == other.__curve
906		if self.__x == other.__x:
907			if ( self.__y + other.__y ) % self.__curve.p() == 0:
908				return INFINITY
909			else:
910				return self.double()
911
912		p = self.__curve.p()
913		l = ( ( other.__y - self.__y ) * \
914					inverse_mod( other.__x - self.__x, p ) ) % p
915		x3 = ( l * l - self.__x - other.__x ) % p
916		y3 = ( l * ( self.__x - x3 ) - self.__y ) % p
917		return Point( self.__curve, x3, y3 )
918
919	def __mul__( self, other ):
920		def leftmost_bit( x ):
921			assert x > 0
922			result = 1L
923			while result <= x: result = 2 * result
924			return result / 2
925
926		e = other
927		if self.__order: e = e % self.__order
928		if e == 0: return INFINITY
929		if self == INFINITY: return INFINITY
930		assert e > 0
931		e3 = 3 * e
932		negative_self = Point( self.__curve, self.__x, -self.__y, self.__order )
933		i = leftmost_bit( e3 ) / 2
934		result = self
935		while i > 1:
936			result = result.double()
937			if ( e3 & i ) != 0 and ( e & i ) == 0: result = result + self
938			if ( e3 & i ) == 0 and ( e & i ) != 0: result = result + negative_self
939			i = i / 2
940		return result
941
942	def __rmul__( self, other ):
943		return self * other
944
945	def __str__( self ):
946		if self == INFINITY: return "infinity"
947		return "(%d,%d)" % ( self.__x, self.__y )
948
949	def double( self ):
950		if self == INFINITY:
951			return INFINITY
952
953		p = self.__curve.p()
954		a = self.__curve.a()
955		l = ( ( 3 * self.__x * self.__x + a ) * \
956					inverse_mod( 2 * self.__y, p ) ) % p
957		x3 = ( l * l - 2 * self.__x ) % p
958		y3 = ( l * ( self.__x - x3 ) - self.__y ) % p
959		return Point( self.__curve, x3, y3 )
960
961	def x( self ):
962		return self.__x
963
964	def y( self ):
965		return self.__y
966
967	def curve( self ):
968		return self.__curve
969
970	def order( self ):
971		return self.__order
972
973INFINITY = Point( None, None, None )
974
975def inverse_mod( a, m ):
976	if a < 0 or m <= a: a = a % m
977	c, d = a, m
978	uc, vc, ud, vd = 1, 0, 0, 1
979	while c != 0:
980		q, c, d = divmod( d, c ) + ( c, )
981		uc, vc, ud, vd = ud - q*uc, vd - q*vc, uc, vc
982	assert d == 1
983	if ud > 0: return ud
984	else: return ud + m
985
986class Signature( object ):
987	def __init__( self, r, s ):
988		self.r = r
989		self.s = s
990
991class Public_key( object ):
992	def __init__( self, generator, point, c=None ):
993		self.curve = generator.curve()
994		self.generator = generator
995		self.point = point
996		self.compressed = c
997		n = generator.order()
998		if not n:
999			raise RuntimeError, "Generator point must have order."
1000		if not n * point == INFINITY:
1001			raise RuntimeError, "Generator point order is bad."
1002		if point.x() < 0 or n <= point.x() or point.y() < 0 or n <= point.y():
1003			raise RuntimeError, "Generator point has x or y out of range."
1004
1005	def verifies( self, hash, signature ):
1006		G = self.generator
1007		n = G.order()
1008		r = signature.r
1009		s = signature.s
1010		if r < 1 or r > n-1: return False
1011		if s < 1 or s > n-1: return False
1012		c = inverse_mod( s, n )
1013		u1 = ( hash * c ) % n
1014		u2 = ( r * c ) % n
1015		xy = u1 * G + u2 * self.point
1016		v = xy.x() % n
1017		return v == r
1018
1019	def ser(self):
1020		if self.compressed:
1021			pk=('%02x'%(2+(self.point.y()&1))) + '%064x' % self.point.x()
1022		else:
1023			pk='04%064x%064x' % (self.point.x(), self.point.y())
1024
1025		return pk.decode('hex')
1026
1027	def get_addr(self, v=0):
1028		return public_key_to_bc_address(self.ser(), v)
1029
1030class Private_key( object ):
1031	def __init__( self, public_key, secret_multiplier ):
1032		self.public_key = public_key
1033		self.secret_multiplier = secret_multiplier
1034
1035	def der( self ):
1036		hex_der_key = '06052b8104000a30740201010420' + \
1037			'%064x' % self.secret_multiplier + \
1038			'a00706052b8104000aa14403420004' + \
1039			'%064x' % self.public_key.point.x() + \
1040			'%064x' % self.public_key.point.y()
1041		return hex_der_key.decode('hex')
1042
1043	def sign( self, hash, random_k ):
1044		G = self.public_key.generator
1045		n = G.order()
1046		k = random_k % n
1047		p1 = k * G
1048		r = p1.x()
1049		if r == 0: raise RuntimeError, "amazingly unlucky random number r"
1050		s = ( inverse_mod( k, n ) * \
1051					( hash + ( self.secret_multiplier * r ) % n ) ) % n
1052		if s == 0: raise RuntimeError, "amazingly unlucky random number s"
1053		return Signature( r, s )
1054
1055class EC_KEY(object):
1056	def __init__( self, secret ):
1057		curve = CurveFp( _p, _a, _b )
1058		generator = Point( curve, _Gx, _Gy, _r )
1059		self.pubkey = Public_key( generator, generator * secret )
1060		self.privkey = Private_key( self.pubkey, secret )
1061		self.secret = secret
1062
1063# end of python-ecdsa code
1064
1065# pywallet openssl private key implementation
1066
1067def i2d_ECPrivateKey(pkey, compressed=False):#, crypted=True):
1068	part3='a081a53081a2020101302c06072a8648ce3d0101022100'  # for uncompressed keys
1069	if compressed:
1070		if True:#not crypted:  ## Bitcoin accepts both part3's for crypted wallets...
1071			part3='a08185308182020101302c06072a8648ce3d0101022100'  # for compressed keys
1072		key = '3081d30201010420' + \
1073			'%064x' % pkey.secret + \
1074			part3 + \
1075			'%064x' % _p + \
1076			'3006040100040107042102' + \
1077			'%064x' % _Gx + \
1078			'022100' + \
1079			'%064x' % _r + \
1080			'020101a124032200'
1081	else:
1082		key = '308201130201010420' + \
1083			'%064x' % pkey.secret + \
1084			part3 + \
1085			'%064x' % _p + \
1086			'3006040100040107044104' + \
1087			'%064x' % _Gx + \
1088			'%064x' % _Gy + \
1089			'022100' + \
1090			'%064x' % _r + \
1091			'020101a144034200'
1092
1093	return key.decode('hex') + i2o_ECPublicKey(pkey, compressed)
1094
1095def i2o_ECPublicKey(pkey, compressed=False):
1096	# public keys are 65 bytes long (520 bits)
1097	# 0x04 + 32-byte X-coordinate + 32-byte Y-coordinate
1098	# 0x00 = point at infinity, 0x02 and 0x03 = compressed, 0x04 = uncompressed
1099	# compressed keys: <sign> <x> where <sign> is 0x02 if y is even and 0x03 if y is odd
1100	if compressed:
1101		if pkey.pubkey.point.y() & 1:
1102			key = '03' + '%064x' % pkey.pubkey.point.x()
1103		else:
1104			key = '02' + '%064x' % pkey.pubkey.point.x()
1105	else:
1106		key = '04' + \
1107			'%064x' % pkey.pubkey.point.x() + \
1108			'%064x' % pkey.pubkey.point.y()
1109
1110	return key.decode('hex')
1111
1112# bitcointools hashes and base58 implementation
1113
1114def hash_160(public_key):
1115 	md = hashlib.new('ripemd160')
1116	md.update(hashlib.sha256(public_key).digest())
1117	return md.digest()
1118
1119def public_key_to_bc_address(public_key, v=None):
1120	if v==None:
1121		v=addrtype
1122	h160 = hash_160(public_key)
1123	return hash_160_to_bc_address(h160, v)
1124
1125def hash_160_to_bc_address(h160, v=None):
1126	if v==None:
1127		v=addrtype
1128	vh160 = chr(v) + h160
1129	h = Hash(vh160)
1130	addr = vh160 + h[0:4]
1131	return b58encode(addr)
1132
1133def bc_address_to_hash_160(addr):
1134	bytes = b58decode(addr, 25)
1135	return bytes[1:21]
1136
1137__b58chars = '123456789ABCDEFGHJKLMNPQRSTUVWXYZabcdefghijkmnopqrstuvwxyz'
1138__b58base = len(__b58chars)
1139
1140def b58encode(v):
1141	""" encode v, which is a string of bytes, to base58.
1142	"""
1143
1144	long_value = 0L
1145	for (i, c) in enumerate(v[::-1]):
1146		long_value += (256**i) * ord(c)
1147
1148	result = ''
1149	while long_value >= __b58base:
1150		div, mod = divmod(long_value, __b58base)
1151		result = __b58chars[mod] + result
1152		long_value = div
1153	result = __b58chars[long_value] + result
1154
1155	# Bitcoin does a little leading-zero-compression:
1156	# leading 0-bytes in the input become leading-1s
1157	nPad = 0
1158	for c in v:
1159		if c == '\0': nPad += 1
1160		else: break
1161
1162	return (__b58chars[0]*nPad) + result
1163
1164def b58decode(v, length):
1165	""" decode v into a string of len bytes
1166	"""
1167	long_value = 0L
1168	for (i, c) in enumerate(v[::-1]):
1169		long_value += __b58chars.find(c) * (__b58base**i)
1170
1171	result = ''
1172	while long_value >= 256:
1173		div, mod = divmod(long_value, 256)
1174		result = chr(mod) + result
1175		long_value = div
1176	result = chr(long_value) + result
1177
1178	nPad = 0
1179	for c in v:
1180		if c == __b58chars[0]: nPad += 1
1181		else: break
1182
1183	result = chr(0)*nPad + result
1184	if length is not None and len(result) != length:
1185		return None
1186
1187	return result
1188
1189# end of bitcointools base58 implementation
1190
1191# address handling code
1192
1193def long_hex(bytes):
1194	return bytes.encode('hex_codec')
1195
1196def Hash(data):
1197	return hashlib.sha256(hashlib.sha256(data).digest()).digest()
1198
1199def EncodeBase58Check(secret):
1200	hash = Hash(secret)
1201	return b58encode(secret + hash[0:4])
1202
1203def DecodeBase58Check(sec):
1204	vchRet = b58decode(sec, None)
1205	secret = vchRet[0:-4]
1206	csum = vchRet[-4:]
1207	hash = Hash(secret)
1208	cs32 = hash[0:4]
1209	if cs32 != csum:
1210		return None
1211	else:
1212		return secret
1213
1214def str_to_long(b):
1215	res = 0
1216	pos = 1
1217	for a in reversed(b):
1218		res += ord(a) * pos
1219		pos *= 256
1220	return res
1221
1222def PrivKeyToSecret(privkey):
1223	if len(privkey) == 279:
1224		return privkey[9:9+32]
1225	else:
1226		return privkey[8:8+32]
1227
1228def SecretToASecret(secret, compressed=False):
1229	prefix = chr((addrtype+128)&255)
1230	if addrtype==48:  #assuming Litecoin
1231		prefix = chr(128)
1232	vchIn = prefix + secret
1233	if compressed: vchIn += '\01'
1234	return EncodeBase58Check(vchIn)
1235
1236def ASecretToSecret(sec):
1237	vch = DecodeBase58Check(sec)
1238	if not vch:
1239		return False
1240	if vch[0] != chr((addrtype+128)&255):
1241		print 'Warning: adress prefix seems bad (%d vs %d)'%(ord(vch[0]), (addrtype+128)&255)
1242	return vch[1:]
1243
1244def regenerate_key(sec):
1245	b = ASecretToSecret(sec)
1246	if not b:
1247		return False
1248	b = b[0:32]
1249	secret = int('0x' + b.encode('hex'), 16)
1250	return EC_KEY(secret)
1251
1252def GetPubKey(pkey, compressed=False):
1253	return i2o_ECPublicKey(pkey, compressed)
1254
1255def GetPrivKey(pkey, compressed=False):
1256	return i2d_ECPrivateKey(pkey, compressed)
1257
1258def GetSecret(pkey):
1259	return ('%064x' % pkey.secret).decode('hex')
1260
1261def is_compressed(sec):
1262	b = ASecretToSecret(sec)
1263	return len(b) == 33
1264
1265# bitcointools wallet.dat handling code
1266
1267def create_env(db_dir):
1268	db_env = DBEnv(0)
1269	r = db_env.open(db_dir, (DB_CREATE|DB_INIT_LOCK|DB_INIT_LOG|DB_INIT_MPOOL|DB_INIT_TXN|DB_THREAD|DB_RECOVER))
1270	return db_env
1271
1272def parse_CAddress(vds):
1273	d = {'ip':'0.0.0.0','port':0,'nTime': 0}
1274	try:
1275		d['nVersion'] = vds.read_int32()
1276		d['nTime'] = vds.read_uint32()
1277		d['nServices'] = vds.read_uint64()
1278		d['pchReserved'] = vds.read_bytes(12)
1279		d['ip'] = socket.inet_ntoa(vds.read_bytes(4))
1280		d['port'] = vds.read_uint16()
1281	except:
1282		pass
1283	return d
1284
1285def deserialize_CAddress(d):
1286	return d['ip']+":"+str(d['port'])
1287
1288def parse_BlockLocator(vds):
1289	d = { 'hashes' : [] }
1290	nHashes = vds.read_compact_size()
1291	for i in xrange(nHashes):
1292		d['hashes'].append(vds.read_bytes(32))
1293		return d
1294
1295def deserialize_BlockLocator(d):
1296  result = "Block Locator top: "+d['hashes'][0][::-1].encode('hex_codec')
1297  return result
1298
1299def parse_setting(setting, vds):
1300	if setting[0] == "f":	# flag (boolean) settings
1301		return str(vds.read_boolean())
1302	elif setting[0:4] == "addr": # CAddress
1303		d = parse_CAddress(vds)
1304		return deserialize_CAddress(d)
1305	elif setting == "nTransactionFee":
1306		return vds.read_int64()
1307	elif setting == "nLimitProcessors":
1308		return vds.read_int32()
1309	return 'unknown setting'
1310
1311class SerializationError(Exception):
1312	""" Thrown when there's a problem deserializing or serializing """
1313
1314
1315def search_patterns_on_disk(device, size, inc, patternlist):   # inc must be higher than 1k
1316	try:
1317		otype=os.O_RDONLY|os.O_BINARY
1318	except:
1319		otype=os.O_RDONLY
1320	try:
1321		fd = os.open(device, otype)
1322	except Exception as e:
1323		print "Can't open %s, check the path or try as root"%device
1324		print "  Error:", e.args
1325		exit(0)
1326
1327	i = 0
1328	data=''
1329
1330	tzero=time.time()
1331	sizetokeep=0
1332	BlocksToInspect=dict(map(lambda x:[x,[]], patternlist))
1333	syst=systype()
1334	lendataloaded=None
1335	writeProgressEvery=100*Mo
1336	while i < int(size) and (lendataloaded!=0 or lendataloaded==None):
1337		if int(i/writeProgressEvery)!=int((i+inc)/writeProgressEvery):
1338			print "%.2f Go read"%(i/1e9)
1339		try:
1340			datakept=data[-sizetokeep:]
1341			data = datakept+os.read(fd, inc)
1342			lendataloaded = len(data)-len(datakept)   #should be inc
1343			for text in patternlist:
1344				if text in data:
1345					BlocksToInspect[text].append([i-len(datakept), data, len(datakept)])
1346					pass
1347			sizetokeep=20   # 20 because all the patterns have a len<20. Could be higher.
1348			i += lendataloaded
1349		except Exception as exc:
1350			if lendataloaded%512>0:
1351				raise Exception("SPOD error 1: %d, %d"%(lendataloaded, i-len(datakept)))
1352			os.lseek(fd, lendataloaded, os.SEEK_CUR)
1353			print str(exc)
1354			i += lendataloaded
1355			continue
1356	os.close(fd)
1357
1358	AllOffsets=dict(map(lambda x:[x,[]], patternlist))
1359	for text,blocks in BlocksToInspect.items():
1360		for offset,data,ldk in blocks:  #ldk = len(datakept)
1361			offsetslist=[offset+m.start() for m in re.finditer(text, data)]
1362			AllOffsets[text].extend(offsetslist)
1363
1364	AllOffsets['PRFdevice']=device
1365	AllOffsets['PRFdt']=time.time()-tzero
1366	AllOffsets['PRFsize']=i
1367	return AllOffsets
1368
1369def multiextract(s, ll):
1370	r=[]
1371	cursor=0
1372	for length in ll:
1373		r.append(s[cursor:cursor+length])
1374		cursor+=length
1375	if s[cursor:]!='':
1376		r.append(s[cursor:])
1377	return r
1378
1379class RecovCkey(object):
1380	def __init__(self, epk, pk):
1381		self.encrypted_pk=epk
1382		self.public_key=pk
1383		self.mkey=None
1384		self.privkey=None
1385
1386
1387class RecovMkey(object):
1388	def __init__(self, ekey, salt, nditer, ndmethod, nid):
1389		self.encrypted_key=ekey
1390		self.salt=salt
1391		self.iterations=nditer
1392		self.method=ndmethod
1393		self.id=nid
1394
1395def readpartfile(fd, offset, length):   #make everything 512*n because of windows...
1396	rest=offset%512
1397	new_offset=offset-rest
1398	big_length=512*(int((length+rest-1)/512)+1)
1399	os.lseek(fd, new_offset, os.SEEK_SET)
1400	d=os.read(fd, big_length)
1401	return d[rest:rest+length]
1402
1403def recov_ckey(fd, offset):
1404	d=readpartfile(fd, offset-49, 122)
1405	me=multiextract(d, [1,48,4,4,1])
1406
1407	checks=[]
1408	checks.append([0, '30'])
1409	checks.append([3, '636b6579'])
1410	if sum(map(lambda x:int(me[x[0]]!=x[1].decode('hex')), checks)):  #number of false statements
1411		return None
1412
1413	return me
1414
1415def recov_mkey(fd, offset):
1416	d=readpartfile(fd, offset-72, 84)
1417	me=multiextract(d, [4,48,1,8,4,4,1,2,8,4])
1418
1419	checks=[]
1420	checks.append([0, '43000130'])
1421	checks.append([2, '08'])
1422	checks.append([6, '00'])
1423	checks.append([8, '090001046d6b6579'])
1424	if sum(map(lambda x:int(me[x[0]]!=x[1].decode('hex')), checks)):  #number of false statements
1425		return None
1426
1427	return me
1428
1429def recov_uckey(fd, offset):
1430	checks=[]
1431
1432	d=readpartfile(fd, offset-217, 223)
1433	if d[-7]=='\x26':
1434		me=multiextract(d, [2,1,4,1,32,141,33,2,1,6])
1435
1436		checks.append([0, '3081'])
1437		checks.append([2, '02010104'])
1438	elif d[-7]=='\x46':
1439		d=readpartfile(fd, offset-282, 286)
1440
1441		me=multiextract(d, [2,1,4,1,32,173,65,1,2,5])
1442
1443		checks.append([0, '8201'])
1444		checks.append([2, '02010104'])
1445		checks.append([-1, '460001036b'])
1446	else:
1447		return None
1448
1449
1450	if sum(map(lambda x:int(me[x[0]]!=x[1].decode('hex')), checks)):  #number of false statements
1451		return None
1452
1453	return me
1454
1455def starts_with(s, b):
1456	return len(s)>=len(b) and s[:len(b)]==b
1457
1458
1459def recov(device, passes, size=102400, inc=10240, outputdir='.'):
1460	if inc%512>0:
1461		inc-=inc%512   #inc must be 512*n on Windows... Don't ask me why...
1462
1463	nameToDBName={'mkey':'\x09\x00\x01\x04mkey','ckey':'\x27\x00\x01\x04ckey','key':'\x00\x01\x03key',}
1464
1465
1466	if not starts_with(device, 'PartialRecoveryFile:'):
1467		r=search_patterns_on_disk(device, size, inc, map(lambda x:nameToDBName[x], ['mkey', 'ckey', 'key']))
1468		f=open(outputdir+'/pywallet_partial_recovery_%d.dat'%ts(), 'w')
1469		f.write(str(r))
1470		f.close()
1471		print "\nRead %.1f Go in %.1f minutes\n"%(r['PRFsize']/1e9, r['PRFdt']/60.0)
1472	else:
1473		prf=device[20:]
1474		f=open(prf, 'r')
1475		content=f.read()
1476		f.close()
1477		cmd=("z = "+content+"")
1478		exec cmd in locals()
1479		r=z
1480		device=r['PRFdevice']
1481		print "\nLoaded %.1f Go from %s\n"%(r['PRFsize']/1e9, device)
1482
1483
1484	try:
1485		otype=os.O_RDONLY|os.O_BINARY
1486	except:
1487		otype=os.O_RDONLY
1488	fd = os.open(device, otype)
1489
1490
1491	mkeys=[]
1492	crypters=[]
1493	syst=systype()
1494	for offset in r[nameToDBName['mkey']]:
1495		s=recov_mkey(fd, offset)
1496		if s==None:
1497			continue
1498		newmkey=RecovMkey(s[1],s[3],int(s[5][::-1].encode('hex'), 16),int(s[4][::-1].encode('hex'), 16),int(s[-1][::-1].encode('hex'), 16))
1499		mkeys.append([offset,newmkey])
1500
1501	print "Found", len(mkeys), 'possible wallets'
1502
1503
1504
1505
1506	ckeys=[]
1507	for offset in r[nameToDBName['ckey']]:
1508		s=recov_ckey(fd, offset)
1509		if s==None:
1510			continue
1511		newckey=RecovCkey(s[1], s[5][:int(s[4].encode('hex'),16)])
1512		ckeys.append([offset,newckey])
1513	print "Found", len(ckeys), 'possible encrypted keys'
1514
1515
1516	uckeys=[]
1517	for offset in r[nameToDBName['key']]:
1518		s=recov_uckey(fd, offset)
1519		if s==None:
1520			continue
1521		uckeys.append(s[4])
1522	print "Found", len(uckeys), 'possible unencrypted keys'
1523
1524
1525	os.close(fd)
1526
1527
1528	list_of_possible_keys_per_master_key=dict(map(lambda x:[x[1],[]], mkeys))
1529	for cko,ck in ckeys:
1530		tl=map(lambda x:[abs(x[0]-cko)]+x, mkeys)
1531		tl=sorted(tl, key=lambda x:x[0])
1532		list_of_possible_keys_per_master_key[tl[0][2]].append(ck)
1533
1534	cpt=0
1535	mki=1
1536	tzero=time.time()
1537	if len(passes)==0:
1538		if len(ckeys)>0:
1539			print "Can't decrypt them as you didn't provide any passphrase."
