def recv(self, type_mask=raw.FLUX_MSGTYPE_ANY, match_tag=raw.FLUX_MATCHTAG_NONE, topic_glob=None, flags=0):
""" Receive a message, returns a flux.Message containing the result or None """
match = ffi.new(
"struct flux_match *",
{
"typemask": type_mask,
"matchtag": match_tag,
"topic_glob": topic_glob if topic_glob is not None else ffi.NULL,
},
)
handle = self.flux_recv(match[0], flags)
if handle is not None:
return Message(handle=handle)
else: # pragma: no cover
return None
def recv(self,
type_mask=flux.FLUX_MSGTYPE_ANY,
match_tag=flux.FLUX_MATCHTAG_NONE,
topic_glob=None,
bsize=0,
flags=0):
""" Receive a message, returns a flux.Message containing the result or None """
match = ffi.new('struct flux_match *', {
'typemask': type_mask,
'matchtag': match_tag,
'topic_glob': topic_glob if topic_glob is not None else ffi.NULL,
'bsize': bsize,
})
handle = self.flux_recv(match[0], flags)
if handle is not None:
return Message(handle=handle)
else: # pragma: no cover
return None
def recv(self,
type_mask=raw.FLUX_MSGTYPE_ANY,
match_tag=raw.FLUX_MATCHTAG_NONE,
topic_glob=None,
flags=0):
"""
Receive a message, returns a flux.Message containing the result or None
"""
match = ffi.new(
'struct flux_match *', {
'typemask': type_mask,
'matchtag': match_tag,
'topic_glob':
topic_glob if topic_glob is not None else ffi.NULL,
})
handle = self.flux_recv(match[0], flags)
if handle is not None:
return Message(handle=handle)
else: # pragma: no cover
return None
def get_rank(self):
rank = ffi.new("uint32_t [1]")
self.flux_get_rank(rank)
return rank[0]
def get_str(self):
c_nodeid = ffi.new('uint32_t [1]')
j_str = ffi.new('char *[1]')
self.pimpl.get(c_nodeid, j_str)
return ffi.string(j_str[0])
def get_rank(self):
rank = ffi.new('uint32_t [1]')
self.flux_get_rank(rank)
return rank[0]
def get_str(self):
j_str = ffi.new('char *[1]')
self.pimpl.get(ffi.NULL, j_str)
return ffi.string(j_str[0])
def get_str(self):
c_nodeid = ffi.new('uint32_t [1]')
j_str = ffi.new('char *[1]')
self.pimpl.get(c_nodeid, j_str)
return ffi.string(j_str[0])