#include "diff.h"
#include "diffcore.h"
#include "dir.h"
+#include "environment.h"
+#include "gettext.h"
+#include "hex.h"
#include "entry.h"
#include "ll-merge.h"
#include "object-store.h"
struct mem_pool pool;
/*
- * output: special messages and conflict notices for various paths
+ * conflicts: logical conflicts and messages stored by _primary_ path
*
* This is a map of pathnames (a subset of the keys in "paths" above)
- * to strbufs. It gathers various warning/conflict/notice messages
- * for later processing.
+ * to struct string_list, with each item's `util` containing a
+ * `struct logical_conflict_info`. Note, though, that for each path,
+ * it only stores the logical conflicts for which that path is the
+ * primary path; the path might be part of additional conflicts.
*/
- struct strmap output;
+ struct strmap conflicts;
/*
* renames: various data relating to rename detection
/* call_depth: recursion level counter for merging merge bases */
int call_depth;
+
+ /* field that holds submodule conflict information */
+ struct string_list conflicted_submodules;
+};
+
+struct conflicted_submodule_item {
+ char *abbrev;
+ int flag;
};
+static void conflicted_submodule_item_free(void *util, const char *str UNUSED)
+{
+ struct conflicted_submodule_item *item = util;
+
+ free(item->abbrev);
+ free(item);
+}
+
struct version_info {
struct object_id oid;
unsigned short mode;
unsigned match_mask:3;
};
+enum conflict_and_info_types {
+ /* "Simple" conflicts and informational messages */
+ INFO_AUTO_MERGING = 0,
+ CONFLICT_CONTENTS, /* text file that failed to merge */
+ CONFLICT_BINARY,
+ CONFLICT_FILE_DIRECTORY,
+ CONFLICT_DISTINCT_MODES,
+ CONFLICT_MODIFY_DELETE,
+
+ /* Regular rename */
+ CONFLICT_RENAME_RENAME, /* same file renamed differently */
+ CONFLICT_RENAME_COLLIDES, /* rename/add or two files renamed to 1 */
+ CONFLICT_RENAME_DELETE,
+
+ /* Basic directory rename */
+ CONFLICT_DIR_RENAME_SUGGESTED,
+ INFO_DIR_RENAME_APPLIED,
+
+ /* Special directory rename cases */
+ INFO_DIR_RENAME_SKIPPED_DUE_TO_RERENAME,
+ CONFLICT_DIR_RENAME_FILE_IN_WAY,
+ CONFLICT_DIR_RENAME_COLLISION,
+ CONFLICT_DIR_RENAME_SPLIT,
+
+ /* Basic submodule */
+ INFO_SUBMODULE_FAST_FORWARDING,
+ CONFLICT_SUBMODULE_FAILED_TO_MERGE,
+
+ /* Special submodule cases broken out from FAILED_TO_MERGE */
+ CONFLICT_SUBMODULE_FAILED_TO_MERGE_BUT_POSSIBLE_RESOLUTION,
+ CONFLICT_SUBMODULE_NOT_INITIALIZED,
+ CONFLICT_SUBMODULE_HISTORY_NOT_AVAILABLE,
+ CONFLICT_SUBMODULE_MAY_HAVE_REWINDS,
+ CONFLICT_SUBMODULE_NULL_MERGE_BASE,
+
+ /* Keep this entry _last_ in the list */
+ NB_CONFLICT_TYPES,
+};
+
+/*
+ * Short description of conflict type, relied upon by external tools.
+ *
+ * We can add more entries, but DO NOT change any of these strings. Also,
+ * Order MUST match conflict_info_and_types.
+ */
+static const char *type_short_descriptions[] = {
+ /*** "Simple" conflicts and informational messages ***/
+ [INFO_AUTO_MERGING] = "Auto-merging",
+ [CONFLICT_CONTENTS] = "CONFLICT (contents)",
+ [CONFLICT_BINARY] = "CONFLICT (binary)",
+ [CONFLICT_FILE_DIRECTORY] = "CONFLICT (file/directory)",
+ [CONFLICT_DISTINCT_MODES] = "CONFLICT (distinct modes)",
+ [CONFLICT_MODIFY_DELETE] = "CONFLICT (modify/delete)",
+
+ /*** Regular rename ***/
+ [CONFLICT_RENAME_RENAME] = "CONFLICT (rename/rename)",
+ [CONFLICT_RENAME_COLLIDES] = "CONFLICT (rename involved in collision)",
+ [CONFLICT_RENAME_DELETE] = "CONFLICT (rename/delete)",
+
+ /*** Basic directory rename ***/
+ [CONFLICT_DIR_RENAME_SUGGESTED] =
+ "CONFLICT (directory rename suggested)",
+ [INFO_DIR_RENAME_APPLIED] = "Path updated due to directory rename",
+
+ /*** Special directory rename cases ***/
+ [INFO_DIR_RENAME_SKIPPED_DUE_TO_RERENAME] =
+ "Directory rename skipped since directory was renamed on both sides",
+ [CONFLICT_DIR_RENAME_FILE_IN_WAY] =
+ "CONFLICT (file in way of directory rename)",
+ [CONFLICT_DIR_RENAME_COLLISION] = "CONFLICT(directory rename collision)",
+ [CONFLICT_DIR_RENAME_SPLIT] = "CONFLICT(directory rename unclear split)",
+
+ /*** Basic submodule ***/
+ [INFO_SUBMODULE_FAST_FORWARDING] = "Fast forwarding submodule",
+ [CONFLICT_SUBMODULE_FAILED_TO_MERGE] = "CONFLICT (submodule)",
+
+ /*** Special submodule cases broken out from FAILED_TO_MERGE ***/
+ [CONFLICT_SUBMODULE_FAILED_TO_MERGE_BUT_POSSIBLE_RESOLUTION] =
+ "CONFLICT (submodule with possible resolution)",
+ [CONFLICT_SUBMODULE_NOT_INITIALIZED] =
+ "CONFLICT (submodule not initialized)",
+ [CONFLICT_SUBMODULE_HISTORY_NOT_AVAILABLE] =
+ "CONFLICT (submodule history not available)",
+ [CONFLICT_SUBMODULE_MAY_HAVE_REWINDS] =
+ "CONFLICT (submodule may have rewinds)",
+ [CONFLICT_SUBMODULE_NULL_MERGE_BASE] =
+ "CONFLICT (submodule lacks merge base)"
+};
+
+struct logical_conflict_info {
+ enum conflict_and_info_types type;
+ struct strvec paths;
+};
+
/*** Function Grouping: various utility functions ***/
/*
struct strmap_entry *e;
/* Release and free each strbuf found in output */
- strmap_for_each_entry(&opti->output, &iter, e) {
- struct strbuf *sb = e->value;
- strbuf_release(sb);
+ strmap_for_each_entry(&opti->conflicts, &iter, e) {
+ struct string_list *list = e->value;
+ for (int i = 0; i < list->nr; i++) {
+ struct logical_conflict_info *info =
+ list->items[i].util;
+ strvec_clear(&info->paths);
+ }
/*
- * While strictly speaking we don't need to free(sb)
- * here because we could pass free_values=1 when
- * calling strmap_clear() on opti->output, that would
- * require strmap_clear to do another
- * strmap_for_each_entry() loop, so we just free it
- * while we're iterating anyway.
