/* * main.c * main() routine, printer functions * * Copyright (c) 2011, 2012, 2013, 2014, 2015, 2016, 2017, 2018, 2019 * pkgconf authors (see AUTHORS). * * Permission to use, copy, modify, and/or distribute this software for any * purpose with or without fee is hereby granted, provided that the above * copyright notice and this permission notice appear in all copies. * * This software is provided 'as is' and without any warranty, express or * implied. In no event shall the authors be liable for any damages arising * from the use of this software. */ #include "libpkgconf/config.h" #include #include #include "getopt_long.h" #ifndef PKGCONF_LITE #include "renderer-msvc.h" #endif #ifdef _WIN32 #include /* for _setmode() */ #include #endif #define PKG_CFLAGS_ONLY_I (((uint64_t) 1) << 2) #define PKG_CFLAGS_ONLY_OTHER (((uint64_t) 1) << 3) #define PKG_CFLAGS (PKG_CFLAGS_ONLY_I|PKG_CFLAGS_ONLY_OTHER) #define PKG_LIBS_ONLY_LDPATH (((uint64_t) 1) << 5) #define PKG_LIBS_ONLY_LIBNAME (((uint64_t) 1) << 6) #define PKG_LIBS_ONLY_OTHER (((uint64_t) 1) << 7) #define PKG_LIBS (PKG_LIBS_ONLY_LDPATH|PKG_LIBS_ONLY_LIBNAME|PKG_LIBS_ONLY_OTHER) #define PKG_MODVERSION (((uint64_t) 1) << 8) #define PKG_REQUIRES (((uint64_t) 1) << 9) #define PKG_REQUIRES_PRIVATE (((uint64_t) 1) << 10) #define PKG_VARIABLES (((uint64_t) 1) << 11) #define PKG_DIGRAPH (((uint64_t) 1) << 12) #define PKG_KEEP_SYSTEM_CFLAGS (((uint64_t) 1) << 13) #define PKG_KEEP_SYSTEM_LIBS (((uint64_t) 1) << 14) #define PKG_VERSION (((uint64_t) 1) << 15) #define PKG_ABOUT (((uint64_t) 1) << 16) #define PKG_ENV_ONLY (((uint64_t) 1) << 17) #define PKG_ERRORS_ON_STDOUT (((uint64_t) 1) << 18) #define PKG_SILENCE_ERRORS (((uint64_t) 1) << 19) #define PKG_IGNORE_CONFLICTS (((uint64_t) 1) << 20) #define PKG_STATIC (((uint64_t) 1) << 21) #define PKG_NO_UNINSTALLED (((uint64_t) 1) << 22) #define PKG_UNINSTALLED (((uint64_t) 1) << 23) #define PKG_LIST (((uint64_t) 1) << 24) #define PKG_HELP (((uint64_t) 1) << 25) #define PKG_PRINT_ERRORS (((uint64_t) 1) << 26) #define PKG_SIMULATE (((uint64_t) 1) << 27) #define PKG_NO_CACHE (((uint64_t) 1) << 28) #define PKG_PROVIDES (((uint64_t) 1) << 29) #define PKG_VALIDATE (((uint64_t) 1) << 30) #define PKG_LIST_PACKAGE_NAMES (((uint64_t) 1) << 31) #define PKG_NO_PROVIDES (((uint64_t) 1) << 32) #define PKG_PURE (((uint64_t) 1) << 33) #define PKG_PATH (((uint64_t) 1) << 34) #define PKG_DEFINE_PREFIX (((uint64_t) 1) << 35) #define PKG_DONT_DEFINE_PREFIX (((uint64_t) 1) << 36) #define PKG_DONT_RELOCATE_PATHS (((uint64_t) 1) << 37) #define PKG_DEBUG (((uint64_t) 1) << 38) #define PKG_SHORT_ERRORS (((uint64_t) 1) << 39) #define PKG_EXISTS (((uint64_t) 1) << 40) #define PKG_MSVC_SYNTAX (((uint64_t) 1) << 41) #define PKG_INTERNAL_CFLAGS (((uint64_t) 1) << 42) #define PKG_DUMP_PERSONALITY (((uint64_t) 1) << 43) #define PKG_SHARED (((uint64_t) 1) << 44) static pkgconf_client_t pkg_client; static const pkgconf_fragment_render_ops_t *want_render_ops = NULL; static uint64_t want_flags; static int maximum_traverse_depth = 2000; static size_t maximum_package_count = 0; static char *want_variable = NULL; static char *want_fragment_filter = NULL; FILE *error_msgout = NULL; FILE *logfile_out = NULL; static bool error_handler(const char *msg, const pkgconf_client_t *client, void *data) { (void) client; (void) data; fprintf(error_msgout, "%s", msg); return true; } static bool print_list_entry(const pkgconf_pkg_t *entry, void *data) { (void) data; if (entry->flags & PKGCONF_PKG_PROPF_UNINSTALLED) return false; printf("%-30s %s - %s\n", entry->id, entry->realname, entry->description); return false; } static bool print_package_entry(const pkgconf_pkg_t *entry, void *data) { (void) data; if (entry->flags & PKGCONF_PKG_PROPF_UNINSTALLED) return false; printf("%s\n", entry->id); return false; } static bool filter_cflags(const pkgconf_client_t *client, const pkgconf_fragment_t *frag, void *data) { int got_flags = 0; (void) client; (void) data; if (!(want_flags & PKG_KEEP_SYSTEM_CFLAGS) && pkgconf_fragment_has_system_dir(client, frag)) return false; if (want_fragment_filter != NULL && (strchr(want_fragment_filter, frag->type) == NULL || !frag->type)) return false; if (frag->type == 'I') got_flags = PKG_CFLAGS_ONLY_I; else got_flags = PKG_CFLAGS_ONLY_OTHER; return (want_flags & got_flags) != 0; } static bool filter_libs(const pkgconf_client_t *client, const pkgconf_fragment_t *frag, void *data) { int got_flags = 0; (void) client; (void) data; if (!