1540	else:
1541		for mko,mk in mkeys:
1542			list_of_possible_keys=list_of_possible_keys_per_master_key[mk]
1543			sys.stdout.write( "\nPossible wallet #"+str(mki))
1544			sys.stdout.flush()
1545			for ppi,pp in enumerate(passes):
1546				sys.stdout.write( "\n    with passphrase #"+str(ppi+1)+"  ")
1547				sys.stdout.flush()
1548				failures_in_a_row=0
1549#				print "SKFP params:", pp, mk.salt, mk.iterations, mk.method
1550				res = crypter.SetKeyFromPassphrase(pp, mk.salt, mk.iterations, mk.method)
1551				if res == 0:
1552					print "Unsupported derivation method"
1553					sys.exit(1)
1554				masterkey = crypter.Decrypt(mk.encrypted_key)
1555				crypter.SetKey(masterkey)
1556				for ck in list_of_possible_keys:
1557					if cpt%10==9 and failures_in_a_row==0:
1558						sys.stdout.write('.')
1559						sys.stdout.flush()
1560					if failures_in_a_row>5:
1561						break
1562					crypter.SetIV(Hash(ck.public_key))
1563					secret = crypter.Decrypt(ck.encrypted_pk)
1564					compressed = ck.public_key[0] != '\04'
1565
1566
1567					pkey = EC_KEY(int('0x' + secret.encode('hex'), 16))
1568					if ck.public_key != GetPubKey(pkey, compressed):
1569						failures_in_a_row+=1
1570					else:
1571						failures_in_a_row=0
1572						ck.mkey=mk
1573						ck.privkey=secret
1574					cpt+=1
1575			mki+=1
1576		print "\n"
1577		tone=time.time()
1578		try:
1579			calcspeed=1.0*cpt/(tone-tzero)*60  #calc/min
1580		except:
1581			calcspeed=1.0
1582		if calcspeed==0:
1583			calcspeed=1.0
1584
1585		ckeys_not_decrypted=filter(lambda x:x[1].privkey==None, ckeys)
1586		refused_to_test_all_pps=True
1587		if len(ckeys_not_decrypted)==0:
1588			print "All the found encrypted private keys have been decrypted."
1589			return map(lambda x:x[1].privkey, ckeys)
1590		else:
1591			print "Private keys not decrypted: %d"%len(ckeys_not_decrypted)
1592			print "Trying all the remaining possibilities (%d) might take up to %d minutes."%(len(ckeys_not_decrypted)*len(passes)*len(mkeys),int(len(ckeys_not_decrypted)*len(passes)*len(mkeys)/calcspeed))
1593			cont=raw_input("Do you want to test them? (y/n): ")
1594			while len(cont)==0:
1595                                cont=raw_input("Do you want to test them? (y/n): ")
1596                        if cont[0]=='y':
1597                                refused_to_test_all_pps=False
1598                                cpt=0
1599                                for dist,mko,mk in tl:
1600                                        for ppi,pp in enumerate(passes):
1601                                                res = crypter.SetKeyFromPassphrase(pp, mk.salt, mk.iterations, mk.method)
1602                                                if res == 0:
1603                                                        logging.error("Unsupported derivation method")
1604                                                        sys.exit(1)
1605                                                masterkey = crypter.Decrypt(mk.encrypted_key)
1606                                                crypter.SetKey(masterkey)
1607                                                for cko,ck in ckeys_not_decrypted:
1608                                                        tl=map(lambda x:[abs(x[0]-cko)]+x, mkeys)
1609                                                        tl=sorted(tl, key=lambda x:x[0])
1610                                                        if mk==tl[0][2]:
1611                                                                continue         #because already tested
1612                                                        crypter.SetIV(Hash(ck.public_key))
1613                                                        secret = crypter.Decrypt(ck.encrypted_pk)
1614                                                        compressed = ck.public_key[0] != '\04'
1615
1616
1617                                                        pkey = EC_KEY(int('0x' + secret.encode('hex'), 16))
1618                                                        if ck.public_key == GetPubKey(pkey, compressed):
1619                                                                ck.mkey=mk
1620                                                                ck.privkey=secret
1621                                                        cpt+=1
1622
1623		print
1624		ckeys_not_decrypted=filter(lambda x:x[1].privkey==None, ckeys)
1625		if len(ckeys_not_decrypted)==0:
1626			print "All the found encrypted private keys have been finally decrypted."
1627		elif not refused_to_test_all_pps:
1628			print "Private keys not decrypted: %d"%len(ckeys_not_decrypted)
1629			print "Try another password, check the size of your partition or seek help"
1630
1631
1632	uncrypted_ckeys=filter(lambda x:x!=None, map(lambda x:x[1].privkey, ckeys))
1633	uckeys.extend(uncrypted_ckeys)
1634
1635	return uckeys
1636
1637
1638
1639
1640def ts():
1641	return int(time.mktime(datetime.now().timetuple()))
1642
1643def check_postkeys(key, postkeys):
1644	for i in postkeys:
1645		if key[:len(i)] == i:
1646			return True
1647	return False
1648
1649def one_element_in(a, string):
1650	for i in a:
1651		if i in string:
1652			return True
1653	return False
1654
1655def first_read(device, size, prekeys, inc=10000):
1656	t0 = ts()-1
1657	try:
1658		fd = os.open (device, os.O_RDONLY)
1659	except:
1660		print("Can't open %s, check the path or try as root"%device)
1661		exit(0)
1662	prekey = prekeys[0]
1663	data = ""
1664	i = 0
1665	data = os.read (fd, i)
1666	before_contained_key = False
1667	contains_key = False
1668	ranges = []
1669
1670	while i < int(size):
1671		if i%(10*Mio) > 0 and i%(10*Mio) <= inc:
1672			print("\n%.2f/%.2f Go"%(i/1e9, size/1e9))
1673			t = ts()
1674			speed = i/(t-t0)
1675			ETAts = size/speed + t0
1676			d = datetime.fromtimestamp(ETAts)
1677			print(d.strftime("   ETA: %H:%M:%S"))
1678
1679		try:
1680			data = os.read (fd, inc)
1681		except Exception as exc:
1682			os.lseek(fd, inc, os.SEEK_CUR)
1683			print str(exc)
1684			i += inc
1685			continue
1686
1687		contains_key = one_element_in(prekeys, data)
1688
1689		if not before_contained_key and contains_key:
1690			ranges.append(i)
1691
1692		if before_contained_key and not contains_key:
1693			ranges.append(i)
1694
1695		before_contained_key = contains_key
1696
1697		i += inc
1698
1699	os.close (fd)
1700	return ranges
1701
1702def shrink_intervals(device, ranges, prekeys, inc=1000):
1703	prekey = prekeys[0]
1704	nranges = []
1705	fd = os.open (device, os.O_RDONLY)
1706	for j in range(len(ranges)/2):
1707		before_contained_key = False
1708		contains_key = False
1709		bi = ranges[2*j]
1710		bf = ranges[2*j+1]
1711
1712		mini_blocks = []
1713		k = bi
1714		while k <= bf + len(prekey) + 1:
1715			mini_blocks.append(k)
1716			k += inc
1717			mini_blocks.append(k)
1718
1719		for k in range(len(mini_blocks)/2):
1720			mini_blocks[2*k] -= len(prekey) +1
1721			mini_blocks[2*k+1] += len(prekey) +1
1722
1723
1724			bi = mini_blocks[2*k]
1725			bf = mini_blocks[2*k+1]
1726
1727			os.lseek(fd, bi, 0)
1728
1729			data = os.read(fd, bf-bi+1)
1730			contains_key = one_element_in(prekeys, data)
1731
1732			if not before_contained_key and contains_key:
1733				nranges.append(bi)
1734
1735			if before_contained_key and not contains_key:
1736				nranges.append(bi+len(prekey) +1+len(prekey) +1)
1737
1738			before_contained_key = contains_key
1739
1740	os.close (fd)
1741
1742	return nranges
1743
1744def find_offsets(device, ranges, prekeys):
1745	prekey = prekeys[0]
1746	list_offsets = []
1747	to_read = 0
1748	fd = os.open (device, os.O_RDONLY)
1749	for i in range(len(ranges)/2):
1750		bi = ranges[2*i]-len(prekey)-1
1751		os.lseek(fd, bi, 0)
1752		bf = ranges[2*i+1]+len(prekey)+1
1753		to_read += bf-bi+1
1754		buf = ""
1755		for j in range(len(prekey)):
1756			buf += "\x00"
1757		curs = bi
1758
1759		while curs <= bf:
1760			data = os.read(fd, 1)
1761			buf = buf[1:] + data
1762			if buf in prekeys:
1763				list_offsets.append(curs)
1764			curs += 1
1765
1766	os.close (fd)
1767
1768	return [to_read, list_offsets]
1769
1770def read_keys(device, list_offsets):
1771	found_hexkeys = []
1772	fd = os.open (device, os.O_RDONLY)
1773	for offset in list_offsets:
1774		os.lseek(fd, offset+1, 0)
1775		data = os.read(fd, 40)
1776		hexkey = data[1:33].encode('hex')
1777		after_key = data[33:39].encode('hex')
1778		if hexkey not in found_hexkeys and check_postkeys(after_key.decode('hex'), postkeys):
1779			found_hexkeys.append(hexkey)
1780
1781	os.close (fd)
1782
1783	return found_hexkeys
1784
1785def read_device_size(size):
1786	if size[-2] == 'i':
1787		unit = size[-3:]
1788		value = float(size[:-3])
1789	else:
1790		unit = size[-2:]
1791		value = float(size[:-2])
1792	exec 'unit = %s' % unit
1793	return int(value * unit)
1794
1795def md5_2(a):
1796	return hashlib.md5(a).digest()
1797
1798def md5_file(nf):
1799  try:
1800	fichier = file(nf, 'r').read()
1801	return md5_2(fichier)
1802  except:
1803	return 'zz'
1804
1805def md5_onlinefile(add):
1806	page = urllib.urlopen(add).read()
1807	return md5_2(page)
1808
1809
1810class KEY:
1811
1812	 def __init__ (self):
1813		  self.prikey = None
1814		  self.pubkey = None
1815
1816	 def generate (self, secret=None):
1817		  if secret:
1818				exp = int ('0x' + secret.encode ('hex'), 16)
1819				self.prikey = ecdsa.SigningKey.from_secret_exponent (exp, curve=secp256k1)
1820		  else:
1821				self.prikey = ecdsa.SigningKey.generate (curve=secp256k1)
1822		  self.pubkey = self.prikey.get_verifying_key()
1823		  return self.prikey.to_der()
1824
1825	 def set_privkey (self, key):
1826		  if len(key) == 279:
1827				seq1, rest = der.remove_sequence (key)
1828				integer, rest = der.remove_integer (seq1)
1829				octet_str, rest = der.remove_octet_string (rest)
1830				tag1, cons1, rest, = der.remove_constructed (rest)
1831				tag2, cons2, rest, = der.remove_constructed (rest)
1832				point_str, rest = der.remove_bitstring (cons2)
1833				self.prikey = ecdsa.SigningKey.from_string(octet_str, curve=secp256k1)
1834		  else:
1835				self.prikey = ecdsa.SigningKey.from_der (key)
1836
1837	 def set_pubkey (self, key):
1838		  key = key[1:]
1839		  self.pubkey = ecdsa.VerifyingKey.from_string (key, curve=secp256k1)
1840
1841	 def get_privkey (self):
1842		  _p = self.prikey.curve.curve.p ()
1843		  _r = self.prikey.curve.generator.order ()
1844		  _Gx = self.prikey.curve.generator.x ()
1845		  _Gy = self.prikey.curve.generator.y ()
1846		  encoded_oid2 = der.encode_oid (*(1, 2, 840, 10045, 1, 1))
1847		  encoded_gxgy = "\x04" + ("%64x" % _Gx).decode('hex') + ("%64x" % _Gy).decode('hex')
1848		  param_sequence = der.encode_sequence (
1849				ecdsa.der.encode_integer(1),
1850					der.encode_sequence (
1851					encoded_oid2,
1852					der.encode_integer (_p),
1853				),
1854				der.encode_sequence (
1855					der.encode_octet_string("\x00"),
1856					der.encode_octet_string("\x07"),
1857				),
1858				der.encode_octet_string (encoded_gxgy),
1859				der.encode_integer (_r),
1860				der.encode_integer (1),
1861		  );
1862		  encoded_vk = "\x00\x04" + self.pubkey.to_string ()
1863		  return der.encode_sequence (
1864				der.encode_integer (1),
1865				der.encode_octet_string (self.prikey.to_string ()),
1866				der.encode_constructed (0, param_sequence),
1867				der.encode_constructed (1, der.encode_bitstring (encoded_vk)),
1868		  )
1869
1870	 def get_pubkey (self):
1871		  return "\x04" + self.pubkey.to_string()
1872
1873	 def sign (self, hash):
1874		  sig = self.prikey.sign_digest (hash, sigencode=ecdsa.util.sigencode_der)
1875		  return sig.encode('hex')
1876
1877	 def verify (self, hash, sig):
1878		  return self.pubkey.verify_digest (sig, hash, sigdecode=ecdsa.util.sigdecode_der)
1879
1880def bool_to_int(b):
1881	if b:
1882		return 1
1883	return 0
1884
1885class BCDataStream(object):
1886	def __init__(self):
1887		self.input = None
1888		self.read_cursor = 0
1889
1890	def clear(self):
1891		self.input = None
1892		self.read_cursor = 0
1893
1894	def write(self, bytes):	# Initialize with string of bytes
1895		if self.input is None:
1896			self.input = bytes
1897		else:
1898			self.input += bytes
1899
1900	def map_file(self, file, start):	# Initialize with bytes from file
1901		self.input = mmap.mmap(file.fileno(), 0, access=mmap.ACCESS_READ)
1902		self.read_cursor = start
1903	def seek_file(self, position):
1904		self.read_cursor = position
1905	def close_file(self):
1906		self.input.close()
1907
1908	def read_string(self):
1909		# Strings are encoded depending on length:
1910		# 0 to 252 :	1-byte-length followed by bytes (if any)
1911		# 253 to 65,535 : byte'253' 2-byte-length followed by bytes
1912		# 65,536 to 4,294,967,295 : byte '254' 4-byte-length followed by bytes
1913		# ... and the Bitcoin client is coded to understand:
1914		# greater than 4,294,967,295 : byte '255' 8-byte-length followed by bytes of string
1915		# ... but I don't think it actually handles any strings that big.
1916		if self.input is None:
1917			raise SerializationError("call write(bytes) before trying to deserialize")
1918
1919		try:
1920			length = self.read_compact_size()
1921		except IndexError:
1922			raise SerializationError("attempt to read past end of buffer")
1923
1924		return self.read_bytes(length)
1925
1926	def write_string(self, string):
1927		# Length-encoded as with read-string
1928		self.write_compact_size(len(string))
1929		self.write(string)
1930
1931	def read_bytes(self, length):
1932		try:
1933			result = self.input[self.read_cursor:self.read_cursor+length]
1934			self.read_cursor += length
1935			return result
1936		except IndexError:
1937			raise SerializationError("attempt to read past end of buffer")
1938
1939		return ''
1940
1941	def read_boolean(self): return self.read_bytes(1)[0] != chr(0)
1942	def read_int16(self): return self._read_num('<h')
1943	def read_uint16(self): return self._read_num('<H')
1944	def read_int32(self): return self._read_num('<i')
1945	def read_uint32(self): return self._read_num('<I')
1946	def read_int64(self): return self._read_num('<q')
1947	def read_uint64(self): return self._read_num('<Q')
1948
1949	def write_boolean(self, val): return self.write(chr(bool_to_int(val)))
1950	def write_int16(self, val): return self._write_num('<h', val)
1951	def write_uint16(self, val): return self._write_num('<H', val)
1952	def write_int32(self, val): return self._write_num('<i', val)
1953	def write_uint32(self, val): return self._write_num('<I', val)
1954	def write_int64(self, val): return self._write_num('<q', val)
1955	def write_uint64(self, val): return self._write_num('<Q', val)
1956
1957	def read_compact_size(self):
1958		size = ord(self.input[self.read_cursor])
1959		self.read_cursor += 1
1960		if size == 253:
1961			size = self._read_num('<H')
1962		elif size == 254:
1963			size = self._read_num('<I')
1964		elif size == 255:
1965			size = self._read_num('<Q')
1966		return size
1967
1968	def write_compact_size(self, size):
1969		if size < 0:
1970			raise SerializationError("attempt to write size < 0")
1971		elif size < 253:
1972			 self.write(chr(size))
1973		elif size < 2**16:
1974			self.write('\xfd')
1975			self._write_num('<H', size)
1976		elif size < 2**32:
1977			self.write('\xfe')
1978			self._write_num('<I', size)
1979		elif size < 2**64:
1980			self.write('\xff')
1981			self._write_num('<Q', size)
1982
1983	def _read_num(self, format):
1984		(i,) = struct.unpack_from(format, self.input, self.read_cursor)
1985		self.read_cursor += struct.calcsize(format)
1986		return i
1987
1988	def _write_num(self, format, num):
1989		s = struct.pack(format, num)
1990		self.write(s)
1991
1992def open_wallet(db_env, walletfile, writable=False):
1993	db = DB(db_env)
1994	if writable:
1995		DB_TYPEOPEN = DB_CREATE
1996	else:
1997		DB_TYPEOPEN = DB_RDONLY
1998	flags = DB_THREAD | DB_TYPEOPEN
1999	try:
2000		r = db.open(walletfile, "main", DB_BTREE, flags)
2001	except DBError:
2002		r = True
2003
2004	if r is not None:
2005		logging.error("Couldn't open wallet.dat/main. Try quitting Bitcoin and running this again.")
