def create_transfer_tx_multiple(fromaddr, dest_array, fee_each, privatekey, coloramt_array, inputs, inputcoloramt, othermeta):
global outputs, tx, tx2
fee=int(fee_each*100000000)
suminputs=0
for x in inputs:
suminputs=x['value']+suminputs
outputs=[]
n=0
leftover_color=inputcoloramt
leftover_btc=suminputs
for dest in dest_array:
transfer={}
transfer['value']=int(dust*100000000)
transfer['address']=dest
outputs.append(transfer)
leftover_btc=leftover_btc-int(100000000*dust*2)
leftover_color=leftover_color-coloramt_array[n]
n=n+1
colorchange={}
colorchange['value']=int(dust*100000000)
colorchange['address']=fromaddr
outputs.append(colorchange)
leftover_btc=leftover_btc-int(dust*100000000)-fee
btcchange={}
btcchange['value']=leftover_btc
btcchange['address']=fromaddr
if leftover_btc>int(dust*100000000):
outputs.append(btcchange)
# print ''
# print ''
# print "CREATE TX TRANSFER MULTIPLE"
# print 'inputs'
# print inputs
# print ''
# print 'outputs'
# print outputs
# print ''
tx=mktx(inputs, outputs)
#
# print 'tx'
# print tx
asset_quantities=coloramt_array
if leftover_color>0:
asset_quantities.append(leftover_color)
print asset_quantities
message=bitsource.write_metadata(asset_quantities, othermeta)
message=message.decode('hex')
tx2=add_op_return(tx,message, 0) #JUST TRANSFERS
#
# print 'tx2'
# print tx2
for i in range(len(inputs)):
tx2=sign_tx(tx2,privatekey)
print tx2
response=pushtx(tx2)
return response
def create_transfer_tx_multiple(fromaddr, dest_array, fee_each, privatekey,
coloramt_array, inputs, inputcoloramt,
othermeta):
global outputs, tx, tx2
fee = int(fee_each * 100000000)
suminputs = 0
for x in inputs:
suminputs = x['value'] + suminputs
outputs = []
n = 0
leftover_color = inputcoloramt
leftover_btc = suminputs
for dest in dest_array:
transfer = {}
transfer['value'] = int(dust * 100000000)
transfer['address'] = dest
outputs.append(transfer)
leftover_btc = leftover_btc - int(100000000 * dust * 2)
leftover_color = leftover_color - coloramt_array[n]
n = n + 1
colorchange = {}
colorchange['value'] = int(dust * 100000000)
colorchange['address'] = fromaddr
outputs.append(colorchange)
leftover_btc = leftover_btc - int(dust * 100000000) - fee
btcchange = {}
btcchange['value'] = leftover_btc
btcchange['address'] = fromaddr
if leftover_btc > int(dust * 100000000):
outputs.append(btcchange)
try:
tx = mktx(inputs, outputs)
except:
print "SOME ERROR"
print inputs
print outputs
tx = None
# print tx
if tx is not None:
asset_quantities = coloramt_array
if leftover_color > 0:
asset_quantities.append(leftover_color)
print asset_quantities
message = bitsource.write_metadata(asset_quantities, othermeta)
message = message.decode('hex')
tx2 = add_op_return(tx, message, 0) #JUST TRANSFERS
#
# print 'tx2'
print tx2
for i in range(len(inputs)):
tx2 = sign_tx(tx2, privatekey)
print tx2
response = pushtx(tx2)
return response
def create_transfer_tx_with_helper(fromaddr, dest, fee, privatekey, coloramt,
inputs, inputcoloramt, othermeta,
helper_privatekey, helper_inputs):
fee = int(fee * 100000000)
sum_inputs = 0
for x in inputs:
sum_inputs = x['value'] + sum_inputs
print x['value']
