def option(self, opt, optarg, index):
""" Perform setup for an individual command line option """
if index == self.daemonize and opt == '':
self.daemonize = 1
return
if opt == 'K':
if not self.speclocal or not self.speclocal.startswith(";"):
self.speclocal = ";" + optarg
else:
self.speclocal = self.speclocal + ";" + optarg
elif opt == 'c':
self.config = optarg
elif opt == 'C':
self.check = 1
elif opt == 'F':
if os.path.exists(optarg):
sys.stderr.write("File %s already exists.\n" % optarg)
sys.exit(1)
self.outfile = optarg
elif opt == 'e':
if not self.derived or not self.derived.startswith(";"):
self.derived = ";" + optarg
else:
self.derived = self.derived + ";" + optarg
elif opt == 'H':
self.header = 0
elif opt == 'G':
self.globals = 0
elif opt == 'r':
self.type = 1
elif opt == 'R':
self.type_prefer = 1
elif opt == 'I':
self.ignore_incompat = 1
elif opt == 'i':
self.instances = self.instances + self.pmconfig.parse_instances(
optarg)
elif opt == 'v':
self.omit_flat = 1
elif opt == 'P':
self.precision = optarg
elif opt == '0':
self.precision_force = optarg
elif opt == 'f':
self.timefmt = optarg
elif opt == 'q':
self.count_scale = optarg
elif opt == 'b':
self.space_scale = optarg
elif opt == 'y':
self.time_scale = optarg
elif opt == 'Q':
self.count_scale_force = optarg
elif opt == 'B':
self.space_scale_force = optarg
elif opt == 'Y':
self.time_scale_force = optarg
else:
raise pmapi.pmUsageErr()
def connect(self):
""" Establish a PMAPI context """
context, self.source = pmapi.pmContext.set_connect_options(self.opts, self.source, self.speclocal)
self.pmfg = pmapi.fetchgroup(context, self.source)
self.pmfg_ts = self.pmfg.extend_timestamp()
self.context = self.pmfg.get_context()
if pmapi.c_api.pmSetContextOptions(self.context.ctx, self.opts.mode, self.opts.delta):
raise pmapi.pmUsageErr()
def connect(self):
""" Establish PMAPI context """
context, self.source = pmapi.pmContext.set_connect_options(self.opts, self.source, self.speclocal)
self.pmfg = pmapi.fetchgroup(context, self.source)
self.pmfg_ts = self.pmfg.extend_timestamp()
self.context = self.pmfg.get_context()
if pmapi.c_api.pmSetContextOptions(self.context.ctx, self.opts.mode, self.opts.delta):
raise pmapi.pmUsageErr()
def option(self, opt, optarg, index):
""" Perform setup for an individual command line option """
if index == self.daemonize and opt == '':
self.daemonize = 1
return
if opt == 'K':
if not self.speclocal or not self.speclocal.startswith("K:"):
self.speclocal = "K:" + optarg
else:
self.speclocal = self.speclocal + "|" + optarg
elif opt == 'c':
self.config = optarg
elif opt == 'C':
self.check = 1
elif opt == 'F':
if os.path.exists(optarg):
sys.stderr.write("File %s already exists.\n" % optarg)
sys.exit(1)
self.outfile = optarg
elif opt == 'e':
self.derived = optarg
elif opt == 'H':
self.header = 0
elif opt == 'G':
self.globals = 0
elif opt == 'r':
self.type = 1
elif opt == 'I':
self.ignore_incompat = 1
elif opt == 'i':
self.instances = self.instances + self.pmconfig.parse_instances(
optarg)
elif opt == 'v':
self.omit_flat = 1
elif opt == 'P':
try:
self.precision = int(optarg)
except:
sys.stderr.write(
"Error while parsing options: Integer expected.\n")
sys.exit(1)
elif opt == 'f':
self.timefmt = optarg
elif opt == 'q':
self.count_scale = optarg
elif opt == 'b':
self.space_scale = optarg
elif opt == 'y':
self.time_scale = optarg
elif opt == 'x':
self.extended = 1
elif opt == 'X':
self.everything = 1
else:
raise pmapi.pmUsageErr()
def openArchive(self, tz=None):
if self.args.verbose:
print("create new archive %s" % self.args.archive)
if self.args.archive is None:
raise pmapi.pmUsageErr()
# TODO create path to archive if necessary
self.pmi = pmi.pmiLogImport(self.args.archive)
if self.args.host is not None:
self.pmi.pmiSetHostname(self.args.host)
if self.args.zone is not None:
self.pmi.pmiSetTimezone(self.args.zone)
def option(self, opt, optarg, index):
# need only handle the non-common options
if opt == 'g':
self.elasticsearch_host = optarg
elif opt == 'u':
self.unitsstr = optarg
elif opt == 'm':
self.es_index = optarg
elif opt == 'i':
self.hostid = optarg
else:
raise pmapi.pmUsageErr()
def option(self, opt, optarg, index):
""" Perform setup for an individual command line option """
if index == self.daemonize and opt == '':
self.daemonize = 1
return
if opt == 'K':
if not self.speclocal or not self.speclocal.startswith("K:"):
self.speclocal = "K:" + optarg
else:
self.speclocal = self.speclocal + "|" + optarg
elif opt == 'c':
self.config = optarg
elif opt == 'C':
self.check = 1
elif opt == 'e':
self.derived = optarg
elif opt == 'H':
self.header = 0
elif opt == 'G':
self.globals = 0
elif opt == 'r':
self.type = 1
elif opt == 'I':
self.ignore_incompat = 1
elif opt == 'i':
self.instances = self.instances + self.pmconfig.parse_instances(
optarg)
elif opt == 'v':
self.omit_flat = 1
elif opt == 'P':
self.precision = int(optarg)
elif opt == 'q':
self.count_scale = optarg
elif opt == 'b':
self.space_scale = optarg
elif opt == 'y':
self.time_scale = optarg
elif opt == 'g':
self.graphite_host = optarg
elif opt == 'p':
self.graphite_port = int(optarg)
self.pickle = 1
elif opt == 'X':
self.pickle_protocol = int(optarg)
self.pickle = 1
elif opt == 'E':
self.graphite_port = int(optarg)
self.pickle = 0
elif opt == 'x':
self.prefix = optarg
else:
raise pmapi.pmUsageErr()
def option(self, opt, optarg, index): # need only handle the non-common options
if opt == "g":
self.graphite_host = optarg
elif opt == "p":
self.graphite_port = int(optarg if optarg else "2004")
self.pickle = True
elif opt == "P":
self.graphite_port = int(optarg if optarg else "2003")
self.pickle = False
elif opt == "u":
self.unitsstr = optarg
elif opt == "m":
self.prefix = optarg
else:
raise pmapi.pmUsageErr()
def option(self, opt, optarg, index): # need only handle the non-common options
if (opt == 'g'):
self.graphite_host = optarg
elif (opt == 'p'):
self.graphite_port = int(optarg if optarg else "2004")
self.pickle = True
elif (opt == 'P'):
self.graphite_port = int(optarg if optarg else "2003")
self.pickle = False
elif (opt == 'u'):
self.unitsstr = optarg
elif (opt == 'm'):
self.prefix = optarg
else:
raise pmapi.pmUsageErr()
def option(self, opt, optarg, index):