2006		sys.exit(1)
2007
2008	return db
2009
2010def inversetxid(txid):
2011	if len(txid) is not 64:
2012		print("Bad txid")
2013		return "CORRUPTEDTXID:"+txid
2014#		exit(0)
2015	new_txid = ""
2016	for i in range(32):
2017		new_txid += txid[62-2*i];
2018		new_txid += txid[62-2*i+1];
2019	return new_txid
2020
2021def parse_wallet(db, item_callback):
2022	kds = BCDataStream()
2023	vds = BCDataStream()
2024
2025
2026	def parse_TxIn(vds):
2027		d = {}
2028		d['prevout_hash'] = vds.read_bytes(32).encode('hex')
2029		d['prevout_n'] = vds.read_uint32()
2030		d['scriptSig'] = vds.read_bytes(vds.read_compact_size()).encode('hex')
2031		d['sequence'] = vds.read_uint32()
2032		return d
2033
2034
2035	def parse_TxOut(vds):
2036		d = {}
2037		d['value'] = vds.read_int64()/1e8
2038		d['scriptPubKey'] = vds.read_bytes(vds.read_compact_size()).encode('hex')
2039		return d
2040
2041
2042	for (key, value) in db.items():
2043		d = { }
2044
2045		kds.clear(); kds.write(key)
2046		vds.clear(); vds.write(value)
2047
2048		type = kds.read_string()
2049
2050		d["__key__"] = key
2051		d["__value__"] = value
2052		d["__type__"] = type
2053
2054		try:
2055			if type == "tx":
2056				d["tx_id"] = inversetxid(kds.read_bytes(32).encode('hex_codec'))
2057				start = vds.read_cursor
2058				d['version'] = vds.read_int32()
2059				n_vin = vds.read_compact_size()
2060				d['txIn'] = []
2061				for i in xrange(n_vin):
2062					d['txIn'].append(parse_TxIn(vds))
2063				n_vout = vds.read_compact_size()
2064				d['txOut'] = []
2065				for i in xrange(n_vout):
2066					d['txOut'].append(parse_TxOut(vds))
2067				d['lockTime'] = vds.read_uint32()
2068				d['tx'] = vds.input[start:vds.read_cursor].encode('hex_codec')
2069				d['txv'] = value.encode('hex_codec')
2070				d['txk'] = key.encode('hex_codec')
2071			elif type == "name":
2072				d['hash'] = kds.read_string()
2073				d['name'] = vds.read_string()
2074			elif type == "version":
2075				d['version'] = vds.read_uint32()
2076			elif type == "minversion":
2077				d['minversion'] = vds.read_uint32()
2078			elif type == "setting":
2079				d['setting'] = kds.read_string()
2080				d['value'] = parse_setting(d['setting'], vds)
2081			elif type == "key":
2082				d['public_key'] = kds.read_bytes(kds.read_compact_size())
2083				d['private_key'] = vds.read_bytes(vds.read_compact_size())
2084			elif type == "wkey":
2085				d['public_key'] = kds.read_bytes(kds.read_compact_size())
2086				d['private_key'] = vds.read_bytes(vds.read_compact_size())
2087				d['created'] = vds.read_int64()
2088				d['expires'] = vds.read_int64()
2089				d['comment'] = vds.read_string()
2090			elif type == "defaultkey":
2091				d['key'] = vds.read_bytes(vds.read_compact_size())
2092			elif type == "pool":
2093				d['n'] = kds.read_int64()
2094				d['nVersion'] = vds.read_int32()
2095				d['nTime'] = vds.read_int64()
2096				d['public_key'] = vds.read_bytes(vds.read_compact_size())
2097			elif type == "acc":
2098				d['account'] = kds.read_string()
2099				d['nVersion'] = vds.read_int32()
2100				d['public_key'] = vds.read_bytes(vds.read_compact_size())
2101			elif type == "acentry":
2102				d['account'] = kds.read_string()
2103				d['n'] = kds.read_uint64()
2104				d['nVersion'] = vds.read_int32()
2105				d['nCreditDebit'] = vds.read_int64()
2106				d['nTime'] = vds.read_int64()
2107				d['otherAccount'] = vds.read_string()
2108				d['comment'] = vds.read_string()
2109			elif type == "bestblock":
2110				d['nVersion'] = vds.read_int32()
2111				#d.update(parse_BlockLocator(vds))
2112			elif type == "ckey":
2113				d['public_key'] = kds.read_bytes(kds.read_compact_size())
2114				d['encrypted_private_key'] = vds.read_bytes(vds.read_compact_size())
2115			elif type == "mkey":
2116				d['nID'] = kds.read_uint32()
2117				d['encrypted_key'] = vds.read_string()
2118				d['salt'] = vds.read_string()
2119				d['nDerivationMethod'] = vds.read_uint32()
2120				d['nDerivationIterations'] = vds.read_uint32()
2121				d['otherParams'] = vds.read_string()
2122
2123			item_callback(type, d)
2124
2125		except Exception, e:
2126			traceback.print_exc()
2127			print("ERROR parsing wallet.dat, type %s" % type)
2128			print("key data: %s"%key)
2129			print("key data in hex: %s"%key.encode('hex_codec'))
2130			print("value data in hex: %s"%value.encode('hex_codec'))
2131			sys.exit(1)
2132
2133def delete_from_wallet(db_env, walletfile, typedel, kd):
2134	db = open_wallet(db_env, walletfile, True)
2135	kds = BCDataStream()
2136	vds = BCDataStream()
2137
2138	deleted_items = 0
2139
2140	if not isinstance(kd, list):
2141		kd=[kd]
2142
2143	if typedel=='tx' and kd!=['all']:
2144		for keydel in kd:
2145			db.delete('\x02\x74\x78'+keydel.decode('hex')[::-1])
2146			deleted_items+=1
2147
2148	else:
2149		for i,keydel in enumerate(kd):
2150			for (key, value) in db.items():
2151				kds.clear(); kds.write(key)
2152				vds.clear(); vds.write(value)
2153				type = kds.read_string()
2154
2155				if typedel == "tx" and type == "tx":
2156					db.delete(key)
2157					deleted_items+=1
2158				elif typedel == "key":
2159					if type == "key" or type == "ckey":
2160						if keydel == public_key_to_bc_address(kds.read_bytes(kds.read_compact_size())):
2161							db.delete(key)
2162							deleted_items+=1
2163					elif type == "pool":
2164						vds.read_int32()
2165						vds.read_int64()
2166						if keydel == public_key_to_bc_address(vds.read_bytes(vds.read_compact_size())):
2167							db.delete(key)
2168							deleted_items+=1
2169					elif type == "name":
2170						if keydel == kds.read_string():
2171							db.delete(key)
2172							deleted_items+=1
2173
2174
2175	db.close()
2176	return deleted_items
2177
2178def merge_keys_lists(la, lb):
2179	lr={}
2180	llr=[]
2181	for k in la:
2182		lr[k[0]]=k[1]
2183
2184	for k in lb:
2185		if k[0] in lr.keys():
2186			lr[k[0]]=lr[k[0]]+" / "+k[1]
2187		else:
2188			lr[k[0]]=k[1]
2189
2190	for k,j in lr.items():
2191		llr.append([k,j])
2192
2193	return llr
2194
2195def merge_wallets(wadir, wa, wbdir, wb, wrdir, wr, passphrase_a, passphrase_b, passphrase_r):
2196	global passphrase
2197	passphrase_LAST=passphrase
2198
2199	#Read Wallet 1
2200	passphrase=passphrase_a
2201	dba_env = create_env(wadir)
2202	crypted_a = read_wallet(json_db, dba_env, wa, True, True, "", None)['crypted']
2203
2204	list_keys_a=[]
2205	for i in json_db['keys']:
2206		try:
2207			label=i['label']
2208		except:
2209			label="#Reserve"
2210		try:
2211			list_keys_a.append([i['secret'], label])
2212		except:
2213			pass
2214
2215	if len(list_keys_a)==0:
2216		return [False, "Something went wrong with the first wallet."]
2217
2218
2219	#Read Wallet 2
2220	passphrase=passphrase_b
2221	dbb_env = create_env(wbdir)
2222	crypted_b = read_wallet(json_db, dbb_env, wb, True, True, "", None)['crypted']
2223
2224	list_keys_b=[]
2225	for i in json_db['keys']:
2226		try:
2227			label=i['label']
2228		except:
2229			label="#Reserve"
2230		try:
2231			list_keys_b.append([i['secret'], label])
2232		except:
2233			pass
2234	if len(list_keys_b)==0:
2235		return [False, "Something went wrong with the second wallet."]
2236
2237	m=merge_keys_lists(list_keys_a,list_keys_b)
2238
2239
2240	#Create new wallet
2241	dbr_env = create_env(wrdir)
2242	create_new_wallet(dbr_env, wr, 80100)
2243
2244	dbr = open_wallet(dbr_env, wr, True)
2245	update_wallet(dbr, 'minversion', { 'minversion' : 60000})
2246
2247
2248	if len(passphrase_r)>0:
2249		NPP_salt=os.urandom(8)
2250		NPP_rounds=int(50000+random.random()*20000)
2251		NPP_method=0
2252		NPP_MK=os.urandom(32)
2253
2254		crypter.SetKeyFromPassphrase(passphrase_r, NPP_salt, NPP_rounds, NPP_method)
2255		NPP_EMK = crypter.Encrypt(NPP_MK)
2256
2257		update_wallet(dbr, 'mkey', {
2258		    "encrypted_key": NPP_EMK,
2259			'nDerivationIterations' : NPP_rounds,
2260			'nDerivationMethod' : NPP_method,
2261			'nID' : 1,
2262			'otherParams' : ''.decode('hex'),
2263		    "salt": NPP_salt
2264		})
2265
2266
2267	dbr.close()
2268
2269	t='\n'.join(map(lambda x:';'.join(x), m))
2270	passphrase=passphrase_r
2271
2272	global global_merging_message
2273
2274	global_merging_message=["Merging...","Merging..."]
2275	thread.start_new_thread(import_csv_keys, ("\x00"+t, wrdir, wr,))
2276	t=""
2277
2278	passphrase=passphrase_LAST
2279
2280	return [True]
2281
2282def random_string(l, alph="0123456789abcdef"):
2283	r=""
2284	la=len(alph)
2285	for i in range(l):
2286		r+=alph[int(la*(random.random()))]
2287	return r
2288
2289def update_wallet(db, types, datas, paramsAreLists=False):
2290	"""Write a single item to the wallet.
2291	db must be open with writable=True.
2292	type and data are the type code and data dictionary as parse_wallet would
2293	give to item_callback.
2294	data's __key__, __value__ and __type__ are ignored; only the primary data
2295	fields are used.
2296	"""
2297
2298	if not paramsAreLists:
2299		types=[types]
2300		datas=[datas]
2301
2302	if len(types)!=len(datas):
2303		raise Exception("UpdateWallet: sizes are different")
2304
2305	for it,type in enumerate(types):
2306		data=datas[it]
2307
2308		d = data
2309		kds = BCDataStream()
2310		vds = BCDataStream()
2311
2312		# Write the type code to the key
2313		kds.write_string(type)
2314		vds.write("")						 # Ensure there is something
2315
2316		try:
2317			if type == "tx":
2318	#			raise NotImplementedError("Writing items of type 'tx'")
2319				kds.write(d['txi'][6:].decode('hex_codec'))
2320				vds.write(d['txv'].decode('hex_codec'))
2321			elif type == "name":
2322				kds.write_string(d['hash'])
2323				vds.write_string(d['name'])
2324			elif type == "version":
2325				vds.write_uint32(d['version'])
2326			elif type == "minversion":
2327				vds.write_uint32(d['minversion'])
2328			elif type == "setting":
2329				raise NotImplementedError("Writing items of type 'setting'")
2330				kds.write_string(d['setting'])
2331				#d['value'] = parse_setting(d['setting'], vds)
2332			elif type == "key":
2333				kds.write_string(d['public_key'])
2334				vds.write_string(d['private_key'])
2335			elif type == "wkey":
2336				kds.write_string(d['public_key'])
2337				vds.write_string(d['private_key'])
2338				vds.write_int64(d['created'])
2339				vds.write_int64(d['expires'])
2340				vds.write_string(d['comment'])
2341			elif type == "defaultkey":
2342				vds.write_string(d['key'])
2343			elif type == "pool":
2344				kds.write_int64(d['n'])
2345				vds.write_int32(d['nVersion'])
2346				vds.write_int64(d['nTime'])
2347				vds.write_string(d['public_key'])
2348			elif type == "acc":
2349				kds.write_string(d['account'])
2350				vds.write_int32(d['nVersion'])
2351				vds.write_string(d['public_key'])
2352			elif type == "acentry":
2353				kds.write_string(d['account'])
2354				kds.write_uint64(d['n'])
2355				vds.write_int32(d['nVersion'])
2356				vds.write_int64(d['nCreditDebit'])
2357				vds.write_int64(d['nTime'])
2358				vds.write_string(d['otherAccount'])
2359				vds.write_string(d['comment'])
2360			elif type == "bestblock":
2361				vds.write_int32(d['nVersion'])
2362				vds.write_compact_size(len(d['hashes']))
2363				for h in d['hashes']:
2364					vds.write(h)
2365			elif type == "ckey":
2366				kds.write_string(d['public_key'])
2367				vds.write_string(d['encrypted_private_key'])
2368			elif type == "mkey":
2369				kds.write_uint32(d['nID'])
2370				vds.write_string(d['encrypted_key'])
2371				vds.write_string(d['salt'])
2372				vds.write_uint32(d['nDerivationMethod'])
2373				vds.write_uint32(d['nDerivationIterations'])
2374				vds.write_string(d['otherParams'])
2375
2376			else:
2377				print "Unknown key type: "+type
2378
2379			# Write the key/value pair to the database
2380			db.put(kds.input, vds.input)
2381
2382		except Exception, e:
2383			print("ERROR writing to wallet.dat, type %s"%type)
2384			print("data dictionary: %r"%data)
2385			traceback.print_exc()
2386
2387def create_new_wallet(db_env, walletfile, version):
2388	db_out = DB(db_env)
2389
2390	try:
2391		r = db_out.open(walletfile, "main", DB_BTREE, DB_CREATE)
2392	except DBError:
2393		r = True
2394
2395	if r is not None:
2396		logging.error("Couldn't open %s."%walletfile)
2397		sys.exit(1)
2398
2399	db_out.put("0776657273696f6e".decode('hex'), ("%08x"%version).decode('hex')[::-1])
2400
2401	db_out.close()
2402
2403
2404def rewrite_wallet(db_env, walletfile, destFileName, pre_put_callback=None):
2405	db = open_wallet(db_env, walletfile)
2406
2407	db_out = DB(db_env)
2408	try:
2409		r = db_out.open(destFileName, "main", DB_BTREE, DB_CREATE)
2410	except DBError:
2411		r = True
2412
2413	if r is not None:
2414		logging.error("Couldn't open %s."%destFileName)
2415		sys.exit(1)
2416
2417	def item_callback(type, d):
2418		if (pre_put_callback is None or pre_put_callback(type, d)):
2419			db_out.put(d["__key__"], d["__value__"])
2420
2421	parse_wallet(db, item_callback)
2422	db_out.close()
2423	db.close()
2424
2425# end of bitcointools wallet.dat handling code
2426
2427# wallet.dat reader / writer
2428
2429addr_to_keys={}
2430def read_wallet(json_db, db_env, walletfile, print_wallet, print_wallet_transactions, transaction_filter, include_balance, vers=-1, FillPool=False):
2431	global passphrase, addr_to_keys
2432	crypted=False
2433
2434	private_keys = []
2435	private_hex_keys = []
2436
2437	if vers > -1:
2438		global addrtype
2439		oldaddrtype = addrtype
2440		addrtype = vers
2441
2442	db = open_wallet(db_env, walletfile, writable=FillPool)
2443
2444	json_db['keys'] = []
2445	json_db['pool'] = []
2446	json_db['tx'] = []
2447	json_db['names'] = {}
2448	json_db['ckey'] = []
2449	json_db['mkey'] = {}
2450
2451	def item_callback(type, d):
2452		if type == "tx":
2453			json_db['tx'].append({"tx_id" : d['tx_id'], "txin" : d['txIn'], "txout" : d['txOut'], "tx_v" : d['txv'], "tx_k" : d['txk']})
2454
2455		elif type == "name":
2456			json_db['names'][d['hash']] = d['name']
2457
2458		elif type == "version":
2459			json_db['version'] = d['version']
2460
2461		elif type == "minversion":
2462			json_db['minversion'] = d['minversion']
2463
2464		elif type == "setting":
2465			if not json_db.has_key('settings'): json_db['settings'] = {}
2466			json_db["settings"][d['setting']] = d['value']
2467
2468		elif type == "defaultkey":
2469			json_db['defaultkey'] = public_key_to_bc_address(d['key'])
2470
2471		elif type == "key":
2472			addr = public_key_to_bc_address(d['public_key'])
2473			compressed = d['public_key'][0] != '\04'
2474			sec = SecretToASecret(PrivKeyToSecret(d['private_key']), compressed)
2475			hexsec = ASecretToSecret(sec)[:32].encode('hex')
2476			private_keys.append(sec)
2477			addr_to_keys[addr]=[hexsec, d['public_key'].encode('hex')]
2478			json_db['keys'].append({'addr' : addr, 'sec' : sec, 'hexsec' : hexsec, 'secret' : hexsec, 'pubkey':d['public_key'].encode('hex'), 'compressed':compressed, 'private':d['private_key'].encode('hex')})
2479
2480		elif type == "wkey":
2481			if not json_db.has_key('wkey'): json_db['wkey'] = []
2482			json_db['wkey']['created'] = d['created']
2483
2484		elif type == "pool":
2485			"""	d['n'] = kds.read_int64()
2486				d['nVersion'] = vds.read_int32()
2487				d['nTime'] = vds.read_int64()
2488				d['public_key'] = vds.read_bytes(vds.read_compact_size())"""
2489			try:
2490				json_db['pool'].append( {'n': d['n'], 'addr': public_key_to_bc_address(d['public_key']), 'addr2': public_key_to_bc_address(d['public_key'].decode('hex')), 'addr3': public_key_to_bc_address(d['public_key'].encode('hex')), 'nTime' : d['nTime'], 'nVersion' : d['nVersion'], 'public_key_hex' : d['public_key'] } )
2491			except:
2492				json_db['pool'].append( {'n': d['n'], 'addr': public_key_to_bc_address(d['public_key']), 'nTime' : d['nTime'], 'nVersion' : d['nVersion'], 'public_key_hex' : d['public_key'].encode('hex') } )
2493
2494		elif type == "acc":
2495			json_db['acc'] = d['account']
2496			print("Account %s (current key: %s)"%(d['account'], public_key_to_bc_address(d['public_key'])))
2497
2498		elif type == "acentry":
2499			json_db['acentry'] = (d['account'], d['nCreditDebit'], d['otherAccount'], time.ctime(d['nTime']), d['n'], d['comment'])
2500
2501		elif type == "bestblock":
2502			print("ignored") #json_db['bestblock'] = d['hashes'][0][::-1].encode('hex_codec')
2503
2504		elif type == "ckey":
2505			crypted=True
2506			compressed = d['public_key'][0] != '\04'
2507			json_db['keys'].append({ 'pubkey': d['public_key'].encode('hex'),'addr': public_key_to_bc_address(d['public_key']), 'encrypted_privkey':  d['encrypted_private_key'].encode('hex_codec'), 'compressed':compressed})
2508
2509		elif type == "mkey":
2510			json_db['mkey']['nID'] = d['nID']
2511			json_db['mkey']['encrypted_key'] = d['encrypted_key'].encode('hex_codec')
2512			json_db['mkey']['salt'] = d['salt'].encode('hex_codec')
2513			json_db['mkey']['nDerivationMethod'] = d['nDerivationMethod']
2514			json_db['mkey']['nDerivationIterations'] = d['nDerivationIterations']
2515			json_db['mkey']['otherParams'] = d['otherParams']
2516
2517			if passphrase:
2518				res = crypter.SetKeyFromPassphrase(passphrase, d['salt'], d['nDerivationIterations'], d['nDerivationMethod'])
2519				if res == 0:
2520					logging.error("Unsupported derivation method")
2521					sys.exit(1)
2522				masterkey = crypter.Decrypt(d['encrypted_key'])
2523				crypter.SetKey(masterkey)
2524
2525		else:
2526			json_db[type] = 'unsupported'
2527			print "Wallet data not recognized: "+str(d)
2528
2529	list_of_reserve_not_in_pool=[]
2530	parse_wallet(db, item_callback)
2531
2532
2533	nkeys = len(json_db['keys'])
2534	i = 0
2535	for k in json_db['keys']:
2536		i+=1
2537		addr = k['addr']
2538		if include_balance:
2539#			print("%3d/%d  %s  %s" % (i, nkeys, k["addr"], k["balance"]))
2540			k["balance"] = balance(balance_site, k["addr"])
2541#			print("  %s" % (i, nkeys, k["addr"], k["balance"]))
2542
2543		if addr in json_db['names'].keys():
2544			k["label"] = json_db['names'][addr]
2545			k["reserve"] = 0
2546		else:
2547			k["reserve"] = 1
2548			list_of_reserve_not_in_pool.append(k['pubkey'])
2549
2550
2551	def rnip_callback(a):
2552		list_of_reserve_not_in_pool.remove(a['public_key_hex'])
2553
2554	if FillPool:
2555		map(rnip_callback, json_db['pool'])
2556
2557		cpt=1
2558		for p in list_of_reserve_not_in_pool:
2559			update_wallet(db, 'pool', { 'public_key' : p.decode('hex'), 'n' : cpt, 'nTime' : ts(), 'nVersion':80100 })
2560			cpt+=1
2561
2562
2563
2564	db.close()
2565
2566	crypted = 'salt' in json_db['mkey']
2567
2568	if not crypted:
2569		print "The wallet is not encrypted"
2570
2571	if crypted and not passphrase:
2572		print "The wallet is encrypted but no passphrase is used"
2573
2574	if crypted and passphrase:
2575		check = True
2576		ppcorrect=True
2577		for k in json_db['keys']:
2578		  if 'encrypted_privkey' in k:
2579			ckey = k['encrypted_privkey'].decode('hex')
2580			public_key = k['pubkey'].decode('hex')
2581			crypter.SetIV(Hash(public_key))
2582			secret = crypter.Decrypt(ckey)
2583			compressed = public_key[0] != '\04'
2584
2585
2586			if check:
2587				check = False
2588				pkey = EC_KEY(int('0x' + secret.encode('hex'), 16))
2589				if public_key != GetPubKey(pkey, compressed):
2590					print "The wallet is encrypted and the passphrase is incorrect"
2591					ppcorrect=False
2592					break
2593
2594			sec = SecretToASecret(secret, compressed)
2595			k['sec'] = sec
2596			k['hexsec'] = secret[:32].encode('hex')
2597			k['secret'] = secret.encode('hex')
2598			k['compressed'] = compressed
2599			addr_to_keys[k['addr']]=[sec, k['pubkey']]
2600#			del(k['ckey'])
2601#			del(k['secret'])
2602#			del(k['pubkey'])
2603			private_keys.append(sec)
2604		if ppcorrect:
2605			print "The wallet is encrypted and the passphrase is correct"
2606
2607	for k in json_db['keys']:
2608		if k['compressed'] and 'secret' in k:
2609			k['secret']+="01"
2610
2611#	del(json_db['pool'])
2612#	del(json_db['names'])
2613	if vers > -1:
2614		addrtype = oldaddrtype
2615
2616	return {'crypted':crypted}
2617
2618
2619
2620def importprivkey(db, sec, label, reserve, keyishex, verbose=True, addrv=addrtype):
2621	if keyishex is None:
2622		pkey = regenerate_key(sec)
2623		compressed = is_compressed(sec)
2624	elif len(sec) == 64:
2625		pkey = EC_KEY(str_to_long(sec.decode('hex')))
2626		compressed = False
2627	elif len(sec) == 66:
2628		pkey = EC_KEY(str_to_long(sec[:-2].decode('hex')))
2629		compressed = True
2630	else:
2631		print("Hexadecimal private keys must be 64 or 66 characters long (specified one is "+str(len(sec))+" characters long)")
2632		return False
2633
2634	if not pkey:
2635		return False
2636
2637	secret = GetSecret(pkey)
2638	private_key = GetPrivKey(pkey, compressed)
2639	public_key = GetPubKey(pkey, compressed)
2640	addr = public_key_to_bc_address(public_key, addrv)
2641
2642	if verbose:
2643		print "Address (%s): %s"%(aversions[addrv], addr)
2644		print "Privkey (%s): %s"%(aversions[addrv], SecretToASecret(secret, compressed))