print "SUM INPUTS: " + str(sum_inputs)
outputs = []
transfer = {}
transfer['value'] = int(dust * 100000000)
transfer['address'] = dest
outputs.append(transfer)
colorchange = {}
colorchange['value'] = int(dust * 100000000)
colorchange['address'] = fromaddr
outputs.append(colorchange)
btcchange = {}
btcchange['value'] = int(sum_inputs - fee - 2 * int(dust * 100000000))
print "BTCCHANGE " + str(btcchange['value'])
btcchange['address'] = fromaddr
if btcchange['value'] >= int(dust * 100000000):
outputs.append(btcchange)
tx = mktx(inputs, outputs)
asset_quantities = [coloramt, inputcoloramt - coloramt]
print "METADATA"
print asset_quantities
print othermeta
print ""
message = bitsource.write_metadata(asset_quantities, othermeta)
message = message.decode('hex')
tx2 = add_op_return(tx, message, 0) #JUST TRANSFERS
for i in range(len(inputs)):
tx2 = sign_tx(tx2, privatekey)
print tx2
response = pushtx(tx2)
free_outputs = []
j = 1
for x in outputs:
r = {}
r['value'] = x['value']
if not response is None:
r['output'] = str(response) + ":" + str(j)
free_outputs.append(r)
j = j + 1
return response, free_outputs
def create_issuing_tx_unsigned(fromaddr, dest, fee, coloramt, othermeta):
#ONLY HAS ONE ISSUE
amt=dust
tx=make_raw_transaction(fromaddr,amt,dest,fee)
asset_quantities= [coloramt]
metadata=bitsource.write_metadata(asset_quantities, othermeta).decode('hex')
position_n=1
tx2=add_op_return(tx, metadata, position_n)
print tx2
return tx2
def create_issuing_tx_unsigned(fromaddr, dest, fee, coloramt, othermeta):
#ONLY HAS ONE ISSUE
amt=dust
tx=make_raw_transaction(fromaddr,amt,dest,fee)
asset_quantities= [coloramt]
metadata=bitsource.write_metadata(asset_quantities, othermeta).decode('hex')
position_n=1
tx2=add_op_return(tx, metadata, position_n)
print tx2
return tx2
def create_transfer_tx(fromaddr, dest, fee, privatekey, coloramt, inputs, inputcoloramt, othermeta):
fee=int(fee*100000000)
sum_inputs=0
for x in inputs:
sum_inputs=x['value']+sum_inputs
print x['value']
print "SUM INPUTS: "+str(sum_inputs)
outputs=[]
transfer={}
transfer['value']=int(dust*100000000)
transfer['address']=dest
outputs.append(transfer)
colorchange={}
colorchange['value']=int(dust*100000000)
colorchange['address']=fromaddr
outputs.append(colorchange)
btcchange={}
btcchange['value']=int(sum_inputs-fee-2*int(dust*100000000))
print "BTCCHANGE "+str(btcchange['value'])
btcchange['address']=fromaddr
if btcchange['value']>=int(dust*100000000):
outputs.append(btcchange)
tx=mktx(inputs,outputs)
asset_quantities=[coloramt, inputcoloramt-coloramt]
print "METADATA"
print asset_quantities
print othermeta
print ""
message=bitsource.write_metadata(asset_quantities, othermeta)
message=message.decode('hex')
tx2=add_op_return(tx,message, 0) #JUST TRANSFERS
for i in range(len(inputs)):
tx2=sign_tx(tx2,privatekey)
print tx2
response=pushtx(tx2)
free_outputs=[]
j=1
for x in outputs:
r={}
r['value']=x['value']
if not response is None:
r['output']=str(response)+":"+str(j)
free_outputs.append(r)
j=j+1
return response, free_outputs
def create_issuing_tx(fromaddr, dest, fee, privatekey, coloramt, specific_inputs, othermeta):
#ONLY HAS ONE ISSUE
amt=dust
