Remove a bunch of unused code
This commit is contained in:
Lasse Blaauwbroek
@@ -342,7 +342,6 @@ ctypedef fused PromiseTypes:
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_Promise
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_RemotePromise
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_VoidPromise
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# PromiseFulfillerPair
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cdef extern from "Python.h":
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@@ -1867,7 +1866,6 @@ cdef class _EventLoop:
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cdef Own[LowLevelAsyncIoProvider] lowLevelProvider
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cdef Own[AsyncIoProvider] provider
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cdef WaitScope * waitScope
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cdef readonly in_asyncio_mode
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cdef AsyncIoEventPort *customPort
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@@ -1880,7 +1878,6 @@ cdef class _EventLoop:
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kjLoop = self.customPort.getKjLoop()
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self.waitScope = new WaitScope(deref(kjLoop))
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loop.close = _partial(_asyncio_close_patch, loop, loop.close, self)
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self.in_asyncio_mode = True
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def __dealloc__(self):
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if not self.customPort == NULL:
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@@ -1888,16 +1885,6 @@ cdef class _EventLoop:
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del self.waitScope
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del self.customPort
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cdef TwoWayPipe makeTwoWayPipe(self):
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if self.in_asyncio_mode:
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raise RuntimeError("Cannot call makeTwoWayPipe in asyncio mode")
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return deref(self.provider).newTwoWayPipe()
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cdef Own[AsyncIoStream] wrapSocketFd(self, int fd):
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if self.in_asyncio_mode:
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raise RuntimeError("Cannot call wrapSocketFd in asyncio mode")
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return deref(self.lowLevelProvider).wrapSocketFd(fd)
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_C_DEFAULT_EVENT_LOOP_LOCAL = _threading.local()
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@@ -1923,24 +1910,6 @@ cdef _EventLoop C_DEFAULT_EVENT_LOOP_GETTER():
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return _C_DEFAULT_EVENT_LOOP_LOCAL.loop
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def wait_forever():
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"""
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Use libcapnp event loop to poll/wait forever
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"""
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cdef _EventLoop loop = C_DEFAULT_EVENT_LOOP_GETTER()
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with nogil:
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helpers.waitNeverDone(deref(loop.waitScope))
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def poll_once():
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"""
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Poll libcapnp event loop once
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"""
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cdef _EventLoop loop = C_DEFAULT_EVENT_LOOP_GETTER()
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with nogil:
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loop.waitScope.poll()
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cdef class _CallContext:
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cdef CallContext * thisptr
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@@ -2396,10 +2365,6 @@ cdef class _TwoPartyVatNetwork:
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self.thisptr = makeTwoPartyVatNetwork(deref(stream.thisptr), side, opts)
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return self
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cdef _init_pipe(self, _TwoWayPipe pipe, Side side, schema_cpp.ReaderOptions opts):
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self.thisptr = makeTwoPartyVatNetwork(deref(pipe._pipe.ends[0]), side, opts)
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return self
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cpdef on_disconnect(self) except +reraise_kj_exception:
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return _VoidPromise()._init(deref(self.thisptr).onDisconnect())
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@@ -2408,84 +2373,28 @@ cdef class TwoPartyClient:
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"""
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TwoPartyClient for RPC Communication
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Can be initialized using a socket wrapper (libcapnp) or using asyncio controlled sockets.
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:param socket: Can be a string defining a socket (e.g. localhost:12345) or a file descriptor for a socket.
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Passes socket directly to libcapnp. Do not use with asyncio.
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:param socket: AsyncIoStream
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:param traversal_limit_in_words: Pointer derefence limit (see https://capnproto.org/cxx.html).
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:param nesting_limit: Recursive limit when reading types (see https://capnproto.org/cxx.html).
