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Note that variable references are written "$ "; you can escape literal "$ =, pkg-config to perform extra sanity checks. You may only mention the same package one time on the Requires: line. If the version of a package is unspecified, any version will be used with no checking. Requires.private: A list of packages required by this package. The difference from Requires is that the packages listed under Requires.private are not taken into account when a flag list is computed for dynamically linked executable (i.e., when --static was not specified). In the situation where each .pc file corresponds to a library, Requires.private shall be used exclusively to specify the dependencies between the libraries. Conflicts: This optional line allows pkg-config to perform additional sanity checks, primarily to detect broken user installations. The syntax is the same as Requires: except that you can list the same package more than once here, for example "foobar = 1.2.3, foobar = 1.2.5, foobar >= 1.3", if you have reason to do so. If a version isn't specified, then your package conflicts with all versions of the mentioned package. If a user tries to use your package and a conflicting package at the same time, then pkg-config will complain. Libs: This line should give the link flags specific to your package. Don't add any flags for required packages; pkg-config will add those automatically. Libs.private: This line should list any private libraries in use. Private libraries are libraries which are not exposed through your library, but are needed in the case of static linking. This differs from Requires.private in that it references libraries that do not have package files installed. Cflags: This line should list the compile flags specific to your package. Don't add any flags for required packages; pkg-config will add those automatically. Here is an example file: SYNOPSIS. Rather than using the version-test options, you can simply give a version constraint after each package name, for example: Remember to use --print-errors if you want error messages. When no output options are supplied to pkg-config , --exists is implied. --validate Checks the syntax of a package's .pc file for validity. This is the same as --exists except that dependencies are not verified. This can be useful for package developers to test their .pc file prior to release: --msvc-syntax This option is available only on Windows. It causes pkg-config to output -l and -L flags in the form recognized by the Microsoft Visual C++ command-line compiler, cl . Specifically, instead of -Lx:/some/path it prints /libpath:x/some/path , and instead of -lfoo it prints foo.lib . Note that the --libs output consists of flags for the linker, and should be placed on the cl command line after a /link switch. --define-prefix --dont-define-prefix These options control whether pkg-config overrides the value of the variable prefix in each .pc file. With --define-prefix, pkg-config uses the installed location of the .pc file to determine the prefix. --dont-define-prefix prevents this behavior. The default is usually --define-prefix. Check to see whether a particular set of modules exists. Similar to PKG_CHECK_MODULES(), but does not set variables or print errors. pkg-config (1) - Linux Man Pages. The macro PKG_CHECK_MODULES can be used in configure.ac to check whether modules exist. A typical usage would be: --uninstalled Normally if you request the package "foo" and the package "foo-uninstalled" exists, pkg-config will prefer the "-uninstalled" variant. This allows compilation/linking against uninstalled packages. If you specify the "--uninstalled" option, pkg-config will return successfully if any "-uninstalled" packages are being used, and return failure (false) otherwise. (The PKG_CONFIG_DISABLE_UNINSTALLED environment variable keeps pkg-config from implicitly choosing "-uninstalled" packages, so if that variable is set, they will only have been used if you pass a name like "foo-uninstalled" on the command line explicitly.) --exists --atleast-version=VERSION --exact-version=VERSION --max-version=VERSION These options test whether the package or list of packages on the command line are known to pkg-config , and optionally whether the version number of a package meets certain constraints. If all packages exist and meet the specified version constraints, pkg-config exits successfully. Otherwise it exits unsuccessfully. Only the first VERSION comparing option will be honored. Subsequent options of this type will be ignored. PKG-CONFIG DERIVED VARIABLES. ENVIRONMENT VARIABLES. WINDOWS SPECIALITIES. Files have two kinds of line: keyword lines start with a keyword plus a colon, and variable definitions start with an alphanumeric string plus an equals sign. Keywords are defined in advance and have special meaning to pkg-config ; variables do not, you can have any variables that you wish (however, users may expect to retrieve the usual directory name variables). pkg-config: Return metainformation about installed libraries. The following options are used to compile and link programs: --cflags This prints pre-processor and compile flags required to compile the packages on the command line, including flags for all their dependencies. Flags are "compressed" so that each identical flag appears only once. pkg-config exits with a nonzero code if it can't find metadata for one or more of the packages on the command line. --cflags-only-I This prints the -I part of "--cflags". That is, it defines the header search path but doesn't specify anything else. --cflags-only-other This prints parts of "--cflags" not covered by "--cflags-only-I". --libs This option is identical to "--cflags", only it prints the link flags. As with "--cflags", duplicate flags are merged (maintaining proper ordering), and flags for dependencies are included in the output. --libs-only-L This prints the -L/-R part of "--libs". That is, it defines the library search path but doesn't specify which libraries to link with. --libs-only-l This prints the -l part of "--libs" for the libraries specified on the command line. Note that the union of "--libs-only-l" and "--libs-only-L" may be smaller than "--libs", due to flags such as -rdynamic. --libs-only-other This prints the parts of "--libs" not covered by "--libs-only-L" and "--libs-only-l", such as "--pthread". --variable=VARIABLENAME This returns the value of a variable defined in a package's .pc file. Most packages define the variable "prefix", for example, so you can say: --define-variable=VARIABLENAME=VARIABLEVALUE This sets a global value