#check logic
status = 'OK'
nb_docs_message = "{l} docs indexed in {t}s ".format(
l=nb_docs_diff,
t=measurement_time
)
if nb_docs_diff <= s_warning:
status = 'Warning'
if nb_docs_diff <= s_critical:
status = 'Critical'
#Format perf data string
con_perf_data_string = OutputFormatHelpers.perf_data_string(
label="{t}s_indexed_doc".format(t=measurement_time),
value=nb_docs_diff,
warn=s_warning,
crit=s_critical
)
#format OUtput
output = OutputFormatHelpers.check_output_string(
status,
nb_docs_message,
[con_perf_data_string]
)
print(output)
except Exception as e:
if debug:
print(e)
if disk_io_op >= s_critical:
status = 'Critical'
comment='too hgih'
#format output
disk_io_op_comment=disk_io_op_comment_tempalte.format(
c=comment,
v=disk_io_op
)
#Format perf data string
con_perf_data_string = OutputFormatHelpers.perf_data_string(
label='disk_io_op',
value=disk_io_op,
warn=s_warning,
crit=s_critical,
UOM='IOps'
)
#format OUtput
output = OutputFormatHelpers.check_output_string(
status,
disk_io_op_comment,
[con_perf_data_string]
)
print(output)
except Exception as e:
status = 'Critical'
comment='too hgih'
#format output
heap_usage_comment=heap_used_comment_tempalte.format(
c=comment,
v=percentage_heap_used
)
#Format perf data string
con_perf_data_string = OutputFormatHelpers.perf_data_string(
label='heap_used',
value=percentage_heap_used,
warn=s_warning,
crit=s_critical,
min=0,
max=100,
UOM='%'
)
#format OUtput
output = OutputFormatHelpers.check_output_string(
status,
heap_usage_comment,
[con_perf_data_string]
)
print(output)