-/* $Id: zinfo.c,v 1.78 2007-04-16 08:44:32 adam Exp $
- Copyright (C) 1995-2007
- Index Data ApS
-
-This file is part of the Zebra server.
+/* This file is part of the Zebra server.
+ Copyright (C) Index Data
Zebra is free software; you can redistribute it and/or modify it under
the terms of the GNU General Public License as published by the Free
*/
+#if HAVE_CONFIG_H
+#include <config.h>
+#endif
#include <sys/types.h>
#include <assert.h>
#include <stdlib.h>
#define ZINFO_DEBUG 0
struct zebSUInfo {
- int index_type;
+ char *index_type;
zinfo_index_category_t cat;
-#define ZEB_SU_SET_USE 1
-#define ZEB_SU_STR 2
- int which;
- union {
- char *str;
- } u;
+ char *str;
int ordinal;
zint doc_occurrences;
zint term_occurrences;
if (!rec)
return 0;
*sysno = rec->sysno;
-
+
rec->info[recInfo_fileType] =
rec_strdup("grs.sgml", &rec->size[recInfo_fileType]);
rec->info[recInfo_databaseName] =
rec_strdup("IR-Explain-1",
- &rec->size[recInfo_databaseName]);
+ &rec->size[recInfo_databaseName]);
}
return rec;
}
nmem_destroy(zei->nmem);
}
-void zebraExplain_mergeOids (ZebraExplainInfo zei, data1_node *n,
+void zebraExplain_mergeOids(ZebraExplainInfo zei, data1_node *n,
zebAccessObject *op)
{
data1_node *np;
len = 63;
memcpy(str, np->child->u.data.data, len);
str[len] = '\0';
-
+
oid = odr_getoidbystr_nmem(zei->nmem, str);
for (ao = *op; ao; ao = ao->next)
zebAccessInfo *accessInfo)
{
data1_node *np;
-
+
if (!n)
{
*accessInfo = (zebAccessInfo)
zei->records = records;
zei->nmem = nmem;
zei->dh = dh;
-
- data1_get_absyn (zei->dh, "explain", DATA1_XPATH_INDEXING_DISABLE);
+
+ data1_get_absyn(zei->dh, "explain", DATA1_XPATH_INDEXING_DISABLE);
zei->attsets = 0;
zei->res = res;
node_aid = np2->child;
}
assert(node_id && node_name && node_aid);
-
- *zdip =(struct zebDatabaseInfoB *)
+
+ *zdip =(struct zebDatabaseInfoB *)
nmem_malloc(zei->nmem, sizeof(**zdip));
(*zdip)->readFlag = 1;
(*zdip)->dirty = 0;
(*zdip)->data1_database = 0;
(*zdip)->recordCount = 0;
(*zdip)->recordBytes = 0;
- zebraExplain_mergeAccessInfo (zei, 0, &(*zdip)->accessInfo);
+ zebraExplain_mergeAccessInfo(zei, 0, &(*zdip)->accessInfo);
(*zdip)->databaseName = (char *)
- nmem_malloc (zei->nmem, 1+node_name->u.data.len);
+ nmem_malloc(zei->nmem, 1+node_name->u.data.len);
memcpy((*zdip)->databaseName, node_name->u.data.data,
node_name->u.data.len);
(*zdip)->databaseName[node_name->u.data.len] = '\0';
- (*zdip)->sysno = atoi_zn (node_id->u.data.data,
+ (*zdip)->sysno = atoi_zn(node_id->u.data.data,
node_id->u.data.len);
(*zdip)->attributeDetails = (zebAttributeDetails)
- nmem_malloc (zei->nmem, sizeof(*(*zdip)->attributeDetails));
- (*zdip)->attributeDetails->sysno = atoi_zn (node_aid->u.data.data,
+ nmem_malloc(zei->nmem, sizeof(*(*zdip)->attributeDetails));
+ (*zdip)->attributeDetails->sysno = atoi_zn(node_aid->u.data.data,
node_aid->u.data.len);
