#ifndef FIND_H
#define FIND_H
#include "diskfile.h"
#define DEFAULT_SORT_ORDER "hkdlspbfw"
typedef struct find_result_s {
struct find_result_s *next;
char *timestamp; /* dump timestamp */
char *write_timestamp;
char *hostname;
char *diskname;
char *storage;
int storage_id;
char *pool;
int level;
char *label; /* holding filename for holding files */
off_t filenum;
char *status; /* status of the part */
char *dump_status; /* status of the dump; should be identical for all parts in dump */
char *message; /* reason for dump_status; should be identical for all parts in dump */
int partnum; /* -1 for holding files */
int totalparts; /* -1 for holding files */
double sec; /* may be 0.0 for older log files or holding files */
off_t bytes; /* may be 0 for older log files, can be compressed */
off_t kb; /* may be 0 for older log files, can be compressed */
off_t orig_kb; /* native size */
crc_t native_crc;
crc_t client_crc;
crc_t server_crc;
void *user_ptr;
} find_result_t;
/* Finds /all/ dumps still on a volume. If diskqp is not NULL, then dumps
* not matching any existing disklist entry will be added to diskqp and to
* the global disklist. If diskqp is NULL, disks not matching existing
* disklist entries will be skipped. See search_logfile below, which does
* the dirty work for find_dump. */
find_result_t *find_dump(disklist_t* diskqp, int added_todo);
/* Return a list of unqualified filenames of logfiles for active
* tapes. Filenames are relative to the logdir.
*
* @returns: dynamically allocated, null-terminated strv
*/
char **find_log(void);
GHashTable *hash_find_log(void);
void sort_find_result(char *sort_order, find_result_t **output_find);
void sort_find_result_with_storage(char *sort_order, char **storage_list, find_result_t **output_find);
void print_find_result(find_result_t *output_find);
void free_find_result(find_result_t **output_find);
find_result_t *dump_exist(find_result_t *output_find, char *hostname,
char *diskname, char *datestamp, int level);
find_result_t *dumps_match(find_result_t *output_find, char *hostname,
char *diskname, char *datestamp, char *level,
int ok);
find_result_t *dumps_match_dumpspecs(find_result_t *output_find,
GSList *dumpspecs,
int ok);
/* This function looks in a particular log.xxx file for dumps. Returns TRUE
* if something was found. This function also skips dumps whose disklist
* entries are not marked 'todo'.
* * output_find : Put found dumps here.
* * volume_label : If not NULL, restrict the search to
* dumps matching the given volume details.
* * log_datestamp : If not NULL, checks that this logfile is from this time.
* * logfile : Name of logfile in config dir.
* * dynamic_disklist : If not NULL, adds disks not already in the global
* disklist to the given disklist (and the global one).
* If dynamic_disklist is NULL, skips disks not in the
* global disklist.
*/
gboolean search_logfile(find_result_t **output_find, const char *volume_label,
const char *log_datestamp, const char *logfile,
disklist_t * dynamic_disklist, int added_todo);
/* return all dumps on holding disk; not really a search at all.
*
* * output_find : Put found dumps here.
* * dynamic_disklist : If not NULL, adds disks not already in the global
* disklist to the given disklist (and the global one).
* If dynamic_disklist is NULL, skips disks not in the
* global disklist.
*/
void search_holding_disk(
find_result_t **output_find,
disklist_t * dynamic_disklist,
int added_todo);
GHashTable *make_dump_hash(find_result_t *output_find);
void free_dump_hash(GHashTable *dump_hash);
find_result_t *dump_hash_exist(GHashTable *dump_hash, char *hostname, char *diskname,
char *datestamp, int level);
#endif /* !FIND_H */