MIT apache-ssl (rev7) with tomcat

MIT's apache-ssl software is based on the Apache webserver, and includes our added support for ssl and Java servlet development. Support for Java servlets is for the Solaris platform only, due to the lack of the JSDK for any other platform.

• Software components that make up apache-ssl rev7
• Currently supported platforms
• How to install and start the apache-ssl software
• Where do I get help
• Support and maintenance
• Contents of the apache-ssl locker
• Pros and cons of running your own webserver
• Revision history

• The current (rev7) version of the apache-ssl software is based on:
  • apache_1.3.19, available from apache.org
  • openssl-0.9.6a, available from the OpenSSL Project
  • apache-ssl, incorporating apache_1.3.19 and ssl_1.44, , available from apache-ssl.org
  • ApacheJServ-1.1.2, available from Apache Java Group (Available only for the Solaris platform, used only with apache-ssl rev7 with jserv)
• We have built, tested and provide pre-compiled binaries of apache-ssl (rev7) for:
  • Solaris version 5.8, architecture 4x (4m, 4u)
• We have pre-built several httpd servers, which are included as binary files in the current distribution:
  • httpd which is an Apache server with DSO enabled
  • httpsd which is an Apache server with SSL and DSO enabled
  • httpsd+athena which is an Apache SSL server, with DSO enabled and short URL (an Athena specific feature)
  • httpsd+jserv which is an Apache server with SSL, DSO and Jserv engine.
• If our pre-compiled binaries do not suit your needs, you can build your own apache-ssl webserver using our source distribution ( found in /var/https/source, once you untar our distribution tar files).
• See the section below for information on getting the apache-ssl distribution. The apache-ssl distrubtion consists of tarfiles which contain all sources, documentation and examples for you to run one of the pre-compiled webservers or to build your own custom apache-ssl (rev7) webserver. Basically, you untar the distribution onto /var on your local disk. You then edit one or more configuration files to run one of the pre-compiled webservers, or you can build your own server on your local disk.

Linux

• We have not yet ported the software to Linux, but may do so at some point.

Windows NT

• We have not ported the software to NT, and have no plans to do so.

How to Get, Install and Start MIT's apache-ssl with tomcat software

• All Solaris: Get var.ssl.tar.gz, which will go into the /var/ssl/ directory on your webserver
• Solaris apache-ssl with tomcat: Get var.https.tomcat.tar.gz, which will go into the /var/https/ directory on your webserver

Untar the files
The basic method involves untarring the files. If you are making an apache-ssl webserver for the first time, or if you want to overwrite an existing one, you can simply untar them in /var/ssl/ and /var/https/. If you will be updating a previous installation of an apache-ssl webserver, or if you already have other things in /var/ssl/ or /var/https/, you will need to take more care, and figure things out on your own.

Updating a previous installation of apache-ssl
If you are running one of our "cookie-cutter" versions of apache-ssl (up to rev5) and want to update to rev7, you basically need to put some new binaries in place and make a few configuration file changes. We provide some sketchy information as a starting point for experienced Unix systems administrators.

If you are running a custom apache-ssl server and want to update it to rev7, you should probably pick up the entire rev7 distribution as you would if you were setting up an apache-ssl webserver for the first time

Setting up a cookie-cutter installation of apache-ssl
To set up an apache-ssl webserver for the first time:

• Get and untar the tarfiles as described above.
• Follow the instructions in the README file

Notes:

• After you untar the files that go into /var/https/bin/, you'll notice a number of files that start with the name httpsd. You can verify that these binaries run on your system and find out what modules have been compiled in using the commands

       /var/https/bin/httpsd -v
  

  to see the version number, and

       /var/https/bin/httpsd -l
  

  to see the compiled-in modules. You can run these commands to look at each of the webserver binaries that are included in the distribution, and you can set the symlink from httpsd to point to whichever one you want to use.
• jserv assumes that your environment (specifically, the webserver's environment) is java1.3, and that it is found in the directory /var/java1.3. If you do not have a java1.3 environment, download var.java1.3.tar.gz and untar it in /var/java1.3.
• AFS access: These files are located in the "rev7/arch" directory in the locker, under "rev7/arch/SYS/tar" where SYS represents the platform type.
• These are essentially "cookie cutter" installations, with a few pre-compiled binaries. If you install them exactly according to the instructions, they should work as expected. In particular, you must install them in /var/https/ and /var/ssl/. The distribution contains all sources and documentation, so if you need to make changes, it is relatively simple for an experienced Unix system adminstrator to compile and configure an apache-ssl webserver to meet your needs. (example build commands).
• Get the server certificate from the MIT CA ( How to), which you will need if you want your webserver to handle "https" connections. Install an rc script to automatically start/stop the server on reboot. (example of rc file )

Obsolete versions

• rev5
• rev4

Getting Help

Keep informed

Known problems and defects

Support and Maintenance

• The main supporter of this software is miki@mit.edu
• Address general questions regarding setting up secure webservers at MIT to web-help@mit.edu

Users group Send general questions to the apache-ssl users at MIT at apache-ssl-users@mit.edu

Bug Reports Send bug reports to apache-ssl@mit.edu

Maintainers

• Software: Miki Lusztig miki@mit.edu
• Documentation: Anne Salemme salemme@mit.edu

Contents of apache-ssl locker

• The apache-ssl locker contains sources, documentation, and examples of the apache-ssl webserver, which is the webserver supported by MIT Information Systems. The locker also includes several pre-compiled binaries which contain some popular features, as well as sources and instructions to build custom webservers which use other features.
• This is the seventh revision (rev7) of the apache-ssl locker, based on new revisions of apache software. The rev7 software is available for Unix/Athena platforms running Solaris (4u,4m).
• The apache-ssl locker is accessible to any AFS client under

      /afs/athena.mit.edu/software/apache-ssl/
  

  or to web browsers at

      http://web.mit.edu.ezproxyberklee.flo.org/apache-ssl
  

• The sources for MIT's apache-ssl software are based on sources of diverse origin: the Apache webserver, available from apache.org); Open Secure Socket Layer (SSL), (available from the OpenSSL Project); and the Java Servlet Development Kit (JSDK) from Sun Microsystems. and Apache Jserv which enable Appache Web server to run Java servlets (available from Apache Java Group).
• The locker contains the Java Servlet Development Kit (JSDK), available from Sun Microsystems, which can be used to develop and test server extensions based on the servlet API (used for the Apache Jserv).

Revision History

• First release, rev1, on 1/22/98
• Second release, rev2, on 10/5/98
• Third release, rev3, on 1/21/99
• Fourth release, rev4, on 9/3/99
• Fifth release, rev5 on 7/13/00
• Sixth release, rev6, never released
• Seventh release, rev7, on 12/5/01