+ * While strictly speaking we don't need to
+ * free(conflicts) here because we could pass
+ * free_values=1 when calling strmap_clear() on
+ * opti->conflicts, that would require strmap_clear
+ * to do another strmap_for_each_entry() loop, so we
+ * just free it while we're iterating anyway.
*/
- free(sb);
+ string_list_clear(list, 1);
+ free(list);
}
- strmap_clear(&opti->output, 0);
+ strmap_clear(&opti->conflicts, 0);
}
mem_pool_discard(&opti->pool, 0);
+ string_list_clear_func(&opti->conflicted_submodules,
+ conflicted_submodule_item_free);
+
/* Clean out callback_data as well. */
FREE_AND_NULL(renames->callback_data);
renames->callback_data_nr = renames->callback_data_alloc = 0;
strbuf_addch(sb, '\n');
}
-__attribute__((format (printf, 4, 5)))
+__attribute__((format (printf, 8, 9)))
static void path_msg(struct merge_options *opt,
- const char *path,
+ enum conflict_and_info_types type,
int omittable_hint, /* skippable under --remerge-diff */
+ const char *primary_path,
+ const char *other_path_1, /* may be NULL */
+ const char *other_path_2, /* may be NULL */
+ struct string_list *other_paths, /* may be NULL */
const char *fmt, ...)
{
va_list ap;
- struct strbuf *sb = strmap_get(&opt->priv->output, path);
- if (!sb) {
- sb = xmalloc(sizeof(*sb));
- strbuf_init(sb, 0);
- strmap_put(&opt->priv->output, path, sb);
+ struct string_list *path_conflicts;
+ struct logical_conflict_info *info;
+ struct strbuf buf = STRBUF_INIT;
+ struct strbuf *dest;
+ struct strbuf tmp = STRBUF_INIT;
+
+ /* Sanity checks */
+ assert(omittable_hint ==
+ !starts_with(type_short_descriptions[type], "CONFLICT") ||
+ type == CONFLICT_DIR_RENAME_SUGGESTED);
+ if (opt->record_conflict_msgs_as_headers && omittable_hint)
+ return; /* Do not record mere hints in headers */
+ if (opt->priv->call_depth && opt->verbosity < 5)
+ return; /* Ignore messages from inner merges */
+
+ /* Ensure path_conflicts (ptr to array of logical_conflict) allocated */
+ path_conflicts = strmap_get(&opt->priv->conflicts, primary_path);
+ if (!path_conflicts) {
+ path_conflicts = xmalloc(sizeof(*path_conflicts));
+ string_list_init_dup(path_conflicts);
+ strmap_put(&opt->priv->conflicts, primary_path, path_conflicts);
}
+ /* Add a logical_conflict at the end to store info from this call */
+ info = xcalloc(1, sizeof(*info));
+ info->type = type;
+ strvec_init(&info->paths);
+
+ /* Handle the list of paths */
+ strvec_push(&info->paths, primary_path);
+ if (other_path_1)
+ strvec_push(&info->paths, other_path_1);
+ if (other_path_2)
+ strvec_push(&info->paths, other_path_2);
+ if (other_paths)
+ for (int i = 0; i < other_paths->nr; i++)
+ strvec_push(&info->paths, other_paths->items[i].string);
+
+ /* Handle message and its format, in normal case */
+ dest = (opt->record_conflict_msgs_as_headers ? &tmp : &buf);
+
va_start(ap, fmt);
- strbuf_vaddf(sb, fmt, ap);
+ if (opt->priv->call_depth) {
+ strbuf_addchars(dest, ' ', 2);
+ strbuf_addstr(dest, "From inner merge:");
+ strbuf_addchars(dest, ' ', opt->priv->call_depth * 2);
+ }
+ strbuf_vaddf(dest, fmt, ap);
va_end(ap);
- strbuf_addch(sb, '\n');
+ /* Handle specialized formatting of message under --remerge-diff */
+ if (opt->record_conflict_msgs_as_headers) {
+ int i_sb = 0, i_tmp = 0;
+
+ /* Start with the specified prefix */
+ if (opt->msg_header_prefix)
+ strbuf_addf(&buf, "%s ", opt->msg_header_prefix);
+
+ /* Copy tmp to sb, adding spaces after newlines */
+ strbuf_grow(&buf, buf.len + 2*tmp.len); /* more than sufficient */
+ for (; i_tmp < tmp.len; i_tmp++, i_sb++) {
+ /* Copy next character from tmp to sb */
+ buf.buf[buf.len + i_sb] = tmp.buf[i_tmp];
+
+ /* If we copied a newline, add a space */
+ if (tmp.buf[i_tmp] == '\n')
+ buf.buf[++i_sb] = ' ';
+ }
+ /* Update length and ensure it's NUL-terminated */
+ buf.len += i_sb;
+ buf.buf[buf.len] = '\0';
+
+ strbuf_release(&tmp);
+ }
+ string_list_append_nodup(path_conflicts, strbuf_detach(&buf, NULL))
+ ->util = info;
}
static struct diff_filespec *pool_alloc_filespec(struct mem_pool *pool,
out->buf[i] = '_';
}
-static char *unique_path(struct strmap *existing_paths,
+static char *unique_path(struct merge_options *opt,
const char *path,
const char *branch)
{
+ char *ret = NULL;
struct strbuf newpath = STRBUF_INIT;
int suffix = 0;
size_t base_len;
+ struct strmap *existing_paths = &opt->priv->paths;
strbuf_addf(&newpath, "%s~", path);
add_flattened_path(&newpath, branch);
strbuf_addf(&newpath, "_%d", suffix++);
}
- return strbuf_detach(&newpath, NULL);
+ /* Track the new path in our memory pool */
+ ret = mem_pool_alloc(&opt->priv->pool, newpath.len + 1);
+ memcpy(ret, newpath.buf, newpath.len + 1);
+ strbuf_release(&newpath);
+ return ret;
}
/*** Function Grouping: functions related to collect_merge_info() ***/
}
object_array_clear(&merges);
+ release_revisions(&revs);
return result->nr;
}
int i;
int search = !opt->priv->call_depth;
+ int sub_not_initialized = 1;
+ int sub_flag = CONFLICT_SUBMODULE_FAILED_TO_MERGE;
/* store fallback answer in result in case we fail */
oidcpy(result, opt->priv->call_depth ? o : a);
/* we can not handle deletion conflicts */
