pylightning: Switch to dict-based params instead of positional

Signed-off-by: Christian Decker <decker.christian@gmail.com>
Co-authored-by: Guido Dassori @gdassori
This commit is contained in:
Christian Decker 2018-02-14 14:17:31 +01:00 committed by Rusty Russell
parent ed2fee8977
commit 0e40b9b08c
2 changed files with 178 additions and 87 deletions

View File

@ -32,36 +32,41 @@ class UnixDomainSocketRpc(object):
pass
def __getattr__(self, name):
"""Intercept any call that is not explicitly defined and call _call
"""Intercept any call that is not explicitly defined and call @call
We might still want to define the actual methods in the subclasses for
documentation purposes.
"""
name = name.replace('_', '-')
def wrapper(*args, **_):
return self._call(name, args)
def wrapper(**kwargs):
return self.call(name, payload=kwargs)
return wrapper
def _call(self, method, args=None):
def call(self, method, payload=None):
self.logger.debug("Calling %s with payload %r", method, payload)
sock = socket.socket(socket.AF_UNIX, socket.SOCK_STREAM)
sock.connect(self.socket_path)
self._writeobj(sock, {
"method": method,
"params": args or (),
"params": payload or {},
"id": 0
})
resp = self._readobj(sock)
sock.close()
if 'error' in resp:
raise ValueError("RPC call failed: {}".format(resp['error']))
elif 'result' not in resp:
raise ValueError("Malformed response, 'result' missing.")
return resp['result']
self.logger.debug("Received response for %s call: %r", method, resp)
if "error" in resp:
raise ValueError(
"RPC call failed: {}, method: {}, payload: {}".format(
resp["error"],
method,
payload
))
elif "result" not in resp:
raise ValueError("Malformed response, \"result\" missing.")
return resp["result"]
class LightningRpc(UnixDomainSocketRpc):
@ -78,233 +83,319 @@ class LightningRpc(UnixDomainSocketRpc):
between calls, but it does not (yet) support concurrent calls.
"""
def getpeer(self, peer_id, logs=None):
def getpeer(self, peer_id, level=None):
"""
Show peer with {peer_id}, if {level} is set, include {log}s
"""
args = [peer_id]
logs is not None and args.append(logs)
res = self.listpeers(peer_id, logs)
return res.get('peers') and res['peers'][0] or None
payload = {
"id": peer_id,
"level": level
}
res = self.call("listpeers", payload)
return res.get("peers") and res["peers"][0] or None
def dev_blockheight(self):
"""
Show current block height
"""
return self._call("dev-blockheight")
return self.call("dev-blockheight")
def dev_setfees(self, immediate, normal=None, slow=None):
"""
Set feerate in satoshi-per-kw for {immediate}, {normal} and {slow}
(each is optional, when set, separate by spaces) and show the value of those three feerates
"""
args = [immediate]
normal is not None and args.append(normal)
slow is not None and args.append(slow)
return self._call("dev-setfees", args=args)
payload = {
"immediate": immediate,
"normal": normal,
"slow": slow
}
return self.call("dev-setfees", payload)
def listnodes(self, node_id=None):
"""
Show all nodes in our local network view
Show all nodes in our local network view, filter on node {id} if provided
"""
return self._call("listnodes", args=node_id and [node_id])
payload = {
"id": node_id
}
return self.call("listnodes", payload)
def getroute(self, peer_id, msatoshi, riskfactor, cltv=None):
def getroute(self, peer_id, msatoshi, riskfactor, cltv=9):
"""
Show route to {peer_id} for {msatoshi}, using {riskfactor} and optional {cltv} (default 9)
Show route to {id} for {msatoshi}, using {riskfactor} and optional {cltv} (default 9)
"""
args = [peer_id, msatoshi, riskfactor]
cltv is not None and args.append(cltv)
return self._call("getroute", args=args)
payload = {
"id": peer_id,
"msatoshi": msatoshi,
"riskfactor": riskfactor,
"cltv": cltv
}
return self.call("getroute", payload)
def listchannels(self, short_channel_id=None):
"""
Show all known channels
Show all known channels, accept optional {short_channel_id}
"""
return self._call("listchannels", args=short_channel_id and [short_channel_id])
payload = {
"short_channel_id": short_channel_id
}
return self.call("listchannels", payload)
def invoice(self, msatoshi, label, description, expiry=None):
"""
Create an invoice for {msatoshi} with {label} and {description} with optional {expiry} seconds (default 1 hour)
