def client_call(self, result, parsed_coms):
u_dict = hm_classes.net_to_sys(result[3:])
# pprint.pprint(u_dict)
ret_state = limits.mon_STATE_OK
used = u_dict["total_size"]
if "max_size" in u_dict:
max_size = u_dict["max_size"]
perc_used = 100. * float(used) / float(max_size)
quota_perc = "%.2f %%" % (perc_used)
quota_info = "%s of %s" % (quota_perc,
logging_tools.get_size_str(
max_size,
long_version=True).strip())
if perc_used > 100:
ret_state = limits.mon_STATE_CRITICAL
used_info = "over quota (%s)" % (quota_info)
elif perc_used > 80:
ret_state = limits.mon_STATE_WARNING
used_info = "reaching quota (%s)" % (quota_info)
else:
used_info = "quota ok (%s)" % (quota_info)
else:
used_info = "no quota info"
account_stat = u_dict.get("mail_account", "unknown")
if account_stat.lower() != "unlocked":
ret_state = max(ret_state, limits.mon_STATE_WARNING)
return ret_state, "%s %s (%s), used size is %s, %s" % (
limits.get_state_str(ret_state),
(u_dict.get("user_name", "name not set").split("/")[0]).strip(),
account_stat, used and logging_tools.get_size_str(
used, long_version=True).strip() or "not known", used_info)
def _send_remote_call_reply(self, zmq_sock, src_id, reply, msg_type, add_log=None):
add_log = " ({})".format(add_log) if add_log is not None else ""
if msg_type == RemoteCallMessageType.xml:
# set source
reply.update_source()
# send return
_send_str = unicode(reply)
try:
zmq_sock.send_unicode(src_id, zmq.SNDMORE)
zmq_sock.send_unicode(_send_str)
except:
self.log(
"error sending reply to {} ({}): {}{}".format(
src_id,
logging_tools.get_size_str(len(_send_str)),
process_tools.get_except_info(),
add_log
),
logging_tools.LOG_LEVEL_ERROR
)
else:
self.log(
"sent {} to {}{}".format(
logging_tools.get_size_str(len(_send_str)),
src_id,
add_log,
)
)
def do_rewrite(self, _email, user_xml):
_tmpdir = tempfile.mkdtemp()
self.log("tempdir is {}".format(_tmpdir))
_src_mail = os.path.join(_tmpdir, "in")
_dis_html = os.path.join(_tmpdir, "dis.html")
_dis_text = os.path.join(_tmpdir, "dis.txt")
open(_src_mail, "wb").write(self.src_mail)
codecs.open(_dis_html, "wb", "utf-8").write(self.disclaimer_html(user_xml))
codecs.open(_dis_text, "wb", "utf-8").write(self.disclaimer_text(user_xml))
self.log("size of mail before processing is {}".format(logging_tools.get_size_str(len(self.src_mail))))
_call_args = [
"/usr/local/bin/altermime",
"--input={}".format(_src_mail),
"--disclaimer={}".format(_dis_text),
"--disclaimer-html={}".format(_dis_html),
# "--force-for-bad-html",
# "--force-into-b64",
]
self.log("call_args are {}".format(" ".join(_call_args)))
_result = subprocess.call(
_call_args
)
self.log("result is {:d}".format(_result))
# rewind
self.dst_mail = file(_src_mail, "r").read()
self.log("size of mail after processing is {}".format(logging_tools.get_size_str(len(self.dst_mail))))
def store_nrpe_result(self, state, result):
_stdout, _stderr = result
self.log("stdout has {}, stderr has {} [{:d}]".format(
logging_tools.get_size_str(len(_stdout)),
logging_tools.get_size_str(len(_stderr)),
state,
))
s = _stdout
if s is None or state != 0:
res = RunResult.FAILED
else:
res = RunResult.SUCCESS
self._store_result(res, "", s)
def _compress(self, *args, **kwargs):
s_time = time.time()
target_dir, system_dir, image_dir = args[0:3]
