Provided by: dacs_1.4.28b-3ubuntu1_amd64 
NAME
dacs.install - DACS installation guide
DESCRIPTION
This document describes how to configure and install this release of DACS. Please read it
carefully.
Important
• Installation requires the GNU make command (gmake[1]) and GCC[2].
• The examples here and in other DACS documentation assume that DACS is installed in
its default location, /usr/local/dacs. If you specify a different location at
build time, please keep this in mind as you read the documentation. This also
applies to third-party packages, which you may install where convenient, provided
you are careful not to confuse or combine different versions of the same package;
in this document's examples we install them under /usr/local and unpack their
source code under /local/src.
• In some command line examples, long lines have been split to improve readability;
copying and pasting may not work.
• Whenever you upgrade to a more recent version of DACS, please do not forget to
install the mod_auth_dacs module that comes with your new version of DACS.
• Please pay careful attention to the descriptions of the third-party packages
below. Our philosophy is that DACS should be used with the most recent stable
versions of third-party packages available at the time DACS is released. This
helps to ensure that a DACS deployment has the latest security features and bug
fixes.
You should build third-party packages in the order in which they are discussed
below because packages that are discussed earlier may require some that appear
later.
For a few third-party packages, it is important that you use the exact version
that is mentioned. Do not use anything newer or older.
For some third-party packages, a particular release is recommended. It is less
critical that you use the recommended release, but older releases may have
important bugs, including security problems. A release newer than the one(s)
specified will not have been tested with DACS - and a release older than the
one(s) specified may not have been tested with DACS - so if you choose to use such
a release you are on your own.
You may save yourself time and headaches if you just use the recommended releases.
Sometimes the recommended version of a third-party package will be fine on some
platforms but will not build or is buggy on another platform. Whenever possible,
the DACS installation instructions suggest an alternative version, and you may
proceed with that version, or a recent version of your choice - but keep the
preceding comments regarding older releases in mind and ensure that a "gmake test"
of DACS completes successfully.
• On Mac OS X you will probably need to install the Xcode[3] development
environment.
• On some systems it will be necessary to use ldconfig(8)[4] (or equivalent) so that
your system finds the correct shared libraries for programs that are executed by
the web server, including the DACS web services.
Trying DACS
If at this time you only want to try DACS rather than doing a full install, review the
information below regarding third-party packages and then proceed to follow the
instructions you will find in dacs.quick(7)[5], which is a step-by-step tutorial for
installing and configuring DACS.
Upgrading DACS
If DACS 1.4 is already installed on your system and you are not changing any third-party
packages or installation options, for a "quick and dirty" upgrade you can often install a
new release on top of a previous release. While this will leave your existing DACS
configuration files alone, it will also leave files that are no longer needed by the new
DACS. Be sure to check the new distribution's release notes and the rest of this manual
page for any notable differences and incompatibilities - you may need to make some
adjustments to your pre-existing installation.
It is possible for minor, incompatible changes introduced by a new release to cause
temporary, user-visible problems. For example, changes to the format of credentials might
invalidate sessions (i.e., DACS HTTP cookies) issued by the earlier release, requiring
users to reauthenticate.
1. Make a backup copy of the previous install, just in case. It is especially important
to make copies of all data files (such as DACS password files, other kinds of account
files, encryption keys) and any custom configuration (such as access control rules).
2. Obtain and unpack the new distribution and chdir to it;
3. Review dacs.readme(7)[6] and the instructions in this document;
4. Copy src/config.nice from your installed version to the new src directory, make any
updates and corrections that are necessary, and configure DACS:
% cd src; sh ./config.nice
5. Build DACS:
% gmake
6. We recommend that you remove some of the files from the previous release in case they
are no longer required or have been renamed. Unless you have put non-standard files in
them or made non-standard customizations, it is safe to simply delete these
directories and their contents:
% rm -f -r /usr/local/dacs/{acls,bin,include,lib,man,www}
7. Stop httpd:
% apachectl stop
8. Install DACS:
% gmake install
9. Make and install the latest mod_auth_dacs module[7]:
% cd ../apache; gmake tag install
10. Restart httpd:
% apachectl start
or
% apachectl startssl
11. Check that DACS appears to be working correctly. You may find it handy to construct a
set of links or bookmarks that you can use after installing or configuring DACS to
invoke various DACS web services with appropriate arguments; for instance, try
dacs_authenticate(8)[8]dacs_current_credentials(8)[9], dacs_prenv(8)[10],
dacs_list_jurisdictions(8)[11], dacs_conf(8)[12], dacs_signout(8)[13], and
dacs_version(8)[14]. Review the DACS log file for any error messages or warnings.
DACS on Windows
DACS is not currently supported on Microsoft Windows platforms. Cygwin[15], which
provides a GNU/Linux-like environment for Windows, is not an officially-supported
platform, but DACS releases usually build on it.
To run DACS utilities and commands on Windows (such as dacscheck), it appears to be
sufficient to install the binaries along with the Cygwin run-time libraries that they
require, such as /bin/cygwin1.dll and /bin/cygcrypt-0.dll.
Installing DACS
The following describes how to install DACS.
Important
• If another release of DACS is present, rename your previous release, install the
new release, and then copy any site-specific configuration files from the previous
release to the new release.
• Be careful not to mix DACS binaries and support files from different releases;
this can lead to strange behaviour that is often hard to resolve.
• If you are installing or upgrading a third-party package, make sure that you are
building it against the correct include files and libraries (e.g., that the DACS
build is not finding an old version, or using include files from one version and
library files from a different version, or that httpd is trying to use the wrong
version of an OpenSSL library). This is frequently the cause of build and run-time
problems.
1. Unpack the DACS distribution and move to its root directory.
2. Familiarize yourself with the system by:
• reading this document;
• running:
% src/configure --help
• browsing through the documentation (best done by loading man/index.html[16] into
your browser);
• deciding where you want the various components to be installed; and
• considering which optional features you may want (you can easily make changes at
any time, so do not be too concerned about this).
3. A few third-party packages are required by DACS and must be built before DACS can be
configured and built. Please note carefully if any special exceptions apply to your
particular platform and third-party package needs. Although you may have better luck,
sometimes we experienced problems building the recommended packages (or combinations
of packages) on certain platforms; whenever possible, we try to provide a workable
alternative. Late-breaking updates are sometimes available in the release's
Post-Release Notes[17].
Important
It is not necessary to actually install these packages, you only have to build
them so that the DACS build can use their libraries, include files, and so on,
directly from where you build the packages. You may chose to do this if you do not
want to upgrade an existing version of the package, or if you are unable to do so.
Build these packages in the order in which they are listed below.
If you install a package, you may need to be root or use sudo(8)[18] (e.g., "sudo
make install").
These packages are not distributed with DACS and have licensing terms completely
separate from those of DACS that are your responsibility.
Third-Party Package Index:
• Expat: XML parser
• OpenSSL: Crytographic toolkit
• Apache: Web server
• Berkeley DB, gdbm, ndbm: dbm-type database libraries
• SQLite: SQL database engine
• Samba: Microsoft Windows interoperability suite
• libxml2, xmlsec1: XML toolkit and security libraries
• OpenLDAP: Lightweight Directory Access Protocol software
• Readline: Command line history and editing
1. Install the Expat XML parser
This release of DACS has been tested with Expat[19]2.1.0 and we recommend that you
use that release.
For use with DACS, Expat can either be built with -prefix=/usr/local or something
like -prefix=/usr/local/expat-2.1.0, whichever you prefer. In the former case, you
can omit the --with-expat when configuring DACS or use --with-expat=/usr/local,
and in the latter case you must use --with-expat=/usr/local/expat-2.1.0. Here is
how we usually build Expat after unpacking it:
% cd expat-2.1.0
% ./configure --prefix=/usr/local/expat-2.1.0
% make
(All should go well.)
