/*
* After the safety valve is fully redefined to "check with
* upstream, if any, otherwise with HEAD", we should just
- * return the result of the in_merge_bases() above without
+ * return the result of the repo_in_merge_bases() above without
* any of the following code, but during the transition period,
* a gentle reminder is in order.
*/
return;
/*
- * Using format_commit_message("%B") would be simpler here, but
+ * Using repo_format_commit_message("%B") would be simpler here, but
* this saves us copying the message.
*/
commit_buffer = repo_logmsg_reencode(the_repository, commit, NULL,
/*
* Bulk prefetch all missing cache entries that are not GITLINKs and that match
* the given predicate. This function should only be called if
- * has_promisor_remote() returns true.
+ * repo_has_promisor_remote() returns true.
*/
typedef int (*must_prefetch_predicate)(const struct cache_entry *);
void prefetch_cache_entries(const struct index_state *istate,
* terminated.
*
* The non-`_r` version returns a static buffer which remains valid until 4
- * more calls to find_unique_abbrev are made.
+ * more calls to repo_find_unique_abbrev are made.
*
* The `_r` variant writes to a buffer supplied by the caller, which must be at
* least `GIT_MAX_HEXSZ + 1` bytes. The return value is the number of bytes
/*
* Get the commit's object contents, either from cache or by reading the object
* from disk. The resulting memory should not be modified, and must be given
- * to unuse_commit_buffer when the caller is done.
+ * to repo_unuse_commit_buffer when the caller is done.
*/
const void *repo_get_commit_buffer(struct repository *r,
const struct commit *,
/*
* Tell the commit subsystem that we are done with a particular commit buffer.
* The commit and buffer should be the input and return value, respectively,
- * from an earlier call to get_commit_buffer. The buffer may or may not be
+ * from an earlier call to repo_get_commit_buffer. The buffer may or may not be
* freed by this call; callers should not access the memory afterwards.
*/
void repo_unuse_commit_buffer(struct repository *r,
#define DIFF_STATUS_FILTER_BROKEN 'B'
/*
- * This is different from find_unique_abbrev() in that
+ * This is different from repo_find_unique_abbrev() in that
* it stuffs the result with dots for alignment.
*/
const char *diff_aligned_abbrev(const struct object_id *sha1, int);
/*
* This is meant to hold a *small* number of objects that you would
- * want read_object_file() to be able to return, but yet you do not want
+ * want repo_read_object_file() to be able to return, but yet you do not want
* to write them into the object store (e.g. a browse-only
* application).
*/
/*
* A fast, rough count of the number of objects in the repository.
* These two fields are not meant for direct access. Use
- * approximate_object_count() instead.
+ * repo_approximate_object_count() instead.
*/
unsigned long approximate_object_count;
unsigned approximate_object_count_valid : 1;
/*
* Enabling the object read lock allows multiple threads to safely call the
- * following functions in parallel: repo_read_object_file(), read_object_file(),
+ * following functions in parallel: repo_read_object_file(),
* read_object_with_reference(), oid_object_info() and oid_object_info_extended().
*
* obj_read_lock() and obj_read_unlock() may also be used to protect other
* Otherwise, we still want to munge the encoding header in the
* result, which will be done by modifying the buffer. If we
* are using a fresh copy, we can reuse it. But if we are using
- * the cached copy from get_commit_buffer, we need to duplicate it
+ * the cached copy from repo_get_commit_buffer, we need to duplicate it
* to avoid munging the cached copy.
*/
if (msg == get_cached_commit_buffer(r, commit, NULL))
return NULL;
/*
- * dwim_ref() uses REF_ISBROKEN to distinguish between
+ * repo_dwim_ref() uses REF_ISBROKEN to distinguish between
* missing refs and refs that were present but invalid,
* to complain about the latter to stderr.
*
/*
* If head_commit is NULL, check_commit, called from
* lookup_commit, would have indicated that head_commit is not
- * a commit object already. parse_commit() will return failure
+ * a commit object already. repo_parse_commit() will return failure
* without further complaints in such a case. Otherwise, if
- * the commit is invalid, parse_commit() will complain. So
+ * the commit is invalid, repo_parse_commit() will complain. So
* there is nothing for us to say here. Just return failure.
*/
if (repo_parse_commit(the_repository, head_commit))
* For "uninteresting" commits, i.e. commits that are not to be
* rebased, and which can therefore not be labeled, we use a unique
* abbreviation of the commit name. This is slightly more complicated
- * than calling find_unique_abbrev() because we also need to make
+ * than calling repo_find_unique_abbrev() because we also need to make
* sure that the abbreviation does not conflict with any other
* label.
*
void strbuf_list_free(struct strbuf **list);
/**
- * Add the abbreviation, as generated by find_unique_abbrev, of `sha1` to
+ * Add the abbreviation, as generated by repo_find_unique_abbrev(), of `sha1` to
* the strbuf `sb`.
*/
struct repository;
/*
* Copy "name" to "sb", expanding any special @-marks as handled by
- * interpret_branch_name(). The result is a non-qualified branch name
+ * repo_interpret_branch_name(). The result is a non-qualified branch name
* (so "foo" or "origin/master" instead of "refs/heads/foo" or
* "refs/remotes/origin/master").
*
* Note that the resulting name may not be a syntactically valid refname.
*
* If "allowed" is non-zero, restrict the set of allowed expansions. See
- * interpret_branch_name() for details.
+ * repo_interpret_branch_name() for details.
*/
void strbuf_branchname(struct strbuf *sb, const char *name,
unsigned allowed);
projects / thirdparty / git.git / commitdiff
