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GraphicsMagick Unix Installation

UNIX/Cygwin/MinGW COMPILATION

Note:

        Platform specific notes regarding specific operating systems may
        be found in the PLATFORMS.txt file.  This file (README.txt) provides
        generic instructions which work in most common cases.  Additional
        notes regarding Cygwin & MinGW are provided later in this file.

Type:

        gzip -dc GraphicsMagick-1.0.0.tar.gz | tar xvf -
        cd GraphicsMagick-1.0.0

If you do not have gzip(1), the source for the gzip package is available as a shell archive at

        ftp://ftp.gnu.org/gnu/gzip/gzip-1.2.4a.shar

or as a tar archive at

        ftp://ftp.gnu.org/gnu/gzip/gzip-1.2.4a.tar

Use 'configure' to automatically configure, build, and install GraphicsMagick. The configure script may be executed from the GraphicsMagick source directory (e.g ./configure) or from a seperate build directory by specifying the full path to configure (e.g.
/src/GraphicsMagick-1.0.0/configure). The advantage of using a seperate build directory is that multiple GraphicsMagick builds may share the same GraphicsMagick source directory while allowing each build to use a unique set of options.

If you are willing to accept configure's default options, and build from within the source directory, type:

          ./configure

and watch the configure script output to verify that it finds everything that you think it should. If it does not, then adjust your environment so that it does.

By default, `make install' will install the package's files in `/usr/local/bin', `/usr/local/man', etc. You can specify an installation prefix other than `/usr/local' by giving `configure' the option `--prefix=PATH'. This is valuable in case you don't have privileges to install under the default paths or if you want to install in the system directories instead.

If you are not happy with configure's choice of compiler, compilation flags, or libraries, you can give `configure' initial values for variables by specifying them on the configure command line, e.g.:

          ./configure CC=c89 CFLAGS=-O2 LIBS=-lposix

Options which should be common to packages installed under the same directory heirarchy may be supplied via a 'config.site' file located under the installation prefix via the path ${prefix}/share/config.site where ${prefix} is the installation prefix. This file is used for all packages installed under that prefix. This is an example config.site file:

# Configuration values for all packages installed under this prefix CC=gcc
CXX=c++
CPPFLAGS='-I/usr/local/include'
LDFLAGS='-L/usr/local/lib -R/usr/local/lib'

When the 'config.site' file is being used to supply configuration options, configure will issue a message similar to:

        configure: loading site script /usr/local/share/config.site

The configure variables you should be aware of are:

          CC          Name of C compiler (e.g. 'cc -Xa') to use
          CXX         Name of C++ compiler to use (e.g. 'CC')
          CFLAGS      Compiler flags (e.g. '-g -O2') to compile C code
          CXXFLAGS    Compiler flags (e.g. '-g -O2') to compile C++ code
          CPPFLAGS    Include paths (-I/somedir) to look for header files
          LDFLAGS     Library paths (-L/somedir) to look for libraries
                      Systems that support the notion of a library run-path
                      may require an additional argument in order to find
                      shared libraries at run time. For example, the Solaris
                      linker requires an argument of the form '-R/somedir',
                      some Linux systems will work with '-rpath /somedir',
                      while some other Linux systems who's gcc does not pass
                      -rpath to the linker require an argument of the form
                      '-Wl,-rpath,/somedir'.
          LIBS        Extra libraries (-lsomelib) required to link

Any variable (e.g. CPPFLAGS or LDFLAGS) which requires a directory path must specify an absolute path rather than a relative path.

Configure can usually find the X include and library files automatically, but if it doesn't, you can use the `configure' options `--x-includes=DIR' and `--x-libraries=DIR' to specify their locations.

The configure script provides a number of GraphicsMagick specific options. When disabling an option --disable-something is equivalent to specifying --enable-something=no and --without-something is equivalent to --with-something=no. The configure options are as follows (execute 'configure --help' to see all options).

