Download this shell script / power shell script / … , which does all the dirty work:
- download all required libraries
- do the complete configuration
- make
Nice :-)
… if it really works this way.
Download this shell script / power shell script / … , which does all the dirty work:
Nice :-)
… if it really works this way.
github is the great platform for distributed version control. In this post we do not talk about using github and working with git, but instead about downloading a tarball or ZIP package and especially a particular version.
In their introduction on the Wt main page they write:
“…Wt (pronounced as witty) is a C++ library for developing web applications…”
The idea of writing web apps in C++ sounds a bit weird at first, but I found Wt the ideal solution for me and the following project:
I wanted to use a Raspberry Pi as a mini server which periodically logs into a Fritzbox, reads out the phone caller list and displays this on a small LCD
Wt being the main service behind and an easy way to configure this and be able to query more detailed information.
Compiling directly on the Raspberry Pi (working under Raspbian) is possible, and in fact, some things are easier this way. But using a complete IDE on the Raspi will be really slow.
If we want to write a small tool with a few C files, the native gcc on the Raspi will be sufficient. And we do not have to care about different versions of glibc or else. Compiling the kernel or some larger project can take hours or even more than one day.
So using a cross compiler will be the solution.
In the following sections we assume that we either need a cross compiler for :
Both were my personal requirements for a cross toolchain. Using Wt on the Raspi is a bit special and of course not a requirement which many will have. More to Wt and it’s usage later (on a separate post).
MyClass myClass = SomeFunc() as MyClass; // just to show we are accessing a string property Console.WriteLine(myClass.SomeProperty);
Well, a good question. I am not a “digital native” and no Twitter guy. Born in 1964, my first computer was a Commodore VC-20 (aka VIC-20 outside Germany). Since then, I was a developer in several languages (Basic, Assembler, Pascal, C, C++, Perl, PHP, C#). Over the years, many tools and some bigger applications have been developed.
I thought it was time to give back some of my experiences and document free source codes, modules, libraries and more.
I am also interested in electronics (both analog and digital), ham radio (I am a licensed short wave radio amateur), photography, and many other things. But currently, I will focus on software development…
You may have wondered how the main image of RSPROG was built. It has been created with POV-Ray. POV-Ray creates (renders) images based on text files written in the POV-Ray scene description language.
Specify the camera position, the position of the light sources and some objects such as spheres, and POV-Ray generates the image.