(want_flags & PKG_KEEP_SYSTEM_LIBS) && pkgconf_fragment_has_system_dir(client, frag)) return false; if (want_fragment_filter != NULL && (strchr(want_fragment_filter, frag->type) == NULL || !frag->type)) return false; switch (frag->type) { case 'L': got_flags = PKG_LIBS_ONLY_LDPATH; break; case 'l': got_flags = PKG_LIBS_ONLY_LIBNAME; break; default: got_flags = PKG_LIBS_ONLY_OTHER; break; } return (want_flags & got_flags) != 0; } static void print_variables(pkgconf_pkg_t *pkg) { pkgconf_node_t *node; PKGCONF_FOREACH_LIST_ENTRY(pkg->vars.head, node) { pkgconf_tuple_t *tuple = node->data; printf("%s\n", tuple->key); } } static void print_requires(pkgconf_pkg_t *pkg) { pkgconf_node_t *node; PKGCONF_FOREACH_LIST_ENTRY(pkg->required.head, node) { pkgconf_dependency_t *dep = node->data; printf("%s", dep->package); if (dep->version != NULL) printf(" %s %s", pkgconf_pkg_get_comparator(dep), dep->version); printf("\n"); } } static void print_requires_private(pkgconf_pkg_t *pkg) { pkgconf_node_t *node; PKGCONF_FOREACH_LIST_ENTRY(pkg->requires_private.head, node) { pkgconf_dependency_t *dep = node->data; printf("%s", dep->package); if (dep->version != NULL) printf(" %s %s", pkgconf_pkg_get_comparator(dep), dep->version); printf("\n"); } } static void print_provides(pkgconf_pkg_t *pkg) { pkgconf_node_t *node; PKGCONF_FOREACH_LIST_ENTRY(pkg->provides.head, node) { pkgconf_dependency_t *dep = node->data; printf("%s", dep->package); if (dep->version != NULL) printf(" %s %s", pkgconf_pkg_get_comparator(dep), dep->version); printf("\n"); } } static bool apply_provides(pkgconf_client_t *client, pkgconf_pkg_t *world, void *unused, int maxdepth) { pkgconf_node_t *iter; (void) client; (void) unused; (void) maxdepth; PKGCONF_FOREACH_LIST_ENTRY(world->required.head, iter) { pkgconf_dependency_t *dep = iter->data; pkgconf_pkg_t *pkg = dep->match; print_provides(pkg); } return true; } #ifndef PKGCONF_LITE static void print_digraph_node(pkgconf_client_t *client, pkgconf_pkg_t *pkg, void *unused) { pkgconf_node_t *node; (void) client; (void) unused; printf("\"%s\" [fontname=Sans fontsize=8]\n", pkg->id); PKGCONF_FOREACH_LIST_ENTRY(pkg->required.head, node) { pkgconf_dependency_t *dep = node->data; printf("\"%s\" -- \"%s\" [fontname=Sans fontsize=8]\n", dep->package, pkg->id); } } static bool apply_digraph(pkgconf_client_t *client, pkgconf_pkg_t *world, void *unused, int maxdepth) { int eflag; printf("graph deptree {\n"); printf("edge [color=blue len=7.5 fontname=Sans fontsize=8]\n"); printf("node [fontname=Sans fontsize=8]\n"); eflag = pkgconf_pkg_traverse(client, world, print_digraph_node, unused, maxdepth, 0); if (eflag != PKGCONF_PKG_ERRF_OK) return false; printf("}\n"); return true; } #endif static bool apply_modversion(pkgconf_client_t *client, pkgconf_pkg_t *world, void *unused, int maxdepth) { pkgconf_node_t *iter; (void) client; (void) unused; (void) maxdepth; PKGCONF_FOREACH_LIST_ENTRY(world->required.head, iter) { pkgconf_dependency_t *dep = iter->data; pkgconf_pkg_t *pkg = dep->match; if (pkg->version != NULL) printf("%s\n", pkg->version); } return true; } static bool apply_variables(pkgconf_client_t *client, pkgconf_pkg_t *world, void *unused, int maxdepth) { pkgconf_node_t *iter; (void) client; (void) unused; (void) maxdepth; PKGCONF_FOREACH_LIST_ENTRY(world->required.head, iter) { pkgconf_dependency_t *dep = iter->data; pkgconf_pkg_t *pkg = dep->match; print_variables(pkg); } return true; } static bool apply_path(pkgconf_client_t *client, pkgconf_pkg_t *world, void *unused, int maxdepth) { pkgconf_node_t *iter; (void) client; (void) unused; (void) maxdepth; PKGCONF_FOREACH_LIST_ENTRY(world->required.head, iter) { pkgconf_dependency_t *dep = iter->data; pkgconf_pkg_t *pkg = dep->match; /* a module entry with no filename is either virtual, static (builtin) or synthesized. */ if (pkg->filename != NULL) printf("%s\n", pkg->filename); } return true; } static void print_variable(pkgconf_client_t *client, pkgconf_pkg_t *pkg, const char *variable) { const char *var; var = pkgconf_tuple_find(client, &pkg->vars, variable); if (var != NULL) printf("%s", var); } static bool apply_variable(pkgconf_client_t *client, pkgconf_pkg_t *world, void *variable, int maxdepth) { pkgconf_node_t *iter; (void) maxdepth; PKGCONF_FOREACH_LIST_ENTRY(world->required.head, iter) { pkgconf_dependency_t *dep = iter->data; pkgconf_pkg_t *pkg = dep->match; if (iter->prev != NULL) printf(" "); print_variable(client, pkg, variable); } printf("\n"); return true; } static bool apply_env_var(const char *prefix, pkgconf_client_t *client, pkgconf_pkg_t *world, int maxdepth, unsigned int (*collect_fn)(pkgconf_client_t *client, pkgconf_pkg_t *world, pkgconf_list_t *list, int maxdepth), bool (*filter_fn)(const pkgconf_client_t *client, const pkgconf_fragment_t *frag, void *data)) { pkgconf_list_t unfiltered_list = PKGCONF_LIST_INITIALIZER; pkgconf_list_t filtered_list = PKGCONF_LIST_INITIALIZER; unsigned int eflag; char *render_buf; eflag = collect_fn(client, world, &unfiltered_list, maxdepth); if (eflag != PKGCONF_PKG_ERRF_OK) return false; pkgconf_fragment_filter(client, &filtered_list, &unfiltered_list, filter_fn, NULL); if (filtered_list.head == NULL) goto out; render_buf = pkgconf_fragment_render(&filtered_list, true, want_render_ops); printf("%s='%s'\n", prefix, render_buf); free(render_buf); out: pkgconf_fragment_free(&unfiltered_list); pkgconf_fragment_free(&filtered_list); return true; } static bool apply_env(pkgconf_client_t *client, pkgconf_pkg_t *world, void *env_prefix_p, int maxdepth) { const char *want_env_prefix = env_prefix_p, *it; char workbuf[PKGCONF_ITEM_SIZE]; for (it = want_env_prefix; *it != '\0'; it++) if (!isalpha(*it) && !isdigit(*it)) return