Optional Features:

       --enable-ccmalloc       enable 'ccmalloc' memory debug support (default disabled)
       --enable-prof           enable 'prof' profiling support (default disabled)
       --enable-gprof          enable 'gprof' profiling support (default disabled)
       --enable-gcov           enable 'gcov' profiling support (default disabled)
       --disable-installed     disable building an installed GraphicsMagick
                               (default enabled)
       --disable-largefile     disable support for large (64 bit) file offsets
       --enable-lzw            enable LZW support (default disabled)

Optional Packages/Options:

       --with-quantum-depth    number of bits in a pixel quantum (default 8)
       --with-modules          enable support for dynamically loadable modules
       --with-cache            set pixel cache threshhold (defaults to available memory)
       --without-threads       disable threads support

--without-frozenpaths disable frozen delegate paths --without-magick-plus-plus disable build/install of Magick++

       --without-perl          disable build/install of PerlMagick
            or
       --with-perl=PERL        use specified Perl binary to configure PerlMagick
       --with-perl-options=OPTIONS  options to pass on command-line when
                               generating PerlMagick's Makefile from Makefile.PL
       --without-bzlib         disable BZLIB support
       --without-dps           disable Display Postscript support
       --without-fpx           disable FlashPIX support
       --with-gslib            enable Ghostscript library support
       --without-jbig          disable JBIG support
       --without-jpeg          disable JPEG support
       --without-jp2           disable JPEG v2 support
       --without-lcms          disable LCMS support
       --without-png           disable PNG support
       --without-tiff          disable TIFF support
       --without-ttf           disable TrueType support
       --without-wmf           disable WMF support
       --with-fontpath         prepend to default font search path
       --with-gs-font-dir      directory containing Ghostscript fonts
       --with-windows-font-dir directory containing MS-Windows fonts
       --without-xml           disable XML support
       --without-zlib          disable ZLIB support
       --with-x                use the X Window System
       --with-share-path=DIR   Alternate path to share directory
                               (default share/GraphicsMagick)
       --with-libstdc=DIR      use libstdc++ in DIR (for GNU C++)

GraphicsMagick options represent either features to be enabled, disabled, or packages to be included in the build. When a feature is enabled (via --enable-something), it enables code already present in GraphicsMagick. When a package is enabled (via --with-something), the configure script will search for it, and if is is properly installed and ready to use (headers and built libraries are found by compiler) it will be included in the build. The configure script is delivered with all features disabled and all packages enabled. In general, the only reason to disable a package is if a package exists but it is unsuitable for the build (perhaps an old version or not compiled with the right compilation flags).

Several configure options require special note:

- --enable-shared: the shared libraries are built and support for loading coder and process modules is enabled. Shared libraries are preferred because they allow programs to share common code, making the individual programs much smaller. In addition shared libraries are required in order for PerlMagick to be dynamically loaded by an installed PERL (otherwise an additional PERL (PerlMagick) must be installed. This option is not the default because all libraries used by GraphicsMagick must also be dynamic libraries if GraphicsMagick itself is to be dynamically loaded (such as for PerlMagick).

          GraphicsMagick built with delegates (see MAGICK PLUG-INS below)
          can pose additional challenges. If GraphicsMagick is built using
          static libraries (the default without --enable-shared) then
          delegate libraries may be built as either static libraries or
          shared libraries. However, if GraphicsMagick is built using shared
          libraries, then all delegate libraries must also be built as
          shared libraries.  Static libraries usually have the extension .a,
          while shared libraries typically have extensions like .so, .sa,
          or .dll. Code in shared libraries normally must compiled using
          a special compiler option to produce Position Independent Code
          (PIC). The only time this is not necessary is if the platform
          compiles code as PIC by default.

          PIC compilation flags differ from vendor to vendor (gcc's is
          -fPIC). However, you must compile all shared library source with
          the same flag (for gcc use -fPIC rather than -fpic). While static
          libraries are normally created using an archive tool like 'ar',
          shared libraries are built using special linker or compiler options
          (e.g. -shared for gcc).

          Building shared libraries often requires subtantial hand-editing
          of Makefiles and is only recommended for those who know what they
          are doing.