2645		print "Hexprivkey: %s"%(secret.encode('hex'))
2646		print "Hash160: %s"%(bc_address_to_hash_160(addr).encode('hex'))
2647		if not compressed:
2648			print "Pubkey: 04%.64x%.64x"%(pkey.pubkey.point.x(), pkey.pubkey.point.y())
2649		else:
2650			print "Pubkey: 0%d%.64x"%(2+(pkey.pubkey.point.y()&1), pkey.pubkey.point.x())
2651		if int(secret.encode('hex'), 16)>_r:
2652			print 'Beware, 0x%s is equivalent to 0x%.33x</b>'%(secret.encode('hex'), int(secret.encode('hex'), 16)-_r)
2653
2654
2655
2656	global crypter, passphrase, json_db
2657	crypted = False
2658	if 'mkey' in json_db.keys() and 'salt' in json_db['mkey']:
2659		crypted = True
2660	if crypted:
2661		if passphrase:
2662			cry_master = json_db['mkey']['encrypted_key'].decode('hex')
2663			cry_salt   = json_db['mkey']['salt'].decode('hex')
2664			cry_rounds = json_db['mkey']['nDerivationIterations']
2665			cry_method = json_db['mkey']['nDerivationMethod']
2666
2667			crypter.SetKeyFromPassphrase(passphrase, cry_salt, cry_rounds, cry_method)
2668#			if verbose:
2669#				print "Import with", passphrase, "", cry_master.encode('hex'), "", cry_salt.encode('hex')
2670			masterkey = crypter.Decrypt(cry_master)
2671			crypter.SetKey(masterkey)
2672			crypter.SetIV(Hash(public_key))
2673			e = crypter.Encrypt(secret)
2674			ck_epk=e
2675
2676			update_wallet(db, 'ckey', { 'public_key' : public_key, 'encrypted_private_key' : ck_epk })
2677	else:
2678		update_wallet(db, 'key', { 'public_key' : public_key, 'private_key' : private_key })
2679
2680	if not reserve:
2681		update_wallet(db, 'name', { 'hash' : addr, 'name' : label })
2682
2683
2684	return True
2685
2686def balance(site, address):
2687	page=urllib.urlopen("%s%s" % (site, address))
2688	return page.read()
2689
2690def read_jsonfile(filename):
2691	filin = open(filename, 'r')
2692	txdump = filin.read()
2693	filin.close()
2694	return json.loads(txdump)
2695
2696def write_jsonfile(filename, array):
2697	filout = open(filename, 'w')
2698	filout.write(json.dumps(array, sort_keys=True, indent=0))
2699	filout.close()
2700
2701def keyinfo(sec, keyishex):
2702	if keyishex is None:
2703		pkey = regenerate_key(sec)
2704		compressed = is_compressed(sec)
2705	elif len(sec) == 64:
2706		pkey = EC_KEY(str_to_long(sec.decode('hex')))
2707		compressed = False
2708	elif len(sec) == 66:
2709		pkey = EC_KEY(str_to_long(sec[:-2].decode('hex')))
2710		compressed = True
2711	else:
2712		print("Hexadecimal private keys must be 64 or 66 characters long (specified one is "+str(len(sec))+" characters long)")
2713		exit(0)
2714
2715	if not pkey:
2716		return False
2717
2718	secret = GetSecret(pkey)
2719	private_key = GetPrivKey(pkey, compressed)
2720	public_key = GetPubKey(pkey, compressed)
2721	addr = public_key_to_bc_address(public_key)
2722
2723	print "Address (%s): %s" % ( aversions[addrtype], addr )
2724	print "Privkey (%s): %s" % ( aversions[addrtype], SecretToASecret(secret, compressed) )
2725	print "Hexprivkey:   %s" % secret.encode('hex')
2726	print "Hash160:      %s"%(bc_address_to_hash_160(addr).encode('hex'))
2727
2728	return True
2729
2730def css_wui():
2731	return """html, body {
2732  height: 100%;
2733  width: 100%;
2734  padding: 0;
2735  margin: 0;
2736}
2737
2738body {
2739	margin: 0px;
2740	padding: 0px;
2741	background: 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%3D%3D) repeat;
2742	font-family: 'Open Sans', sans-serif;
2743	font-size: 10pt;
2744	color: #B0B0B0;
2745}
2746
2747
2748h1, h2, h3 {
2749	margin: 0;
2750	padding: 0;
2751}
2752
2753h2
2754{
2755	font-weight: 400;
2756	font-family: 'Archivo Narrow', sans-serif;
2757	font-size: 2.50em;
2758}
2759
2760p, ol, ul {
2761	margin-top: 0px;
2762}
2763
2764p {
2765	line-height: 180%;
2766}
2767
2768strong {
2769}
2770
2771a {
2772	color: #1492C4;
2773}
2774
2775a:hover {
2776	text-decoration: none;
2777}
2778
2779a img {
2780	border: none;
2781}
2782
2783img.border {
2784	border: 10px solid rgba(255,255,255,.10);
2785}
2786
2787img.alignleft {
2788	float: left;
2789	margin-right: 30px;
2790}
2791
2792img.alignright {
2793	float: right;
2794}
2795
2796img.aligncenter {
2797	margin: 0px auto;
2798}
2799
2800hr {
2801	display: none;
2802}
2803
2804#retour-pyw{
2805 overflow: auto;
2806}
2807
2808#uptodate{
2809	position:absolute;
2810	top:0px;
2811	right:0px;
2812	background: rgba(0,0,0,0.70);
2813	padding:10px;
2814}
2815
2816#full-screen-background-image {
2817  z-index: -999;
2818  min-height: 100%;
2819  min-width: 1024px;
2820  width: 100%;
2821  height: auto;
2822  position: fixed;
2823  top: 0;
2824  left: 0;
2825}
2826
2827#wrapper {
2828  position: relative;
2829  width: 100%;
2830  min-height: 400px;
2831  #margin: 30px auto;
2832	margin-top:10px;  #decalage p/r haut
2833}
2834
2835#wrapper {
2836	overflow: hidden;
2837}
2838
2839.container {
2840	width: 1000px;
2841	margin: 0px auto;
2842}
2843
2844.clearfix {
2845	clear: both;
2846}
2847
2848/** HEADER */
2849
2850#header-wrapper-title
2851{
2852	overflow: hidden;
2853	height: 80px;
2854	margin-bottom: 10px;
2855	background: rgba(0,0,0,0);
2856}
2857
2858#header-wrapper
2859{
2860	overflow: hidden;
2861	height: 50px;
2862	margin-bottom: 20px;
2863	background: rgba(0,0,0,0.70);
2864}
2865
2866#header {
2867	overflow: hidden;
2868}
2869
2870/** LOGO */
2871
2872#logo {
2873	float: left;
2874	#width: 300px;
2875	height: 50px;
2876
2877}
2878
2879#logo h1, #logo p {
2880	margin: 0px;
2881	line-height: normal;
2882}
2883
2884#logo h1 a {
2885	padding-left: 00px;
2886	text-decoration: none;
2887	font-size: 2.50em;
2888	font-weight: 400;
2889	font-family: 'Archivo Narrow', sans-serif;
2890	color: #FFFFFF;
2891}
2892
2893/** MENU */
2894
2895#menu {
2896	float: left;
2897	height: 50px;
2898}
2899
2900#menu ul {
2901	margin: 0px;
2902	padding: 0px;
2903	list-style: none;
2904	line-height: normal;
2905}
2906
2907#menu li {
2908	float: left;
2909	margin-right: 10px;
2910	padding: 0px 5px 0px 5px;
2911}
2912
2913#menu a {
2914	display: block;
2915	height: 50px;
2916	padding: 0px 10px;
2917	line-height: 50px;
2918	text-decoration: none;
2919	text-transform: uppercase;
2920	color: #FFFFFF;
2921}
2922
2923#menu a:hover {
2924	text-decoration: none;
2925	background: rgba(0,0,0,0.70);
2926}
2927
2928#menu .active
2929{
2930	background: rgba(0,0,0,0.70);
2931}
2932
2933/** PAGE */
2934
2935#page {
2936	overflow: hidden;
2937	margin-bottom: 20px;
2938}
2939
2940/** CONTENT */
2941
2942#content {
2943	float: left;
2944	width: 950px;
2945	padding: 40px;
2946	background: rgba(0,0,0,0.70);
2947}
2948
2949#content h2 a
2950{
2951	display: block;
2952	padding: 0px 0px 20px 0px;
2953	text-decoration: none;
2954	color: #FFFFFF;
2955}
2956
2957#content #box1
2958{
2959	margin-bottom: 0px;
2960}
2961
2962/** SIDEBAR */
2963
2964#sidebar {
2965	float: right;
2966	width: 350px;
2967	padding: 20px;
2968	background: rgba(0,0,0,0.70);
2969}
2970
2971#sidebar h2
2972{
2973	padding: 0px 0px 00px 0px;
2974	color: #FFFFFF;
2975}
2976
2977/* Footer */
2978
2979#footer {
2980	overflow: hidden;
2981	margin: 00px auto 0px auto;
2982	padding: 10px 0px;
2983	background: rgba(0,0,0,0.70);
2984}
2985
2986#footer p {
2987	text-align: center;
2988	font-size: 12px;
2989}
2990
2991#footer a {
2992}
2993
2994/** LIST STYLE 1 */
2995
2996ul.style1 {
2997	margin: 0px;
2998	padding: 10px 0px 0px 0px;
2999	list-style: none;
3000}
3001
3002ul.style1 li {
3003	clear: both;
3004	margin-bottom: 25px;
3005	padding: 30px 0px 40px 0px;
3006	border-top: 1px solid #000000;
3007	box-shadow: inset 0 1px 0 rgba(255,255,255,.10);
3008}
3009
3010ul.style1 h3 {
3011	padding-bottom: 5px;
3012	font-size: 14px;
3013	color: #FFFFFF;
3014}
3015
3016ul.style1 p {
3017	line-height: 150%;
3018}
3019
3020ul.style1 .button-style {
3021	float: left;
3022	margin-top: 0px;
3023}
3024
3025ul.style1 .first {
3026	padding-top: 0px;
3027	border-top: none;
3028	box-shadow: none;
3029}
3030
3031/** LIST STYLE 3 */
3032
3033ul.style3 {
3034	margin: 0px;
3035	padding: 0px;
3036	list-style: none;
3037}
3038
3039ul.style3 li {
3040	padding: 10px 0px 10px 0px;
3041	border-top: 1px solid #000000;
3042	box-shadow: inset 0 1px 0 rgba(255,255,255,.10);
3043}
3044
3045ul.style3 a {
3046	text-decoration: none;
3047	color: #949494;
3048}
3049
3050ul.style3 a:hover {
3051	text-decoration: underline;
3052}
3053
3054ul.style3 .first {
3055	padding-top: 0px;
3056	border-top: none;
3057	box-shadow: none;
3058}
3059
3060ul.style3 .date {
3061	width: 87px;
3062	background-color: #1F768D;
3063	margin-top: 20px;
3064	height: 24px;
3065	line-height: 24px;
3066	text-align: center;
3067	font-size: 12px;
3068	color: #FFFFFF;
3069}
3070
3071ul.style3 .first .date
3072{
3073	margin-top: 0px;
3074}
3075
3076.button-style
3077{
3078	display: inline-block;
3079	background-color: #1F768D;
3080	margin-top: 0px;
3081	padding: 5px 30px;
3082	height: 24px;
3083	line-height: 24px;
3084	text-decoration: none;
3085	text-align: center;
3086	color: #FFFFFF;
3087}
3088
3089.button-style-red
3090{
3091	color: #ffffff;
3092	display: inline-block;
3093	background-color: #a12323;
3094	margin-top: 20px;
3095	padding: 5px 30px;
3096	height: 24px;
3097	line-height: 24px;
3098	text-decoration: none;
3099	text-align: center;
3100}
3101
3102.entry
3103{
3104	margin-bottom: 30px;
3105}
3106"""
3107
3108def onclick_on_tab(page):
3109	list=['DumpPage','ImportPage','DeletePage','InfoPage','AboutPage','PassphrasePage','TxPage']
3110	r=''
3111	for p in list:
3112		if p!=page:
3113			r+="document.getElementById('"+p+"').style.display='none';"
3114			r+="document.getElementById('"+p+"Button').className='';"
3115	r+="document.getElementById('"+page+"').style.display='block';"
3116	r+="document.getElementById('"+page+"Button').className='active';"
3117	return r
3118
3119def html_wui(listcontent,uptodate_text):
3120	global pywversion
3121	return """<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Strict//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-strict.dtd">
3122<html xmlns="http://www.w3.org/1999/xhtml">
3123<head>
3124<meta http-equiv="Content-Type" content="text/html; charset=utf-8" />
3125<title>Pywallet Web Interface - Pywallet """+pywversion+"""</title>
3126<!--link href='http://fonts.googleapis.com/css?family=Archivo+Narrow:400,700|Open+Sans:400,600,700' rel='stylesheet' type='text/css'-->
3127<!--link href="default.css" rel="stylesheet" type="text/css" media="all" /-->
3128<style type="text/css">
3129@font-face {
3130  font-family: 'Archivo Narrow';
3131  font-style: normal;
3132  font-weight: 400;
3133  src: local('Archivo Narrow Regular'), local('ArchivoNarrow-Regular'), url('data:application/x-font-woff;base64,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') format('woff');
3134}
3135@font-face {
3136  font-family: 'Archivo Narrow';
3137  font-style: normal;
3138  font-weight: 700;
3139  src: local('Archivo Narrow Bold'), local('ArchivoNarrow-Bold'), 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') format('woff');
3140}
3141@font-face {
3142  font-family: 'Open Sans';
3143  font-style: normal;
3144  font-weight: 400;
3145  src: local('Open Sans'), local('OpenSans'), 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') format('woff');
3146}
3147@font-face {
3148  font-family: 'Open Sans';
3149  font-style: normal;
3150  font-weight: 600;
3151  src: local('Open Sans Semibold'), local('OpenSans-Semibold'), 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') format('woff');
3152}
3153@font-face {
3154  font-family: 'Open Sans';
3155  font-style: normal;
3156  font-weight: 700;
3157  src: local('Open Sans Bold'), local('OpenSans-Bold'), 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') format('woff');
3158}
3159
3160"""+css_wui()+"""
3161</style>
3162</head>
3163<body>
3164<div id="wrapper">
3165	<div id="header-wrapper-title">
3166		<div id="header" class="container">
3167			<div id="logo" style="height: 150px;">
3168				<h1><a href="#">Pywallet """+str(pywversion)+"""</a></h1>
3169			</div>
3170		</div>
3171	</div>
3172	<div id="header-wrapper">
3173			<div style="width:300px;float: left;">&nbsp;</div>
3174			<div id="menu">
3175				<ul>
3176					<li id="DumpPageButton" class="active"><a href="#" accesskey="1" title="" onclick=" """+onclick_on_tab('DumpPage')+""" " >Dump</a></li>
3177					<li id="ImportPageButton"><a href="#" accesskey="2" title="" onclick=" """+onclick_on_tab('ImportPage')+""" " >Import</a></li>
3178					<li id="InfoPageButton"><a href="#" accesskey="3" title="" onclick=" """+onclick_on_tab('InfoPage')+""" " >Info</a></li>
3179					<li id="DeletePageButton"><a href="#" accesskey="4" title="" onclick=" """+onclick_on_tab('DeletePage')+""" " >Delete</a></li>
3180					<li id="PassphrasePageButton"><a href="#" accesskey="5" title="" onclick=" """+onclick_on_tab('PassphrasePage')+""" " >Passphrase</a></li>
3181					<li id="TxPageButton"><a href="#" accesskey="6" title="" onclick=" """+onclick_on_tab('TxPage')+""" " >Transaction</a></li>
3182					<li id="AboutPageButton"><a href="#" accesskey="7" title="" onclick=" """+onclick_on_tab('AboutPage')+""" " >About</a></li>
3183					<li id="QuitPageButton"><a href="quit">Stop</a></li>
3184				</ul>
3185			</div>
3186	</div>
3187	<div id="page" class="container">
3188		<div id="content">
3189			"""+listcontent+"""
3190		</div>
3191		<div id="sidebar" style="display:none;">
3192			<a href="#" class="button-style-red" style="float:right;position:relative;top:-15px;" onclick="document.getElementById('content').style.width='950px';document.getElementById('content').style.display='block';document.getElementById('sidebar').style.display='none';document.getElementById('sidebar').style.width='350px';">Close</a>
3193			<a href="#" class="button-style" style="float:right;position:relative;top:5px;left:-10px;" onclick="
3194			if(document.getElementById('content').style.display=='none'){
3195				document.getElementById('sidebar').style.width='350px';
3196				document.getElementById('content').style.width='500px';
3197				document.getElementById('content').style.display='block';
3198				this.innerHTML='Full page';
3199			}else{
3200				document.getElementById('sidebar').style.width='970px';
3201				document.getElementById('content').style.display='none';
3202				this.innerHTML='Reduce';
3203			}
3204			document.getElementById('sidebar').style.display='block';
3205			">Full page</a>
3206			<h2 style="positive:relative;top:-20px;">Data</h2>
3207			<br />
3208			<br />
3209			<p id="retour-pyw">
3210			</p>
3211		</div>
3212	</div>
3213	<div id="footer">
3214		<p><a href="http://pywallet.tk">Instructions to use Pywallet</a></p>
3215	</div>
3216</div>
3217<div id="uptodate">"""+uptodate_text+"""</div>
3218</body>
3219</html>
3220"""
3221
3222def WI_FormInit(title, action, divname):
3223	return "<li><h3>%s</h3>"%title
3224	return '<style>#h'+divname+':hover{color:red;}</style><h3 id="h'+divname+'" onClick="document.getElementById(\''+divname+'\').style.display=(document.getElementById(\''+divname+'\').style.display==\'none\')?\'block\':\'none\';document.getElementById(\'iconOF_'+divname+'\').innerHTML=image_showdiv(\''+divname+'\');"><span style="width:21px;" id="iconOF_'+divname+'"><img src="http://creation-entreprise.comprendrechoisir.com/img/puce_tab_down.png" /></span>&nbsp;&nbsp;'+title+'</h3><div id="'+divname+'"><form style="margin-left:15px;" action="'+action+'" method=get>'
3225
3226def WI_InputText(label, name, id, value, size=30):
3227	return '%s<input type=text name="%s" id="%s" value="%s" size=%s /><br />'%(label, name, id, value, size)
3228
3229def WI_InputPassword(label, name, id, value, size=30):
3230	return '%s<input type=password name="%s" id="%s" value="%s" size=%s /><br />'%(label, name, id, value, size)
3231
3232def WI_Submit(value, local_block, local_button, function):
3233	return """<br /><a href="#" class="button-style"  onClick="document.getElementById('content').style.width='500px';document.getElementById('sidebar').style.display='block';%s();return false;">%s</a>"""%(function,value)
3234
3235def WI_CloseButton(local_block, local_button):
3236	return '<input type=button value="Close" onClick="document.getElementById(\'%s\').style.display=\'none\';document.getElementById(\'%s\').style.display=\'none\';" id="%s" style="display:none;" />'%(local_block, local_button, local_button)
3237
3238def WI_ReturnDiv(local_block):
3239	return '<div id="%s" style="display:none;margin:10px 3%% 10px;padding:10px;overflow:auto;width:90%%;max-height:600px;background-color:#fff8dd;"></div>'%(local_block)
3240
3241def WI_FormEnd():
3242	return "</li>"
3243
3244def WI_RadioButton(name, value, id, checked, label):
3245	return '&nbsp;&nbsp;&nbsp;<input type="radio" name="%s" value="%s" id="%s" %s >%s<br>'%(name, value, id, checked, label)
3246
3247def WI_Checkbox(name, value, id, other, label):
3248	return '<input type="checkbox" name="%s" value="%s" id="%s" %s />%s'%(name, value, id, other, label)
3249
3250def WI_Endiv(t,name,title, desc,hidden=False):
3251	return '<div id="'+name+'" style="display:'+X_if_else('none',hidden,'block')+';"><div id="box1"><h2 class="title"><a href="#">'+title+'</a></h2>'+X_if_else('<p>'+desc+'</p>',desc!='','')+'</div><div ><ul class="style1">'+t+'</ul></div></div>'
3252
3253def WI_AjaxFunction(name, command_when_ready, query_string, command_until_ready):
3254	return '\n\
3255function ajax%s(){\n\
3256	var ajaxRequest;\n\
3257	try{\n\
3258		ajaxRequest = new XMLHttpRequest();\n\
3259	} catch (e){\n\
3260		try{\n\
3261			ajaxRequest = new ActiveXObject("Msxml2.XMLHTTP");\n\
3262		} catch (e) {\n\
3263			try{\n\
3264				ajaxRequest = new ActiveXObject("Microsoft.XMLHTTP");\n\
3265			} catch (e){\n\
3266				alert("Your browser broke!");\n\
3267				return false;\n\
3268			}\n\
3269		}\n\
3270	}\n\
3271	ajaxRequest.onreadystatechange = function(){\n\
3272		if(ajaxRequest.readyState == 4){\n\
3273			%s\n\
3274		}\n\
3275	};\n\
3276	var queryString = %s;\n\
3277	ajaxRequest.open("GET", queryString, true);\n\
3278	%s\n\
3279	ajaxRequest.send(null);\n\
3280}\n\
3281\n\
3282'%(name, command_when_ready, query_string, command_until_ready)
3283
3284def X_if_else(iftrue, cond, iffalse):
3285	if cond:
3286		return iftrue
3287	return iffalse
3288
3289def export_all_keys(db, ks, filename):
3290	txt=";".join(ks)+"\n"
3291	for i in db['keys']:
3292	  try:
3293		j=i.copy()
3294		if 'label' not in j:
3295			j['label']='#Reserve'
3296		t=";".join([str(j[k]) for k in ks])
3297		txt+=t+"\n"
3298	  except:
3299		return False
3300
3301	try:
3302		myFile = open(filename, 'w')
3303		myFile.write(txt)
3304		myFile.close()
3305		return True
3306	except:
3307		return False
3308
3309def import_csv_keys(filename, wdir, wname, nbremax=9999999):
3310	global global_merging_message
3311	if filename[0]=="\x00":    #yeah, dirty workaround
3312		content=filename[1:]
3313	else:
3314		filen = open(filename, "r")
3315		content = filen.read()
3316		filen.close()
3317
3318	db_env = create_env(wdir)
3319	read_wallet(json_db, db_env, wname, True, True, "", None)
3320	db = open_wallet(db_env, wname, writable=True)
3321
3322	content=content.split('\n')
3323	content=content[:min(nbremax, len(content))]
3324	for i in range(len(content)):
3325	  c=content[i]
3326	  global_merging_message = ["Merging: "+str(round(100.0*(i+1)/len(content),1))+"%" for j in range(2)]
3327	  if ';' in c and len(c)>0 and c[0]!="#":
3328		cs=c.split(';')
3329		sec,label=cs[0:2]
3330		v=addrtype
3331		if len(cs)>2:
3332			v=int(cs[2])
3333		reserve=False
3334		if label=="#Reserve":
3335			reserve=True
3336		keyishex=None
3337		if abs(len(sec)-65)==1:
3338			keyishex=True
3339		importprivkey(db, sec, label, reserve, keyishex, verbose=False, addrv=v)
3340
3341	global_merging_message = ["Merging done.", ""]
3342
3343	db.close()
3344
3345	read_wallet(json_db, db_env, wname, True, True, "", None, -1, True)  #Fill the pool if empty
3346
3347	return True
3348
3349def dep_text_aboutpage(val):
3350	if val:
3351		return "<span style='color:#bb0000;'>Not found</span>"
3352	else:
3353		return "<span style='color:#00bb00;'>Found</span>"
3354
3355CTX_adds=''
3356
3357if 'twisted' not in missing_dep:
3358	class WIRoot(resource.Resource):
3359
3360		 def render_GET(self, request):
3361				try:
3362					request.args['update'][0]
3363					return update_pyw()
3364				except:
3365					True
3366
3367				uptodate=md5_last_pywallet[1]==md5_pywallet
3368				checking_finished=bool(md5_last_pywallet[0])
3369
3370				color="#DDDDFF"
3371				if checking_finished:
3372					if uptodate:
3373						color="#DDFFDD"
3374					else:
3375						color="#FFDDDD"
3376
3377				check_version_text = \
3378 X_if_else(
3379	X_if_else(
3380		'Pywallet is up-to-date',
3381		uptodate,
3382		'Pywallet is <span style="color:red;font-weight:none;">not</span> up-to-date<br /><a href="#" onclick="ajaxUpdatePyw();return false;">Click to update</a>'),
3383	checking_finished,
3384	'Checking version...'