(*zdip)->attributeDetails->readFlag = 1;
(*zdip)->attributeDetails->dirty = 0;
np = data1_search_tag(zei->dh, node_zebra->child,
"ordinalSU");
np = np->child;
- assert (np && np->which == DATA1N_data);
+ assert(np && np->which == DATA1N_data);
zei->ordinalSU = atoi_n(np->u.data.data, np->u.data.len);
-
+
np = data1_search_tag(zei->dh, node_zebra->child,
"ordinalDatabase");
np = np->child;
- assert (np && np->which == DATA1N_data);
+ assert(np && np->which == DATA1N_data);
zei->ordinalDatabase = atoi_n(np->u.data.data, np->u.data.len);
np = data1_search_tag(zei->dh, node_zebra->child,
"runNumber");
np = np->child;
- assert (np && np->which == DATA1N_data);
+ assert(np && np->which == DATA1N_data);
zei->runNumber = atoi_zn(np->u.data.data, np->u.data.len);
yaz_log(YLOG_DEBUG, "read runnumber=" ZINT_FORMAT, zei->runNumber);
*zdip = 0;
rec_strdup("grs.sgml", &trec->size[recInfo_fileType]);
trec->info[recInfo_databaseName] =
rec_strdup("IR-Explain-1", &trec->size[recInfo_databaseName]);
-
+
sgml_buf = data1_nodetoidsgml(dh, zei->data1_target, 0, &sgml_len);
trec->info[recInfo_storeData] = (char *) xmalloc(sgml_len);
memcpy(trec->info[recInfo_storeData], sgml_buf, sgml_len);
trec->size[recInfo_storeData] = sgml_len;
-
+
rec_put(records, &trec);
rec_free(&trec);
}
-
+
zebraExplain_newDatabase(zei, "IR-Explain-1", 0);
-
+
if (!zei->categoryList->dirty)
{
struct zebraCategoryListInfo *zcl = zei->categoryList;
data1_node *node_cl;
-
+
zcl->dirty = 1;
zcl->data1_categoryList =
data1_read_sgml(zei->dh, zei->nmem,
"<explain><categoryList>CategoryList\n"
"</></>\n");
-
+
if (zcl->data1_categoryList)
{
node_cl = data1_search_tag(zei->dh, zcl->data1_categoryList,
struct zebSUInfoB **zsuip = &zad->SUInfo;
data1_node *node_adinfo, *node_zebra, *node_list, *np;
- assert (zad->sysno);
+ assert(zad->sysno);
rec = rec_get(zei->records, zad->sysno);
zad->data1_tree = read_sgml_rec(zei->dh, zei->nmem, rec);
nmem_malloc(zei->nmem, sizeof(**zsuip));
if (node_type && node_type->u.data.len > 0)
- (*zsuip)->info.index_type = node_type->u.data.data[0];
+ (*zsuip)->info.index_type =
+ nmem_strdupn(zei->nmem,
+ node_type->u.data.data,
+ node_type->u.data.len);
else
{
yaz_log(YLOG_WARN, "Missing attribute 'type' in attribute info");
- (*zsuip)->info.index_type = 'w';
+ (*zsuip)->info.index_type = "w";
}
if (node_cat && node_cat->u.data.len > 0)
{
cat = zinfo_index_category_index;
else if (!strncmp(np->u.data.data, "sort", np->u.data.len))
cat = zinfo_index_category_sort;
- else if (!strncmp(np->u.data.data, "alwaysmatches",
+ else if (!strncmp(np->u.data.data, "alwaysmatches",
np->u.data.len))
cat = zinfo_index_category_alwaysmatches;
- else if (!strncmp(np->u.data.data, "anchor",
+ else if (!strncmp(np->u.data.data, "anchor",
np->u.data.len))
cat = zinfo_index_category_anchor;
else
}
if (node_str)
{
