Esempio n. 1
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def rebase(target):
    if target == git.get_head():
        out.info('Already at "%s", no need for rebasing.' % target)
        return
    out.start('Rebasing to "%s"' % target)
    git.reset(tree_id = git_id(target))
    out.done()
Esempio n. 2
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def func(parser, options, args):
    """Show the tree status
    """
    if options.reset:
        if args:
            for f in args:
                resolved(f)
            git.reset(args)
        else:
            resolved_all()
            git.reset()
    else:
        if options.diff_opts:
            diff_flags = options.diff_opts.split()
        else:
            diff_flags = []

        git.status(args,
                   options.modified,
                   options.new,
                   options.deleted,
                   options.conflict,
                   options.unknown,
                   options.noexclude,
                   diff_flags=diff_flags)
Esempio n. 3
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File: stack.py Progetto: snits/stgit
    def merged_patches(self, names):
        """Test which patches were merged upstream by reverse-applying
        them in reverse order. The function returns the list of
        patches detected to have been applied. The state of the tree
        is restored to the original one
        """
        patches = [self.get_patch(name) for name in names]
        patches.reverse()

        merged = []
        for p in patches:
            if git.apply_diff(p.get_top(), p.get_bottom()):
                merged.append(p.get_name())
        merged.reverse()

        git.reset()

        return merged
Esempio n. 4
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    def merged_patches(self, names):
        """Test which patches were merged upstream by reverse-applying
        them in reverse order. The function returns the list of
        patches detected to have been applied. The state of the tree
        is restored to the original one
        """
        patches = [self.get_patch(name) for name in names]
        patches.reverse()

        merged = []
        for p in patches:
            if git.apply_diff(p.get_top(), p.get_bottom()):
                merged.append(p.get_name())
        merged.reverse()

        git.reset()

        return merged
Esempio n. 5
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def func(parser, options, args):
    """Show the tree status
    """
    args = git.ls_files(args)
    directory.cd_to_topdir()

    if options.reset:
        directory.log = True
        if args:
            conflicts = git.get_conflicts()
            git.resolved([fn for fn in args if fn in conflicts])
            git.reset(args)
        else:
            resolved_all()
            git.reset()
    else:
        status(args, options.modified, options.new, options.deleted,
               options.conflict, options.unknown, options.noexclude)
Esempio n. 6
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    def undo_refresh(self):
        """Undo the patch boundaries changes caused by 'refresh'
        """
        name = self.get_current()
        assert (name)

        patch = Patch(name, self.__patch_dir, self.__refs_dir)
        old_bottom = patch.get_old_bottom()
        old_top = patch.get_old_top()

        # the bottom of the patch is not changed by refresh. If the
        # old_bottom is different, there wasn't any previous 'refresh'
        # command (probably only a 'push')
        if old_bottom != patch.get_bottom() or old_top == patch.get_top():
            raise StackException, 'No undo information available'

        git.reset(tree_id=old_top, check_out=False)
        if patch.restore_old_boundaries():
            self.log_patch(patch, 'undo')
Esempio n. 7
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    def undo_push(self):
        name = self.get_current()
        assert (name)

        patch = Patch(name, self.__patch_dir, self.__refs_dir)
        old_bottom = patch.get_old_bottom()
        old_top = patch.get_old_top()

        # the top of the patch is changed by a push operation only
        # together with the bottom (otherwise the top was probably
        # modified by 'refresh'). If they are both unchanged, there
        # was a fast forward
        if old_bottom == patch.get_bottom() and old_top != patch.get_top():
            raise StackException, 'No undo information available'

        git.reset()
        self.pop_patch(name)
        ret = patch.restore_old_boundaries()
        if ret:
            self.log_patch(patch, 'undo')

        return ret
Esempio n. 8
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def func(parser, options, args):
    """Synchronise a range of patches
    """
    if options.undo:
        if options.ref_branch or options.series:
            raise CmdException, \
                  '--undo cannot be specified with --ref-branch or --series'
        __check_all()

        out.start('Undoing the sync of "%s"' % crt_series.get_current())
        crt_series.undo_refresh()
        git.reset()
        out.done()
        return

    if options.ref_branch:
        remote_series = stack.Series(options.ref_branch)
        if options.ref_branch == crt_series.get_name():
            raise CmdException, 'Cannot synchronise with the current branch'
        remote_patches = remote_series.get_applied()

        # the merge function merge_patch(patch, pname)
        merge_patch = lambda patch, pname: \
                      __branch_merge_patch(remote_series, pname)
    elif options.series:
        patchdir = os.path.dirname(options.series)

        remote_patches = []
        f = file(options.series)
        for line in f:
            p = re.sub('#.*$', '', line).strip()
            if not p:
                continue
            remote_patches.append(p)
        f.close()

        # the merge function merge_patch(patch, pname)
        merge_patch = lambda patch, pname: \
                      __series_merge_patch(patch.get_bottom(), patchdir, pname)
    else:
        raise CmdException, 'No remote branch or series specified'

    applied = crt_series.get_applied()
    
    if options.all:
        patches = applied
    elif len(args) != 0:
        patches = parse_patches(args, applied, ordered = True)
    elif applied:
        patches = [crt_series.get_current()]
    else:
        parser.error('no patches applied')

    if not patches:
        raise CmdException, 'No patches to synchronise'

    __check_all()

    # only keep the patches to be synchronised
    sync_patches = [p for p in patches if p in remote_patches]
    if not sync_patches:
        raise CmdException, 'No common patches to be synchronised'

    # pop to the one before the first patch to be synchronised
    popped = applied[applied.index(sync_patches[0]) + 1:]
    if popped:
        pop_patches(popped[::-1])

    for p in sync_patches:
        if p in popped:
            # push to this patch
            idx = popped.index(p) + 1
            push_patches(popped[:idx])
            del popped[:idx]

        # the actual sync
        out.start('Synchronising "%s"' % p)

        patch = crt_series.get_patch(p)
        bottom = patch.get_bottom()
        top = patch.get_top()

        # reset the patch backup information. That's needed in case we
        # undo the sync but there were no changes made
        patch.set_bottom(bottom, backup = True)
        patch.set_top(top, backup = True)

        # the actual merging (either from a branch or an external file)
        merge_patch(patch, p)

        if git.local_changes(verbose = False):
            # index (cache) already updated by the git merge. The
            # backup information was already reset above
            crt_series.refresh_patch(cache_update = False, backup = False,
                                     log = 'sync')
            out.done('updated')
        else:
            out.done()

    # push the remaining patches
    if popped:
        push_patches(popped)