- if (is_null_oid(o))
- return 0;
- if (is_null_oid(a))
- return 0;
- if (is_null_oid(b))
- return 0;
+ if (is_null_oid(a) || is_null_oid(b))
+ BUG("submodule deleted on one side; this should be handled outside of merge_submodule()");
+
+ if ((sub_not_initialized = repo_submodule_init(&subrepo,
+ opt->repo, path, null_oid()))) {
+ path_msg(opt, CONFLICT_SUBMODULE_NOT_INITIALIZED, 0,
+ path, NULL, NULL, NULL,
+ _("Failed to merge submodule %s (not checked out)"),
+ path);
+ sub_flag = CONFLICT_SUBMODULE_NOT_INITIALIZED;
+ goto cleanup;
+ }
- if (repo_submodule_init(&subrepo, opt->repo, path, null_oid())) {
- path_msg(opt, path, 0,
- _("Failed to merge submodule %s (not checked out)"),
- path);
- return 0;
+ if (is_null_oid(o)) {
+ path_msg(opt, CONFLICT_SUBMODULE_NULL_MERGE_BASE, 0,
+ path, NULL, NULL, NULL,
+ _("Failed to merge submodule %s (no merge base)"),
+ path);
+ goto cleanup;
}
if (!(commit_o = lookup_commit_reference(&subrepo, o)) ||
!(commit_a = lookup_commit_reference(&subrepo, a)) ||
!(commit_b = lookup_commit_reference(&subrepo, b))) {
- path_msg(opt, path, 0,
+ path_msg(opt, CONFLICT_SUBMODULE_HISTORY_NOT_AVAILABLE, 0,
+ path, NULL, NULL, NULL,
_("Failed to merge submodule %s (commits not present)"),
path);
+ sub_flag = CONFLICT_SUBMODULE_HISTORY_NOT_AVAILABLE;
goto cleanup;
}
/* check whether both changes are forward */
if (!repo_in_merge_bases(&subrepo, commit_o, commit_a) ||
!repo_in_merge_bases(&subrepo, commit_o, commit_b)) {
- path_msg(opt, path, 0,
+ path_msg(opt, CONFLICT_SUBMODULE_MAY_HAVE_REWINDS, 0,
+ path, NULL, NULL, NULL,
_("Failed to merge submodule %s "
"(commits don't follow merge-base)"),
path);
/* Case #1: a is contained in b or vice versa */
if (repo_in_merge_bases(&subrepo, commit_a, commit_b)) {
oidcpy(result, b);
- path_msg(opt, path, 1,
+ path_msg(opt, INFO_SUBMODULE_FAST_FORWARDING, 1,
+ path, NULL, NULL, NULL,
_("Note: Fast-forwarding submodule %s to %s"),
path, oid_to_hex(b));
ret = 1;
}
if (repo_in_merge_bases(&subrepo, commit_b, commit_a)) {
oidcpy(result, a);
- path_msg(opt, path, 1,
+ path_msg(opt, INFO_SUBMODULE_FAST_FORWARDING, 1,
+ path, NULL, NULL, NULL,
_("Note: Fast-forwarding submodule %s to %s"),
path, oid_to_hex(a));
ret = 1;
&merges);
switch (parent_count) {
case 0:
- path_msg(opt, path, 0, _("Failed to merge submodule %s"), path);
+ path_msg(opt, CONFLICT_SUBMODULE_FAILED_TO_MERGE, 0,
+ path, NULL, NULL, NULL,
+ _("Failed to merge submodule %s"), path);
break;
case 1:
format_commit(&sb, 4, &subrepo,
(struct commit *)merges.objects[0].item);
- path_msg(opt, path, 0,
+ path_msg(opt, CONFLICT_SUBMODULE_FAILED_TO_MERGE_BUT_POSSIBLE_RESOLUTION, 0,
+ path, NULL, NULL, NULL,
_("Failed to merge submodule %s, but a possible merge "
- "resolution exists:\n%s\n"),
+ "resolution exists: %s"),
path, sb.buf);
- path_msg(opt, path, 1,
- _("If this is correct simply add it to the index "
- "for example\n"
- "by using:\n\n"
- " git update-index --cacheinfo 160000 %s \"%s\"\n\n"
- "which will accept this suggestion.\n"),
- oid_to_hex(&merges.objects[0].item->oid), path);
strbuf_release(&sb);
break;
default:
for (i = 0; i < merges.nr; i++)
format_commit(&sb, 4, &subrepo,
(struct commit *)merges.objects[i].item);
- path_msg(opt, path, 0,
+ path_msg(opt, CONFLICT_SUBMODULE_FAILED_TO_MERGE_BUT_POSSIBLE_RESOLUTION, 0,
+ path, NULL, NULL, NULL,
_("Failed to merge submodule %s, but multiple "
"possible merges exist:\n%s"), path, sb.buf);
strbuf_release(&sb);
object_array_clear(&merges);
cleanup:
- repo_clear(&subrepo);
+ if (!opt->priv->call_depth && !ret) {
+ struct string_list *csub = &opt->priv->conflicted_submodules;
+ struct conflicted_submodule_item *util;
+ const char *abbrev;
+
+ util = xmalloc(sizeof(*util));
+ util->flag = sub_flag;
+ util->abbrev = NULL;
+ if (!sub_not_initialized) {
+ abbrev = repo_find_unique_abbrev(&subrepo, b, DEFAULT_ABBREV);
+ util->abbrev = xstrdup(abbrev);
+ }
+ string_list_append(csub, path)->util = util;
+ }
+
+ if (!sub_not_initialized)
+ repo_clear(&subrepo);
return ret;
}
mmfile_t orig, src1, src2;
struct ll_merge_options ll_opts = {0};
char *base, *name1, *name2;
- int merge_status;
+ enum ll_merge_result merge_status;
if (!opt->priv->attr_index.initialized)
initialize_attr_index(opt);
merge_status = ll_merge(result_buf, path, &orig, base,
&src1, name1, &src2, name2,
&opt->priv->attr_index, &ll_opts);
+ if (merge_status == LL_MERGE_BINARY_CONFLICT)
+ path_msg(opt, CONFLICT_BINARY, 0,
+ path, NULL, NULL, NULL,
+ "warning: Cannot merge binary files: %s (%s vs. %s)",
+ path, name1, name2);
free(base);
free(name1);
if (!ret &&
write_object_file(result_buf.ptr, result_buf.size,
- blob_type, &result->oid))
+ OBJ_BLOB, &result->oid))
ret = err(opt, _("Unable to add %s to database"),
path);
if (ret)
return -1;
clean &= (merge_status == 0);
- path_msg(opt, path, 1, _("Auto-merging %s"), path);
+ path_msg(opt, INFO_AUTO_MERGING, 1, path, NULL, NULL, NULL,
+ _("Auto-merging %s"), path);
} else if (S_ISGITLINK(a->mode)) {
int two_way = ((S_IFMT & o->mode) != (S_IFMT & a->mode));
clean = merge_submodule(opt, pathnames[0],
* to ensure that's the case.
