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The README was barely usable after all the additions having accumulated over the years. This patch introduces a new INSTALL file explaining how to build and install haproxy with various levels of details. The README is now mostly an index to the list of useful documentations.
536 lines
24 KiB
Plaintext
536 lines
24 KiB
Plaintext
Installation instructions for HAProxy
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=====================================
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This is a development version, so it is expected to break from time to time,
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to add and remove features without prior notification and it should not be used
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in production. If you are not used to build from sources or if you are not used
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to follow updates then it is recommended that instead you use the packages
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provided by your software vendor or Linux distribution. Most of them are taking
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this task seriously and are doing a good job at backporting important fixes. If
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for any reason you'd prefer to use a different version than the one packaged
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for your system, you want to be certain to have all the fixes or to get some
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commercial support, other choices are available at http://www.haproxy.com/.
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Areas covered in this document
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==============================
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1) Quick build & install
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2) Basic principles
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3) Build environment
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4) Dependencies
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5) Advanced build options
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6) How to install HAProxy
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1) Quick build & install
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========================
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If you've already built HAProxy and are just looking for a quick reminder, here
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are a few build examples :
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- recent Linux system with all options, make and install :
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$ make clean
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$ make -j 4 TARGET=linux2628 USE_NS=1 USE_TFO=1 \
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USE_OPENSSL=1 USE_ZLIB=1 USE_LUA=1 USE_PCRE=1 USE_SYSTEMD=1
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$ sudo make install
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- FreeBSD and OpenBSD, build with all options :
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$ gmake -j 4 TARGET=freebsd USE_OPENSSL=1 USE_ZLIB=1 USE_LUA=1 USE_PCRE=1
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- embedded Linux, build using a cross-compiler :
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$ make -j 4 TARGET=linux2628 USE_NS=1 USE_OPENSSL=1 USE_SLZ=1 USE_PCRE=1 \
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CC=/opt/cross/gcc730-arm/bin/gcc
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- Build with static PCRE on Solaris / UltraSPARC :
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$ make TARGET=solaris CPU=ultrasparc USE_STATIC_PCRE=1
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For more advanced build options or if a command above reports an error, please
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read the following sections.
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2) Basic principles
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===================
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HAProxy uses a single GNU Makefile which supports options on the command line,
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so that there is no need to hack a "configure" file to work on your system. The
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makefile totally supports parallel build using "make -j <jobs>" where <jobs>
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matches the number of usable processors, which on some platforms is returned by
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the "nproc" utility. The explanations below may occasionally refer to some
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options, usually in the form "name=value", which have to be passed to the
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command line. This means that the option has to be passed after the "make"
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command. For example :
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$ make -j $(nproc) TARGET=generic USE_GZIP=1
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One required option is TARGET, it must be set to a target platform name, which
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provides a number of presets. The list of known platforms is displayed when no
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target is specified. It is not strictly required to use the exact target, you
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can use a relatively similar one and adjust specific variables by hand.
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Most configuration variables are in fact booleans. Some options are detected and
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enabled by default if available on the target platform. This is the case for all
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those named "USE_<feature>". These booleans are enabled by "USE_<feature>=1"
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and are disabled by "USE_<feature>=" (with no value). The last occurrence on the
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command line overrides any previous one. Example :
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$ make TARGET=generic USE_THREAD=
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In case of error or missing TARGET, a help screen is displayed. It is also
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possible to display a list of all known options using "make help".
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3) Build environment
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====================
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HAProxy requires a working GCC or Clang toolchain and GNU make :
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- GNU make >= 3.80. Note that neither Solaris nor OpenBSD's make work with
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the GNU Makefile. If you get many syntax errors when running "make", you
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may want to retry with "gmake" which is the name commonly used for GNU make
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on BSD systems.
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- GCC >= 3.4 (up to 8.1 tested). Older versions can be made to work with a
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few minor adaptations if really needed. Newer versions may sometimes break
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due to compiler regressions or behaviour changes. The version shipped with
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your operating system is very likely to work with no trouble. Clang >= 3.0
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is also known to work as an alternative solution. Recent versions may emit
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a bit more warnings that are worth reporting.