# need only handle the non-common options
if opt == 'i':
self.influxdb_address = optarg
elif opt == 'u':
self.unitsstr = optarg
elif opt == 'd':
self.database = optarg
elif opt == 'U':
self.influxdb_user = optarg
elif opt == 'P':
self.influxdb_pass = optarg
elif opt == 'I':
self.influxdb_tags = optarg
else:
raise pmapi.pmUsageErr()
def connect(self):
""" Establish a PMAPI context """
context, self.source = pmapi.pmContext.set_connect_options(self.opts, self.source, self.speclocal)
if context == PM_CONTEXT_HOST:
try:
self.pmfg = pmapi.fetchgroup(context, self.source)
except pmapi.pmErr:
context = PM_CONTEXT_LOCAL
if self.pmfg == None:
self.pmfg = pmapi.fetchgroup(context, self.source)
self.pmfg_ts = self.pmfg.extend_timestamp()
self.context = self.pmfg.get_context()
if pmapi.c_api.pmSetContextOptions(self.context.ctx, self.opts.mode, self.opts.delta):
raise pmapi.pmUsageErr()
def option(self, opt, optarg, index):
# need only handle the non-common options
if opt == 'i':
self.influxdb_address = optarg
elif opt == 'u':
self.unitsstr = optarg
elif opt == 'd':
self.database = optarg
elif opt == 'U':
self.influxdb_user = optarg
elif opt == 'P':
self.influxdb_pass = optarg
elif opt == 'I':
self.influxdb_tags = optarg
else:
raise pmapi.pmUsageErr()
def option(self, opt, optarg, index):
# need only handle the non-common options
if opt == 'g':
self.graphite_host = optarg
elif opt == 'p':
self.graphite_port = int(optarg if optarg else "2004")
self.pickle = True
elif opt == 'r':
self.pickle_protocol = int(optarg if optarg else "0")
elif opt == 'P':
self.graphite_port = int(optarg if optarg else "2003")
self.pickle = False
elif opt == 'u':
self.unitsstr = optarg
elif opt == 'm':
self.prefix = optarg
else:
raise pmapi.pmUsageErr()
def option(self, opt, optarg, index):
""" Perform setup for an individual command line option """
if index == self.daemonize and opt == '':
self.daemonize = 1
return
if opt == 'K':
if not self.speclocal or not self.speclocal.startswith(";"):
self.speclocal = ";" + optarg
else:
self.speclocal = self.speclocal + ";" + optarg
elif opt == 'c':
self.config = optarg
elif opt == 'C':
self.check = 1
elif opt == 'o':
self.output = optarg
elif opt == 'F':
if os.path.exists(optarg + ".index"):
sys.stderr.write("Archive %s already exists.\n" % optarg)
sys.exit(1)
if os.path.exists(optarg):
kind = "File" if os.path.isfile(optarg) else "Directory"
sys.stderr.write("%s %s already exists.\n" % (kind, optarg))
sys.exit(1)
self.outfile = optarg
elif opt == 'e':
if not self.derived or not self.derived.startswith(";"):
self.derived = ";" + optarg
else:
self.derived = self.derived + ";" + optarg
elif opt == 'H':
self.header = 0
elif opt == 'U':
self.unitinfo = 0
elif opt == 'G':
self.globals = 0
elif opt == 'p':
self.timestamp = 1
elif opt == 'd':
self.delay = 1
elif opt == 'r':
self.type = 1
elif opt == 'R':
self.type_prefer = 1
elif opt == 'I':
self.ignore_incompat = 1
elif opt == 'i':
self.instances = self.instances + self.pmconfig.parse_instances(
optarg)
elif opt == 'j':
self.live_filter = 1
elif opt == 'J':
self.rank = optarg
elif opt == 'n':
self.invert_filter = 1
elif opt == 'N':
self.predicate = optarg
elif opt == 'v':
self.omit_flat = 1
elif opt == 'X':
self.colxrow = optarg
elif opt == 'w':
self.width = optarg
elif opt == 'W':
self.width_force = optarg
elif opt == 'P':
self.precision = optarg
elif opt == '0':
self.precision_force = optarg
elif opt == 'l':
self.delimiter = optarg
elif opt == 'k':
self.extcsv = 1
elif opt == 'x':
self.extheader = 1
elif opt == 'E':
self.repeat_header = optarg
elif opt == 'g':
self.separate_header = 1
elif opt == 'f':
self.timefmt = optarg
elif opt == 'u':
self.interpol = 0
elif opt == 'q':
self.count_scale = optarg
elif opt == 'b':
self.space_scale = optarg
elif opt == 'y':
self.time_scale = optarg
elif opt == 'Q':
self.count_scale_force = optarg
elif opt == 'B':
self.space_scale_force = optarg
elif opt == 'Y':
self.time_scale_force = optarg
else:
raise pmapi.pmUsageErr()
def option(self, opt, optarg, _index):
""" Perform setup for individual command line option """
if opt == 'daemonize':
self.daemonize = 1
elif opt == 'K':
if not self.speclocal or not self.speclocal.startswith(";"):
self.speclocal = ";" + optarg
else:
self.speclocal = self.speclocal + ";" + optarg
elif opt == 'c':
self.config = optarg
elif opt == 'C':
self.check = 1
elif opt == 'e':
if not self.derived or not self.derived.startswith(";"):
self.derived = ";" + optarg
else:
self.derived = self.derived + ";" + optarg
elif opt == 'H':
self.header = 0
elif opt == 'G':
self.globals = 0
elif opt == 'r':
self.type = 1
elif opt == 'R':
self.type_prefer = 1
elif opt == 'I':
self.ignore_incompat = 1
elif opt == '5':
self.ignore_unknown = 1
elif opt == '4':
if optarg == 'ignore':
self.names_change = 0
elif optarg == 'abort':
self.names_change = 1
elif optarg == 'update':
self.names_change = 2
else:
sys.stderr.write("Unknown names-change action '%s' specified.\n" % optarg)
sys.exit(1)
elif opt == 'i':
self.instances = self.instances + self.pmconfig.parse_instances(optarg)
elif opt == 'j':
self.live_filter = 1
elif opt == 'J':
self.rank = optarg
elif opt == '8':
self.limit_filter = optarg
elif opt == '9':
self.limit_filter_force = optarg
elif opt == 'n':
self.invert_filter = 1
elif opt == 'N':
self.predicate = optarg
elif opt == 'v':
self.omit_flat = 1
elif opt == 'P':
self.precision = optarg
elif opt == '0':
self.precision_force = optarg
elif opt == 'q':
self.count_scale = optarg
elif opt == 'Q':
self.count_scale_force = optarg
elif opt == 'b':
self.space_scale = optarg
elif opt == 'B':
self.space_scale_force = optarg
elif opt == 'y':
self.time_scale = optarg
elif opt == 'Y':
self.time_scale_force = optarg
elif opt == 'g':
self.graphite_host = optarg
elif opt == 'p':
self.graphite_port = int(optarg)
self.pickle = 1
elif opt == 'X':
self.pickle_protocol = int(optarg)
self.pickle = 1
elif opt == 'E':
self.graphite_port = int(optarg)
self.pickle = 0
elif opt == 'x':
self.prefix = optarg
else:
raise pmapi.pmUsageErr()
def __init__(self):
""" Construct object, parse command line """
self.context = None
self.socket = None
self.sample_count = 0
self.opts = pmapi.pmOptions()
self.opts.pmSetShortOptions("a:O:s:T:g:p:P:r:u:m:t:h:t:D:LV?")