*/
c_info = strmap_get(collisions, new_path);
- if (c_info == NULL)
+ if (!c_info)
BUG("c_info is NULL");
/*
c_info->reported_already = 1;
strbuf_add_separated_string_list(&collision_paths, ", ",
&c_info->source_files);
- path_msg(opt, new_path, 0,
- _("CONFLICT (implicit dir rename): Existing file/dir "
- "at %s in the way of implicit directory rename(s) "
- "putting the following path(s) there: %s."),
- new_path, collision_paths.buf);
+ path_msg(opt, CONFLICT_DIR_RENAME_FILE_IN_WAY, 0,
+ new_path, NULL, NULL, &c_info->source_files,
+ _("CONFLICT (implicit dir rename): Existing "
+ "file/dir at %s in the way of implicit "
+ "directory rename(s) putting the following "
+ "path(s) there: %s."),
+ new_path, collision_paths.buf);
clean = 0;
} else if (c_info->source_files.nr > 1) {
c_info->reported_already = 1;
strbuf_add_separated_string_list(&collision_paths, ", ",
&c_info->source_files);
- path_msg(opt, new_path, 0,
- _("CONFLICT (implicit dir rename): Cannot map more "
- "than one path to %s; implicit directory renames "
- "tried to put these paths there: %s"),
- new_path, collision_paths.buf);
+ path_msg(opt, CONFLICT_DIR_RENAME_COLLISION, 0,
+ new_path, NULL, NULL, &c_info->source_files,
+ _("CONFLICT (implicit dir rename): Cannot map "
+ "more than one path to %s; implicit directory "
+ "renames tried to put these paths there: %s"),
+ new_path, collision_paths.buf);
clean = 0;
}
continue;
if (bad_max == max) {
- path_msg(opt, source_dir, 0,
- _("CONFLICT (directory rename split): "
- "Unclear where to rename %s to; it was "
- "renamed to multiple other directories, with "
- "no destination getting a majority of the "
- "files."),
- source_dir);
+ path_msg(opt, CONFLICT_DIR_RENAME_SPLIT, 0,
+ source_dir, NULL, NULL, NULL,
+ _("CONFLICT (directory rename split): "
+ "Unclear where to rename %s to; it was "
+ "renamed to multiple other directories, "
+ "with no destination getting a majority of "
+ "the files."),
+ source_dir);
*clean = 0;
} else {
strmap_put(&renames->dir_renames[side],
}
}
+static void free_collisions(struct strmap *collisions)
+{
+ struct hashmap_iter iter;
+ struct strmap_entry *entry;
+
+ /* Free each value in the collisions map */
+ strmap_for_each_entry(collisions, &iter, entry) {
+ struct collision_info *info = entry->value;
+ string_list_clear(&info->source_files, 0);
+ }
+ /*
+ * In compute_collisions(), we set collisions.strdup_strings to 0
+ * so that we wouldn't have to make another copy of the new_path
+ * allocated by apply_dir_rename(). But now that we've used them
+ * and have no other references to these strings, it is time to
+ * deallocate them.
+ */
+ free_strmap_strings(collisions);
+ strmap_clear(collisions, 1);
+}
+
static char *check_for_directory_rename(struct merge_options *opt,
const char *path,
unsigned side_index,
struct strmap *collisions,
int *clean_merge)
{
- char *new_path = NULL;
+ char *new_path;
struct strmap_entry *rename_info;
- struct strmap_entry *otherinfo = NULL;
+ struct strmap_entry *otherinfo;
const char *new_dir;
+ int other_side = 3 - side_index;
+ /*
+ * Cases where we don't have or don't want a directory rename for
+ * this path.
+ */
if (strmap_empty(dir_renames))
- return new_path;
+ return NULL;
+ if (strmap_get(&collisions[other_side], path))
+ return NULL;
rename_info = check_dir_renamed(path, dir_renames);
if (!rename_info)
- return new_path;
- /* old_dir = rename_info->key; */
- new_dir = rename_info->value;
+ return NULL;
/*
* This next part is a little weird. We do not want to do an
* As it turns out, this also prevents N-way transient rename
* confusion; See testcases 9c and 9d of t6043.
*/
+ new_dir = rename_info->value; /* old_dir = rename_info->key; */
otherinfo = strmap_get_entry(dir_rename_exclusions, new_dir);
if (otherinfo) {
- path_msg(opt, rename_info->key, 1,
+ path_msg(opt, INFO_DIR_RENAME_SKIPPED_DUE_TO_RERENAME, 1,
+ rename_info->key, path, new_dir, NULL,
_("WARNING: Avoiding applying %s -> %s rename "
"to %s, because %s itself was renamed."),
rename_info->key, new_dir, path, new_dir);
}
new_path = handle_path_level_conflicts(opt, path, side_index,
- rename_info, collisions);
+ rename_info,
+ &collisions[side_index]);
*clean_merge &= (new_path != NULL);
return new_path;
}
assert(ci->filemask == 2 || ci->filemask == 4);
- assert(ci->dirmask == 0);
- strmap_remove(&opt->priv->paths, old_path, 0);
+ assert(ci->dirmask == 0 || ci->dirmask == 1);
+ if (ci->dirmask == 0)
+ strmap_remove(&opt->priv->paths, old_path, 0);
+ else {
+ /*
+ * This file exists on one side, but we still had a directory
+ * at the old location that we can't remove until after
+ * processing all paths below it. So, make a copy of ci in
+ * new_ci and only put the file information into it.
+ */
+ new_ci = mem_pool_calloc(&opt->priv->pool, 1, sizeof(*new_ci));
+ memcpy(new_ci, ci, sizeof(*ci));
+ assert(!new_ci->match_mask);
+ new_ci->dirmask = 0;
+ new_ci->stages[1].mode = 0;
+ oidcpy(&new_ci->stages[1].oid, null_oid());
+
+ /*
+ * Now that we have the file information in new_ci, make sure
+ * ci only has the directory information.
+ */
+ ci->filemask = 0;
+ ci->merged.clean = 1;
+ for (i = MERGE_BASE; i <= MERGE_SIDE2; i++) {
+ if (ci->dirmask & (1 << i))
+ continue;
+ /* zero out any entries related to files */
+ ci->stages[i].mode = 0;
+ oidcpy(&ci->stages[i].oid, null_oid());
+ }
+
+ // Now we want to focus on new_ci, so reassign ci to it
+ ci = new_ci;
+ }
branch_with_new_path = (ci->filemask == 2) ? opt->branch1 : opt->branch2;
branch_with_dir_rename = (ci->filemask == 2) ? opt->branch2 : opt->branch1;
if (opt->detect_directory_renames == MERGE_DIRECTORY_RENAMES_TRUE) {
/* Notify user of updated path */
if (pair->status == 'A')
- path_msg(opt, new_path, 1,
+ path_msg(opt, INFO_DIR_RENAME_APPLIED, 1,
+ new_path, old_path, NULL, NULL,
_("Path updated: %s added in %s inside a "
"directory that was renamed in %s; moving "
"it to %s."),
old_path, branch_with_new_path,
branch_with_dir_rename, new_path);
else
- path_msg(opt, new_path, 1,
+ path_msg(opt, INFO_DIR_RENAME_APPLIED, 1,
+ new_path, old_path, NULL, NULL,
_("Path updated: %s renamed to %s in %s, "
"inside a directory that was renamed in %s; "
"moving it to %s."),
*/
ci->path_conflict = 1;
if (pair->status == 'A')
- path_msg(opt, new_path, 0,
+ path_msg(opt, CONFLICT_DIR_RENAME_SUGGESTED, 1,
+ new_path, old_path, NULL, NULL,
_("CONFLICT (file location): %s added in %s "
"inside a directory that was renamed in %s, "
"suggesting it should perhaps be moved to "
old_path, branch_with_new_path,
branch_with_dir_rename, new_path);
else
- path_msg(opt, new_path, 0,
+ path_msg(opt, CONFLICT_DIR_RENAME_SUGGESTED, 1,
+ new_path, old_path, NULL, NULL,
_("CONFLICT (file location): %s renamed to %s "
"in %s, inside a directory that was renamed "
"in %s, suggesting it should perhaps be "
pathnames,
1 + 2 * opt->priv->call_depth,
&merged);
+ if (clean_merge < 0)
+ return -1;
if (!clean_merge &&
merged.mode == side1->stages[1].mode &&
oideq(&merged.oid, &side1->stages[1].oid))
* and remove the setting of base->path_conflict to 1.