false; snprintf(workbuf, sizeof workbuf, "%s_CFLAGS", want_env_prefix); if (!apply_env_var(workbuf, client, world, maxdepth, pkgconf_pkg_cflags, filter_cflags)) return false; snprintf(workbuf, sizeof workbuf, "%s_LIBS", want_env_prefix); if (!apply_env_var(workbuf, client, world, maxdepth, pkgconf_pkg_libs, filter_libs)) return false; return true; } static bool apply_cflags(pkgconf_client_t *client, pkgconf_pkg_t *world, void *unused, int maxdepth) { pkgconf_list_t unfiltered_list = PKGCONF_LIST_INITIALIZER; pkgconf_list_t filtered_list = PKGCONF_LIST_INITIALIZER; int eflag; char *render_buf; (void) unused; eflag = pkgconf_pkg_cflags(client, world, &unfiltered_list, maxdepth); if (eflag != PKGCONF_PKG_ERRF_OK) return false; pkgconf_fragment_filter(client, &filtered_list, &unfiltered_list, filter_cflags, NULL); if (filtered_list.head == NULL) goto out; render_buf = pkgconf_fragment_render(&filtered_list, true, want_render_ops); printf("%s", render_buf); free(render_buf); out: pkgconf_fragment_free(&unfiltered_list); pkgconf_fragment_free(&filtered_list); return true; } static bool apply_libs(pkgconf_client_t *client, pkgconf_pkg_t *world, void *unused, int maxdepth) { pkgconf_list_t unfiltered_list = PKGCONF_LIST_INITIALIZER; pkgconf_list_t filtered_list = PKGCONF_LIST_INITIALIZER; int eflag; char *render_buf; (void) unused; eflag = pkgconf_pkg_libs(client, world, &unfiltered_list, maxdepth); if (eflag != PKGCONF_PKG_ERRF_OK) return false; pkgconf_fragment_filter(client, &filtered_list, &unfiltered_list, filter_libs, NULL); if (filtered_list.head == NULL) goto out; render_buf = pkgconf_fragment_render(&filtered_list, true, want_render_ops); printf("%s", render_buf); free(render_buf); out: pkgconf_fragment_free(&unfiltered_list); pkgconf_fragment_free(&filtered_list); return true; } static bool apply_requires(pkgconf_client_t *client, pkgconf_pkg_t *world, void *unused, int maxdepth) { pkgconf_node_t *iter; (void) client; (void) unused; (void) maxdepth; PKGCONF_FOREACH_LIST_ENTRY(world->required.head, iter) { pkgconf_dependency_t *dep = iter->data; pkgconf_pkg_t *pkg = dep->match; print_requires(pkg); } return true; } static bool apply_requires_private(pkgconf_client_t *client, pkgconf_pkg_t *world, void *unused, int maxdepth) { pkgconf_node_t *iter; (void) client; (void) unused; (void) maxdepth; PKGCONF_FOREACH_LIST_ENTRY(world->required.head, iter) { pkgconf_dependency_t *dep = iter->data; pkgconf_pkg_t *pkg = dep->match; print_requires_private(pkg); } return true; } static void check_uninstalled(pkgconf_client_t *client, pkgconf_pkg_t *pkg, void *data) { int *retval = data; (void) client; if (pkg->flags & PKGCONF_PKG_PROPF_UNINSTALLED) *retval = EXIT_SUCCESS; } static bool apply_uninstalled(pkgconf_client_t *client, pkgconf_pkg_t *world, void *data, int maxdepth) { int eflag; eflag = pkgconf_pkg_traverse(client, world, check_uninstalled, data, maxdepth, 0); if (eflag != PKGCONF_PKG_ERRF_OK) return false; return true; } #ifndef PKGCONF_LITE static void print_graph_node(pkgconf_client_t *client, pkgconf_pkg_t *pkg, void *data) { pkgconf_node_t *n; (void) client; (void) data; printf("node '%s' {\n", pkg->id); if (pkg->version != NULL) printf(" version = '%s';\n", pkg->version); PKGCONF_FOREACH_LIST_ENTRY(pkg->required.head, n) { pkgconf_dependency_t *dep = n->data; printf(" dependency '%s'", dep->package); if (dep->compare != PKGCONF_CMP_ANY) { printf(" {\n"); printf(" comparator = '%s';\n", pkgconf_pkg_get_comparator(dep)); printf(" version = '%s';\n", dep->version); printf(" };\n"); } else printf(";\n"); } printf("};\n"); } static bool apply_simulate(pkgconf_client_t *client, pkgconf_pkg_t *world, void *data, int maxdepth) { int eflag; eflag = pkgconf_pkg_traverse(client, world, print_graph_node, data, maxdepth, 0); if (eflag != PKGCONF_PKG_ERRF_OK) return false; return true; } #endif static void version(void) { printf("%s\n", PACKAGE_VERSION); } static void about(void) { printf("%s %s\n", PACKAGE_NAME, PACKAGE_VERSION); printf("Copyright (c) 2011, 2012, 2013, 2014, 2015, 2016, 2017, 2018, 2019, 2020, 2021\n"); printf(" pkgconf authors (see AUTHORS in documentation directory).\n\n"); printf("Permission to use, copy, modify, and/or distribute this software for any\n"); printf("purpose with or without fee is hereby granted, provided that the above\n"); printf("copyright notice and this permission notice appear in all copies.\n\n"); printf("This software is provided 'as is' and without any warranty, express or\n"); printf("implied. In no event shall the authors be liable for any damages arising\n"); printf("from the use of this software.\n\n"); printf("Report bugs at <%s>.