Difference between revisions of "Implementations/Libraries"
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== D == | == D == | ||
| − | + | ; Local email tool in D, for Linux | |
{{30w compliant|yes=1}} | {{30w compliant|yes=1}} | ||
| − | Run this program once a day (for instance, per crontab) to get email notification whenever Google Maps indicates the daily target is nearer than a specified range. The first time around, run it from the commandline to configure. Configuration is stored in ~/.geohash/geohash.cfg. Use --help for info about commandline parameters. [http://paste.dprogramming.com/dpxcs3lx Source. ] [http:// | + | Run this program once a day (for instance, per crontab) to get email notification whenever Google Maps indicates the daily target is nearer than a specified range. The first time around, run it from the commandline to configure. Configuration is stored in ~/.geohash/geohash.cfg. Use --help for info about commandline parameters. [http://paste.dprogramming.com/dpxcs3lx Source. ] [http://feephome.no-ip.org/~feep/geohashdd Linux 32-bit upx compressed binary]. - Ported it again to my own language. [https://gist.github.com/9101907 Source.] [http://feephome.no-ip.org/~feep/geohashd Linux 32-bit binary] |
== Erlang == | == Erlang == | ||
| + | {{30w compliant|yes=1}} | ||
| + | |||
| + | [[Implementations/Libraries/Erlang]] | ||
| + | |||
| + | == Clojure == | ||
| + | {{30w compliant|yes=1}} | ||
| + | |||
| + | A geohash and globalhash library in Clojure: https://github.com/timmc/geohash | ||
| + | |||
| + | Maintained by [[User:Phyzome|Phyzome]], who also runs an [https://github.com/timmc/hashflash email autoresponder] that uses this library. | ||
| + | |||
| + | == Java == | ||
| + | {{30w compliant|yes=1}} | ||
| + | A Java port of the Python implementation can be found from [https://github.com/cannonerd/AdventureTablet/blob/master/src/com/wordpress/cannonerd/Geohash.java GitHub]. | ||
| + | |||
== Javascript == | == Javascript == | ||
| − | + | ; Semi-manual offline calculator | |
{{30w compliant|yes=1}} | {{30w compliant|yes=1}} | ||
If you're going to be away from internet access, you'll need to compute the hash locally: | If you're going to be away from internet access, you'll need to compute the hash locally: | ||
| − | * Download and extract this: | + | * Download and extract this: https://lab.brainonfire.net/drop/geohash-offline.zip |
| − | * Working example: | + | * Working example: https://lab.brainonfire.net/geohash-offline/calc.html |
| − | + | ;Notes | |
* All you need is a Javascript-enabled browser. Tested in Firefox so far. | * All you need is a Javascript-enabled browser. Tested in Firefox so far. | ||
* You will have to ''somehow'' acquire the [[Dow]]'s opening value for the appropriate date; there may be a service to do this. | * You will have to ''somehow'' acquire the [[Dow]]'s opening value for the appropriate date; there may be a service to do this. | ||
| Line 22: | Line 37: | ||
== k4 == | == k4 == | ||
| − | |||
{{30w compliant|no=1}} | {{30w compliant|no=1}} | ||
[[Implementations/Libraries/k4]] | [[Implementations/Libraries/k4]] | ||
| − | == | + | == Lua == |
| + | |||
| + | {{30w compliant|yes=1}} | ||
| + | Geohash and globalhash calculation in Lua (almost pure, uses wget for web access): https://github.com/atenfyr/luaGH | ||
| + | |||
| + | ==Mathematica== | ||
| + | |||
| + | {{30w compliant|yes=1}} | ||
| + | [http://mathematica.stackexchange.com/q/26724/7835 Geohashing in Mathematica] | ||
| + | |||
| + | == perl == | ||
=== Geo::Hashing on CPAN === | === Geo::Hashing on CPAN === | ||
{{30w compliant|yes=1}} | {{30w compliant|yes=1}} | ||
| Line 39: | Line 63: | ||
== Python == | == Python == | ||
| + | |||
| + | === [https://github.com/makeworld-the-better-one/geohashing/blob/master/geohashing.py geohashing.py] === | ||
| + | A python script by [[User:Cole]] that can calculate geohash coordinates, given a graticule. It can calculate globalhashes as well. It is meant to be used from the command line, but is based around functions that can be used for library usage. | ||
| + | |||
=== Code snippets === | === Code snippets === | ||
{{30w compliant|yes=1}} | {{30w compliant|yes=1}} | ||
| Line 59: | Line 87: | ||
This implementation uses [http://webpy.org/ <code>web.py</code>] to give simple, clean URLs. To contribute to it, please contact [[User:Xxv|xxv]] and he can set you up with commit access. | This implementation uses [http://webpy.org/ <code>web.py</code>] to give simple, clean URLs. To contribute to it, please contact [[User:Xxv|xxv]] and he can set you up with commit access. | ||
| + | |||
| + | == Ruby == | ||
| + | {{30w compliant|yes=1}} | ||
| + | |||
| + | [[Implementations/Libraries/Ruby]] | ||
| + | |||
| + | == Rust == | ||
| + | {{30w compliant|yes=1}} | ||
| + | |||
| + | Available on [https://crates.io/crates/geohashing crates.io] or [https://gitlab.com/Sakuhl/geohashing GitLab]. | ||
| + | |||
| + | Maintained by [[User:Kellerkind|Kellerkind]]. | ||
== Shell Script== | == Shell Script== | ||
{{30w compliant|yes=1}} | {{30w compliant|yes=1}} | ||