% make install
(All should go well here, too.)
Note
On Win2K/Cygwin, only a static library is needed. From the root of the expat
distribution directory:
% cd lib; ar rv libexpat.a *.o; ranlib libexpat.a
If the build fails, reconfigure using --enable-shared=no and
--enable-static=yes and try to build it again.
2. Install OpenSSL
DACS uses cryptographic functionality provided by OpenSSL[20]. This release of
DACS has been tested with openssl-1.0.1e and we recommend that you use that
release with DACS. Apache should be built using the version of OpenSSL
recommended by the particular Apache release - using a more recent version of
OpenSSL may introduce build problems or run-time bugs in Apache. It is not
necessary for Apache and DACS to use the same release of OpenSSL.
Notes
• Releases of Apache prior to 2.0.55 do not work (as shipped) with
OpenSSL0.9.8 or newer.
• DACS will probably work with openssl-1.0.0x, although those versions are
no longer officially supported. DACS will not work with
openssl-0.9.8[mno] ("gmake test" fails); openssl-0.9.8l is the last of the
pre-openssl-1.0.0x releases at one time known to work correctly with DACS.
• If you need InfoCard support and you have upgraded to openssl-1.0.0 or
newer, it may be necessary to rebuild xmlsec1[21] against the new library
(if you need to rebuild, "gmake test" will fail).
• When building openssl-0.9.8j on FreeBSD7.0, problems were encountered that
caused "make install" to fail; corrections to Makefiles under the fips
subdirectory solved the problem.
• On OpenSolaris, more serious problems building openssl-0.9.8j and
openssl-0.9.8k were found and neither could be successfully completed;
with the same options and environment, openssl-0.9.8i and openssl-0.9.8l
built without incident, however, and the latter was used for testing on
that platform. There were also problems forcing the runtime linker to use
OpenSSL libraries other than the default system versions, despite the
guidance of the relevant manual pages; it was necessary to set
LD_LIBRARY_PATH appropriately (use dacsversion -v to verify that the
expected libraries are being used at runtime). Note that OpenSolaris is no
longer a supported platform.
• If you are enabling DACS support for Java, add the -fPIC flag to config
when you are building OpenSSL.
• In some configurations you may want or require shared OpenSSL libraries;
if so, add the shared command line flag to config when building OpenSSL.
• Solaris 8 (and perhaps other platforms) may require a patch[22] before
OpenSSL will work properly. Please consult the latest OpenSSL
documentation.
• For Solaris 10 x86, review OpenSSL'sPROBLEMS file to see if you must apply
a patch before OpenSSL will compile correctly with GCC.
• Here is how we built OpenSSL:
% ./config --prefix=/usr/local/openssl-1.0.1e --openssldir=/usr/local/openssl-1.0.1e -fPIC shared
• On Mac OS X, however, it was necessary to explicitly request a 64-bit
build of OpenSSL:
% ./Configure darwin64-x86_64-cc --prefix=/usr/local/openssl-1.0.1e --openssldir=/usr/local/openssl-1.0.1e -fPIC shared
3. Install Apache2.4.3 or 2.2.23
You will need an SSL-capable Apache[23] server (build Apache with --enable-ssl)
that uses a recent version of OpenSSL (build Apache using --with-ssl=path, see
above[24]).
Tip
You can install a subset of DACS that does not require Apache and does not
require anyDACS configuration. These stand-alone, general-purpose utility
commands, such as dacshttp and sslclient, might be of interest to you even if
you are not interested in any other parts of DACS. Look for BASIC_PROGS in
Makefile.in to see which commands will be installed.
To build this subset, use --with-apache=omit when running configure. Please
continue to review the information about third-party packages in this
document, but you can ignore anything that follows that is related to Apache
and mod_auth_dacs.
If you want to use mod_auth_dacs[7] as a dynamic module, which is the recommended
configuration, make sure that mod_so is built-in to your httpd ("httpd -l"
displays a list).
Important
• This release of DACS has been tested with both Apache2.2.23 and
Apache2.4.3. We strongly recommend that you use either of those versions.
If necessary, DACS will probably also work with 2.0.51 and newer, or 2.2.2
and newer, but not with releases older than that.
• If suitable APR, APR-UTIL, and other support libraries have already been
installed on your system, you may be able to perform a basic build and
install of Apache2.4 with a command like:
% cd httpd-2.4.3
% ./configure --prefix=/usr/local/apache2-2.4.3 --enable-ssl \
--with-ssl=/usr/local/openssl-1.0.1e
% make install
Detailed instructions for building Apache2.4.3 can be found in Apache's
INSTALL file. For the testing platforms, we get the APR and APR-UTIL
libraries from apr.apache.org[25] and unpack them in the Apache
distribution's srclib directory, then rename them srclib/apr and
srclib/apr-util, respectively, as it says in INSTALL. We currently use
apr-1.4.6 and apr-util-1.5.1. When building httpd, run configure with the
--with-included-apr flag.
On CentOS5.9, the Apache build initially failed with a complaint about not
finding pcre-config. To solve this, we did:
yum install pcre-devel.x86_64
When configuring for the DACS build it was not necessary to use the
--with-apache-apr flag.
• When building Apache2.2, running configure as shown above will work in
some cases (distributions of the 2.2 branch include the APR and APR-UTIL
libraries). Nevertheless, we usually first build and install APR
(srclib/apr) and APR-UTIL (srclib/apr-util), and then build httpd using
the --with-apr and --with-apr-util flags. This may be helpful to know if
you run into problems. Also, if you encounter problems building
dacsversion, it may be necessary for you to go back and build APR with the
--disable-lfs flag to disable large file support on your platform. When
you build DACS in an upcoming step, you will probably need to use the
--with-apache and --with-apache-apr flags (see Third-party support
options[26]). If you are going to use the --with-berkeley-db flag when
building APR-UTIL (e.g., --with-berkeley-db=/usr/local/BerkeleyDB.5.1),
you may want to temporarily skip ahead to build Berkeley DB[27] before
returning here to continue your Apache build. (Note: it appears that
apr-util2.2.23 will not work with versions of Berkeley DB newer than 5.1;
refer to documentation for its --with-dbm flag).
• Here is how we built Apache2.2 after unpacking it:
% cd httpd-2.2.23
% cd srclib/apr
% ./configure --prefix=/usr/local/apache2-2.2.23/apr-httpd --disable-lfs CFLAGS=-fPIC
% make install
% cd ../apr-util
# See notes below for adding LDFLAGS
% ./configure --prefix=/usr/local/apache2-2.2.23/apr-util-httpd
--with-apr=/usr/local/apache2-2.2.23/apr-httpd
--with-expat=/usr/local/expat-2.0.1
--with-dbm=db51
% make install
% cd ../..
# See notes below for adding LDFLAGS
% ./configure --prefix=/usr/local/apache2-2.2.23 --enable-ssl
--with-ssl=/usr/local/openssl-1.0.1e
--with-apr=/usr/local/apache2-2.2.23/apr-httpd
--with-apr-util=/usr/local/apache2-2.2.23/apr-util-httpd
LDFLAGS="-rpath /usr/local/db-5.1.29/lib -rpath /usr/local/openssl-1.0.1e/lib"
% make install
This builds a very basic server; you can enable other options if you want.
Because we deal with multiple versions of third-party packages, each
release is installed separately, hence the version numbers in the
pathnames.
Your mileage may vary, but when doing the top level Apache configuration
above on FreeBSD it was necessary to add "-rpath /usr/local/db-5.1.29/lib
-rpath /usr/local/openssl-1.0.1e/lib" to LDFLAGS so that Apache commands
could find shared libraries at run time.