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- GNU ld (binutils package), with no particular version. Other linkers might
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work but were not tested.
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On debian or Ubuntu systems and their derivatives, you may get all these tools
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at once by issuing the two following commands :
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$ sudo apt-get update
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$ sudo apt-get install build-essential
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On Fedora, CentOS, RHEL and derivatives, you may get the equivalent packages
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with the following command :
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$ sudo yum groupinstall "Development Tools"
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Please refer to your operating system's documentation for other systems.
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It is also possible to build HAProxy for another system or platform using a
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cross-compiler but in this case you probably already have installed these
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tools.
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Building HAProxy may require between 10 and 40 MB of free space in the
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directory where the sources have been extracted, depending on the debugging
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options involved.
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4) Dependencies
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===============
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HAProxy in its basic form does not depend on anything beyond a working libc.
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However a number of options are enabled by default, or are highly recommended,
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and these options will typically involve some external components or libraries,
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depending on the targetted platform.
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Optional dependencies may be split into several categories :
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- memory allocation
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- regular expressions
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- multi-threading
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- password encryption
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- cryptography
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- compression
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- lua
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- device detection
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- miscellaneous
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4.1) Memory allocation
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----------------------
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By default, HAProxy uses the standard malloc() call provided by the libc. It
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may be built to use dlmalloc instead. In this case, "USE_DLMALLOC=1" needs to
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be appended to the build options, and "DLMALLOC_SRC" needs to point to the
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absolute path to "dlmalloc.c". Doing this is not safe when using threads.
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HAProxy may also be built to use jemalloc, which is fast and thread-safe.
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In order to use it, please add "-ljemalloc" to the ADDLIB variable. You may
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possibly also need to append "-lpthread" and/or "-ldl" depending on the
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operating system.
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4.2) Regular expressions
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------------------------
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HAProxy may make use regular expressions (regex) to match certain patterns. The
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regex engine is provided by default in the libc. On some operating systems, it
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might happen that the original regex library provided by the libc is too slow,
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too limited or even bogus. For example, on older Solaris versions up to 8, the
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default regex used not to properly extract group references, without reporting
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compilation errors. Also, some early versions of the GNU libc used to include a
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regex engine which could be slow or even crash on certain patterns.
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If you plan on importing a particularly heavy configuration involving a lot of
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regex, you may benefit from using some alternative regex implementations sur as
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PCRE. HAProxy natively supports PCRE and PCRE2, both in standard and JIT
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flavors (Just In Time). The following options are available depending on the
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library version provided on your system :
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- "USE_PCRE=1" : enable PCRE version 1, dynamic linking
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- "USE_STATIC_PCRE=1" : enable PCRE version 1, static linking
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- "USE_PCRE_JIT=1" : enable PCRE version 1 in JIT mode
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- "USE_PCRE2=1" : enable PCRE version 2, dynamic linking
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- "USE_STATIC_PCRE2=1" : enable PCRE version 2, static linking
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- "USE_PCRE2_JIT=1" : enable PCRE version 2 in JIT mode
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Both of these libraries may be downloaded from https://www.pcre.org/.
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By default, the include and library paths are figured from the "pcre-config"
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and "pcre2-config" utilities. If these ones are not installed or inaccurate
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(for example when cross-compiling), it is possible to force the path to include
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files using "PCRE_INC" and "PCRE2_INC" respectively, and the path to library
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files using "PCRE_LIB" and "PCRE2_LIB" respectively. For example :
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$ make TARGET=generic \
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USE_PCRE2_JIT=1 PCRE2_INC=/opt/cross/include PCRE2_LIB=/opt/cross/lib
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4.3) Multi-threading
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--------------------
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On some systems for which positive feedback was reported, multi-threading will
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be enabled by default. When multi-threading is used, the libpthread library
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(POSIX threading) will be used. If the target system doesn't contain such a
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library, it is possible to forcefully disable multi-threading by adding
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"USE_THREAD=" on the command line.