[[Implementations/Libraries/Shell]] | [[Implementations/Libraries/Shell]] | ||
| + | |||
| + | == C# == | ||
| + | {{30w compliant|yes=1}} | ||
| + | |||
| + | A C# command line tool, using dotnet core 3.1, where the implementation can easily be copied to other projects. Just copy two files and don't forget to mention where you found them. | ||
| + | |||
| + | Relies on geo.crox.net for the Dow Jones industrial average. | ||
| + | |||
| + | Source code and a windows binary is available on [https://github.com/roseeng/GeoHash Göran Roseen's github] | ||
| + | |||
| + | Maintained by [[User:Roseen|Göran Roseen]]. | ||
| + | |||
| + | [[Category:Implementations]] | ||
Latest revision as of 00:42, 15 April 2020
Contents
D
- Local email tool in D, for Linux
| This implementation IS FULLY 30W-compliant. |
Run this program once a day (for instance, per crontab) to get email notification whenever Google Maps indicates the daily target is nearer than a specified range. The first time around, run it from the commandline to configure. Configuration is stored in ~/.geohash/geohash.cfg. Use --help for info about commandline parameters. Source. Linux 32-bit upx compressed binary. - Ported it again to my own language. Source. Linux 32-bit binary
Erlang
| This implementation IS FULLY 30W-compliant. |
Implementations/Libraries/Erlang
Clojure
| This implementation IS FULLY 30W-compliant. |
A geohash and globalhash library in Clojure: https://github.com/timmc/geohash
Maintained by Phyzome, who also runs an email autoresponder that uses this library.
Java
| This implementation IS FULLY 30W-compliant. |
A Java port of the Python implementation can be found from GitHub.
Javascript
- Semi-manual offline calculator
| This implementation IS FULLY 30W-compliant. |
If you're going to be away from internet access, you'll need to compute the hash locally:
- Download and extract this: https://lab.brainonfire.net/drop/geohash-offline.zip
- Working example: https://lab.brainonfire.net/geohash-offline/calc.html
- Notes
- All you need is a Javascript-enabled browser. Tested in Firefox so far.
- You will have to somehow acquire the Dow's opening value for the appropriate date; there may be a service to do this.
- Remember, if you're east of 30W, you should use the previous day's opening price, even if a new one becomes available later in the day.
- The date is filled in automatically using the current timestamp.
- You'll have to combine the computed fractional coordinates with your graticule coordinates yourself.
- I grabbed MD5 and base conversion code from random internet sites.
k4
| This implementation IS NOT 30W-compliant. |
Lua
| This implementation IS FULLY 30W-compliant. |
Geohash and globalhash calculation in Lua (almost pure, uses wget for web access): https://github.com/atenfyr/luaGH
Mathematica
| This implementation IS FULLY 30W-compliant. |
perl
Geo::Hashing on CPAN
| This implementation IS FULLY 30W-compliant. |
Reusable code library that can be used from any perl program:
Alternative implementations
| This implementation IS FULLY 30W-compliant. |
Alternatives to the official implementation can be found at Implementations/Libraries/Perl.
Python
geohashing.py
A python script by User:Cole that can calculate geohash coordinates, given a graticule. It can calculate globalhashes as well. It is meant to be used from the command line, but is based around functions that can be used for library usage.
Code snippets
| This implementation IS FULLY 30W-compliant. |
Various code snippets can be found at Implementations/Libraries/Python.
Python package xkcd.geohash
| This implementation IS NOT 30W-compliant. |
There is Python package xkcd.geohash which is independent of the interactive coordinate calculator (but uses Google Finance as well).
Python 3 standard library
In Python 3.1 and above, an implementation of the geohashing algorithm is included in the antigravity module. Unfortunately importing the module will open a web browser.
>>>import antigravity (opens the xkcd comic) >>>antigravity.geohash(34,-118,b'2012-04-09-13057.57') 34.386614 -118.231675
RESTful implementation with Atom feed
| This implementation IS FULLY 30W-compliant. |
The source for the Atom feed is available through anonymous svn here: https://staticfree.info/svn/ghfeed/
This implementation uses web.py to give simple, clean URLs. To contribute to it, please contact xxv and he can set you up with commit access.
Ruby
| This implementation IS FULLY 30W-compliant. |
Implementations/Libraries/Ruby
Rust
| This implementation IS FULLY 30W-compliant. |
Available on crates.io or GitLab.
Maintained by Kellerkind.
Shell Script
| This implementation IS FULLY 30W-compliant. |
Implementations/Libraries/Shell
C#
| This implementation IS FULLY 30W-compliant. |
A C# command line tool, using dotnet core 3.1, where the implementation can easily be copied to other projects. Just copy two files and don't forget to mention where you found them.
Relies on geo.crox.net for the Dow Jones industrial average.
Source code and a windows binary is available on Göran Roseen's github
Maintained by Göran Roseen.