\n", PACKAGE_BUGREPORT); } static void usage(void) { printf("usage: %s [OPTIONS] [LIBRARIES]\n", PACKAGE_NAME); printf("\nbasic options:\n\n"); printf(" --help this message\n"); printf(" --about print pkgconf version and license to stdout\n"); printf(" --version print supported pkg-config version to stdout\n"); printf(" --atleast-pkgconfig-version check whether or not pkgconf is compatible\n"); printf(" with a specified pkg-config version\n"); printf(" --errors-to-stdout print all errors on stdout instead of stderr\n"); printf(" --print-errors ensure all errors are printed\n"); printf(" --short-errors be less verbose about some errors\n"); printf(" --silence-errors explicitly be silent about errors\n"); printf(" --list-all list all known packages\n"); printf(" --list-package-names list all known package names\n"); #ifndef PKGCONF_LITE printf(" --simulate simulate walking the calculated dependency graph\n"); #endif printf(" --no-cache do not cache already seen packages when\n"); printf(" walking the dependency graph\n"); printf(" --log-file=filename write an audit log to a specified file\n"); printf(" --with-path=path adds a directory to the search path\n"); printf(" --define-prefix override the prefix variable with one that is guessed based on\n"); printf(" the location of the .pc file\n"); printf(" --dont-define-prefix do not override the prefix variable under any circumstances\n"); printf(" --prefix-variable=varname sets the name of the variable that pkgconf considers\n"); printf(" to be the package prefix\n"); printf(" --relocate=path relocates a path and exits (mostly for testsuite)\n"); printf(" --dont-relocate-paths disables path relocation support\n"); #ifndef PKGCONF_LITE printf("\ncross-compilation personality support:\n\n"); printf(" --personality=triplet|filename sets the personality to 'triplet' or a file named 'filename'\n"); printf(" --dump-personality dumps details concerning selected personality\n"); #endif printf("\nchecking specific pkg-config database entries:\n\n"); printf(" --atleast-version require a specific version of a module\n"); printf(" --exact-version require an exact version of a module\n"); printf(" --max-version require a maximum version of a module\n"); printf(" --exists check whether or not a module exists\n"); printf(" --uninstalled check whether or not an uninstalled module will be used\n"); printf(" --no-uninstalled never use uninstalled modules when satisfying dependencies\n"); printf(" --no-provides do not use 'provides' rules to resolve dependencies\n"); printf(" --maximum-traverse-depth maximum allowed depth for dependency graph\n"); printf(" --static be more aggressive when computing dependency graph\n"); printf(" (for static linking)\n"); printf(" --shared use a simplified dependency graph (usually default)\n"); printf(" --pure optimize a static dependency graph as if it were a normal\n"); printf(" dependency graph\n"); printf(" --env-only look only for package entries in PKG_CONFIG_PATH\n"); printf(" --ignore-conflicts ignore 'conflicts' rules in modules\n"); printf(" --validate validate specific .pc files for correctness\n"); printf("\nquerying specific pkg-config database fields:\n\n"); printf(" --define-variable=varname=value define variable 'varname' as 'value'\n"); printf(" --variable=varname print specified variable entry to stdout\n"); printf(" --cflags print required CFLAGS to stdout\n"); printf(" --cflags-only-I print required include-dir CFLAGS to stdout\n"); printf(" --cflags-only-other print required non-include-dir CFLAGS to stdout\n"); printf(" --libs print required linker flags to stdout\n"); printf(" --libs-only-L print required LDPATH linker flags to stdout\n"); printf(" --libs-only-l print required LIBNAME linker flags to stdout\n"); printf(" --libs-only-other print required other linker flags to stdout\n"); printf(" --print-requires print required dependency frameworks to stdout\n"); printf(" --print-requires-private print required dependency frameworks for static\n"); printf(" linking to stdout\n"); printf(" --print-provides print provided dependencies to stdout\n"); printf(" --print-variables print all known variables in module to stdout\n"); #ifndef PKGCONF_LITE printf(" --digraph print entire dependency graph in graphviz 'dot' format\n"); #endif printf(" --keep-system-cflags keep -I%s entries in cflags output\n", SYSTEM_INCLUDEDIR); printf(" --keep-system-libs keep -L%s entries in libs output\n", SYSTEM_LIBDIR); printf(" --path show the exact filenames for any matching .pc files\n"); printf(" --modversion print the specified module's version to stdout\n"); printf(" --internal-cflags do not filter 'internal' cflags from output\n"); printf("\nfiltering output:\n\n"); #ifndef PKGCONF_LITE printf(" --msvc-syntax print translatable fragments in MSVC syntax\n"); #endif printf(" --fragment-filter=types filter output fragments to the specified types\n"); printf("\nreport bugs to <%s>.