def get_all_events(what, filters):
headers = ""
for f in filters:
try:
headers += f.event_headers()
except:
pass
query = "GET %s\n%s" % (what, headers)
try:
debug = config.debug_mkeventd_queries
except:
debug = False
if debug \
and html.output_format == "html" and 'W' in html.display_options:
html.write(
'<div class="livestatus message" onmouseover="this.style.display=\'none\';">'
'<tt>%s</tt></div>\n' % (query.replace('\n', '<br>\n')))
response = mkeventd.query(query)
# First line of the response is the list of column names.
headers = response[0]
rows = []
for r in response[1:]:
rows.append(dict(zip(headers, r)))
return rows
def get_all_events(what, filters, limit):
headers = ""
for f in filters:
try:
headers += f.event_headers()
except:
pass
if limit:
headers += "Limit: %d\n" % limit
query = "GET %s\n%s" % (what, headers)
try:
debug = config.debug_mkeventd_queries
except:
debug = False
if debug \
and html.output_format == "html" and 'W' in html.display_options:
html.write('<div class="livestatus message" onmouseover="this.style.display=\'none\';">'
'<tt>%s</tt></div>\n' % (query.replace('\n', '<br>\n')))
response = mkeventd.query(query)
# First line of the response is the list of column names.
headers = response[0]
rows = []
for r in response[1:]:
rows.append(dict(zip(headers, r)))
return rows
def render_mkeventd_performance():
def write_line(left, right):
html.write("<tr><td class=left>%s:</td>" "<td class=right><strong>%s</strong></td></tr>" % (left, right))
html.write('<table class="content_center mkeventd_performance">\n')
raw_data = mkeventd.query("GET status")
data = dict(zip(raw_data[0], raw_data[1]))
for what, col, format in [
(_("Received messages"), "message", "%.2f/s"),
(_("Rule hits"), "rule_hit", "%.2f/s"),
(_("Rule tries"), "rule_trie", "%.2f/s"),
(_("Created events"), "event", "%.2f/s"),
]:
write_line(what, format % data["status_average_%s_rate" % col])
try:
write_line(
_("Rule hit ratio"),
"%.2f%%" % (data["status_average_rule_hit_rate"] / data["status_average_rule_trie_rate"] * 100),
)
except: # division by zero
pass
write_line(_("Processing time per message"), "%.2f ms" % (data["status_average_processing_time"] * 1000))
html.write("</table>\n")
def render_mkeventd_performance():
def write_line(left, right):
html.write("<tr><td class=left>%s:</td>"
"<td class=right><strong>%s</strong></td></tr>" %
(left, right))
html.write("<table class=\"content_center mkeventd_performance\">\n")
raw_data = mkeventd.query("GET status")
data = dict(zip(raw_data[0], raw_data[1]))
for what, col, format in \
[
(_("Received messages"), "message", "%.2f/s"),
(_("Rule hits"), "rule_hit", "%.2f/s"),
(_("Rule tries"), "rule_trie", "%.2f/s"),
(_("Created events"), "event", "%.2f/s"),
]:
write_line(what, format % data["status_average_%s_rate" % col])
try:
write_line(
_("Rule hit ratio"),
"%.2f%%" % (data["status_average_rule_hit_rate"] /
data["status_average_rule_trie_rate"] * 100))
except: # division by zero
pass
write_line(_("Processing time per message"),
"%.2f ms" % (data["status_average_processing_time"] * 1000))
html.write("</table>\n")
def render_mkeventd_performance():
def write_line(left, right):
html.write("<tr><td class=left>%s:</td>"
"<td class=right><strong>%s</strong></td></tr>" %
(left, right))
try:
raw_data = mkeventd.query("GET status")
except:
html.write(_("Event Console is not running."))
return
html.write("<table class=\"content_center mkeventd_performance\">\n")
data = dict(zip(raw_data[0], raw_data[1]))
columns = [
(_("Received messages"), "message", "%.2f/s"),
(_("Rule hits"), "rule_hit", "%.2f/s"),
(_("Rule tries"), "rule_trie", "%.2f/s"),
(_("Created events"), "event", "%.2f/s"),
(_("Client connects"), "connect", "%.2f/s"),
]
for what, col, format in columns:
write_line(what, format % data["status_average_%s_rate" % col])
# Hit rate
try:
write_line(
_("Rule hit ratio"),
"%.2f %%" % (data["status_average_rule_hit_rate"] /
data["status_average_rule_trie_rate"] * 100))
except: # division by zero
write_line(_("Rule hit ratio"), _("-.-- %"))
pass
# Time columns
time_columns = [
(_("Processing time per message"), "processing"),
(_("Time per client request"), "request"),
(_("Replication synchronization"), "sync"),
]
for title, name in time_columns:
value = data.get("status_average_%s_time" % name)
if value:
write_line(title, "%.2f ms" % (value * 1000))
else:
write_line(title, _("-.-- ms"))
html.write("</table>\n")
def render_mkeventd_performance():
def write_line(left, right):
html.write("<tr><td class=left>%s:</td>"
"<td class=right><strong>%s</strong></td></tr>" % (left, right))
try:
raw_data = mkeventd.query("GET status")
except:
html.write(_("Event Console is not running."))
return
html.write("<table class=\"content_center mkeventd_performance\">\n")
data = dict(zip(raw_data[0], raw_data[1]))
columns = [
(_("Received messages"), "message", "%.2f/s"),
(_("Rule hits"), "rule_hit", "%.2f/s"),
(_("Rule tries"), "rule_trie", "%.2f/s"),
(_("Created events"), "event", "%.2f/s"),
(_("Client connects"), "connect", "%.2f/s"),
]
for what, col, format in columns:
write_line(what, format % data["status_average_%s_rate" % col])
# Hit rate
try:
write_line(_("Rule hit ratio"), "%.2f %%" % (
data["status_average_rule_hit_rate"] /
data["status_average_rule_trie_rate"] * 100))
except: # division by zero
write_line(_("Rule hit ratio"), _("-.-- %"))
pass
# Time columns
time_columns = [
(_("Processing time per message"), "processing"),
(_("Time per client request"), "request"),
(_("Replication synchronization"), "sync"),
]
for title, name in time_columns:
value = data.get("status_average_%s_time" % name)
if value:
write_line(title, "%.2f ms" % (value * 1000))
else:
write_line(title, _("-.-- ms"))
html.write("</table>\n")
def command_executor_mkeventd(command, site):
response = mkeventd.query("COMMAND %s" % command)
def command_executor_mkeventd(command, site):
response = mkeventd.query("COMMAND %s" % command)