- (*zsuip)->info.which = ZEB_SU_STR;
-
- (*zsuip)->info.u.str = nmem_strdupn(zei->nmem,
- node_str->u.data.data,
- node_str->u.data.len);
+ (*zsuip)->info.str = nmem_strdupn(zei->nmem,
+ node_str->u.data.data,
+ node_str->u.data.len);
}
else
{
yaz_log(YLOG_WARN, "Missing set/use/str in attribute info");
continue;
}
- (*zsuip)->info.ordinal = atoi_n (node_ordinal->u.data.data,
+ (*zsuip)->info.ordinal = atoi_n(node_ordinal->u.data.data,
node_ordinal->u.data.len);
zsuip = &(*zsuip)->next;
}
rec_free(&rec);
}
-static void zebraExplain_readDatabase (ZebraExplainInfo zei,
- struct zebDatabaseInfoB *zdi)
+static void zebraExplain_readDatabase(ZebraExplainInfo zei,
+ struct zebDatabaseInfoB *zdi)
{
Record rec;
data1_node *node_dbinfo, *node_zebra, *np;
- assert (zdi->sysno);
- rec = rec_get (zei->records, zdi->sysno);
+ assert(zdi->sysno);
+ rec = rec_get(zei->records, zdi->sysno);
+
+ zdi->data1_database = read_sgml_rec(zei->dh, zei->nmem, rec);
- zdi->data1_database = read_sgml_rec (zei->dh, zei->nmem, rec);
-
- node_dbinfo = data1_search_tag (zei->dh, zdi->data1_database,
+ node_dbinfo = data1_search_tag(zei->dh, zdi->data1_database,
"/databaseInfo");
- assert (node_dbinfo);
- zebraExplain_mergeAccessInfo (zei, node_dbinfo, &zdi->accessInfo);
+ assert(node_dbinfo);
+ zebraExplain_mergeAccessInfo(zei, node_dbinfo, &zdi->accessInfo);
- node_zebra = data1_search_tag (zei->dh, node_dbinfo->child,
+ node_zebra = data1_search_tag(zei->dh, node_dbinfo->child,
"zebraInfo");
if (node_zebra
- && (np = data1_search_tag (zei->dh, node_zebra->child,
- "recordBytes"))
+ && (np = data1_search_tag(zei->dh, node_zebra->child,
+ "recordBytes"))
&& np->child && np->child->which == DATA1N_data)
- zdi->recordBytes = atoi_zn (np->child->u.data.data,
+ zdi->recordBytes = atoi_zn(np->child->u.data.data,
np->child->u.data.len);
if (node_zebra
- && (np = data1_search_tag (zei->dh, node_zebra->child,
- "ordinalDatabase"))
+ && (np = data1_search_tag(zei->dh, node_zebra->child,
+ "ordinalDatabase"))
&& np->child && np->child->which == DATA1N_data)
zdi->ordinalDatabase = atoi_n(np->child->u.data.data,
np->child->u.data.len);
- if ((np = data1_search_tag (zei->dh, node_dbinfo->child,
+ if ((np = data1_search_tag(zei->dh, node_dbinfo->child,
"recordCount")) &&
- (np = data1_search_tag (zei->dh, np->child,
+ (np = data1_search_tag(zei->dh, np->child,
"recordCountActual")) &&
np->child->which == DATA1N_data)
{
- zdi->recordCount = atoi_zn (np->child->u.data.data,
+ zdi->recordCount = atoi_zn(np->child->u.data.data,
np->child->u.data.len);
}
zdi->readFlag = 0;
{
/* remove attribute details keys and delete it */
zebAttributeDetails zad = zdi->attributeDetails;
-
+
rec = rec_get(zei->records, zad->sysno);
(*zei->updateFunc)(zei->updateHandle, rec, 0);
- rec_free(&rec);
+ rec_del(zei->records, &rec);
}
/* remove database record keys and delete it */