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"""
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cdef RpcSystem * thisptr
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cdef public _TwoPartyVatNetwork _network
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cdef public _TwoWayPipe _pipe
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cdef _TwoPartyVatNetwork _network
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def __init__(self, socket=None, traversal_limit_in_words=None, nesting_limit=None):
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if isinstance(socket, basestring):
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if C_DEFAULT_EVENT_LOOP_GETTER().in_asyncio_mode:
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raise RuntimeError("Pycapnp is in asyncio mode. Pass a AsyncIoStream")
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socket = self._connect(socket)
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cdef schema_cpp.ReaderOptions opts = make_reader_opts(traversal_limit_in_words, nesting_limit)
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if socket is None:
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# Initialize TwoWayPipe, to use pipe() acquire other end of the pipe using read() and write() methods
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self._pipe = _TwoWayPipe()
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self._network = _TwoPartyVatNetwork()._init_pipe(self._pipe, capnp.CLIENT, opts)
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elif isinstance(socket, _AsyncIoStream):
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if isinstance(socket, _AsyncIoStream):
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self._network = _TwoPartyVatNetwork()._init(socket, capnp.CLIENT, opts)
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elif isinstance(socket, _socket.socket):
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stream = _FdAsyncIoStream(socket)
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self._network = _TwoPartyVatNetwork()._init(stream, capnp.CLIENT, opts)
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else:
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raise ValueError(f"Argument socket should be a string, socket, AsyncIoStream or None, was {type(socket)}")
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raise ValueError(f"Argument socket should be a AsyncIoStream, was {type(socket)}")
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self.thisptr = new RpcSystem(makeRpcClient(deref(self._network.thisptr)))
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async def read(self, bufsize):
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"""
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libcapnp reader (asyncio sockets only)
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:param bufsize: Buffer size to read from the libcapnp library
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"""
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cdef array.array read_buffer = array.array('b', [])
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array.resize(read_buffer, bufsize)
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read_size_actual = await _Promise()._init(
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helpers.wrapSizePromise(
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self._pipe._pipe.ends[1].get().read(read_buffer.data.as_voidptr, 1, bufsize)))
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array.resize(read_buffer, read_size_actual)
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return read_buffer
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async def write(self, data):
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"""
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libcapnp writer (asyncio sockets only)
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:param data: Buffer to write to the libcapnp library
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"""
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cdef array.array write_buffer = array.array('b', data)
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await _VoidPromise()._init(
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deref(self._pipe._pipe.ends[1]).write(
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write_buffer.data.as_voidptr,
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len(data)
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))
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def __dealloc__(self):
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if not self.thisptr == NULL:
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del self.thisptr
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def _connect(self, host_string):
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if host_string.startswith('unix:'):
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path = host_string[5:]
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sock = _socket.socket(_socket.AF_UNIX, _socket.SOCK_STREAM)
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sock.connect(path)
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else:
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host, port = host_string.split(':')
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sock = _socket.create_connection((host, port))
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# Set TCP_NODELAY on socket to disable Nagle's algorithm. This is not
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# neccessary, but it speeds things up.
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sock.setsockopt(_socket.IPPROTO_TCP, _socket.TCP_NODELAY, 1)
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return sock
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cpdef bootstrap(self) except +reraise_kj_exception:
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return _CapabilityClient()._init(helpers.bootstrapHelper(deref(self.thisptr)), self)
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@@ -2497,142 +2406,37 @@ cdef class TwoPartyServer:
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"""
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TwoPartyServer for RPC Communication
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Can be initialized using a socket wrapper (libcapnp) or using asyncio controlled sockets.
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:param socket: Can be a string defining a socket (e.g. localhost:12345, also supports *:12345)
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or a file descriptor for a socket.
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Passes socket directly to libcapnp. Do not use with asyncio.
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:param socket: AsyncIoStream
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:param bootstrap: Class object defining the implementation of the Cap'n'proto interface.
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:param traversal_limit_in_words: Pointer derefence limit (see https://capnproto.org/cxx.html).
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:param nesting_limit: Recursive limit when reading types (see https://capnproto.org/cxx.html).
