def newwebdeclaration():
jsoninput = json.loads(request.data)
fromaddr = str(jsoninput['public_address'])
fee_each = jsoninput['fee_each']
privatekey = str(jsoninput['private_key'])
tx = ''
if 'plain_message' in jsoninput:
message = str(jsoninput['plain_message'])
dest = fromaddr
specific_inputs = addresses.unspent(fromaddr)
tx = transactions.send_op_return(fromaddr, dest, fee_each, message,
privatekey, specific_inputs)
print tx
elif 'hash_message' in jsoninput:
hashmessage = str(jsoninput['hash_message'])
message = hashlib.sha256(hashmessage).digest()
dest = fromaddr
specific_inputs = addresses.unspent(fromaddr)
tx = transactions.send_op_return(fromaddr, dest, fee_each, message,
privatekey, specific_inputs)
print tx
jsonresponse = {}
jsonresponse['transaction_hash'] = tx
jsonresponse = json.dumps(jsonresponse)
response = make_response(str(jsonresponse), 200)
response.headers['Content-Type'] = 'application/json'
response.headers['Access-Control-Allow-Origin'] = '*'
return response
def newwebdeclaration():
jsoninput=json.loads(request.data)
fromaddr=str(jsoninput['public_address'])
fee_each=jsoninput['fee_each']
privatekey=str(jsoninput['private_key'])
tx=''
if 'plain_message' in jsoninput:
message=str(jsoninput['plain_message'])
dest=fromaddr
specific_inputs=addresses.unspent(fromaddr)
tx = transactions.send_op_return(fromaddr, dest, fee_each, message, privatekey, specific_inputs)
print tx
elif 'hash_message' in jsoninput:
hashmessage=str(jsoninput['hash_message'])
message=hashlib.sha256(hashmessage).digest()
dest=fromaddr
specific_inputs=addresses.unspent(fromaddr)
tx = transactions.send_op_return(fromaddr, dest, fee_each, message, privatekey, specific_inputs)
print tx
jsonresponse={}
jsonresponse['transaction_hash']=tx
jsonresponse=json.dumps(jsonresponse)
response=make_response(str(jsonresponse), 200)
response.headers['Content-Type'] = 'application/json'
response.headers['Access-Control-Allow-Origin']= '*'
return response
def checkaddresses():
dbstring="SELECT * FROM ADDRESSES WHERE amount_withdrawn=0;"
addresslist=databases.dbexecute(dbstring,True)
print addresslist
for address in addresslist:
unspents=addresses.unspent(address[0])
value=0
for x in unspents:
value=value+x['value']
print "currently available in "+str(address[0])+" : "+str(value/100000000)
if value>=address[2] and address[3]<address[2]:
#makenewcoins
fromaddr=address[0]
colornumber=address[6]
colorname=address[5]
destination=address[7]
fee_each=0.00004
private_key=address[1]
ticker=address[9]
description=address[8]
txdata=transactions.make_new_coin(fromaddr, colornumber, colorname, destination, fee_each, private_key, description)
txhash=txdata[0]
txhash=txhash+":0" #issuance always first output
#mark as completed
databases.edit_address(fromaddr, value, value, colornumber)
#add entry to colors db
# #referencehex=bitsource.tx_lookup(specific_inputs)
# color_address=bitsource.script_to_coloraddress()
#databases.add_color(color_address, fromaddr, colornumber, colorname)
databases.dbexecute("insert into colors (source_address, color_name) values ('"+fromaddr+"','"+colorname+"');",False)
def make_raw_multiple_outputs(fromaddress, output_n, output_amount_each, destination, fee):
global ins, outs,h, tx, tx2, outputs
outputs=[]
for i in range(0,output_n):
outputs.append({'value': int(output_amount_each*100000000), 'address': destination})
fee=int(fee*100000000)
unspents=addresses.unspent(fromaddress) #using vitalik's version could be problematic
totalout=0
for x in outputs:
totalout=totalout+x['value']
ins=[]
ok=False
outs=[]
totalfound=0
for unsp in unspents:
ins.append(unsp)
totalfound=totalfound+unsp['value']
change_amount=totalfound-totalout-fee
outs=outputs
if change_amount>int(dust*100000000):
outs.append({'value': change_amount, 'address': profit_address})
print 'ins'
print ins
print ''
print 'outs'
print outs
tx=mktx(ins,outs)
return tx
def checkaddresses():
dbstring="SELECT * FROM ADDRESSES WHERE amount_withdrawn=0;"
