def send_file(data, seed):
waves = Waves('https://testnode2.wavesnodes.com', 'testnet', seed)
print(seed)
tx_data = data.get("content").get("content")
owner_id = waves.get_address_from_seed()
title = data.get("file").get("title")
description = data.get("file").get("description")
user_id = data.get("recipients")[0]
transaction = [{'type': 'string', 'key': 'file', 'value': tx_data}]
print(transaction)
tx_info = waves.send_data_transaction(transaction)
print(tx_info)
tx_id = tx_info.get("id")
DocumentRepository.add_info_into_documents(tx_id, owner_id, title,
description)
DocumentRepository.add_info_into_sign_request(tx_id, user_id)
return tx_id
def download_file(id):
waves = Waves('https://testnode2.wavesnodes.com', 'testnet', seed)
file = waves.get_transaction_by_id(id)
file1 = file.get("data")
#to 64
return file1
def get_documents(seed):
waves = Waves('https://testnode2.wavesnodes.com', 'testnet', seed)
address = waves.get_address_from_seed()
print(str(address))
return DocumentRepository.find_all(address)
def get_counters(seed):
waves = Waves('https://testnode2.wavesnodes.com', 'testnet', seed)
address = waves.get_address_from_seed()
return DocumentRepository.find_counters(address)
def sign_document(id, seed):
waves = Waves('https://testnode2.wavesnodes.com', 'testnet', seed)
address = waves.get_address_from_seed()
transaction = [{'type': 'string', 'key': 'file', 'value': id}]
waves.send_data_transaction(transaction)
DocumentRepository.update_status(address, id)
from raver import Raver
from waves import Waves
from fullred import FullRed
from sine import Sine
from flat import Flat
from wheel import Wheel
from patterns import PATTERNS
COLS = 20
ROWS = 12
# Testing toggle
if False:
pat = PATTERNS['dear-big']
effects = [
Waves(COLS, ROWS, pat),
Sine(COLS, ROWS, pat),
Flat(COLS, ROWS, pat),
Wheel(COLS, ROWS, pat)
]
else:
pat = PATTERNS['orphan-asylum-3']
effects = [Flat(COLS, ROWS, pat)]
# effects = [Waves(COLS, ROWS, PATTERNS['dear-bold'])]
#-------------------------------------------------------------------------------
# handle command line
fake = os.environ.get('FAKE')
if len(sys.argv) == 1:
import math
import sys
import opc
import os
import color_utils
import random
from fake_client import FakeClient
from raver import Raver
from waves import Waves
from fullred import FullRed
from sine import Sine
effects = [Waves(200), FullRed(200), Sine(200)]
effect_idx = 0
#-------------------------------------------------------------------------------
# handle command line
fake = os.environ.get('FAKE')
if len(sys.argv) == 1:
IP_PORT = '127.0.0.1:7890'
elif len(sys.argv
) == 2 and ':' in sys.argv[1] and not sys.argv[1].startswith('-'):
IP_PORT = sys.argv[1]
else:
print
print ' Usage: raver_plaid.py [ip:port]'
from raver import Raver
from waves import Waves
from fullred import FullRed
from sine import Sine
from flat import Flat
from wheel import Wheel
from patterns import PATTERNS
COLS = 20
ROWS = 12
# Testing toggle
if False:
pat = PATTERNS['dear-big']
effects = [Waves(COLS, ROWS, pat),
Sine(COLS, ROWS, pat),
Flat(COLS, ROWS, pat),
Wheel(COLS, ROWS, pat)]
else:
effects = [Waves(COLS, ROWS, PATTERNS['dear-bold'])]
#-------------------------------------------------------------------------------
# handle command line
fake = os.environ.get('FAKE')
if len(sys.argv) == 1:
IP_PORT = '127.0.0.1:7890'
elif len(sys.argv) == 2 and ':' in sys.argv[1] and not sys.argv[1].startswith('-'):