def attachAndSpawnDaemons(self, session, hostname, pid, daemon, d_argv,
febe_data, befe_data):
"""Invoke LMON_fe_attachAndSpawnDaemons.
See the manpages. d_argv is a list.
befe_data is the size of the desired buffer or None.
"""
# Need a trailing null entry on the array.
d_argv += [None]
_d_argv = lmon.create_array(c_char_p, d_argv)
if febe_data is not None:
_febe_data = lmon.udata_serialize(febe_data)
else:
_febe_data = cast(None, c_void_p)
buf = None
if befe_data is not None:
buf = create_string_buffer(befe_data)
_befe_data = cast(buf, c_void_p)
else:
_befe_data = cast(None, c_void_p)
lmon.call(self.lib.LMON_fe_attachAndSpawnDaemons, session, hostname,
pid, daemon, _d_argv, _febe_data, _befe_data)
if befe_data:
return lmon.udata_unserialize(buf.value)
else:
return None
def attachAndSpawnDaemons(self, session, hostname, pid, daemon, d_argv,
febe_data, befe_data):
"""Invoke LMON_fe_attachAndSpawnDaemons.
See the manpages. d_argv is a list.
befe_data is the size of the desired buffer or None.
"""
# Need a trailing null entry on the array.
d_argv += [None]
_d_argv = lmon.create_array(c_char_p, d_argv)
if febe_data is not None:
_febe_data = lmon.udata_serialize(febe_data)
else:
_febe_data = cast(None, c_void_p)
buf = None
if befe_data is not None:
buf = create_string_buffer(befe_data)
_befe_data = cast(buf, c_void_p)
else:
_befe_data = cast(None, c_void_p)
lmon.call(self.lib.LMON_fe_attachAndSpawnDaemons, session, hostname,
pid, daemon, _d_argv, _febe_data, _befe_data)
if befe_data:
return lmon.udata_unserialize(buf.value)
else:
return None
def launchAndSpawnDaemons(self, session, hostname, launcher, l_argv, daemon, d_argv, febe_data,
befe_data):
"""Invoke LMON_fe_launchAndSpawnDaemons."""
# Need trailing null entries on the arrays.
l_argv += [None]
d_argv += [None]
_l_argv = lmon.create_array(c_char_p, l_argv)
_d_argv = lmon.create_array(c_char_p, d_argv)
if febe_data is not None:
_febe_data = lmon.udata_serialize(febe_data)
else:
_febe_data = cast(None, c_void_p)
buf = None
if befe_data is not None:
buf = create_string_buffer(befe_data)
_befe_data = cast(buf, c_void_p)
else:
_befe_data = cast(None, c_void_p)
lmon.call(self.lib.LMON_fe_launchAndSpawnDaemons, session, hostname, launcher, _l_argv,
daemon, _d_argv, _febe_data, _befe_data)
if befe_data:
return lmon.udata_unserialize(buf.value)
else:
return None
def launchAndSpawnDaemons(self, session, hostname, launcher, l_argv,
daemon, d_argv, febe_data, befe_data):
"""Invoke LMON_fe_launchAndSpawnDaemons."""
# Need trailing null entries on the arrays.
l_argv += [None]
d_argv += [None]
_l_argv = lmon.create_array(c_char_p, l_argv)
_d_argv = lmon.create_array(c_char_p, d_argv)
if febe_data is not None:
_febe_data = lmon.udata_serialize(febe_data)
else:
_febe_data = cast(None, c_void_p)
buf = None
if befe_data is not None:
buf = create_string_buffer(befe_data)
_befe_data = cast(buf, c_void_p)
else:
_befe_data = cast(None, c_void_p)
lmon.call(self.lib.LMON_fe_launchAndSpawnDaemons, session, hostname,
launcher, _l_argv, daemon, _d_argv, _febe_data, _befe_data)
if befe_data:
return lmon.udata_unserialize(buf.value)
else:
return None
def init(self, argc, argv):
"""Invoke LMON_be_init.
argc is the number of arguments in argv.
argv is a list of arguments to pass as argv.
"""
_argc = c_int(argc)
# This is horribly ugly code to properly reconstruct argv for LaunchMON.
# We stuff the arguments in string buffers (since they can be modified).
# We stuff those into an array.
# We add an entry at the end with a bunch of null bytes, since the last
# argv entry is supposed to be a null and otherwise LaunchMON will make
# malloc *very* unhappy.
# We create a pointer to this array.
# We pass that pointer by reference (another pointer).
tmp_argv = [cast(create_string_buffer(x), c_char_p) for x in argv]
tmp_argv.append(cast(create_string_buffer(32), c_char_p))
_argv = lmon.create_array(c_char_p, tmp_argv)
argv_ref = c_void_p(addressof(_argv))
lmon.call(self.lib.LMON_be_init, lmon.LMON_VERSION, byref(_argc),
byref(argv_ref))
def init(self, argc, argv):
"""Invoke LMON_be_init.
argc is the number of arguments in argv.
argv is a list of arguments to pass as argv.
"""
_argc = c_int(argc)
# This is horribly ugly code to properly reconstruct argv for LaunchMON.
# We stuff the arguments in string buffers (since they can be modified).
# We stuff those into an array.
# We add an entry at the end with a bunch of null bytes, since the last
# argv entry is supposed to be a null and otherwise LaunchMON will make
# malloc *very* unhappy.
# We create a pointer to this array.
# We pass that pointer by reference (another pointer).
tmp_argv = [cast(create_string_buffer(x), c_char_p) for x in argv]
tmp_argv.append(cast(create_string_buffer(32), c_char_p))
_argv = lmon.create_array(c_char_p, tmp_argv)
argv_ref = c_void_p(addressof(_argv))
lmon.call(self.lib.LMON_be_init, lmon.LMON_VERSION, byref(_argc),
byref(argv_ref))
