def rpc_connect_continue(ctx):
c = talloc_get_type(ctx.contents.async.private_data, composite_context)
if not library.composite_is_ok(c):
return
# complete the pipe connect and receive a pointer to the
# dcerpc_pipe structure
pipe = POINTER(dcerpc_pipe)()
import time
c.contents.status = library.dcerpc_pipe_connect_recv(ctx, c, byref(pipe));
c.contents.async.private_data = cast(pipe, c_void_p)
if not library.composite_is_ok(c):
return
library.composite_done(c);
def rpc_connect_continue(ctx):
c = talloc_get_type(ctx.contents. async .private_data, composite_context)
if not library.composite_is_ok(c):
return
# complete the pipe connect and receive a pointer to the
# dcerpc_pipe structure
pipe = POINTER(dcerpc_pipe)()
import time
c.contents.status = library.dcerpc_pipe_connect_recv(ctx, c, byref(pipe))
c.contents. async .private_data = cast(pipe, c_void_p)
if not library.composite_is_ok(c):
return
library.composite_done(c)
def continue_rpc(rpc_ctx):
c = talloc_get_type(rpc_ctx.contents.async.private, composite_context)
c.contents.async.private_data = rpc_ctx.contents.ndr.struct_ptr;
c.contents.status = library.dcerpc_ndr_request_recv(rpc_ctx)
if not library.composite_is_ok(c):
return
library.composite_done(c)
def continue_rpc(rpc_ctx):
c = talloc_get_type(rpc_ctx.contents. async .private, composite_context)
c.contents. async .private_data = rpc_ctx.contents.ndr.struct_ptr
c.contents.status = library.dcerpc_ndr_request_recv(rpc_ctx)
if not library.composite_is_ok(c):
return
library.composite_done(c)
