FreeCalypso > hg > freecalypso-tools
view INSTALL @ 424:dd0247097097
fc-shell: implemented 30 ms delay for batch mode AT commands with -p
author | Mychaela Falconia <falcon@freecalypso.org> |
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date | Sun, 28 Oct 2018 00:38:13 +0000 |
parents | 8b8e723f5699 |
children | 0a01e1c4ea54 |
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Building and installing FreeCalypso host tools ============================================== Our FreeCalypso host tools are designed to be installed in the /opt/freecalypso directory hierarchy on your system. The author of this software is very old-fashioned and refuses to use autotools (sorry, we aren't GNU), hence various hard-coded paths under /opt/freecalypso are sprinkled in bazillion places - thus changing this fixed install location is deemed to be impractical. In order to compile and install our host tools, follow these steps: 1: Run 'make' as a regular user (not root) to compile the software. 2: Decide if you prefer to have the /opt/freecalypso directory and everything under it to be owned by root or by your non-root uid. If you prefer /opt/freecalypso to be root-owned: 3A: Run 'make install' as root; the install rule in the Makefile will do mkdir -p /opt/freecalypso as its first step. 4A: You are done! If you prefer /opt/freecalypso to be owned by your "regular" non-root uid: 3B: Become root just to create the /opt/freecalypso directory and chown it to your non-root uid. 4B: Run 'make install' as your regular uid; it should succeed because you should have made yourself the owner of /opt/freecalypso with full write permission in the previous step. 5B: You are done! The host tool binaries will be installed in /opt/freecalypso/bin; you can either add this directory to your PATH or make symlinks from /usr/bin or /usr/local/bin or wherever. Dependencies ============ All FreeCalypso host tools are written in plain C and have absolutely no library dependencies beyond libc. In other words, they are very friendly to those who like bare bones minimalist systems. The previous dependency on OpenSSL libraries for DES decryption of the factory IMEI record on the Pirelli DP-L10 has been eliminated by incorporating our own simple DES implementation (performance is not a concern for the one time operation of retrieving the factory IMEI) into our rvinterf/etmsync source, and the functions that require access to Pirelli's IMEI have now been integrated into fc-fsio. Previous versions of this FC host tools package included a UI development aid utility called fc-lcdemu which needs libX11 to compile and an X11 display to run; this utility has now been moved to a separate freecalypso-ui-dev repository and is no longer a part of the core FC host tools package. libserial and Linux specifics ============================= We have our own private library called libserial which contains our serial port handling code (serial ports are what we use to talk to Calypso GSM devices), and this library exists in several different versions. At the top level of our source tree libserial is a symlink to one of libserial-* versions. Starting with fc-host-tools-r7, the default version of libserial (i.e., the version to which the libserial symlink points in the official release source) is libserial-newlnx. This version of libserial has the advantage of supporting high GSM baud rates (see doc/High-speed-serial) with FTDI adapters without needing a dirty patch to the in-kernel driver, but it comes at the price of being very specific to Linux. If you would like to run FreeCalypso host tools under FreeBSD, illumos or some other alternative-to-Linux OS, see the section titled "Support for other Unix flavors" in the doc/High-speed-serial article. Target binaries =============== If you are installing a packaged release of FreeCalypso host tools, there will be a number of prebuilt target binaries (code to be run on the Calypso ARM7 processor) in the target-bin directory; when you run make install as instructed above, these target binaries will be installed in /opt/freecalypso/target-bin. Otherwise, you will need to compile them yourself using an ARM7 toolchain as detailed below. Building and installing the ARM7 toolchain ========================================== The current "official" GNU ARM toolchain for FreeCalypso consists of binutils-2.21.1, gcc-4.5.4 and newlib-2.0.0 with a specific set of patches and build configuration options. This toolchain is used to compile target-utils in this package as well as our separately-maintained experimental FC Selenite firmware. (Our production firmwares are currently built with TI's TMS470 toolchain instead.) Build it as follows: 1. Download these 3 source tarballs for the standard GNU+newlib components: binutils-2.21.1a.tar.bz2 gcc-core-4.5.4.tar.bz2 newlib-2.0.0.tar.gz 2. Run the build+install.sh script in the toolchain directory. Read the comments in the script first for the usage instructions. The toolchain thus built will need to be in your PATH before you can compile target-utils or FC Selenite. The officially recommended install location for this toolchain is /opt/freecalypso/gcc. Please note: the toolchain that is prescribed for FreeCalypso as above is *believed* to be equivalent to the one used by OsmocomBB, but there are no guarantees. Use any other toolchain at your own risk. Compiling target-utils ====================== Running 'make' in the target-utils tree with the ARM7 toolchain present in your PATH will result in several target binaries being built, including compalstage and loadagent which are needed in order to use FreeCalypso loadtools. Run 'make install' to install these target binaries in /opt/freecalypso/target-bin, which is where loadtools will look for them. Run 'make all' in target-utils to build some additional target code pieces that are needed only for development and only very rarely.