Kjeld Schouten-Lebbing dbfbd489fa

[WIP] Allow multiple installations of same blueprint (#88 )

* Multi-install support, Blueprints and config changes. Initial commit

* Migrating jails to blueprints, first steps.
Tested Working:
- Transmission
- Lidarr
- Sonarr
- Radarr

fix lidarr config (+10 squashed commit)

Squashed commit:

[5f14653] always link ports folders

[f18f2f0] Optional (blueprint) ports mount
Fixes #89

[96ef7e7] chmod all the things

[129e707] same mistake... again...

[e1596dc] missing reference

[6da3567] Forgot one reference

[d78b5b6] Update wiki.yml

[cecc53a] Update filecheck.yml

[5244abd] basic settings changed.
More involved blueprints still need changes, such as: Bitwarden, nextcloud, Mariadb

[6568e92] jails -> blueprints

* Added Tested Working:
- KMS
- Plex
- Tautulli
- Organizr
- InfluxDB
- MariaDB

Many squashed small fixes included:
Make *.rc executable (+13 squashed commit)

Squashed commit:

[b28aa83] use .rc for rc.d config files

[e940a48] some mariadb cleanup

[dc27aff] testing another way

[83bd91b] Mariadb root password alter instead of update, initial config for unifi

[0ca3074] some light config cleanup

[a0d4352] also remove database from influxdb example config (db should be created when required)

[2c218cc] Prepare influxdb and remove unneeded content

[1b34109] more shellcheck fixups

[c96566c] Some shellcheck cleanup

[8969ca7] bitwarden mostly done, some work on nextcloud and unifi

[7f89bfa] initial mariadb patch

[dd7e85f] missed one problem

[f814cb7] Initial pseudo-compatibility patch for unifi

* Enable Bitwarden support and some small fixes/tweaks
Fixes #95

more bugs and typo's (+3 squashed commit)

Squashed commit:

[3b5213e] Bitwarden not correctly installing db

[b7438a5] yeah thats not gonna cut it... >.<

[e7987c2] some slight bitwarden tweaks

* Enable Unifi support and some small fixes/tweaks

small unifi cleanup. Unifi is working (+3 squashed commit)

Squashed commit:

[d906d2d] chmod unifi

[545e999] Add extra sanity, remove unneeded variables from example

[b8c0b24] Some small Unifi Tweaks

* Nextcloud Cleanup, Some fixes, Initial support for blueprintsystem
Fixes #96
Fixes #97
Fixes #98

some bloat and syntax fixes (+5 squashed commit)

Squashed commit:

[78f6428] Some more nextcloud cleanup and tweaks
- combines multiple variables for cert system selection (Fixes #98 )
- Default to self signed cert
- Force manual admin password

[7cacae4] slight fixes

[3d81cda] More cleanup

[50496cc] small mariadb fix and more nextcloud cleanup

[c1b2c20] Cleaning nextcloud
- Remove external DB (Fixes #97 )
- Remove Postgresql (Fixes #96 )
- Some preparation for blueprint

* Nextcloud done

and..  another... (+5 squashed commit)

Squashed commit:

[c65751b] caddy not installed right.

[e5da66b] more fixes

[a33300e] Damnit, two typo's same scentence

[4292a7a] another typo

[1b820cf] typo and example hotfix

* Introduce version checking for config file

2020-05-02 17:45:13 +02:00

9.7 KiB

Raw Blame History

Unifi Controller

Installation:

This jail requires an existing InfluxDB jail. InfluxDB may be created using the same install command, as long as influxdb is listed first.
Once the script runs, a user must be created in the Unifi Controller software for your Unifi-Poller user.
To view the data from Unifi-Poller, Grafana is required. Add the unifi InfluxDB database as a data source in Grafana.