self.opts.pmSetShortUsage("[options] metricname ...")
self.opts.pmSetOptionCallback(self.option)
self.opts.pmSetOverrideCallback(self.option_override)
self.opts.pmSetLongOptionText("""
Description: Periodically, relay raw values of all instances of a
given hierarchies of PCP metrics to a graphite/carbon server on the
network.""")
self.opts.pmSetLongOptionHeader("Options")
self.opts.pmSetLongOptionVersion() # -V
self.opts.pmSetLongOptionArchive() # -a FILE
self.opts.pmSetLongOptionOrigin() # -O TIME
self.opts.pmSetLongOptionSamples() # -s NUMBER
self.opts.pmSetLongOptionFinish() # -T NUMBER
self.opts.pmSetLongOptionDebug() # -D stuff
self.opts.pmSetLongOptionHost() # -h HOST
self.opts.pmSetLongOptionLocalPMDA() # -L
self.opts.pmSetLongOptionInterval() # -t NUMBER
self.opts.pmSetLongOption("graphite-host", 1, 'g', '',
"graphite server host " +
"(default \"localhost\")")
self.opts.pmSetLongOption("pickled-port", 1, 'p', '',
"graphite pickled port (default 2004)")
self.opts.pmSetLongOption("text-port", 1, 'P', '',
"graphite plaintext port (usually 2003)")
self.opts.pmSetLongOption("units", 1, 'u', '',
"rescale units " +
"(e.g. \"MB\", will omit incompatible units)")
self.opts.pmSetLongOption("prefix", 1, 'm', '',
"prefix for metric names (default \"pcp.\")")
self.opts.pmSetLongOption("pickle-protocol", 1, 'r', 'PROTOCOL',
"graphite pickle protocol (default 0)")
self.opts.pmSetLongOptionHelp()
self.graphite_host = "localhost"
self.graphite_port = 2004
self.pickle = True
self.pickle_protocol = 0
self.prefix = "pcp."
self.unitsstr = None
self.units = None # pass verbatim by default
self.units_mult = None # pass verbatim by default
# now actually parse
self.context = pmapi.pmContext.fromOptions(self.opts, sys.argv)
self.interval = self.opts.pmGetOptionInterval() or pmapi.timeval(60, 0)
if self.unitsstr is not None:
units = self.context.pmParseUnitsStr(self.unitsstr)
(self.units, self.units_mult) = units
self.metrics = []
self.pmids = []
self.descs = []
metrics = self.opts.pmGetNonOptionsFromList(sys.argv)
if metrics:
for m in metrics:
try:
self.context.pmTraversePMNS(m, self.handle_candidate_metric)
except pmapi.pmErr as error:
sys.stderr.write("Excluding metric %s (%s)\n" %
(m, str(error)))
sys.stderr.flush()
if len(self.metrics) == 0:
sys.stderr.write("No acceptable metrics specified.\n")
raise pmapi.pmUsageErr()
# Report what we're about to do
print("Relaying %d %smetric(s) with prefix %s from %s "
"in %s mode to %s:%d every %f s" %
(len(self.metrics),
"rescaled " if self.units else "",
self.prefix,
self.describe_source(),
"pickled" if self.pickle else "text",
self.graphite_host, self.graphite_port,
self.interval))
sys.stdout.flush()
def prepare_metrics(self):
""" Construct and prepare metricset """
metrics = self.util.opts.pmGetOperands()
if not metrics:
sys.stderr.write("No metrics specified.\n")
raise pmapi.pmUsageErr()
# Read config
# Python < 3.2 compat
if sys.version_info[0] >= 3 and sys.version_info[1] >= 2:
config = ConfigParser.ConfigParser()
else:
config = ConfigParser.SafeConfigParser()
config.optionxform = str
if self.util.config:
try:
config.read(self.util.config)
except ConfigParser.Error as error:
sys.stderr.write(
"Failed to read configuration file '%s', line %d:\n%s\n" %
(self.util.config, error.lineno, str(
error.message).split("\n")[0])) # pylint: disable=no-member
sys.exit(1)
# First read global metrics (if not disabled already)
globmet = OrderedDict()
if self.util.globals == 1:
if config.has_section('global'):
parsemet = OrderedDict()
for key in config.options('global'):
if key in self.util.keys:
sys.stderr.write(
"No options allowed in [global] section.\n")
sys.exit(1)
self.parse_metric_info(parsemet, key,
config.get('global', key))
for metric in parsemet:
name = parsemet[metric][:1][0]
globmet[name] = parsemet[metric][1:]
# Add command line and configuration file metricsets
tempmet = OrderedDict()
for metric in metrics:
if metric.startswith(":"):
tempmet[metric[1:]] = None
else:
spec, insts = self.parse_metric_spec_instances(metric)
m = spec.split(",")
m[2] = insts
tempmet[m[0]] = m[1:]
# Get config and set details for configuration file metricsets
confmet = OrderedDict()
for spec in tempmet:
if tempmet[spec] is None:
if config.has_section(spec):
parsemet = OrderedDict()
for key in config.options(spec):
if key not in self.util.keys:
self.parse_metric_info(parsemet, key,
config.get(spec, key))
for metric in parsemet:
name = parsemet[metric][:1][0]
confmet[name] = parsemet[metric][1:]
tempmet[spec] = confmet
else:
raise IOError("Metricset definition '%s' not found." %
metric)
# Create combined metricset
if self.util.globals == 1:
for metric in globmet:
self.util.metrics[metric] = globmet[metric]
for metric in tempmet:
if isinstance(tempmet[metric], list):
self.util.metrics[metric] = tempmet[metric]
else:
if tempmet[metric]:
for m in tempmet[metric]:
self.util.metrics[m] = confmet[m]
if not self.util.metrics:
raise IOError("No metrics specified.")