tx=make_raw_one_input(fromaddr,amt,dest,fee, specific_inputs)
asset_quantities= [coloramt]
metadata=bitsource.write_metadata(asset_quantities, othermeta).decode('hex')
position_n=1
tx2=add_op_return(tx, metadata, position_n)
print tx2
tx3=sign_tx(tx2,privatekey)
print tx3
response=pushtx(tx3)
print response
return response
def create_issuing_tx(fromaddr, dest, fee, privatekey, coloramt):
#ONLY HAS ONE ISSUE
global tx, tx2, tx3
amt=dust
tx=make_raw_transaction(fromaddr,amt,dest,fee)
asset_quantities= [coloramt]
othermeta= 'PaikCoin'
metadata=bitsource.write_metadata(asset_quantities, othermeta).decode('hex')
position_n=1
tx2=add_op_return(tx, metadata, position_n)
tx3=sign_tx(tx2,privatekey)
response=pushtx(tx3)
print response
def create_issuing_tx(fromaddr, dest, fee, privatekey, coloramt, specific_inputs, othermeta):
#ONLY HAS ONE ISSUE
amt=dust
tx=make_raw_one_input(fromaddr,amt,dest,fee, specific_inputs)
if not tx=='failed':
asset_quantities= [coloramt]
metadata=bitsource.write_metadata(asset_quantities, othermeta).decode('hex')
position_n=1
tx2=add_op_return(tx, metadata, position_n)
print tx2
tx3=sign_tx(tx2,privatekey)
print tx3
response=pushtx(tx3)
print response
return response
else:
print "failed"
return "failed"
def create_transfer_tx(fromaddr, dest, fee, privatekey, coloramt, inputs,
inputcoloramt, othermeta):
global tx, tx2, tx3, outputs, sum_inputs
fee = int(fee * 100000000)
sum_inputs = 0
for x in inputs:
sum_inputs = x['value'] + sum_inputs
outputs = []
transfer = {}
transfer['value'] = int(dust * 100000000)
transfer['address'] = dest
outputs.append(transfer)
colorchange = {}
colorchange['value'] = int(dust * 100000000)
colorchange['address'] = fromaddr
outputs.append(colorchange)
btcchange = {}
btcchange['value'] = int(sum_inputs - fee - 2 * int(dust * 100000000))
btcchange['address'] = fromaddr
if btcchange['value'] >= int(dust * 100000000):
outputs.append(btcchange)
tx = mktx(inputs, outputs)
asset_quantities = [coloramt, inputcoloramt - coloramt]
message = bitsource.write_metadata(asset_quantities, othermeta)
message = message.decode('hex')
tx2 = add_op_return(tx, message, 0) #JUST TRANSFERS
for i in range(len(inputs)):
tx3 = sign_tx(tx2, privatekey)
print tx3
response = pushtx(tx3)
return response
def create_transfer_tx(fromaddr, dest, fee, privatekey, coloramt, inputs, inputcoloramt):
global tx, tx2, tx3, outputs, sum_inputs
fee=int(fee*100000000)
sum_inputs=0
for x in inputs:
sum_inputs=x['value']+sum_inputs
outputs=[]
transfer={}
transfer['value']=int(dust*100000000)
transfer['address']=dest
outputs.append(transfer)
colorchange={}
colorchange['value']=int(dust*100000000)
colorchange['address']=fromaddr
outputs.append(colorchange)
btcchange={}
btcchange['value']=int(sum_inputs-fee-dust*2*100000000)
btcchange['address']=fromaddr
outputs.append(btcchange)
tx=mktx(inputs,outputs)
asset_quantities=[coloramt, inputcoloramt-coloramt]
othermeta='DethKoins'
message=bitsource.write_metadata(asset_quantities, othermeta)
message=message.decode('hex')
tx2=add_op_return(tx,message, 0) #JUST TRANSFERS
for i in range(len(inputs)):
tx3=sign_tx(tx2,privatekey)
response=pushtx(tx3)
