#include <stdio.h>

#include <errno.h>

#include <fcntl.h>

/*

 * Return the (stdio) flags for a given mode.  Store the flags

				flags |= PKG_SHLIB_FLAGS_COMPAT_32;

			}

			break;

		}

	}

		pkg->conflictshash = NULL;

		pkg->flags &= ~PKG_LOAD_CONFLICTS;

		break;

	}

}

	assert(0);

}

pkg_os_from_string(const char *string)

{

	for (size_t i = 0; os_string_table[i].string != NULL; i++) {

	assert(0);

}

pkg_arch_from_string(enum pkg_os os, const char *string)

{

	if (os == PKG_OS_DRAGONFLY) {

	int (*pkg_analyse_init)(const char *stage);

	int (*pkg_analyse)(const bool developer_mode, struct pkg *pkg,

	    const char *fpath, char **provided, enum pkg_shlib_flags *flags);

	if (0 == strncmp(pkg->abi, "Darwin", 6)) {

		pkg_analyse_init=pkg_analyse_init_macho;

	int status;

	FILE *inout[2];

	if (tmpdir == NULL)

		tmpdir = "/tmp";

pkg_checksum_encode_base32(unsigned char *in, size_t inlen,

				char *out, size_t outlen)

{

	if (outlen < inlen * 8 / 5) {

		pkg_emit_error("cannot encode base32 as outlen is not sufficient");

pkg_checksum_encode_hex(unsigned char *in, size_t inlen,

				char *out, size_t outlen)

{

	if (outlen < inlen * 2) {

		pkg_emit_error("cannot encode hex as outlen is not sufficient");

    pkg_password_cb *cb)

{

	struct pkg_key *nkey;

	int ret;

	assert(*key == NULL);

	if (*keypath == '\0')

		return (EPKG_FATAL);

	if (ret != 0)

		return (EPKG_FATAL);

	nkey = xcalloc(1, sizeof(*nkey));

	*key = nkey;

	return (EPKG_OK);

	struct pkg_conflict	*conflict = NULL;

	struct pkg_config_file	*cf       = NULL;

	xstring		*tmpsbuf  = NULL;

	const char *script_types = NULL;

	char legacyarch[BUFSIZ];

	char perm_str[sizeof("00000")];

		dbg(4, "Emitting scripts");

		map = NULL;

			if (pkg_script_get(pkg, i) == NULL)

				continue;

		dbg(4, "Emitting lua scripts");

		map = NULL;

			if (vec_len(&pkg->lua_scripts[i]) == 0)

				continue;

			switch(i) {

	char *name;

};

{

	{OSVF_REFERENCE_ADVISORY, "ADVISORY"},

	{OSVF_REFERENCE_ARTICLE, "ARTICLE"},

	{OSVF_REFERENCE_UNKNOWN, NULL}

};

{

	{OSVF_EVENT_VERSION_SEMVER, "SEMVER"},

	{OSVF_EVENT_VERSION_ECOSYSTEM, "ECOSYSTEM"},

};

static ucl_object_t *

{

	struct ucl_parser *uclparser;

	ucl_object_t *obj = NULL;

	return (obj);

}

{

	struct pkg_audit_entry *entry = xcalloc(1, sizeof(struct pkg_audit_entry));

	return entry;

}

pkg_osvf_free_pkgname(struct pkg_audit_pkgname *pkgname)

{

	if(!pkgname)

	free(pkgname);

}

pkg_osvf_free_version(struct pkg_audit_version *ver)

{

	if(!ver)

	free(ver);

}

pkg_osvf_free_range(struct pkg_audit_versions_range *range)

{

	free(range);

	free(ecosystem);

}

pkg_osvf_free_package(struct pkg_audit_package *package)

{

	if(!package)

	free(package);

}

pkg_osvf_free_cve(struct pkg_audit_cve *cve)

{

	if(!cve)

	free(cve);

}

pkg_osvf_free_reference(struct pkg_audit_reference *reference)

{

	if(!reference)

	free(entry);

}

pkg_osvf_create_seek_hash(struct pkg_osvf_hash *osvf_ptr)

