sizeof(*sort_sequence->specs));
for (i = 0; i<sort_sequence->num_specs; i++)
sort_sequence->specs[i] = 0;
-
+
rpn_get_top_approx_limit(zh, rpn->RPNStructure, &sset->approx_limit);
res = rpn_search_top(zh, rpn->RPNStructure, rpn->attributeSetId,
zebraSet->locked = 1;
zebraSet->rpn = 0;
zebraSet->nmem = m;
- zebraSet->rset_nmem = nmem_create();
+ zebraSet->rset_nmem = nmem_create();
zebraSet->num_bases = num_bases;
- zebraSet->basenames =
+ zebraSet->basenames =
nmem_malloc(zebraSet->nmem, num_bases * sizeof(*zebraSet->basenames));
for (i = 0; i<num_bases; i++)
zebraSet->basenames[i] = nmem_strdup(zebraSet->nmem, basenames[i]);
}
void resultSetAddTerm(ZebraHandle zh, ZebraSet s, int reg_type,
- const char *db, const char *index_name,
+ const char *db, const char *index_name,
const char *term)
{
assert(zh); /* compiler shut up */
int i;
s->term_entries_max = 1000;
s->term_entries =
- nmem_malloc(s->nmem, s->term_entries_max *
+ nmem_malloc(s->nmem, s->term_entries_max *
sizeof(*s->term_entries));
for (i = 0; i < s->term_entries_max; i++)
s->term_entries[i].term = 0;
for (s = zh->sets; s; s = s->next)
if (!strcmp(s->name, name))
break;
-
+
if (!log_level_set)
loglevels();
if (s)
void resultSetInvalidate(ZebraHandle zh)
{
ZebraSet s = zh->sets;
-
+
yaz_log(log_level_resultsets, "invalidating result sets");
for (; s; s = s->next)
{
{
ZebraSet * ss = &zh->sets;
int i;
-
+
if (statuses)
for (i = 0; i<num; i++)
statuses[i] = Z_DeleteStatus_resultSetDidNotExist;
if (i < 0)
{
*ss = s->next;
-
+
xfree(s->sort_info->all_entries);
xfree(s->sort_info->entries);
xfree(s->sort_info);
-
+
if (s->nmem)
nmem_destroy(s->nmem);
if (s->rset)
}
ZebraMetaRecord *zebra_meta_records_create_range(ZebraHandle zh,
- const char *name,
+ const char *name,
zint start, int num)
{
zint pos_small[10];
if (num > 10)
pos = xmalloc(sizeof(*pos) * num);
-
+
for (i = 0; i<num; i++)
pos[i] = start+i;
mr = zebra_meta_records_create(zh, name, num, pos);
-
+
if (num > 10)
xfree(pos);
return mr;
}
-ZebraMetaRecord *zebra_meta_records_create(ZebraHandle zh, const char *name,
+ZebraMetaRecord *zebra_meta_records_create(ZebraHandle zh, const char *name,
int num, zint *positions)
{
ZebraSet sset;
if (sort_info)
{
zint position;
-
+
for (i = 0; i<num; i++)
{
position = positions[i];
zint psysno = 0;
RSFD rfd;
struct it_key key;
-
+
if (sort_info)
position = sort_info->num_entries;
while (num_i < num && positions[num_i] <= position)
num_i++;
-
+
if (sset->cache_rfd &&
num_i < num && positions[num_i] > sset->cache_position)
{
{
char *this_entry_buf = tmp_cmp_buf[i];
memset(this_entry_buf, '\0', SORT_IDX_ENTRYSIZE);
-
+
if (criteria[i].ord[database_no] != -1)
{
yaz_log(log_level_sort, "pre zebra_sort_type ord is %d",
for (j = 0; j<num_criteria; j++)
{
char *this_entry_buf = tmp_cmp_buf[j];
- char *other_entry_buf =
+ char *other_entry_buf =
cmp_buf[j] + i * SORT_IDX_ENTRYSIZE;
if (criteria[j].numerical[database_no])
{
zebra_term_untrans(zh, index_type, other_entry_org,
other_entry_buf);
diff = atof(this_entry_org) - atof(other_entry_org);
-
+
if (diff > 0.0)
rel = 1;
else if (diff < 0.0)
rel = memcmp(this_entry_buf, other_entry_buf,
SORT_IDX_ENTRYSIZE);
}
- /* when the compare is equal, continue to next criteria,
+ /* when the compare is equal, continue to next criteria,
else break out */
if (rel)
break;
- }
+ }
if (!rel)
break;
if (criteria[j].relation == 'A')
--j;
else
j = (sort_info->num_entries)++;
-
+
new_entry = sort_info->entries[j];
while (j != i)
{
nset->nmem = nmem_create();
nset->num_bases = rset->num_bases;
- nset->basenames =
+ nset->basenames =
nmem_malloc(nset->nmem, nset->num_bases * sizeof(*rset->basenames));
for (i = 0; i<rset->num_bases; i++)
nset->basenames[i] = nmem_strdup(nset->nmem, rset->basenames[i]);
TERMID *terms;
int numTerms = 0;
size_t sysno_mem_index = 0;
-
+
int numbases = zh->num_basenames;
yaz_log(log_level_sort, "searching %d databases",numbases);
{