On Linux, it was necessary to add "-Wl,-rpath /usr/local/db-5.1.29/lib
-Wl,-rpath /usr/local/openssl-1.0.1e/lib" to LDFLAGS when building
apr-util and at the top level.
Alternatively, on either platform the ldconfig command or LD_LIBRARY_PATH
might be used.
It appears that the LDFLAGS above should be omitted on Mac OS X.
• In some configurations an "undefined ssl_hook_Fixup symbol" error or
"Cannot load modules/mod_ssl.so into server" error is produced by httpd
when it starts up. This was also seen in earlier releases of Apache. These
errors can be due to an apparent bug in the Apache build procedure that
results in the mod_ssl module not knowing where libssl.so and libcrypto.so
are, even though the correct path was specified at Apache build time
through the --with-ssl flag to configure.
One solution is to make mod_ssl a built-in module instead of a dynamically
loaded module. Build Apache using something similar to this (using the
--enable-ssl=static flag is the important change):
% ./configure --prefix=/usr/local/apache2-2.4.3 --with-ssl=/usr/local/openssl-1.0.1e --enable-ssl=static
Then do a "make install". Note that you will need to comment out the
httpd.conf directive that loads mod_ssl:
# LoadModule ssl_module modules/mod_ssl.so
Now, from the Apache installation directory, try:
% bin/httpd -l
If httpd cannot find your OpenSSL libraries, you will see an error message
like this:
error while loading shared libraries: libssl.so.1.0.0: cannot open shared object file: No such file or directory
Tell the linker where the OpenSSL libraries are by setting the
LD_LIBRARY_PATH environment variable for httpd; for example:
% sh -c "export LD_LIBRARY_PATH=/usr/local/openssl-1.0.1e/lib; bin/httpd -M"
You may also be able to resolve the problem using the ldconfig command,
but we don't know if that could possibly break other programs that expect
a different version of the OpenSSL library. You will need to always set
LD_LIBRARY_PATH before running httpd, maybe using an alias or script. If
you use apachectl to manage Apache, you could simply have it set
LD_LIBRARY_PATH (also see the Apacheenvvars script, which is sourced by
apachectl).
• One difference to be aware of between the Apache2.0 branch and subsequent
branches is that the default Apache configuration of the newer branches
may deny all access by default; some DACS files should be publicly
accessible, however, so you may need to explicitly allow this. For
example, in httpd.conf:
<Directory /usr/local/dacs/www>
Satisfy Any
Allow from all
Options Indexes FollowSymLinks
</Directory>
• Apache1.3 is not supported; please consult the FAQ[28]. DACS has not been
tested with Apache2.3 or 2.4.
• We do not support using mod_auth_dacs with a non-source install of Apache;
we have received feedback that it can be done manually without much
effort, however. In this case, we believe that the install may go more
smoothly if you use the configure flag --disable-shared.
Tip
Check that Apache is working properly and that it is actually using the
version of OpenSSL that you are expecting. It is important to confirm that
your server is working correctly with your web resources beforeDACS gets
involved - doing so can save you time and frustration.
You can see your httpd'sServer response-header by connecting to your server
(e.g., using telnet) and engaging in an interaction with it similar to the
following (note the last line of output):
% telnet localhost 80
Trying 127.0.0.1...
Connected to localhost
Escape character is '^]'.
GET / HTTP/1.0
HTTP/1.1 200 OK
Date: Tue, 30 Aug 2011 21:27:17 GMT
Server: Apache/2.2.23 (Unix) mod_auth_dacs/1.4.27(Release date 17-Oct-2012 00:00:01) mod_ssl/2.2.23 OpenSSL/1.0.1c
4. A few third-party packages are optional and whether you need them depends on which
optional features of DACS you require. These packages must be built before DACS can be
configured and built. If you decide you want to add or remove optional capabilities
after building DACS, it is easy to do so later.
Tip
If you are new to DACS, it may be a good idea to first build it without any
optional packages. After you have gotten the basic system working to your
satisfaction, rebuild DACS with the optional components you need. Or, if you are
not sure at this time which optional packages you need, return to this step later.
1. Berkeley DB, gdbm, ndbm DB (dbm-type databases)
If you want to be able to store DACS configuration information in a database or
need to access files managed by Apache'smod_auth_dbm, you may use Berkeley DB[29]
from Oracle Corporation[30] (Sleepy Cat Software was acquired by Oracle in
February, 2006). A suitable version may already be installed on your system.
Version db-5.3.21 is being used for testing, but somewhat older or newer versions
should be fine. See the DACS configure arguments: --enable-bdb[31],
--disable-bdb[32], and --with-bdb[33].
Tip
You may find that you must sign on to the Oracle site before it allows you to
download Berkeley DB. You may be able to avoid this by using a URL such as
http://download.oracle.com/berkeley-db/db-5.3.21.tar.gz, or you may be able to
obtain BDB elsewhere (such as at linux.softpedia.com, pkgs.fedoraproject.org,
or fossies.org). Consider validating the downloaded file using a checksum
published on a different site, however.
The default is to use Berkeley DB if it is available, but if you do not want to
use Berkeley DB you can disable it (--disable-bdb[32]) and get similar
functionality from the NDBM library, or from GNU GDBM (version 1.8.3, 1.9.1, or
1.10) in its NDBM compatibility mode. These libraries may already be installed on
your system. Get GDBM from ftp://ftp.gnu.org/gnu/gdbm[34]. See the
--enable-ndbm[35] and --enable-gdbm[36] configure flags.
Notes
• It may be necessary to create (or update) links to the Berkeley DB
installation directory to avoid problems when building other packages. For
example, if you install it in /usr/local/bdb-5.3.21:
% ln -sf /usr/local/bdb-5.3.21 /usr/local/BerkeleyDB.5.3
% ln -sf /usr/local/bdb-5.3.21 /usr/local/db53
• Here is how we built Berkeley DB for DACS after unpacking it:
% cd build_unix
% ../dist/configure --prefix=/usr/local/bdb-5.3.21
% make
(All should go well.)
% make install
(All should go well here, too.)
• You cannot use both --enable-ndbmand--enable-gdbm, but you can use either
one along with --enable-bdb.
• GNU GDBM1.9.1 and newer may not interoperate correctly with databases
created by older versions of GNU GDBM; consult its source code and
documentation for details.
• A deficiency in configuration processing is that the locations of the GNU
GDBM and NDBM libraries cannot be specified; the standard configuration
search path is used. A future version should provide --with-gdbm and
--with-ndbm flags.
• The NDBM-workalike, sdbm[37], is not currently supported. It may be added
to a future release, however, particularly if it is requested.
2. SQLite
The SQLite[38] database, which can be used together with the dbm-type
databases[27], is another option for storing DACS configuration information.
Version 3.7.14.1 is being used for testing (we use the "autoconf" tarball). See
the DACS configure arguments: --enable-sqlite[39], --disable-sqlite[40], and
--with-sqlite[41].
Notes
• Here is how we built SQlite:
% ./configure --prefix=/usr/local/sqlite-3.7.14.1
3. Samba
If you want to be able to authenticate against Microsoft NTLM (see
local_ntlm_authenticate[42]), you must obtain Samba[43]. This release of DACS has
been tested with samba-3.6.12, and we strongly recommend that you use that
version. It is not known whether this release of DACS will work with any other
version of Samba - we do not officially support them.
DACS NTLM authentication has been tested against Windows Server 2012.
Note
DACS requires the Samba source distribution to be built but it does not matter
if Samba is installed. The DACS build procedure looks for include files and
libraries relative to the Samba distribution's root directory.