- rec = rec_get (zei->records, zdi->sysno);
+ rec = rec_get(zei->records, zdi->sysno);
(*zei->updateFunc)(zei->updateHandle, rec, 0);
- rec_free(&rec);
+ rec_del(zei->records, &rec);
/* remove from list */
*zdip = zdi->next;
return -1;
}
-int zebraExplain_curDatabase (ZebraExplainInfo zei, const char *database)
+int zebraExplain_curDatabase(ZebraExplainInfo zei, const char *database)
{
struct zebDatabaseInfoB *zdi;
- const char *database_n = strrchr (database, '/');
+ const char *database_n = strrchr(database, '/');
if (database_n)
database_n++;
else
database_n = database;
-
- assert (zei);
+
+ assert(zei);
if (zei->curDatabaseInfo &&
- !STRCASECMP (zei->curDatabaseInfo->databaseName, database))
+ !STRCASECMP(zei->curDatabaseInfo->databaseName, database))
return 0;
for (zdi = zei->databaseInfo; zdi; zdi=zdi->next)
{
- if (!STRCASECMP (zdi->databaseName, database_n))
+ if (!STRCASECMP(zdi->databaseName, database_n))
break;
}
if (!zdi)
#if ZINFO_DEBUG
yaz_log(YLOG_LOG, "zebraExplain_readDatabase: %s", database);
#endif
- zebraExplain_readDatabase (zei, zdi);
+ zebraExplain_readDatabase(zei, zdi);
}
if (zdi->attributeDetails->readFlag)
{
#if ZINFO_DEBUG
yaz_log(YLOG_LOG, "zebraExplain_readAttributeDetails: %s", database);
#endif
- zebraExplain_readAttributeDetails (zei, zdi->attributeDetails);
+ zebraExplain_readAttributeDetails(zei, zdi->attributeDetails);
}
zei->curDatabaseInfo = zdi;
return 0;
}
-static void zebraExplain_initCommonInfo (ZebraExplainInfo zei, data1_node *n)
+static void zebraExplain_initCommonInfo(ZebraExplainInfo zei, data1_node *n)
{
- data1_node *c = data1_mk_tag (zei->dh, zei->nmem, "commonInfo", 0, n);
- data1_mk_tag_data_text (zei->dh, c, "dateAdded", zei->date, zei->nmem);
- data1_mk_tag_data_text (zei->dh, c, "dateChanged", zei->date, zei->nmem);
- data1_mk_tag_data_text (zei->dh, c, "languageCode", "EN", zei->nmem);
+ data1_node *c = data1_mk_tag(zei->dh, zei->nmem, "commonInfo", 0, n);
+ data1_mk_tag_data_text(zei->dh, c, "dateAdded", zei->date, zei->nmem);
+ data1_mk_tag_data_text(zei->dh, c, "dateChanged", zei->date, zei->nmem);
+ data1_mk_tag_data_text(zei->dh, c, "languageCode", "EN", zei->nmem);
}
-static void zebraExplain_updateCommonInfo (ZebraExplainInfo zei, data1_node *n)
+static void zebraExplain_updateCommonInfo(ZebraExplainInfo zei, data1_node *n)
{
- data1_node *c = data1_search_tag (zei->dh, n->child, "commonInfo");
- assert (c);
- data1_mk_tag_data_text_uni (zei->dh, c, "dateChanged", zei->date,
+ data1_node *c = data1_search_tag(zei->dh, n->child, "commonInfo");
+ assert(c);
+ data1_mk_tag_data_text_uni(zei->dh, c, "dateChanged", zei->date,
zei->nmem);
}
-static void zebraExplain_initAccessInfo (ZebraExplainInfo zei, data1_node *n)
+static void zebraExplain_initAccessInfo(ZebraExplainInfo zei, data1_node *n)
{
