[rrd-users] Help with RRD.... in over my head
v g
infiniteseeker at gmail.com
Tue Jan 17 18:40:27 CET 2012
Hi all,
I have been trying to enter some data into an rrd file and seeing some
weird errors. Below I will list how I created the RRD file, how i am
entering the data and the errors I am getting:
Any help would be highly appreciated....
Thanks,
Creating:
rrdtool create boiler.rrd \
--start 1325232008 --step 600 \
DS:boiler_out_flow:GAUGE:600:0:U RRA:AVERAGE:0.5:20:10000 \
DS:boiler_in_flow:GAUGE:600:0:U RRA:AVERAGE:0.5:20:10000 \
DS:vihara_in_flow:GAUGE:600:0:U RRA:AVERAGE:0.5:20:10000 \
DS:vihara_out_flow:GAUGE:600:0:U RRA:AVERAGE:0.5:20:10000 \
DS:outbldg_in_flow:GAUGE:600:0:U RRA:AVERAGE:0.5:20:10000 \
DS:outbldg_out_flow:GAUGE:600:0:U RRA:AVERAGE:0.5:20:10000 \
DS:cistern_top:GAUGE:600:0:U RRA:AVERAGE:0.5:20:10000 \
DS:cistern_bottom:GAUGE:600:0:U RRA:AVERAGE:0.5:20:10000 \
DS:boiler_flow_gpm:GAUGE:600:0:U RRA:AVERAGE:0.5:20:10000 \
DS:vihara_flow_gpm:GAUGE:600:0:U RRA:AVERAGE:0.5:20:10000 \
DS:outbldg_flow:GAUGE:600:0:U RRA:AVERAGE:0.5:20:10000 \
DS:boiler_btu_per_hr:GAUGE:600:0:U RRA:AVERAGE:0.5:20:10000 \
DS:vihara_btu_per_hr:GAUGE:600:0:U RRA:AVERAGE:0.5:20:10000 \
DS:outbldg_btu_per_hr:GAUGE:600:0:U RRA:AVERAGE:0.5:20:10000
Entering data: (Sample)
rrdtool updatev boiler.rrd
1325404601:102.5:137.1:140.0:126.9:127.5:123.2:280.6:139.3:0.0:5.0:0.0:0:32687:0
rrdtool updatev boiler.rrd
1325404622:102.5:137.1:140.0:126.4:127.4:123.0:264.6:140.0:0.0:5.0:0.0:0:33957:0
rrdtool updatev boiler.rrd
1325404643:102.5:137.1:140.0:126.0:127.2:122.8:278.6:140.7:0.0:5.0:0.0:0:35008:0
rrdtool updatev boiler.rrd
1325404664:102.5:137.1:140.0:125.6:127.2:122.8:258.7:139.4:0.0:5.0:0.0:0:35948:0
rrdtool updatev boiler.rrd
1325404685:102.5:137.1:140.0:125.1:127.2:122.7:258.7:140.0:0.0:5.0:0.0:0:37089:0
rrdtool updatev boiler.rrd
1325404706:102.4:137.0:140.0:124.6:127.0:122.7:254.2:142.2:0.0:5.0:0.0:0:38530:0
rrdtool updatev boiler.rrd
1325404727:102.6:137.4:140.0:123.9:127.0:122.5:260.1:140.3:0.0:5.0:0.0:0:40063:0
rrdtool updatev boiler.rrd
1325404749:102.6:136.9:140.1:123.2:126.9:122.4:260.2:140.0:0.0:5.0:0.0:0:42397:0
rrdtool updatev boiler.rrd
1325404770:102.7:137.1:140.0:122.6:126.8:122.2:258.7:138.4:0.0:5.0:0.0:0:43482:0
rrdtool updatev boiler.rrd
1325404791:102.6:137.2:140.2:121.9:126.7:122.1:260.2:145.2:0.0:5.0:0.0:0:45586:0
Errors:
[1325400000]RRA[AVERAGE][20]DS[boiler_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[cistern_top] = NaN
[1325400000]RRA[AVERAGE][20]DS[cistern_bottom] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_flow_gpm] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_flow_gpm] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[cistern_top] = NaN
[1325400000]RRA[AVERAGE][20]DS[cistern_bottom] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_flow_gpm] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_flow_gpm] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[cistern_top] = NaN
[1325400000]RRA[AVERAGE][20]DS[cistern_bottom] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_flow_gpm] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_flow_gpm] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[cistern_top] = NaN
[1325400000]RRA[AVERAGE][20]DS[cistern_bottom] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_flow_gpm] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_flow_gpm] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[cistern_top] = NaN
[1325400000]RRA[AVERAGE][20]DS[cistern_bottom] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_flow_gpm] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_flow_gpm] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[cistern_top] = NaN
[1325400000]RRA[AVERAGE][20]DS[cistern_bottom] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_flow_gpm] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_flow_gpm] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[cistern_top] = NaN
[1325400000]RRA[AVERAGE][20]DS[cistern_bottom] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_flow_gpm] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_flow_gpm] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[cistern_top] = NaN
[1325400000]RRA[AVERAGE][20]DS[cistern_bottom] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_flow_gpm] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_flow_gpm] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[cistern_top] = NaN
[1325400000]RRA[AVERAGE][20]DS[cistern_bottom] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_flow_gpm] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_flow_gpm] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[cistern_top] = NaN
[1325400000]RRA[AVERAGE][20]DS[cistern_bottom] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_flow_gpm] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_flow_gpm] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[cistern_top] = NaN
[1325400000]RRA[AVERAGE][20]DS[cistern_bottom] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_flow_gpm] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_flow_gpm] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[cistern_top] = NaN
[1325400000]RRA[AVERAGE][20]DS[cistern_bottom] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_flow_gpm] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_flow_gpm] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[cistern_top] = NaN
[1325400000]RRA[AVERAGE][20]DS[cistern_bottom] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_flow_gpm] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_flow_gpm] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_in_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_out_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[cistern_top] = NaN
[1325400000]RRA[AVERAGE][20]DS[cistern_bottom] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_flow_gpm] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_flow_gpm] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_flow] = NaN
[1325400000]RRA[AVERAGE][20]DS[boiler_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[vihara_btu_per_hr] = NaN
[1325400000]RRA[AVERAGE][20]DS[outbldg_btu_per_hr] = NaN
return_value = -1
' to float not complete: tail 'rsion of '0
return_value = -1
' to float not complete: tail 'rsion of '0
return_value = -1
' to float not complete: tail 'rsion of '0
return_value = -1
' to float not complete: tail 'rsion of '0
return_value = -1
' to float not complete: tail 'rsion of '0
return_value = -1
' to float not complete: tail 'rsion of '0
return_value = -1
' to float not complete: tail 'rsion of '0
return_value = -1
' to float not complete: tail 'rsion of '0
return_value = -1
' to float not complete: tail 'rsion of '0
return_value = -1
' to float not complete: tail 'rsion of '0
return_value = -1
' to float not complete: tail 'rsion of '0
return_value = -1
' to float not complete: tail 'rsion of '0
return_value = -1
' to float not complete: tail 'rsion of '0
return_value = -1
' to float not complete: tail 'rsion of '0
return_value = -1
' to float not complete: tail 'rsion of '0
return_value = -1
' to float not complete: tail 'rsion of '0
return_value = -1
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