"""
args = [msatoshi, label, description]
expiry is not None and args.append(expiry)
return self._call("invoice", args=args)
payload = {
"msatoshi": msatoshi,
"label": label,
"description": description,
"expiry": expiry
}
return self.call("invoice", payload)
def listinvoices(self, label=None):
"""
Show invoice {label} (or all, if no {label})
Show invoice {label} (or all, if no {label))
"""
return self._call("listinvoices", args=label and [label])
payload = {
"label": label
}
return self.call("listinvoices", payload)
def delinvoice(self, label, status):
"""
Delete unpaid invoice {label} with {status}
"""
return self._call("delinvoice", args=[label, status])
payload = {
"label": label,
"status": status
}
return self.call("delinvoice", payload)
def waitanyinvoice(self, lastpay_index=None):
"""
Wait for the next invoice to be paid, after {lastpay_index} (if supplied)
"""
return self._call("waitanyinvoice", args=lastpay_index and [lastpay_index])
payload = {
"lastpay_index": lastpay_index
}
return self.call("waitanyinvoice", payload)
def waitinvoice(self, label):
def waitinvoice(self, label=None):
"""
Wait for an incoming payment matching the invoice with {label}
"""
return self._call("waitinvoice", args=[label])
payload = {
"label": label
}
return self.call("waitinvoice", payload)
def decodepay(self, bolt11, description=None):
"""
Decode {bolt11}, using {description} if necessary
"""
args = [bolt11]
description is not None and args.append(description)
return self._call("decodepay", args=args)
payload = {
"bolt11": bolt11,
"description": description
}
return self.call("decodepay", payload)
def help(self):
"""
Show available commands
"""
return self._call("help")
return self.call("help")
def stop(self):
"""
Shut down the lightningd process
"""
return self._call("stop")
return self.call("stop")
def getlog(self, level=None):
"""
Show logs, with optional log {level} (info|unusual|debug|io)
"""
return self._call("getlog", args=level and [level])
payload = {
"level": level
}
return self.call("getlog", payload)
def dev_rhash(self, secret):
"""
Show SHA256 of {secret}
"""
return self._call("dev-rhash", [secret])
payload = {
"secret": secret
}
return self.call("dev-rhash", payload)
def dev_crash(self):
"""
Crash lightningd by calling fatal()
"""
return self._call("dev-crash")
return self.call("dev-crash")
def getinfo(self):
"""
Show information about this node
"""
return self._call("getinfo")
return self.call("getinfo")
def sendpay(self, route, rhash):
"""
Send along {route} in return for preimage of {rhash}
"""
return self._call("sendpay", args=[route, rhash])
payload = {
"route": route,
"rhash": rhash
}
return self.call("sendpay", payload)
def pay(self, bolt11, msatoshi=None, description=None, riskfactor=None):
"""
Send payment specified by {bolt11} with optional {msatoshi} (if and only if {bolt11} does not have amount),
{description} (required if {bolt11} uses description hash) and {riskfactor} (default 1.0)
"""
args = [bolt11]
msatoshi is not None and args.append(msatoshi)
description is not None and args.append(description)
riskfactor is not None and args.append(riskfactor)
return self._call("pay", args=args)
payload = {
"bolt11": bolt11,
"msatoshi": msatoshi,
"description": description,
"riskfactor": riskfactor
}
return self.call("pay", payload)
def listpayments(self, bolt11=None, payment_hash=None):
"""
Show outgoing payments, regarding {bolt11} or {payment_hash} if set
Can only specify one of {bolt11} or {payment_hash}
"""
args = []
bolt11 and args.append(bolt11)
payment_hash and args.append(payment_hash) if args else args.extend([bolt11, payment_hash])
return self._call("listpayments", args=args)
assert not (bolt11 and payment_hash)
payload = {
"bolt11": bolt11,
"payment_hash": payment_hash
}
return self.call("listpayments", payload)
def connect(self, peer_id, host=None, port=None):
"""
Connect to {peer_id} at {host} and {port}
"""
args = [peer_id]
host is not None and args.append(host)
port is not None and args.append(port)
return self._call("connect", args=args)
payload = {
"id": peer_id,
"host": host,
"port": port
}
return self.call("connect", payload)
def listpeers(self, peer_id=None, logs=None):