3385 )
3386
3387				if beta_version:
3388					check_version_text="You are using a beta version<br />Thank you for your help"
3389					color="#DDDDDD"
3390
3391				global pywversion
3392				header = '<h1 title="'+pyw_filename+' in '+pyw_path+'">Pywallet Web Interface v'+pywversion+'</h1><h3>CLOSE BITCOIN BEFORE USE!</h3><div style="position:fixed;top:5px;right:5px;border:solid 1px black;padding:15px;background-color:'+color+';font-weight:bold;text-align:center;">' + check_version_text + '</div><br /><br />'
3393
3394				CPPForm = WI_FormInit('Change passphrase:', 'ChangePP', 'divformcpp') + \
3395							WI_InputPassword('', 'pp', 'cppf-pp', '') + \
3396							WI_Submit('Change', 'CPPDiv', 'cppf-close', 'ajaxCPP') + \
3397							WI_CloseButton('CPPDiv', 'cppf-close') + \
3398							WI_ReturnDiv('CPPDiv') + \
3399							WI_FormEnd()
3400
3401				DWForm = WI_FormInit('Dump your wallet:', 'DumpWallet', 'divformdw') + \
3402							WI_InputText('Wallet Directory: ', 'dir', 'dwf-dir', determine_db_dir()) + \
3403							WI_InputText('Wallet Filename: ', 'name', 'dwf-name', determine_db_name(), 20) + \
3404							WI_InputText('<span style="border: 0 dashed;border-bottom-width:1px;" title="0 for Bitcoin, 52 for Namecoin, 111 for testnets">Version</span>:', 'vers', 'dwf-vers', '0', 1) + \
3405							WI_Checkbox('bal', 'y', 'dwf-bal', '', ' Dump with balance (can take minutes)') + "<br />" + \
3406							WI_Submit('Dump wallet', 'DWDiv', 'dwf-close', 'ajaxDW') + \
3407							WI_CloseButton('DWDiv', 'dwf-close') + \
3408							WI_ReturnDiv('DWDiv') + \
3409							WI_FormEnd()
3410
3411				MWForm = WI_FormInit('Merge two wallets:', 'MergeWallets', 'divformmw') + \
3412							WI_InputText('Wallet 1 Directory: ', 'dir1', 'mwf-dir1', determine_db_dir()) + \
3413							WI_InputText('Wallet 1 Filename: ', 'name1', 'mwf-name1', determine_db_name(), 20) + \
3414							WI_InputPassword('<span style="border: 0 dashed;border-bottom-width:1px;" title="empty if none">Wallet 1 Passphrase: </span>', 'pass1', 'mwf-pass1', '') + "<br />" + \
3415							WI_InputText('Wallet 2 Directory: ', 'dir2', 'mwf-dir2', determine_db_dir()) + \
3416							WI_InputText('Wallet 2 Filename: ', 'name2', 'mwf-name2', "", 20) + \
3417							WI_InputPassword('<span style="border: 0 dashed;border-bottom-width:1px;" title="empty if none">Wallet 2 Passphrase: </span>', 'pass2', 'mwf-pass2', '') + "<br />" + \
3418							WI_InputText('Merged Wallet Directory: ', 'dirm', 'mwf-dirm', determine_db_dir()) + \
3419							WI_InputText('Merged Wallet Filename: ', 'namem', 'mwf-namem', "", 20) + \
3420							WI_InputPassword('<span style="border: 0 dashed;border-bottom-width:1px;" title="empty if none">Merged Wallet Passphrase: </span>', 'passm1', 'mwf-passm1', '') + \
3421							WI_InputPassword('Repeat Wallet Passphrase: ', 'passm2', 'mwf-passm2', '') + \
3422							WI_Submit('Merge wallets', 'MWDiv', 'mwf-close', 'ajaxMW') + \
3423							WI_CloseButton('MWDiv', 'mwf-close') + \
3424							WI_ReturnDiv('MWDiv') + \
3425							WI_FormEnd()
3426
3427				DKForm = WI_FormInit('Dump your keys:', 'DumpKeys', 'divformdk') + \
3428							WI_InputText('Wallet Directory: ', 'dir', 'dkf-dir', determine_db_dir()) + \
3429							WI_InputText('Wallet Filename: ', 'name', 'dkf-name', determine_db_name(), 20) + \
3430							WI_InputText('<span style="border: 0 dashed;border-bottom-width:1px;" title="0 for Bitcoin, 52 for Namecoin, 111 for testnets">Version</span>:', 'vers', 'dkf-vers', '0', 1) + \
3431							WI_InputText('Output file: ', 'file', 'dkf-file', '', 60) + \
3432							WI_InputText('<span style="border: 0 dashed;border-bottom-width:1px;" title="to be chosen from the ones in wallet dump, separated with \',\', e.g. \'addr,secret\'">Data to print: </span>', 'keys', 'dkf-keys', '') + \
3433							WI_Checkbox('bal', 'y', 'dkf-bal', '', ' Dump with balance (can take minutes)') + "<br />" + \
3434							WI_Submit('Dump keys', 'DKDiv', 'dkf-close', 'ajaxDK') + \
3435							WI_CloseButton('DKDiv', 'dkf-close') + \
3436							WI_ReturnDiv('DKDiv') + \
3437							WI_FormEnd()
3438
3439				IKForm = WI_FormInit('Import keys:', 'ImportKeys', 'divformik') + \
3440"The CSV file must have the following format: '5PrivateKey;Label'<br />" + \
3441							WI_InputText('Wallet Directory: ', 'dir', 'ikf-dir', determine_db_dir()) + \
3442							WI_InputText('Wallet Filename: ', 'name', 'ikf-name', determine_db_name(), 20) + \
3443							WI_InputText('<span style="border: 0 dashed;border-bottom-width:1px;" title="Format: \'privkey;label\', label=\'#Reserve\' to make the key a pool one">CSV file path</span>: ', 'file', 'ikf-file', '', 60) + \
3444							WI_Submit('Import keys', 'IKDiv', 'ikf-close', 'ajaxIK') + \
3445							WI_CloseButton('IKDiv', 'ikf-close') + \
3446							WI_ReturnDiv('IKDiv') + \
3447							WI_FormEnd()
3448
3449				DTxForm = WI_FormInit('Dump your transactions to a file:', 'DumpTx', 'divformdtx') + \
3450							WI_InputText('Wallet Directory: ', 'dir', 'dt-dir', determine_db_dir()) + \
3451							WI_InputText('Wallet Filename: ', 'name', 'dt-name', determine_db_name(), 20) + \
3452							WI_InputText('Output file: ', 'file', 'dt-file', '') + \
3453							WI_Submit('Dump tx\'s', 'DTxDiv', 'dt-close', 'ajaxDTx') + \
3454							WI_CloseButton('DTxDiv', 'dt-close') + \
3455							WI_ReturnDiv('DTxDiv') + \
3456							WI_FormEnd()
3457
3458				prehide_ecdsa=""
3459				posthide_ecdsa=""
3460				if 'ecdsa' in missing_dep:
3461					prehide_ecdsa="<span style='display:none;'>"
3462					posthide_ecdsa="</span>"
3463				InfoForm = WI_FormInit('Get some info about one key'+X_if_else(' and sign/verify messages', 'ecdsa' not in missing_dep,'')+':', 'Info', 'divforminfo') + \
3464							WI_InputText('Key: ', 'key', 'if-key', '', 60) + \
3465							prehide_ecdsa + WI_InputText('Message: ', 'msg', 'if-msg', '', 30) + posthide_ecdsa + \
3466							prehide_ecdsa + WI_InputText('Signature: ', 'sig', 'if-sig', '', 30) + posthide_ecdsa + \
3467							prehide_ecdsa + WI_InputText('Pubkey: ', 'pubkey', 'if-pubkey', '', 30) + posthide_ecdsa + \
3468							WI_InputText('<span style="border: 0 dashed;border-bottom-width:1px;" title="0 for Bitcoin, 52 for Namecoin, 111 for testnets">Version</span>:', 'vers', 'if-vers', '0', 1) + \
3469							"Format:<br />" + \
3470							WI_RadioButton('format', 'reg', 'if-reg', 'CHECKED', ' Regular, base 58') + \
3471							WI_RadioButton('format', 'hex', 'if-hex', '', ' Hexadecimal, 64 characters long') + \
3472							"You want:<br />" + \
3473							WI_RadioButton('i-need', '1', 'if-n-info', 'CHECKED', ' Info') + \
3474							prehide_ecdsa + WI_RadioButton('i-need', '2', 'if-n-sv', '', ' Sign and verify') + posthide_ecdsa +\
3475							prehide_ecdsa + WI_RadioButton('i-need', '3', 'if-n-both', '', ' Both') + posthide_ecdsa + \
3476							WI_Submit('Get info', 'InfoDiv', 'if-close', 'ajaxInfo') + \
3477							WI_CloseButton('InfoDiv', 'if-close') + \
3478							WI_ReturnDiv('InfoDiv') + \
3479							WI_FormEnd()
3480
3481
3482				ImportForm = WI_FormInit('Import a key into your wallet:', 'Import', 'divformimport') + \
3483							WI_InputText('Wallet Directory: ', 'dir', 'impf-dir', determine_db_dir(), 30) + \
3484							WI_InputText('Wallet Filename:', 'name', 'impf-name', determine_db_name(), 20) + \
3485							WI_InputText('Key:', 'key', 'impf-key', '', 65) + \
3486							WI_InputText('Label:', 'label', 'impf-label', '') + \
3487							WI_Checkbox('reserve', 'true', 'impf-reserve', 'onClick="document.getElementById(\'impf-label\').disabled=document.getElementById(\'impf-reserve\').checked"', ' Reserve') + "<br />" + \
3488							WI_InputText('<span style="border: 0 dashed;border-bottom-width:1px;" title="0 for Bitcoin, 52 for Namecoin, 111 for testnets">Version</span>:', 'vers', 'impf-vers', '0', 1) + \
3489							"Format:<br />" + \
3490							WI_Checkbox('format', 'hex', 'impf-hex', '', ' Hexadecimal, instead of base58') + "<br />" + \
3491							WI_Checkbox('format', 'cry', 'impf-cry', 'hidden=true', '<!-- Crypt-->') + \
3492							WI_Checkbox('format', 'com', 'impf-com', 'hidden=true', '<!--Compressed key-->') + \
3493							WI_Submit('Import key', 'ImportDiv', 'impf-close', 'ajaxImport') + \
3494							WI_CloseButton('ImportDiv', 'impf-close') + \
3495							WI_ReturnDiv('ImportDiv') + \
3496							WI_FormEnd()
3497#							WI_RadioButton('format', 'reg', 'impf-reg', 'CHECKED', ' Regular, base 58') + \
3498#							WI_RadioButton('format', 'hex', 'impf-hex', '', ' Hexadecimal, 64 characters long') + \
3499
3500
3501				ImportROForm = WI_FormInit('Import a read-only address (encrypted wallets only):', 'Import', 'divformimportro') + \
3502							WI_InputText('Wallet Directory: ', 'dir', 'irof-dir', determine_db_dir(), 30) + \
3503							WI_InputText('Wallet Filename:', 'name', 'irof-name', determine_db_name(), 20) + \
3504							WI_InputText('Public key (starting with 04): ', 'pub', 'irof-pub', '', 40) + \
3505							WI_InputText('Label: ', 'label', 'irof-label', '') + \
3506							WI_Submit('Import address', 'ImportDiv', 'irof-close', 'ajaxImportRO') + \
3507							WI_CloseButton('ImportRODiv', 'irof-close') + \
3508							WI_ReturnDiv('ImportRODiv') + \
3509							WI_FormEnd()
3510
3511				DeleteForm = WI_FormInit('Delete keys from your wallet:', 'Delete', 'divformdelete') + \
3512							WI_InputText('Wallet Directory: ', 'dir', 'd-dir', determine_db_dir(), 40) + \
3513							WI_InputText('Wallet Filename:', 'name', 'd-name', determine_db_name()) + \
3514							WI_InputText('<span style="border: 0 dashed;border-bottom-width:1px;" title="divided by \'-\'">Keys</span>:', 'key', 'd-key', '', 65) + \
3515							"Type:<br />" + \
3516							WI_RadioButton('d-type', 'tx', 'd-r-tx', 'CHECKED', ' Transaction (type "all" in "Keys" to delete them all)') + \
3517							WI_RadioButton('d-type', 'key', 'd-r-key', '', ' Bitcoin address') + \
3518							WI_Submit('Delete', 'DeleteDiv', 'd-close', 'ajaxDelete') + \
3519							WI_CloseButton('DeleteDiv', 'd-close') + \
3520							WI_ReturnDiv('DeleteDiv') + \
3521							WI_FormEnd()
3522
3523				ImportTxForm = WI_FormInit('Import a transaction into your wallet:', 'ImportTx', 'divformimporttx') + \
3524							WI_InputText('Wallet Directory: ', 'dir', 'it-dir', determine_db_dir(), 40) + \
3525							WI_InputText('Wallet Filename:', 'name', 'it-name', determine_db_name()) + \
3526							WI_InputText('Txk:', 'key', 'it-txk', '', 65) + \
3527							WI_InputText('Txv:', 'label', 'it-txv', '', 65) + \
3528							WI_Submit('Import', 'ImportTxDiv', 'it-close', 'ajaxImportTx') + \
3529							WI_CloseButton('ImportTxDiv', 'it-close') + \
3530							WI_ReturnDiv('ImportTxDiv') + \
3531							WI_FormEnd()
3532
3533				BalanceForm = WI_FormInit('Print the balance of a Bitcoin address:', 'Balance', 'divformbalance') + \
3534							WI_InputText('Key:', 'key', 'bf-key', '', 35) + \
3535							WI_Submit('Get balance', 'BalanceDiv', 'gb-close', 'ajaxBalance') + \
3536							WI_CloseButton('BalanceDiv', 'gb-close') + \
3537							WI_ReturnDiv('BalanceDiv') + \
3538							WI_FormEnd()
3539
3540				global CTX_adds, addr_to_keys
3541				CTX_adds2=CTX_adds.split('|')+addr_to_keys.keys()
3542
3543
3544				CreateTxForm = WI_FormInit('Create transaction', 'CTX', 'divformctx') + \
3545							X_if_else("Additional addresses used: " + ', '.join(CTX_adds.split('|'))+"<br /><br />",len(CTX_adds)>0,"No additional addresses used<br /><br />") + \
3546							listtx_txt(CTX_adds) + \
3547							WI_FormEnd()
3548
3549				CreateTxForm2 = WI_FormInit('Check addresses funds', 'ListTransactions', 'divformctx') + \
3550							WI_InputText('<span style="border: 0 dashed;border-bottom-width:1px;" title="Divided by a |">Addresses</span>: ', 'adds', 'ctx-adds', '', 35) + \
3551							WI_Submit('Check ', '', '', 'ajaxCTx') + \
3552							WI_FormEnd()
3553
3554				Misc = ''
3555
3556				Javascript = '<script language="javascript" type="text/javascript">interv1=0;\
3557					totalin=0;\
3558					totalout=0;\
3559					\
3560					function majfee(){\
3561						document.getElementById("tot_in").innerHTML=(totalin)/100000000;\
3562						document.getElementById("tot_out").innerHTML=(totalout)/100000000;\
3563						document.getElementById("tot_fee").innerHTML=(totalin-totalout)/100000000;\
3564					}\
3565					\
3566					function image_showdiv(a){\
3567						if(document.getElementById(a).style.display!="none")r="http://creation-entreprise.comprendrechoisir.com/img/puce_tab_down.png";\
3568						else{\
3569						r="http://creation-entreprise.comprendrechoisir.com/img/puce_tab.png";}\
3570						\
3571						return "<img src=\'"+r+"\' />";\
3572						\
3573					}\
3574					function get_radio_value(radioform){\
3575						var rad_val;\
3576						for (var i=0; i < radioform.length; i++){\
3577							if (radioform[i].checked){\
3578								rad_val = radioform[i].value;\
3579							}\
3580						}\
3581						return rad_val;\
3582					}' + \
3583				WI_AjaxFunction('UpdatePyw', 'document.getElementById("uptodate").innerHTML = ajaxRequest.responseText;setTimeout(function() {window.location.reload();}, 2000);', '"/?update=1"', 'document.getElementById("uptodate").innerHTML = "Updating...";') + \
3584				WI_AjaxFunction('CTx', 'document.getElementById("retour-pyw").innerHTML = ajaxRequest.responseText;', '"/ListTransactions?addresses="+document.getElementById("ctx-adds").value', 'document.getElementById("retour-pyw").innerHTML = "Loading...";') + \
3585				WI_AjaxFunction('CPP', 'document.getElementById("retour-pyw").innerHTML = ajaxRequest.responseText;', '"/ChangePP?pp="+document.getElementById("cppf-pp").value', 'document.getElementById("retour-pyw").innerHTML = "Loading...";') + \
3586				WI_AjaxFunction('DW', 'document.getElementById("retour-pyw").innerHTML = ajaxRequest.responseText;', '"/DumpWallet?dir="+document.getElementById("dwf-dir").value+"&name="+document.getElementById("dwf-name").value+"&bal="+document.getElementById("dwf-bal").checked+"&version="+document.getElementById("dwf-vers").value', 'document.getElementById("retour-pyw").innerHTML = "Loading...";') + \
3587				WI_AjaxFunction('MW', 'document.getElementById("retour-pyw").innerHTML = ajaxRequest.responseText;', '"/MergeWallets?dir1="+document.getElementById("mwf-dir1").value+"&name1="+document.getElementById("mwf-name1").value+"&pass1="+encodeURIComponent(document.getElementById("mwf-pass1").value)+"&dir2="+document.getElementById("mwf-dir2").value+"&name2="+document.getElementById("mwf-name2").value+"&pass2="+encodeURIComponent(document.getElementById("mwf-pass2").value)+"&dirm="+document.getElementById("mwf-dirm").value+"&namem="+document.getElementById("mwf-namem").value+"&passm1="+encodeURIComponent(document.getElementById("mwf-passm1").value)+"&passm2="+encodeURIComponent(document.getElementById("mwf-passm2").value)+""', 'document.getElementById("retour-pyw").innerHTML = "Merging wallets... This may take a few minutes.";interv1=setInterval(ajaxUpdateMW,300);') + \
3588				WI_AjaxFunction('UpdateMW', 'if(ajaxRequest.responseText.length>0){document.getElementById("retour-pyw").innerHTML = ajaxRequest.responseText;}else{clearInterval(interv1);}', '"/Others?action=update_mwdiv"', '') + \
3589				WI_AjaxFunction('DK', 'document.getElementById("retour-pyw").innerHTML = ajaxRequest.responseText;', '"/DumpWallet?dir="+document.getElementById("dkf-dir").value+"&filetw="+document.getElementById("dkf-file").value+"&keys="+document.getElementById("dkf-keys").value+"&bal="+document.getElementById("dkf-bal").checked+"&name="+document.getElementById("dkf-name").value+"&version="+document.getElementById("dkf-vers").value', 'document.getElementById("retour-pyw").innerHTML = "Loading...";') + \
3590				WI_AjaxFunction('IK', 'document.getElementById("retour-pyw").innerHTML = ajaxRequest.responseText;', '"/Import?dir="+document.getElementById("ikf-dir").value+"&file="+document.getElementById("ikf-file").value+"&name="+document.getElementById("ikf-name").value', 'document.getElementById("retour-pyw").innerHTML = "Loading...";') + \
3591				WI_AjaxFunction('DTx', 'document.getElementById("retour-pyw").innerHTML = ajaxRequest.responseText;', '"/DumpTx?dir="+document.getElementById("dt-dir").value+"&name="+document.getElementById("dt-name").value+"&file="+document.getElementById("dt-file").value', 'document.getElementById("retour-pyw").innerHTML = "Loading...";') + \
3592				WI_AjaxFunction('Info', 'document.getElementById("retour-pyw").innerHTML = ajaxRequest.responseText;', '"/Info?key="+document.getElementById("if-key").value+"&msg="+document.getElementById("if-msg").value+"&pubkey="+document.getElementById("if-pubkey").value+"&sig="+document.getElementById("if-sig").value+"&vers="+document.getElementById("if-vers").value+"&format="+(document.getElementById("if-hex").checked?"hex":"reg")+"&need="+get_radio_value(document.getElementsByName("i-need"))', 'document.getElementById("retour-pyw").innerHTML = "Loading...";') + \
3593				WI_AjaxFunction('Import', 'document.getElementById("retour-pyw").innerHTML = ajaxRequest.responseText;', '"/Import?dir="+document.getElementById("impf-dir").value+"&name="+document.getElementById("impf-name").value+"&key="+document.getElementById("impf-key").value+"&label="+document.getElementById("impf-label").value+"&vers="+document.getElementById("impf-vers").value+"&com="+document.getElementById("impf-com").checked+"&cry="+document.getElementById("impf-cry").checked+"&format="+document.getElementById("impf-hex").checked+(document.getElementById("impf-reserve").checked?"&reserve=1":"")', 'document.getElementById("retour-pyw").innerHTML = "Loading...";') + \
3594				WI_AjaxFunction('ImportRO', 'document.getElementById("retour-pyw").innerHTML = ajaxRequest.responseText;', '"/Import?dir="+document.getElementById("irof-dir").value+"&name="+document.getElementById("irof-name").value+"&pub="+document.getElementById("irof-pub").value+"&label="+document.getElementById("irof-label").value', 'document.getElementById("retour-pyw").innerHTML = "Loading...";') + \
3595				WI_AjaxFunction('Balance', 'document.getElementById("retour-pyw").innerHTML = "Balance of " + document.getElementById("bf-key").value + ": " + ajaxRequest.responseText;', '"/Balance?key="+document.getElementById("bf-key").value', 'document.getElementById("retour-pyw").innerHTML = "Loading...";') + \
3596				WI_AjaxFunction('Delete', 'document.getElementById("retour-pyw").innerHTML = ajaxRequest.responseText;', '"/Delete?dir="+document.getElementById("d-dir").value+"&name="+document.getElementById("d-name").value+"&keydel="+document.getElementById("d-key").value+"&typedel="+get_radio_value(document.getElementsByName("d-type"))', 'document.getElementById("retour-pyw").innerHTML = "Loading...";') + \