\n", PACKAGE_BUGREPORT); } static void relocate_path(const char *path) { char buf[PKGCONF_BUFSIZE]; pkgconf_strlcpy(buf, path, sizeof buf); pkgconf_path_relocate(buf, sizeof buf); printf("%s\n", buf); } #ifndef PKGCONF_LITE static void dump_personality(const pkgconf_cross_personality_t *p) { pkgconf_node_t *n; printf("Triplet: %s\n", p->name); if (p->sysroot_dir) printf("SysrootDir: %s\n", p->sysroot_dir); printf("DefaultSearchPaths: "); PKGCONF_FOREACH_LIST_ENTRY(p->dir_list.head, n) { pkgconf_path_t *pn = n->data; printf("%s ", pn->path); } printf("\n"); printf("SystemIncludePaths: "); PKGCONF_FOREACH_LIST_ENTRY(p->filter_includedirs.head, n) { pkgconf_path_t *pn = n->data; printf("%s ", pn->path); } printf("\n"); printf("SystemLibraryPaths: "); PKGCONF_FOREACH_LIST_ENTRY(p->filter_libdirs.head, n) { pkgconf_path_t *pn = n->data; printf("%s ", pn->path); } printf("\n"); } static pkgconf_cross_personality_t * deduce_personality(char *argv[]) { const char *argv0 = argv[0]; char *i, *prefix; pkgconf_cross_personality_t *out; i = strrchr(argv0, '/'); if (i != NULL) argv0 = i + 1; #if defined(_WIN32) || defined(_WIN64) i = strrchr(argv0, '\\'); if (i != NULL) argv0 = i + 1; #endif i = strstr(argv0, "-pkg"); if (i == NULL) return pkgconf_cross_personality_default(); prefix = pkgconf_strndup(argv0, i - argv0); out = pkgconf_cross_personality_find(prefix); free(prefix); if (out == NULL) return pkgconf_cross_personality_default(); return out; } #endif int main(int argc, char *argv[]) { int ret; pkgconf_list_t pkgq = PKGCONF_LIST_INITIALIZER; pkgconf_list_t dir_list = PKGCONF_LIST_INITIALIZER; char *builddir; char *sysroot_dir; char *env_traverse_depth; char *required_pkgconfig_version = NULL; char *required_exact_module_version = NULL; char *required_max_module_version = NULL; char *required_module_version = NULL; char *logfile_arg = NULL; char *want_env_prefix = NULL; unsigned int want_client_flags = PKGCONF_PKG_PKGF_NONE; pkgconf_cross_personality_t *personality; bool opened_error_msgout = false; want_flags = 0; #ifdef _WIN32 /* When running regression tests in cygwin, and building native * executable, tests fail unless native executable outputs unix * line endings. Come to think of it, this will probably help * real people who use cygwin build environments but native pkgconf, too. */ _setmode(fileno(stdout), O_BINARY); _setmode(fileno(stderr), O_BINARY); #endif struct pkg_option options[] = { { "version", no_argument, &want_flags, PKG_VERSION|PKG_PRINT_ERRORS, }, { "about", no_argument, &want_flags, PKG_ABOUT|PKG_PRINT_ERRORS, }, { "atleast-version", required_argument, NULL, 2, }, { "atleast-pkgconfig-version", required_argument, NULL, 3, }, { "libs", no_argument, &want_flags, PKG_LIBS|PKG_PRINT_ERRORS, }, { "cflags", no_argument, &want_flags, PKG_CFLAGS|PKG_PRINT_ERRORS, }, { "modversion", no_argument, &want_flags, PKG_MODVERSION|PKG_PRINT_ERRORS, }, { "variable", required_argument, NULL, 7, }, { "exists", no_argument, &want_flags, PKG_EXISTS, }, { "print-errors", no_argument, &want_flags, PKG_PRINT_ERRORS, }, { "short-errors", no_argument, &want_flags, PKG_SHORT_ERRORS, }, { "maximum-traverse-depth", required_argument, NULL, 11, }, { "static", no_argument, &want_flags, PKG_STATIC, }, { "shared", no_argument, &want_flags, PKG_SHARED, }, { "pure", no_argument, &want_flags, PKG_PURE, }, { "print-requires", no_argument, &want_flags, PKG_REQUIRES, }, { "print-variables", no_argument, &want_flags, PKG_VARIABLES|PKG_PRINT_ERRORS, }, #ifndef PKGCONF_LITE { "digraph", no_argument, &want_flags, PKG_DIGRAPH, }, #endif { "help", no_argument, &want_flags, PKG_HELP, }, { "env-only", no_argument, &want_flags, PKG_ENV_ONLY, }, { "print-requires-private", no_argument, &want_flags, PKG_REQUIRES_PRIVATE, }, { "cflags-only-I", no_argument, &want_flags, PKG_CFLAGS_ONLY_I|PKG_PRINT_ERRORS, }, { "cflags-only-other", no_argument, &want_flags, PKG_CFLAGS_ONLY_OTHER|PKG_PRINT_ERRORS, }, { "libs-only-L", no_argument, &want_flags, PKG_LIBS_ONLY_LDPATH|PKG_PRINT_ERRORS, }, { "libs-only-l", no_argument, &want_flags, PKG_LIBS_ONLY_LIBNAME|PKG_PRINT_ERRORS, }, { "libs-only-other", no_argument, &want_flags, PKG_LIBS_ONLY_OTHER|PKG_PRINT_ERRORS, }, { "uninstalled", no_argument, &want_flags, PKG_UNINSTALLED, }, { "no-uninstalled", no_argument, &want_flags, PKG_NO_UNINSTALLED, }, { "keep-system-cflags", no_argument, &want_flags, PKG_KEEP_SYSTEM_CFLAGS, }, { "keep-system-libs", no_argument, &want_flags, PKG_KEEP_SYSTEM_LIBS, }, { "define-variable", required_argument, NULL, 27, }, { "exact-version", required_argument, NULL, 28, }, { "max-version", required_argument, NULL, 29, }, { "ignore-conflicts", no_argument, &want_flags, PKG_IGNORE_CONFLICTS, }, { "errors-to-stdout", no_argument, &want_flags, PKG_ERRORS_ON_STDOUT, }, { "silence-errors", no_argument, &want_flags, PKG_SILENCE_ERRORS, }, { "list-all", no_argument, &want_flags, PKG_LIST|PKG_PRINT_ERRORS, }, { "list-package-names", no_argument, &want_flags, PKG_LIST_PACKAGE_NAMES|PKG_PRINT_ERRORS, }, #ifndef PKGCONF_LITE { "simulate", no_argument, &want_flags, PKG_SIMULATE, }, #endif { "no-cache", no_argument, &want_flags, PKG_NO_CACHE, }, { "print-provides", no_argument, &want_flags, PKG_PROVIDES, }, { "no-provides", no_argument, &want_flags, PKG_NO_PROVIDES, }, { "debug", no_argument, &want_flags, PKG_DEBUG|PKG_PRINT_ERRORS, }, { "validate", no_argument, &want_flags, PKG_VALIDATE|PKG_PRINT_ERRORS|PKG_ERRORS_ON_STDOUT }, { "log-file", required_argument, NULL, 40 }, { "path", no_argument, &want_flags, PKG_PATH }, { "with-path", required_argument, NULL, 42 }, { "prefix-variable", required_argument, NULL, 43 }, { "define-prefix", no_argument, &want_flags, PKG_DEFINE_PREFIX }, { "relocate", required_argument, NULL, 