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Overview
| Artifact ID: | 8ae54b257135e791a9200048126897a07bd63446 | 
|---|---|
| Page Name: | Build instructions | 
| Date: | 2018-02-03 12:46:21 | 
| Original User: | schelte | 
| Mimetype: | text/x-markdown | 
| Parent: | b4fa652d3df9bd4c1ea0c827004d5ec78afe6af9 (diff) | 
Content
Build instructions
Regular build
To be able to build the library on a Raspberry Pi itself, you need to do the following:
- Install the packages tcl8.5-dev, libi2c-dev, and autoconf, if necessary: sudo apt-get install tcl8.5-dev libi2c-dev autoconf
- Download the piio sources.
- Unpack the tarball: tar xvf piio.tar.gz
- Go to the source directory: cd piio
- Get the standard tclconfig files: wget -qO- http://core.tcl.tk/tclconfig/tarball/tclconfig.tar.gz | tar xzv
- Create the configure script from configure.in: autoconf
- I prefer to build in a separate directory: mkdir build;cd build
- Run configure: ../configure --with-tcl=/usr/lib/tcl8.5
- Build the library: make
- Optionally install it: sudo make install
Cross compiling
Compiling on the Raspberry Pi itself is slow. Since the code of the piio library isn't very big, it's not a big problem. But of course, it's also possible to cross compile the library on a more powerful linux system. To do that, you need a cross compile environment. One way to create that is using the build-cc script. Make sure you have installed all necessary development packages before running the script.
You'll also need a stubs library compiled for a Raspberry Pi. You can generate that by cross compiling Tcl first.
Next, run the following commands:
wget -qO- http://core.tcl.tk/tclconfig/tarball/tclconfig.tar.gz | tar xzv
autoconf
mkdir build
cd build
eval $(~/root/cross-compilers/setup-cc armv6-hardfloat-linux-gnueabi)
../configure -host=armv6-hardfloat-linux-gnueabi --with-tcl=~/rpi/tcl8.5.15/build
make