13 void fsck_set_msg_type(struct fsck_options
*options
,
14 const char *msg_id
, const char *msg_type
);
15 void fsck_set_msg_types(struct fsck_options
*options
, const char *values
);
16 int is_valid_msg_type(const char *msg_id
, const char *msg_type
);
19 * callback function for fsck_walk
20 * type is the expected type of the object or OBJ_ANY
21 * the return value is:
23 * <0 error signaled and abort
24 * >0 error signaled and do not abort
26 typedef int (*fsck_walk_func
)(struct object
*obj
, int type
, void *data
, struct fsck_options
*options
);
28 /* callback for fsck_object, type is FSCK_ERROR or FSCK_WARN */
29 typedef int (*fsck_error
)(struct fsck_options
*o
,
30 const struct object_id
*oid
, enum object_type object_type
,
31 int msg_type
, const char *message
);
33 int fsck_error_function(struct fsck_options
*o
,
34 const struct object_id
*oid
, enum object_type object_type
,
35 int msg_type
, const char *message
);
39 fsck_error error_func
;
42 struct oidset skiplist
;
43 kh_oid_map_t
*object_names
;
46 #define FSCK_OPTIONS_DEFAULT { NULL, fsck_error_function, 0, NULL, OIDSET_INIT }
47 #define FSCK_OPTIONS_STRICT { NULL, fsck_error_function, 1, NULL, OIDSET_INIT }
49 /* descend in all linked child objects
50 * the return value is:
51 * -1 error in processing the object
52 * <0 return value of the callback, which lead to an abort
53 * >0 return value of the first signaled error >0 (in the case of no other errors)
56 int fsck_walk(struct object
*obj
, void *data
, struct fsck_options
*options
);
59 * Blob objects my pass a NULL data pointer, which indicates they are too large
60 * to fit in memory. All other types must pass a real buffer.
62 int fsck_object(struct object
*obj
, void *data
, unsigned long size
,
63 struct fsck_options
*options
);
65 void register_found_gitmodules(const struct object_id
*oid
);
68 * fsck a tag, and pass info about it back to the caller. This is
69 * exposed fsck_object() internals for git-mktag(1).
71 int fsck_tag_standalone(const struct object_id
*oid
, const char *buffer
,
72 unsigned long size
, struct fsck_options
*options
,
73 struct object_id
*tagged_oid
,
77 * Some fsck checks are context-dependent, and may end up queued; run this
78 * after completing all fsck_object() calls in order to resolve any remaining
81 int fsck_finish(struct fsck_options
*options
);
84 * Subsystem for storing human-readable names for each object.
86 * If fsck_enable_object_names() has not been called, all other functions are
89 * Use fsck_put_object_name() to seed initial names (e.g. from refnames); the
90 * fsck code will extend that while walking trees, etc.
92 * Use fsck_get_object_name() to get a single name (or NULL if none). Or the
93 * more convenient describe_object(), which always produces an output string
94 * with the oid combined with the name (if any). Note that the return value
95 * points to a rotating array of static buffers, and may be invalidated by a
98 void fsck_enable_object_names(struct fsck_options
*options
);
99 const char *fsck_get_object_name(struct fsck_options
*options
,
100 const struct object_id
*oid
);
101 __attribute__((format (printf
,3,4)))
102 void fsck_put_object_name(struct fsck_options
*options
,
103 const struct object_id
*oid
,
104 const char *fmt
, ...);
105 const char *fsck_describe_object(struct fsck_options
*options
,
106 const struct object_id
*oid
);
109 * git_config() callback for use by fsck-y tools that want to support
110 * fsck.<msg> fsck.skipList etc.
112 int fsck_config_internal(const char *var
, const char *value
, void *cb
,
113 struct fsck_options
*options
);