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USV-Graph zeigt in Nagiosgrapher unschöne Lücken

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simmerl

Professional

Posts: 1,194

Gender: male

Location: München

Occupation: Sysadmin / Network Monitoring Consultant

Number of monitoring servers: viele

Nagios Version: mehrere

Distributed monitoring: Nein

Redundant monitoring: Nein

Number of hosts: 100

Number of services: 2000

OS: OpenSuSe, Ubuntu, CentOS

Plugin Version: -

1

Tuesday, November 25th 2008, 4:53pm

USV-Graph zeigt in Nagiosgrapher unschöne Lücken

Hallo,

ich habe ein Problem mit einen Graphen, mit dem ich den Zustand meiner APC-USV überwache.
Seht Euch bitte mal den angehängten Screenshot an. Wenn der Ladestand der USV unter die Load sinkt, muss ich natürlich die Farben der AREA vertauschen. Das funktioniert - aber ich habe eine hässliche Lücke an der Übergangsstelle.
Irgendwo in der RPN-Notation habe ich einen Hund drin. Ich finde ihn einfach nicht.

Wäre super, wenn Ihr mir da helfen könnt.

Vielen Dank!

Simon


Source code

 
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##_________________________________________________________________________
## Grundlagen-Werte
#
#

# Battery
define ngraph{
    	graph_perf_regex    	battery=([0-9]+)%
    	graph_value 	battery_perc
    	hide	yes 
    	service_name	apcusv
}

# Load
define ngraph{
    	graph_perf_regex    	load=([0-9]+)%
    	graph_value 	load_perc
    	hide	yes 
    	service_name	apcusv
}


#_________________________________________________________________________
#
# Load < Cap =>
# die rote Fläche zuerst
define ngraph{
    	graph_calc  	load_perc,UN,0,load_perc,battery_perc,LE,load_perc,0,IF,IF
    	graph_value 	load_perc_area
    	hide        	no
    	graph_units 	Prozent (%) 
    	graph_legend	USV-Last
    	graph_legend_eol    	center
    	graph_upper_limit   	100
    	graph_lower_limit   	0
    	rrd_color   	FF000075
    	rrd_plottype	AREA
    	service_name	apcusv
    	type        	CDEF
}
# ...dann die grüne...
define ngraph{
    	graph_calc  	battery_perc,UN,0,load_perc,battery_perc,LE,battery_perc,load_perc,-,0,IF,IF
#   	graph_calc  	battery_perc,load_perc,-
    	graph_value 	battery_load_area
    	hide        	no
    	graph_legend	Ladestand Batterie
    	graph_legend_eol    	center
    	rrd_color   	00FF0075
    	rrd_plottype	STACK
    	service_name	apcusv
    	type        	CDEF
}

#_________________________________________________________________________
#
# Load > Cap =>
# grüne Fläche zuerst

define ngraph{
    	graph_calc  	battery_perc,UN,0,load_perc,battery_perc,GT,battery_perc,0,IF,IF
    	graph_value 	load_perc_area1
    	hide        	no
    	graph_upper_limit   	100
    	graph_lower_limit   	0
    	rrd_color   	00FF0075
    	rrd_plottype	AREA
    	service_name	apcusv
    	type        	CDEF
}

# ...dann die rote

define ngraph{
    	graph_calc  	load_perc,UN,0,load_perc,battery_perc,GT,load_perc,battery_perc,-,0,IF,IF
    	graph_value 	battery_load_area2
    	hide        	no
    	rrd_color   	FF000075
    	rrd_plottype	STACK
    	service_name	apcusv
    	type        	CDEF
}




#...grüne Linie
define ngraph{
    	graph_calc  	battery_perc
    	graph_value 	battery_perc_line
    	hide        	no
    	service_name	apcusv
    	rrd_color   	00FF00
    	rrd_plottype	LINE1
    	type        	CDEF
}

# rote Linie....
define ngraph{
    	graph_calc  	load_perc
    	graph_value 	load_perc_line
    	hide        	no
    	service_name	apcusv
    	rrd_color   	FF0000
    	rrd_plottype	LINE1
    	type        	CDEF
}
simmerl has attached the following image:
  • Bildschirmfoto.png
ConSol* GmbH
OK, WARNING, CRITICAL und BIER: der Münchner Monitoring-Stammtisch
OMD im Pacemaker/Corosync-Cluster

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