- data1_node *c = data1_mk_tag (zei->dh, zei->nmem, "accessInfo", 0, n);
- data1_node *d = data1_mk_tag (zei->dh, zei->nmem, "unitSystems", 0, c);
- data1_mk_tag_data_text (zei->dh, d, "string", "ISO", zei->nmem);
+ data1_node *c = data1_mk_tag(zei->dh, zei->nmem, "accessInfo", 0, n);
+ data1_node *d = data1_mk_tag(zei->dh, zei->nmem, "unitSystems", 0, c);
+ data1_mk_tag_data_text(zei->dh, d, "string", "ISO", zei->nmem);
}
-static void zebraExplain_updateAccessInfo (ZebraExplainInfo zei, data1_node *n,
+static void zebraExplain_updateAccessInfo(ZebraExplainInfo zei, data1_node *n,
zebAccessInfo accessInfo)
{
- data1_node *c = data1_search_tag (zei->dh, n->child, "accessInfo");
+ data1_node *c = data1_search_tag(zei->dh, n->child, "accessInfo");
data1_node *d;
zebAccessObject p;
-
+
if (!c)
{
- data1_pr_tree (zei->dh, n, stdout);
+ data1_pr_tree(zei->dh, n, stdout);
zebra_exit("zebraExplain_updateAccessInfo");
}
if ((p = accessInfo->attributeSetIds))
{
- d = data1_mk_tag_uni (zei->dh, zei->nmem, "attributeSetIds", c);
+ d = data1_mk_tag_uni(zei->dh, zei->nmem, "attributeSetIds", c);
for (; p; p = p->next)
- data1_mk_tag_data_oid (zei->dh, d, "oid", p->oid, zei->nmem);
+ data1_mk_tag_data_oid(zei->dh, d, "oid", p->oid, zei->nmem);
}
if ((p = accessInfo->schemas))
{
- d = data1_mk_tag_uni (zei->dh, zei->nmem, "schemas", c);
+ d = data1_mk_tag_uni(zei->dh, zei->nmem, "schemas", c);
for (; p; p = p->next)
- data1_mk_tag_data_oid (zei->dh, d, "oid", p->oid, zei->nmem);
+ data1_mk_tag_data_oid(zei->dh, d, "oid", p->oid, zei->nmem);
}
}
-int zebraExplain_newDatabase (ZebraExplainInfo zei, const char *database,
+int zebraExplain_newDatabase(ZebraExplainInfo zei, const char *database,
int explain_database)
{
struct zebDatabaseInfoB *zdi;
data1_node *node_dbinfo, *node_adinfo;
- const char *database_n = strrchr (database, '/');
+ const char *database_n = strrchr(database, '/');
if (database_n)
database_n++;
#if ZINFO_DEBUG
yaz_log(YLOG_LOG, "zebraExplain_newDatabase: %s", database);
#endif
- assert (zei);
+ assert(zei);
for (zdi = zei->databaseInfo; zdi; zdi=zdi->next)
{
- if (!STRCASECMP (zdi->databaseName, database_n))
+ if (!STRCASECMP(zdi->databaseName, database_n))
break;
}
if (zdi)
return -1;
/* it's new really. make it */
- zdi = (struct zebDatabaseInfoB *) nmem_malloc (zei->nmem, sizeof(*zdi));
+ zdi = (struct zebDatabaseInfoB *) nmem_malloc(zei->nmem, sizeof(*zdi));
zdi->next = zei->databaseInfo;
zei->databaseInfo = zdi;
zdi->sysno = 0;
zdi->recordCount = 0;
zdi->recordBytes = 0;
zdi->readFlag = 0;
- zdi->databaseName = nmem_strdup (zei->nmem, database_n);
+ zdi->databaseName = nmem_strdup(zei->nmem, database_n);
zdi->ordinalDatabase = zei->ordinalDatabase++;
- zebraExplain_mergeAccessInfo (zei, 0, &zdi->accessInfo);
-
- assert (zei->dh);
- assert (zei->nmem);
+ zebraExplain_mergeAccessInfo(zei, 0, &zdi->accessInfo);
