def givenewaddress():
pair=addresses.generate_secure_pair()
public_address=pair['public_address']
private_key=pair['private_key']
jsoninput=json.loads(request.data)
coin_name=jsoninput['coin_name']
color_amount=jsoninput['issued_amount']
dest_address=public_address
description=jsoninput['description']
email=jsoninput['email']
fee_each=0.00005
markup=1
tosend=str(transactions.creation_cost(color_amount, coin_name, "", description, fee_each, markup))
responsejson={}
responsejson['name']=coin_name
responsejson['minting_fee']=tosend
responsejson['issuing_public_address']=public_address
responsejson['issuing_private_key']=private_key
responsejson=json.dumps(responsejson)
amount_expected=str(int(float(tosend)*100000000))
amount_received="0"
amount_withdrawn="0"
k=databases.add_address(public_address, private_key, amount_expected, amount_received, amount_withdrawn, coin_name, color_amount, dest_address, description, email)
print k
response=make_response(responsejson, 200)
response.headers['Content-Type'] = 'application/json'
response.headers['Access-Control-Allow-Origin']= '*'
return response
def makerandompair():
pair = addresses.generate_secure_pair()
pair = json.dumps(pair)
response = make_response(str(pair), 200)
response.headers['Content-Type'] = 'application/json'
response.headers['Access-Control-Allow-Origin'] = '*'
return response
def makerandompair(): pair=addresses.generate_secure_pair() pair=json.dumps(pair) response=make_response(str(pair), 200) response.headers['Content-Type'] = 'application/json' response.headers['Access-Control-Allow-Origin']= '*' return response
def givenewaddress():
pair=addresses.generate_secure_pair()
public_address=pair['public_address']
private_key=pair['private_key']
coin_name=request.form['coin_name']
color_amount=request.form['issued_amount']
dest_address=request.form['destination_address']
description=request.form['description']
ticker=request.form['ticker']
email=request.form['email']
fee_each=0.00005
markup=1
tosend=str(transactions.creation_cost(color_amount, coin_name, coin_name, description, fee_each, markup))
responsejson={}
responsejson['name']=coin_name
responsejson['minting_fee']=tosend
responsejson['issuing_public_address']=public_address
responsejson['issuing_private_key']=private_key
responsejson=json.dumps(responsejson)
color_address='SFSDF'#addresses.hashlib.sha256(coin_name).hexdigest() #FIGURE THIS OUT
# #write address to db
amount_expected=str(int(float(tosend)*100000000))
amount_received="0"
amount_withdrawn="0"
k=databases.add_address(public_address, private_key, amount_expected, amount_received, amount_withdrawn, coin_name, color_amount, dest_address, description, ticker, email)
print k
response=make_response(responsejson, 200)
response.headers['Access-Control-Allow-Origin']= '*'
return response
def givenewaddress():
pair = addresses.generate_secure_pair()
public_address = pair['public_address']
private_key = pair['private_key']
coin_name = request.form['coin_name']
color_amount = request.form['issued_amount']
dest_address = request.form['destination_address']
description = request.form['description']
ticker = request.form['ticker']
email = request.form['email']
fee_each = 0.00005
markup = 1
tosend = str(
transactions.creation_cost(color_amount, coin_name, coin_name,
description, fee_each, markup))
responsejson = {}
responsejson['name'] = coin_name
responsejson['minting_fee'] = tosend
responsejson['issuing_public_address'] = public_address
responsejson['issuing_private_key'] = private_key
responsejson = json.dumps(responsejson)
color_address = 'SFSDF' #addresses.hashlib.sha256(coin_name).hexdigest() #FIGURE THIS OUT
# #write address to db
amount_expected = str(int(float(tosend) * 100000000))
amount_received = "0"
amount_withdrawn = "0"
k = databases.add_address(public_address, private_key, amount_expected,
amount_received, amount_withdrawn, coin_name,
color_amount, dest_address, description, ticker,
email)
print k
response = make_response(responsejson, 200)
response.headers['Access-Control-Allow-Origin'] = '*'
return response
def message_queue():
text=str(request.form['text'])
r=addresses.generate_secure_pair()
public=r['public_address']
private=r['private_key']
#CALCULATE COST NOW
cost=0.002*(int(len(text)/37)+1)
#DO SOMETHING WITH TEXT IN DB
dbstring="insert into text_queue (text, public_address, private_key, amount_expected, success) values ('"+str(text)+"','"+public+"','"+private+"','"+str(int(cost*100000000))+"', 'False');"
db.dbexecute(dbstring,False)
results={}
results['public_address']=public
results['cost']=cost
results=json.dumps(results)
response=make_response(str(results), 200)
response.headers['Access-Control-Allow-Origin']= '*'
#response.headers['Access-Control-Allow-Origin']= 'http://www.chainscribe.com'
return response
def givenewaddress():
pair = addresses.generate_secure_pair()
public_address = pair['public_address']
private_key = pair['private_key']
jsoninput = json.loads(request.data)
coin_name = jsoninput['coin_name']
color_amount = jsoninput['issued_amount']
dest_address = public_address
description = jsoninput['description']
email = jsoninput['email']
fee_each = 0.00005
markup = 1
tosend = str(
transactions.creation_cost(color_amount, coin_name, "", description,
fee_each, markup))
responsejson = {}
responsejson['name'] = coin_name
responsejson['minting_fee'] = tosend
responsejson['issuing_public_address'] = public_address
responsejson['issuing_private_key'] = private_key
responsejson = json.dumps(responsejson)
amount_expected = str(int(float(tosend) * 100000000))
amount_received = "0"
amount_withdrawn = "0"
k = databases.add_address(public_address, private_key, amount_expected,
amount_received, amount_withdrawn, coin_name,
color_amount, dest_address, description, email)
print k
response = make_response(responsejson, 200)
response.headers['Content-Type'] = 'application/json'
response.headers['Access-Control-Allow-Origin'] = '*'
return response
def makerandompair(): return str(addresses.generate_secure_pair())
def makerandompair():
return str(addresses.generate_secure_pair())