*/
base->path_conflict = 1;
- path_msg(opt, oldpath, 0,
+ path_msg(opt, CONFLICT_RENAME_RENAME, 0,
+ pathnames[0], pathnames[1], pathnames[2], NULL,
_("CONFLICT (rename/rename): %s renamed to "
"%s in %s and to %s in %s."),
pathnames[0],
struct version_info merged;
struct conflict_info *base, *side1, *side2;
- unsigned clean;
+ int clean;
pathnames[0] = oldpath;
pathnames[other_source_index] = oldpath;
pathnames,
1 + 2 * opt->priv->call_depth,
&merged);
+ if (clean < 0)
+ return -1;
memcpy(&newinfo->stages[target_index], &merged,
sizeof(merged));
if (!clean) {
- path_msg(opt, newpath, 0,
+ path_msg(opt, CONFLICT_RENAME_COLLIDES, 0,
+ newpath, oldpath, NULL, NULL,
_("CONFLICT (rename involved in "
"collision): rename of %s -> %s has "
"content conflicts AND collides "
*/
newinfo->path_conflict = 1;
- path_msg(opt, newpath, 0,
+ path_msg(opt, CONFLICT_RENAME_DELETE, 0,
+ newpath, oldpath, NULL, NULL,
_("CONFLICT (rename/delete): %s renamed "
"to %s in %s, but deleted in %s."),
oldpath, newpath, rename_branch, delete_branch);
} else if (source_deleted) {
/* rename/delete */
newinfo->path_conflict = 1;
- path_msg(opt, newpath, 0,
+ path_msg(opt, CONFLICT_RENAME_DELETE, 0,
+ newpath, oldpath, NULL, NULL,
_("CONFLICT (rename/delete): %s renamed"
" to %s in %s, but deleted in %s."),
oldpath, newpath,
static int collect_renames(struct merge_options *opt,
struct diff_queue_struct *result,
unsigned side_index,
+ struct strmap *collisions,
struct strmap *dir_renames_for_side,
struct strmap *rename_exclusions)
{
int i, clean = 1;
- struct strmap collisions;
struct diff_queue_struct *side_pairs;
- struct hashmap_iter iter;
- struct strmap_entry *entry;
struct rename_info *renames = &opt->priv->renames;
side_pairs = &renames->pairs[side_index];
- compute_collisions(&collisions, dir_renames_for_side, side_pairs);
for (i = 0; i < side_pairs->nr; ++i) {
struct diff_filepair *p = side_pairs->queue[i];
side_index,
dir_renames_for_side,
rename_exclusions,
- &collisions,
+ collisions,
&clean);
possibly_cache_new_pair(renames, p, side_index, new_path);
result->queue[result->nr++] = p;
}
- /* Free each value in the collisions map */
- strmap_for_each_entry(&collisions, &iter, entry) {
- struct collision_info *info = entry->value;
- string_list_clear(&info->source_files, 0);
- }
- /*
- * In compute_collisions(), we set collisions.strdup_strings to 0
- * so that we wouldn't have to make another copy of the new_path
- * allocated by apply_dir_rename(). But now that we've used them
- * and have no other references to these strings, it is time to
- * deallocate them.
- */
- free_strmap_strings(&collisions);
- strmap_clear(&collisions, 1);
return clean;
}
struct tree *side1,
struct tree *side2)
{
- struct diff_queue_struct combined;
+ struct diff_queue_struct combined = { 0 };
struct rename_info *renames = &opt->priv->renames;
- int need_dir_renames, s, clean = 1;
+ struct strmap collisions[3];
+ int need_dir_renames, s, i, clean = 1;
unsigned detection_run = 0;
- memset(&combined, 0, sizeof(combined));
if (!possible_renames(renames))
goto cleanup;
trace2_region_enter("merge", "regular renames", opt->repo);
detection_run |= detect_regular_renames(opt, MERGE_SIDE1);
detection_run |= detect_regular_renames(opt, MERGE_SIDE2);
+ if (renames->needed_limit) {
+ renames->cached_pairs_valid_side = 0;
+ renames->redo_after_renames = 0;
+ }
if (renames->redo_after_renames && detection_run) {
int i, side;
struct diff_filepair *p;
ALLOC_GROW(combined.queue,
renames->pairs[1].nr + renames->pairs[2].nr,
combined.alloc);
+ for (i = MERGE_SIDE1; i <= MERGE_SIDE2; i++) {
+ int other_side = 3 - i;
+ compute_collisions(&collisions[i],
+ &renames->dir_renames[other_side],
+ &renames->pairs[i]);
+ }
clean &= collect_renames(opt, &combined, MERGE_SIDE1,
+ collisions,
&renames->dir_renames[2],
&renames->dir_renames[1]);
clean &= collect_renames(opt, &combined, MERGE_SIDE2,
+ collisions,
&renames->dir_renames[1],
&renames->dir_renames[2]);
+ for (i = MERGE_SIDE1; i <= MERGE_SIDE2; i++)
+ free_collisions(&collisions[i]);
STABLE_QSORT(combined.queue, combined.nr, compare_pairs);
trace2_region_leave("merge", "directory renames", opt->repo);
free(renames->pairs[s].queue);
DIFF_QUEUE_CLEAR(&renames->pairs[s]);
}
- if (combined.nr) {
- int i;
- for (i = 0; i < combined.nr; i++)
- pool_diff_free_filepair(&opt->priv->pool,
- combined.queue[i]);
- free(combined.queue);
- }
+ for (i = 0; i < combined.nr; i++)
+ pool_diff_free_filepair(&opt->priv->pool, combined.queue[i]);
+ free(combined.queue);
return clean;
}
b->string, strlen(b->string), bmi->result.mode);
}
-static void write_tree(struct object_id *result_oid,
- struct string_list *versions,
- unsigned int offset,
- size_t hash_size)
+static int write_tree(struct object_id *result_oid,
+ struct string_list *versions,
+ unsigned int offset,
+ size_t hash_size)
{
size_t maxlen = 0, extra;
unsigned int nr;
struct strbuf buf = STRBUF_INIT;
- int i;
+ int i, ret = 0;
assert(offset <= versions->nr);
nr = versions->nr - offset;
}
/* Write this object file out, and record in result_oid */
- write_object_file(buf.buf, buf.len, tree_type, result_oid);
+ if (write_object_file(buf.buf, buf.len, OBJ_TREE, result_oid))
+ ret = -1;
strbuf_release(&buf);
+ return ret;
}
static void record_entry_for_tree(struct directory_versions *dir_metadata,
basename)->util = &mi->result;
}
-static void write_completed_directory(struct merge_options *opt,
- const char *new_directory_name,
- struct directory_versions *info)
+static int write_completed_directory(struct merge_options *opt,
+ const char *new_directory_name,
+ struct directory_versions *info)
{
const char *prev_dir;
struct merged_info *dir_info = NULL;
- unsigned int offset;
+ unsigned int offset, ret = 0;
/*
* Some explanation of info->versions and info->offsets...
