hotsanic

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[/] [trunk/] [modules/] [traffic/] [settings] - Diff between revs 1 and 3

Rev 1 Rev 3

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# Which kind of legend shall be used # Which kind of legend shall be used

# set STYLE="bytes" to display all values in bytes/s # set STYLE="bytes" to display all values in bytes/s

# set STYLE="bits" to display all values in bits/s # set STYLE="bits" to display all values in bits/s

# #

STYLE="bits" STYLE="bits"

STYLETOTAL="bytes"

STYLETOTAL="bytes" STYLETOTAL="bytes"

# Shall input and output traffic be swaped ? # Shall input and output traffic be swaped ?

# (possible values for "yes" are: "yes" "true" "1") # (possible values for "yes" are: "yes" "true" "1")

# #

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# set SCALE="12345" to set the fixed scale of the graphs to 12345 bytes/s # set SCALE="12345" to set the fixed scale of the graphs to 12345 bytes/s

# #

# If nothing is defined here, the defaults (dynamic scaling with a minimum # If nothing is defined here, the defaults (dynamic scaling with a minimum

# scale of 1000 bytes/s) will be used # scale of 1000 bytes/s) will be used

# #

SCALE="1500000" SCALE="-1000"

# Configure one line for each device that shall be sampled: # Configure one line for each device that shall be sampled:

# #

# DEV=<device>,<max bytes/s input>,<max bytes/s output>,<description> # DEV=<device>,<max bytes/s input>,<max bytes/s output>,<description>

# #

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# <community> self explaining (for newbies: the community acts almost # <community> self explaining (for newbies: the community acts almost

# like a "password" for SNMP) # like a "password" for SNMP)

# #

# <interface> the name of the interface on the remote-host # <interface> the name of the interface on the remote-host

# #

# RRCP:<host>:<authkey>:<interface> # in var/modules/<host>.info is stored snmp protocol version

#

# <host> is the MAC of the host you want to query

#

# <authkey> self explaining (for newbies: the authkey acts almost

# like a "password" for RRCP and default is 2379)

#

# <interface> the port number of the interface on the remote-host

# #

# Examples: # Examples:

# #

# DEV="eth0,12500000,12500000,100 MBit ethernet" # DEV="eth0,12500000,12500000,100 MBit ethernet"

# DEV="SNMP:192.168.1.1:public:eth0,12500000,12500000,100 MBit ethernet via SNMP" # DEV="SNMP:192.168.1.1:public:eth0,12500000,12500000,100 MBit ethernet via SNMP"

# DEV="RRCP:6a.61.62.00.00.03:2379:25,125000000,125000000,1 Gbit eth via RRCP"

# #

RTLBIN="/usr/local/bin/rtl83xx_repotec_g3224x"

# #

DEV="eth0,12500000,12500000,100 Mbit lokalni sit" DEV="eth0,12500000,12500000,100 MBit lokalni sit"

DEV="ath0,10000000,10000000,link upc" DEV="ath0,12500000,12500000,36 MBit link mrk"

DEV="ath1,10000000,10000000,link jarov" DEV="ath1,12500000,12500000,36 MBit link letnany"

DEV="ath2,10000000,10000000,AP jablonecka.jv" DEV="ath3,12500000,12500000,18 MBit link martinicka"

DEV="wlan0,500000,500000,11 Mbit AP.jz" DEV="ath4,12500000,12500000,36 MBit link kytlicka"

DEV="wlan1,500000,500000,11 Mbit AP.sv" DEV="ath2,12500000,12500000,11 MBit AP.sv"

DEV="SNMP:10.33.6.254:public:port1,12500000,12500000,100 Mbit eth via SNMP"

DEV="SNMP:10.33.0.14:public:eth0,12500000,12500000,jtop 100 Mbit eth via SNMP" DEV="SNMP:10.55.30.129:publicore:eth0,12500000,12500000,100 Mbit"

DEV="SNMP:10.33.6.254:public:port27,125000000,125000000,1 Gbit eth via SNMP" DEV="SNMP:10.55.30.129:publicore:ath0,12500000,12500000,100 Mbit"

DEV="SNMP:10.33.6.254:public:port28,125000000,125000000,1 Gbit eth via SNMP" DEV="SNMP:10.55.30.129:publicore:ath1,12500000,12500000,100 Mbit"

DEV="RRCP:6a.61.62.00.00.01:2379:26,125000000,125000000,1 Gbit eth via RRCP" DEV="SNMP:10.55.2.217:publicore:eth0,12500000,12500000,100 Mbit"

DEV="RRCP:6a.61.62.00.00.05:2379:26,125000000,125000000,1 Gbit eth via RRCP" DEV="SNMP:10.55.2.217:publicore:eth1,12500000,12500000,100 Mbit"

DEV="RRCP:6a.61.62.00.00.03:2379:25,125000000,125000000,1 Gbit eth via RRCP" DEV="SNMP:10.55.2.217:publicore:ath0,12500000,12500000,100 Mbit"

DEV="RRCP:6a.61.62.00.00.03:2379:26,125000000,125000000,1 Gbit eth via RRCP" DEV="SNMP:10.55.2.217:publicore:ath1,12500000,12500000,100 Mbit"

DEV="SNMP:10.55.2.217:publicore:ath2,12500000,12500000,100 Mbit"

DEV="SNMP:10.55.2.217:publicore:ath3,12500000,12500000,100 Mbit"