          If --enable-shared is not specified, a new PERL interpreter
          (PerlMagick) is built which is statically linked against the
          PerlMagick extension. This new interpreter is installed into the
          same directory as the GraphicsMagick utilities. If --enable-shared
          is specified, the PerlMagick extension is built as a dynamically
          loadable object which is loaded into your current PERL interpreter
          at run-time. Use of dynamically-loaded extensions is preferable over
          statically linked extensions so --enable-shared should be specified
          if possible (note that all libraries used with GraphicsMagick must
          be shared libraries!).

        o --disable-static: static archive libraries (with extension .a)
          are not built.  If you are building shared libraries, there
          is little value to building static libraries. Reasons to build
          static libraries include: 1) they can be easier to debug; 2) the
          clients do not have external dependencies (i.e. libMagick.so); 3)
          building PIC versions of the delegate libraries may take additional
          expertise and effort; 4) you are unable to build shared libraries.

        o --disable-installed: By default the GraphicsMagick build is
          configured to formally install into a directory tree. This is the
          most secure and reliable way to install GraphicsMagick. Specifying
          --disable-installed configures GraphicsMagick so that it doesn't use
          hard-coded paths and locates support files by computing an offset
          path from the executable (or from the location specified by the
          MAGICK_HOME environment variable. The uninstalled configuration is
          ideal for binary distributions which are expected to extract and run
          in any location.

        o --with-modules: image coders and process modules are built as
          loadable modules which are installed under the directory
          [prefix]/lib/GraphicsMagick-X.X.X/modules-QN (where 'N' equals 8, 16,
          or 32 depending on the quantum depth) in the subdirectories 'coders'
          and 'filters' respectively. The modules build option is only
          available in conjunction with --enable-shared. If --enable-shared is
          not also specified, then support for building modules is disabled.
          Note that if --enable-shared is specified, the module loader is
          active (allowing extending an installed GraphicsMagick by simply
          copying a module into place) but GraphicsMagick itself is not built
          using modules.

        o --enable-lzw: Unisys claims a patent on the algorithm supporting
          LZW compression (e.g. used by GIF and TIFF). To avoid possibly
          infringing on this patent, support for LZW is disabled by default.
          With LZW support, GIF files written by GraphicsMagick will be much
          larger than expected. Note that the TIFF library must be patched
          in order to support LZW compression, and that this support must
          be explicitly enabled in the libtiff Makefiles.

        o --with-quantum-depth: This option allows the user to specify the
          number of bits to use per pixel quantum (the size of the red,
          green, blue, and alpha pixel components. For example,
          "--with-quantum-depth=8" builds GraphicsMagick using 8-bit quantums.
          Most computer display adaptors use 8-bit quantums. Currently
          supported arguments are 8, 16, or 32. The default is 8. This
          option is the most important option in determining the overall
          run-time performance of GraphicsMagick.

          The number of bits in a quantum determines how many values it may
          contain. Each quantum level supports 256 times as many values as
          the previous level. The following table shows the range available
          for various quantum sizes.

              QuantumDepth  Valid Range (Decimal)  Valid Range (Hex)
                    8            0-255                   00-FF
                   16           0-65535                0000-FFFF
                   32         0-4294967295         00000000-FFFFFFFF

          Larger pixel quantums cause GraphicsMagick to run more slowly and to
          require more memory. For example, using sixteen-bit pixel quantums
          causes GraphicsMagick to run 15% to 50% slower (and take twice as
          much memory) than when it is built to support eight-bit pixel
          quantums.

          The amount of virtual memory consumed by an image can be computed
          by the equation (QuantumDepth*Rows*Columns*5)/8. This is an
          important consideration when resources are limited, particularly
          since processing an image may require several images to be in
          memory at one time. The following table shows memory consumption
          values for a 1024x768 image:

              QuantumDepth  Virtual Memory
                  8              3MB
                 16              8MB
                 32             15MB

        o --without-magick-plus-plus: Disable building Magick++, the C++
          application programming interface to GraphicsMagick. A suitable C++
          compiler is required in order to build Magick++. Specify the CXX
          configure variable to select the C++ compiler to use (default
          "g++"), and CXXFLAGS to select the desired compiler opimization
          and debug flags (default "-g -O2"). Antique C++ compilers will
          normally be rejected by configure tests so specifying this option
          should only be necessary if Magick++ fails to compile.

        o --without-frozenpaths: Normally full paths to external programs
          (based on searching the PATH set when configure is run) will be
          saved to the delegates.mgk file. Specify this option to disable
          saving full paths to programs.

        o --without-threads: By default, the GraphicsMagick library is compiled
          with multi-thread support.  If this is undesireable, then specify
          --without-threads.