* strcmp here.)
*/
if (new_directory_name == info->last_directory)
- return;
+ return 0;
/*
* If we are just starting (last_directory is NULL), or last_directory
*/
string_list_append(&info->offsets,
info->last_directory)->util = (void*)offset;
- return;
+ return 0;
}
/*
*/
dir_info->is_null = 0;
dir_info->result.mode = S_IFDIR;
- write_tree(&dir_info->result.oid, &info->versions, offset,
- opt->repo->hash_algo->rawsz);
+ if (write_tree(&dir_info->result.oid, &info->versions, offset,
+ opt->repo->hash_algo->rawsz) < 0)
+ ret = -1;
}
/*
/* And, of course, we need to update last_directory to match. */
info->last_directory = new_directory_name;
info->last_directory_len = strlen(info->last_directory);
+
+ return ret;
}
/* Per entry merge function */
-static void process_entry(struct merge_options *opt,
- const char *path,
- struct conflict_info *ci,
- struct directory_versions *dir_metadata)
+static int process_entry(struct merge_options *opt,
+ const char *path,
+ struct conflict_info *ci,
+ struct directory_versions *dir_metadata)
{
int df_file_index = 0;
record_entry_for_tree(dir_metadata, path, &ci->merged);
if (ci->filemask == 0)
/* nothing else to handle */
- return;
+ return 0;
assert(ci->df_conflict);
}
*/
if (ci->filemask == 1) {
ci->filemask = 0;
- return;
+ return 0;
}
/*
*/
df_file_index = (ci->dirmask & (1 << 1)) ? 2 : 1;
branch = (df_file_index == 1) ? opt->branch1 : opt->branch2;
- path = unique_path(&opt->priv->paths, path, branch);
+ path = unique_path(opt, path, branch);
strmap_put(&opt->priv->paths, path, new_ci);
- path_msg(opt, path, 0,
+ path_msg(opt, CONFLICT_FILE_DIRECTORY, 0,
+ path, old_path, NULL, NULL,
_("CONFLICT (file/directory): directory in the way "
"of %s from %s; moving it to %s instead."),
old_path, branch, path);
rename_b = 1;
}
+ if (rename_a)
+ a_path = unique_path(opt, path, opt->branch1);
+ if (rename_b)
+ b_path = unique_path(opt, path, opt->branch2);
+
if (rename_a && rename_b) {
- path_msg(opt, path, 0,
+ path_msg(opt, CONFLICT_DISTINCT_MODES, 0,
+ path, a_path, b_path, NULL,
_("CONFLICT (distinct types): %s had "
"different types on each side; "
"renamed both of them so each can "
"be recorded somewhere."),
path);
} else {
- path_msg(opt, path, 0,
+ path_msg(opt, CONFLICT_DISTINCT_MODES, 0,
+ path, rename_a ? a_path : b_path,
+ NULL, NULL,
_("CONFLICT (distinct types): %s had "
"different types on each side; "
"renamed one of them so each can be "
/* Insert entries into opt->priv_paths */
assert(rename_a || rename_b);
- if (rename_a) {
- a_path = unique_path(&opt->priv->paths,
- path, opt->branch1);
+ if (rename_a)
strmap_put(&opt->priv->paths, a_path, ci);
- }
- if (rename_b)
- b_path = unique_path(&opt->priv->paths,
- path, opt->branch2);
- else
+ if (!rename_b)
b_path = path;
strmap_put(&opt->priv->paths, b_path, new_ci);
} else if (ci->filemask >= 6) {
/* Need a two-way or three-way content merge */
struct version_info merged_file;
- unsigned clean_merge;
+ int clean_merge;
struct version_info *o = &ci->stages[0];
struct version_info *a = &ci->stages[1];
struct version_info *b = &ci->stages[2];
ci->pathnames,
opt->priv->call_depth * 2,
&merged_file);
+ if (clean_merge < 0)
+ return -1;
ci->merged.clean = clean_merge &&
!ci->df_conflict && !ci->path_conflict;
ci->merged.result.mode = merged_file.mode;
reason = _("add/add");
if (S_ISGITLINK(merged_file.mode))
reason = _("submodule");
- path_msg(opt, path, 0,
+ path_msg(opt, CONFLICT_CONTENTS, 0,
+ path, NULL, NULL, NULL,
_("CONFLICT (%s): Merge conflict in %s"),
reason, path);
}
if (opt->renormalize &&
blob_unchanged(opt, &ci->stages[0], &ci->stages[side],
path)) {
- ci->merged.is_null = 1;
- ci->merged.clean = 1;
- assert(!ci->df_conflict && !ci->path_conflict);
+ if (!ci->path_conflict) {
+ /*
+ * Blob unchanged after renormalization, so
+ * there's no modify/delete conflict after all;
+ * we can just remove the file.
+ */
+ ci->merged.is_null = 1;
+ ci->merged.clean = 1;
+ /*
+ * file goes away => even if there was a
+ * directory/file conflict there isn't one now.
+ */
+ ci->df_conflict = 0;
+ } else {
+ /* rename/delete, so conflict remains */
+ }
} else if (ci->path_conflict &&
oideq(&ci->stages[0].oid, &ci->stages[side].oid)) {
/*
* since the contents were not modified.