3597				WI_AjaxFunction('ImportTx', 'document.getElementById("retour-pyw").innerHTML = ajaxRequest.responseText;', '"/ImportTx?dir="+document.getElementById("it-dir").value+"&name="+document.getElementById("it-name").value+"&txk="+document.getElementById("it-txk").value+"&txv="+document.getElementById("it-txv").value', 'document.getElementById("retour-pyw").innerHTML = "Loading...";') + \
3598				'</script>'
3599
3600#				WI_AjaxFunction('Import', 'document.getElementById("ImportDiv").innerHTML = ajaxRequest.responseText;', '"/Import?dir="+document.getElementById("impf-dir").value+"&name="+document.getElementById("impf-name").value+"&key="+document.getElementById("impf-key").value+"&label="+document.getElementById("impf-label").value+"&vers="+document.getElementById("impf-vers").value+"&format="+(document.getElementById("impf-hex").checked?"hex":"reg")+(document.getElementById("impf-reserve").checked?"&reserve=1":"")', 'document.getElementById("ImportDiv").innerHTML = "Loading...";') + \
3601
3602
3603				page = '<html><head><title>Pywallet Web Interface</title></head><body>' + header + Javascript + CPPForm + DWForm + MWForm + DKForm + IKForm + DTxForm + InfoForm + ImportForm + ImportTxForm + DeleteForm + BalanceForm + Misc + '</body></html>'
3604
3605				AboutPage="\
3606Pywallet is a tool to manage wallet files, developped by jackjack. <a href='https://bitcointalk.org/index.php?topic=34028'>Support thread</a> is on bitcointalk.<br />\
3607<br />\
3608To support pywallet's development or if you think it's worth something, you can send anything you want to 1AQDfx22pKGgXnUZFL1e4UKos3QqvRzNh5.\
3609\
3610<br /><br /><br /><br /><b>Dependencies:</b><br />\
3611				\
3612				&nbsp;&nbsp;&nbsp;ecdsa: "+dep_text_aboutpage('ecdsa' in missing_dep)+"\
3613				\
3614<br /><br /><b>Pywallet path:</b>&nbsp;&nbsp;&nbsp;"+pyw_path+"/"+pyw_filename+"\
3615				"
3616
3617				return html_wui(Javascript + \
3618					WI_Endiv(DWForm+DKForm+DTxForm, 'DumpPage', 'Dump', '') + \
3619					WI_Endiv(ImportForm+IKForm+MWForm+ImportTxForm+ImportROForm,'ImportPage', 'Import', "Don't forget to close Bitcoin when you modify your wallet", True) + \
3620					WI_Endiv(DeleteForm,'DeletePage', 'Delete', "Don't forget to close Bitcoin when you modify your wallet", True) + \
3621					WI_Endiv(CPPForm,'PassphrasePage', 'Change passphrase', '', True) + \
3622					WI_Endiv(InfoForm+BalanceForm,'InfoPage', 'Info', '', True) + \
3623					WI_Endiv(CreateTxForm2+CreateTxForm,'TxPage', 'Manage transactions', 'You can here create your own transactions. <br />By default, the unspent transactions from addresses previously dumped are shown, but you can add other addresses to check.<br />You can\'t create a transaction if you didn\'t dump the private keys of each input beforehand.', True) + \
3624					WI_Endiv(AboutPage,'AboutPage','About','', True)
3625				,check_version_text
3626				)
3627
3628
3629				return page
3630
3631		 def getChild(self, name, request):
3632			 if name == '':
3633				 return self
3634			 else:
3635				 if name in VIEWS.keys():
3636					 return resource.Resource.getChild(self, name, request)
3637				 else:
3638					 return WI404()
3639
3640	class WIDumpWallet(resource.Resource):
3641
3642		 def render_GET(self, request):
3643			 try:
3644
3645					wdir=request.args['dir'][0]
3646					wname=request.args['name'][0]
3647					version = int(request.args['version'][0])
3648					log.msg('Wallet Dir: %s' %(wdir))
3649					log.msg('Wallet Name: %s' %(wname))
3650
3651					if not os.path.isfile(wdir+"/"+wname):
3652						return '%s/%s doesn\'t exist'%(wdir, wname)
3653
3654					try:
3655						bal=request.args['bal'][0]=='true'
3656					except:
3657						bal=false
3658					read_wallet(json_db, create_env(wdir), wname, True, True, "", bal, version)
3659
3660#					print wdir
3661#					print wname
3662#					print json_db  #json.dumps(json_db, sort_keys=True, indent=4)
3663
3664					try:
3665						kfile=request.args['filetw'][0]
3666						kkeys=request.args['keys'][0]
3667#						print kkeys.split(',')
3668						reteak=export_all_keys(json_db, kkeys.split(','), kfile)
3669						return 'File'+X_if_else("",reteak," not")+' written'
3670					except:
3671						return 'Wallet: %s/%s<br />Dump:<pre>%s</pre>'%(wdir, wname, json.dumps(json_db, sort_keys=True, indent=4))
3672			 except:
3673				 log.err()
3674				 return 'Error in dump page'
3675
3676			 def render_POST(self, request):
3677				 return self.render_GET(request)
3678
3679	class WIDumpTx(resource.Resource):
3680
3681		 def render_GET(self, request):
3682			 try:
3683					wdir=request.args['dir'][0]
3684					wname=request.args['name'][0]
3685					jsonfile=request.args['file'][0]
3686					log.msg('Wallet Dir: %s' %(wdir))
3687					log.msg('Wallet Name: %s' %(wname))
3688
3689					if not os.path.isfile(wdir+"/"+wname):
3690						return '%s/%s doesn\'t exist'%(wdir, wname)
3691					if os.path.isfile(jsonfile):
3692						return '%s exists'%(jsonfile)
3693
3694					read_wallet(json_db, create_env(wdir), wname, True, True, "", None)
3695					write_jsonfile(jsonfile, json_db['tx'])
3696					return 'Wallet: %s/%s<br />Transations dumped in %s'%(wdir, wname, jsonfile)
3697			 except:
3698				 log.err()
3699				 return 'Error in dumptx page'
3700
3701			 def render_POST(self, request):
3702				 return self.render_GET(request)
3703
3704	class WIMergeWallets(resource.Resource):
3705
3706		 def render_GET(self, request):
3707			 try:
3708				dir1=request.args['dir1'][0]
3709				name1=request.args['name1'][0]
3710				pass1=request.args['pass1'][0]
3711				dir2=request.args['dir2'][0]
3712				name2=request.args['name2'][0]
3713				pass2=request.args['pass2'][0]
3714				dirm=request.args['dirm'][0]
3715				namem=request.args['namem'][0]
3716				passm1=request.args['passm1'][0]
3717				passm2=request.args['passm2'][0]
3718				if passm1!=passm2:
3719					return 'The passphrases for the merged wallet don\'t match. Aborted.'
3720
3721				r=merge_wallets(dir1, name1, dir2, name2, dirm, namem, pass1, pass2, passm1)
3722				if r[0]:
3723					return "Merging in progress..."
3724				else:
3725					return r[1]
3726
3727				return ret
3728			 except:
3729				 log.err()
3730				 return 'Error in mergewallets page'
3731
3732			 def render_POST(self, request):
3733				 return self.render_GET(request)
3734
3735	class WIChangePP(resource.Resource):
3736
3737		 def render_GET(self, request):
3738			 try:
3739				global passphrase
3740				passphrase=request.args['pp'][0]
3741				return 'Done'
3742			 except:
3743				log.err()
3744				return 'Error while changing passphrase'
3745
3746			 def render_POST(self, request):
3747				 return self.render_GET(request)
3748
3749	class WIOthers(resource.Resource):
3750
3751		 def render_GET(self, request):
3752			 try:
3753				global passphrase
3754				global global_merging_message
3755
3756				action=request.args['action'][0]
3757				if action=="update_mwdiv":
3758					ret=global_merging_message[0]
3759					global_merging_message[0]=global_merging_message[1]
3760					global_merging_message[1]=""
3761					return ret
3762				return 'Done'
3763			 except:
3764				log.err()
3765				return 'Error while WIOthers'
3766
3767			 def render_POST(self, request):
3768				 return self.render_GET(request)
3769
3770	class WIBalance(resource.Resource):
3771
3772		 def render_GET(self, request):
3773			 try:
3774					return "%s"%str(balance(balance_site, request.args['key'][0]).encode('utf-8'))
3775			 except:
3776				 log.err()
3777				 return 'Error in balance page'
3778
3779			 def render_POST(self, request):
3780				 return self.render_GET(request)
3781
3782	class WIDelete(resource.Resource):
3783
3784		 def render_GET(self, request):
3785			 try:
3786					wdir=request.args['dir'][0]
3787					wname=request.args['name'][0]
3788					keydel=request.args['keydel'][0]
3789					typedel=request.args['typedel'][0]
3790					db_env = create_env(wdir)
3791
3792					if not os.path.isfile(wdir+"/"+wname):
3793						return '%s/%s doesn\'t exist'%(wdir, wname)
3794
3795					deleted_items = delete_from_wallet(db_env, wname, typedel, keydel.split('-'))
3796
3797					return "%s:%s has been successfully deleted from %s/%s, resulting in %d deleted item%s"%(typedel, keydel, wdir, wname, deleted_items, iais(deleted_items))
3798
3799			 except:
3800				 log.err()
3801				 return 'Error in delete page'
3802
3803			 def render_POST(self, request):
3804				 return self.render_GET(request)
3805
3806def message_to_hash(msg, msgIsHex=False):
3807	str = ""
3808#	str += '04%064x%064x'%(pubkey.point.x(), pubkey.point.y())
3809#	str += "Padding text - "
3810	str += msg
3811	if msgIsHex:
3812		str = str.decode('hex')
3813	hash = Hash(str)
3814	return hash
3815
3816def sign_message(secret, msg, msgIsHex=False):
3817	k = KEY()
3818	k.generate(secret)
3819	return k.sign(message_to_hash(msg, msgIsHex))
3820
3821def verify_message_signature(pubkey, sign, msg, msgIsHex=False):
3822	k = KEY()
3823	k.set_pubkey(pubkey.decode('hex'))
3824	return k.verify(message_to_hash(msg, msgIsHex), sign.decode('hex'))
3825
3826
3827OP_DUP = 118;
3828OP_HASH160 = 169;
3829OP_EQUALVERIFY = 136;
3830OP_CHECKSIG = 172;
3831
3832XOP_DUP = "%02x"%OP_DUP;
3833XOP_HASH160 = "%02x"%OP_HASH160;
3834XOP_EQUALVERIFY = "%02x"%OP_EQUALVERIFY;
3835XOP_CHECKSIG = "%02x"%OP_CHECKSIG;
3836
3837BTC = 1e8
3838
3839def ct(l_prevh, l_prevn, l_prevsig, l_prevpubkey, l_value_out, l_pubkey_out, is_msg_to_sign=-1, oldScriptPubkey=""):
3840	scriptSig = True
3841	if is_msg_to_sign is not -1:
3842		scriptSig = False
3843		index = is_msg_to_sign
3844
3845	ret = ""
3846	ret += inverse_str("%08x"%1)
3847	nvin = len(l_prevh)
3848	ret += "%02x"%nvin
3849
3850	for i in range(nvin):
3851		txin_ret = ""
3852		txin_ret2 = ""
3853
3854		txin_ret += inverse_str(l_prevh[i])
3855		txin_ret += inverse_str("%08x"%l_prevn[i])
3856
3857		if scriptSig:
3858			txin_ret2 += "%02x"%(1+len(l_prevsig[i])/2)
3859			txin_ret2 += l_prevsig[i]
3860			txin_ret2 += "01"
3861			txin_ret2 += "%02x"%(len(l_prevpubkey[i])/2)
3862			txin_ret2 += l_prevpubkey[i]
3863
3864			txin_ret += "%02x"%(len(txin_ret2)/2)
3865			txin_ret += txin_ret2
3866
3867		elif index == i:
3868			txin_ret += "%02x"%(len(oldScriptPubkey)/2)
3869			txin_ret += oldScriptPubkey
3870		else:
3871			txin_ret += "00"
3872
3873		ret += txin_ret
3874		ret += "ffffffff"
3875
3876
3877	nvout = len(l_value_out)
3878	ret += "%02x"%nvout
3879	for i in range(nvout):
3880		txout_ret = ""
3881
3882		txout_ret += inverse_str("%016x"%(l_value_out[i]))
3883		txout_ret += "%02x"%(len(l_pubkey_out[i])/2+5)
3884		txout_ret += "%02x"%OP_DUP
3885		txout_ret += "%02x"%OP_HASH160
3886		txout_ret += "%02x"%(len(l_pubkey_out[i])/2)
3887		txout_ret += l_pubkey_out[i]
3888		txout_ret += "%02x"%OP_EQUALVERIFY
3889		txout_ret += "%02x"%OP_CHECKSIG
3890		ret += txout_ret
3891
3892	ret += "00000000"
3893	if not scriptSig:
3894		ret += "01000000"
3895	return ret
3896
3897def create_transaction(secret_key, hashes_txin, indexes_txin, pubkey_txin, prevScriptPubKey, amounts_txout, scriptPubkey):
3898	li1 = len(secret_key)
3899	li2 = len(hashes_txin)
3900	li3 = len(indexes_txin)
3901	li4 = len(pubkey_txin)
3902	li5 = len(prevScriptPubKey)
3903
3904	if li1 != li2 or li2 != li3 or li3 != li4 or li4 != li5:
3905		print("Error in the number of tx inputs")
3906		exit(0)
3907
3908	lo1 = len(amounts_txout)
3909	lo2 = len(scriptPubkey)
3910
3911	if lo1 != lo2:
3912		print("Error in the number of tx outputs")
3913		exit(0)
3914
3915	sig_txin = []
3916	i=0
3917	for cpt in hashes_txin:
3918		sig_txin.append(sign_message(secret_key[i].decode('hex'), ct(hashes_txin, indexes_txin, sig_txin, pubkey_txin, amounts_txout, scriptPubkey, i, prevScriptPubKey[i]), True)+"01")
3919		i+=1
3920
3921	tx = ct(hashes_txin, indexes_txin, sig_txin, pubkey_txin, amounts_txout, scriptPubkey)
3922	hashtx = Hash(tx.decode('hex')).encode('hex')
3923
3924	for i in range(len(sig_txin)):
3925		try:
3926			verify_message_signature(pubkey_txin[i], sig_txin[i][:-2], ct(hashes_txin, indexes_txin, sig_txin, pubkey_txin, amounts_txout, scriptPubkey, i, prevScriptPubKey[i]), True)
3927			print("sig %2d: verif ok"%i)
3928		except:
3929			print("sig %2d: verif error"%i)
3930			exit(0)
3931
3932#	tx += end_of_wallettx([], int(time.time()))
3933#	return [inverse_str(hashtx), "027478" + hashtx, tx]
3934	return [inverse_str(hashtx), "", tx]
3935
3936def inverse_str(string):
3937	ret = ""
3938	for i in range(len(string)/2):
3939		ret += string[len(string)-2-2*i];
3940		ret += string[len(string)-2-2*i+1];
3941	return ret
3942
3943def read_table(table, beg, end):
3944	rows = table.split(beg)
3945	for i in range(len(rows)):
3946		rows[i] = rows[i].split(end)[0]
3947	return rows
3948
3949def read_blockexplorer_table(table):
3950	cell = []
3951	rows = read_table(table, '<tr>', '</tr>')
3952	for i in range(len(rows)):
3953		cell.append(read_table(rows[i], '<td>', '</td>'))
3954		del cell[i][0]
3955	del cell[0]
3956	del cell[0]
3957	return cell
3958
3959txin_amounts = {}
3960
3961def bc_address_to_available_tx(address, testnet=False):
3962	TN=""
3963	if testnet:
3964		TN="testnet"
3965
3966	blockexplorer_url = "http://blockexplorer.com/"+TN+"/address/"
3967	ret = ""
3968	txin = []
3969	txin_no = {}
3970	global txin_amounts
3971	txout = []
3972	balance = 0
3973	txin_is_used = {}
3974
3975	page = urllib.urlopen("%s/%s" % (blockexplorer_url, address))
3976	try:
3977		table = page.read().split('<table class="txtable">')[1]
3978		table = table.split("</table>")[0]
3979	except:
3980		return {address:[]}
3981
3982	cell = read_blockexplorer_table(table)
3983
3984	for i in range(len(cell)):
3985		txhash = read_table(cell[i][0], '/tx/', '#')[1]
3986		post_hash = read_table(cell[i][0], '#', '">')[1]
3987		io = post_hash[0]
3988		no_tx = post_hash[1:]
3989		if io in 'i':
3990			txout.append([txhash, post_hash])
3991		else:
3992			txin.append(txhash+no_tx)
3993			txin_no[txhash+no_tx] = post_hash[1:]
3994			txin_is_used[txhash+no_tx] = 0
3995
3996		#hashblock = read_table(cell[i][1], '/block/', '">')[1]
3997		#blocknumber = read_table(cell[i][1], 'Block ', '</a>')[1]
3998
3999		txin_amounts[txhash+no_tx] = round(float(cell[i][2]), 8)
4000
4001#		if cell[i][3][:4] in 'Sent' and io in 'o':
4002#			print(cell[i][3][:4])
4003#			print(io)
4004#			return 'error'
4005#		if cell[i][3][:4] in 'Rece' and io in 'i':
4006#			print(cell[i][3][:4])
4007#			print(io)
4008#			return 'error'
4009
4010		balance = round(float(cell[i][5]), 8)
4011
4012
4013	for tx in txout:
4014		pagetx = urllib.urlopen("http://blockexplorer.com/"+TN+"/tx/"+tx[0])
4015		table_in = pagetx.read().split('<a name="outputs">Outputs</a>')[0].split('<table class="txtable">')[1].split("</table>")[0]
4016
4017		cell = read_blockexplorer_table(table_in)
4018		for i in range(len(cell)):
4019			txhash = read_table(cell[i][0], '/tx/', '#')[1]
4020			no_tx = read_table(cell[i][0], '#', '">')[1][1:]
4021
4022			if txhash+no_tx in txin:
4023				txin_is_used[txhash+no_tx] = 1
4024
4025	ret = []
4026	for tx in txin:
4027		if not txin_is_used[tx]:
4028			ret.append([tx,txin_amounts[tx],txin_no[tx]])
4029
4030	return {address : ret}
4031
4032def write_avtx(list_avtx, testnet=False):
4033	TN=""
4034	if testnet:
4035		TN="testnet"
4036	gret = "<table border=1>"
4037	for add in list_avtx:
4038		notnull = False
4039		try:
4040			hexsec = " -> " + bc_address_to_sec[add]
4041		except:
4042			hexsec = ""
4043		ret = '<tr><td colspan=3 align="center" rowspan=1><a href="http://blockexplorer.com/'+TN+'/address/' +add + '">' + add + "</a>" + hexsec + '</td></tr>'
4044		a = list_avtx[add]
4045		for array in a:
4046			notnull = True
4047			no_tx = array[0][64:]
4048			array[0] = array[0][:64]
4049			link = "http://blockexplorer.com/"+TN+"/rawtx/"+array[0]
4050			pagetx = urllib.urlopen(link)
4051			ScriptPubkey = str(json.loads(pagetx.read())['out'][int(array[2])]['scriptPubKey'])
4052#			ret += '<a href="http://blockexplorer.com/tx/' +array[0] + '">' + array[0] + "#" + no_tx + "</a>: " + str(array[1]) + " & " + ScriptPubkey + "<br />"
4053			ret += '<tr><td><a href="http://blockexplorer.com/'+TN+'/tx/' +array[0] + '#' + no_tx + '">' + array[0] + "</a></td><td>" + str(array[1]) + "</td><td>" + ScriptPubkey + "</td></tr>"
4054		ret+="<tr><td colspan=3></td></tr>"
4055#		ret += "<br />" + "<br />"
4056		if notnull is False:
4057			ret = ""
4058		gret += ret
4059	gret=gret[:-len("<tr><td colspan=3></td></tr>")]
4060
4061	return gret+"</table>"
4062
4063ct_txin = []
4064ct_txout = []
4065
4066
4067empty_txin={'hash':'', 'index':'', 'sig':'##', 'pubkey':'', 'oldscript':'', 'addr':''}
4068empty_txout={'amount':'', 'script':''}
4069
4070class tx():
4071	ins=[]
4072	outs=[]
4073	tosign=False
4074
4075	def hashtypeone(index,script):
4076		global empty_txin
4077		for i in range(len(ins)):
4078			self.ins[i]=empty_txin
4079		self.ins[index]['pubkey']=""
4080		self.ins[index]['oldscript']=s
4081		self.tosign=True
4082
4083	def copy():
4084		r=tx()
4085		r.ins=self.ins[:]
4086		r.outs=self.outs[:]
4087		return r
4088
4089	def sign(n=-1):
4090		if n==-1:
4091			for i in range(len(ins)):
4092				self.sign(i)
4093				return "done"
4094
4095		global json_db
4096		txcopy=self.copy()
4097		txcopy.hashtypeone(i, self.ins[n]['oldscript'])
4098
4099		sec=''
4100		for k in json_db['keys']:
4101		  if k['addr']==self.ins[n]['addr'] and 'hexsec' in k:
4102			sec=k['hexsec']
4103		if sec=='':
4104			print "priv key not found (addr:"+self.ins[n]['addr']+")"
4105			return ""
4106
4107		self.ins[n]['sig']=sign_message(sec.decode('hex'), txcopy.get_tx(), True)
4108
4109	def ser():
4110		r={}
4111		r['ins']=self.ins
4112		r['outs']=self.outs
4113		r['tosign']=self.tosign
4114		return json.dumps(r)
4115
4116	def unser(r):
4117		s=json.loads(r)
4118		self.ins=s['ins']
4119		self.outs=s['outs']
4120		self.tosign=s['tosign']
4121
4122	def get_tx():
4123		r=''
4124		ret += inverse_str("%08x"%1)
4125		ret += "%02x"%len(self.ins)
4126
4127		for i in range(len(self.ins)):
4128			txin=self.ins[i]
4129			ret += inverse_str(txin['hash'])
4130			ret += inverse_str("%08x"%txin['index'])
4131
4132			if txin['pubkey']!="":
4133				tmp += "%02x"%(1+len(txin['sig'])/2)
4134				tmp += txin['sig']
4135				tmp += "01"
4136				tmp += "%02x"%(len(txin['pubkey'])/2)
4137				tmp += txin['pubkey']
4138
4139				ret += "%02x"%(len(tmp)/2)
4140				ret += tmp
4141
4142			elif txin['oldscript']!="":
4143				ret += "%02x"%(len(txin['oldscript'])/2)
4144				ret += txin['oldscript']
4145
4146			else:
4147				ret += "00"
4148
4149			ret += "ffffffff"
4150
4151		ret += "%02x"%len(self.outs)
4152
4153		for i in range(len(self.outs)):
4154			txout=self.outs[i]
4155			ret += inverse_str("%016x"%(txout['amount']))
4156
4157			if txout['script'][:2]=='s:':  #script
4158				script=txout['script'][:2]
4159				ret += "%02x"%(len(script)/2)
4160				ret += script
4161			else:                         #address
4162				ret += "%02x"%(len(txout['script'])/2+5)
4163				ret += "%02x"%OP_DUP
