if (!name)
return 0;
if (!strcmp(subkey, "insteadof")) {
- rewrite = make_rewrite(&rewrites, name, namelen);
if (!value)
return config_error_nonbool(key);
+ rewrite = make_rewrite(&rewrites, name, namelen);
add_instead_of(rewrite, xstrdup(value));
} else if (!strcmp(subkey, "pushinsteadof")) {
- rewrite = make_rewrite(&rewrites_push, name, namelen);
if (!value)
return config_error_nonbool(key);
+ rewrite = make_rewrite(&rewrites_push, name, namelen);
add_instead_of(rewrite, xstrdup(value));
}
}
return 0;
/* Handle remote.<name>.* variables */
if (*name == '/') {
- warning("Config remote shorthand cannot begin with '/': %s",
+ warning(_("config remote shorthand cannot begin with '/': %s"),
name);
return 0;
}
* FETCH_HEAD_IGNORE entries always appear at
* the end of the list.
*/
- die(_("Internal error"));
+ BUG("Internal error");
}
}
free(ref2->peer_ref);
size_t namelen;
int ret;
if (!kstar)
- die("Key '%s' of pattern had no '*'", key);
+ die(_("key '%s' of pattern had no '*'"), key);
klen = kstar - key;
ksuffixlen = strlen(kstar + 1);
namelen = strlen(name);
struct strbuf sb = STRBUF_INIT;
const char *vstar = strchr(value, '*');
if (!vstar)
- die("Value '%s' of pattern has no '*'", value);
+ die(_("value '%s' of pattern has no '*'"), value);
strbuf_add(&sb, value, vstar - value);
strbuf_add(&sb, name + klen, namelen - klen - ksuffixlen);
strbuf_addstr(&sb, vstar + 1);
int find_src = !query->src;
if (find_src && !query->dst)
- error(_("query_refspecs_multiple: need either src or dst"));
+ BUG("query_refspecs_multiple: need either src or dst");
for (i = 0; i < rs->nr; i++) {
struct refspec_item *refspec = &rs->items[i];
char **result = find_src ? &query->src : &query->dst;
if (find_src && !query->dst)
- return error(_("query_refspecs: need either src or dst"));
+ BUG("query_refspecs: need either src or dst");
for (i = 0; i < rs->nr; i++) {
struct refspec_item *refspec = &rs->items[i];
return ret;
}
-static void free_ref(struct ref *ref)
+void free_one_ref(struct ref *ref)
{
if (!ref)
return;
- free_ref(ref->peer_ref);
+ free_one_ref(ref->peer_ref);
free(ref->remote_status);
free(ref->symref);
free(ref);
struct ref *next;
while (ref) {
next = ref->next;
- free_ref(ref);
+ free_one_ref(ref);
ref = next;
}
}
* way to delete 'other' ref at the remote end.
*/
if (try_explicit_object_name(rs->src, match) < 0)
- return error(_("src refspec %s does not match any."), rs->src);
+ return error(_("src refspec %s does not match any"), rs->src);
if (allocated_match)
*allocated_match = 1;
return 0;
default:
- return error(_("src refspec %s matches more than one."), rs->src);
+ return error(_("src refspec %s matches more than one"), rs->src);
}
}
if (!dst_value ||
((flag & REF_ISSYMREF) &&
!starts_with(dst_value, "refs/heads/")))
- die("%s cannot be resolved to branch.",
+ die(_("%s cannot be resolved to branch"),
matched_src->name);
}
case 0:
if (starts_with(dst_value, "refs/")) {
matched_dst = make_linked_ref(dst_value, dst_tail);
-
} else if (is_null_oid(&matched_src->new_oid)) {
error(_("unable to delete '%s': remote ref does not exist"),
dst_value);
break;
default:
matched_dst = NULL;
- error(_("dst refspec %s matches more than one."),
+ error(_("dst refspec %s matches more than one"),
dst_value);
break;
}
if (!matched_dst)
return -1;
if (matched_dst->peer_ref)
- return error(_("dst ref %s receives from more than one src."),
+ return error(_("dst ref %s receives from more than one src"),
matched_dst->name);
else {
matched_dst->peer_ref = allocated_src ?
ref_map = get_remote_ref(remote_refs, name);
}
if (!missing_ok && !ref_map)
- die("Couldn't find remote ref %s", name);
+ die(_("couldn't find remote ref %s"), name);
if (ref_map) {
ref_map->peer_ref = get_local_ref(refspec->dst);
if (ref_map->peer_ref && refspec->force)
}
/*
- * Lookup the upstream branch for the given branch and if present, optionally
- * compute the commit ahead/behind values for the pair.
+ * Compute the commit ahead/behind values for the pair branch_name, base.