        o --with-cache: Specify a different image pixel cache threshold
          using the --with-cache option. This sets the maximum amount of
          heap memory that GraphicsMagick is allowed to consume before
          switching to using memory-mapped temporary files to store raw
          pixel data.

        o --disable-largefile: By default, GraphicsMagick is compiled with
          support for large (> 2GB on a 32-bit CPU) files if the operating
          system supports large files.  All applications which use the
          GraphicsMagick library must then also include support for large
          files. By disabling support for large files via --disable-largefile,
          dependent applications do not require special compilation options
          for large files in order to use the library.

        o --without-perl: By default, PerlMagick is conveniently compiled
          and installed as part of GraphicsMagick's normal "configure", "make",
          "make install" process.. When --without-perl is specified, you must
          first install GraphicsMagick, change to the PerlMagick subdirectory,
          build, and finally install PerlMagick. Note, PerlMagick is
          configured even if --without-perl is specified. If the argument
          --with-perl=/path/to/perl is supplied, then /path/to/perl will be
          taken as the PERL interpreter to use. This is important in case the
          'perl' executable in your PATH is not PERL5, or is not the PERL
          you want to use.

        o --with-perl-options: The PerlMagick module is normally installed
          using the Perl interpreter's installation PREFIX, rather than
          GraphicsMagick's. If GraphicsMagick's installation prefix is not
          the same as PERL's PREFIX, then you may find that PerlMagick's
          'make install' step tries to install into a directory tree that
          you don't have write permissions to. This is common when PERL is
          delivered with the operating system or on Internet Service Provider
          (ISP) web servers. If you want PerlMagick to install elsewhere,
          then provide a PREFIX option to PERL's configuration step via
          "--with-perl-options=PREFIX=/some/place". Other options accepted by
          MakeMaker are 'LIB', 'LIBPERL_A', 'LINKTYPE', and 'OPTIMIZE'. See
          the ExtUtils::MakeMaker(3) manual page for more information on
          configuring PERL extensions.

        o --without-x: By default, GraphicsMagick will use X11 libraries if
          they are available. When --without-x is specified, use of X11 is
          disabled. The display, animate, and import programs are not built or
          installed. The remaining programs have reduced functionality such
          as no access to X11 fonts (consider using Postscript or TrueType
          fonts instead).

        o --with-gs-font-dir: Specify the directory containing the
          Ghostscript Postscript Type 1 font files (e.g. "n022003l.pfb") so
          that they can be rendered using the FreeType library. If the font
          files are installed using the default Ghostscript installation paths
          (${prefix}/share/ghostscript/fonts), they should be discovered
          automatically by configure and specifying this option is not
          necessary. Specify this option if the Ghostscript fonts fail to
          be located automatically, or the location needs to be overridden.

        o --with-windows-font-dir: Specify the directory containing
          MS-Windows-compatible fonts. This is not necessary when GraphicsMagick
          is running under MS-Windows.

Building under Cygwin

        GraphicsMagick may be built under the Windows '95-XP Cygwin
        Unix-emulation environment available for free from

          http://www.cygwin.com/

        X11R6 for Cygwin is available from

          http://xfree86.cygwin.com/

        It is strongly recommended that the
        X11R6 package be installed since this enables GraphicsMagick's X11
        support (animate, display, and import will work) and it includes the
        Freetype v2 DLL required to support TrueType and Postscript Type 1
        fonts. Make sure that /usr/X11R6/bin is in your PATH prior to running
        configure. If you are using Cygwin version 1.3.9 or later, you may
        specify the configure option '--enable-shared' to build Cygwin DLLs.
        Specifying '--enable-shared' is required if you want to build
        PerlMagick under Cygwin because Cygwin does not provide the libperl.a
        static library required to create a static PerlMagick.

Building under MinGW & MSYS

        GraphicsMagick may be built using the free MinGW ("Minimalistic GNU for
        Windows") package version 1.1, available from

          http://www.mingw.org

        which consists of a GNU-based (e.g. gcc) compilation toolset plus
        headers and libraries required to build programs which are entirely
        based on standard Microsoft Windows DLLs. MSYS provides a Unix-like
        console shell window with sufficient functionality to run the
        GraphicsMagick configure script and execute make.

        Unlike the Cygwin build which creates programs based on a
        Unix-emulation DLL, and which uses Unix-style paths to access
        Windows files, the MinGW build creates native Windows console
        applications similar to the Visual C++ build.