for a variable, overriding the value in any .pc files. Most packages define the variable "prefix", for example, so you can say: --print-variables Returns a list of all variables defined in the package. You would normally generate the file using configure, so that the prefix, etc. are set to the proper values. The GNU Autoconf manual recommends generating files like .pc files at build time rather than configure time, so when you build the .pc file is a matter of taste and preference. The pkg-config program is used to retrieve information about installed libraries in the system. It is typically used to compile and link against one or more libraries. Here is a typical usage scenario in a Makefile: Read pkg-config man page on Linux: $ man 1 pkg-config. OPTIONS. AUTHOR. Retrieves the value of the pkg-config variable CONFIG-VARIABLE from MODULE and stores it in VARIABLE. Note that repeated usage of VARIABLE is not recommended as the check will be skipped if the variable is already set. AUTOCONF MACROS. This would result in MYSTUFF_LIBS and MYSTUFF_CFLAGS substitution variables, set to the libs and cflags for the given module list. If a module is missing or has the wrong version, by default configure will abort with a message. To replace the default action, specify an ACTION-IF-NOT-FOUND. PKG_CHECK_MODULES will not print any error messages if you specify your own ACTION-IF-NOT-FOUND. However, it will set the variable MYSTUFF_PKG_ERRORS, which you can use to display what went wrong. DESCRIPTION. Substitutes the variable noarch_pkgconfigdir as the location where a module should install arch-independent pkg-config .pc files. By default the directory is $datadir/pkgconfig, but the default can be changed by passing DIRECTORY. The user can override through the --with-noarch-pkgconfigdir parameter. PKG_CHECK_VAR(VARIABLE, MODULE, CONFIG-VARIABLE, [ACTION-IF-FOUND], [ACTION-IF-NOT-FOUND]) pkg-config was written by James Henstridge, rewritten by Martijn van Beers, and rewritten again by Havoc Pennington. Tim Janik, Owen Taylor, and Raja Harinath submitted suggestions and some code. gnome-config was written by Miguel de Icaza, Raja Harinath and various hackers in the GNOME team. It was inspired by Owen Taylor's gtk-config program. If the value of a variable in a .pc file begins with the original, non-overridden, value of the prefix variable, then the overridden value of prefix is used instead. This allows the feature to work even when the variables have been expanded in the .pc file. --prefix-variable=PREFIX Set the name of the variable that pkg-config overrides instead of prefix when using the --define-prefix feature. --static Output libraries suitable for static linking. That means including any private libraries in the output. This relies on proper tagging in the .pc files, else a too large number of libraries will ordinarily be output. --list-all List all modules found in the pkg-config path. --print-provides List all modules the given packages provides. --print-requires List all modules the given packages requires. --print-requires-private List all modules the given packages requires for static linking (see --static). pkg-config retrieves information about packages from special metadata files. These files are named after the package, and has a .pc extension. On most systems, pkg-config looks in /usr/lib/pkgconfig, /usr/share/pkgconfig, /usr/local/lib/pkgconfig and /usr/local/share/pkgconfig for these files. It will additionally look in the colon-separated (on Windows, semicolon-separated) list of directories specified by the PKG_CONFIG_PATH environment variable. Similar to PKG_CHECK_MODULES, make sure that the first instance of this or PKG_CHECK_MODULES is called, or make sure to call PKG_CHECK_EXISTS manually. PKG_INSTALLDIR(DIRECTORY) pkg-config does not handle mixing of parameters with and without = well. Stick with one. When this feature is enabled and a .pc file is found in a directory named pkgconfig , the prefix for that package is assumed to be the grandparent of the directory where the file was found, and the prefix variable is overridden for that file accordingly. Substitutes the variable pkgconfigdir as the location where a module should install pkg-config .pc files. By default the directory is $libdir/pkgconfig, but the default can be changed by passing DIRECTORY. The user can override through the --with-pkgconfigdir parameter. PKG_NOARCH_INSTALLDIR(DIRECTORY) In addition to specifying a package name on the command line, the full path to a given .pc file may be given instead. This allows a user to directly query a particular .pc file. Also note that repeated usage of VARIABLE-PREFIX is not recommended. After the first successful usage, subsequent calls with the same VARIABLE-PREFIX will simply use the _LIBS and _CFLAGS variables set from the previous usage without calling pkg-config again. PKG_PREREQ(MIN-VERSION) Checks that the version of the pkg-config autoconf macros in use is at least MIN-VERSION. This can be used to ensure a particular pkg-config macro will be available. PKG_PROG_PKG_CONFIG([MIN-VERSION]) Note that if there is a possibility the first call to PKG_CHECK_MODULES might not happen, you should be sure to include an explicit call to PKG_PROG_PKG_CONFIG in your configure.ac. pkg-config [--modversion] [--version] [--help] [--atleast-pkgconfig-version=VERSION] [--print-errors] [--short-errors] [--silence-errors] [--errors-to-stdout] [--debug] [--cflags] [--libs] [--libs-only-L] [--libs-only-l] [--cflags-only-I] [--libs-only-other] [--cflags-only-other] [--variable=VARIABLENAME] [--define-variable=VARIABLENAME=VARIABLEVALUE] [--print-variables] [--uninstalled] [--exists] [--atleast-version=VERSION] [--exact-version=VERSION] [--max-version=VERSION] [--validate] [--list-all] [--print-provides] [--print-requires] [--print-requires-private] [LIBRARIES. ] The package name specified on the pkg-config command line is defined to be the name of the metadata file, minus the .pc extension. If a library can install multiple versions simultaneously, it must give each version its own name (for example, GTK 1.2 might have the package name "gtk+" while GTK 2.0 has "gtk+-2.0"). Defines the PKG_CONFIG variable to the best pkg-config available, useful if you need pkg-config but don't want to use PKG_CHECK_MODULES. PKG_CHECK_MODULES_STATIC(VARIABLE-PREFIX, MODULES [,ACTION-IF-FOUND [,ACTION-IF-NOT-FOUND]]) Enables static linking through --static prior to calling PKG_CHECK_MODULES. PKG_CHECK_EXISTS(MODULES, [ACTION-IF-FOUND], [ACTION-IF-NOT-FOUND]) METADATA FILE SYNTAX.

 

 

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