DEV="RRCP:6a.61.62.00.00.01:2379:1,12500000,12500000,Port 1"

DEV="RRCP:6a.61.62.00.00.01:2379:2,12500000,12500000,Port 2"

DEV="RRCP:6a.61.62.00.00.01:2379:3,12500000,12500000,Port 3"

DEV="RRCP:6a.61.62.00.00.01:2379:4,12500000,12500000,Port 4"

-Rev 1
+Rev 3
 Line 1...
 # Which kind of legend shall be used
 # set  STYLE="bytes"  to display all values in bytes/s
 # set  STYLE="bits"   to display all values in bits/s
 #
 STYLE="bits"
-STYLETOTAL="bytes"
 STYLETOTAL="bytes"
 # Shall input and output traffic be swaped ?
 # (possible values for "yes" are: "yes" "true" "1")
 #
-Line 17...
+Line 16...
 # set  SCALE="12345"  to set the fixed scale of the graphs to 12345 bytes/s
 #
 # If nothing is defined here, the defaults (dynamic scaling with a minimum
 # scale of 1000 bytes/s) will be used
 #
-SCALE="1500000"
+SCALE="-1000"
 # Configure one line for each device that shall be sampled:
 #
 # DEV=<device>,<max bytes/s input>,<max bytes/s output>,<description>
 #
-Line 36...
+Line 35...
 # <community> self explaining (for newbies: the community acts almost
 #             like a "password" for SNMP)
 #
 # <interface> the name of the interface on the remote-host
 #
-# RRCP:<host>:<authkey>:<interface>
+# in var/modules/<host>.info is stored snmp protocol version
-#
-# <host> is the MAC of the host you want to query
-#
-# <authkey> self explaining (for newbies: the authkey acts almost
-#             like a "password" for RRCP and default is 2379)
-#
-# <interface> the port number of the interface on the remote-host
 #
 # Examples:
 #
 # DEV="eth0,12500000,12500000,100 MBit ethernet"
 # DEV="SNMP:192.168.1.1:public:eth0,12500000,12500000,100 MBit ethernet via SNMP"
-# DEV="RRCP:6a.61.62.00.00.03:2379:25,125000000,125000000,1 Gbit eth via RRCP"
 #
-RTLBIN="/usr/local/bin/rtl83xx_repotec_g3224x"
 #
-DEV="eth0,12500000,12500000,100 Mbit lokalni sit"
+DEV="eth0,12500000,12500000,100 MBit lokalni sit"
-DEV="ath0,10000000,10000000,link upc"
+DEV="ath0,12500000,12500000,36 MBit link mrk"
-DEV="ath1,10000000,10000000,link jarov"
+DEV="ath1,12500000,12500000,36 MBit link letnany"
-DEV="ath2,10000000,10000000,AP jablonecka.jv"
+DEV="ath3,12500000,12500000,18 MBit link martinicka"
-DEV="wlan0,500000,500000,11 Mbit AP.jz"
+DEV="ath4,12500000,12500000,36 MBit link kytlicka"
-DEV="wlan1,500000,500000,11 Mbit AP.sv"
+DEV="ath2,12500000,12500000,11 MBit AP.sv"
-DEV="SNMP:10.33.6.254:public:port1,12500000,12500000,100 Mbit eth via SNMP"
-DEV="SNMP:10.33.0.14:public:eth0,12500000,12500000,jtop 100 Mbit eth via SNMP"
+DEV="SNMP:10.55.30.129:publicore:eth0,12500000,12500000,100 Mbit"
-DEV="SNMP:10.33.6.254:public:port27,125000000,125000000,1 Gbit eth via SNMP"
+DEV="SNMP:10.55.30.129:publicore:ath0,12500000,12500000,100 Mbit"
-DEV="SNMP:10.33.6.254:public:port28,125000000,125000000,1 Gbit eth via SNMP"
+DEV="SNMP:10.55.30.129:publicore:ath1,12500000,12500000,100 Mbit"
-DEV="RRCP:6a.61.62.00.00.01:2379:26,125000000,125000000,1 Gbit eth via RRCP"
+DEV="SNMP:10.55.2.217:publicore:eth0,12500000,12500000,100 Mbit"
-DEV="RRCP:6a.61.62.00.00.05:2379:26,125000000,125000000,1 Gbit eth via RRCP"
+DEV="SNMP:10.55.2.217:publicore:eth1,12500000,12500000,100 Mbit"
-DEV="RRCP:6a.61.62.00.00.03:2379:25,125000000,125000000,1 Gbit eth via RRCP"
+DEV="SNMP:10.55.2.217:publicore:ath0,12500000,12500000,100 Mbit"
-DEV="RRCP:6a.61.62.00.00.03:2379:26,125000000,125000000,1 Gbit eth via RRCP"
+DEV="SNMP:10.55.2.217:publicore:ath1,12500000,12500000,100 Mbit"
+DEV="SNMP:10.55.2.217:publicore:ath2,12500000,12500000,100 Mbit"
+DEV="SNMP:10.55.2.217:publicore:ath3,12500000,12500000,100 Mbit"
+DEV="RRCP:6a.61.62.00.00.01:2379:1,12500000,12500000,Port 1"
+DEV="RRCP:6a.61.62.00.00.01:2379:2,12500000,12500000,Port 2"
+DEV="RRCP:6a.61.62.00.00.01:2379:3,12500000,12500000,Port 3"
+DEV="RRCP:6a.61.62.00.00.01:2379:4,12500000,12500000,Port 4"