fritz-munin

#!/usr/bin/python
import sys

import helpers_fritz


fd = helpers_fritz.fritz_fetch()

def mean(vals):
    return float(sum(vals))/len(vals)


if 'config' in sys.argv:
    print( 'graph_title Fritzbox upload and download')
    print( 'graph_vlabel Kbyte/s')
    print( 'graph_category network')
    print( 'graph_scale no')
    print( 'graph_height 220')
    print( 'graph_args -l %d -u %d  -r'%(   # reported upstream and downstream speed
        -fd['upstream']/(8*1000),  
         fd['downstream']/(8*1000),
        ))

    print( 'down.label Download (minute mean)')
    print 'down.draw  AREA'
    print 'down.type  GAUGE'

    print 'up_bg.label Upload, background (minute mean)'
    print 'up_bg.draw  AREA'
    print 'up_bg.type  GAUGE'
    
    print 'up_df.label Upload, default (minute mean)'
    print 'up_df.draw  STACK'
    print 'up_df.type  GAUGE'
    
    print 'up_im.label Upload, important (minute mean)'
    print 'up_im.draw  STACK'
    print 'up_im.type  GAUGE'
    
    print 'up_rt.label Upload, realtime (minute mean)'
    print 'up_rt.draw  STACK'
    print 'up_rt.type  GAUGE'


    print 'downmax.label Download (minute max)'
    print 'downmax.draw  LINE1'
    print 'downmax.type  GAUGE'

    print 'upmax.label Upload (minute max)'
    print 'upmax.draw  AREA'
    print 'upmax.type  GAUGE'
    
else:
    print 'down.value %d'%(   mean(fd['ds_bps_curr'])/1000,             ) 
    print 'up_bg.value %d'%( -mean(fd['us_background_bps_curr'])/1000, )
    print 'up_df.value %d'%( -mean(fd['us_default_bps_curr'])/1000, )
    print 'up_im.value %d'%( -mean(fd['us_important_bps_curr'])/1000, )
    print 'up_rt.value %d'%( -mean(fd['us_realtime_bps_curr'])/1000, )
    

    print 'downmax.value %d'%(   max(fd['ds_bps_curr'])/1000,             )
    # get the peak of sum-at-each-time (not sum of individual peaks)
    upmax_l = list( max(z)  for z in zip( 
        fd['us_background_bps_curr'],
        fd['us_default_bps_curr'],
        fd['us_important_bps_curr'],
        fd['us_realtime_bps_curr'],
        ))
    #print upmax_l
    print 'upmax.value %d'%( -(max(upmax_l))/1000, )