if target_dir == SLASH_NAME:
_dir_mode = False
file_list = args[3]
link_list = args[4]
self.log(
"compressing files '{}' and links '{}' (from dir {} to {})".format(
", ".join(file_list),
", ".join(link_list),
system_dir,
image_dir
)
)
t_size = sum([os.stat(os.path.join(system_dir, entry))[stat.ST_SIZE] for entry in file_list])
else:
_dir_mode = True
file_list, link_list = ([], [])
self.log("compressing directory '{}' (from dir {} to {})".format(target_dir, system_dir, image_dir))
t_size = int(self._call("du -sb {}".format(os.path.join(system_dir, target_dir))).split()[0])
t_file = os.path.join(
image_dir,
"{}.tar.bz2".format(
target_dir,
)
)
self.log(
"size is {} (target file is {})".format(
logging_tools.get_size_str(t_size),
t_file
)
)
# no direct compression, use external program
_com = "cd {} ; tar -cf {} --use-compress-prog=/opt/cluster/bin/pbzip2 --preserve-permissions {} {}".format(
system_dir,
t_file,
" ".join(file_list) if not _dir_mode else target_dir,
" ".join(link_list) if not _dir_mode else "",
)
self._call(_com)
new_size = os.stat(t_file)[stat.ST_SIZE]
self.log(
"target size is {} (from 100 % to {:.2f} %)".format(
logging_tools.get_size_str(new_size),
100. * new_size / t_size if t_size else 0,
)
)
e_time = time.time()
self.log("compressing {} took {}".format(target_dir, logging_tools.get_diff_time_str(e_time - s_time)))
self.send_pool_message("compress_done", target_dir)
def send(self, val):
cur_time = time.time()
diff_time = abs(cur_time - self.__time)
if diff_time > 30 * 60:
self.log("sent / received in {}: {} / {}".format(
logging_tools.get_diff_time_str(diff_time),
logging_tools.get_size_str(self.__val["send"]),
logging_tools.get_size_str(self.__val["recv"]),
))
self.__time = cur_time
self.__val = {
"send": 0,
"recv": 0
}
self.__val["send"] += val
def create_prob_str(self, name, in_dict, block_s):
p_f = []
if in_dict["soft"] and in_dict["used"] >= in_dict["soft"]:
p_f.append("soft quota ({} > {})".format(
logging_tools.get_size_str(in_dict["used"] * block_s, False,
1000),
logging_tools.get_size_str(in_dict["soft"] * block_s, False,
1000)))
if in_dict["hard"] and in_dict["used"] >= in_dict["hard"]:
p_f.append("hard quota ({} > {})".format(
logging_tools.get_size_str(in_dict["used"] * block_s, False,
1000),
logging_tools.get_size_str(in_dict["hard"] * block_s, False,
1000)))
return "{} for {}s".format(" and ".join(p_f), name)
def __init__(self, in_dict):
eonstor_object.__init__(self, "disc", in_dict, state_key=11)
disk_num = int(in_dict[13])
self.name = "Disc{:d}".format(disk_num)
if self.state in self.lu_dict:
state_str, state_val = self.lu_dict[self.state]
if state_val == limits.mon_STATE_WARNING:
self.set_warn(state_str)
elif state_val == limits.mon_STATE_CRITICAL:
self.set_error(state_str)
elif self.state & int("80", 16) == int("80", 16):
self.name = "SCSI Disc {:d}".format(self.state & ~int("80", 16))
else:
self.set_warn("unknown state {:d}".format(self.state))
# generate long string
# ignore SCSIid and SCSILun
if 15 in in_dict:
disk_size = (2**int(in_dict[8])) * int(in_dict[7])
vers_str = "{} ({})".format(
(" ".join(in_dict[15].split())).strip(), in_dict[16].strip())
self.long_string = "{}, LC {:d}, PC {:d}, {}".format(