return response
def transfer_multiple_hetero(fromaddresses, toaddresses, fromprivatekeys,
toamounts, tocolors, fee):
l = len(fromaddresses)
ins = []
outs = []
change_outs = []
colorlist = []
changecolorlist = []
btc_change_outs = []
totalbtcin = 0
privkeys = []
totalout = 0
for i in range(0, l):
fromaddr = fromaddresses[i]
toaddr = toaddresses[i]
fromkey = fromprivatekeys[i]
toamount = toamounts[i]
tocolor = tocolors[i]
inputs = find_transfer_inputs(fromaddr, tocolor, toamount, fee + dust)
totalin = 0
for x in inputs[0]:
privkeys.append(fromprivatekeys[i])
totalin = totalin + x['value']
inamount = inputs[1]
ins = ins + inputs[0]
outs.append({'address': toaddr, 'value': int(dust * 100000000)})
colorlist.append(toamount)
change_outs.append({
'address': fromaddr,
'value': int(dust * 100000000)
})
btcchange = totalin - int(fee * 100000000)
for x in outs:
btcchange = btcchange - int(dust * 100000000)
btc_change_outs.append({
'address': fromaddresses[i],
'value': btcchange
})
if inamount - toamount > 0:
changecolorlist.append(inamount - toamount)
outs = outs + change_outs
outs = outs + btc_change_outs
colorlist = colorlist + changecolorlist
print "ins"
print ins
print ''
print 'outs'
print outs
print ''
print colorlist
tx = mktx(ins, outs)
#ADD METADATA
othermeta = 'the horror'
message = bitsource.write_metadata(colorlist, othermeta)
message = message.decode('hex')
tx2 = add_op_return(tx, message, 0) #JUST TRANSFERS
#
print 'tx2'
print tx2
print ''
print privkeys
for i in range(len(ins)):
print privkeys[i]
tx2 = sign(tx2, i, privkeys[i])
print tx2
response = pushtx(tx2)
return response
def transfer_multiple_hetero(fromaddresses, toaddresses, fromprivatekeys, toamounts, tocolors, fee):
l=len(fromaddresses)
ins=[]
outs=[]
change_outs=[]
colorlist=[]
changecolorlist=[]
btc_change_outs=[]
totalbtcin = 0
privkeys=[]
totalout=0
for i in range(0,l):
fromaddr = fromaddresses[i]
toaddr = toaddresses[i]
fromkey = fromprivatekeys[i]
toamount = toamounts[i]
tocolor = tocolors[i]
inputs = find_transfer_inputs(fromaddr, tocolor, toamount, fee+dust)
totalin=0
for x in inputs[0]:
privkeys.append(fromprivatekeys[i])
totalin=totalin+x['value']
inamount = inputs[1]
ins = ins +inputs[0]
outs.append({'address': toaddr, 'value': int(dust*100000000)})
colorlist.append(toamount)
change_outs.append({'address': fromaddr, 'value': int(dust*100000000)})
btcchange = totalin - int(fee*100000000)
for x in outs:
btcchange=btcchange - int(dust*100000000)
btc_change_outs.append({'address': fromaddresses[i], 'value': btcchange})
if inamount-toamount>0:
changecolorlist.append(inamount - toamount)
outs = outs + change_outs
outs = outs + btc_change_outs
colorlist = colorlist+changecolorlist
print "ins"
print ins
print ''
print 'outs'
print outs
print ''
print colorlist
tx=mktx(ins,outs)
#ADD METADATA
othermeta = 'the horror'
message=bitsource.write_metadata(colorlist, othermeta)
message=message.decode('hex')
tx2=add_op_return(tx,message, 0) #JUST TRANSFERS
#
print 'tx2'
print tx2
print ''
print privkeys
for i in range(len(ins)):
print privkeys[i]
tx2=sign(tx2,i, privkeys[i])
print tx2
response=pushtx(tx2)
return response
