void mlog_load(char *fname)
{
char *group_index, *group_level;
char *name, *value, *logname;
int n, default_level;
inip_file_t *fd;
inip_group_t *g;
inip_element_t *ele;
if (_log_lock == NULL) _log_init();
group_index = "log_index";
group_level = "log_level";
//** Open the file
fd = inip_read(fname);
if (fd == NULL) {
log_printf(0, "Error loading module definitions! fname=%s\n", fname);
return;
}
default_level = inip_get_integer(fd, group_level, "default", 0);
//printf("mlog_load: inital ll=%d\n", _log_level);
_log_level = inip_get_integer(fd, group_level, "start_level", _log_level);
//printf("mlog_load: new ll=%d\n", _log_level);
for (n=0; n<_mlog_size; n++) _mlog_table[n] = default_level;
logname = inip_get_string(fd, group_level, "output", "stdout");
open_log(logname);
_log_maxsize = inip_get_integer(fd, group_level, "size", 100*1024*1024);
//** Load the mappings
g = inip_find_group(fd, group_index);
if (g == NULL) {
log_printf(1, "Missing %s group!\n", group_index);
inip_destroy(fd);
return;
}
ele = inip_first_element(g);
while (ele != NULL) {
name = inip_get_element_key(ele);
value = inip_get_element_value(ele);
n = (value != NULL) ? atoi(value) : -1;
if ((n>=0) && (n<_mlog_size)) {
_mlog_file_table[n] = strdup(name);
_mlog_table[n] = inip_get_integer(fd, group_level, name, _mlog_table[n]);
//printf("mlog_load: mi=%d key=%s val=%d\n", n, name, _mlog_table[n]);
} else {
log_printf(0, "Invalid index: %s=%d should be between 0..%d! Skipping option\n", name, n, _mlog_size);
}
//** Move to the next segmnet to load
ele = inip_next_element(ele);
}
inip_destroy(fd);
}
rs_space_t rs_space(char *config)
{
inip_file_t *fd;
inip_group_t *grp;
inip_element_t *ele;
char *key, *value;
int64_t nfree, nused, ntotal;
int status;
rs_space_t space;
memset(&space, 0, sizeof(space));
if (config == NULL) return(space);
fd = inip_read_text(config); assert(fd);
grp = inip_first_group(fd);
while (grp != NULL) {
key = inip_get_group(grp);
if (strcmp("rid", key) == 0) { //** Found a resource
space.n_rids_total++;
ele = inip_first_element(grp);
status = nfree = nused = ntotal = 0;
while (ele != NULL) {
key = inip_get_element_key(ele);
value = inip_get_element_value(ele);
if (strcmp(key, "space_free") == 0) { //** Space free
nfree = string_get_integer(value);
if (nfree > 0) space.n_rids_free++;
} else if (strcmp(key, "space_used") == 0) { //** Space used
nused = string_get_integer(value);
} else if (strcmp(key, "space_total") == 0) { //** total space
ntotal = string_get_integer(value);
} else if (strcmp(key, "status") == 0) { //** Status
status = string_get_integer(value);
if ((status >= 0) && (status<=2)) {
space.n_rids_status[status]++;
}
}
ele = inip_next_element(ele);
}
//** Always add it to the totals
space.used_total += nused;
space.free_total += nfree;
space.total_total += ntotal;
//** If up add it to the available space
if (status == RS_STATUS_UP) {
space.used_up += nused;
space.free_up += nfree;
space.total_up += ntotal;
}
}
grp = inip_next_group(grp);
}
inip_destroy(fd);
return(space);
}