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GIT-TAG(1)                        Git Manual                        GIT-TAG(1)

       git-tag - Create, list, delete or verify a tag object signed with GPG

       git tag [-a | -s | -u <key-id>] [-f] [-m <msg> | -F <file>]
               <tagname> [<commit> | <object>]
       git tag -d <tagname>...
       git tag [-n[<num>]] -l [--contains <commit>] [--points-at <object>]
               [--column[=<options>] | --no-column] [<pattern>...]
       git tag -v <tagname>...

       Add a tag reference in refs/tags/, unless -d/-l/-v is given to delete,
       list or verify tags.

       Unless -f is given, the named tag must not yet exist.

       If one of -a, -s, or -u <key-id> is passed, the command creates a tag
       object, and requires a tag message. Unless -m <msg> or -F <file> is
       given, an editor is started for the user to type in the tag message.

       If -m <msg> or -F <file> is given and -a, -s, and -u <key-id> are
       absent, -a is implied.

       Otherwise just a tag reference for the SHA-1 object name of the commit
       object is created (i.e. a lightweight tag).

       A GnuPG signed tag object will be created when -s or -u <key-id> is
       used. When -u <key-id> is not used, the committer identity for the
       current user is used to find the GnuPG key for signing. The
       configuration variable gpg.program is used to specify custom GnuPG

       Tag objects (created with -a, -s, or -u) are called "annotated" tags;
       they contain a creation date, the tagger name and e-mail, a tagging
       message, and an optional GnuPG signature. Whereas a "lightweight" tag
       is simply a name for an object (usually a commit object).

       Annotated tags are meant for release while lightweight tags are meant
       for private or temporary object labels. For this reason, some git
       commands for naming objects (like git describe) will ignore lightweight
       tags by default.

       -a, --annotate
           Make an unsigned, annotated tag object

       -s, --sign
           Make a GPG-signed tag, using the default e-mail address's key.

       -u <key-id>, --local-user=<key-id>
           Make a GPG-signed tag, using the given key.

       -f, --force
           Replace an existing tag with the given name (instead of failing)

       -d, --delete
           Delete existing tags with the given names.

       -v, --verify
           Verify the gpg signature of the given tag names.

           <num> specifies how many lines from the annotation, if any, are
           printed when using -l. The default is not to print any annotation
           lines. If no number is given to -n, only the first line is printed.
           If the tag is not annotated, the commit message is displayed

       -l <pattern>, --list <pattern>
           List tags with names that match the given pattern (or all if no
           pattern is given). Running "git tag" without arguments also lists
           all tags. The pattern is a shell wildcard (i.e., matched using
           fnmatch(3)). Multiple patterns may be given; if any of them
           matches, the tag is shown.

           Sort in a specific order. Supported type is "refname"
           (lexicographic order), "version:refname" or "v:refname" (tag names
           are treated as versions). Prepend "-" to reverse sort order. When
           this option is not given, the sort order defaults to the value
           configured for the tag.sort variable if it exists, or lexicographic
           order otherwise. See git-config(1).

       --column[=<options>], --no-column
           Display tag listing in columns. See configuration variable
           column.tag for option syntax.--column and --no-column without
           options are equivalent to always and never respectively.

           This option is only applicable when listing tags without annotation

       --contains [<commit>]
           Only list tags which contain the specified commit (HEAD if not

       --points-at <object>
           Only list tags of the given object.

       -m <msg>, --message=<msg>
           Use the given tag message (instead of prompting). If multiple -m
           options are given, their values are concatenated as separate
           paragraphs. Implies -a if none of -a, -s, or -u <key-id> is given.

       -F <file>, --file=<file>
           Take the tag message from the given file. Use - to read the message
           from the standard input. Implies -a if none of -a, -s, or -u
           <key-id> is given.

           This option sets how the tag message is cleaned up. The <mode> can
           be one of verbatim, whitespace and strip. The strip mode is
           default. The verbatim mode does not change message at all,
           whitespace removes just leading/trailing whitespace lines and strip
           removes both whitespace and commentary.

           The name of the tag to create, delete, or describe. The new tag
           name must pass all checks defined by git-check-ref-format(1). Some
           of these checks may restrict the characters allowed in a tag name.

       <commit>, <object>
           The object that the new tag will refer to, usually a commit.
           Defaults to HEAD.

       By default, git tag in sign-with-default mode (-s) will use your
       committer identity (of the form "Your Name <your@email.address>") to
       find a key. If you want to use a different default key, you can specify
       it in the repository configuration as follows:

               signingkey = <gpg-key-id>

   On Re-tagging
       What should you do when you tag a wrong commit and you would want to

       If you never pushed anything out, just re-tag it. Use "-f" to replace
       the old one. And you're done.