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4.4) Password encryption
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------------------------
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Many systems provide password encryption functions used for authentication. On
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some systems these functions are part of the libc. On others, they're part of a
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separate library called "libcrypt". The default targets are pre-configured
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based on which system needs the library. It is possible to forcefully disable
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the linkage against libcrypt by adding "USE_LIBCRYPT=" on the command line, or
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to forcefully enable it using "USE_LIBCRYPT=1".
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4.5) Cryptography
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-----------------
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For SSL/TLS, it is necessary to use a cryptography library. HAProxy currently
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supports the OpenSSL library, and is known to build ant work with branches
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0.9.8, 1.0.0, 1.0.1, 1.0.2, 1.1.0 and 1.1.1. OpenSSL follows a long-term
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support cycle similar to HAProxy's, and each of the branches above receives its
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own fixes, without forcing you to upgrade to another branch. There is no excuse
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for staying vulnerable by not applying a fix available for your version. There
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is always a small risk of regression when jumping from one branch to another
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one, especially when it's very new, so it's preferable to observe for a while
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if you use a different version than your system's defaults.
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Two OpenSSL derivatives called LibreSSL and BoringSSL are reported to work as
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well. While there are some efforts from the community to ensure they work well,
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OpenSSL remains the primary target and this means that in case of conflicting
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choices, OpenSSL support will be favored over other options.
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In order to enable SSL/TLS support, simply pass "USE_OPENSSL=1" on the command
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line and the default library present on your system will be used :
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$ make TARGET=generic USE_OPENSSL=1
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If you want to use a different version from the one provided by your system
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(which is not recommended due to the risk of missing security fixes), it is
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possible to indicate the path to the SSL include files using SSL_INC, and the
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SSL library files using SSL_LIB. Example :
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$ make TARGET=generic \
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USE_OPENSSL=1 SSL_INC=/opt/ssl-1.1.1/include SSL_LIB=/opt/ssl-1.1.1/lib
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In order to link OpenSSL statically against HAProxy, first download OpenSSL
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from https://www.openssl.org/ then build it with the "no-shared" keyword and
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install it to a local directory, so your system is not affected :
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$ export STATICLIBSSL=/tmp/staticlibssl
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$ ./config --prefix=$STATICLIBSSL no-shared
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$ make && make install_sw
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Then when building haproxy, pass that path via SSL_INC and SSL_LIB :
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$ make TARGET=generic \
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USE_OPENSSL=1 SSL_INC=$STATICLIBSSL/include SSL_LIB=$STATICLIBSSL/lib
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When building with OpenSSL on some systems, you may also need to enable support
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for the "libz" library, which is visible if the linker complains about function
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"deflateInit()" not being found. In this case, simply append "ADDLIB=-lz" to
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the command line.
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It is worth mentioning that asynchronous cryptography engines are supported on
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OpenSSL 1.1.0 and above. Such engines are used to access hardware cryptography
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acceleration that might be present on your system.
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4.6) Compression
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----------------
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HAProxy can compress HTTP responses before delivering them to clients, in order
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to save network bandwidth. Two compression options are available. The first one
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involves the widely known zlib library, which is very likely installed on your
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system. In order to use zlib, simply pass "USE_ZLIB=1" to the command line. If
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the library is not installed in your default system's path, it is possible to
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specify the path to the include files using ZLIB_INC, and the path to the
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library files using ZLIB_LIB :
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$ make TARGET=generic \
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USE_ZLIB=1 ZLIB_INC=/opt/zlib-1.2.11/include ZLIB_LIB=/opt/zlib-1.2.11/lib
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However, zlib maintains an in-memory context for each compressed stream, which
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is not always welcome when dealing with large sites. An alternative solution is
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to use libslz instead, which doesn't consume memory, which is much faster, but
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compresses slightly less efficiently. For this, please use "USE_SLZ=1", and
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optionally make "SLZ_INC" and "SLZ_LIB" point to the library's include and
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library paths, respectively.
