CUAir's Updates:
So far, this seems to work on Mac OS and Linux.
How to compile:
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Install dependencies:
wget flex bison autoconf gettext texlive ncurses-dev(might be ncurses-devel) -
own the opt folder (or read below how to change the install location)
sudo chown $USER /opt
make -j<n>
n is the number of cores on the build machine
If compiling on Mac, run source fix-xcode-warnings.sh.
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Wait.
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GDB currently fails to build on Linux, thats okay, it's not needed.
This is a project for the port of GCC (the GNU Compiler Collection) to the Parallax Propeller.
Please use the Makefile to build Propeller GCC.
To build from scratch use: $ make
All the files will be placed in a ../build directory. You can also build individual components, e.g "make gdb" to build gdb.
Cross compilation from Linux to Windows or Raspberry Pi is also supported by the Makefile, e.g. "make CROSS=win32" or "make CROSS=rpi". See README.cross for more details.
Output is placed in /opt/parallax by default (/opt/parallax-win32 or /opt/parallax-rpi for cross compiles). You can change this by saying "make PREFIX=".
Directory organization is as follows:
binutils - binutils 2.23.1 (complete) plus propeller changes demos - some demos for the compiler (see below) doc - some propeller specific library documentation gcc - gcc 4.6.1 (complete) plus propeller changes gdb - gdb 7.3.1 plus propeller changes gdbstub - interface between gdb and the propeller lib - propeller libraries loader - propeller-load serial loader and communications program ncurses - terminal library; needed to build gdb on Raspberry Pi newlib - a different C library (not currently used) spin2cpp - a tool to convert Spin programs to C or C++ spinsim - Dave Hein's Propeller simulator
--------------------------- demos ---------------------------------
A number of demos are provided. In each directory there should be a Makefile. To build the demo do "make"; to run it do "make run".
Of particular interest is the demo/toggle directory, containing a number of different ways of toggling an LED, using one or multiple COGs.
--------------------------- test suites ---------------------------------
Copy the contents of propgcc/dejagnu to /opt/parallax/share/dejagnu.
Set the environment variable DEJAGNU to /opt/parallax/share/dejagnu/site.exp.
If you are not using a C3 board, edit /opt/parallax/share/dejagnu/board/propeller-sim.exp to reflect the actual board you are using. The propeller-load options are given in the line that reads: set_board_info sim,options "-bc3 -r -t -q" Modify the command line to whatever you need to run XMM programs with propeller-load on your system.
Make sure that your Propeller board is connected and turned on, then in build/gcc, do: make check-gcc RUNTESTFLAGS="--target_board=propeller-sim"
--------------------------- .pdf documentation --------------------------
in build/gcc do: make pdf make install-pdf
This will copy various .pdf files to the /opt/parallax/share/doc directory. The ones in the root of that directory (gmp.pdf, libiberty.pdf, libquadmath.pdf, mpc.pdf, and mpfr.pdf) are not really interesting, since they are for libraries used in building the compiler.
The ones in the gcc/ subdirectory, in particular gcc/cpp.pdf and gcc/gcc.pdf, are the "real" compiler documents. They do have some propeller specific information in them, although more is needed.