addresslist=databases.dbexecute(dbstring,True)
print addresslist
for address in addresslist:
unspents=addresses.unspent(address[0])
value=0
for x in unspents:
value=value+x['value']
print "currently available in "+str(address[0])+" : "+str(value/100000000)
if value>=address[2] and address[3]<address[2]:
#makenewcoins
fromaddr=address[0]
colornumber=address[6]
colorname=address[5]
destination=address[7]
fee_each=0.00005
private_key=address[1]
ticker=address[9]
description=address[8]
txdata=transactions.make_new_coin(fromaddr, colornumber, colorname, destination, fee_each, private_key, description)
txhash=txdata[0]
txhash=txhash+":0" #issuance always first output
#mark as completed
if len(txhash)>10:
databases.edit_address(fromaddr, value, value, colornumber)
their_email=address[9]
email_commands.email_creation(str(their_email), str(colorname), str(colornumber), str(description), str(txhash))
databases.dbexecute("insert into colors (source_address, color_name) values ('"+fromaddr+"','"+colorname+"');",False)
def find_transfer_inputs(fromaddr, coloraddress, coloramt, btc):
if coloraddress is None:
coloraddress="none"
available_inputs=databases.dbexecute("SELECT * FROM OUTPUTS WHERE spent='False' and destination_address='"+fromaddr+"' and color_address='"+coloraddress+"';",True)
other_inputs=addresses.unspent(fromaddr)
totalfound=0
btc=int(btc*100000000)
totalavailable=0
btcfound=0
btcavailable=0
answer=[]
totalinputamt=0
for x in available_inputs:
totalavailable=totalavailable+x[1]
for x in other_inputs:
btcavailable=btcavailable+x['value']
if totalavailable>=coloramt and btcavailable>=btc:
n=0
while totalfound<coloramt and n<len(available_inputs):
r={}
r['output']=available_inputs[n][7]
r['value']=available_inputs[n][0]
btcfound=btcfound+r['value']
totalinputamt=totalinputamt+r['value']
totalfound=totalfound+available_inputs[n][1]
answer.append(r)
n=n+1
n=0
while btcfound<btc and n<len(other_inputs):
r={}
if n<len(other_inputs):
r=other_inputs[n]
found=False
for x in answer:
if x['output']==r['output']:
found=True
if other_inputs[n]['value']>dust and not found:
btcfound=btcfound+other_inputs[n]['value']
answer.append(r)
n=n+1
return answer, totalfound
def checkaddresses(): #FOR PAYMENT DUE #WORKS
#check all addresses that are still pending
#for each that is ready, go through makenewcoins process
#mark as completed
#send profits elsewhere
#read all addresses
dbstring="SELECT * FROM ADDRESSES WHERE amount_withdrawn=0;"
addresslist=databases.dbexecute(dbstring,True)
print addresslist
for address in addresslist:
unspents=addresses.unspent(address[0])
value=0
for x in unspents:
value=value+x['value']
print "currently available in "+str(address[0])+" : "+str(value/100000000)
if value>=address[2] and address[3]<address[2]:
#makenewcoins
fromaddr=address[0]
colornumber=address[6]
colorname=address[5]
destination=address[7]
fee_each=0.00004
private_key=address[1]
ticker=address[9]
description=address[8]
txdata=transactions.make_new_coin(fromaddr, colornumber, colorname, destination, fee_each, private_key, ticker, description)
txhash=txdata[0]
txhash=txhash+":0" #issuance always first output
specific_inputs=txdata[1]['output'] #THIS IS CRUCIAL IN FINDING COLOR ADDRESS
#mark as completed
databases.edit_address(fromaddr, value, value, colornumber)
#add entry to colors db
#referencehex=bitsource.tx_lookup(specific_inputs)
color_address=bitsource.script_to_coloraddress()
databases.add_color(color_address, fromaddr, colornumber, colorname)
def make_raw(fromaddress,destination,fee): #TAILORED FOR THIS SPECIFIC USE CASE
global ins, outs, totalin
fee=int(fee*100000000)
unspents=addresses.unspent(fromaddress)
ins=[]
outs=[]
totalin=0
print 'unspents below'
print unspents
print ''
for uns in unspents:
if 'value' in uns:
totalin=totalin+uns['value']
ins.append(uns)
if totalin>=fee+int(dust*100000000):
outs.append({'value': totalin-fee, 'address': destination})
tx=mktx(ins,outs)
return tx