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Zlib is commonly found on most systems, otherwise updates can be retrieved from
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http://www.zlib.net/. It is easy and fast to build, and new versions sometimes
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provide better performance so it might be worth using an up-to-date one. Libslz
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can be downloaded http://libslz.org/ and is even easier to build.
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4.7) Lua
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--------
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Lua is an embedded programming langage supported by HAProxy to provide more
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advanced scripting capabilities. Only versions 5.3 and above are supported.
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In order to enable Lua support, please specify "USE_LUA=1" on the command line.
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Some systems provide this library under various names to avoid conflicts with
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previous versions. By default, HAProxy looks for "lua5.3", "lua53", "lua". If
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your system uses a different naming, you may need to set the library name in
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the "LUA_LIB_NAME" variable.
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If Lua is not provided on your system, it can be very simply built locally. It
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can be downloaded from https://www.lua.org/, extracted and built, for example :
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$ cd /opt/lua-5.3.5
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$ make linux
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The path to the include files and library files may be set using "LUA_INC" and
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"LUA_LIB" respectively. For example :
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$ make TARGET=generic \
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USE_LUA=1 LUA_INC=/opt/lua-5.3.5/src LUA_LIB=/opt/lua-5.3.5/src
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4.8) Device detection
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---------------------
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HAProxy supports several device detection modules relying on third party
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products. Some of them may provide free code, others free libs, others free
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evaluation licenses. Please read about their respective details in the
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following files :
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doc/DeviceAtlas-device-detection.txt for DeviceAtlas
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doc/51Degrees-device-detection.txt for 51Degrees
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doc/WURFL-device-detection.txt for Scientiamobile WURFL
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4.9) Miscellaneous
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------------------
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Some systems have specificities. Usually these specificities are known and/or
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detected and properly set for you. If you need to adjust the behaviour, here
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are the extra libraries that may be referenced at build time :
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- USE_RT=1 build with librt, which is sometimes needed on some systems
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when using threads. It is set by default on Linux platforms,
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and may be disabled using "USE_RT=" if your system doesn't
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have one.
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- USE_DL=1 build with libdl, which is usually needed for Lua and OpenSSL
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on Linux. It is automatically detected and may be disabled
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using "USE_DL=", though it should never harm.
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- USE_SYSTEMD=1 enables support for the sdnotify features of systemd,
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allowing better integration with systemd on Linux systems
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which come with it. It is never enabled by default so there
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is no need to disable it.
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5) How to build HAProxy
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=======================
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This section assumes that you have already read section 2 (basic principles)
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and section 3 (build environment). It often refers to section 4 (dependencies).
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To build haproxy, you have to choose your target OS amongst the following ones
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and assign it to the TARGET variable :
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- linux22 for Linux 2.2
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- linux24 for Linux 2.4 and above (default)
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- linux24e for Linux 2.4 with support for a working epoll (> 0.21)
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- linux26 for Linux 2.6 and above
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- linux2628 for Linux 2.6.28, 3.x, and above (enables splice and tproxy)
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- solaris for Solaris 8 or 10 (others untested)
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- freebsd for FreeBSD 5 to 12 (others untested)
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- netbsd for NetBSD
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- osx for Mac OS/X
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- openbsd for OpenBSD 5.7 and above
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- aix51 for AIX 5.1
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- aix52 for AIX 5.2
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- cygwin for Cygwin
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- haiku for Haiku
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- generic for any other OS or version.
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- custom to manually adjust every setting
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You may also choose your CPU to benefit from some optimizations. This is
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particularly important on UltraSparc machines. For this, you can assign
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one of the following choices to the CPU variable :
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- i686 for intel PentiumPro, Pentium 2 and above, AMD Athlon (32 bits)
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- i586 for intel Pentium, AMD K6, VIA C3.
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- ultrasparc : Sun UltraSparc I/II/III/IV processor
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- native : use the build machine's specific processor optimizations. Use with
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extreme care, and never in virtualized environments (known to break).