self._conf_metrics = deepcopy(self.util.metrics)
def read_cmd_line(self):
""" Read command line options """
pmapi.c_api.pmSetOptionFlags(pmapi.c_api.PM_OPTFLAG_DONE)
if pmapi.c_api.pmGetOptionsFromList(sys.argv):
raise pmapi.pmUsageErr()
return pmapi.c_api.pmGetOperands()
def option(self, opt, optarg, _index):
""" Perform setup for individual command line option """
if opt == 'daemonize':
self.daemonize = 1
elif opt == 'K':
if not self.speclocal or not self.speclocal.startswith(";"):
self.speclocal = ";" + optarg
else:
self.speclocal = self.speclocal + ";" + optarg
elif opt == 'c':
self.config = optarg
elif opt == 'C':
self.check = 1
elif opt == 'F':
if os.path.exists(optarg):
sys.stderr.write("File %s already exists.\n" % optarg)
sys.exit(1)
self.outfile = optarg
elif opt == 'e':
if not self.derived or not self.derived.startswith(";"):
self.derived = ";" + optarg
else:
self.derived = self.derived + ";" + optarg
elif opt == 'H':
self.header = 0
elif opt == 'G':
self.globals = 0
elif opt == 'r':
self.type = 1
elif opt == 'R':
self.type_prefer = 1
elif opt == 'I':
self.ignore_incompat = 1
elif opt == '5':
self.ignore_unknown = 1
elif opt == '4':
if optarg == 'ignore':
self.names_change = 0
elif optarg == 'abort':
self.names_change = 1
else:
sys.stderr.write("Unknown names-change action '%s' specified.\n" % optarg)
sys.exit(1)
elif opt == 'i':
self.instances = self.instances + self.pmconfig.parse_instances(optarg)
elif opt == 'v':
self.omit_flat = 1
elif opt == 'P':
self.precision = optarg
elif opt == '0':
self.precision_force = optarg
elif opt == 'f':
self.timefmt = optarg
elif opt == 'q':
self.count_scale = optarg
elif opt == 'Q':
self.count_scale_force = optarg
elif opt == 'b':
self.space_scale = optarg
elif opt == 'B':
self.space_scale_force = optarg
elif opt == 'y':
self.time_scale = optarg
elif opt == 'Y':
self.time_scale_force = optarg
else:
raise pmapi.pmUsageErr()
def __init__(self):
""" Construct object, parse command line """
self.context = None
self.database = 'pcp'
self.influxdb_tags = ''
self.influxdb_address = 'http://127.0.0.1:8086'
self.influxdb_user = None
self.influxdb_pass = None
self.sample_count = 0
self.unitsstr = None
self.units = None
self.units_mult = None
# option setup
self.opts = pmapi.pmOptions()
self.opts.pmSetShortOptions("a:O:s:T:g:p:P:r:m:t:u:h:t:D:LV?")
self.opts.pmSetShortUsage("[options] metricname ...")
self.opts.pmSetLongOptionText("""
Description: Periodically, relay raw values of all instances of a
given hierarchies of PCP metrics to an InfluxDB server on the network.""")
self.opts.pmSetLongOptionHeader("Options")
self.opts.pmSetOptionCallback(self.option)
# common options
self.opts.pmSetLongOptionVersion()
self.opts.pmSetLongOptionArchive()
self.opts.pmSetLongOptionOrigin()
self.opts.pmSetLongOptionSamples()
self.opts.pmSetLongOptionFinish()
self.opts.pmSetLongOptionDebug()
self.opts.pmSetLongOptionHost()
self.opts.pmSetLongOptionLocalPMDA()
self.opts.pmSetLongOptionInterval()
# custom options
self.opts.pmSetLongOption(
"influxdb-address", 1, 'i', '', "InfluxDB HTTP/HTTPS address " +
"(default \"" + self.influxdb_address + "\")")
self.opts.pmSetLongOption(
"units", 1, 'u', '',
"rescale units " + "(e.g. \"MB\", will omit incompatible units)")
self.opts.pmSetLongOption("database", 1, 'd', '',
"database for metric (default \"pcp\")")
self.opts.pmSetLongOption("db-user", 1, 'U', '',
"username for InfluxDB database")
self.opts.pmSetLongOption("db-password", 1, 'P', '',
"password for InfluxDB database")
self.opts.pmSetLongOption("tag-string", 1, 'I', '',
"string of tags to add to the metrics")
self.opts.pmSetLongOptionHelp()
# parse options
self.context = pmapi.pmContext.fromOptions(self.opts, sys.argv)
self.interval = self.opts.pmGetOptionInterval() or pmapi.timeval(60, 0)
if self.unitsstr is not None:
units = self.context.pmParseUnitsStr(self.unitsstr)
(self.units, self.units_mult) = units
self.metrics = []
self.pmids = []
self.descs = []
metrics = self.opts.pmGetNonOptionsFromList(sys.argv)
if metrics:
for m in metrics:
try:
self.context.pmTraversePMNS(m,
self.handle_candidate_metric)
except pmapi.pmErr as error:
sys.stderr.write("Excluding metric %s (%s)\n" %
(m, str(error)))
sys.stderr.flush()
if len(self.metrics) == 0:
sys.stderr.write("No acceptable metrics specified.\n")
raise pmapi.pmUsageErr()
# Report what we're about to do
print("Relaying %d %smetric(s) to database %s with tags %s from %s "
"to %s every %f s" %
(len(self.metrics), "rescaled " if self.units else "",
self.database, self.influxdb_tags, self.describe_source(),
self.influxdb_address, self.interval))
sys.stdout.flush()
def __init__(self):
""" Construct object, parse command line """
self.context = None
self.opts = pmapi.pmOptions()
self.opts.pmSetShortOptions("g:p:P:u:m:t:h:Lt:D:V?") # must include common options
self.opts.pmSetShortUsage("[options] metricname ...")
self.opts.pmSetOptionCallback(self.option)
self.opts.pmSetOverrideCallback(self.option_override)
# hack to include some explanatory text
self.opts.pmSetLongOptionHeader("""
Description: Periodically, relay raw values of all instances of a
given hierarchies of PCP metrics to a graphite/carbon server on the
network.