        Please note that since the MinGW build is very new, some aspects of
        the installation may vary from Windows user's expectations, and that
        only a static build (no DLLs or modules) is currently supported.

        Once MinGW & MSYS have been installed, start the MSYS console (via
        the MSYS icon on the Windows desktop) and follow the Unix configure
        and build instructions. Note that the default installation prefix is
        "/usr/local" which installs the package into a MSYS directory. To
        install outside of the MSYS directory tree, you may specify an
        installation prefix like "/c/GraphicsMagick" which causes the package
        to be installed under the Windows directory "C:\GraphicsMagick". The
        installation directory structure will look very much like the Unix
        installation layout (e.g. "C:\GraphicsMagick\bin",
        "C:\GraphicsMagick\lib", "C:\GraphicsMagick\share", etc.). Any additional
        delegate libraries (e.g. libpng) will need to be built under MinGW
        in order to be used.

Dealing with configuration failures:

        While configure is designed to ease installation of GraphicsMagick, it
        often discovers problems that would otherwise be encountered later
        when compiling GraphicsMagick. The configure script tests for headers
        and libraries by executing the compiler (CC) with the specified
        compilation flags (CFLAGS), pre-processor flags (CPPFLAGS), and linker
        flags (LDFLAGS). Any errors are logged to the file 'config.log'. If
        configure fails to discover a header or library please review this
        log file to determine why, however, please be aware that *errors
        in the config.log are normal* because configure works by trying
        something and seeing if it fails. An error in config.log is only a
        problem if the test should have passed on your system. After taking
        corrective action, be sure to remove the 'config.cache' file before
        running configure so that configure will re-inspect the environment
        rather than using cached values.

        Common causes of configure failures are: 1) a delegate header is
        not in the header include path (CPPFLAGS -I option); 2) a delegate
        library is not in the linker search/run path (LDFLAGS -L/-R option);
        3) a delegate library is missing a function (old version?); 4)
        compilation environment is faulty.

        If all reasonable corrective actions have been tried and the
        problem appears to be due to a flaw in the configure script,
        please send a bug report to the configure script maintainer
        (currently bfriesen@simple.dallas.tx.us). All bug reports should
        contain the operating system type (as reported by 'uname -a')
        and the compiler/compiler-version. A copy of the configure script
        output and/or the config.log file may be valuable in order to find
        the problem. If you send a config.log, please also send a script of
        the configure output and a description of what you expected to see
        (and why) so the failure you are observing can be identified and
        resolved.

Makefile Build Targets

        Once GraphicsMagick is configured, these standard build targets are
        available from the generated Makefiles:

           'make'
              Build the package

           'make install'
              Install the package

           'make check'
              Run tests using the installed GraphicsMagick ('make install' must
              be done first!).

           'make clean'
              Remove everything in the build directory created by 'make'

           'make distclean'
              Remove everything in the build directory created by 'configure'
              and 'make'. This is useful if you want to start over from scratch.

           'make uninstall'
            Remove all files from the system which are (or would be)
            installed by 'make install' using the current configuration.
              Note that this target is imperfect for PerlMagick since Perl
              no longer supports an 'uninstall' target.

Build & Install:

        Now that GraphicsMagick is configured, type

           make

        to build the package and

           make install

        to install it.

Verifying The Build:

        To confirm your installation of the GraphicsMagick distribution was
        successful, type:

            ./utilities/display

        The GraphicsMagick logo is displayed.

        If the image colors are not correct use this command:

            ./utilities/display -visual default

        For a more serious test, you may run the GraphicsMagick test suite by
        typing

            make check

        Note that due to differences between the developer's environment and
        your own it is possible that some tests may be indicated as failed
        even though the results are ok. Differences between the developer's
        environment environment and your own may include the compiler, the
        CPU type, and the library versions used. The GraphicsMagick developers
        use the current release of all dependent libraries.

Copyright (C) 2003 GraphicsMagick Group
Copyright (C) 2002 ImageMagick Studio
Copyright (C) 1999 E. I. du Pont de Nemours and Company

This program is covered by multiple licenses, which are described in Copyright.txt. You should have received a copy of Copyright.txt with this package; otherwise see http://www.graphicsmagick.org/www/Copyright.html.

Image manipulation software that works like magic.