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- generic : any other processor or no CPU-specific optimization. (default)
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Alternatively, you may just set the CPU_CFLAGS value to the optimal GCC options
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for your platform. A second variable named SMALL_OPTS also supports passing a
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number of defines and compiler options usually for small systems. For better
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clarity it's recommended to pass the options which result in a smaller binary
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(like memory limits or -Os) into this variable.
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If you are building for a different system than the one you're building on,
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this is called "cross-compiling". HAProxy supports cross-compilation pretty
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well and tries to ease it by letting you adjust paths to all libraries (please
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read section 4 on dependencies for more details). When cross-compiling, you
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just need to pass the path to your compiler in the "CC" variable, and the path
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to the linker in the "LD" variable. Most of the time, setting the CC variable
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is enough since LD points to it by default.
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By default the build process runs in quiet mode and hide the details of the
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commands that are executed. This allows to more easily catch build warnings
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and see what is happening. However it is not convenient at all to observe what
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flags are passed to the compiler nor what compiler is involved. Simply append
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"V=1" to the "make" command line to switch to verbose mode and display the
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details again. It is recommended to use this option when cross-compiling to
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verify that the paths are correct and that /usr/include is never invovled.
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You may want to build specific target binaries which do not match your native
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compiler's target. This is particularly true on 64-bit systems when you want
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to build a 32-bit binary. Use the ARCH variable for this purpose. Right now
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it only knows about a few x86 variants (i386,i486,i586,i686,x86_64), two
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generic ones (32,64) and sets -m32/-m64 as well as -march=<arch> accordingly.
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This variable is only used to set ARCH_FLAGS to preset values, so if you know
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the arch-specific flags that your system needs, you may prefer to set
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ARCH_FLAGS instead. Note that these flags are passed both to the compiler and
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to the linker. For example, in order to build a 32-bit binary on an x86_64
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Linux system with SSL support without support for compression but when OpenSSL
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requires ZLIB anyway :
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$ make TARGET=linux2628 ARCH=i386 USE_OPENSSL=1 ADDLIB=-lz
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Recent systems can resolve IPv6 host names using getaddrinfo(). This primitive
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is not present in all libcs and does not work in all of them either. Support in
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glibc was broken before 2.3. Some embedded libs may not properly work either,
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thus, support is disabled by default, meaning that some host names which only
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resolve as IPv6 addresses will not resolve and configs might emit an error
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during parsing. If you know that your OS libc has reliable support for
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getaddrinfo(), you can add USE_GETADDRINFO=1 on the make command line to enable
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it. This is the recommended option for most Linux distro packagers since it's
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working fine on all recent mainstream distros. It is automatically enabled on
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Solaris 8 and above, as it's known to work.
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If your system supports PCRE (Perl Compatible Regular Expressions), then you
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really should build with libpcre which is between 2 and 10 times faster than
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other libc implementations. Regex are used for header processing (deletion,
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rewriting, allow, deny). Please see section 4 about dependencies to figure
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how to build with PCRE support.
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It is possible to add native support for SSL, by passing "USE_OPENSSL=1" on the
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make command line. The libssl and libcrypto will automatically be linked with
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HAProxy. Some systems also require libz, so if the build fails due to missing
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symbols such as deflateInit(), then try again with "ADDLIB=-lz". Please check
|
|
section 4 about dependencies for more information on how to build with OpenSSL.
|
|
|
|
HAProxy can compress HTTP responses to save bandwidth. Please see section 4
|
|
about dependencies to see the available libraries and associated options.
|
|
|
|
By default, the DEBUG variable is set to '-g' to enable debug symbols. It is
|
|
not wise to disable it on uncommon systems, because it's often the only way to
|
|
get a usable core when you need one. Otherwise, you can set DEBUG to '-s' to
|
|
strip the binary.
|
|
|
|
If the ERR variable is set to any non-empty value, then -Werror will be added
|
|
to the compiler so that any build warning will trigger an error. This is the
|
|
recommended way to build when developing, and it is expected that contributed
|
|
patches were tested with ERR=1.