+
+ assert(zei->dh);
+ assert(zei->nmem);
zdi->data1_database =
- data1_read_sgml (zei->dh, zei->nmem,
+ data1_read_sgml(zei->dh, zei->nmem,
"<explain><databaseInfo>DatabaseInfo\n"
"</></>\n");
if (!zdi->data1_database)
return -2;
- node_dbinfo = data1_search_tag (zei->dh, zdi->data1_database,
+ node_dbinfo = data1_search_tag(zei->dh, zdi->data1_database,
"/databaseInfo");
- assert (node_dbinfo);
+ assert(node_dbinfo);
- zebraExplain_initCommonInfo (zei, node_dbinfo);
- zebraExplain_initAccessInfo (zei, node_dbinfo);
+ zebraExplain_initCommonInfo(zei, node_dbinfo);
+ zebraExplain_initAccessInfo(zei, node_dbinfo);
- data1_mk_tag_data_text (zei->dh, node_dbinfo, "name",
+ data1_mk_tag_data_text(zei->dh, node_dbinfo, "name",
database, zei->nmem);
-
+
if (explain_database)
- data1_mk_tag_data_text (zei->dh, node_dbinfo, "explainDatabase",
+ data1_mk_tag_data_text(zei->dh, node_dbinfo, "explainDatabase",
"", zei->nmem);
-
- data1_mk_tag_data_text (zei->dh, node_dbinfo, "userFee",
+
+ data1_mk_tag_data_text(zei->dh, node_dbinfo, "userFee",
"0", zei->nmem);
-
- data1_mk_tag_data_text (zei->dh, node_dbinfo, "available",
+
+ data1_mk_tag_data_text(zei->dh, node_dbinfo, "available",
"1", zei->nmem);
-
+
#if ZINFO_DEBUG
- data1_pr_tree (zei->dh, zdi->data1_database, stderr);
+ data1_pr_tree(zei->dh, zdi->data1_database, stderr);
#endif
zdi->dirty = 1;
zei->dirty = 1;
zei->curDatabaseInfo = zdi;
zdi->attributeDetails = (zebAttributeDetails)
- nmem_malloc (zei->nmem, sizeof(*zdi->attributeDetails));
+ nmem_malloc(zei->nmem, sizeof(*zdi->attributeDetails));
zdi->attributeDetails->readFlag = 0;
zdi->attributeDetails->sysno = 0;
zdi->attributeDetails->dirty = 1;
zdi->attributeDetails->SUInfo = 0;
zdi->attributeDetails->data1_tree =
- data1_read_sgml (zei->dh, zei->nmem,
+ data1_read_sgml(zei->dh, zei->nmem,
"<explain><attributeDetails>AttributeDetails\n"
"</></>\n");
- node_adinfo = data1_search_tag (zei->dh, zdi->attributeDetails->data1_tree,
+ node_adinfo = data1_search_tag(zei->dh, zdi->attributeDetails->data1_tree,
"/attributeDetails");
- assert (node_adinfo);
+ assert(node_adinfo);
- zebraExplain_initCommonInfo (zei, node_adinfo);
+ zebraExplain_initCommonInfo(zei, node_adinfo);
data1_mk_tag_data_text(zei->dh, node_adinfo, "name", database, zei->nmem);
}
-static void zebraExplain_writeCategoryList (ZebraExplainInfo zei,
+static void zebraExplain_writeCategoryList(ZebraExplainInfo zei,
struct zebraCategoryListInfo *zcl,
int key_flush)
{
0
};
- assert (zcl);
+ assert(zcl);
if (!zcl->dirty)
return ;
- zcl->dirty = 1;
+ zcl->dirty = 0;
node_categoryList = zcl->data1_categoryList;
#if ZINFO_DEBUG
yaz_log(YLOG_LOG, "zebraExplain_writeCategoryList");
#endif
- drec = createRecord (zei->records, &sysno);
+ drec = createRecord(zei->records, &sysno);
if (!drec)
return;
-