*/
} else {
- path_msg(opt, path, 0,
+ path_msg(opt, CONFLICT_MODIFY_DELETE, 0,
+ path, NULL, NULL, NULL,
_("CONFLICT (modify/delete): %s deleted in %s "
"and modified in %s. Version %s of %s left "
"in tree."),
/* Record metadata for ci->merged in dir_metadata */
record_entry_for_tree(dir_metadata, path, &ci->merged);
+ return 0;
}
static void prefetch_for_content_merges(struct merge_options *opt,
oid_array_clear(&to_fetch);
}
-static void process_entries(struct merge_options *opt,
- struct object_id *result_oid)
+static int process_entries(struct merge_options *opt,
+ struct object_id *result_oid)
{
struct hashmap_iter iter;
struct strmap_entry *e;
struct directory_versions dir_metadata = { STRING_LIST_INIT_NODUP,
STRING_LIST_INIT_NODUP,
NULL, 0 };
+ int ret = 0;
trace2_region_enter("merge", "process_entries setup", opt->repo);
if (strmap_empty(&opt->priv->paths)) {
oidcpy(result_oid, opt->repo->hash_algo->empty_tree);
- return;
+ return 0;
}
/* Hack to pre-allocate plist to the desired size */
*/
struct merged_info *mi = entry->util;
- write_completed_directory(opt, mi->directory_name,
- &dir_metadata);
+ if (write_completed_directory(opt, mi->directory_name,
+ &dir_metadata) < 0) {
+ ret = -1;
+ goto cleanup;
+ }
if (mi->clean)
record_entry_for_tree(&dir_metadata, path, mi);
else {
struct conflict_info *ci = (struct conflict_info *)mi;
- process_entry(opt, path, ci, &dir_metadata);
+ if (process_entry(opt, path, ci, &dir_metadata) < 0) {
+ ret = -1;
+ goto cleanup;
+ };
}
}
trace2_region_leave("merge", "processing", opt->repo);
trace2_region_enter("merge", "process_entries cleanup", opt->repo);
if (dir_metadata.offsets.nr != 1 ||
(uintptr_t)dir_metadata.offsets.items[0].util != 0) {
- printf("dir_metadata.offsets.nr = %d (should be 1)\n",
- dir_metadata.offsets.nr);
+ printf("dir_metadata.offsets.nr = %"PRIuMAX" (should be 1)\n",
+ (uintmax_t)dir_metadata.offsets.nr);
printf("dir_metadata.offsets.items[0].util = %u (should be 0)\n",
(unsigned)(uintptr_t)dir_metadata.offsets.items[0].util);
fflush(stdout);
BUG("dir_metadata accounting completely off; shouldn't happen");
}
- write_tree(result_oid, &dir_metadata.versions, 0,
- opt->repo->hash_algo->rawsz);
+ if (write_tree(result_oid, &dir_metadata.versions, 0,
+ opt->repo->hash_algo->rawsz) < 0)
+ ret = -1;
+cleanup:
string_list_clear(&plist, 0);
string_list_clear(&dir_metadata.versions, 0);
string_list_clear(&dir_metadata.offsets, 0);
trace2_region_leave("merge", "process_entries cleanup", opt->repo);
+
+ return ret;
}
/*** Function Grouping: functions related to merge_switch_to_result() ***/
* the CE_SKIP_WORKTREE bit and manually write those
* files to the working disk here.
*/
- if (ce_skip_worktree(ce)) {
- struct stat st;
-
- if (!lstat(path, &st)) {
- char *new_name = unique_path(&opt->priv->paths,
- path,
- "cruft");
-
- path_msg(opt, path, 1,
- _("Note: %s not up to date and in way of checking out conflicted version; old copy renamed to %s"),
- path, new_name);
- errs |= rename(path, new_name);
- free(new_name);
- }
+ if (ce_skip_worktree(ce))
errs |= checkout_entry(ce, &state, NULL, NULL);
- }
/*
* Mark this cache entry for removal and instead add
return errs;
}
+static void print_submodule_conflict_suggestion(struct string_list *csub) {
+ struct string_list_item *item;
+ struct strbuf msg = STRBUF_INIT;
+ struct strbuf tmp = STRBUF_INIT;
+ struct strbuf subs = STRBUF_INIT;
+
+ if (!csub->nr)
+ return;
+
+ strbuf_add_separated_string_list(&subs, " ", csub);
+ for_each_string_list_item(item, csub) {
+ struct conflicted_submodule_item *util = item->util;
+
+ /*
+ * NEEDSWORK: The steps to resolve these errors deserve a more
+ * detailed explanation than what is currently printed below.
+ */
+ if (util->flag == CONFLICT_SUBMODULE_NOT_INITIALIZED ||
+ util->flag == CONFLICT_SUBMODULE_HISTORY_NOT_AVAILABLE)
+ continue;
+
+ /*
+ * TRANSLATORS: This is a line of advice to resolve a merge
+ * conflict in a submodule. The first argument is the submodule
+ * name, and the second argument is the abbreviated id of the
+ * commit that needs to be merged. For example:
+ * - go to submodule (mysubmodule), and either merge commit abc1234"
+ */
+ strbuf_addf(&tmp, _(" - go to submodule (%s), and either merge commit %s\n"
+ " or update to an existing commit which has merged those changes\n"),
+ item->string, util->abbrev);
+ }
+
+ /*
+ * TRANSLATORS: This is a detailed message for resolving submodule
+ * conflicts. The first argument is string containing one step per
+ * submodule. The second is a space-separated list of submodule names.
+ */
+ strbuf_addf(&msg,
+ _("Recursive merging with submodules currently only supports trivial cases.\n"
+ "Please manually handle the merging of each conflicted submodule.\n"
+ "This can be accomplished with the following steps:\n"
+ "%s"
+ " - come back to superproject and run:\n\n"
+ " git add %s\n\n"
+ " to record the above merge or update\n"
+ " - resolve any other conflicts in the superproject\n"
+ " - commit the resulting index in the superproject\n"),
+ tmp.buf, subs.buf);
+
+ printf("%s", msg.buf);
+
+ strbuf_release(&subs);
+ strbuf_release(&tmp);
+ strbuf_release(&msg);
+}
+
+void merge_display_update_messages(struct merge_options *opt,
+ int detailed,
+ struct merge_result *result)
+{
+ struct merge_options_internal *opti = result->priv;
+ struct hashmap_iter iter;
+ struct strmap_entry *e;
+ struct string_list olist = STRING_LIST_INIT_NODUP;
+
+ if (opt->record_conflict_msgs_as_headers)
+ BUG("Either display conflict messages or record them as headers, not both");
+
+ trace2_region_enter("merge", "display messages", opt->repo);
+
+ /* Hack to pre-allocate olist to the desired size */
+ ALLOC_GROW(olist.items, strmap_get_size(&opti->conflicts),
+ olist.alloc);
+
+ /* Put every entry from output into olist, then sort */
+ strmap_for_each_entry(&opti->conflicts, &iter, e) {
+ string_list_append(&olist, e->key)->util = e->value;
+ }
+ string_list_sort(&olist);
+
+ /* Iterate over the items, printing them */
+ for (int path_nr = 0; path_nr < olist.nr; ++path_nr) {
+ struct string_list *conflicts = olist.items[path_nr].util;
+ for (int i = 0; i < conflicts->nr; i++) {
+ struct logical_conflict_info *info =
+ conflicts->items[i].util;
+
+ if (detailed) {
+ printf("%lu", (unsigned long)info->paths.nr);
