asad

Author: barisser

bitsource.py

@@ -1,6 +1,7 @@
 import requests
 import json
 import time
+import leb128
 
 node_url='127.0.0.1'#'71.198.63.116'#'199.188.192.144'#
 node_port='8332'
@@ -31,7 +32,7 @@ def tx_lookup(txhash):
    c=connect('getrawtransaction',[txhash,1])
    return c
 
-def tx_inputs(txhash):
+def tx_inputs(txhash, dest_address):
   txdata=tx_lookup(txhash)
 
   global prevtxids
@@ -58,6 +59,7 @@ def tx_inputs(txhash):
       f={}
       f['address']=address
       f['amount']=amount
+      f['txid']=a[0]
       answer['inputs'].append(f)
   else:
     answer['block']=prevtxids[0]
@@ -106,10 +108,21 @@ def op_return_in_block(n):
   for tx in txhashes:
     m=read_tx(tx)
     if not m==-1:
-      messages.append(read_tx(tx))
+      messages.append([tx,read_tx(tx)])
   return messages
 
+def parse_colored_tx(metadata):
+  hexmetadata=metadata.encode('hex')
+  opcode=metadata[0:2]
+  if opcode=='OA': #then OA
+      version_number=metadata[2:4].encode('hex')
+      quantity_count=metadata[4:5].encode('hex')
+
+
+
+
 
 t='fff2525b8931402dd09222c50775608f75787bd2b87e56995a7bdd30f79702c4'
 tt='38bddbe81111a6209f87eb59d6a6ac019d07a4d90dcc2f361b6a81eb1bafdb89'
 mt='3a14926cd9a77d7e11de98437743404aefc642db262e4ba4721354b1b2221bea'
+q='f4b0784b089b766df0642e67918646df09e946f470c524817b3873a82651a02c'

bitsource.pyc

@@ -0,0 +1,136 @@
+def int_to_binary(n):
+  r=''
+  while n>0:
+    f=n%2
+    r=str(f)+r
+    n=n-f
+    n=n/2
+  return r
+
+#SEPARATE INTEGER INTO BINARY BATCHES of 7
+def make_batches(n):
+  b=int_to_binary(n)
+  g=len(b)%7
+  g=7-g
+  for i in range(0,g):
+    b='0'+str(b)
+
+  output=[]
+
+  while len(b)>0:
+    r=''
+    for i in range(0,7):
+      r=r+b[i]
+    output.append(r)
+    if len(b)>7:
+      b=b[7:len(b)]
+    else:
+      b=''
+
+  return output
+
+#Add zeros and ones to binary batches of 7 (to make batches of 8)
+def addzeros(n):
+  b=make_batches(n)
+  output=[]
+  a=b[0]
+  a='0'+a
+  output.append(a)
+  g=1
+  while g<len(b):
+    r=b[g]
+    r='1'+r
+    output.append(r)
+    g=g+1
+  return output
+
+#integer to binary set
+def encode(n):
+  a=addzeros(n)
+  a.reverse()
+  return a
+
+#integer to hex set
+def hexencode(n):
+  a=encode(n)
+  g=''
+  for x in a:
+    r=hex(int(x,2))
+    if len(r)==3:
+      q=r[0:2]
+      q=q+'0'+r[2]
+      r=q
+    g=g+r
+  return g
+
+
+def decode(n):
+  a=''
+  for x in n:
+    r=x[1:len(x)]
+    a=r+a
+  return int(a,2)
+
+def hexpiecetobinary(hex):
+  print hex
+  a=bin(int(hex,16))
+  #a=a[2:len(a)]
+  g=8-len(a)
+  for i in range(0,g):
+    a='0'+a
+  return a
+
+def hexdecode(n):
+  a=[]
+  while len(n)>0:
+    r=n[0:4]
+    a.append(hexpiecetobinary(r))
+    n=n[4:len(n)]
+  #print a
+  return decode(a)
+
+
+def hexdecodeline(n):
+  r=0
+  a=[]
+  b=[]
+  while r<len(n):
+    if r%2==0 and r>0:
+      a.append(b)
+      b=[]
+    b.append(n[r])
+    r=r+1
+
+  d=[]
+  for x in a:
+    d.append(hexpiecetobinary(x))
+  return d
+
+def hexdecodeset(n):
+  a=[]
+  global a,b,c,r
+  r=''
+  while len(n)>0:
+    go=True
+    while go:
+
+      r=r+n[0]
+      n=n[1:len(n)]
+
+    r=n[0:4]
+    a.append(hexpiecetobinary(r))
+    n=n[4:len(n)]
+  print a
+  b=[]
+  r=[]
+  ok=True
+  for x in a:
+    r.append(x)
+    if x[0]=='0':
+      b.append(r)
+      r=[]
+
+  c=[]
+  for x in b:
+     c.append(decode(x))
+  return c