Have you ever played or streamed sound controlled in a command line? I myself play & stream every sound controlled through command line interface. To achieve that I use an odroid c2 connected to my av-receiver.
Now the next step on our route for the guidepost standard is creating a schema to validate the Guidepost-JSON-Standard for the Tiroler Wander- und Bergwegekonzept.
As a QGIS-User on Fedora-Linux I was at first happy having QGIS 2.14.x (LTR) in the Fedora 24 repository. After installing it with DNF the problems started… QGIS had some missing dependencies:
Many different organisations have to deal with the management of guideposts – especially in alpine regions. Sometimes all the data about the guideposts is managed in databases and GIS-Systems.
Docker is the world leading software containerization platform. I tried using GitLab as versioncontrol system and Jenkings as continuos integration system but the system turned out as not completly useful.
In that way a colleague told me about a system he wants to create based on Docker.
It’s a simple self-hosted Git servise.
It contains everything importent to develop something in collaboration.
It’s a continuous integration platform build on container technology. Every build run will be triggerd by a push to a repository if it’s linked to drone.
It’s a fine powerfull tool and a nice reverse proxy. With it we are able to provide the GoGs and the drone to the internet more secure and with SSL encryted.
We will colleced the SSL/TLS certificates from a Let’s Encryt service.
This week Facebook started to block the usage of Facebook messages/chats on mobile devices just with the browser – Facebook forces their „products“ (=customers) to use their messenger-App (with all the device-rights this app wants…).
A little detour allows to further use FB messages/chat with your mobile browser 🙂
Shapefile Top30 airports 2015 with passenger numbers 2013-2015 as an attribute – Downloads
After importing geodata from the GIS to MongoDB and creating a spatial index (part 1), the exciting (spatial) adventure starts. With „normal“ (relational) databases and their spatial extensions (Oracle spatial, PostgreSQL/PostGIS, SQLite/Spatialite,…) a lot of spatial queries and geoprocessing are possible. So let’s try to find out which adresses have to be evacuated 250m around some „event“…
MongoDB (3.2) is a kind of database-hipster at the moment – with improving support for spatial data. So it was time for me to discover some of it’s features concerning spatial data. As a GIS-user my first intention was to get some bigger simple (point) geodata into MongoDB. Part 1 covers this topic, part 2 will cover some spatial operations within MongoDB. I also want to do some performance checks between PostgreSQL/PostGIS and MongoDB related to geodata.