45 }, { "dont-define-prefix", no_argument, &want_flags, PKG_DONT_DEFINE_PREFIX }, { "dont-relocate-paths", no_argument, &want_flags, PKG_DONT_RELOCATE_PATHS }, { "env", required_argument, NULL, 48 }, #ifndef PKGCONF_LITE { "msvc-syntax", no_argument, &want_flags, PKG_MSVC_SYNTAX }, #endif { "fragment-filter", required_argument, NULL, 50 }, { "internal-cflags", no_argument, &want_flags, PKG_INTERNAL_CFLAGS }, #ifndef PKGCONF_LITE { "dump-personality", no_argument, &want_flags, PKG_DUMP_PERSONALITY }, { "personality", required_argument, NULL, 53 }, #endif { NULL, 0, NULL, 0 } }; #ifndef PKGCONF_LITE if (getenv("PKG_CONFIG_EARLY_TRACE")) { error_msgout = stderr; pkgconf_client_set_trace_handler(&pkg_client, error_handler, NULL); } #endif #ifndef PKGCONF_LITE personality = deduce_personality(argv); #else personality = pkgconf_cross_personality_default(); #endif while ((ret = pkg_getopt_long_only(argc, argv, "", options, NULL)) != -1) { switch (ret) { case 2: required_module_version = pkg_optarg; break; case 3: required_pkgconfig_version = pkg_optarg; break; case 7: want_variable = pkg_optarg; break; case 11: maximum_traverse_depth = atoi(pkg_optarg); break; case 27: pkgconf_tuple_define_global(&pkg_client, pkg_optarg); break; case 28: required_exact_module_version = pkg_optarg; break; case 29: required_max_module_version = pkg_optarg; break; case 40: logfile_arg = pkg_optarg; break; case 42: pkgconf_path_add(pkg_optarg, &dir_list, true); break; case 43: pkgconf_client_set_prefix_varname(&pkg_client, pkg_optarg); break; case 45: relocate_path(pkg_optarg); return EXIT_SUCCESS; case 48: want_env_prefix = pkg_optarg; break; case 50: want_fragment_filter = pkg_optarg; break; #ifndef PKGCONF_LITE case 53: personality = pkgconf_cross_personality_find(pkg_optarg); break; #endif case '?': case ':': ret = EXIT_FAILURE; goto out; default: break; } } pkgconf_path_copy_list(&personality->dir_list, &dir_list); pkgconf_path_free(&dir_list); #ifndef PKGCONF_LITE if ((want_flags & PKG_DUMP_PERSONALITY) == PKG_DUMP_PERSONALITY) { dump_personality(personality); return EXIT_SUCCESS; } #endif /* now, bring up the client. settings are preserved since the client is prealloced */ pkgconf_client_init(&pkg_client, error_handler, NULL, personality); #ifndef PKGCONF_LITE if ((want_flags & PKG_MSVC_SYNTAX) == PKG_MSVC_SYNTAX || getenv("PKG_CONFIG_MSVC_SYNTAX") != NULL) want_render_ops = msvc_renderer_get(); #endif if ((env_traverse_depth = getenv("PKG_CONFIG_MAXIMUM_TRAVERSE_DEPTH")) != NULL) maximum_traverse_depth = atoi(env_traverse_depth); if ((want_flags & PKG_PRINT_ERRORS) != PKG_PRINT_ERRORS) want_flags |= (PKG_SILENCE_ERRORS); if ((want_flags & PKG_SILENCE_ERRORS) == PKG_SILENCE_ERRORS && !getenv("PKG_CONFIG_DEBUG_SPEW")) want_flags |= (PKG_SILENCE_ERRORS); else want_flags &= ~(PKG_SILENCE_ERRORS); if (getenv("PKG_CONFIG_DONT_RELOCATE_PATHS")) want_flags |= (PKG_DONT_RELOCATE_PATHS); if ((want_flags & PKG_VALIDATE) == PKG_VALIDATE || (want_flags & PKG_DEBUG) == PKG_DEBUG) pkgconf_client_set_warn_handler(&pkg_client, error_handler, NULL); #ifndef PKGCONF_LITE if ((want_flags & PKG_DEBUG) == PKG_DEBUG) pkgconf_client_set_trace_handler(&pkg_client, error_handler, NULL); #endif if ((want_flags & PKG_ABOUT) == PKG_ABOUT) { about(); ret = EXIT_SUCCESS; goto out; } if ((want_flags & PKG_VERSION) == PKG_VERSION) { version(); ret = EXIT_SUCCESS; goto out; } if ((want_flags & PKG_HELP) == PKG_HELP) { usage(); ret = EXIT_SUCCESS; goto out; } if (getenv("PKG_CONFIG_FDO_SYSROOT_RULES")) want_client_flags |= PKGCONF_PKG_PKGF_FDO_SYSROOT_RULES; if ((want_flags & PKG_SHORT_ERRORS) == PKG_SHORT_ERRORS) want_client_flags |= PKGCONF_PKG_PKGF_SIMPLIFY_ERRORS; if ((want_flags & PKG_DONT_RELOCATE_PATHS) == PKG_DONT_RELOCATE_PATHS) want_client_flags |= PKGCONF_PKG_PKGF_DONT_RELOCATE_PATHS; error_msgout = stderr; if ((want_flags & PKG_ERRORS_ON_STDOUT) == PKG_ERRORS_ON_STDOUT) error_msgout = stdout; if ((want_flags & PKG_SILENCE_ERRORS) == PKG_SILENCE_ERRORS) { error_msgout = fopen(PATH_DEV_NULL, "w"); opened_error_msgout = true; } if ((want_flags & PKG_IGNORE_CONFLICTS) == PKG_IGNORE_CONFLICTS || getenv("PKG_CONFIG_IGNORE_CONFLICTS") != NULL) want_client_flags |= PKGCONF_PKG_PKGF_SKIP_CONFLICTS; if ((want_flags & PKG_STATIC) == PKG_STATIC || personality->want_default_static) want_client_flags |= (PKGCONF_PKG_PKGF_SEARCH_PRIVATE | PKGCONF_PKG_PKGF_MERGE_PRIVATE_FRAGMENTS); if ((want_flags & PKG_SHARED) == PKG_SHARED) want_client_flags &= ~(PKGCONF_PKG_PKGF_SEARCH_PRIVATE | PKGCONF_PKG_PKGF_MERGE_PRIVATE_FRAGMENTS); /* if --static and --pure are both specified, then disable merge-back. * this allows for a --static which searches private modules, but has the same fragment behaviour as if * --static were disabled. see for rationale. */ if ((want_flags & PKG_PURE) == PKG_PURE || getenv("PKG_CONFIG_PURE_DEPGRAPH") != NULL || personality->want_default_pure) want_client_flags &= ~PKGCONF_PKG_PKGF_MERGE_PRIVATE_FRAGMENTS; if ((want_flags & PKG_ENV_ONLY) == PKG_ENV_ONLY) want_client_flags |= PKGCONF_PKG_PKGF_ENV_ONLY; if ((want_flags & PKG_NO_CACHE) == PKG_NO_CACHE) want_client_flags |= PKGCONF_PKG_PKGF_NO_CACHE; /* On Windows we want to always redefine the prefix by default * but allow that behavior to be manually disabled */ #if !defined(_WIN32) && !defined(_WIN64) if ((want_flags & PKG_DEFINE_PREFIX) == PKG_DEFINE_PREFIX) #endif want_client_flags |= PKGCONF_PKG_PKGF_REDEFINE_PREFIX; if ((want_flags & PKG_NO_UNINSTALLED) == PKG_NO_UNINSTALLED || getenv("PKG_CONFIG_DISABLE_UNINSTALLED") != NULL) want_client_flags |= PKGCONF_PKG_PKGF_NO_UNINSTALLED; if ((want_flags & PKG_NO_PROVIDES) == PKG_NO_PROVIDES) want_client_flags |= PKGCONF_PKG_PKGF_SKIP_PROVIDES; if ((want_flags & PKG_DONT_DEFINE_PREFIX) == PKG_DONT_DEFINE_PREFIX || getenv("PKG_CONFIG_DONT_DEFINE_PREFIX") != NULL) want_client_flags &= ~PKGCONF_PKG_PKGF_REDEFINE_PREFIX; if ((want_flags & PKG_INTERNAL_CFLAGS) == PKG_INTERNAL_CFLAGS) want_client_flags |= PKGCONF_PKG_PKGF_DONT_FILTER_INTERNAL_CFLAGS; #ifdef XXX_NOTYET /* if these selectors are used, it means that we are inquiring about a single package. * so signal to libpkgconf that we do not want to use the dependency resolver for more than one level, * and also limit the SAT problem to a single package. * * i disabled this because too many upstream maintainers are still invoking pkg-config correctly to have * the more sane behaviour as default. use --maximum-traverse-depth=1 or PKG_CONFIG_MAXIMUM_TRAVERSE_DEPTH * environment variable to get the same results in meantime. */ if ((want_flags & PKG_EXISTS) == 0 && ((want_flags & PKG_REQUIRES) == PKG_REQUIRES || (want_flags & PKG_REQUIRES_PRIVATE) == PKG_REQUIRES_PRIVATE || (want_flags & PKG_PROVIDES) == PKG_PROVIDES || (want_flags & PKG_VARIABLES) == PKG_VARIABLES || (want_flags & PKG_MODVERSION) == PKG_MODVERSION || (want_flags & PKG_PATH) == PKG_PATH || want_variable != NULL)) { maximum_package_count = 1; maximum_traverse_depth = 1; } #endif if (getenv("PKG_CONFIG_ALLOW_SYSTEM_CFLAGS") != NULL) want_flags |= PKG_KEEP_SYSTEM_CFLAGS; if (getenv("PKG_CONFIG_ALLOW_SYSTEM_LIBS") != NULL) want_flags |= PKG_KEEP_SYSTEM_LIBS; if ((builddir = getenv("PKG_CONFIG_TOP_BUILD_DIR")) != NULL) pkgconf_client_set_buildroot_dir(&pkg_client, builddir); if ((sysroot_dir = getenv("PKG_CONFIG_SYSROOT_DIR")) != NULL) { const char *destdir; pkgconf_client_set_sysroot_dir(&pkg_client, sysroot_dir); if ((destdir = getenv("DESTDIR")) != NULL) { if (!strcmp(destdir, sysroot_dir)) want_client_flags |= PKGCONF_PKG_PKGF_FDO_SYSROOT_RULES; } } /* we have determined what features we want most likely. in some cases, we override later. */ pkgconf_client_set_flags(&pkg_client, want_client_flags); /* at this point, want_client_flags should be set, so build the dir list */ pkgconf_client_dir_list_build(&pkg_client, personality); if (required_pkgconfig_version != NULL) { if (pkgconf_compare_version(PACKAGE_VERSION, required_pkgconfig_version) >= 0) ret = EXIT_SUCCESS; else ret = EXIT_FAILURE; goto out; } if ((want_flags & PKG_LIST) == PKG_LIST) { pkgconf_scan_all(&pkg_client, NULL, print_list_entry); ret = EXIT_SUCCESS; goto out; } if ((want_flags & PKG_LIST_PACKAGE_NAMES) == PKG_LIST_PACKAGE_NAMES) { pkgconf_scan_all(&pkg_client, NULL, print_package_entry); ret = EXIT_SUCCESS; goto out; } if (logfile_arg == NULL) logfile_arg = getenv("PKG_CONFIG_LOG"); if (logfile_arg != NULL) { logfile_out = fopen(logfile_arg, "w"); pkgconf_audit_set_log(&pkg_client, logfile_out); } if (required_module_version != NULL) { pkgconf_pkg_t *pkg; pkgconf_node_t *node; pkgconf_list_t deplist = PKGCONF_LIST_INITIALIZER; while (argv[pkg_optind]) { pkgconf_dependency_parse_str(&pkg_client, &deplist, argv[pkg_optind], 0); pkg_optind++; } PKGCONF_FOREACH_LIST_ENTRY(deplist.head, node) { pkgconf_dependency_t *pkgiter = node->data; pkg = pkgconf_pkg_find(&pkg_client, pkgiter->package); if (pkg == NULL) { if (want_flags & PKG_PRINT_ERRORS) pkgconf_error(&pkg_client, "Package '%s' was not found\n", pkgiter->package); ret = EXIT_FAILURE; goto out; } if (pkgconf_compare_version(pkg->version, required_module_version) >= 0) { ret = EXIT_SUCCESS; goto out; } } ret = EXIT_FAILURE; goto out; } else if (required_exact_module_version != NULL) { pkgconf_pkg_t *pkg; pkgconf_node_t *node; pkgconf_list_t deplist = PKGCONF_LIST_INITIALIZER; while (argv[pkg_optind]) { pkgconf_dependency_parse_str(&pkg_client, &deplist, argv[pkg_optind], 0); pkg_optind++; } PKGCONF_FOREACH_LIST_ENTRY(deplist.head, node) { pkgconf_dependency_t *pkgiter = node->data; pkg = pkgconf_pkg_find(&pkg_client, pkgiter->package); if (pkg == NULL) { if (want_flags & PKG_PRINT_ERRORS) pkgconf_error(&pkg_client, "Package '%s' was not found\n", pkgiter->package); ret = EXIT_FAILURE; goto out; } if (pkgconf_compare_version(pkg->version, required_exact_module_version) == 0) { ret = EXIT_SUCCESS; goto out; } } ret = EXIT_FAILURE; goto out; } else if (required_max_module_version != NULL) { pkgconf_pkg_t *pkg; pkgconf_node_t *node; pkgconf_list_t deplist = PKGCONF_LIST_INITIALIZER; while (argv[pkg_optind]) { pkgconf_dependency_parse_str(&pkg_client, &deplist, argv[pkg_optind], 