logging_tools.get_size_str(disk_size, divider=1000),
int(in_dict[2]), int(in_dict[3]), vers_str)
else:
self.long_string = "no disk"
def _interpret(self, in_dict, cur_ns):
if "ctrls" in in_dict and in_dict["ctrls"]:
ret_state = limits.mon_STATE_OK
c_array = []
for c_name in sorted(in_dict["ctrls"]):
ctrl_dict = in_dict["ctrls"][c_name]
vol_list = []
for vol_key in sorted(ctrl_dict.get("volumes", {})):
vol_dict = ctrl_dict["volumes"][vol_key]
vol_stat = vol_dict["status_of_volume"].split()[0]
vol_list.append("vol{}, RAID{}, {}, {}".format(
vol_key,
vol_dict["raid_level"],
logging_tools.get_size_str(vol_dict["size"] * 1024 *
1024),
vol_stat,
))
if vol_stat.lower() != "okay":
ret_state = max(ret_state, limits.mon_STATE_CRITICAL)
c_array.append("{} ({}{}){}".format(
c_name,
ctrl_dict["controller_type"],
", {}".format(
logging_tools.get_plural(
"volume", len(ctrl_dict.get("volumes", {}))))
if vol_list else "",
": {}".format(", ".join(vol_list)) if vol_list else "",
))
return ret_state, "; ".join(c_array)
else:
return limits.mon_STATE_WARNING, "no controller found"
def init_webfrontend(opts):
if False:
for _what, _command, _target in [
("collecting static", "collectstatic --noinput -c", None),
("building url_list", "show_icsw_urls", os.path.join(ICSW_ROOT, "initat", "cluster", "frontend", "templates", "all_urls.html")),
]:
print(_what)
_success, _output = call_manage(_command.split(), output=True)
if _success and _target:
print(
" writing {} to {}".format(
logging_tools.get_size_str(len(_output), long_format=True),
_target,
)
)
file(_target, "w").write(_output)
for _what, _command, _target in [
("modify app.js", "inject_addons --srcfile /srv/www/init.at/icsw/app.js --modify --with-addons=yes", None),
("modify main.html", "inject_addons --srcfile /srv/www/init.at/icsw/main.html --modify --with-addons=yes", None),
]:
print(_what)
_success, _output = call_manage(_command.split(), output=True)
if not _success:
print("Something went wrong ({:d}): {}".format(_success, _output))
# already configured; run collectstatic
_RELOAD_FLAG = "/opt/cluster/etc/uwsgi/reload/webfrontend.touch"
if os.path.exists("/opt/cluster/etc/uwsgi/reload"):
print("touching reload flag {}".format(_RELOAD_FLAG))
file(_RELOAD_FLAG, "w").write("")
else:
print("no uwsgi reload-dir found, please (re)start uwsgi-init via")
print("")
print("icsw service restart uwsgi-init")
print("")
def _interpret(self, dom_dict, cur_ns):
ret_state, out_f = (limits.mon_STATE_OK, [])
if cur_ns and cur_ns.arguments:
if "desc" in dom_dict and dom_dict["desc"]:
xml_doc = etree.fromstring(dom_dict["desc"])
# print etree.tostring(xml_doc, pretty_print=True)
out_f.append("{}, memory {}, {}, {}, VNC port is {:d}".format(
xml_doc.find(".//name").text,
logging_tools.get_size_str(
int(xml_doc.find(".//memory").text) * 1024),
logging_tools.get_plural("disk",
len(xml_doc.findall(".//disk"))),
logging_tools.get_plural(
"iface", len(xml_doc.findall(".//interface"))),
int(xml_doc.find(".//graphics").attrib["port"]) - 5900))
else:
if "cm" in dom_dict and dom_dict["cm"]:
ret_state = limits.mon_STATE_CRITICAL
out_f.append("domain '{}' not running".format(
dom_dict["cm"]))
else:
ret_state = limits.mon_STATE_WARNING
out_f.append(
"no domain-info in result (domain {} not running)".