Options""")
self.opts.pmSetLongOptionVersion() # -V
# self.opts.pmSetLongOptionArchive() # -a FILE -- not supported yet; need -S/etc. controls
self.opts.pmSetLongOptionDebug() # -D stuff
self.opts.pmSetLongOptionHost() # -h HOST
# self.opts.pmSetLongOptionLocalPMDA() # -L
self.opts.pmSetLongOptionInterval() # -t NUMBER
self.opts.pmSetLongOption("graphite-host", 1, 'g', '', "graphite server host (default \"localhost\")")
self.opts.pmSetLongOption("pickled-port", 1, 'p', '', "graphite pickled port (default 2004)")
self.opts.pmSetLongOption("text-port", 1, 'P', '', "graphite plaintext port (usually 2003)")
self.opts.pmSetLongOption("units", 1, 'u', '', "rescale all metric units (e.g., \"mbytes/5 sec\")")
self.opts.pmSetLongOption("prefix", 1, 'm', '', "prefix for metric names (default \"pcp.\")")
self.opts.pmSetLongOptionHelp()
self.graphite_host = "localhost"
self.graphite_port = 2004
self.pickle = True
self.prefix = "pcp."
self.unitsstr = None
self.units = None # pass verbatim by default
self.units_mult = None # pass verbatim by default
# now actually parse
self.context = pmapi.pmContext.fromOptions(self.opts, sys.argv)
self.interval = self.opts.pmGetOptionInterval() or pmapi.timeval(60,0)
if self.unitsstr is not None:
(self.units, self.units_mult) = self.context.pmParseUnitsStr(self.unitsstr)
self.metrics = []
self.pmids = []
self.descs = []
metrics = self.opts.pmNonOptionsFromList(sys.argv)
if metrics:
for m in metrics:
try:
self.context.pmTraversePMNS(m, self.handle_candidate_metric)
except pmapi.pmErr as error:
sys.stderr.write("Excluding metric %s (%s)\n" % (m, str(error)))
sys.stderr.flush()
if len(self.metrics) == 0:
sys.stderr.write("No acceptable metrics specified.\n")
raise pmapi.pmUsageErr()
# Report what we're about to do
print("Relaying %d %smetric(s) with prefix %s "
"in %s mode to %s:%d every %f s" % (
len(self.metrics),
"rescaled " if self.units else "",
self.prefix,
"pickled" if self.pickle else "text",
self.graphite_host, self.graphite_port,
self.interval))
sys.stdout.flush()
def __init__(self):
""" Construct object, parse command line """
self.context = None
self.database = 'pcp'
self.influxdb_tags = ''
self.influxdb_address = 'http://127.0.0.1:8086'
self.influxdb_user = None
self.influxdb_pass = None
self.sample_count = 0
self.unitsstr = None
self.units = None
self.units_mult = None
# option setup
self.opts = pmapi.pmOptions()
self.opts.pmSetShortOptions("a:O:s:T:g:p:P:r:m:t:u:h:t:D:LV?")
self.opts.pmSetShortUsage("[options] metricname ...")
self.opts.pmSetLongOptionText("""
Description: Periodically, relay raw values of all instances of a
given hierarchies of PCP metrics to an InfluxDB server on the network.""")
self.opts.pmSetLongOptionHeader("Options")
self.opts.pmSetOptionCallback(self.option)
# common options
self.opts.pmSetLongOptionVersion()
self.opts.pmSetLongOptionArchive()
self.opts.pmSetLongOptionOrigin()
self.opts.pmSetLongOptionSamples()
self.opts.pmSetLongOptionFinish()
self.opts.pmSetLongOptionDebug()
self.opts.pmSetLongOptionHost()
self.opts.pmSetLongOptionLocalPMDA()
self.opts.pmSetLongOptionInterval()
# custom options
self.opts.pmSetLongOption("influxdb-address", 1, 'i', '',
"InfluxDB HTTP/HTTPS address " +
"(default \"" + self.influxdb_address +
"\")")
self.opts.pmSetLongOption("units", 1, 'u', '',
"rescale units " +
"(e.g. \"MB\", will omit incompatible units)")
self.opts.pmSetLongOption("database", 1, 'd', '',
"database for metric (default \"pcp\")")
self.opts.pmSetLongOption("db-user", 1, 'U', '',
"username for InfluxDB database")
self.opts.pmSetLongOption("db-password", 1, 'P', '',
"password for InfluxDB database")
self.opts.pmSetLongOption("tag-string", 1, 'I', '',
"string of tags to add to the metrics")
self.opts.pmSetLongOptionHelp()
# parse options
self.context = pmapi.pmContext.fromOptions(self.opts, sys.argv)
self.interval = self.opts.pmGetOptionInterval() or pmapi.timeval(60, 0)
if self.unitsstr is not None:
units = self.context.pmParseUnitsStr(self.unitsstr)
(self.units, self.units_mult) = units
self.metrics = []
self.pmids = []
self.descs = []
metrics = self.opts.pmGetNonOptionsFromList(sys.argv)
if metrics:
for m in metrics:
try:
self.context.pmTraversePMNS(m,
self.handle_candidate_metric)
except pmapi.pmErr as error:
sys.stderr.write("Excluding metric %s (%s)\n" %
(m, str(error)))
sys.stderr.flush()
if len(self.metrics) == 0:
sys.stderr.write("No acceptable metrics specified.\n")
raise pmapi.pmUsageErr()
# Report what we're about to do
print("Relaying %d %smetric(s) to database %s with tags %s from %s "
"to %s every %f s" %
(len(self.metrics),
"rescaled " if self.units else "",
self.database,
self.influxdb_tags,
self.describe_source(),
self.influxdb_address,
self.interval))
sys.stdout.flush()
def option(self, opt, optarg, index):
""" Perform setup for an individual command line option """
if opt in ['c']:
self.plugins.append('cpu')
elif opt in ['C']:
self.cpulist = arg.split(',')
elif opt in ['d']:
self.plugins.append('disk')
elif opt in ['D']:
self.disklist = arg.split(',')
elif opt in ['--filesystem']:
self.plugins.append('fs')
elif opt in ['g']:
self.plugins.append('page')
elif opt in ['i']:
self.plugins.append('int')
elif opt in ['I']:
self.intlist = arg.split(',')
elif opt in ['l']:
self.plugins.append('load')
elif opt in ['m']:
self.plugins.append('mem')
elif opt in ['n']:
self.plugins.append('net')
elif opt in ['N']:
self.netlist = arg.split(',')
elif opt in ['p']:
self.plugins.append('proc')
elif opt in ['r']:
self.plugins.append('io')
elif opt in ['s']:
self.plugins.append('swap')
elif opt in ['S']:
self.swaplist = arg.split(',')
elif opt in ['t']:
self.plugins.append('time')
elif opt in ['T']:
self.plugins.append('epoch')
elif opt in ['y']:
self.plugins.append('sys')
elif opt in ['a', 'all']:
self.plugins += [ 'cpu', 'disk', 'net', 'page', 'sys' ]
elif opt in ['v', 'vmstat']:
self.plugins += [ 'proc', 'mem', 'page', 'disk', 'sys', 'cpu' ]
elif opt in ['f', 'full']:
self.full = True
elif opt in ['all-plugins']:
self.plugins += self.allplugins
elif opt in ['bits']:
self.bits = True
elif opt in ['bw', 'black-on-white', 'blackonwhite']:
self.blackonwhite = True
elif opt in ['color']:
self.color = True
self.update = True
elif opt in ['debug']:
self.debug = self.debug + 1
elif opt in ['float']:
self.float = True
elif opt in ['integer']:
self.integer = True
elif opt in ['list']:
self.show_plugins()
sys.exit(0)
elif opt in ['nocolor']:
self.color = False
elif opt in ['noheaders']:
self.header = False
elif opt in ['noupdate']:
self.update = False
elif opt in ['o', 'output']:
self.output = arg
elif opt in ['pidfile']:
self.pidfile = arg
elif opt in ['profile']:
self.profile = 'dstat_profile.log'
elif opt in ['h']:
self.usage()
elif opt in ['V', 'version']:
self.show_version()
self.show_plugins()
sys.exit(0)
elif opt != '':
self.plugins.append(opt)
else:
raise pmapi.pmUsageErr()
def __init__(self):
""" Construct object, parse command line """
self.context = None
self.socket = None
self.sample_count = 0
self.opts = pmapi.pmOptions()
self.opts.pmSetShortOptions("a:O:s:T:g:p:P:r:u:m:t:h:t:D:LV?")