4164				ret += "%02x"%OP_HASH160
4165				ret += "%02x"%(len(txout['script'])/2)
4166				ret += txout['script']
4167				ret += "%02x"%OP_EQUALVERIFY
4168				ret += "%02x"%OP_CHECKSIG
4169
4170		ret += "00000000"
4171		if not self.tosign:
4172			ret += "01000000"
4173		return ret
4174
4175
4176def listtx_txt(adds):
4177			untx_site="http://blockchain.info/unspent?active="
4178			ret=''
4179			table="""<form action='CT' method=post><table border=1>"""
4180			utx=untx_site+adds
4181			try:
4182				utxs=json.loads(urllib.urlopen(utx).read())["unspent_outputs"]
4183			except:
4184				return "No inputs"
4185
4186			table+="<tr>\
4187					<td>Use</td>\
4188					<td>Tx hash</td>\
4189					<td>Script</td>\
4190					<td>Amount</td>\
4191				</tr>"
4192			for tx in utxs:
4193				txhash=str(tx["tx_hash"]).decode('hex')[::-1].encode('hex')
4194				txn=int(tx["tx_output_n"])
4195				txscript=str(tx["script"])
4196				txvalue=int(tx["value"])
4197				table+="<tr>"
4198				table+="<td>\
4199							<input type=checkbox onchange='totalin+=(this.checked?1:-1)*"+str(txvalue)+";majfee();' value='' defaultChecked=false name='txin_"+txhash+"_use_"+random_string(6)+"' >\
4200							<input type=hidden name='txin_"+txhash+"_h' value='"+str(txhash)+"'>\
4201							<input type=hidden name='txin_"+txhash+"_n' value='"+str(txn)+"'>\
4202							<input type=hidden name='txin_"+txhash+"_script' value='"+txscript+"'>\
4203<input type=hidden name='txin_"+txhash+"_amin' value='"+str(txvalue)+"'>\
4204						</td>"
4205#				table+="<td>"+a+"</td>"
4206				table+="<td>"+txhash+"</td>"
4207				table+="<!--td>"+str(txn)+"</td-->"
4208				if txscript[:6]+txscript[-4:]=="76a91488ac":
4209					table+="<td>Address "+hash_160_to_bc_address(txscript[6:-4].decode('hex'))+"</td>"
4210					table+="<input type=hidden name='txin_"+txhash+"_add' value='"+hash_160_to_bc_address(txscript[6:-4].decode('hex'))+"'>"
4211				else:
4212					table+="<td>"+txscript+"</td>"
4213
4214				table+="<td>"+str(txvalue/1e8)+"</td>"
4215				table+="</tr>\n"
4216			table+="</table>"
4217			ret+=table
4218
4219			ret+="<span id='tot_in'>0</span> BTC (inputs) - <span id='tot_out'>0</span> BTC (outputs) = <span id='tot_fee'>0</span> BTC (fee)<br /><br />"
4220
4221			txouts=""
4222			nbretxouts=30
4223			unserouts=["parseFloat(document.getElementById(\"txout_am_"+str(i)+"\").value)" for i in range(nbretxouts)]
4224			serouts="+".join(unserouts)
4225			for i in range(nbretxouts):
4226				txouts+="<span id='txout_"+str(i)+"' style='display:"+X_if_else("inline",i<3,"none")+";' >\
4227Amount: <input value='0' onchange='totalout=Math.round(("+serouts+")*100000000);majfee();' name='txout_am_"+str(i)+"' id='txout_am_"+str(i)+"' />&nbsp;&nbsp;&nbsp;&nbsp;Script: <input name='txout_script_"+str(i)+"' />\
4228\
4229\
4230\
4231<br />"+X_if_else("<input type=button id='button_txout_"+str(i)+"' value='Add a txout' onclick='document.getElementById(\"txout_"+str(i+X_if_else(0,i==nbretxouts-1,1))+"\").style.display=\"block\";document.getElementById(\"button_txout_"+str(i)+"\").style.display=\"none\";' />",i>=2,"")+"</span>"
4232
4233			ret+=txouts
4234			ret+="<input type=submit value='Create' /></form>"
4235#			ret+=WI_Submit('Create', '', '', 'ajaxCTX2')
4236
4237			return ret
4238
4239if 'twisted' not in missing_dep:
4240	class WIInfo(resource.Resource):
4241
4242		 def render_GET(self, request):
4243			 global addrtype
4244			 try:
4245					sec = request.args['key'][0]
4246					format = request.args['format'][0]
4247					addrtype = int(request.args['vers'][0])
4248					msgIsHex = False
4249					msgIsFile = False
4250					try:
4251						msg = request.args['msg'][0]
4252						if msg[0:4] == "Hex:":
4253							msg = msg[4:]
4254							msgIsHex = True
4255						elif msg[0:5] == "File:":
4256							msg = msg[5:]
4257							if not os.path.isfile(msg):
4258								return '%s doesn\'t exist'%(msg)
4259							filin = open(msg, 'r')
4260							msg = filin.read()
4261							filin.close()
4262							msgIsFile = True
4263
4264						sig = request.args['sig'][0]
4265						pubkey = request.args['pubkey'][0]
4266						need = int(request.args['need'][0])
4267					except:
4268						need = 1
4269
4270					ret = ""
4271
4272					if sec is not '':
4273						if format in 'reg':
4274							pkey = regenerate_key(sec)
4275							compressed = is_compressed(sec)
4276						elif len(sec) == 64:
4277							pkey = EC_KEY(str_to_long(sec.decode('hex')))
4278							compressed = False
4279						elif len(sec) == 66:
4280							pkey = EC_KEY(str_to_long(sec[:-2].decode('hex')))
4281							compressed = True
4282						else:
4283							return "Hexadecimal private keys must be 64 characters long"
4284
4285						if not pkey:
4286							return "Bad private key"
4287
4288
4289						secret = GetSecret(pkey)
4290						private_key = GetPrivKey(pkey, compressed)
4291						public_key = GetPubKey(pkey, compressed)
4292						addr = public_key_to_bc_address(public_key)
4293
4294						if need & 1:
4295							ret += "Address (%s): %s<br />"%(aversions[addrtype], addr)
4296							ret += "Privkey (%s): %s<br />"%(aversions[addrtype], SecretToASecret(secret, compressed))
4297							ret += "Hexprivkey: %s<br />"%(secret.encode('hex'))
4298							ret += "Hash160: %s<br />"%(bc_address_to_hash_160(addr).encode('hex'))
4299	#						ret += "Inverted hexprivkey: %s<br />"%(inversetxid(secret.encode('hex')))
4300							ret += "Pubkey: <span style='font-size:60%%;'>04%.64x%.64x</span><br />"%(pkey.pubkey.point.x(), pkey.pubkey.point.y())
4301							ret += X_if_else('<br /><br /><b>Beware, 0x%s is equivalent to 0x%.33x</b>'%(secret.encode('hex'), int(secret.encode('hex'), 16)-_r), (int(secret.encode('hex'), 16)>_r), '')
4302
4303					if 'ecdsa' not in missing_dep and need & 2:
4304						if sec is not '' and msg is not '':
4305							if need & 1:
4306								ret += "<br />"
4307							ret += "Signature of '%s' by %s: <span style='font-size:60%%;'>%s</span><br />Pubkey: <span style='font-size:60%%;'>04%.64x%.64x</span><br />"%(X_if_else(msg, not msgIsFile, request.args['msg'][0]), addr, sign_message(secret, msg, msgIsHex), pkey.pubkey.point.x(), pkey.pubkey.point.y())
4308
4309						if sig is not '' and msg is not '' and pubkey is not '':
4310							addr = public_key_to_bc_address(pubkey.decode('hex'))
4311							try:
4312								verify_message_signature(pubkey, sig, msg, msgIsHex)
4313								ret += "<br /><span style='color:#005500;'>Signature of '%s' by %s is <span style='font-size:60%%;'>%s</span></span><br />"%(X_if_else(msg, not msgIsFile, request.args['msg'][0]), addr, sig)
4314							except:
4315								ret += "<br /><span style='color:#990000;'>Signature of '%s' by %s is NOT <span style='font-size:60%%;'>%s</span></span><br />"%(X_if_else(msg, not msgIsFile, request.args['msg'][0]), addr, sig)
4316
4317					return ret
4318
4319			 except:
4320				 log.err()
4321				 return 'Error in info page'
4322
4323			 def render_POST(self, request):
4324				 return self.render_GET(request)
4325
4326
4327	class WIImportTx(resource.Resource):
4328
4329		 def render_GET(self, request):
4330			 global addrtype
4331			 try:
4332					wdir=request.args['dir'][0]
4333					wname=request.args['name'][0]
4334					txk=request.args['txk'][0]
4335					txv=request.args['txv'][0]
4336					d = {}
4337
4338					if not os.path.isfile(wdir+"/"+wname):
4339						return '%s/%s doesn\'t exist'%(wdir, wname)
4340
4341					if txk not in "file":
4342						dd = [{'tx_k':txk, 'tx_v':txv}]
4343					else:
4344						if not os.path.isfile(txv):
4345							return '%s doesn\'t exist'%(txv)
4346						dd = read_jsonfile(txv)
4347
4348
4349					db_env = create_env(wdir)
4350					read_wallet(json_db, db_env, wname, True, True, "", None)
4351					db = open_wallet(db_env, wname, writable=True)
4352
4353					i=0
4354					for tx in dd:
4355						d = {'txi':tx['tx_k'], 'txv':tx['tx_v']}
4356						print(d)
4357						update_wallet(db, "tx", d)
4358						i+=1
4359
4360					db.close()
4361
4362					return "<pre>hash: %s\n%d transaction%s imported in %s/%s<pre>" % (inverse_str(txk[6:]), i, iais(i), wdir, wname)
4363
4364			 except:
4365				 log.err()
4366				 return 'Error in importtx page'
4367
4368			 def render_POST(self, request):
4369				 return self.render_GET(request)
4370
4371	class WIQuit(resource.Resource):
4372		def render_GET(self, request):
4373			reactor.stop()
4374		def render_POST(self, request):
4375			return self.render_GET(request)
4376
4377	class WICTListTx(resource.Resource):
4378		def render_GET(self, request):
4379			global CTX_adds
4380			try:
4381				adds=request.args['addresses'][0]
4382				CTX_adds=adds
4383			except:
4384				return "You must provide at least one address to see the transaction you can spend. Divided by |"
4385
4386			ret=""
4387			ret=listtx_txt(adds)
4388			return "Refresh to display available incoming transactions"
4389
4390		def render_POST(self, request):
4391			return self.render_GET(request)
4392
4393	class WICT(resource.Resource):
4394		def render_GET(self, request):
4395			#CT?sec=s&hashesin=h&indexes=1&pubkeys=p&prevspk=r&amounts=2453628&spk=spk#tbend
4396			global txin_amounts, json_db
4397			display = ""
4398
4399
4400
4401			try:
4402				testnet=request.args['testnet'][0]
4403				TN="testnet"
4404			except:
4405				TN=""
4406
4407			try:
4408
4409				list_sec, list_hin, list_indexes, list_pubs, list_scriptin, list_outam, list_scriptout, list_amin = [[] for i in range(8)]
4410
4411				txin_to_use=[]
4412				txouts_nos=[]
4413				txouts_not_empty=[]
4414				for i in request.args:
4415					if i[:4]=='txin' and i[-10:-7]=='use':
4416						txin_to_use.append(i.split('_')[1])
4417					if i[:4]=='txou' and i.split('_')[2] not in txouts_nos:
4418						p=i.split('_')[1]
4419						no=i.split('_')[2]
4420						txouts_nos.append(no)
4421
4422				for no in txouts_nos:
4423				  if request.args['txout_am_'+no][0]!='' and request.args['txout_am_'+no][0]!='0':
4424					list_outam.append(request.args['txout_am_'+no][0])
4425					list_scriptout.append(request.args['txout_script_'+no][0])
4426
4427
4428				global addr_to_keys
4429				for h in txin_to_use:
4430					if request.args['txin_'+h+'_add'][0] not in addr_to_keys.keys():
4431						return "<br />No private key for "+request.args['txin_'+h+'_add'][0]+", please dump a wallet containing this address<br /><br /><a href='http://localhost:"+str(webport)+"'>Return to Pywallet</a>"
4432
4433					list_hin.append(h)
4434					list_indexes.append(request.args['txin_'+h+'_n'][0])
4435					list_scriptin.append(request.args['txin_'+h+'_script'][0])
4436					list_sec.append(addr_to_keys[request.args['txin_'+h+'_add'][0]][0])
4437					list_pubs.append(addr_to_keys[request.args['txin_'+h+'_add'][0]][1])
4438					list_amin.append(request.args['txin_'+h+'_amin'][0])
4439
4440				sec=",".join(list_sec)
4441				hashesin=",".join(list_hin)
4442				indexes=",".join(list_indexes)
4443				pubkeys=",".join(list_pubs)
4444				prevspk=",".join(list_scriptin)
4445				amins=",".join(list_amin)
4446				amounts=",".join(list_outam)
4447				spk=",".join(list_scriptout)
4448
4449
4450			except:
4451				display += "error"
4452				return display
4453
4454			secret_key = sec.split(',')
4455			hashes_txin = hashesin.split(',')
4456			indexes_txin = indexes.split(',')
4457			for i in range(len(indexes_txin)):
4458				indexes_txin[i] = int(indexes_txin[i])
4459			pubkey_txin = pubkeys.split(',')
4460			am_txin = amins.split(',')
4461			prevScriptPubKey = prevspk.split(',')
4462
4463			amounts_txout = amounts.split(',')
4464			for i in range(len(amounts_txout)):
4465				amounts_txout[i] = int(1e8*float(amounts_txout[i]))
4466			spk_txout = spk.split(',')
4467
4468			tx = create_transaction(secret_key, hashes_txin, indexes_txin, pubkey_txin, prevScriptPubKey, amounts_txout, spk_txout)
4469
4470			display += "Inputs: (go to <a href='CTTest'>CTTest</a> before)<br />"
4471			sum_in = 0
4472			for i in range(len(hashes_txin)):
4473				try:
4474#					ain = txin_amounts[hashes_txin[i] + ("%d"%indexes_txin[i])]
4475					ain=int(am_txin[i])/1e8
4476					aaa = ", %.8f BTC"%ain
4477					sum_in += ain
4478				except:
4479					aaa = ""
4480				display += ('%d: <a href="http://blockexplorer.com/'+TN+'/tx/%s#o%d">%s #%d</a>%s<br />')%(i, hashes_txin[i], indexes_txin[i], hashes_txin[i], indexes_txin[i], aaa)
4481
4482			display += "<br /><br />Outputs:<br />"
4483			sum_out = 0
4484			for i in range(len(spk_txout)):
4485				sum_out += amounts_txout[i]/BTC
4486				display += '%.8f BTC to %s<br />'%(amounts_txout[i]/BTC, hash_160_to_bc_address(spk_txout[i].decode('hex')))
4487
4488			display += "<br />"
4489			display += "<br />"
4490			display += "In: %.8f BTC"%sum_in
4491			display += "<br />"
4492			display += "Out: %.8f BTC"%sum_out
4493			display += "<br />"
4494			display += "Fee: %.8f BTC"%(sum_in-sum_out)
4495			display += "<br />"
4496			display += "<br />"
4497			display += "<br />"
4498			display += ("<pre>Transaction hash: "+tx[0])
4499			display += "<br />"
4500#			display += ("tx_k:    "+tx[1])
4501#			display += "<br />"
4502			display += ("Raw transaction:       "+tx[2])
4503
4504			display += "</pre><br />"
4505
4506
4507			return display
4508
4509		def render_POST(self, request):
4510			return self.render_GET(request)
4511
4512	class WICTTest(resource.Resource):
4513
4514		def render_GET(self, request):
4515			try:
4516				request.args['testnet'][0]
4517				testnet=True
4518			except:
4519				testnet=False
4520			list_avtx = {}
4521			i = 0
4522
4523			try:
4524				for add in request.args['addresses'][0].split(','):
4525					print "Address %d: %s"%(i, add)
4526					list_avtx[add] = bc_address_to_available_tx(add, testnet)[add]
4527					i += 1
4528
4529				print(list_avtx)
4530
4531				display = ""
4532				display += write_avtx(list_avtx, testnet)
4533			except:
4534				display="You must provide at least one address to see the transaction you can spend.<br /><a href='CTTest?addresses=1BAdzvknPux2zqG2eNawvgitCW1aqwE4bb'>Like this</a>"
4535
4536			return display
4537
4538		def render_POST(self, request):
4539			return self.render_GET(request)
4540
4541
4542	class WIImport(resource.Resource):
4543
4544		 def render_GET(self, request):
4545			 global addrtype
4546			 try:
4547                                pub=request.args['pub'][0]
4548                                try:
4549										wdir=request.args['dir'][0]
4550										wname=request.args['name'][0]
4551										label=request.args['label'][0]
4552
4553										db_env = create_env(wdir)
4554										db = open_wallet(db_env, wname, writable=True)
4555										update_wallet(db, 'ckey', { 'public_key' : pub.decode('hex'), 'encrypted_private_key' : random_string(96).decode('hex') })
4556										update_wallet(db, 'name', { 'hash' : public_key_to_bc_address(pub.decode('hex')), 'name' : "Read-only: "+label })
4557										db.close()
4558										return "Read-only address "+public_key_to_bc_address(pub.decode('hex'))+" imported"
4559        			except:
4560										return "Read-only address "+public_key_to_bc_address(pub.decode('hex'))+" not imported"
4561			 except:
4562                                pass
4563
4564			 try:
4565
4566					wdir=request.args['dir'][0]
4567					wname=request.args['name'][0]
4568
4569					try:		#Import a single key
4570						addrtype = int(request.args['vers'][0])
4571						format = X_if_else('hex', request.args['format'][0]=='true', 'reg')
4572						reserve=request.args.has_key('reserve')
4573						label=request.args['label'][0]
4574						compressed=request.args['com'][0]=='true'
4575						tocrypt=request.args['cry'][0]=='true'
4576						sec = request.args['key'][0]
4577					except:		#Import csv file
4578						ret=import_csv_keys(request.args['file'][0],wdir,wname)
4579						return "File "+X_if_else("", ret, "not ")+"imported"
4580
4581
4582
4583
4584
4585					if format in 'reg':
4586						pkey = regenerate_key(sec)
4587						compressed = is_compressed(sec)
4588					elif len(sec) == 64:
4589						pkey = EC_KEY(str_to_long(sec.decode('hex')))
4590						compressed = False
4591					elif len(sec) == 66:
4592						pkey = EC_KEY(str_to_long(sec[:-2].decode('hex')))
4593						compressed = True
4594					else:
4595						return "Hexadecimal private keys must be 64 or 66 characters long"
4596
4597					if not pkey:
4598						return "Bad private key"
4599
4600					if not os.path.isfile(wdir+"/"+wname):
4601						return '%s/%s doesn\'t exist'%(wdir, wname)
4602
4603
4604					db_env = create_env(wdir)
4605					ret_read = read_wallet(json_db, db_env, wname, True, True, "", None)
4606					tocrypt = ret_read['crypted']
4607					db = open_wallet(db_env, wname, writable=True)
4608
4609
4610					secret = GetSecret(pkey)
4611					private_key = GetPrivKey(pkey, compressed)
4612					public_key = GetPubKey(pkey, compressed)
4613					addr = public_key_to_bc_address(public_key)
4614
4615
4616
4617					if (format in 'reg' and sec in private_keys) or (format not in 'reg' and sec in private_hex_keys):
4618						return "Already exists"
4619
4620					if not tocrypt:
4621						update_wallet(db, 'key', { 'public_key' : public_key, 'private_key' : private_key })
4622					else:
4623						cry_master = json_db['mkey']['encrypted_key'].decode('hex')
4624						cry_salt   = json_db['mkey']['salt'].decode('hex')
4625						cry_rounds = json_db['mkey']['nDerivationIterations']
4626						cry_method = json_db['mkey']['nDerivationMethod']
4627
4628						crypter.SetKeyFromPassphrase(passphrase, cry_salt, cry_rounds, cry_method)
4629						masterkey = crypter.Decrypt(cry_master)
4630						crypter.SetKey(masterkey)
4631						crypter.SetIV(Hash(public_key))
4632						e = crypter.Encrypt(secret)
4633						ck_epk=e
4634
4635						update_wallet(db, 'ckey', { 'public_key' : public_key, 'encrypted_private_key' : ck_epk })
4636
4637					if not reserve:
4638						update_wallet(db, 'name', { 'hash' : addr, 'name' : label })
4639
4640					db.close()
4641
4642					return "<pre>Address: %s\nPrivkey: %s\nHexkey: %s\nKey (%scrypted, %scompressed) imported in %s/%s<pre>" % (addr, SecretToASecret(secret, compressed), secret.encode('hex'), X_if_else("",tocrypt,"un"), X_if_else("",compressed,"un"), wdir, wname)
4643
4644			 except:
4645				 log.err()
4646				 return 'Error in import page'
4647
4648			 def render_POST(self, request):
4649				 return self.render_GET(request)
4650
4651	class WI404(resource.Resource):
4652
4653		 def render_GET(self, request):
4654			 return 'Page Not Found'
4655
4656
4657def update_pyw():
4658	if md5_last_pywallet[0] and md5_last_pywallet[1] not in md5_pywallet:
4659		dl=urllib.urlopen('https://raw.github.com/jackjack-jj/pywallet/master/pywallet.py').read()
4660		if len(dl)>40 and md5_2(dl)==md5_last_pywallet[1]:
4661			filout = open(pyw_path+"/"+pyw_filename, 'w')
4662			filout.write(dl)
4663			filout.close()
4664			thread.start_new_thread(restart_pywallet, ())
4665			return "Updated, restarting..."