format(", ".join(cur_ns.arguments)))
else:
ret_state = limits.mon_STATE_WARNING
out_f.append("no domain-name give")
return ret_state, ", ".join(out_f)
def write(self):
dest = self.name
self.debug("would wrote {} to {}".format(
logging_tools.get_size_str(len(self._content)),
dest,
))
if self.modify:
file(dest, "w").write(self._content)
def _start_logging(self, **kwargs):
self.log("start logging")
emitted = 0
for rep_num in range(self.__options.repeat):
self.log("{:d}/{:d}: {}".format(rep_num + 1, self.__options.repeat, self.__log_str))
emitted += len(self.__log_str)
self.log("bytes emitted: {}".format(logging_tools.get_size_str(emitted)))
self.send_pool_message("stop_logging", emitted)
def _stop_logging(self, p_name, p_pid, num_bytes, **kwargs):
self.__bytes_total += num_bytes
self.__processes_running -= 1
if self.__processes_running:
self.log("{} still logging".format(logging_tools.get_plural("process", self.__processes_running)))
else:
self.log("bytes emitted: {}".format(logging_tools.get_size_str(self.__bytes_total)))
self["exit_requested"] = True
def handle_local_sync_slave(self, srv_com):
# create send commands
_to_send, _num_files, _size_data = self._get_send_commands()
self.log("local sync, handling {} ({})".format(
logging_tools.get_plural("file", _num_files),
logging_tools.get_size_str(_size_data),
))
# and process them
for srv_com in _to_send:
self.struct.handle_direct_action(srv_com["*action"], srv_com)
def get_quota_str(uqs):
_info_f = []
if uqs.bytes_used > uqs.bytes_hard:
_info_f.append("hard quota violated")
elif uqs.bytes_used > uqs.bytes_soft:
_info_f.append("soft quota violated")
if uqs.bytes_gracetime:
# seconds
grace_time = uqs.bytes_gracetime
cur_time = int(time.time())
_info_f.append("grace time left is {}".format(logging_tools.get_diff_time_str(grace_time - cur_time)))
else:
pass
return " {}{} used ({} soft, {} hard)".format(
"{}; ".format(", ".join(_info_f)) if _info_f else "",
logging_tools.get_size_str(uqs.bytes_used, True, 1024, True),
logging_tools.get_size_str(uqs.bytes_soft, True, 1024, True),
logging_tools.get_size_str(uqs.bytes_hard, True, 1024, True),
)
def _check_single_peer(self, clients, vpn_device, inst_name, peer_name,
res_field):
ret_state = limits.mon_STATE_OK
p_ip = clients.get(peer_name, {}).get("client_ip", "")
p_ip_str = " at {}".format(p_ip) if p_ip else ""
if peer_name in clients and clients[peer_name].get("online", True):
peer_dict = clients[peer_name]
if "remote" in peer_dict:
remote_ip = peer_dict["remote"]
if p_ip:
# has p_ip, compare with remote_ip
if remote_ip == p_ip:
# same, ok
pass
else:
# differ, oh-oh
p_ip_str = "{} != {}".format(p_ip_str, remote_ip)
ret_state = max(ret_state, limits.mon_STATE_WARNING)
else:
# no p_ip, set p_ip_str according to
p_ip_str = " at {}".format(remote_ip)
if "rxs" in peer_dict:
res_field.append(
"{} (Srv on {}, client {}{} ok, {}/s {}/s) | rx={:d} tx={:d}"
.format(
inst_name,
vpn_device,
peer_name,
p_ip_str,
logging_tools.get_size_str(peer_dict["rxs"]),
logging_tools.get_size_str(peer_dict["txs"]),
int(peer_dict["rxs"]),
int(peer_dict["txs"]),
))
else:
res_field.append("{} (Srv on {}, client {}{} ok)".format(
inst_name, vpn_device, peer_name, p_ip_str))
else:
res_field.append("{} (Srv via {}, client {}{} not found)".format(
inst_name, vpn_device, peer_name, p_ip_str))
ret_state = max(ret_state, limits.mon_STATE_CRITICAL)
return ret_state
def get_core_info(self, package_idx, core_idx):
_pack = self.packages[package_idx]
_core = _pack["cores"][core_idx]
size_f = []
for _depth in sorted(_core.keys()):
_size = sum(sum(_core[_depth].values(), []))
size_f.append(
logging_tools.get_size_str(_size,
strip_spaces=True,
to_int=True)[:-1].replace(" ", ""))
return "{}_{}".format("".join(size_f), _pack["id"])
def _check_size(self, cur_img):
""" check size of target directory """
target_free_size = os.statvfs(self.__image_dir)[statvfs.F_BFREE] * os.statvfs(self.__image_dir)[statvfs.F_BSIZE]
orig_size = int(self._call(cur_img, "du -sb {}".format(cur_img.source)).split()[0])
self.log(
"size of image is {}, free space is {} (at {})".format(
logging_tools.get_size_str(orig_size),
logging_tools.get_size_str(target_free_size),
self.__image_dir,
)
)
cur_img.size = orig_size
# size_string is automatically set in pre_save handler
cur_img.save()
if orig_size * 1.2 > target_free_size:
raise ValueError(
"not enough free space ({}, image has {})".format(
logging_tools.get_size_str(target_free_size),
logging_tools.get_size_str(orig_size)
)
)
def _file_watch_content(self, *args, **kwargs):
srv_com = server_command.srv_command(source=args[0])
job_id = srv_com["*send_id"].split(":")[0]
file_name = srv_com["*name"]
# in case of empty file
content = srv_com["content"].text or ""
last_update = int(float(srv_com["*update"]))
self.log(
"got content for '{}' (job {}), len {:d} bytes, update_ts {:d}".