self.opts.pmSetShortUsage("[options] metricname ...")
self.opts.pmSetOptionCallback(self.option)
self.opts.pmSetOverrideCallback(self.option_override)
self.opts.pmSetLongOptionText("""
Description: Periodically, relay raw values of all instances of a
given hierarchies of PCP metrics to a graphite/carbon server on the
network.""")
self.opts.pmSetLongOptionHeader("Options")
self.opts.pmSetLongOptionVersion() # -V
self.opts.pmSetLongOptionArchive() # -a FILE
self.opts.pmSetLongOptionOrigin() # -O TIME
self.opts.pmSetLongOptionSamples() # -s NUMBER
self.opts.pmSetLongOptionFinish() # -T NUMBER
self.opts.pmSetLongOptionDebug() # -D stuff
self.opts.pmSetLongOptionHost() # -h HOST
self.opts.pmSetLongOptionLocalPMDA() # -L
self.opts.pmSetLongOptionInterval() # -t NUMBER
self.opts.pmSetLongOption(
"graphite-host", 1, 'g', '',
"graphite server host " + "(default \"localhost\")")
self.opts.pmSetLongOption("pickled-port", 1, 'p', '',
"graphite pickled port (default 2004)")
self.opts.pmSetLongOption("text-port", 1, 'P', '',
"graphite plaintext port (usually 2003)")
self.opts.pmSetLongOption(
"units", 1, 'u', '',
"rescale units " + "(e.g. \"MB\", will omit incompatible units)")
self.opts.pmSetLongOption(
"prefix", 1, 'm', '', "prefix for metric names (default \"pcp.\")")
self.opts.pmSetLongOption("pickle-protocol", 1, 'r', 'PROTOCOL',
"graphite pickle protocol (default 0)")
self.opts.pmSetLongOptionHelp()
self.graphite_host = "localhost"
self.graphite_port = 2004
self.pickle = True
self.pickle_protocol = 0
self.prefix = "pcp."
self.unitsstr = None
self.units = None # pass verbatim by default
self.units_mult = None # pass verbatim by default
# now actually parse
self.context = pmapi.pmContext.fromOptions(self.opts, sys.argv)
self.interval = self.opts.pmGetOptionInterval() or pmapi.timeval(60, 0)
if self.unitsstr is not None:
units = self.context.pmParseUnitsStr(self.unitsstr)
(self.units, self.units_mult) = units
self.metrics = []
self.pmids = []
self.descs = []
metrics = self.opts.pmGetNonOptionsFromList(sys.argv)
if metrics:
for m in metrics:
try:
self.context.pmTraversePMNS(m,
self.handle_candidate_metric)
except pmapi.pmErr as error:
sys.stderr.write("Excluding metric %s (%s)\n" %
(m, str(error)))
sys.stderr.flush()
if len(self.metrics) == 0:
sys.stderr.write("No acceptable metrics specified.\n")
raise pmapi.pmUsageErr()
# Report what we're about to do
print(
"Relaying %d %smetric(s) with prefix %s from %s "
"in %s mode to %s:%d every %f s" %
(len(self.metrics), "rescaled " if self.units else "", self.prefix,
self.describe_source(), "pickled" if self.pickle else "text",
self.graphite_host, self.graphite_port, self.interval))
sys.stdout.flush()
def option(self, opt, optarg, index):
""" Perform setup for an individual command line option """
if index == self.daemonize and opt == '':
self.daemonize = 1
return
if opt == 'K':
if not self.speclocal or not self.speclocal.startswith("K:"):
self.speclocal = "K:" + optarg
else:
self.speclocal = self.speclocal + "|" + optarg
elif opt == 'c':
self.config = optarg
elif opt == 'C':
self.check = 1
elif opt == 'o':
if optarg == OUTPUT_ARCHIVE:
self.output = OUTPUT_ARCHIVE
elif optarg == OUTPUT_CSV:
self.output = OUTPUT_CSV
elif optarg == OUTPUT_STDOUT:
self.output = OUTPUT_STDOUT
else:
sys.stderr.write("Invalid output target %s specified.\n" %
optarg)
sys.exit(1)
elif opt == 'F':
if os.path.exists(optarg + ".index"):
sys.stderr.write("Archive %s already exists.\n" % optarg)
sys.exit(1)
if os.path.exists(optarg):
sys.stderr.write("File %s already exists.\n" % optarg)
sys.exit(1)
self.outfile = optarg
elif opt == 'e':
self.derived = optarg
elif opt == 'H':
self.header = 0
elif opt == 'U':
self.unitinfo = 0
elif opt == 'G':
self.globals = 0
elif opt == 'p':
self.timestamp = 1
elif opt == 'd':
self.delay = 1
elif opt == 'r':
self.type = 1
elif opt == 'I':
self.ignore_incompat = 1
elif opt == 'i':
self.instances = self.instances + self.pmconfig.parse_instances(
optarg)
elif opt == 'v':
self.omit_flat = 1
elif opt == 'X':
self.colxrow = optarg
elif opt == 'w':
try:
self.width = int(optarg)
except:
sys.stderr.write(
"Error while parsing options: Integer expected.\n")
sys.exit(1)
elif opt == 'P':
try:
self.precision = int(optarg)
except:
sys.stderr.write(
"Error while parsing options: Integer expected.\n")
sys.exit(1)
elif opt == 'l':
self.delimiter = optarg
elif opt == 'k':
self.extcsv = 1
elif opt == 'x':
self.extheader = 1
elif opt == 'E':
try:
self.repeat_header = int(optarg)
except:
sys.stderr.write(
"Error while parsing options: Integer expected.\n")
sys.exit(1)
elif opt == 'f':
self.timefmt = optarg
elif opt == 'u':
self.interpol = 0
elif opt == 'q':
self.count_scale = optarg
elif opt == 'b':
self.space_scale = optarg
elif opt == 'y':
self.time_scale = optarg
else:
raise pmapi.pmUsageErr()
def option(self, opt, optarg, index):
""" Perform setup for individual command line option """
if opt == 'daemonize':
self.daemonize = 1
elif opt == 'K':
if not self.speclocal or not self.speclocal.startswith(";"):
self.speclocal = ";" + optarg
else:
self.speclocal = self.speclocal + ";" + optarg
elif opt == 'c':
self.config = optarg
elif opt == 'C':
self.check = 1
elif opt == 'e':
if not self.derived or not self.derived.startswith(";"):
self.derived = ";" + optarg
else:
self.derived = self.derived + ";" + optarg
elif opt == 'H':
self.header = 0
elif opt == 'G':
self.globals = 0
elif opt == 'r':
self.type = 1
elif opt == 'R':
self.type_prefer = 1
elif opt == 'I':
self.ignore_incompat = 1
elif opt == 'i':