{

	struct pkghash *hash_table = pkghash_new();

	return hash_table;

}

pkg_osvf_get_hash(const char *key, struct pkg_osvf_hash *global, unsigned int unknow)

{

	struct pkghash *hash = NULL;

}

{

	const ucl_object_t *key_obj = ucl_object_find_key(obj, key);

	return "";

}

pkg_osvf_parse_package(struct pkg_audit_package *package, const ucl_object_t *package_obj)

{

	/* Parses package structure:

	package->ecosystem = pkg_osvf_get_ecosystem(pkg_osvf_ucl_string(package_obj, "ecosystem"));

}

pkg_osvf_parse_events(struct pkg_audit_versions_range *range, const ucl_object_t *event_array, const char *type)

{

	ucl_object_iter_t it = NULL;

}

pkg_osvf_parse_ranges(struct pkg_audit_versions_range *range, const ucl_object_t *range_array)

{

	ucl_object_iter_t it = NULL;

	}

}

pkg_osvf_parse_reference(struct pkg_audit_reference *ref, const ucl_object_t *ref_obj)

{

	if(!ref_obj || ucl_object_type(ref_obj) != UCL_OBJECT)

	ref->type = pkg_osvf_get_reference(pkg_osvf_ucl_string(ref_obj, "type"));

}

pkg_osvf_parse_references(struct pkg_audit_entry *entry, const ucl_object_t *ref_obj)

{

	ucl_object_iter_t it = NULL;

}

pkg_osvf_parse_affected(struct pkg_audit_entry *entry, const ucl_object_t *aff_obj)

{

	ucl_object_iter_t it = NULL;

	}

}

pkg_osvf_append_version_range(struct pkg_audit_versions_range *to, struct pkg_audit_versions_range *from)

{

	struct pkg_audit_versions_range *ptr_from = from;

	}

}

pkg_osvf_print_version_type(struct pkg_audit_versions_range *versions)

{

	if(!versions)

	}

}

pkg_osvf_print_version(struct pkg_audit_version *version)

{

	if(!version)

	printf("%s\n", version->version);

}

pkg_osvf_print_ecosystem(struct pkg_audit_ecosystem *ecosystem)

{

	ucl_object_iter_t it = NULL;

}

static ucl_object_t*

{

	struct ucl_parser *parser;

	static const char meta_schema_str_v1[] = ""

}

static ucl_object_t*

{

	struct ucl_parser *parser;

	static const char meta_schema_str_v2[] = ""

		failed = picosat_next_maximal_satisfiable_subset_of_assumptions(problem->sat);

		while (*failed) {

			failed ++;

		}

		/* Assign vars */

		for (i = 0; i < problem->nvars; i ++) {

			int val = picosat_deref(problem->sat, i + 1);

			if (val > 0)

			else

			dbg(2, "decided %s %s-%s to %s",

		}

		/* Check for reiterations */

				problem->j->type == PKG_JOBS_UPGRADE) && iter == 0) {

			for (i = 0; i < problem->nvars; i ++) {

				bool failed_var = false;

						if (cur->flags & PKG_VAR_INSTALL) {

							failed_var = false;

							break;

				if (failed_var) {

					dbg (1, "trying to delete local package %s-%s on install/upgrade,"

							" reiterate on SAT",

					need_reiterate = true;

						cur->flags |= PKG_VAR_FAILED;

					}

				}

		/* Restore top-level assumptions */

		for (i = 0; i < problem->nvars; i ++) {

				}

			}

		}

static bool

is_exec_at_localbase(const char *progname)

{

	if ((env = getenv("LOCALBASE")) == NULL)

		env = _LOCALBASE;

			 * consider cur_pipe[1] to probably be the lastest

			 * opened fd close all unuseful fd up to there

			 */

			}

				if (pipe(stdin_pipe) < 0) {

					ret = EPKG_FATAL;

					posix_spawn_file_actions_destroy(&action);

static inline int

natoi(const char *str, size_t len)

{

	for (i = 0; i < len; i++) {

		r *= 10;

		r += str[i] - '0';