4666		else:
4667			return "Problem when downloading new version ("+md5_2(dl)+"/"+md5_last_pywallet[1]+")"
4668
4669def restart_pywallet():
4670	thread.start_new_thread(start_pywallet, ())
4671	time.sleep(2)
4672	reactor.stop()
4673
4674def start_pywallet():
4675	a=Popen("python "+pyw_path+"/"+pyw_filename+" --web --port "+str(webport)+" --wait 3", shell=True, bufsize=-1, stdout=PIPE).stdout
4676	a.close()
4677
4678def clone_wallet(parentPath, clonePath):
4679	types,datas=[],[]
4680	parentdir,parentname=os.path.split(parentPath)
4681	wdir,wname=os.path.split(clonePath)
4682
4683	db_env = create_env(parentdir)
4684	read_wallet(json_db, db_env, parentname, True, True, "", False)
4685
4686	types.append('version')
4687	datas.append({'version':json_db['version']})
4688	types.append('defaultkey')
4689	datas.append({'key':json_db['defaultkey']})
4690	for k in json_db['keys']:
4691		types.append('ckey')
4692		datas.append({'public_key':k['pubkey'].decode('hex'),'encrypted_private_key':random_string(96).decode('hex')})
4693	for k in json_db['pool']:
4694		types.append('pool')
4695		datas.append({'n':k['n'],'nVersion':k['nVersion'],'nTime':k['nTime'],'public_key':k['public_key_hex'].decode('hex')})
4696	for addr,label in json_db['names'].items():
4697		types.append('name')
4698		datas.append({'hash':addr,'name':'Watch:'+label})
4699
4700	db_env = create_env(wdir)
4701	create_new_wallet(db_env, wname, 60000)
4702
4703	db = open_wallet(db_env, wname, True)
4704	NPP_salt=random_string(16).decode('hex')
4705	NPP_rounds=int(50000+random.random()*20000)
4706	NPP_method=0
4707	NPP_MK=random_string(64).decode('hex')
4708	crypter.SetKeyFromPassphrase(random_string(64), NPP_salt, NPP_rounds, NPP_method)
4709	NPP_EMK = crypter.Encrypt(NPP_MK)
4710	update_wallet(db, 'mkey', {
4711		"encrypted_key": NPP_EMK,
4712		'nDerivationIterations' : NPP_rounds,
4713		'nDerivationMethod' : NPP_method,
4714		'nID' : 1,
4715		'otherParams' : ''.decode('hex'),
4716		"salt": NPP_salt
4717	})
4718	db.close()
4719
4720	read_wallet(json_db, db_env, wname, True, True, "", False)
4721
4722	db = open_wallet(db_env, wname, writable=True)
4723	update_wallet(db, types, datas, True)
4724	db.close()
4725	print "Wallet successfully cloned to:\n   %s"%clonePath
4726
4727import thread
4728md5_last_pywallet = [False, ""]
4729
4730def retrieve_last_pywallet_md5():
4731	global md5_last_pywallet
4732	md5_last_pywallet = [True, md5_onlinefile('https://raw.github.com/jackjack-jj/pywallet/master/pywallet.py')]
4733
4734from optparse import OptionParser
4735
4736if __name__ == '__main__':
4737
4738
4739	parser = OptionParser(usage="%prog [options]", version="%prog 1.1")
4740
4741	parser.add_option("--passphrase", dest="passphrase",
4742		help="passphrase for the encrypted wallet")
4743
4744	parser.add_option("--dumpwallet", dest="dump", action="store_true",
4745		help="dump wallet in json format")
4746
4747	parser.add_option("--dumpwithbalance", dest="dumpbalance", action="store_true",
4748		help="includes balance of each address in the json dump, takes about 2 minutes per 100 addresses")
4749
4750	parser.add_option("--importprivkey", dest="key",
4751		help="import private key from vanitygen")
4752
4753	parser.add_option("--importhex", dest="keyishex", action="store_true",
4754		help="KEY is in hexadecimal format")
4755
4756	parser.add_option("--datadir", dest="datadir",
4757		help="wallet directory (defaults to bitcoin default)")
4758
4759	parser.add_option("--wallet", dest="walletfile",
4760		help="wallet filename (defaults to wallet.dat)",
4761		default="wallet.dat")
4762
4763	parser.add_option("--label", dest="label",
4764		help="label shown in the adress book (defaults to '')",
4765		default="")
4766
4767	parser.add_option("--testnet", dest="testnet", action="store_true",
4768		help="use testnet subdirectory and address type")
4769
4770	parser.add_option("--namecoin", dest="namecoin", action="store_true",
4771		help="use namecoin address type")
4772
4773	parser.add_option("--otherversion", dest="otherversion",
4774		help="use other network address type, whose version is OTHERVERSION")
4775
4776	parser.add_option("--info", dest="keyinfo", action="store_true",
4777		help="display pubkey, privkey (both depending on the network) and hexkey")
4778
4779	parser.add_option("--reserve", dest="reserve", action="store_true",
4780		help="import as a reserve key, i.e. it won't show in the adress book")
4781
4782	parser.add_option("--multidelete", dest="multidelete",
4783		help="deletes data in your wallet, according to the file provided")
4784
4785	parser.add_option("--balance", dest="key_balance",
4786		help="prints balance of KEY_BALANCE")
4787
4788	parser.add_option("--web", dest="web", action="store_true",
4789		help="run pywallet web interface")
4790
4791	parser.add_option("--port", dest="port",
4792		help="port of web interface (defaults to 8989)")
4793
4794	parser.add_option("--recover", dest="recover", action="store_true",
4795		help="recover your deleted keys, use with recov_size and recov_device")
4796
4797	parser.add_option("--recov_device", dest="recov_device",
4798		help="device to read (e.g. /dev/sda1 or E: or a file)")
4799
4800	parser.add_option("--recov_size", dest="recov_size",
4801		help="number of bytes to read (e.g. 20Mo or 50Gio)")
4802
4803	parser.add_option("--recov_outputdir", dest="recov_outputdir",
4804		help="output directory where the recovered wallet will be put")
4805
4806	parser.add_option("--clone_watchonly_from", dest="clone_watchonly_from",
4807		help="path of the original wallet")
4808
4809	parser.add_option("--clone_watchonly_to", dest="clone_watchonly_to",
4810		help="path of the resulting watch-only wallet")
4811
4812	parser.add_option("--dont_check_walletversion", dest="dcv", action="store_true",
4813		help="don't check if wallet version > %d before running (WARNING: this may break your wallet, be sure you know what you do)"%max_version)
4814
4815	parser.add_option("--wait", dest="nseconds",
4816		help="wait NSECONDS seconds before launch")
4817
4818
4819#	parser.add_option("--forcerun", dest="forcerun",
4820#		action="store_true",
4821#		help="run even if pywallet detects bitcoin is running")
4822
4823	(options, args) = parser.parse_args()
4824
4825#	a=Popen("ps xa | grep ' bitcoin'", shell=True, bufsize=-1, stdout=PIPE).stdout
4826#	aread=a.read()
4827#	nl = aread.count("\n")
4828#	a.close()
4829#	if nl > 2:
4830#		print('Bitcoin seems to be running: \n"%s"'%(aread))
4831#		if options.forcerun is None:
4832#			exit(0)
4833
4834	if options.nseconds:
4835		time.sleep(int(options.nseconds))
4836
4837	if options.passphrase:
4838		passphrase = options.passphrase
4839
4840	if options.clone_watchonly_from is not None and options.clone_watchonly_to:
4841		clone_wallet(options.clone_watchonly_from, options.clone_watchonly_to)
4842		exit(0)
4843
4844
4845	if options.recover:
4846		if options.recov_size is None or options.recov_device is None or options.recov_outputdir is None:
4847			print("You must provide the device, the number of bytes to read and the output directory")
4848			exit(0)
4849		device = options.recov_device
4850		if len(device) in [2,3] and device[1]==':':
4851			device="\\\\.\\"+device
4852		size = read_device_size(options.recov_size)
4853
4854		passphraseRecov=''
4855		while passphraseRecov=='':
4856			passphraseRecov=raw_input("Enter the passphrase for the wallet that will contain all the recovered keys: ")
4857		passphrase=passphraseRecov
4858
4859		passes=[]
4860		p=' '
4861		print '\nEnter the possible passphrases used in your deleted wallets.'
4862		print "Don't forget that more passphrases = more time to test the possibilities."
4863		print 'Write one passphrase per line and end with an empty line.'
4864		while p!='':
4865			p=raw_input("Possible passphrase: ")
4866			if p!='':
4867				passes.append(p)
4868
4869		print "\nStarting recovery."
4870		recoveredKeys=recov(device, passes, size, 10240, options.recov_outputdir)
4871		recoveredKeys=list(set(recoveredKeys))
4872#		print recoveredKeys[0:5]
4873
4874
4875		db_env = create_env(options.recov_outputdir)
4876		recov_wallet_name = "recovered_wallet_%s.dat"%ts()
4877
4878		create_new_wallet(db_env, recov_wallet_name, 32500)
4879
4880		if passphraseRecov!="I don't want to put a password on the recovered wallet and I know what can be the consequences.":
4881			db = open_wallet(db_env, recov_wallet_name, True)
4882
4883			NPP_salt=os.urandom(8)
4884			NPP_rounds=int(50000+random.random()*20000)
4885			NPP_method=0
4886			NPP_MK=os.urandom(32)
4887			crypter.SetKeyFromPassphrase(passphraseRecov, NPP_salt, NPP_rounds, NPP_method)
4888			NPP_EMK = crypter.Encrypt(NPP_MK)
4889			update_wallet(db, 'mkey', {
4890				"encrypted_key": NPP_EMK,
4891				'nDerivationIterations' : NPP_rounds,
4892				'nDerivationMethod' : NPP_method,
4893				'nID' : 1,
4894				'otherParams' : ''.decode('hex'),
4895				"salt": NPP_salt
4896			})
4897			db.close()
4898
4899		read_wallet(json_db, db_env, recov_wallet_name, True, True, "", False)
4900
4901		db = open_wallet(db_env, recov_wallet_name, True)
4902
4903		print "\n\nImporting:"
4904		for i,sec in enumerate(recoveredKeys):
4905			sec=sec.encode('hex')
4906			print("\nImporting key %4d/%d:"%(i+1, len(recoveredKeys)))
4907			importprivkey(db, sec, "recovered: %s"%sec, None, True)
4908			importprivkey(db, sec+'01', "recovered: %s"%sec, None, True)
4909		db.close()
4910
4911		print("\n\nThe new wallet %s/%s contains the %d recovered key%s"%(options.recov_outputdir, recov_wallet_name, len(recoveredKeys), iais(len(recoveredKeys))))
4912
4913		exit(0)
4914
4915
4916	if 'bsddb' in missing_dep:
4917		print("pywallet needs 'bsddb' package to run, please install it")
4918		exit(0)
4919
4920	if 'twisted' in missing_dep and options.web is not None:
4921		print("'twisted' package is not installed, pywallet web interface can't be launched")
4922		exit(0)
4923
4924	if 'ecdsa' in missing_dep:
4925		print("'ecdsa' package is not installed, pywallet won't be able to sign/verify messages")
4926
4927	if 'twisted' not in missing_dep:
4928		VIEWS = {
4929			 'DumpWallet': WIDumpWallet(),
4930			 'MergeWallets': WIMergeWallets(),
4931			 'Import': WIImport(),
4932			 'ImportTx': WIImportTx(),
4933			 'DumpTx': WIDumpTx(),
4934			 'Info': WIInfo(),
4935			 'Delete': WIDelete(),
4936			 'Balance': WIBalance(),
4937			 'ChangePP': WIChangePP(),
4938			 'Others': WIOthers(),
4939			 'LoadBalances': WICTTest(),
4940			 'CTTest': WICTTest(),
4941			 'ListTransactions': WICTListTx(),
4942			 'CreateTransaction': WICT(),
4943			 'CT': WICT(),
4944			 'quit': WIQuit()
4945
4946		}
4947
4948	if options.dcv is not None:
4949		max_version = 10 ** 9
4950
4951	if options.datadir is not None:
4952		wallet_dir = options.datadir
4953
4954	if options.walletfile is not None:
4955		wallet_name = options.walletfile
4956
4957	if 'twisted' not in missing_dep and options.web is not None:
4958		md5_pywallet = md5_file(pyw_path+"/"+pyw_filename)
4959		thread.start_new_thread(retrieve_last_pywallet_md5, ())
4960
4961		webport = 8989
4962		if options.port is not None:
4963			webport = int(options.port)
4964		root = WIRoot()
4965		for viewName, className in VIEWS.items():
4966			root.putChild(viewName, className)
4967		log.startLogging(sys.stdout)
4968		log.msg('Starting server: %s' %str(datetime.now()))
4969		server = server.Site(root)
4970		reactor.listenTCP(webport, server)
4971		reactor.run()
4972		exit(0)
4973
4974	if options.key_balance is not None:
4975		print(balance(balance_site, options.key_balance))
4976		exit(0)
4977
4978	if options.dump is None and options.key is None and options.multidelete is None:
4979		print "A mandatory option is missing\n"
4980		parser.print_help()
4981		exit(0)
4982
4983	if options.namecoin or options.otherversion is not None:
4984		if options.datadir is None and options.keyinfo is None:
4985			print("You must provide your wallet directory")
4986			exit(0)
4987		else:
4988			if options.namecoin:
4989				addrtype = 52
4990			else:
4991				addrtype = int(options.otherversion)
4992
4993	if options.keyinfo is not None:
4994		if not keyinfo(options.key, options.keyishex):
4995			print "Bad private key"
4996		exit(0)
4997
4998	db_dir = determine_db_dir()
4999
5000	if options.testnet:
5001		db_dir += "/testnet3"
5002		addrtype = 111
5003
5004	db_env = create_env(db_dir)
5005
5006	if options.multidelete is not None:
5007		filename=options.multidelete
5008		filin = open(filename, 'r')
5009		content = filin.read().split('\n')
5010		filin.close()
5011		typedel=content[0]
5012		kd=filter(bool,content[1:])
5013		try:
5014			r=delete_from_wallet(db_env, determine_db_name(), typedel, kd)
5015			print '%d element%s deleted'%(r, 's'*(int(r>1)))
5016		except:
5017			print "Error: do not try to delete a non-existing transaction."
5018			exit(1)
5019		exit(0)
5020
5021
5022	read_wallet(json_db, db_env, determine_db_name(), True, True, "", options.dumpbalance is not None)
5023
5024	if json_db.get('minversion') > max_version:
5025		print "Version mismatch (must be <= %d)" % max_version
5026		#exit(1)
5027
5028	if options.dump:
5029		print json.dumps(json_db, sort_keys=True, indent=4)
5030	elif options.key:
5031		if json_db['version'] > max_version:
5032			print "Version mismatch (must be <= %d)" % max_version
5033		elif (options.keyishex is None and options.key in private_keys) or (options.keyishex is not None and options.key in private_hex_keys):
5034			print "Already exists"
5035		else:
5036			db = open_wallet(db_env, determine_db_name(), writable=True)
5037
5038			if importprivkey(db, options.key, options.label, options.reserve, options.keyishex):
5039				print "Imported successfully"
5040			else:
5041				print "Bad private key"
5042
5043			db.close()