To build Samba for DACS, from your Samba distribution's ./source3 directory do:
% ./configure --enable-static=yes --with-ads=no --with-ldap=no --disable-swat --disable-cups --disable-pie \
--enable-external-libtalloc=no --enable-external-libtdb=no
% make
Then, when configuring DACS, specify the directory where Samba was unpacked, for
example:
--with-samba=/local/src/samba-3.6.12
See the DACS configure arguments: --enable-ntlm-auth[44] and --with-samba[45].
4. libxml2 and xmlsec1
If you need InfoCard support (see local_infocard_authenticate[46]), libxml2[47]
and xmlsec1[21] are required. Build libxml2 and OpenSSL first, because xmlsec1[21]
depends on both of them. This release of DACS has been tested with libxml2-2.9.0
and xmlsec1-1.2.18, and we strongly recommend that you use those versions. It is
not known whether this release of DACS will work with any other versions - we do
not officially support them.
Notes
• Here is how we built libxml2:
% ./configure --prefix=/usr/local/libxml2-2.9.0
Due to an apparent bug in the code (in threads.c) that results in a syntax
error, it was necessary to add --with-threads=no on some platforms, such
as Mac OS X.
• Here is how we built xmlsec1:
% ./configure --prefix=/usr/local/xmlsec1-1.2.18
--with-libxml=/usr/local/libxml2-2.9.0
--with-openssl=/usr/local/openssl-1.0.1e --with-gnu-ld
--enable-static-linking --disable-crypto-dl --disable-apps-crypto-dl
Except on Mac OS X:
% ./configure --prefix=/usr/local/xmlsec1-1.2.18 \
--with-libxml=/usr/local/libxml2-2.9.0 --with-gnu-ld --enable-static=yes \
--enable-shared=yes --with-nss=/Applications/Firefox.app/Contents/MacOS \
--with-nspr=/Applications/Firefox.app/Contents/MacOS \
--with-openssl=/usr/local/openssl-1.0.1e \
--disable-crypto-dl
• Due to an apparent error in its build procedure, we sometimes encountered
the following error message:
*** Warning: Linking the shared library libxmlsec1-openssl.la against the
*** static library /local/openssl-1.0.1e/lib/libcrypto.a is not portable!
After ensuring that libcrypto.so (or libcrypto.dylib) had been installed
when building OpenSSL, to correct the xmlsec1 build problem we did "make
clean", re-ran configure as above, and edited src/openssl/Makefile under
the root of the xmlsec1 distribution directory to change all occurrences
of "libcrypto.a" to "libcrypto.so". It was sometimes also necessary to
delete the -ldl flag on those same lines, and in other Makefile files in
the distribution (and making sure the flag was not specified by
xmlsec1-config). After those changes, we ran make again. Additionally, it
was sometimes necessary to specify CFLAGS="-I/usr/local/include
-L/usr/local/lib".
• Another problem related to this library on a CentOS platform resulted in
an error message similar to this:
Cannot restore segment prot after reloc: Permission denied
The solution was to issue the command (adjust the path as necessary):
% chcon -t texrel_shlib_t /usr/local/xmlsec1-1.2.18/lib/libxmlsec1-openssl.so
• When including InfoCard support on Mac OS X, it was necessary to tell the
dynamic linker where to find the xmlsec1 library (despite using the -rpath
flag during the build). To work around this, do something like the
following (or equivalent):
% setenv DYLD_LIBRARY_PATH /usr/local/xmlsec1-1.2.18/lib
Ensure that "gmake test" does not fail.
• Due to an apparent bug in configure.in, on FreeBSDconfigure may
incorrectly use the -ldl flag in generated Makefiles. Either edit all
Makefiles to remove all occurrences of the -ldl flag, or edit
configure.in, add a "*-*-freebsd*" case like the others in the "OpenSSL"
section, run autoconf to regenerate configure, and then "make clean" and
re-run configure.
• Your experience may differ, but we found xmlsec1 to not cooperate when we
wanted to work with multiple installations of libxml2 - apparently if a
libxml2 directory or link has been installed, its build procedure seems to
use that version, regardless of what is specified on the command line,
requiring manual editing of its Makefiles. Check that the correct instance
of xml2-config is being used.
The DACS build procedure uses xmlsec1-config, a program that comes with xmlsec1.
If InfoCard support is enabled, the build procedure will look in some standard
places for this command. You can specify its location with the
--with-xmlsec1-config[48] flag.
See the DACS configure arguments: --enable-infocard-auth[49] and
--with-xmlsec1-config[48]
5. OpenLDAP
Authentication through LDAP or Microsoft Active Directory (see
local_ldap_authenticate[50]) is implemented using OpenLDAP[51]. This release of
DACS has been tested only with openldap-2.4.33 and we strongly recommend that you
use that version.
It is not known whether this release of DACS will work with any other version of
OpenLDAP - we do not support them. DACS may work properly with OpenLDAP versions
at least as old as 2.2.24, if you really must use one of them.
DACS has been tested against Windows 2000 Server SP4.
If the --with-ldap flag is not given (in which case LDAP authentication must be
enabled; e.g., via --enable-ldap-auth), configure will search for OpenLDAP headers
and libraries; if found, it will assume they are a suitable version and use them.
If --with-ldap is given (either because OpenLDAP is not installed or an unsuitable
version is installed), headers and libraries relative to the root of the specified
directory will be used rather than any installed OpenLDAP files; it is not
necessary to installOpenLDAP, you only need to build it - so you do not need to be
concerned about hassles associated with upgrading or any other versions that might
already be installed on your system.
To build OpenLDAP for DACS, from the root of your OpenLDAP distribution do:
% ./configure --disable-slapd --enable-static
% make
If so instructed, do a "make depend" before the make.
See the DACS configure arguments: --enable-ldap-auth[52] and --with-ldap[53]
6. Readline
The history and editing functionality provided by the GNU Readline Library[54] can
be nice to have when using dacsexpr(1)[55] interactively. This release of DACS has
been tested with version 6.2, although we have used readline-6.0 and readline-6.1
with recent releases of DACS. Note that you may need to compile Readline with the
-fPIC flag ("make CFLAGS=-fPIC").
It is not necessary for you to installreadline, you only need to build it - so you
do not need to be concerned about hassles associated with upgrading or any other
versions that might already be installed on your system.
Notes
• When building on Mac OS X, it was necessary to fix a bug by editing
shlib/Makefile and making this change:
#SHOBJ_LDFLAGS = -dynamic
SHOBJ_LDFLAGS = -dynamiclib
See the DACS configure arguments: --with-readline[56]
5. Configure and build DACS libraries, services, commands, and utilities
See Build Options[57] for build alternatives and options to configure.
% cd src
% ./configure
% gmake
To confirm that DACS has been built with the third-party packages that you intended,
from the run:
% ./version -v
You should ensure that the sslclient utility is working correctly. From the src
directory, you can test it using the following command:
% perl -e 'printf "GET / HTTP/1.0\n\n";' | ./sslclient dacs.dss.ca:443
which should print the contents of https://dacs.dss.ca to the standard output. You
should repeat this test substituting the name of your server and port.
Tip
After building DACS, it is strongly recommended that you run the self-tests
(expression evaluation, crypto code, string handling, and so on) from the src
directory:
% gmake test
If any error occurs during testing, testing will stop immediately and a message
will be displayed. In this event, first check that you are using the recommended
software packages and that your build flags are correct. Most often, problems are
the result of mixing header files or library files from different versions of a
third-party package (e.g., OpenSSL) or incorrect file permissions. If you cannot
find anything wrong with your configuration, please submit a bug report that
includes the self test output and describes your platform (you can include the
output of "./version -v").