Config Description

unifi_poller: boolean, true if you want to also install unifi-poller
db_jail: This is the name of your influxdb database jail, should be influxdb.
unifi_db_name: The name of the database that will be created in influxdb for Unifi Poller.
unifi_db_user & unifi_db_password: The created database's credentials for Unifi Poller.
up_user & up_password: The Unifi-Poller user credentials. This user must be created in the Unifi Controller web gui after install matching these credentials. This is for the connection between Unifi Controller & Unifi Poller

Unifi-Controller Post-Install

After the script runs and the unifi jail is running, open the web gui of the unifi jail at port 8443 (i.e. https://192.168.2.250:8443). After completing the initial setup wizard, go to Admins --> Add New Admin. Select "Manually set and share the password", enter the username and password used for up_user & up_password. Uncheck 'Require the user to change their password'. Verify "Role" is set to 'Read Only'. Click Create.

Unifi Controller documentation can be found at https://www.ui.com/download/unifi/default/default/unifi-controller-v5-user-guide

Original README from the upstream Unifi-Poller Github.

https://github.com/unifi-poller/unifi-poller

Collect your UniFi controller data and report it to an InfluxDB instance, or export it for Prometheus collection. Twelve Grafana Dashboards included; with screenshots. Six for InfluxDB and six for Prometheus.

Installation

See the Wiki! We have a special place for Docker Users. I'm willing to help if you have troubles. Open an Issue and we'll figure out how to get things working for you. You can also get help in the #unifi-poller channel on the Ubiquiti Discord server. I've also provided a forum post you may use to get additional help.

Description

Ubiquiti makes networking devices like switches, gateways (routers) and wireless access points. They have a line of equipment named UniFi that uses a controller to keep stats and simplify network device configuration. This controller can be installed on Windows, macOS, FreeBSD, Linux or Docker. Ubiquiti also provides a dedicated hardware device called a CloudKey that runs the controller software. More recently they've developed the Dream Machine; it's still in beta / early access, but UniFi Poller can collect its data!

UniFi Poller is a small Golang application that runs on Windows, macOS, FreeBSD, Linux or Docker. In Influx-mode it polls a UniFi controller every 30 seconds for measurements and exports the data to an Influx database. In Prometheus mode the poller opens a web port and accepts Prometheus polling. It converts the UniFi Controller API data into Prometheus exports on the fly.

This application requires your controller to be running all the time. If you run a UniFi controller, there's no excuse not to install Influx or Prometheus, Grafana and this app. You'll have a plethora of data at your fingertips and the ability to craft custom graphs to slice the data any way you choose. Good luck!

Backstory

I found a simple piece of code on GitHub that sorta did what I needed; we all know that story. I wanted more data, so I added more data collection. I probably wouldn't have made it this far if Garrett hadn't written the original code I started with. Many props my man. The original code pulled only the client data. This app now pulls data for clients, access points, security gateways, dream machines and switches.

I've been trying to get my UAP data into Grafana. Sure, google search that. You'll find this. What if you don't want to deal with SNMP? Well, here you go. I've replicated 400% of what you see on those SNMP-powered dashboards with this Go app running on the same mac as my UniFi controller. All without enabling SNMP nor trying to understand those OIDs. Mad props to waterside for making this dashboard; it gave me a fantastic start to making my own dashboards.

Operation

You can control this app with puppet, chef, saltstack, homebrew or a simple bash script if you needed to. Packages are available for macOS, Linux, FreeBSD and Docker. It works just fine on Windows too. Most people prefer Docker, and this app is right at home in that environment.

What's it look like?

There are 12 total dashboards available; the 6 InfluxDB dashboards are very similar to the 6 Prometheus dashboards. Below you'll find screenshots of the first four dashboards.

Client Dashboard (InfluxDB)

USG Dashboard (InfluxDB)

UAP Dashboard (InfluxDB)

USW / Switch Dashboard (InfluxDB)

You can drill down into specific sites, switches, and ports. Compare ports in different sites side-by-side. So easy! This screenshot barely does it justice.

Integrations

The following fine folks are providing their services, completely free! These service integrations are used for things like storage, building, compiling, distribution and documentation support. This project succeeds because of them. Thank you!