*
* If abf is AHEAD_BEHIND_FULL, compute the full ahead/behind and return the
* counts in *num_ours and *num_theirs. If abf is AHEAD_BEHIND_QUICK, skip
* the (potentially expensive) a/b computation (*num_ours and *num_theirs are
* set to zero).
*
- * The name of the upstream branch (or NULL if no upstream is defined) is
- * returned via *upstream_name, if it is not itself NULL.
- *
- * Returns -1 if num_ours and num_theirs could not be filled in (e.g., no
- * upstream defined, or ref does not exist). Returns 0 if the commits are
- * identical. Returns 1 if commits are different.
+ * Returns -1 if num_ours and num_theirs could not be filled in (e.g., ref
+ * does not exist). Returns 0 if the commits are identical. Returns 1 if
+ * commits are different.
*/
-int stat_tracking_info(struct branch *branch, int *num_ours, int *num_theirs,
- const char **upstream_name, enum ahead_behind_flags abf)
+
+static int stat_branch_pair(const char *branch_name, const char *base,
+ int *num_ours, int *num_theirs,
+ enum ahead_behind_flags abf)
{
struct object_id oid;
struct commit *ours, *theirs;
struct rev_info revs;
- const char *base;
struct argv_array argv = ARGV_ARRAY_INIT;
- /* Cannot stat unless we are marked to build on top of somebody else. */
- base = branch_get_upstream(branch, NULL);
- if (upstream_name)
- *upstream_name = base;
- if (!base)
- return -1;
-
/* Cannot stat if what we used to build on no longer exists */
if (read_ref(base, &oid))
return -1;
if (!theirs)
return -1;
- if (read_ref(branch->refname, &oid))
+ if (read_ref(branch_name, &oid))
return -1;
ours = lookup_commit_reference(the_repository, &oid);
if (!ours)
if (abf == AHEAD_BEHIND_QUICK)
return 1;
if (abf != AHEAD_BEHIND_FULL)
- BUG("stat_tracking_info: invalid abf '%d'", abf);
+ BUG("stat_branch_pair: invalid abf '%d'", abf);
/* Run "rev-list --left-right ours...theirs" internally... */
argv_array_push(&argv, ""); /* ignored */
repo_init_revisions(the_repository, &revs, NULL);
setup_revisions(argv.argc, argv.argv, &revs, NULL);
if (prepare_revision_walk(&revs))
- die("revision walk setup failed");
+ die(_("revision walk setup failed"));
/* ... and count the commits on each side. */
while (1) {
return 1;
}
+/*
+ * Lookup the tracking branch for the given branch and if present, optionally
+ * compute the commit ahead/behind values for the pair.
+ *
+ * If for_push is true, the tracking branch refers to the push branch,
+ * otherwise it refers to the upstream branch.
+ *
+ * The name of the tracking branch (or NULL if it is not defined) is
+ * returned via *tracking_name, if it is not itself NULL.
+ *
+ * If abf is AHEAD_BEHIND_FULL, compute the full ahead/behind and return the
+ * counts in *num_ours and *num_theirs. If abf is AHEAD_BEHIND_QUICK, skip
+ * the (potentially expensive) a/b computation (*num_ours and *num_theirs are
+ * set to zero).
+ *
+ * Returns -1 if num_ours and num_theirs could not be filled in (e.g., no
+ * upstream defined, or ref does not exist). Returns 0 if the commits are
+ * identical. Returns 1 if commits are different.
+ */
+int stat_tracking_info(struct branch *branch, int *num_ours, int *num_theirs,
+ const char **tracking_name, int for_push,
+ enum ahead_behind_flags abf)
+{
+ const char *base;
+
+ /* Cannot stat unless we are marked to build on top of somebody else. */
+ base = for_push ? branch_get_push(branch, NULL) :
+ branch_get_upstream(branch, NULL);
+ if (tracking_name)
+ *tracking_name = base;
+ if (!base)
+ return -1;
+
+ return stat_branch_pair(branch->refname, base, num_ours, num_theirs, abf);
+}
+
/*
* Return true when there is anything to report, otherwise false.
*/
char *base;
int upstream_is_gone = 0;
- sti = stat_tracking_info(branch, &ours, &theirs, &full_base, abf);
+ sti = stat_tracking_info(branch, &ours, &theirs, &full_base, 0, abf);
if (sti < 0) {
if (!full_base)
return 0;
else if (!colon[1])
oidclr(&entry->expect);
else if (get_oid(colon + 1, &entry->expect))
- return error(_("cannot parse expected object name '%s'"), colon + 1);
+ return error(_("cannot parse expected object name '%s'"),
+ colon + 1);
return 0;
}