A tool to find out the way to any "planet".
$ fifa -h
Usage: fifa [options...] [matchers...]
Options:
-a ATTRIBUTE Show value of attribute
-f FORMAT Show formatted connection string
Possible formats are jdbc, sqlplus, url, tns or pqdb
-n, --no-color Print errors without colors
-g, --group Group planets by attribute value
-p, --pretty Pretty print output as a table
-s, --sort Print planets in sorted order
-t, --type Show type of planet
-c, --count Show count of matching planets
-h, --help This help text
-v, --version Show version number
You'll need to add your ORBIT_FILE first to your profile:
$ export ORBIT_FILE=/path/to/orbit.json
Download the latest version from the release page and add the executable to your PATH.
Get the connection by type:
$ export ORBIT_FILE=/path/to/orbit.json
$ fifa app-package-1 app-package-2
user@hostname-1.de
user@hostname-2.de
$ fifa -f tns db-package
(DESCRIPTION=(ADDRESS_LIST=(ADDRESS=(PROTOCOL=TCP)(HOST=host.de)(PORT=1234)))(CONNECT_DATA=(SID=hostid)))
Passing ids is optional. If no ids are specified, then fifa executes the request for all found planets.
Get the type:
$ fifa -t db-package
db
Get a specific attribute:
$ fifa -a port db-package
12343
Get count of matching planets:
$ fifa -c type=db@tags:ora10 type=db@tags:ora11
0
25
Get count of planets group by type:
$ fifa -c -g type
41
82
84
85
Pretty print output:
$ fifa -p app-package db-package web-package
+-----+-------------+--------+-----------+------------------------+
| ./fifa -p app-package db-package web-package |
+-----+-------------+--------+-----------+------------------------+
| NR. | ID | TYPE | NAME | CONNECTION |
+-----+-------------+--------+-----------+------------------------+
| 0. | app-package | server | Server | user1@url1.de |
+-----+-------------+--------+-----------+------------------------+
| 1. | db-package | db | Database | url_url1.bla.blergh.de |
+-----+-------------+--------+-----------+------------------------+
| 2. | web-package | web | Webserver | https://url.1.net |
+-----+-------------+--------+-----------+------------------------+
As its done the good old way:
$ fifa planet-1 planet-2
That basically means to find any planet with id planet-1 or planet-2 and is just a shortened way for:
$ fifa id=planet-1 id=planet-2
Which is a shortened way for:
$ fifa @id=planet-1 @id=planet-2
The opposite, e.g. find all planets who have a different id other than planet-1 and planet-2 can be expressed as follows:
$ fifa %id=planet-1%id=planet-2
Or by using a regular expression:
$ fifa %id:planet-1|planet-2
Lets find all productive server Jens has to take care about:
$ fifa type=server@env=prod@tags:Jens
Format used by the ski tool:
$ fifa --no-colors -f ski
1|app-package|server|My App-Package|user1@url1.de
0|other-package|server|Other Package|missing user
1|db-package|db|My DB-Package|OP-DB:user1@url1.de
1|web-package|web|My Web-Package|https://url.1.net
The general format is type|id|name|type specific connection.
Clone the repo:
$ git clone https://github.com/katzer/fifa.git && cd fifa/
Install the dependencies:
$ bundle
And then execute:
$ rake compile
To compile the sources locally for the host machine only:
$ MRUBY_CLI_LOCAL=1 rake compile
You'll be able to find the binaries in the following directories:
- Linux (64-bit Musl):
build/x86_64-alpine-linux-musl/bin/fifa - Linux (64-bit GNU):
build/x86_64-pc-linux-gnu/bin/fifa - Linux (64-bit, for old distros):
build/x86_64-pc-linux-gnu-glibc-2.9/bin/fifa - OS X (64-bit):
build/x86_64-apple-darwin17/bin/fifa - Windows (64-bit):
build/x86_64-w64-mingw32/bin/fifa - Host:
build/host/bin/fifa
For the complete list of build tasks:
$ rake -T
Bug reports and pull requests are welcome on GitHub at https://github.com/katzer/fifa.
- Fork it
- Create your feature branch (
git checkout -b my-new-feature) - Commit your changes (
git commit -am 'Add some feature') - Push to the branch (
git push origin my-new-feature) - Create new Pull Request
The code is available as open source under the terms of the Apache 2.0 License.
Made with ❤️ in Leipzig
© 2016 appPlant GmbH