async def fetch():
# WIF private keys
keys = ["cVks5KCc8BBVhWnTJSLjr5odLbNrWK9UY4KprciJJ9dqiDBenhzr"]
# Convert them to addresses
addrs = [wallet.key_to_address(key) for key in keys]
print("Our addresses:", addrs)
async with nym_proxy.NymProxy(9001) as nym:
nym_address = await nym.details()
multi = multipart.Multipart(nym)
blockchain_request = {
"command": "fetch_history",
"addrs": addrs,
"return-recipient": nym_address
}
print("Sending:", blockchain_request)
nym_server_address = "AGdb5ZwZBpazKysh9ijCwgzCVRYcvadEhvaxQ3mkBnur"
await multi.send(blockchain_request, nym_server_address)
history = await multi.receive()
display_history(history)
async def fetch():
# WIF private keys
keys = ["cVks5KCc8BBVhWnTJSLjr5odLbNrWK9UY4KprciJJ9dqiDBenhzr"]
# Convert them to addresses
addrs = [wallet.key_to_address(key) for key in keys]
print("Our addresses:", addrs)
uri = "ws://85.90.245.20:8765"
async with websockets.connect(uri) as websocket:
#await websocket.send(name)
#greeting = await websocket.recv()
multi = multipart.Multipart(websocket)
blockchain_request = {
"command": "fetch_history",
"addrs": addrs,
"return-recipient": "none"
}
print("Sending:", blockchain_request)
await multi.send(blockchain_request)
history = await multi.receive()
display_history(history)
def GenerateMultipartFormDataCTAndBodyFromDict(fields):
m = multipart.Multipart()
for (name, value) in fields.items():
m.field(name, HydrusData.ToByteString(value))
return m.get()
async def accept():
async with nym_proxy.NymProxy(9001) as nym:
print("Server address =", await nym.details())
multi = multipart.Multipart(nym)
while True:
message = await multi.receive()
await process(message, multi)
await asyncio.sleep(0.1)
async def broadcast(tx_data):
async with nym_proxy.NymProxy(9001) as nym:
multi = multipart.Multipart(nym)
request = {"command": "broadcast", "tx_data": tx_data}
nym_server_address = "kauuj71-RPvETjz8FMQugnsNSDJ8033E4lNS_anMFD0="
await multi.send(request, nym_server_address)
print("Sent.")
await asyncio.sleep(4)
async def broadcast(tx_data):
uri = "ws://localhost:8765"
async with websockets.connect(uri) as websocket:
multi = multipart.Multipart(websocket)
request = {"command": "broadcast", "tx_data": tx_data}
await multi.send(request)
print("Sent.")
await asyncio.sleep(4)
async def accept(websocket, path):
multi = multipart.Multipart(websocket)
while True:
try:
message = await multi.receive()
await process(message, multi)
except websockets.exceptions.ConnectionClosedOK:
print("Websocket closed. Exiting...")
return
await asyncio.sleep(0.1)
def post(self, path, body):
"""Send a POST request to the Ning API."""
if 'file' in body:
mp = multipart.Multipart()
mp.attach(
multipart.FilePart({'name': 'file'}, body['file'],
body['content_type']))
for k, v in body.items():
if k != 'file' and k != 'content_type':
mp.attach(multipart.Part({'name': k}, v))
return self.call("Photo",
method="POST",
token=self.token,
headers={'Content-Type': mp.header()[1]},
body=str(mp))
elif 'bin' in body:
mp = multipart.Multipart()
mp.attach(
multipart.Part({
'name': 'file',
'filename': 'file'
}, body['bin'], body['content_type']))
for k, v in body.items():
if k != 'bin' and k != 'content_type':
mp.attach(multipart.Part({'name': k}, v))
return self.call("Photo",
method="POST",
token=self.token,
headers={'Content-Type': mp.header()[1]},
body=str(mp))
else:
return self.call(path,
method="POST",
token=self.token,
body=urllib.urlencode(body))