6. If all looks good, install DACS
% gmake install
Notes
• If gmake complains about not being able to find xsltproc, docbook.xsl, or
something that might be related to installing the documentation, try:
% (cd ../man; gmake touch)
% gmake install
• This will install the rules for the standard DACS web services and run
dacsacl(1)[58] to create and install an index for them.
• You can specify DESTDIR[59] to gmake when installing or uninstalling:
% gmake DESTDIR=/tmp/mydacs install
The installation process may prompt you for the owner name and group name to use for
files and directories; it will guess at reasonable defaults for your platform. The
appropriate responses will depend on local conventions, but to start with you might
set the owner to your login name or root, and the group name to the same name that is
used by Apache (specified by the Group[60] directive in httpd.conf).
Tip
While running "gmake install", important instructions regarding manual
installation steps may be displayed. A copy is written to .build_notes, truncating
any previous contents.
7. As part of the installation procedure, the DACS manual pages are copied into the
DACSman directory (default: /usr/local/dacs/man). If you adjust your MANPATH
environment variable to include that directory, try:
% man dacs
While it is occasionally handy to view the manual pages using the man command, the
HTML documentation is far superior.
8. Build a DACS-enabled httpd
Please consult apache/README in the DACS distribution for details and, from the apache
directory, do:
% gmake help
Security
You can build the mod_auth_dacs module[7] with a module identification string (a
"version tag") with varying amounts of detail, or without a tag. For a full-length
tag, use "gmake tag", for a simple tag use "gmake smalltag", or to disable the tag
use "gmake notag" or "gmake module". We suggest that you compile mod_auth_dacs
with a tag so that Apache'sSERVER_SIGNATURE and Server response header field can
include DACS version identification; this makes it easy to tell which version of
DACS the server is running and helps to detect mismatches. If mod_auth_dacs is
compiled with debugging enabled or if the SetDACSAuthDebug[61] directive enables
debugging, additional version information is added to the tag. For production use,
identifying the modules in your Apache server is considered by some to be a
potential security weakness - you may reasonably choose not to include the version
tag. For some versions of Apache, module identification can be suppressed at
runtime through its ServerTokens[62] directive.
If you want mod_auth_dacs[7] to be a dynamic module, which is recommended, do:
% cd apache
% gmake tag
% gmake install
Check that your httpd.conf has the appropriate LoadModule directive.
If you want mod_auth_dacs module[7] to be a static module:
1. Copy apache/mod_auth_dacs.c to Apache'smodules/aaa directory
2. Re-run Apache's configure, adding mod_auth_dacs (--with-module=aaa:auth_dacs)
3. Reinstall Apache:
% make install
4. Verify that mod_auth_dacs appears in the list of Apache modules:
% httpd -l
Tip
Because mod_auth_dacs[7] references symbols in mod_ssl, apparently those symbols
must be loaded beforemod_auth_dacs is loaded. This can be ensured by statically
compiling mod_ssl into httpd (configure httpd with --enable-ssl and verify with
"httpd -l") and using the following directive in httpd.conf to dynamically load
the mod_auth_dacs module:
LoadModule auth_dacs_module modules/mod_auth_dacs.so
Alternatively, it may be sufficient to dynamically load
mod_sslbeforemod_auth_dacs.
If mod_ssl symbols are unavailable when they are needed, you'll probably see a
message like the following when you try to start httpd:
mod_auth_dacs.so: undefined symbol: ssl_hook_Fixup
After you've installed mod_auth_dacs, restart httpd.
If you built the module with a tag, verify that the DACS version identifier appears in
SERVER_SIGNATURE. You can do this by hitting Apache'sprintenv CGI program from your
browser or using a command like:
% http "http://myserver:myserverport/cgi-bin/printenv"
(first making sure that Apache'sprintenv CGI is executable) and examining the
SERVER_SIGNATURE environment variable, or by running:
% telnet myserver myserverport
and typing:
OPTIONS * HTTP/1.0
followed by a blank line and examining the Server response header.
Note
• The URLs that follow will use http and omit myserverport. Substitute https
and/or include myserverport as necessary for your configuration.
• If you install a new version of DACS, please make sure that you use the
mod_auth_dacs module that comes with it. Follow the instructions above.
9. An assortment of DACS files, including HTML documentation and CSS files, are copied
into the DACSwww directory (default: /usr/local/dacs/www).
While you can view the documentation simply by pointing your web browser at the
DACSwww directory, it is recommended that you make it available through Apache using
its Alias[63] directive because the default site configuration (site.conf-std) expects
handlers and DTDs to be available using certain URLs.
Add lines like the following to your httpd.conf:
Alias /dacs "/usr/local/dacs/www/"
Alias /css "/usr/local/dacs/www/css/"
Alias /dtd-xsd "/usr/local/dacs/www/dtd-xsd/"
Alias /examples "/usr/local/dacs/www/examples/"
Alias /handlers "/usr/local/dacs/www/handlers/"
Alias /infocards "/usr/local/dacs/www/infocards/"
Alias /man "/usr/local/dacs/www/man/"
Alias /misc "/usr/local/dacs/www/misc/"
Alias /mod "/usr/local/dacs/www/mod/"
To see the DACS DTD files from your browser, you can also add:
AddType text/plain .dtd
These .dtd files are only used to document XML structures and messages used by DACS
and are cited in the documentation.
You should also uncomment these two directives in your site.conf file:
XSD_BASE_URL "/dacs/dtd-xsd"
DTD_BASE_URL "/dacs/dtd-xsd"
Tip
After restarting httpd, you can view the documentation using a URL that looks like
http://myserver/dacs/man or simply http://myserver/man.
10. Access to all DACS web services (everything installed in the .../cgi-bin/dacs
directory) must be controlled by DACS; that is, they must be "DACS-wrapped". Assuming
you are following the defaults for installing DACS, these are the only files that are
required to be DACS-wrapped.
DACS-wrapping a resource or set of related resources involves:
• Configuring Apache so that it uses DACS to manage access to the contents of a
directory or portion of URL space and
• Configuring one or more DACS access control rules for the jurisdiction responsible
for the resources (this is done for the DACS web services by the default ACLs).
Configuring Apache involves, at minimum, adding directives like the following to the
appropriate VirtualHost section of httpd.conf:
AddDACSAuth dacs-acs /usr/local/dacs/bin/dacs_acs "-t -v"
SetDACSAuthMethod dacs-acs external
SetDACSAuthConf dacs-acs "/usr/local/dacs/dacs.conf"
<Location /cgi-bin/dacs>
AuthType DACS
AuthDACS dacs-acs
Require valid-user
# Note: For Apache 2.4, instead use:
# Require dacs-authz
Options ExecCGI
</Location>
Tip
Remember to restart Apache after making changes to httpd.conf.
Some administrators may choose to make all content or all CGIs DACS-wrapped. That is
probably a more secure approach, although of course it can be somewhat less efficient
than segmenting the server's URL space into "secure" and "insecure" areas. Content
that is not DACS-wrapped is totally oblivious to DACS and incurs no overhead due to
DACS. Also, this approach may necessitate making "holes" in the URL space for
non-access controlled resources, which must be done with care.
Tip
If you decide to DACS-wrap everything, you will likely want to add rules to grant
access to various public resources, such as CSS files, robots.txt, favicon.ico,
and various public DACS resources, such as its man, dtd-xsd, etc. directories (see
the instructions for the Alias directive above). The default ACL acl-stddocs.0
does this for some resources, but you may need to extend the list to grant access
to additional public resources.
Initial Configuration
Tip
At this point, reviewing dacs.quick(7)[5] is strongly recommended. It provides a
detailed example of what needs to be done to make your DACS operational and how to do
some basic testing.