def listpeers(self, peerid=None, level=None):
"""
Show current peers, if {level} is set, include {log}s"
"""
args = peer_id is not None and [peer_id] or []
logs is not None and args.append(logs)
return self._call("listpeers", args=args)
payload = {
"id": peerid,
"level": level,
}
return self.call("listpeers", payload)
def fundchannel(self, peer_id, satoshi):
def fundchannel(self, channel_id, satoshi):
"""
Fund channel with {id} using {satoshi} satoshis"
"""
return self._call("fundchannel", args=[peer_id, satoshi])
payload = {
"id": channel_id,
"satoshi": satoshi
}
return self.call("fundchannel", payload)
def close(self, peer_id):
"""
Close the channel with peer {peer_id}
Close the channel with peer {id}
"""
return self._call("close", args=[peer_id])
payload = {
"id": peer_id
}
return self.call("close", payload)
def dev_sign_last_tx(self, peer_id):
"""
Sign and show the last commitment transaction with peer {id}
"""
return self._call("dev-sign-last-tx", args=[peer_id])
payload = {
"id": peer_id
}
return self.call("dev-sign-last-tx", payload)
def dev_fail(self, peer_id):
"""
Fail with peer {peer_id}
"""
return self._call("dev-fail", args=[peer_id])
payload = {
"id": peer_id
}
return self.call("dev-fail", payload)
def dev_reenable_commit(self, peer_id):
"""
Re-enable the commit timer on peer {peer_id}
Re-enable the commit timer on peer {id}
"""
return self._call("dev-reenable-commit", args=[peer_id])
payload = {
"id": peer_id
}
return self.call("dev-reenable-commit", payload)
def dev_ping(self, peer_id, length, pongbytes):
"""
Send {peer_id} a ping of length {length} asking for {pongbytes}"
Send {peer_id} a ping of length {len} asking for {pongbytes}"
"""
return self._call("dev-ping", args=[peer_id, length, pongbytes])
payload = {
"id": peer_id,
"len": length,
"pongbytes": pongbytes
}
return self.call("dev-ping", payload)
def dev_memdump(self):
"""
Show memory objects currently in use
"""
return self._call("dev-memdump")
return self.call("dev-memdump")
def dev_memleak(self):
"""
Show unreferenced memory objects
"""
return self._call("dev-memleak")
return self.call("dev-memleak")
def withdraw(self, destination, satoshi):
"""
Send to {destination} address {satoshi} (or 'all') amount via Bitcoin transaction
Send to {destination} address {satoshi} (or "all") amount via Bitcoin transaction
"""
return self._call("withdraw", args=[destination, satoshi])
payload = {
"destination": destination,
"satoshi": satoshi
}
return self.call("withdraw", payload)
def newaddr(self, addrtype='p2sh-segwit'):
def newaddr(self, addresstype=None):
"""Get a new address of type {addresstype} of the internal wallet.
"""
Get a new address to fund a channel
"""
return self._call("newaddr", [addrtype])
return self.call("newaddr", {"addresstype": addresstype})
def listfunds(self):
"""
Show funds available for opening channels
"""
return self._call("listfunds")
return self.call("listfunds")
def dev_rescan_outputs(self):
"""
Synchronize the state of our funds with bitcoind
"""
return self.call("dev-rescan-outputs")
def dev_forget_channel(self, peerid, force=False):
""" Forget the channel with id=peerid
"""
return self.call("dev-forget-channel", payload={"id": peerid, "force": force})

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@ -2579,7 +2579,7 @@ class LightningDTests(BaseLightningDTests):
l1.rpc.connect(l2.info['id'], 'localhost', l2.info['port'])
# fund a bech32 address and then open a channel with it
res = l1.openchannel(l2, 20000, addrtype='bech32')
res = l1.openchannel(l2, 20000, 'bech32')
address = res['address']
assert address[0:4] == "bcrt"
@ -3379,7 +3379,7 @@ class LightningDTests(BaseLightningDTests):
for c in configs.keys():
if c.startswith('#'):
continue
oneconfig = l1.rpc.listconfigs(c)
oneconfig = l1.rpc.listconfigs(config=c)
assert(oneconfig[c] == configs[c])
def test_multiple_channels(self):
@ -3492,7 +3492,7 @@ class LightningDTests(BaseLightningDTests):
assert len(l1.rpc.listpeers()['peers']) == 1
# Forcing should work
l1.rpc.dev_forget_channel(l2.info['id'], None, True)
l1.rpc.dev_forget_channel(l2.info['id'], True)
assert len(l1.rpc.listpeers()['peers']) == 0
# And restarting should keep that peer forgotten