"""Report an uncaught exception."""
excepthook(*exc_info())
-_idles = []
-def _runidles():
- """Invoke the functions on the idles queue."""
- global _idles
- while _idles:
- old = _idles
- _idles = []
- for func, args, kw in old:
- try:
- func(*args, **kw)
- except:
- uncaught()
- return False
-
-def idly(func, *args, **kw):
- """Invoke FUNC(*ARGS, **KW) at some later point in time."""
- if not _idles:
- GO.idle_add(_runidles)
- _idles.append((func, args, kw))
-
-_asides = T.Queue()
-def _runasides():
- """
- Coroutine function: reads (FUNC, ARGS, KW) triples from a queue and invokes
- FUNC(*ARGS, **KW)
- """
- while True:
- func, args, kw = _asides.get()
- try:
- func(*args, **kw)
- except:
- uncaught()
-
-def aside(func, *args, **kw):
- """
- Arrange for FUNC(*ARGS, **KW) to be performed at some point in the future,
- and not from the main coroutine.
- """
- idly(_asides.put, (func, args, kw))
-
def xwrap(func):
"""
Return a function which behaves like FUNC, but reports exceptions via
if rc is not None: return rc
return None
- def runidly(me, *args, **kw):
- """
- Invoke the hook functions as for run, but at some point in the future.
- """
- idly(me.run, *args, **kw)
-
class HookClient (object):
"""
Mixin for classes which are clients of hooks.
###--------------------------------------------------------------------------
### Connections.
+class GIOWatcher (object):
+ """
+ Monitor I/O events using glib.
+ """
+ def __init__(me, conn, mc = GO.main_context_default()):
+ me._conn = conn
+ me._watch = None
+ me._mc = mc
+ def connected(me, sock):
+ me._watch = GO.io_add_watch(sock, GO.IO_IN,
+ lambda *hunoz: me._conn.receive())
+ def disconnected(me):
+ GO.source_remove(me._watch)
+ me._watch = None
+ def iterate(me):
+ me._mc.iteration(True)
+
class Connection (T.TripeCommandDispatcher):
"""
The main connection to the server.
me.handler['NOTE'] = lambda _, *rest: me.notehook.run(*rest)
me.handler['WARN'] = lambda _, *rest: me.warnhook.run(*rest)
me.handler['TRACE'] = lambda _, *rest: me.tracehook.run(*rest)
- me._watch = None
+ me.iowatch = GIOWatcher(me)
def connected(me):
"""Handles reconnection to the server, and signals the hook."""
T.TripeCommandDispatcher.connected(me)
- me._watch = GO.io_add_watch(me.sock, GO.IO_IN, invoker(me.receive))
me.connecthook.run()
def disconnected(me, reason):
"""Handles disconnection from the server, and signals the hook."""
- GO.source_remove(me._watch)
- me._watch = None
me.disconnecthook.run(reason)
T.TripeCommandDispatcher.disconnected(me, reason)
the auto-peers list.
"""
if code == 'ADD':
- aside(me.peers.add, rest[0], None)
+ T.aside(me.peers.add, rest[0], None)
elif code == 'KILL':
- aside(me.peers.remove, rest[0])
+ T.aside(me.peers.remove, rest[0])
elif code == 'NEWIFNAME':
try:
me.peers[rest[0]].setifname(rest[2])
except KeyError:
pass
elif code == 'SVCCLAIM':
- aside(me.services.add, rest[0], rest[1])
+ T.aside(me.services.add, rest[0], rest[1])
if rest[0] == 'connect':
- aside(me._updateautopeers)
+ T.aside(me._updateautopeers)
elif code == 'SVCRELEASE':
- aside(me.services.remove, rest[0])
+ T.aside(me.services.remove, rest[0])
if rest[0] == 'connect':
- aside(me._updateautopeers)
+ T.aside(me._updateautopeers)
elif code == 'USER':
if not rest: return
if rest[0] == 'watch' and \
rest[1] == 'peerdb-update':
- aside(me._updateautopeers)
+ T.aside(me._updateautopeers)
###--------------------------------------------------------------------------
### Window management cruft.
me.hook(conn.connecthook, me._connected)
me.hook(conn.disconnecthook, me._disconnected)
me.hook(monitor.peers.addhook,
- lambda p: idly(me._q.put, (p, 'ADD', None)))
+ lambda p: T.defer(me._q.put, (p, 'ADD', None)))
me.hook(monitor.peers.delhook,
- lambda p: idly(me._q.put, (p, 'KILL', None)))
+ lambda p: T.defer(me._q.put, (p, 'KILL', None)))
if conn.connectedp(): me.connected()
def _connected(me):
conn.add(name, addr, port, keepalive = keepalive, tunnel = tunnel)
me.destroy()
except T.TripeError, exc:
- idly(moanbox, ' '.join(exc))
+ T.defer(moanbox, ' '.join(exc))
class ServInfo (MyWindow):
"""
def __init__(me):
MyWindow.__init__(me)
me.set_title('Cryptographic algorithms')
- aside(me.populate)
+ T.aside(me.populate)
def populate(me):
table = GridPacker()
me.add(table)
try:
T._simple(conn.svcsubmit('connect', 'active', peer))
except T.TripeError, exc:
- idly(moanbox, ' '.join(exc.args))
+ T.defer(moanbox, ' '.join(exc.args))
me.apchange()
def activate(me, l, path, col):
global conn, monitor, pinger
- ## Run jobs put off for later.
- T.Coroutine(_runasides).switch()
-
## Try to establish a connection.
conn = Connection(opts.tripesock)
## Main loop.
HookClient().hook(root.closehook, exit)
- G.main()
+ conn.mainloop()
if __name__ == '__main__':
opts = parse_options()
~mdw / tripe / blobdiff