Tip
The interactive dacsinit utility can perform the steps described below quickly. You
will find dacsinit in the distribution's src directory. It can be run anytime after
DACS has been built and installed. It produces a directory structure for the
federation, copies the distribution's site configuration file, creates a minimal
dacs.conf for the federation and one jurisdiction, makes federation and jurisdiction
encryption keys, and generates metadata for the jurisdiction. The resulting
configuration can be used immediately by DACS commands and by DACS web services after
Apache has been configured for DACS.
Passing the -d flag to dacsinit causes it to append a string to certain paths and
filenames so that, for debugging or test purposes, it is unlikely to overwrite any
"real" configuration files. Passing it the -n flag causes it to display what it would
do without performing any of the actions.
Having installed DACS, the next major step is to do some initial configuration of your
federation and jurisdiction(s). At each jurisdiction in your federation you will need to
do the following:
1. Install the default site configuration file. The distribution comes with a default
site configuration file found in the distribution's conf/site.conf-std file. The
installation procedure copies this file into the DACSfederations directory. After
making a backup copy of any federations/site.conf file that is already there, copy
federations/site.conf-std to federations/site.conf, applying any customizations you
require (customizations are usually done in dacs.conf though, so that you can simply
copy on top of the previous site.conf). Note that conf/site.conf-std may well change
in a new release and you should use the latest version.
2. As part of the installation procedure, a default set of access control rules is copied
into the DACSacls directory (default: /usr/local/dacs/acls). The default site.conf
file (site.conf-std) configures DACS to look in that directory for the default rules.
These rules control access to DACS web services and are sufficient for proper
operation.
Tip
If your installed DACS web services have a filename suffix (e.g., .cgi, you should
probably build DACS with an appropriate --with-cgi-suffix flag or customize the
rules manually. If it is necessary to change the default rules, consider
overriding them at the jurisdiction level instead of editing a default ACL file -
this will make it easier for you to upgrade because you will not have to carry
these changes forward to future releases of DACS.
Security
Access to some administrative and experimental DACS web services is completely
disabled or restricted by default; change these with care and at your own risk,
particularly if your web server is reachable from the Internet.
3. Configure your dacs.conf file at each jurisdiction. At the very least, you must
provide FEDERATION_DOMAIN[64], FEDERATION_NAME[65], and JURISDICTION_NAME[66]
directives; all other required directives will come from the site.conf file installed
in an earlier step if you do not specify them.
4. Use dacskey(1)[67] to make encryption keys for the federation (if you are creating a
new federation) or obtain a copy of the federation's encryption keys for each new
jurisdiction (if you are joining an existing federation). Each jurisdiction in a
federation must have a copy of the same federation keys.
5. Use dacskey(1)[67] to make encryption keys for each new jurisdiction (each
jurisdiction will have different keys).
6. Create a group definition that describes your jurisdictions - see dacs.groups(5)[68] -
and install an identical copy at each jurisdiction.
7. Check ownership and permissions on DACS executables and data files.
Security
All access to DACS configuration files (dacs.conf, site.conf) and keys must be
limited to the DACS administrator and the DACS CGI programs called by Apache. The
installation process tries to set this reasonably, but you should re-check now and
after making changes because it is vital to maintain a secure system (e.g., ls -lR
/usr/local/dacs).
Initial Testing
Having configured Apache and DACS, you should try some basic DACS web services to make
sure that they are working properly before you go on to make customizations.
For example, invoke dacs_version(8)[14] from your browser to check that it is properly
DACS-wrapped (adjust the URL for your environment):
% http "http://myserver/cgi-bin/dacs/dacs_version"
Review the DACS log files (default: /usr/local/dacs/logs/*) to see what happened. You can
also try dacsversion(1)[69] from the command line.
You should verify that dacs_list_jurisdictions(8)[11] works properly.
The next step is to configure an authentication method - see dacs_authenticate(8)[8] and
try to authenticate. Once that appears to be working, you can try
dacs_current_credentials(8)[9], dacs_prenv(8)[10], dacs_conf(8)[12], and
dacs_signout(8)[13].
Build Options
Running configure generates config.nice (over-writing any previous contents), which can be
executed at some later time if you want to re-run configure with the same arguments.
Tip
After you are happy with your configuration, consider squirrelling away a copy of
config.nice in case you want to reconfigure DACS or for use with later releases of
DACS.
It is possible to "bundle" several of the DACS utility programs together into a single
binary called dacs. This is similar to what OpenSSL does with its openssl command. Instead
of running:
% dacsacl ...
you would run:
% dacs dacsacl ...
Running dacs without arguments displays the list of built-in utilities. Some utilities
have multiple names that are equivalent; these appear in a comma-separated list. To build
this combined command, add the flag bundle=yes to command lines when building and
installing:
% gmake bundle=yes
% gmake bundle=yes install
The commands that are bundled into the dacs command won't be built as separate programs.
To build and install both bundled and unbundled commands:
% gmake bundle=both
% gmake bundle=both install
Command: gmake or "gmake build"
This will build libraries, services, and utilities in the source directory. By
default, the build process will create shared libraries and binaries if they are
supported on your platform.
Tip
If you encounter problems while building DACS with shared libraries, use
--disabled-shared and --enable-static with configure and try building it again.
Command: "gmake install"
This will install all DACS components. We recommend that everything other than CGI
binaries be put under /usr/local/dacs, which is the default. The CGI binaries are by
default installed in .../your-apache-dir/cgi-bin/dacs. By default, DACS utilities will
be installed in /usr/local/dacs/bin, which you may want to put on your PATH for
convenience.
Command: "gmake clean"
Removes binaries, object files, and other junk in the build directory
Command: "gmake distclean"
Does a "gmake clean" and cleans up so that configure can be re-done.
Command: "gmake extraclean"
Does a "gmake distclean" and removes configure. After this, do:
% autoconf -I../include
and then run configure.
Command: "gmake uninstall"
Removes installed binaries, include files, and libraries
Other useful build commands (these should be self-explanatory):
% gmake build-services
% gmake build-progs
% gmake build-static
% gmake build-shared
% gmake build-static-services
% gmake build-shared-services
% gmake build-static-progs
% gmake build-shared-progs
% gmake build-shared-lib
% gmake install-libs
% gmake install-shared-lib
% gmake install-static-lib
% gmake install-progs
% gmake install-services
Configure Options
To verify that this documentation is up-to-date, please run:
% configure --help
This will also tell you which features are enabled (or disabled) by default. Standard
build and install options.PP
--prefix=PREFIX
The root for the installation hierarchy [/usr/local/dacs], which is referred to as
the symbol and variable DACS_HOME[70]
--exec-prefix=EPREFIX
The root for the architecture-dependent hierarchy [PREFIX]
--bindir=DIR
Where DACS utilities are installed [EPREFIX/bin]
--libdir=DIR
Where DACS libraries are installed [EPREFIX/lib]
--includedir=DIR
Where DACS include files are installed [EPREFIX/include]
--mandir=DIR
Where DACS manual pages are installed [EPREFIX/man]
--enable-shared
Generate shared libraries
--enable-static
Generate static libraries
--disable-prefix-check
Disable prefix path check. The prefix path check does some sanity tests on PREFIX.
