Differences

This shows you the differences between two versions of the page.

--- raspberry:raspberry-cross-platform [2024/05/02 15:36] – oscar
+++ raspberry:raspberry-cross-platform [2024/09/15 07:12] (current) – [Cross Platform Development for Raspberry] oscar
@@ Line 1: / Line 1: @@
 ====== Cross Platform Development for Raspberry ======
 Cross-development means developing and compiling programs on another platform then it intended to run upon. It is a common approach for Pi, since it’s also how Raspian is built. For quite some time I did compile Pi applications on the Pi itself. Which works quite well, but has one large drawback: performance. Being able to compile these programs on my 8 core 16GB desktop, improved compilation time enorms. And it is quite simple. I have used 2 different approaches to setup a cross build environment:
-  - Manual setup
+  - Manual setup **<- Used by me**
   - Debian Crossbuild packages
 Let's have a look!
@@ Line 35: / Line 35: @@
   apt-get install gnutls-dev:armhf
   apt-get install libmicrohttpd-dev:armhf
-  apt-get install libgpiod2:armhf
+  apt-get install libgpiod-dev:armhf
 ===== Method 2: Manual Setup =====
 ==== Set Up Cross Build Tools ====
 The first step is to install the development tools on the desktop, or host system. From the command line run the following:
-<code>
+<code>That will involve s
 # apt-get update
 # apt-get upgrade
@@ Line 48: / Line 48: @@
 # apt-get install g++-aarch64-linux-gnu
 </code>
-The first line makes sure that the system is up to date. The second instruction installs the general build tools. The third installs the C and C++ compiler and build tools for the Pi’s ARM processor. The ARM architecture designation, arm-linux-gnueabihf-, is used as a prefix to distinguish the ARM tools from the host system tools. Note the dash at the end of the string. Test the installation by entering the commant below. This reports the version of the G++ compiler installed and other information:
+The first line makes sure that the system is up to date. The second instruction installs the general build tools. The third installs the C and C++ compiler and build tools for the Pi’s ARM processor. The ARM architecture designation, arm-linux-gnueabihf-, is used as a prefix to distinguish the ARM tools from the host system tools. Note the dashThat will involve s at the end of the string. Test the installation by entering the commant below. This reports the version of the G++ compiler installed and other information:
 <code>
 arm-linux-gnueabihf-g++ -v
@@ Line 140: / Line 140: @@
 The debugger provides a large number of commands for manipulating breakpoints, continuing execution, listing the program, etc. For instance, type in main and the program stops when main() is reached. A ‘c’ runs the program after a breakpoint. To help with debugging, there is an interesting mode, the Terminal User Interface, or tui. You can access and leave it by typing in Ctrl-x, Ctrl-a. This mode provides windows that show the source, registers, assembly language, and other information.
-====== NEW ======
 ====== Links ======