       But if you have pushed things out (or others could just read your
       repository directly), then others will have already seen the old tag.
       In that case you can do one of two things:

        1. The sane thing. Just admit you screwed up, and use a different
           name. Others have already seen one tag-name, and if you keep the
           same name, you may be in the situation that two people both have
           "version X", but they actually have different "X"'s. So just call
           it "X.1" and be done with it.

        2. The insane thing. You really want to call the new version "X" too,
           even though others have already seen the old one. So just use git
           tag -f again, as if you hadn't already published the old one.

       However, Git does not (and it should not) change tags behind users
       back. So if somebody already got the old tag, doing a git pull on your
       tree shouldn't just make them overwrite the old one.

       If somebody got a release tag from you, you cannot just change the tag
       for them by updating your own one. This is a big security issue, in
       that people MUST be able to trust their tag-names. If you really want
       to do the insane thing, you need to just fess up to it, and tell people
       that you messed up. You can do that by making a very public
       announcement saying:

           Ok, I messed up, and I pushed out an earlier version tagged as X. I
           then fixed something, and retagged the *fixed* tree as X again.

           If you got the wrong tag, and want the new one, please delete
           the old one and fetch the new one by doing:

                   git tag -d X
                   git fetch origin tag X

           to get my updated tag.

           You can test which tag you have by doing

                   git rev-parse X

           which should return 0123456789abcdef.. if you have the new version.

           Sorry for the inconvenience.

       Does this seem a bit complicated? It should be. There is no way that it
       would be correct to just "fix" it automatically. People need to know
       that their tags might have been changed.

   On Automatic following
       If you are following somebody else's tree, you are most likely using
       remote-tracking branches (refs/heads/origin in traditional layout, or
       refs/remotes/origin/master in the separate-remote layout). You usually
       want the tags from the other end.

       On the other hand, if you are fetching because you would want a
       one-shot merge from somebody else, you typically do not want to get
       tags from there. This happens more often for people near the toplevel
       but not limited to them. Mere mortals when pulling from each other do
       not necessarily want to automatically get private anchor point tags
       from the other person.

       Often, "please pull" messages on the mailing list just provide two
       pieces of information: a repo URL and a branch name; this is designed
       to be easily cut&pasted at the end of a git fetch command line:

           Linus, please pull from

                   git://git..../proj.git master

           to get the following updates...


           $ git pull git://git..../proj.git master

       In such a case, you do not want to automatically follow the other
       person's tags.

       One important aspect of Git is its distributed nature, which largely
       means there is no inherent "upstream" or "downstream" in the system. On
       the face of it, the above example might seem to indicate that the tag
       namespace is owned by the upper echelon of people and that tags only
       flow downwards, but that is not the case. It only shows that the usage
       pattern determines who are interested in whose tags.

       A one-shot pull is a sign that a commit history is now crossing the
       boundary between one circle of people (e.g. "people who are primarily
       interested in the networking part of the kernel") who may have their
       own set of tags (e.g. "this is the third release candidate from the
       networking group to be proposed for general consumption with 2.6.21
       release") to another circle of people (e.g. "people who integrate
       various subsystem improvements"). The latter are usually not interested
       in the detailed tags used internally in the former group (that is what
       "internal" means). That is why it is desirable not to follow tags
       automatically in this case.

       It may well be that among networking people, they may want to exchange
       the tags internal to their group, but in that workflow they are most
       likely tracking each other's progress by having remote-tracking
       branches. Again, the heuristic to automatically follow such tags is a
       good thing.

   On Backdating Tags
       If you have imported some changes from another VCS and would like to
       add tags for major releases of your work, it is useful to be able to
       specify the date to embed inside of the tag object; such data in the
       tag object affects, for example, the ordering of tags in the gitweb

       To set the date used in future tag objects, set the environment
       variable GIT_COMMITTER_DATE (see the later discussion of possible
       values; the most common form is "YYYY-MM-DD HH:MM").

       For example:

           $ GIT_COMMITTER_DATE="2006-10-02 10:31" git tag -s v1.0.1

       The GIT_AUTHOR_DATE, GIT_COMMITTER_DATE environment variables support
       the following date formats:

       Git internal format
           It is <unix timestamp> <time zone offset>, where <unix timestamp>
           is the number of seconds since the UNIX epoch.  <time zone offset>
           is a positive or negative offset from UTC. For example CET (which
           is 2 hours ahead UTC) is +0200.

       RFC 2822
           The standard email format as described by RFC 2822, for example
           Thu, 07 Apr 2005 22:13:13 +0200.

       ISO 8601
           Time and date specified by the ISO 8601 standard, for example
           2005-04-07T22:13:13. The parser accepts a space instead of the T
           character as well.

               In addition, the date part is accepted in the following
               formats: YYYY.MM.DD, MM/DD/YYYY and DD.MM.YYYY.

       git-check-ref-format(1). git-config(1).

       Part of the git(1) suite

Git 2.1.4                         04/23/2020                        GIT-TAG(1)

Czas wygenerowania: 0.00055 sek.

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