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A simple web-toolbox.
Latest commit f7da8ab Thomas Løcke Fixed spelling error. The status page can now be found again.
Welcome to the Yolk Web Toolbox! Contents of this README: 1. Introduction 2. Dependencies 3. References ------------------- -- Introduction -- ------------------- Yolk is an Ada based web-toolbox that sits on top of AWS, GNATcoll, Florist and XML/Ada. You will also need to compile GNATcoll with SQLite and/or PostgreSQL support in order to try the Yolk demo. If you don't want to muck about with the demo, and you have no need for PostgreSQL or SQLite, then you can safely compile GNATcoll without support for these two databases. It is important to understand that Yolk itself does very little that cannot be accomplished using plain AWS, GNATcoll, XML/Ada and Florist. It is, for lack of a better term, a convenience. Some of things that Yolk offers are: * Sending emails from the application * Loading configuration files * Handling the most common static content types (HTML, PNG, ICO and so on) * Easy Atom RSS feed generation * Switching to an un-privileged user. * Start/stop as a "regular" daemon using an rc script. * Easy logging to syslogd. Be sure to check out the Yolk demo application for a good example on how to make use of Yolk. I've only ever tested Yolk on Linux. I've no idea if it works on Windows or Mac, and I've no current plans for trying my hand at those two platforms. If you'd like to help make it work for Mac and/or Windows, feel free to contact me at email@example.com Yolk is GPLv3, see COPYING3 and COPYING.RUNTIME. -------------------- -- Dependencies -- -------------------- Yolk depends on 6 things out of the box. All of these are required: 1. An Ada 2012 compiler 2. AWS (version >= 2012, commit 7df50cc4a0a72b53aee34e9c1e836de520f2145f) 3. GNATcoll (version >= 2013, SVN revision 217516) 4. Florist (version >= florist-gpl-2012) 5. XML/Ada (version >= 4.3) 6. PostgreSQL (compile GNATcoll with PostgreSQL/SQLite to try the Yolk demo) Yolk might work with other versions of the above software, but those are the versions I've tested it with. The path to the AWS, GNATcoll, Florist and XML/Ada project files must be added to the GPR_PROJECT_PATH and ADA_PROJECT_PATH environment variables, or else your Yolk project wont compile. My usual modus operandi for setting up these 6 things goes something like this: 1. Install PostgreSQL by whatever means is fitting for the OS. 2. Install GNAT GPL in its default location (/usr/gnat) and add /usr/gnat/bin to your PATH: $ PATH=$PATH:/usr/gnat/bin $ export PATH You might want to add this to .bashrc: PATH=$PATH:/usr/gnat/bin export PATH And this to .bash_profile: if [ -f ~/.bashrc ]; then . ~/.bashrc; fi Add /usr/gnat/lib/gnat to your GPR_PROJECT_PATH and ADA_PROJECT_PATH environment variables. Of course depending on your system. Mine is Slackware. The important thing is to make sure /usr/gnat/bin is added to your PATH even after a reboot. This step is of course only necessary if you don't already have an Ada compiler installed. 3. Install GNATcoll in /usr/gnat: $ ./configure --prefix=/usr/gnat --disable-projects You should of course adjust the above configuration options to fit your needs, just make sure PostgreSQL and SQLite support is enabled, as both of these are used by the Yolk demo. You must also make sure that syslog support is compiled in, since all logging data is sent to syslog. $ make $ make install 4. Install Florist in /usr/gnat: $ ./configure --prefix=/usr/gnat $ make $ make install 5. Install XML/Ada in /usr/gnat: $ ./configure --prefix=/usr/gnat $ make all $ make docs $ make install 6. Install AWS in its default location. See makefile.conf for further information. After having run $ make setup be sure to check that makefile.setup contains the correct information. It should look something like this, of course depending on how much you've enabled in the makefile.conf file: prefix=/usr/gnat/bin/.. DEFAULT_LIBRARY_TYPE=static DEFAULT_TARGET=native ENABLE_SHARED=true ZLIB=true XMLADA=true ASIS=false IPv6=false SOCKET=openssl LDAP=false DEBUG=false PROCESSORS=2 TARGET=native Finally run $ make build $ make build_doc $ make install Don't take the above for gospel. You should _always_ read all the accompanying documentation for the software you're trying to install. For reference, I can say that on my Slackware Linux system, I have the AWS, XML/Ada, Florist and GNATcoll project files available in these directories: /usr/gnat/lib/gnat/aws.gpr /usr/gnat/lib/gnat/xmlada.gpr /usr/gnat/lib/gnat/florist.gpr /usr/gnat/lib/gnat/gnatcoll_postgresql.gpr My GPR_PROJECT_PATH / ADA_PROJECT_PATH environment variables hence contains this: /usr/gnat/lib/gnat If your distribution provides pre-made packages for all of this, you should probably use those instead. ------------------ -- References -- ------------------  Ada Web Server http://libre.adacore.com/libre/tools/aws/ Git: git clone --recursive http://forge.open-do.org/anonscm/git/aws/aws.git  GNAT Component Collection http://libre.adacore.com/libre/tools/gnat-component-collection/AA SVN: svn co http://svn.eu.adacore.com/anonsvn/Dev/trunk/gps/gnatlib/  Florist http://libre.adacore.com/libre/download2 I've not been able to track down an VCS repository for Florist yet, so you're going to have to just download the latest official package.  XML/Ada http://libre.adacore.com/tools/xmlada/ SVN: svn co http://svn.eu.adacore.com/anonsvn/Dev/trunk/xmlada/  PostgreSQL http://www.postgresql.org/  I personally use the GNAT GPL compiler from AdaCore, but there's a good chance the latest GCC Ada compiler will work just fine. http://libre.adacore.com/libre/