def login(self, retries=0):
credentials = self.showLoginDlg()
if not credentials:
return
self.username, self.passphrase = credentials
hash = hashlib.sha256(self.passphrase).hexdigest()
pkbytes = scrypt.hash(hash, self.username, N=2**18, buflen=32)
self.pkstr = pycoin.serialize.b2h(pkbytes)
se = long(self.pkstr, 16)
pk = pycoin.key.Key(secret_exponent=se, netcode=self.netcode)
self.wif = pk.wif()
self.btcaddr = pk.address()
try:
self.bmaddr = MM_util.bm.getDeterministicAddress(
base64.b64encode(self.pkstr), 4, 1)
wp = self.input(
"Please enter your Bitcoin Core wallet encryption passphrase:",
password=True)
if not wp:
return
MM_util.unlockwallet(wp)
addrismine = MM_util.btcd.validateaddress(self.btcaddr)['ismine']
except bitcoinrpc.authproxy.JSONRPCException as jre:
if jre.error['code'] == -14:
self.info(
"The passphrase was not correct. Please try logging in again."
)
return
except socket.error:
self.sockErr()
except httplib.BadStatusLine:
MM_util.reconnect_btcd(retries)
return self.login(retries + 1)
if MM_util.bm.createDeterministicAddresses(base64.b64encode(self.pkstr)) == [] \
or not addrismine:
if not self.importkeys():
return
myidstr = MM_util.createidentmsgstr(self.btcaddr, self.bmaddr,
self.username)
self.myid = MM_util.MM_loads(self.btcaddr, myidstr)
identlist = self.listDict['ident'] = MM_util.loadlist('ident')
if not MM_util.searchlistbyhash(identlist, self.myid.hash):
if not self.register(myidstr):
return
self.info("You are now logged in as: %s" % self.username)
self.loggedIn = True
self.updateUi()
MM_util.appendindex(name, ver.hash)
return ver
mod_pkstr = pkstr("MM mod", """sr#hrAoe0S4]GCb8~J3>9"Hl$""")
vendor_pkstr = pkstr("MM vendor", """[OQ2zu%A|TFef5`!h|]BL""")
buyer_pkstr = pkstr("MM buyer", """W3}xa`XrHkoyZ9vHZ/'U{""")
mod_btc = btcaddr(mod_pkstr)
mod_bm = bmaddr(mod_pkstr)
vendor_btc = btcaddr(vendor_pkstr)
vendor_bm = bmaddr(vendor_pkstr)
buyer_btc = btcaddr(buyer_pkstr)
buyer_bm = bmaddr(buyer_pkstr)
# IDENT
msgstr = MM_util.createidentmsgstr( mod_btc, mod_bm, "MM mod" )
mod = savemsg(mod_btc, 'ident', msgstr)
print mod
msgstr = MM_util.createidentmsgstr( vendor_btc, vendor_bm, "MM vendor" )
vendor = savemsg(vendor_btc, 'ident', msgstr)
print vendor
msgstr = MM_util.createidentmsgstr( buyer_btc, buyer_bm, "MM buyer" )
buyer = savemsg(buyer_btc, 'ident', msgstr)
print buyer
# TAG
msgstr = MM_util.createtagmsgstr( vendor_btc, vendor.hash, "Anything", \
"The most useless tag of all! Can be ascribed to anything." )
tag = savemsg(vendor_btc, 'tags', msgstr)
return ver
mod_pkstr = pkstr("MM mod", """sr#hrAoe0S4]GCb8~J3>9"Hl$""")
vendor_pkstr = pkstr("MM vendor", """[OQ2zu%A|TFef5`!h|]BL""")
buyer_pkstr = pkstr("MM buyer", """W3}xa`XrHkoyZ9vHZ/'U{""")
mod_btc = btcaddr(mod_pkstr)
mod_bm = bmaddr(mod_pkstr)
vendor_btc = btcaddr(vendor_pkstr)
vendor_bm = bmaddr(vendor_pkstr)
buyer_btc = btcaddr(buyer_pkstr)
buyer_bm = bmaddr(buyer_pkstr)
# IDENT
msgstr = MM_util.createidentmsgstr(mod_btc, mod_bm, "MM mod")
mod = savemsg(mod_btc, 'ident', msgstr)
print mod
msgstr = MM_util.createidentmsgstr(vendor_btc, vendor_bm, "MM vendor")
vendor = savemsg(vendor_btc, 'ident', msgstr)
print vendor
msgstr = MM_util.createidentmsgstr(buyer_btc, buyer_bm, "MM buyer")
buyer = savemsg(buyer_btc, 'ident', msgstr)
print buyer
# TAG
msgstr = MM_util.createtagmsgstr( vendor_btc, vendor.hash, "Anything", \
"The most useless tag of all! Can be ascribed to anything." )
tag = savemsg(vendor_btc, 'tags', msgstr)