self.instances = self.instances + self.pmconfig.parse_instances(optarg)
elif opt == 'j':
self.live_filter = 1
elif opt == 'J':
self.rank = optarg
elif opt == '8':
self.limit_filter = optarg
elif opt == '9':
self.limit_filter_force = optarg
elif opt == 'n':
self.invert_filter = 1
elif opt == 'N':
self.predicate = optarg
elif opt == 'v':
self.omit_flat = 1
elif opt == 'P':
self.precision = optarg
elif opt == '0':
self.precision_force = optarg
elif opt == 'q':
self.count_scale = optarg
elif opt == 'Q':
self.count_scale_force = optarg
elif opt == 'b':
self.space_scale = optarg
elif opt == 'B':
self.space_scale_force = optarg
elif opt == 'y':
self.time_scale = optarg
elif opt == 'Y':
self.time_scale_force = optarg
elif opt == 'g':
self.spark_server = optarg
elif opt == 'p':
self.spark_port = int(optarg)
else:
raise pmapi.pmUsageErr()
def prepare_metrics(self):
""" Construct and prepare the initial metrics set """
metrics = self.util.opts.pmGetOperands()
if not metrics:
sys.stderr.write("No metrics specified.\n")
raise pmapi.pmUsageErr()
# Read config
config = ConfigParser.SafeConfigParser()
config.optionxform = str
if self.util.config:
config.read(self.util.config)
# First read global metrics (if not disabled already)
globmet = OrderedDict()
if self.util.globals == 1:
if config.has_section('global'):
parsemet = OrderedDict()
for key in config.options('global'):
if key in self.util.keys:
sys.stderr.write(
"No options allowed in [global] section.\n")
sys.exit(1)
self.parse_metric_info(parsemet, key,
config.get('global', key))
for metric in parsemet:
name = parsemet[metric][:1][0]
globmet[name] = parsemet[metric][1:]
# Add command line and configuration file metricsets
tempmet = OrderedDict()
for metric in metrics:
if metric.startswith(":"):
tempmet[metric[1:]] = None
else:
spec, insts = self.parse_metric_spec_instances(metric)
m = spec.split(",")
m[2] = insts
tempmet[m[0]] = m[1:]
# Get config and set details for configuration file metricsets
confmet = OrderedDict()
for spec in tempmet:
if tempmet[spec] is None:
if config.has_section(spec):
parsemet = OrderedDict()
for key in config.options(spec):
if key not in self.util.keys:
self.parse_metric_info(parsemet, key,
config.get(spec, key))
for metric in parsemet:
name = parsemet[metric][:1][0]
confmet[name] = parsemet[metric][1:]
tempmet[spec] = confmet
else:
raise IOError("Metricset definition '%s' not found." %
metric)
# Create the combined metrics set
if self.util.globals == 1:
for metric in globmet:
self.util.metrics[metric] = globmet[metric]
for metric in tempmet:
if isinstance(tempmet[metric], list):
self.util.metrics[metric] = tempmet[metric]
else:
if tempmet[metric]:
for m in tempmet[metric]:
self.util.metrics[m] = confmet[m]
if not self.util.metrics:
raise IOError("No metrics specified.")
def __init__(self):
""" Construct object, parse command line """
self.context = None
self.opts = pmapi.pmOptions()
self.opts.pmSetShortOptions("g:p:P:u:m:t:h:Lt:D:V?") # must include common options
self.opts.pmSetShortUsage("[options] metricname ...")
self.opts.pmSetOptionCallback(self.option)
self.opts.pmSetOverrideCallback(self.option_override)
# hack to include some explanatory text
self.opts.pmSetLongOptionHeader(
"""
Description: Periodically, relay raw values of all instances of a
given hierarchies of PCP metrics to a graphite/carbon server on the
network.
Options"""
)
self.opts.pmSetLongOptionVersion() # -V
# self.opts.pmSetLongOptionArchive() # -a FILE -- not supported yet; need -S/etc. controls
self.opts.pmSetLongOptionDebug() # -D stuff
self.opts.pmSetLongOptionHost() # -h HOST
# self.opts.pmSetLongOptionLocalPMDA() # -L
self.opts.pmSetLongOptionInterval() # -t NUMBER
self.opts.pmSetLongOption("graphite-host", 1, "g", "", 'graphite server host (default "localhost")')
self.opts.pmSetLongOption("pickled-port", 1, "p", "", "graphite pickled port (default 2004)")
self.opts.pmSetLongOption("text-port", 1, "P", "", "graphite plaintext port (usually 2003)")
self.opts.pmSetLongOption("units", 1, "u", "", 'rescale all metric units (e.g., "mbytes/5 sec")')
self.opts.pmSetLongOption("prefix", 1, "m", "", 'prefix for metric names (default "pcp.")')
self.opts.pmSetLongOptionHelp()
self.graphite_host = "localhost"
self.graphite_port = 2004
self.pickle = True
self.prefix = "pcp."
self.unitsstr = None
self.units = None # pass verbatim by default
self.units_mult = None # pass verbatim by default
# now actually parse
self.context = pmapi.pmContext.fromOptions(self.opts, sys.argv)
self.interval = self.opts.pmGetOptionInterval() or pmapi.timeval(60, 0)
if self.unitsstr is not None:
(self.units, self.units_mult) = self.context.pmParseUnitsStr(self.unitsstr)
self.metrics = []
self.pmids = []
self.descs = []
metrics = self.opts.pmNonOptionsFromList(sys.argv)
if metrics:
for m in metrics:
try:
self.context.pmTraversePMNS(m, self.handle_candidate_metric)
except pmapi.pmErr as error:
sys.stderr.write("Excluding metric %s (%s)\n" % (m, str(error)))
sys.stderr.flush()
if len(self.metrics) == 0:
sys.stderr.write("No acceptable metrics specified.\n")
raise pmapi.pmUsageErr()
# Report what we're about to do
print(
"Relaying %d %smetric(s) with prefix %s "
"in %s mode to %s:%d every %f s"
% (
len(self.metrics),
"rescaled " if self.units else "",
self.prefix,
"pickled" if self.pickle else "text",
self.graphite_host,
self.graphite_port,
self.interval,
)
)
sys.stdout.flush()
def __init__(self):
""" Construct object, parse command line """
self.opts = pmapi.pmOptions()
self.opts.pmSetShortOptions("a:O:s:T:g:i:u:m:t:h:t:D:LV?")