format(
file_name,
job_id,
len(content),
last_update,
))
if len(job_id) and job_id[0].isdigit():
# job_id is ok
try:
if file_name not in self.__job_content_dict.get(job_id, {}):
self.__job_content_dict.setdefault(
job_id, {})[file_name] = E.file_content(
name=file_name,
last_update="{:d}".format(int(last_update)),
cache_uuid="rms_fc_{}".format(uuid.uuid4()),
size="{:d}".format(len(content)),
)
# already present, replace file
_cur_struct = self.__job_content_dict[job_id][file_name]
# timeout: 5 hours
cache.set(_cur_struct.attrib["cache_uuid"], content, 5 * 3600)
except:
self.log(
"error settings content of file {}: {}".format(
file_name, process_tools.get_except_info()),
logging_tools.LOG_LEVEL_ERROR)
else:
tot_files = sum(
[len(value) for value in self.__job_content_dict.values()],
0)
tot_length = sum([
sum([
int(cur_el.attrib["size"])
for _name, cur_el in _dict.items()
], 0) for job_id, _dict in self.__job_content_dict.items()
])
self.log("cached: {:d} files, {} ({:d} bytes)".format(
tot_files, logging_tools.get_size_str(tot_length),
tot_length))
else:
self.log("job_id {} is suspicious, ignoring".format(job_id),
logging_tools.LOG_LEVEL_WARN)
def __init__(self, in_dict):
eonstor_object.__init__(self, "ld", in_dict, state_key=7)
self.name = "LD"
state_str, state_val = self.lu_dict[int(in_dict[6]) & 7]
if state_val == limits.mon_STATE_WARNING:
self.set_warn(state_str)
elif state_val == limits.mon_STATE_CRITICAL:
self.set_error(state_str)
if self.state & 1:
self.set_warn("rebuilding")
if self.state & 2:
self.set_warn("expanding")
if self.state & 4:
self.set_warn("adding drive(s)")
if self.state & 64:
self.set_warn("SCSI drives operation paused")
# opmode
op_mode = int(in_dict[5]) & 15
op_mode_str = {
0: "Single Drive",
1: "NON-RAID",
2: "RAID 0",
3: "RAID 1",
4: "RAID 3",
5: "RAID 4",
6: "RAID 5",
7: "RAID 6"
}.get(op_mode, "NOT DEFINED")
op_mode_extra_bits = int(in_dict[5]) - op_mode
if isinstance(in_dict[3], str) and in_dict[3].lower().startswith("0x"):
ld_size = int(in_dict[3][2:], 16) * 512
vers_str = "id %s" % (in_dict[2])
else:
ld_size = (2 ** int(in_dict[4])) * (int(in_dict[3]))
vers_str = "id %d" % (int(in_dict[2]))
drv_total, drv_online, drv_spare, drv_failed = (
int(in_dict[8]),
int(in_dict[9]),
int(in_dict[10]),
int(in_dict[11]),
)
if drv_failed:
self.set_error("%s failed" % (logging_tools.get_plural("drive", drv_failed)))
drv_info = "%d total, %d online%s" % (drv_total,
drv_online,
", %d spare" % (drv_spare) if drv_spare else "")
self.long_string = "%s (0x%x) %s, %s, %s" % (op_mode_str,
op_mode_extra_bits,
logging_tools.get_size_str(ld_size, divider=1000),
drv_info,
vers_str)
def handle_local_sync_slave(self, srv_com):
# copy config versions from srv_com (see handle_remote_sync_slave)
self.config_version_build = int(srv_com["*config_version_build"])
self.config_version_send = self.config_version_build
# create send commands
_to_send, _num_files, _size_data = self._get_send_commands(
json.loads(srv_com["*file_tuples"]))
self.log("local sync, handling {} ({})".format(
logging_tools.get_plural("file", _num_files),
logging_tools.get_size_str(_size_data),
))
# and process them
for srv_com in _to_send:
self.struct.handle_direct_action(srv_com["*action"], srv_com)
def salt_dict(self, in_dict: dict) -> dict:
if self.has_keys(in_dict, self.Meta.main_keys):
_v_dict = self.val_dict(in_dict, self.Meta.main_keys)
return {
"cmp_value":