Feature selection options.PP
--enable-access-tokens
Compile with the authorization caching feature
--enable-all-auth
Enable all authentication methods; you can use this flag and then individually
disable methods (e.g., --enable-all-auth--disable-apache-auth would enable all
methods except Apache password authentication
--enable-apache-auth
Enable Apache password authentication directly through DACS
--enable-bdb
Enable Berkeley DB support (default is yes). If you don't want it, use
--disable-bdb
--enable-cas-auth
Enable CAS authentication
--enable-cert-auth
Enable X.509 client certificate authentication
--enable-dacs-conf
Specify default DACS config file
--enable-dacs-log
Specify initial DACS log file
--enable-debug
Compile with debugging
--enable-developer
Compile with development flags
--enable-fts
Use included fts(3)[71] library
--enable-gdbm
Enable ndbm support using gdbm's compatibility API (gdbm(3)[72])
--enable-grid-auth
Enable one-time password grid authentication
--enable-infocard-auth
Enable InfoCard authentication and support
--enable-java
Enable Java support
--enable-ldap-auth
Enable LDAP authentication and roles
--enable-local-roles
Enable private DACS roles module (enabled by default)
--enable-native-auth
Enable authentication via Apache modules
--enable-ndbm
Enable native Unix ndbm API support
--enable-ntlm-auth
Enable NTLM authentication
--enable-pam-auth
Enable PAM authentication
Important
The PAM module should be considered experimental. Test it carefully before
production use.
--enable-passwd-auth
Enable DACS password-protected account authentication
--enable-rule-patterns
Enable extended URL patterns when matching a request against ACLs (this is an
add-on feature)
--enable-simple-auth
Enable simple DACS account authentication
--enable-sqlite
Enable SQLite support (default is no). If you don't want it, use --disable-sqlite
--enable-token-auth
Enable one-time password token authentication
--enable-unix-roles
Enable Unix groups roles module (enabled by default on Unix platforms)
--enable-user-info
Compile with the user information reporting feature
Third-party support options.PP
--with-apache=DIR
Root Apache install directory; if DIR is "omit", however, a basic subset of DACS
will be installed (also see above[73]) (example: if Apache files have been
installed in /usr/local/apache2.2/include, /usr/local/apache2.2/conf, etc., use
--with-apache=/usr/local/apache2.2)
--with-apache-apr=DIR
Root ApacheAPR install directory; required only when Apache2.2 or 2.4 are used
(example: --with-apache-apr=/usr/local/apache2.2/apr-httpd)
--with-apache-apr-config=PATH
ApacheAPR configuration program; required only when Apache2.2 or 2.4 are used and
the correct program is not on the search path; this flag may be required if the
build system has more than one instance of Apache installed or if you have
installed Apache in a non-standard location (example:
--with-apache-apr-config=/usr/local/apache2.2/apr-httpd/bin/apr-1-config)
--with-apache-apr-cpp-defs=FLAGS
Preprocessor flags required when compiling files that include ApacheAPR code; may
be required with some "non-standard" cases when Apache2.2 or 2.4 are used and
"apr-1-config --cppflags" is unavailable or does not report the correct flags
(example: --with-apache-apr-cpp-defs=-D_LARGEFILE64_SOURCE)
Note
It has been reported that on some GNU/Linux platforms, such as Ubuntu, it is
necessary to define these symbols when building DACS code that includes APR
header files (such as dacsversion):
#define LINUX 2
#define _REENTRANT
#define _GNU_SOURCE
#define _LARGEFILE64_SOURCE
--with-apache-apr-includes=DIR
ApacheAPR include files directory; required with some "non-standard" cases when
Apache2.2 or 2.4 are used and apr-1-config is unavailable or does not report the
correct directory (example: --with-apache-apr-includes=/usr/bin/include/apr-1.0)
--with-apxs=PATH
By default, the build procedure expects the Apacheapxs utility to be bin/apxs,
relative to Apache's installation directory. On systems where this is incorrect,
you must specifically configure the path for apxs. (example:
--with-apxs=/usr/sbin/apxs2)
--with-bdb=DIR
Location of the root of the installed Berkeley DB libraries, include files, etc.;
for example --with-bdb=/usr/local/db-5.3.21. This implies --enable-bdb.
--with-cgi-bin=DIR
Location of Apache CGI files for DACS web services. This will resolve to
DIR/cgi-bin/dacs if it exists, or DIR/dacs if that exists, or DIR if its last
component is "dacs".
--with-cgi-suffix=SUFFIX
When installing CGI executables, add SUFFIX as the file extension. A typical value
for SUFFIX is ".cgi". The default access control rules for DACS web services (via
the VFS item type dacs_acls) respect this suffix. On Windows platforms, where
".exe" is the standard extension for programs, SUFFIX is set to that by default.
Using a SUFFIX of "no" sets the extension to the null string.
--with-dacs-conf=PATH
Specify default DACS config file (default: PREFIX/federations/dacs.conf)
--with-dacs-log=PATH
Specify initial DACS log file (default: PREFIX/logs/error_log)
--with-expat=DIR
Root directory of installed Expat libraries and include files. If Expat files have
been installed in /usr/local/expat/include, /usr/local/expat/lib, etc., use
--with-expat=/usr/local/expat.
--with-federations-root=DIR
Location of DACS federations root directory (default: PREFIX/federations)
--with-htdocs=DIR
Location of ApacheDACS files if not the htdocs subdirectory of the Apache install
directory.
--with-iconv=DIR
Path to parent of iconv installation. This flag may be required if you are
enabling Samba support.
--with-jdk-bin
If Java support is enabled, this identifies the directory containing the java,
javac, javah, and jar commands. If this flag is absent, configure will look for
those programs using the current PATH variable. (Example:
--with-jdk-bin=/usr/local/java/bin)
--with-jdk-includes
If Java support is enabled, this is a list of one or more GCC include flags for
JDK include directories (Example: --with-jdk-includes=-I/usr/local/jdk/include
-I/usr/local/jdk/include/freebsd)
--with-ldap=DIR
Location of OpenLDAPsource files. This is the root directory for the OpenLDAP
source distribution (Example: /local/src/openldap-2.2.28). This implies
--enable-ldap-auth.
--with-mailer-prog=PATH
Location of a mailer program to use instead of sendmail. This is only needed if
email support is required. If --with-mailer-args is also specified, it will be
used as the command line arguments. See dacsemail(1)[74] for a description of how
the mailer is expected to behave.
--with-mailer-args=STRING
Command line arguments to use with the selected mailer program. This is only
required if email support is required. See dacsemail(1)[74] for a description of
how the mailer is expected to behave.
--with-readline=LIB
Use GNU Readline[54] when available. If LIB is given, it is the link flag to use
or the pathname for the library (other flags may also be specified). (Example:
--with-readline=-Wl,-rpath,/local/src/readline-6.2/lib
-L/local/src/readline-6.2/lib -I/local/src/readline-6.2/include)
--with-samba=DIR
Location of Samba source files. This is the root directory for the Samba source
distribution (Example: /local/src/samba-3.6.12). This implies --enable-ntlm-auth.
--with-sendmail=PATH
Location of sendmail(8)[75]. This is only needed if email support is required and
the location of the sendmail command found at configuration time must be
overridden. If --with-mailer-args is also specified, it will be used instead of
the default sendmail command line arguments. See dacsemail(1)[74] for additional
details.
--with-sqlite=DIR
Location of the root of the installed SQLite libraries, include files, etc.; for
example --with-sqlite=/usr/local/sqlite-3.7.10. This implies --enable-sqlite.
--with-ssl=DIR
Location of the root of the installed OpenSSL libraries and include files. If
OpenSSL files have been installed in /usr/local/openssl/include,
/usr/local/openssl/lib, etc., use --with-expat=/usr/local/openssl.
--with-xmlsec1-config=PATH
If the build procedure cannot find xmlsec1-config, or if it finds the wrong one,
you can specify its location as PATH. This may only be required if InfoCard
authentication has been enabled.
To specify additional flags for compiling or linking DACS, set CFLAGS or LDFLAGS,
respectively.