self.opts.pmSetShortUsage("[options] metricname ...")
self.opts.pmSetOptionCallback(self.option)
self.opts.pmSetOverrideCallback(self.option_override)
self.opts.pmSetLongOptionText("""
Description: Periodically, relay raw values of all instances of a
given hierarchies of PCP metrics to a elasticsearch/carbon server on the
network.""")
self.opts.pmSetLongOptionHeader("Options")
self.opts.pmSetLongOptionVersion() # -V
self.opts.pmSetLongOptionArchive() # -a FILE
self.opts.pmSetLongOptionOrigin() # -O TIME
self.opts.pmSetLongOptionSamples() # -s NUMBER
self.opts.pmSetLongOptionFinish() # -T NUMBER
self.opts.pmSetLongOptionDebug() # -D stuff
self.opts.pmSetLongOptionHost() # -h HOST
self.opts.pmSetLongOptionLocalPMDA() # -L
self.opts.pmSetLongOptionInterval() # -t NUMBER
self.opts.pmSetLongOption(
"elasticsearch-host", 1, 'g', '', "elasticsearch server host " +
"(default \"http://*****:*****@timestamp': {
'type': 'date'
},
'host-id': {
'type': 'string'
}
}
}
}
})
# Report what we're about to do
print("Relaying %d %smetric(s) with es_index %s from %s "
"to %s every %f s" %
(len(self.metrics),
"rescaled " if self.units else "", self.es_index,
self.describe_source(), self.elasticsearch_host, self.interval))
sys.stdout.flush()
def option(self, opt, optarg, _index):
""" Perform setup for individual command line option """
if opt == 'daemonize':
self.daemonize = 1
elif opt == 'K':
if not self.speclocal or not self.speclocal.startswith(";"):
self.speclocal = ";" + optarg
else:
self.speclocal = self.speclocal + ";" + optarg
elif opt == 'c':
self.config = optarg
elif opt == 'C':
self.check = 1
elif opt == 'e':
if not self.derived or not self.derived.startswith(";"):
self.derived = ";" + optarg
else:
self.derived = self.derived + ";" + optarg
elif opt == 'H':
self.header = 0
elif opt == 'G':
self.globals = 0
elif opt == 'r':
self.type = 1
elif opt == 'R':
self.type_prefer = 1
elif opt == 'I':
self.ignore_incompat = 1
elif opt == '5':
self.ignore_unknown = 1
elif opt == '4':
if optarg == 'ignore':
self.names_change = 0
elif optarg == 'abort':
self.names_change = 1
elif optarg == 'update':
self.names_change = 2
else:
sys.stderr.write(
"Unknown names-change action '%s' specified.\n" % optarg)
sys.exit(1)
elif opt == 'i':
self.instances = self.instances + self.pmconfig.parse_instances(
optarg)
elif opt == 'j':
self.live_filter = 1
elif opt == 'J':
self.rank = optarg
elif opt == '8':
self.limit_filter = optarg
elif opt == '9':
self.limit_filter_force = optarg
elif opt == 'n':
self.invert_filter = 1
elif opt == 'N':
self.predicate = optarg
elif opt == 'v':
self.omit_flat = 1
elif opt == 'P':
self.precision = optarg
elif opt == '0':
self.precision_force = optarg
elif opt == 'q':
self.count_scale = optarg
elif opt == 'Q':
self.count_scale_force = optarg
elif opt == 'b':
self.space_scale = optarg
elif opt == 'B':
self.space_scale_force = optarg
elif opt == 'y':
self.time_scale = optarg
elif opt == 'Y':
self.time_scale_force = optarg
elif opt == 'g':
self.es_server = optarg
elif opt == 'x':
self.es_index = optarg
elif opt == 'X':
self.es_hostid = optarg
elif opt == 'p':
self.es_search_type = optarg
else:
raise pmapi.pmUsageErr()
def option(self, opt, optarg, _index):
""" Perform setup for individual command line option """
if opt == 'daemonize':
self.daemonize = 1
elif opt == 'K':
if not self.speclocal or not self.speclocal.startswith(";"):
self.speclocal = ";" + optarg
else:
self.speclocal = self.speclocal + ";" + optarg
elif opt == 'c':
self.config = optarg
elif opt == 'C':
self.check = 1
elif opt == 'F':
if os.path.exists(optarg):
sys.stderr.write("File %s already exists.\n" % optarg)
sys.exit(1)
self.outfile = optarg
elif opt == 'e':
if not self.derived or not self.derived.startswith(";"):
self.derived = ";" + optarg
else:
self.derived = self.derived + ";" + optarg
elif opt == 'H':
self.header = 0
elif opt == 'G':
self.globals = 0
elif opt == 'r':
self.type = 1
elif opt == 'R':
self.type_prefer = 1
elif opt == 'I':
self.ignore_incompat = 1
elif opt == '5':
self.ignore_unknown = 1
elif opt == '4':
if optarg == 'ignore':
self.names_change = 0
elif optarg == 'abort':
self.names_change = 1
else:
raise pmapi.pmUsageErr()
elif opt == 'i':
self.instances = self.instances + self.pmconfig.parse_instances(
optarg)
elif opt == 'j':
self.live_filter = 1
elif opt == 'J':
self.rank = optarg
elif opt == '8':
self.limit_filter = optarg
elif opt == '9':
self.limit_filter_force = optarg
elif opt == 'n':
self.invert_filter = 1
elif opt == 'N':
self.predicate = optarg
elif opt == 'v':
self.omit_flat = 1
elif opt == 'P':
self.precision = optarg
elif opt == '0':
self.precision_force = optarg
elif opt == 'f':
self.timefmt = optarg
elif opt == 'q':
self.count_scale = optarg
elif opt == 'Q':
self.count_scale_force = optarg
elif opt == 'b':
self.space_scale = optarg
elif opt == 'B':
self.space_scale_force = optarg
elif opt == 'y':
self.time_scale = optarg
elif opt == 'Y':
self.time_scale_force = optarg
elif opt == 'x':
self.extended = 1
elif opt == 'X':
self.everything = 1
elif opt == 'E':
self.exact_types = 1
else:
raise pmapi.pmUsageErr()