Z_SortKeySpec *sks = sort_sequence->specs[i];
Z_SortKey *sk;
-
+
sort_criteria[i].ord = (int *)
nmem_malloc(nmem, sizeof(int)*numbases);
sort_criteria[i].numerical = (int *)
nmem_malloc(nmem, sizeof(int)*numbases);
-
+
/* initialize ord and numerical for each database */
for (ib = 0; ib < numbases; ib++)
{
{
zebra_setError(zh, YAZ_BIB1_SORT_ILLEGAL_SORT, 0);
return ZEBRA_FAIL;
- }
+ }
sk = sks->sortElement->u.generic;
switch (sk->which)
{
{
zebraExplain_curDatabase(zh->reg->zei, zh->basenames[ib]);
sort_criteria[i].numerical[ib] = 0;
- sort_criteria[i].ord[ib] =
+ sort_criteria[i].ord[ib] =
zebraExplain_lookup_attr_str(zh->reg->zei,
zinfo_index_category_sort,
0, sk->u.sortField);
zebraExplain_curDatabase(zh->reg->zei, zh->basenames[ib]);
if (zebra_sort_get_ord(zh, sk->u.sortAttributes,
&sort_criteria[i].ord[ib],
- &sort_criteria[i].numerical[ib]) !=
+ &sort_criteria[i].numerical[ib]) !=
ZEBRA_OK && sks->which != Z_SortKeySpec_null)
return ZEBRA_FAIL;
}
}
yaz_log(log_level_sort, ZINT_FORMAT " keys, " ZINT_FORMAT " sysnos, sort",
- kno, sset->hits);
+ kno, sset->hits);
for (i = 0; i < numTerms; i++)
yaz_log(log_level_sort, "term=\"%s\" type=%s count=" ZINT_FORMAT,
terms[i]->name, terms[i]->flags, terms[i]->rset->hits_count);
kno++;
if (log_level_searchhits)
key_logdump_txt(log_level_searchhits, &key, termid->name);
- if (this_sys != psysno)
+ if (this_sys != psysno)
{ /* new record .. */
if (!(rfd->counted_items & 255) && zh->break_handler_func)
{
TERMID *term_array = xmalloc(num_terms * sizeof(*term_array));
zint *hits_array = xmalloc(num_terms * sizeof(*hits_array));
int *approx_array = xmalloc(num_terms * sizeof(*approx_array));
-
+
trav_rset_for_termids(sset->rset, term_array,
hits_array, approx_array);
{
char *outbuf = termbuf;
size_t ret;
-
+
ret = yaz_iconv(zh->iconv_from_utf8, &inbuf, &inleft,
&outbuf, &outleft);
if (ret == (size_t)(-1))
*termlen = 0;
else
{
- yaz_iconv(zh->iconv_from_utf8, 0, 0,
+ yaz_iconv(zh->iconv_from_utf8, 0, 0,
&outbuf, &outleft);
*termlen = outbuf - termbuf;
}
NMEM nmem = nmem_create();
struct it_key key;
RSET rsets[2], rset_comb;
- RSET rset_temp = rset_create_temp(nmem, kc, kc->scope,
+ RSET rset_temp = rset_create_temp(nmem, kc, kc->scope,
res_get(zh->res, "setTmpDir"),0 );
-
+
TERMID termid;
RSFD rsfd = rset_open(rset_temp, RSETF_WRITE);
-
+
key.mem[0] = sysno;
key.mem[1] = 0;
key.mem[2] = 0;
rsets[0] = rset_temp;
rsets[1] = rset_dup(sset->rset);
-
+
rset_comb = rset_create_and(nmem, kc, kc->scope, 2, rsets);
rsfd = rset_open(rset_comb, RSETF_READ);
}
}
rset_close(rsfd);
-
+
rset_delete(rset_comb);
nmem_destroy(nmem);
kc->dec(kc);
return ZEBRA_OK;
}
-static ZEBRA_RES zebra_recid_to_sysno(ZebraHandle zh,
+static ZEBRA_RES zebra_recid_to_sysno(ZebraHandle zh,
const char **basenames, int num_bases,
zint recid,
zint *sysnos, int *no_sysnos)
ZEBRA_RES res = ZEBRA_OK;
int sysnos_offset = 0;
int i;
-
+
if (!zh->reg->isamb || !zh->m_segment_indexing)
{
if (sysnos_offset < *no_sysnos)
char ord_buf[32];
int ord_len = key_SU_encode(ord, ord_buf);
char *info;
-
+
ord_buf[ord_len] = '\0';
-
+
info = dict_lookup(zh->reg->dict, ord_buf);
if (info)
{
struct it_key key_until, key_found;
int i = 0;
int r;
-
+
memcpy(&isam_p, info+1, sizeof(ISAM_P));
-
+
pt = isamb_pp_open(zh->reg->isamb, isam_p, 2);
if (!pt)
res = ZEBRA_FAIL;
key_until.mem[i++] = 0; /* segment */
key_until.mem[i++] = 0;
key_until.len = i;
-
+
r = isamb_pp_forward(pt, &key_found, &key_until);
while (r && key_found.mem[0] == recid)
{
if (sysnos_offset < *no_sysnos)
- sysnos[sysnos_offset++] =
+ sysnos[sysnos_offset++] =
key_found.mem[key_found.len-1];
r = isamb_pp_read(pt, &key_found);
}
return res;
}
-ZEBRA_RES zebra_result_recid_to_sysno(ZebraHandle zh,
+ZEBRA_RES zebra_result_recid_to_sysno(ZebraHandle zh,
const char *setname,
zint recid,
zint *sysnos, int *no_sysnos)
rset_close(rfd);
*count = rset->hits_count;
}
-
+
/*
* Local variables:
projects / idzebra-moved-to-github.git / blobdiff