To specify additional flags for compiling or linking the mod_auth_dacs module[7], set
APACHE_CFLAGS or APACHE_LDFLAGS, respectively. For example, this command will cause
mod_auth_dacs to be built with the -m64 flag and DACS to be built with both the -m64
flag and the -O3 flag:
% ./configure "APACHE_CFLAGS=-m64" "CFLAGS=-O3 -m64" ...
SEE ALSO
dacs(1)[76], dacs.readme(7)[6], dacs.quick(7)[5]
AUTHOR
Distributed Systems Software (www.dss.ca[77])
COPYING
Copyright2003-2013 Distributed Systems Software. See the LICENSE[78] file that accompanies
the distribution for licensing information.
NOTES
1. gmake
http://directory.fsf.org/project/make
2. GCC
http://gcc.gnu.org
3. Xcode
https://developer.apple.com/xcode
4. ldconfig(8)
http://www.freebsd.org/cgi/man.cgi?query=ldconfig&apropos=0&sektion=8&manpath=FreeBSD+9.1-RELEASE&format=html
5. dacs.quick(7)
http://dacs.dss.ca/man/dacs.quick.7.html
6. dacs.readme(7)
http://dacs.dss.ca/man/dacs.readme.7.html
7. mod_auth_dacs module
http://dacs.dss.ca/man/mod_auth_dacs.html
8. dacs_authenticate(8)
http://dacs.dss.ca/man/dacs_authenticate.8.html
9. dacs_current_credentials(8)
http://dacs.dss.ca/man/dacs_current_credentials.8.html
10. dacs_prenv(8)
http://dacs.dss.ca/man/dacs_prenv.8.html
11. dacs_list_jurisdictions(8)
http://dacs.dss.ca/man/dacs_list_jurisdictions.8.html
12. dacs_conf(8)
http://dacs.dss.ca/man/dacs_conf.8.html
13. dacs_signout(8)
http://dacs.dss.ca/man/dacs_signout.8.html
14. dacs_version(8)
http://dacs.dss.ca/man/dacs_version.8.html
15. Cygwin
http://cygwin.com
16. man/index.html
http://dacs.dss.ca/man/index.html
17. Post-Release Notes
http://dacs.dss.ca/download.html
18. sudo(8)
http://www.freebsd.org/cgi/man.cgi?query=sudo&apropos=0&sektion=8&manpath=FreeBSD+9.1-RELEASE&format=html
19. Expat
http://sourceforge.net/projects/expat
20. OpenSSL
http://www.openssl.org
21. xmlsec1
http://www.aleksey.com/xmlsec
22. a patch
http://www.openssl.org/support/faq.html#USER1
23. Apache
http://httpd.apache.org
24. above
http://dacs.dss.ca/man/#install-openssl
25. apr.apache.org
http://apr.apache.org
26. Third-party support options
http://dacs.dss.ca/man/#third-party-support-options
27. build Berkeley DB
http://dacs.dss.ca/man/#dbm-databases
28. FAQ
http://dacs.dss.ca/man//faq.html
29. Berkeley DB
http://www.oracle.com/technology/software/products/berkeley-db/index.html
30. Oracle Corporation
http://www.oracle.com
31. --enable-bdb
http://dacs.dss.ca/man/#build_flag_--enable-bdb
32. --disable-bdb
http://dacs.dss.ca/man/#build_flag_--disable-bdb
33. --with-bdb
http://dacs.dss.ca/man/#build_flag_--with-bdb
34. ftp://ftp.gnu.org/gnu/gdbm
ftp://ftp.gnu.org/gnu/gdbm/
35. --enable-ndbm
http://dacs.dss.ca/man/#build_flag_--enable-ndbm
36. --enable-gdbm
http://dacs.dss.ca/man/#build_flag_--enable-gdbm
37. sdbm
http://search.cpan.org/src/NWCLARK/perl-5.8.8/ext/SDBM_File/sdbm/README
38. SQLite
http://www.sqlite.org
39. --enable-sqlite
http://dacs.dss.ca/man/#build_flag_--enable-sqlite
40. --disable-sqlite
http://dacs.dss.ca/man/#build_flag_--disable-sqlite
41. --with-sqlite
http://dacs.dss.ca/man/#build_flag_--with-sqlite
42. local_ntlm_authenticate
http://dacs.dss.ca/man/dacs_authenticate.8.html#local_ntlm_authenticate
43. Samba
http://www.samba.org
44. --enable-ntlm-auth
http://dacs.dss.ca/man/#build_flag_--enable-ntlm-auth
45. --with-samba
http://dacs.dss.ca/man/#build_flag_--with-samba
46. local_infocard_authenticate
http://dacs.dss.ca/man/dacs_authenticate.8.html#local_infocard_authenticate
47. libxml2
http://xmlsoft.org
48. --with-xmlsec1-config
http://dacs.dss.ca/man/#build_flag_--with-xmlsec1-config
49. --enable-infocard-auth
http://dacs.dss.ca/man/#build_flag_--enable-infocard-auth
50. local_ldap_authenticate
http://dacs.dss.ca/man/dacs_authenticate.8.html#local_ldap_authenticate
51. OpenLDAP
http://www.openldap.org
52. --enable-ldap-auth
http://dacs.dss.ca/man/#build_flag_--enable-ldap-auth
53. --with-ldap
http://dacs.dss.ca/man/#build_flag_--with-ldap
54. GNU Readline Library
http://cnswww.cns.cwru.edu/php/chet/readline/rltop.html
55. dacsexpr(1)
http://dacs.dss.ca/man/dacsexpr.1.html
56. --with-readline
http://dacs.dss.ca/man/#build_flag_--with-readline
57. Build Options
http://dacs.dss.ca/man/#build_options
58. dacsacl(1)
http://dacs.dss.ca/man/dacsacl.1.html
59. DESTDIR
http://www.gnu.org/prep/standards/standards.html#DESTDIR
60. Group
http://httpd.apache.org/docs/2.2/mod/mpm_common.html#group
61. SetDACSAuthDebug
http://dacs.dss.ca/man/mod_auth_dacs.html#SetDACSAuthDebug
62. ServerTokens
http://httpd.apache.org/docs/current/mod/core.html#servertokens
63. Alias
http://httpd.apache.org/docs/2.2/mod/mod_alias.html#alias
64. FEDERATION_DOMAIN
http://dacs.dss.ca/man/dacs.conf.5.html#FEDERATION_DOMAIN
65. FEDERATION_NAME
http://dacs.dss.ca/man/dacs.conf.5.html#FEDERATION_NAME
66. JURISDICTION_NAME
http://dacs.dss.ca/man/dacs.conf.5.html#JURISDICTION_NAME
67. dacskey(1)
http://dacs.dss.ca/man/dacskey.1.html
68. dacs.groups(5)
http://dacs.dss.ca/man/dacs.groups.5.html#dacs_metadata
69. dacsversion(1)
http://dacs.dss.ca/man/dacsversion.1.html
70. DACS_HOME
http://dacs.dss.ca/man/dacs.conf.5.html#var_dacs_home
71. fts(3)
http://www.freebsd.org/cgi/man.cgi?query=fts&apropos=0&sektion=3&manpath=FreeBSD+9.1-RELEASE&format=html
72. gdbm(3)
http://directory.fsf.org/gdbm.html
73. also see above
http://dacs.dss.ca/man/#building_subset
74. dacsemail(1)
http://dacs.dss.ca/man/dacsemail.1.html
75. sendmail(8)
http://www.freebsd.org/cgi/man.cgi?query=sendmail&apropos=0&sektion=8&manpath=FreeBSD+9.1-RELEASE&format=html
76. dacs(1)
http://dacs.dss.ca/man/dacs.1.html
77. www.dss.ca
http://www.dss.ca
78. LICENSE
http://dacs.dss.ca/man/../misc/LICENSE