def get_status(sock, server, node, uinput):
what = uinput[0]
api = "handle_call"
status= pyerl.mk_atom("status")
if what == 'node':
value = uinput[-1]
val = pyerl.mk_atom(value)
elif what == 'guid':
value = uinput[-1]
val = pyerl.mk_int(int(value))
elif what == 'pid':
rnode = uinput[1] # remote node
pid = uinput[2] # remote pid
nodename = pyerl.mk_atom(rnode)
ppid = pyerl.mk_string(pid)
val = pyerl.mk_tuple((nodename, ppid))
else:
raise Exception('Unknown message: %s' % what)
what = pyerl.mk_atom(what)
pid = pyerl.mk_pid("node", 1, 2, 3)
state = pyerl.mk_atom("atom") # passed state to server is irrelevant in this call
tup = pyerl.mk_tuple((status, what, val))
args = pyerl.mk_list([tup, pid, state])
eterm = pyerl.rpc(sock, server, api, args)
return eterm
def test_black_box(sock, server, icmd, idir):
api = "handle_call"
atom = pyerl.mk_atom("process")
cmd = pyerl.mk_string(icmd)
name = pyerl.mk_string(idir)
tup = pyerl.mk_tuple((atom, cmd, name))
pid = pyerl.mk_pid("node", 1, 2, 3)
state = pyerl.mk_atom("atom") # passed state to server is irrelevant in this call
args = pyerl.mk_list([tup, pid, state])
eterm = pyerl.rpc(sock, server, api, args)
return eterm
def test_mk_pid(self):
eterm = pyerl.mk_pid("node", 1, 2, 3)
self.assertEqual(eterm.type, pyerl.PID);
self.assertEqual(eterm.is_pid(), True);
self.assertEqual(str(eterm), "<node.1.2>");