|
|
|
|
The SSL stack supports session cache synchronization between all running
|
|
processes. This involves some atomic operations and synchronization operations
|
|
which come in multiple flavors depending on the system and architecture :
|
|
|
|
Atomic operations :
|
|
- internal assembler versions for x86/x86_64 architectures
|
|
|
|
- gcc builtins for other architectures. Some architectures might not
|
|
be fully supported or might require a more recent version of gcc.
|
|
If your architecture is not supported, you willy have to either use
|
|
pthread if supported, or to disable the shared cache.
|
|
|
|
- pthread (posix threads). Pthreads are very common but inter-process
|
|
support is not that common, and some older operating systems did not
|
|
report an error when enabling multi-process mode, so they used to
|
|
silently fail, possibly causing crashes. Linux's implementation is
|
|
fine. OpenBSD doesn't support them and doesn't build. FreeBSD 9 builds
|
|
and reports an error at runtime, while certain older versions might
|
|
silently fail. Pthreads are enabled using USE_PTHREAD_PSHARED=1.
|
|
|
|
Synchronization operations :
|
|
- internal spinlock : this mode is OS-independent, light but will not
|
|
scale well to many processes. However, accesses to the session cache
|
|
are rare enough that this mode could certainly always be used. This
|
|
is the default mode.
|
|
|
|
- Futexes, which are Linux-specific highly scalable light weight mutexes
|
|
implemented in user-space with some limited assistance from the kernel.
|
|
This is the default on Linux 2.6 and above and is enabled by passing
|
|
USE_FUTEX=1
|
|
|
|
- pthread (posix threads). See above.
|
|
|
|
If none of these mechanisms is supported by your platform, you may need to
|
|
build with USE_PRIVATE_CACHE=1 to totally disable SSL cache sharing. Then it
|
|
is better not to run SSL on multiple processes. Note that you don't need these
|
|
features if you only intend to use multi-threading and never multi-process.
|
|
|
|
If you need to pass other defines, includes, libraries, etc... then please
|
|
check the Makefile to see which ones will be available in your case, and
|
|
use/override the USE_* variables from the Makefile.
|
|
|
|
AIX 5.3 is known to work with the generic target. However, for the binary to
|
|
also run on 5.2 or earlier, you need to build with DEFINE="-D_MSGQSUPPORT",
|
|
otherwise __fd_select() will be used while not being present in the libc, but
|
|
this is easily addressed using the "aix52" target. If you get build errors
|
|
because of strange symbols or section mismatches, simply remove -g from
|
|
DEBUG_CFLAGS.
|
|
|
|
You can easily define your own target with the GNU Makefile. Unknown targets
|
|
are processed with no default option except USE_POLL=default. So you can very
|
|
well use that property to define your own set of options. USE_POLL can even be
|
|
disabled by setting USE_POLL="". For example :
|
|
|
|
$ gmake TARGET=tiny USE_POLL="" TARGET_CFLAGS=-fomit-frame-pointer
|
|
|
|
If you need to pass some defines to the preprocessor or compiler, you may pass
|
|
them all in the DEFINE variable. Example:
|
|
|
|
$ make TARGET=generic DEFINE="-DDEBUG_DONT_SHARE_POOLS -DDEBUG_MEMORY_POOLS"
|
|
|
|
The ADDINC variable may be used to add some extra include paths; this is
|
|
sometimes needed when cross-compiling. Similarly the ADDLIB variable may be
|
|
used to specifify extra paths to library files. Example :
|
|
|
|
$ make TARGET=generic ADDINC=-I/opt/cross/include ADDLIB=-L/opt/cross/lib64
|
|
|
|
|
|
6) How to install HAProxy
|
|
=========================
|
|
|
|
To install haproxy, you can either copy the single resulting binary to the
|
|
place you want, or run :
|
|
|
|
$ sudo make install
|
|
|
|
If you're packaging it for another system, you can specify its root directory
|
|
in the usual DESTDIR variable.
|
|
|
|
-- end
|