100. * (_v_dict["avail.phys"] - _v_dict["free.phys"]) /
_v_dict["avail.phys"],
"display": {
_k.split(".")[0]: logging_tools.get_size_str(_v_dict[_k])
for _k in self.Meta.main_keys
}
}
else:
return self.dummy_parsed
def interpret(self, srv_com, cur_ns):
if "memcache_stats" in srv_com:
mc_stats = srv_com["*memcache_stats"]
ret_state = limits.mon_STATE_OK
out_f = []
for t_srv, cur_stats in mc_stats:
# pprint.pprint(mc_stats)
used_bytes, max_bytes = (
int(cur_stats["bytes"]),
int(cur_stats["limit_maxbytes"]),
)
cur_perc = used_bytes * 100. / max_bytes
out_f.append("{}: {} of {} used ({:.2f} %)".format(
t_srv.strip(),
logging_tools.get_size_str(used_bytes),
logging_tools.get_size_str(max_bytes),
cur_perc,
))
ret_state = max(
ret_state,
limits.check_ceiling(cur_perc, cur_ns.warn, cur_ns.crit))
return ret_state, ", ".join(out_f)
else:
return limits.mon_STATE_CRITICAL, "no stats found"
def salt_dict(self, in_dict: dict) -> dict:
if self.has_keys(in_dict, self.Meta.main_keys):
_v_dict = self.val_dict(in_dict, self.Meta.main_keys)
return {
"cmp_value": max(_v_dict.values()),
"display": {
_k: logging_tools.get_size_str(
_v_dict[_k],
per_second=True,
strip_spaces=True,
)
for _k in self.Meta.main_keys
}
}
else:
return self.dummy_parsed
def _interpret(self, f_dict, cur_ns):
ret_state = limits.mon_STATE_OK
file_stat = f_dict["stat"]
if isinstance(file_stat, dict):
file_size = file_stat["st_size"]
file_mtime = file_stat["st_mtime"]
else:
file_size = file_stat[stat.ST_SIZE]
file_mtime = file_stat[stat.ST_MTIME]
add_array = ["size %s" % (logging_tools.get_size_str(file_size))]
act_time = time.localtime()
act_time = (act_time.tm_wday + 1, act_time.tm_hour, act_time.tm_min)
act_time = act_time[2] + 60 * (act_time[1] + 24 * act_time[0])
in_exclude_range = False
if False and cur_ns.exclude_checkdate:
for s_time, e_time in cur_ns.exclude_checkdate:
if s_time:
s_time = s_time[2] + 60 * (s_time[1] + 24 * s_time[0])
if e_time:
e_time = e_time[2] + 60 * (e_time[1] + 24 * e_time[0])
if s_time and e_time:
if s_time <= act_time and act_time <= e_time:
in_exclude_range = True
if s_time:
if s_time <= act_time:
in_exclude_range = True
if e_time:
if act_time <= e_time:
in_exclude_range = True
if in_exclude_range:
add_array.append("in exclude_range")
else:
if cur_ns.mod_diff_time:
md_time = abs(file_mtime - f_dict["local_time"])
if md_time > cur_ns.mod_diff_time:
ret_state = max(ret_state, limits.mon_STATE_CRITICAL)
add_array.append("changed %s ago > %s" %
(logging_tools.get_diff_time_str(md_time),
logging_tools.get_diff_time_str(
cur_ns.mod_diff_time)))
else:
add_array.append("changed %s ago < %s" %
(logging_tools.get_diff_time_str(md_time),
logging_tools.get_diff_time_str(
cur_ns.mod_diff_time)))
return ret_state, "file %s %s" % (f_dict["file"], ", ".join(add_array))
def bg_send_to_server(self, conn_str, srv_uuid, srv_com, **kwargs):
_success = True
# only for local calls
local = kwargs.get("local", False)
if local:
self._execute_command(srv_com)
self.bg_notify_handle_result(srv_com)
else:
if conn_str not in self.__other_server_dict:
self.log("connecting to {} (uuid {})".format(
conn_str, srv_uuid))
self.__other_server_dict = srv_uuid
self.main_socket.connect(conn_str)
num_iters = 10
else:
num_iters = 1
_cur_iter = 0
while True:
_cur_iter += 1
try:
self.main_socket.send_unicode(
srv_uuid, zmq.SNDMORE) # @UndefinedVariable
self.main_socket.send_unicode(unicode(srv_com))
except:
self.log(
"cannot send to {} [{:d}/{:d}]: {}".format(
conn_str, _cur_iter, num_iters,
process_tools.get_except_info()),
logging_tools.LOG_LEVEL_CRITICAL)
_success = False
else:
_success = True
if _success:
self.log("send {} to {} [{:d}/{:d}]".format(
logging_tools.get_size_str(len(unicode(srv_com))),
conn_str,
_cur_iter,
num_iters,
))
break
else:
if _cur_iter < num_iters:
time.sleep(0.2)
else:
break
return _success
def stress_system():
from initat.tools import process_tools
# stress sge info
s_si = sge_tools.SGEInfo(
server="localhost",
default_pref=["server"],
never_direct=True,
run_initial_update=False,
log_command=log_com,
)
_iter = 0
while True:
if not _iter % 20:
print("iteration: {:3d}, memory usage: {}".format(
_iter,
logging_tools.get_size_str(process_tools.get_mem_info())))
s_si.update()
_iter += 1
if _iter == 1000:
break
sys.exit(0)
def _store_file(self, t_file, new_vers, content):
MON_TOP_DIR = global_config["MD_BASEDIR"]
if not t_file.startswith(MON_TOP_DIR):
self.log("refuse to operate outside '{}'".format(MON_TOP_DIR, ),
logging_tools.LOG_LEVEL_CRITICAL)
else:
renew, log_str, file_info = self._check_version(t_file, new_vers)
if renew:
t_dir = os.path.dirname(t_file)
if not os.path.exists(t_dir):
try:
os.makedirs(t_dir)
except:
self.log(
"error creating directory {}: {}".format(
t_dir, process_tools.get_except_info()),
logging_tools.LOG_LEVEL_ERROR)
else:
self.log("created directory {}".format(t_dir))
if os.path.exists(t_dir):
try:
codecs.open(t_file, "w", "utf-8").write(content)
# we no longer chown because we are not running as root
except:
self.log(
"error creating file {}: {}".format(
t_file, process_tools.get_except_info()),
logging_tools.LOG_LEVEL_ERROR)
file_info.log_error(process_tools.get_except_info())
else:
self.log("created {} [{}, {}]".format(
t_file,
logging_tools.get_size_str(len(content)).strip(),
log_str,
))
file_info.log_success()
else:
self.log("file {} not newer [{}]".format(t_file, log_str),
logging_tools.LOG_LEVEL_WARN)
def _update_xml(self):
self.name = self.dom_handle.name()
self.log("Instance name is '{}', ID is {}".format(
self.name, self.inst_id))
self.xml_desc = etree.fromstring(
self.dom_handle.XMLDesc(0)) # @UndefinedVariable
self.memory = int(
self.xml_desc.xpath(".//currentMemory",
smart_strings=False)[0].text) * 1024
self.vcpus = int(
self.xml_desc.xpath(".//vcpu", smart_strings=False)[0].text)
self.log("memory is {}, {}".format(
logging_tools.get_size_str(self.memory),
logging_tools.get_plural("CPU", self.vcpus)))
self.disk_dict, self.net_dict = ({}, {})
self.vnc_port = None
vnc_entry = self.xml_desc.xpath(".//graphics[@type='vnc']",
smart_strings=False)
if vnc_entry:
self.vnc_port = int(vnc_entry[0].attrib["port"]) - 5900
self.log("VNC port is {:d}".format(self.vnc_port))
else:
self.log("no VNC-port defined", logging_tools.LOG_LEVEL_WARN)
# print etree.tostring(self.xml_desc, pretty_print=True)
for disk_entry in self.xml_desc.findall(".//disk[@device='disk']"):
cur_disk_info = disk_info(disk_entry)
self.disk_dict[disk_entry.xpath(
".//target",
smart_strings=False)[0].attrib["dev"]] = cur_disk_info
self.log(cur_disk_info.get_info())
for net_entry in self.xml_desc.findall(".//interface[@type='bridge']"):
cur_net_info = net_info(net_entry)
self.net_dict[net_entry.xpath(
".//target",
smart_strings=False)[0].attrib["dev"]] = cur_net_info
self.log(cur_net_info.get_info())
self.base_info = base_stats()