+ putchar('\0');
+ for (int n = 0; n < info->paths.nr; n++) {
+ fputs(info->paths.v[n], stdout);
+ putchar('\0');
+ }
+ fputs(type_short_descriptions[info->type],
+ stdout);
+ putchar('\0');
+ }
+ puts(conflicts->items[i].string);
+ if (detailed)
+ putchar('\0');
+ }
+ }
+ string_list_clear(&olist, 0);
+
+ print_submodule_conflict_suggestion(&opti->conflicted_submodules);
+
+ /* Also include needed rename limit adjustment now */
+ diff_warn_rename_limit("merge.renamelimit",
+ opti->renames.needed_limit, 0);
+
+ trace2_region_leave("merge", "display messages", opt->repo);
+}
+
+void merge_get_conflicted_files(struct merge_result *result,
+ struct string_list *conflicted_files)
+{
+ struct hashmap_iter iter;
+ struct strmap_entry *e;
+ struct merge_options_internal *opti = result->priv;
+
+ strmap_for_each_entry(&opti->conflicted, &iter, e) {
+ const char *path = e->key;
+ struct conflict_info *ci = e->value;
+ int i;
+
+ VERIFY_CI(ci);
+
+ for (i = MERGE_BASE; i <= MERGE_SIDE2; i++) {
+ struct stage_info *si;
+
+ if (!(ci->filemask & (1ul << i)))
+ continue;
+
+ si = xmalloc(sizeof(*si));
+ si->stage = i+1;
+ si->mode = ci->stages[i].mode;
+ oidcpy(&si->oid, &ci->stages[i].oid);
+ string_list_append(conflicted_files, path)->util = si;
+ }
+ }
+ /* string_list_sort() uses a stable sort, so we're good */
+ string_list_sort(conflicted_files);
+}
+
void merge_switch_to_result(struct merge_options *opt,
struct tree *head,
struct merge_result *result,
if (checkout(opt, head, result->tree)) {
/* failure to function */
result->clean = -1;
+ merge_finalize(opt, result);
+ trace2_region_leave("merge", "checkout", opt->repo);
return;
}
trace2_region_leave("merge", "checkout", opt->repo);
/* failure to function */
opt->priv = NULL;
result->clean = -1;
+ merge_finalize(opt, result);
+ trace2_region_leave("merge", "record_conflicted",
+ opt->repo);
return;
}
opt->priv = NULL;
fclose(fp);
trace2_region_leave("merge", "write_auto_merge", opt->repo);
}
-
- if (display_update_msgs) {
- struct merge_options_internal *opti = result->priv;
- struct hashmap_iter iter;
- struct strmap_entry *e;
- struct string_list olist = STRING_LIST_INIT_NODUP;
- int i;
-
- trace2_region_enter("merge", "display messages", opt->repo);
-
- /* Hack to pre-allocate olist to the desired size */
- ALLOC_GROW(olist.items, strmap_get_size(&opti->output),
- olist.alloc);
-
- /* Put every entry from output into olist, then sort */
- strmap_for_each_entry(&opti->output, &iter, e) {
- string_list_append(&olist, e->key)->util = e->value;
- }
- string_list_sort(&olist);
-
- /* Iterate over the items, printing them */
- for (i = 0; i < olist.nr; ++i) {
- struct strbuf *sb = olist.items[i].util;
-
- printf("%s", sb->buf);
- }
- string_list_clear(&olist, 0);
-
- /* Also include needed rename limit adjustment now */
- diff_warn_rename_limit("merge.renamelimit",
- opti->renames.needed_limit, 0);
-
- trace2_region_leave("merge", "display messages", opt->repo);
- }
+ if (display_update_msgs)
+ merge_display_update_messages(opt, /* detailed */ 0, result);
merge_finalize(opt, result);
}
assert(opt->recursive_variant >= MERGE_VARIANT_NORMAL &&
opt->recursive_variant <= MERGE_VARIANT_THEIRS);
+ if (opt->msg_header_prefix)
+ assert(opt->record_conflict_msgs_as_headers);
+
/*
* detect_renames, verbosity, buffer_output, and obuf are ignored
* fields that were used by "recursive" rather than "ort" -- but
trace2_region_enter("merge", "allocate/init", opt->repo);
if (opt->priv) {
clear_or_reinit_internal_opts(opt->priv, 1);
+ string_list_init_nodup(&opt->priv->conflicted_submodules);
trace2_region_leave("merge", "allocate/init", opt->repo);
return;
}
strmap_init_with_options(&opt->priv->conflicted, pool, 0);
/*
- * keys & strbufs in output will sometimes need to outlive "paths",
- * so it will have a copy of relevant keys. It's probably a small
- * subset of the overall paths that have special output.
+ * keys & string_lists in conflicts will sometimes need to outlive
+ * "paths", so it will have a copy of relevant keys. It's probably
+ * a small subset of the overall paths that have special output.
*/
- strmap_init(&opt->priv->output);
+ strmap_init(&opt->priv->conflicts);
trace2_region_leave("merge", "allocate/init", opt->repo);
}
}
trace2_region_enter("merge", "process_entries", opt->repo);
- process_entries(opt, &working_tree_oid);
+ if (process_entries(opt, &working_tree_oid) < 0)
+ result->clean = -1;
trace2_region_leave("merge", "process_entries", opt->repo);
/* Set return values */
- result->tree = parse_tree_indirect(&working_tree_oid);
- /* existence of conflicted entries implies unclean */
- result->clean &= strmap_empty(&opt->priv->conflicted);
+ result->path_messages = &opt->priv->conflicts;
+
+ if (result->clean >= 0) {
+ result->tree = parse_tree_indirect(&working_tree_oid);
+ /* existence of conflicted entries implies unclean */
+ result->clean &= strmap_empty(&opt->priv->conflicted);
+ }
if (!opt->priv->call_depth) {
result->priv = opt->priv;
result->_properly_initialized = RESULT_INITIALIZED;
struct commit *h2,
struct merge_result *result)
{
- struct commit_list *iter;
+ struct commit *next;
struct commit *merged_merge_bases;
const char *ancestor_name;
struct strbuf merge_base_abbrev = STRBUF_INIT;
}
merged_merge_bases = pop_commit(&merge_bases);
- if (merged_merge_bases == NULL) {
+ if (!merged_merge_bases) {
/* if there is no common ancestor, use an empty tree */
struct tree *tree;
ancestor_name = merge_base_abbrev.buf;
}
- for (iter = merge_bases; iter; iter = iter->next) {
+ for (next = pop_commit(&merge_bases); next;
+ next = pop_commit(&merge_bases)) {
const char *saved_b1, *saved_b2;
struct commit *prev = merged_merge_bases;
saved_b2 = opt->branch2;
opt->branch1 = "Temporary merge branch 1";
opt->branch2 = "Temporary merge branch 2";
- merge_ort_internal(opt, NULL, prev, iter->item, result);
+ merge_ort_internal(opt, NULL, prev, next, result);
if (result->clean < 0)
return;
opt->branch1 = saved_b1;
result->tree,
"merged tree");
commit_list_insert(prev, &merged_merge_bases->parents);
- commit_list_insert(iter->item,
- &merged_merge_bases->parents->next);
+ commit_list_insert(next, &merged_merge_bases->parents->next);
clear_or_reinit_internal_opts(opt->priv, 1);
}
projects / thirdparty / git.git / blobdiff