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"""
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cdef RpcSystem * thisptr
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cdef public _TwoPartyVatNetwork _network
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cdef public _TwoWayPipe _pipe
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cdef object _port
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cdef public object port_promise, _bootstrap
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cdef capnp.TaskSet * _task_set
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cdef capnp.ErrorHandler _error_handler
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cdef _TwoPartyVatNetwork _network
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def __init__(self, socket=None, bootstrap=None, traversal_limit_in_words=None, nesting_limit=None):
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if not bootstrap:
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raise KjException("You must provide a bootstrap interface to a server constructor.")
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cdef _InterfaceSchema schema
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self._bootstrap = None
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if isinstance(socket, basestring):
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if C_DEFAULT_EVENT_LOOP_GETTER().in_asyncio_mode:
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raise RuntimeError("Pycapnp is in asyncio mode. Please start an asyncio server using"
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"TwoPartyClient.create_server and pass any resulting connection to this class.")
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self._connect(socket, bootstrap, traversal_limit_in_words, nesting_limit)
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return
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opts = make_reader_opts(traversal_limit_in_words, nesting_limit)
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if isinstance(socket, _AsyncIoStream):
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self._network = _TwoPartyVatNetwork()._init(socket, capnp.SERVER, opts)
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elif isinstance(socket, _socket.socket):
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if C_DEFAULT_EVENT_LOOP_GETTER().in_asyncio_mode:
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raise RuntimeError("Pycapnp is in asyncio mode. Please pass an AsyncIoStream instance.")
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stream = _FdAsyncIoStream(socket)
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self._network = _TwoPartyVatNetwork()._init(stream, capnp.SERVER, opts)
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elif socket is None:
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# Initialize TwoWayPipe, to use pipe() acquire other end of the pipe using read() and write() methods
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self._pipe = _TwoWayPipe()
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self._network = _TwoPartyVatNetwork()._init_pipe(
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self._pipe, capnp.SERVER, opts)
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else:
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raise KjException("Unexpected typ for socket in TwoPartyServer")
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raise ValueError(f"Argument socket should be a AsyncIoStream, was {type(socket)}")
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self._port = 0
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if bootstrap:
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self._bootstrap = bootstrap
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schema = bootstrap.schema
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self.thisptr = new RpcSystem(makeRpcServerBootstrap(
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deref(self._network.thisptr), helpers.server_to_client(schema.thisptr, <PyObject *>bootstrap)))
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async def read(self, bufsize):
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"""
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libcapnp reader (asyncio sockets only)
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:param bufsize: Buffer size to read from the libcapnp library
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"""
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cdef array.array read_buffer = array.array('b', [])
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array.resize(read_buffer, bufsize)
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read_size_actual = await _Promise()._init(
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helpers.wrapSizePromise(
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self._pipe._pipe.ends[1].get().read(read_buffer.data.as_voidptr, 1, bufsize)))
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array.resize(read_buffer, read_size_actual)
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return read_buffer
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async def write(self, data):
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"""
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libcapnp writer (asyncio sockets only)
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:param data: Buffer to write to the libcapnp library
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"""
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cdef array.array write_buffer = array.array('b', data)
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await _VoidPromise()._init(
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deref(self._pipe._pipe.ends[1]).write(
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write_buffer.data.as_voidptr,
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len(data)
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))
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cpdef _connect(self, host_string, bootstrap, traversal_limit_in_words, nesting_limit):
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cdef schema_cpp.ReaderOptions opts = make_reader_opts(traversal_limit_in_words, nesting_limit)
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cdef _InterfaceSchema schema
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cdef _EventLoop loop = C_DEFAULT_EVENT_LOOP_GETTER()
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cdef capnp.StringPtr temp_string = capnp.StringPtr(<char*>host_string, len(host_string))
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self._task_set = new capnp.TaskSet(self._error_handler)
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self._bootstrap = bootstrap
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schema = bootstrap.schema
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self.port_promise = _Promise()._init(
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helpers.connectServer(
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deref(self._task_set),
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helpers.server_to_client(schema.thisptr, <PyObject *>bootstrap),
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loop.provider.get(), temp_string, opts))
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cdef _InterfaceSchema schema = bootstrap.schema
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self.thisptr = new RpcSystem(makeRpcServerBootstrap(
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deref(self._network.thisptr), helpers.server_to_client(schema.thisptr, <PyObject *>bootstrap)))
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def __dealloc__(self):
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del self.thisptr
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del self._task_set
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cpdef on_disconnect(self) except +reraise_kj_exception:
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if self._task_set != NULL:
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raise KjException("Currently, you can only call on_disconnect on a server without an internal socket")
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return _VoidPromise()._init(deref(self._network.thisptr).onDisconnect())
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def poll_once(self):
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"""
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Poll libcapnp library one cycle.
