I deleted all data sources, templates, devices ref. I tried other templates after but definitly, this one is the best one. Testing this one, I was able to have at some point some graph for the interfaces. I have a fresh Cacti install, on which I tested few DDWRT54 template which were not providing good results. I can't get it to work either way with cacti 0.8.7b: The template as imported has the script running outside of the script server, but includes some script server support bits. I am also having problems with the PHP script used by the number of wireless clients. I am seeing the same thing (both v24-sp1 and v24-pre-sp2 (svn11482)) and suspect it has something to do with the CDEFs (see graph below). 10:35:19 PM - CMDPHP: Poller Host DS SNMP: v1: soprano, dsname: ucd_memAvailReal, oid. 10:35:19 PM - CMDPHP: Poller Host DS SNMP: v1: soprano, dsname: ucd_memBuffer, oid.
10:35:19 PM - CMDPHP: Poller Host DS SNMP: v1: soprano, dsname: ucd_memCached, oid. 10:35:19 PM - CMDPHP: Poller Host DS SNMP: v1: soprano, dsname: ucd_memShared, oid.
The php script goes to scripts/ and xml query to resource/snmp_queries/Įxample SNR graph, see the link above for all examples snr_128.png (31.3 KiB) Viewed 20711 times DDWRT_v24_template_by_ Templates (30 KiB) Downloaded 2756 timesĬode: Select all 10:35:19 PM - CMDPHP: Poller Host DS SNMP: v1: soprano, dsname: ucd_memTotalReal, oid. This template is used at for online monitoring of dd-wrt boxes (good solution for those who do not have or cannot run thier own cacti) and were tested by some cacti+dd-wrt users The possible solution and tips can found here Unfortunatelly there are some problems with wireless clients info oid implementation, so sometimes you can have some problems. The template can be run for v23 also, but starting from v23 sp2 you are able to monitor wireless clients. †Technology based on IEEE 802.11ac standard specifications.Bellow there are templates for DD-WRT v24 (and v23 sp2). Maximum speed and range is achievable when used with same enhanced mode technology. 1750 Mbps is the maximum wireless signal rate achieved when using two bands (5 GHz + 2.4 GHz) of three streams simultaneously. Actual data throughput and range will vary depending upon network conditions and environmental factors, including volume of network traffic, building materials and construction and network overhead. 1300 Mbps is the maximum wireless signal rate derived from IEEE 802.11ac standard specifications achievable using three streams of 433 Mbps each. *450 Mbps is the maximum aggregate wireless signal rate derived from IEEE 802.11n standard specifications achievable using three streams of 150 Mbps each. All development, firmware updates, technical and configuration support will be provided by DD-WRT and the DD-WRT community. Buffalo AirStation Open Source DD-WRT Routers shipped after are factory pre-loaded with the open source version of DD-WRT.
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