* [How can I use pkgng with portmaster?](#15)

* [How can I use pkgng with portupgrade?](#16)

* [pkgng does not work it says: /usr/local/sbin/pkg: Undefined symbol "pkg_event_register"](#17)

* [If I use "pkg delete -f", what happens to packages that depended on the forcibly-deleted package?](#19)

* [What happens if I delete a package where I've modified one of the files managed by the package?](#20)

* [What facilities does it have for auditing and repairing the package database? (ie checking for inconsistencies between installed files and the content of the package database)?](#21)

that this library is still on your system. Check for and delete /usr/lib/libpkg.so.0.

<a name="18"></a>

No.  Parallel installs will not work -- the first to start will lock the DB, and

the second won't be able to proceed.

The exec part is an optional script which could be use to regenerate caches if needed for example

# List of "broken builds" in pkg repo metadata

## graphviz/dot file visualisation

variable, pkg can generate a dot file allowing to visualise the internal

dependency tree via graphviz

It is possible to ask pkg to create a metalog file to keep trace of what files

are being installed and how they should be packaged (mode, user, group etc)

## Provides/Requires

	for (int i = me + 1; i < tokcount; i++) {

		if ((tok + i)->parent == parent)

			return (i);

		 * or an object

		 */

		i += (tok + i)->size;

typedef vec_t(struct pkg_kv *) pkg_kvl_t;

/**

 * c) has at least one package installed (which should be pkg

 * itself). PKG_STATUS_UNINSTALLED logically cannot be returned by

 * pkg(8) itself, but it can be useful for the pkg bootstrapper

} match_t;

/**

 */

typedef enum {

	 */

	PKG_REMOTE = (1U << 2),

	/**

	 */

	PKG_INSTALLED = (1U << 3),

	/**

	 */

	EPKG_UPTODATE,

	/**

	 */

	EPKG_UNKNOWN,

	/**

int pkg_is_valid(const struct pkg * restrict);

/**

 * @param p A pointer to pkg allocated by pkg_new(), or if it points to a

 * NULL pointer, the function allocate a new pkg using pkg_new().

 * @param path The path to the local package archive.

void pkgdb_set_case_sensitivity(bool);

/**

 */

bool pkgdb_case_sensitive(void);

/**

 * Routines to support pkg_abi.c functions when dealing with Mach-O files.

 * Supports getting struct pkg_abi from the binary's load commands.

 * Picks right binary in Universal binary based on ABI.

 */

	pkg_debug(1, "Number of packages owning the directory '%s': %d",

	    fullpath, (int)cnt);

	/*

	 */

	if (cnt > 0)

		return;

	}

	/*

	   {

	     "type": "ADVISORY",

	     "url": "https://www.freebsd.org/"

	}

	/*

	   "references": [

	     {

	       "type": "ADVISORY",

		printf("UNKNOWN\n");

		break;

	case OSVF_EVENT_VERSION_SEMVER:

		break;

	case OSVF_EVENT_VERSION_ECOSYSTEM:

		printf("Ecosystem\n");

		buf = line;

		strlcpy(plist->last_file, buf, sizeof(plist->last_file));

		while (isspace(buf[0]))

			buf++;

{

	/*

         * Print mode as an octal integer '%o' by default.

	 * printf(). PP_ALTERNATE_FORM1 will generate 'drwxr-x--- '

	 * style from strmode(3).

	 */

	LL_FOREACH(confvar, curvar) {

		other = curvar->unit->pkg;

		if (conflict->type == PKG_CONFLICT_REMOTE_LOCAL) {

			if (pkg->type == PKG_INSTALLED) {

				if (other->type == PKG_INSTALLED)

					continue;

/* By default, MATCH_EXACT and MATCH_REGEX are case sensitive.  This

 * is modified in many actions according to the value of

void

pkgdb_set_case_sensitivity(bool case_sensitive)

	if (rc_file == NULL)

		return (0);

	return (service_cmd(rc_file, "faststop"));

}

	if (script_path == NULL)

		return (0);

	return (script_cmd(script_path, "faststop"));

}

			posix_spawn_file_actions_adddup2(&action, cur_pipe[1], 4);

			posix_spawn_file_actions_addclose(&action, cur_pipe[0]);

			/*

			 */

			for (int k = 5; k <= cur_pipe[1]; k++) {

				if (k != cur_pipe[0] && k != ctx.devnullfd)

 *

 * A package which is valid for installation on any FreeBSD now simply has

 * to define itself as: abi: "FreeBSD" or "FreeBSD:*"

 * the arch

 * abi: "FreeBSD:15" or "FreeBSD:15:*"

 *

		'-r[Root directory] -/'

		'-m[Manifest directory] -/'

		'-f[format]'

		'(-g -x -X)-a[Process all packages]'

		'(-x -X -a)-g[Process packages that match the glob pattern]'

		'(-g -X -a)-x[Process packages that match the regex pattern]'

		'(-g -x -a -F -e)-X[Process packages that match the extended regex pattern]'

		'(-g -x -X -a -F)-e[Process packages that match the evaluation]'

		'(-g -x -X -a -e)-F[Process the specified package]'

	    )

	    return 0 

	    ;;

			;;

		(repo)

			_arguments -A '-*' -s \

				'(-l --list-files)'{-l,--list-files}'[generate list of all files in repo as filesite.txz archive]' \

				'(-q --quiet)'{-q,--quiet}'[force quiet output]' \

				'(-o --output-dir)'{-o+,--output-dir=}'[specify the location of the new repo]:repo location:_files -/' \

	argv += optind;

	if (argc == 0 && file == NULL && match != MATCH_ALL) {

		if (origin_search)

			return (EXIT_SUCCESS);

		usage_info();

	/* Fork off a child process to do the actual package work.

	 * The child may be jailed or chrooted.  If a restart is required

	 * 'EX_NEEDRESTART' and the same forking process will be

	 * replayed.  This function returns control in the child

	 * process only. */

	/* Estimate how many args alias_value will split into by

	 * counting the number of whitespace characters in it. This

	 * will be at minimum one less than the final argc. We'll be

	 * out. */

	spaces = pkg_utils_count_spaces(alias_value);

		break;

	default:

		usage_search();

		/* NOTREACHED */

	}

	return opt;

			pkg -o IGNORE_OSMAJOR=1 -o ABI_FILE=$(atf_get_srcdir)/${bin} config altabi

	done

	_expected="Scanned 2 entries, found none matching selector i386\n"

	atf_check \

		-s exit:1 \

		-e match:"Unable to determine ABI" \

		pkg -o IGNORE_OSMAJOR=1 -o ABI_FILE=$(atf_get_srcdir)/macosfat.bin#i386 config altabi

	_expected=""

	atf_check \

		-s exit:1 \

nameserver_body()

{

	atf_check \

		-o inline:"\n" \

# - pkgB

#    - pkgC

#      - pkgD

tests_init \

        issue1425

#    - pkgC

#      - pkgD

#1. Two repos (repoA and repoB) with same set of packages. pkgA for repoA and repoB have different options set.

#2. On upgrade pkg wants to reinstall pkgA due options changed from repoA which is wrong.

tests_init \