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"""
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return poll_once()
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async def poll_forever(self):
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"""Deprecated. Do not use.
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Poll libcapnp library forever (asyncio)
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"""
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raise KjException("This functionality has been removed. If you wish to wait forever, use \n" +
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"'await asyncio._get_running_loop().create_future()'")
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cpdef run_forever(self):
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if self.port_promise is None:
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raise KjException("You must pass a string as the socket parameter in __init__ to use this function")
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wait_forever()
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cpdef bootstrap(self) except +reraise_kj_exception:
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return _CapabilityClient()._init(helpers.bootstrapHelperServer(deref(self.thisptr)), self)
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property port:
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def __get__(self):
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if self._port is None:
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self._port = self.port_promise.wait()
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return self._port
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else:
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return self._port
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cdef class _AsyncIoStream:
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cdef Own[AsyncIoStream] thisptr
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@@ -2906,53 +2710,6 @@ cdef api void _asyncio_stream_close(object thisptr) except*:
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if self.transport is not None and hasattr(self.transport, "close"):
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self.transport.close()
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cdef class _TwoWayPipe:
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cdef _EventLoop _event_loop
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cdef TwoWayPipe _pipe
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def __init__(self):
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self._init()
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cpdef _init(self) except +reraise_kj_exception:
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self._event_loop = C_DEFAULT_EVENT_LOOP_GETTER()
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# Create two way pipe using AsyncIoContext
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self._pipe = self._event_loop.makeTwoWayPipe()
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cdef class _FdAsyncIoStream(_AsyncIoStream):
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"""Wraps a socket for usage with pycapnp.
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Note that this class does not own the socket. Instead, it receives the fileno from a python object,
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which will continue to own it. This object is kept alive as long as this class is alive. Ultimately,
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the python object is responsible for closing."""
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cdef object _socket
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def __init__(self, object socket):
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self._socket = socket
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self._init(socket.fileno())
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cdef _init(self, int fd) except +reraise_kj_exception:
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self._event_loop = C_DEFAULT_EVENT_LOOP_GETTER()
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self.thisptr = self._event_loop.wrapSocketFd(fd)
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def __dealloc__(self):
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# The AsyncIoStream must be destroyed before self._socket is removed, to ensure the socket is still
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# open when the destructor is called. Therefore, we do this manually to have control over the ordering
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self.thisptr = Own[AsyncIoStream]()
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cdef class PromiseFulfillerPair:
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cdef Own[C_PromiseFulfillerPair] thisptr
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cdef public bint is_consumed
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cdef public _VoidPromise promise
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def __init__(self):
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self.thisptr = copyPromiseFulfillerPair(newPromiseAndFulfiller())
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self.is_consumed = False
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self.promise = _VoidPromise()._init(moveVoidPromise(deref(self.thisptr).promise))
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cpdef fulfill(self):
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deref(deref(self.thisptr).fulfiller).fulfill()
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cdef class _Schema:
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cdef _init(self, C_Schema other):
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