0); pkg_optind++; } PKGCONF_FOREACH_LIST_ENTRY(deplist.head, node) { pkgconf_dependency_t *pkgiter = node->data; pkg = pkgconf_pkg_find(&pkg_client, pkgiter->package); if (pkg == NULL) { if (want_flags & PKG_PRINT_ERRORS) pkgconf_error(&pkg_client, "Package '%s' was not found\n", pkgiter->package); ret = EXIT_FAILURE; goto out; } if (pkgconf_compare_version(pkg->version, required_max_module_version) <= 0) { ret = EXIT_SUCCESS; goto out; } } ret = EXIT_FAILURE; goto out; } while (1) { const char *package = argv[pkg_optind]; if (package == NULL) break; /* check if there is a limit to the number of packages allowed to be included, if so and we have hit * the limit, stop adding packages to the queue. */ if (maximum_package_count > 0 && pkgq.length > maximum_package_count) break; while (isspace((unsigned int)package[0])) package++; /* skip empty packages */ if (package[0] == '\0') { pkg_optind++; continue; } if (argv[pkg_optind + 1] == NULL || !PKGCONF_IS_OPERATOR_CHAR(*(argv[pkg_optind + 1]))) { pkgconf_queue_push(&pkgq, package); pkg_optind++; } else { char packagebuf[PKGCONF_BUFSIZE]; snprintf(packagebuf, sizeof packagebuf, "%s %s %s", package, argv[pkg_optind + 1], argv[pkg_optind + 2]); pkg_optind += 3; pkgconf_queue_push(&pkgq, packagebuf); } } if (pkgq.head == NULL) { fprintf(stderr, "Please specify at least one package name on the command line.\n"); ret = EXIT_FAILURE; goto out; } ret = EXIT_SUCCESS; #ifndef PKGCONF_LITE if ((want_flags & PKG_SIMULATE) == PKG_SIMULATE) { want_flags &= ~(PKG_CFLAGS|PKG_LIBS); pkgconf_client_set_flags(&pkg_client, want_client_flags | PKGCONF_PKG_PKGF_SKIP_ERRORS); if (!pkgconf_queue_apply(&pkg_client, &pkgq, apply_simulate, -1, NULL)) { ret = EXIT_FAILURE; goto out; } } #endif if (!pkgconf_queue_validate(&pkg_client, &pkgq, maximum_traverse_depth)) { ret = EXIT_FAILURE; goto out; } if ((want_flags & PKG_VALIDATE) == PKG_VALIDATE) return 0; if ((want_flags & PKG_UNINSTALLED) == PKG_UNINSTALLED) { ret = EXIT_FAILURE; pkgconf_queue_apply(&pkg_client, &pkgq, apply_uninstalled, maximum_traverse_depth, &ret); goto out; } if (want_env_prefix != NULL) { if (!pkgconf_queue_apply(&pkg_client, &pkgq, apply_env, maximum_traverse_depth, want_env_prefix)) { ret = EXIT_FAILURE; goto out; } want_flags = 0; } if ((want_flags & PKG_PROVIDES) == PKG_PROVIDES) { want_flags &= ~(PKG_CFLAGS|PKG_LIBS); if (!pkgconf_queue_apply(&pkg_client, &pkgq, apply_provides, maximum_traverse_depth, NULL)) { ret = EXIT_FAILURE; goto out; } } #ifndef PKGCONF_LITE if ((want_flags & PKG_DIGRAPH) == PKG_DIGRAPH) { want_flags &= ~(PKG_CFLAGS|PKG_LIBS); if (!pkgconf_queue_apply(&pkg_client, &pkgq, apply_digraph, maximum_traverse_depth, NULL)) { ret = EXIT_FAILURE; goto out; } } #endif if ((want_flags & PKG_MODVERSION) == PKG_MODVERSION) { want_flags &= ~(PKG_CFLAGS|PKG_LIBS); if (!pkgconf_queue_apply(&pkg_client, &pkgq, apply_modversion, maximum_traverse_depth, NULL)) { ret = EXIT_FAILURE; goto out; } } if ((want_flags & PKG_PATH) == PKG_PATH) { want_flags &= ~(PKG_CFLAGS|PKG_LIBS); pkgconf_client_set_flags(&pkg_client, want_client_flags | PKGCONF_PKG_PKGF_SKIP_ROOT_VIRTUAL); if (!pkgconf_queue_apply(&pkg_client, &pkgq, apply_path, maximum_traverse_depth, NULL)) { ret = EXIT_FAILURE; goto out; } } if ((want_flags & PKG_VARIABLES) == PKG_VARIABLES) { want_flags &= ~(PKG_CFLAGS|PKG_LIBS); if (!pkgconf_queue_apply(&pkg_client, &pkgq, apply_variables, maximum_traverse_depth, NULL)) { ret = EXIT_FAILURE; goto out; } } if (want_variable) { want_flags &= ~(PKG_CFLAGS|PKG_LIBS); pkgconf_client_set_flags(&pkg_client, want_client_flags | PKGCONF_PKG_PKGF_SKIP_ROOT_VIRTUAL); if (!pkgconf_queue_apply(&pkg_client, &pkgq, apply_variable, maximum_traverse_depth, want_variable)) { ret = EXIT_FAILURE; goto out; } } if ((want_flags & PKG_REQUIRES) == PKG_REQUIRES) { want_flags &= ~(PKG_CFLAGS|PKG_LIBS); if (!pkgconf_queue_apply(&pkg_client, &pkgq, apply_requires, maximum_traverse_depth, NULL)) { ret = EXIT_FAILURE; goto out; } } if ((want_flags & PKG_REQUIRES_PRIVATE) == PKG_REQUIRES_PRIVATE) { want_flags &= ~(PKG_CFLAGS|PKG_LIBS); pkgconf_client_set_flags(&pkg_client, want_client_flags | PKGCONF_PKG_PKGF_SEARCH_PRIVATE); if (!pkgconf_queue_apply(&pkg_client, &pkgq, apply_requires_private, maximum_traverse_depth, NULL)) { ret = EXIT_FAILURE; goto out; } pkgconf_client_set_flags(&pkg_client, want_client_flags); } if ((want_flags & PKG_CFLAGS)) { pkgconf_client_set_flags(&pkg_client, want_client_flags | PKGCONF_PKG_PKGF_SEARCH_PRIVATE); if (!pkgconf_queue_apply(&pkg_client, &pkgq, apply_cflags, maximum_traverse_depth, NULL)) { ret = EXIT_FAILURE; goto out_println; } pkgconf_client_set_flags(&pkg_client, want_client_flags); } if ((want_flags & PKG_LIBS)) { if (!pkgconf_queue_apply(&pkg_client, &pkgq, apply_libs, maximum_traverse_depth, NULL)) { ret = EXIT_FAILURE; goto out_println; } } out_println: if (want_flags & (PKG_CFLAGS|PKG_LIBS)) printf("\n"); out: pkgconf_queue_free(&pkgq); pkgconf_cross_personality_deinit(personality); pkgconf_client_deinit(&pkg_client); if (logfile_out != NULL) fclose(logfile_out); if (opened_error_msgout) fclose(error_msgout); return ret; }