View README-Ubiquiti-UAP-AC.md

Configuration

NOTE: ultimately configuring the device directly caused instability; I had to use the UniFi controller to provision with the option of SNMP enabled to actually get this to work...

BZ.v3.7.58# grep -i snmp /tmp/system.cfg
snmp.community=public
snmp.status=enabled
View BBB-FreeBSD.md
View Template-App-Alarm-Decoder.xml
<?xml version="1.0" encoding="UTF-8"?>
<zabbix_export>
<version>3.2</version>
<date>2017-02-26T04:08:53Z</date>
<groups>
<group>
<name>Templates</name>
</group>
</groups>
<templates>
View jenkins.yml.md

.jenkins.yml

Build configuration(s) closer to code; inspired by .travis.yml

  • Default yaml file to define a build that runs make test
  • Preserves No State Between Builds (runs all commands over SSH in isolated virtual machines)
  • The standard Unix exit code of "0" means the build passed; everything else is treated as failure.
  • Specify branches to build (whitelist, blacklist)
  • Secure environment variables (keys, configuration, ...)
View GFLT100.md

Model: GFLT100 HW: 2.0 Date: Dec. 8th 2013

UART / Serial connection (pinouts next to fiber I/O, C45, C46, J5):

WG
RB
View radio_rpi_sdr.md
View Motorola_SB6141_cmSignalData.py
#!/usr/bin/env python
# Parser for Motorola SB6141 Signal page
# Motorola_SB6141_cmSignalData.py <tablename> <column>
# Specify the tablename to return all available (Zabbix LLD format) Bonding Channel Values
# Specity tablename and column to return a specific value for the table and channel
# Data based on Model Name: SB6141, Firmware Name: SB_KOMODO-1.0.6.16-SCM00-NOSH
# Downstream: Frequency, Signal to Noise Ratio, Downstream Modulation, Power Level
# Upstream: Frequency, Ranging Service ID, Symbol Rate, Power Level, Upstream Modulation, Ranging Status
# Signal Stats (Codewords): Total Unerrored Codewords, Total Correctable Codewords, Total Uncorrectable Codewords
View makefile.md