- node_ci = data1_search_tag (zei->dh, node_categoryList,
+
+ node_ci = data1_search_tag(zei->dh, node_categoryList,
"/categoryList");
assert (node_ci);
- node_ci = data1_mk_tag (zei->dh, zei->nmem, "categories", 0 /* attr */,
+ node_ci = data1_mk_tag(zei->dh, zei->nmem, "categories", 0 /* attr */,
node_ci);
assert (node_ci);
-
+
for (i = 0; category[i]; i++)
{
- data1_node *node_cat = data1_mk_tag (zei->dh, zei->nmem, "category",
+ data1_node *node_cat = data1_mk_tag(zei->dh, zei->nmem, "category",
0 /* attr */, node_ci);
- data1_mk_tag_data_text (zei->dh, node_cat, "name",
- category[i], zei->nmem);
+ data1_mk_tag_data_text(zei->dh, node_cat, "name",
+ category[i], zei->nmem);
}
/* extract *searchable* keys from it. We do this here, because
record count, etc. is affected */
/* convert to "SGML" and write it */
#if ZINFO_DEBUG
- data1_pr_tree (zei->dh, node_categoryList, stderr);
+ data1_pr_tree(zei->dh, node_categoryList, stderr);
#endif
sgml_buf = data1_nodetoidsgml(zei->dh, node_categoryList, 0, &sgml_len);
- drec->info[recInfo_storeData] = (char *) xmalloc (sgml_len);
- memcpy (drec->info[recInfo_storeData], sgml_buf, sgml_len);
+ drec->info[recInfo_storeData] = (char *) xmalloc(sgml_len);
+ memcpy(drec->info[recInfo_storeData], sgml_buf, sgml_len);
drec->size[recInfo_storeData] = sgml_len;
-
- rec_put (zei->records, &drec);
+
+ rec_put(zei->records, &drec);
}
-static void zebraExplain_writeAttributeDetails (ZebraExplainInfo zei,
+static void zebraExplain_writeAttributeDetails(ZebraExplainInfo zei,
zebAttributeDetails zad,
const char *databaseName,
int key_flush)
Record drec;
data1_node *node_adinfo, *node_list, *node_zebra;
struct zebSUInfoB *zsui;
-
+
if (!zad->dirty)
return;
-
+
zad->dirty = 0;
#if ZINFO_DEBUG
- yaz_log(YLOG_LOG, "zebraExplain_writeAttributeDetails");
+ yaz_log(YLOG_LOG, "zebraExplain_writeAttributeDetails");
data1_pr_tree(zei->dh, zad->data1_tree, stderr);
#endif
- drec = createRecord (zei->records, &zad->sysno);
+ drec = createRecord(zei->records, &zad->sysno);
if (!drec)
return;
- assert (zad->data1_tree);
+ assert(zad->data1_tree);
- node_adinfo = data1_search_tag (zei->dh, zad->data1_tree,
+ node_adinfo = data1_search_tag(zei->dh, zad->data1_tree,
"/attributeDetails");
- zebraExplain_updateCommonInfo (zei, node_adinfo);
+ zebraExplain_updateCommonInfo(zei, node_adinfo);
/* zebra info (private) .. no children yet.. so se don't index zebraInfo */
- node_zebra = data1_mk_tag_uni (zei->dh, zei->nmem,
+ node_zebra = data1_mk_tag_uni(zei->dh, zei->nmem,
"zebraInfo", node_adinfo);
/* extract *searchable* keys from it. We do this here, because
record count, etc. is affected */
if (key_flush)
(*zei->updateFunc)(zei->updateHandle, drec, zad->data1_tree);
- node_list = data1_mk_tag_uni (zei->dh, zei->nmem,
+ node_list = data1_mk_tag_uni(zei->dh, zei->nmem,
"attrlist", node_zebra);
for (zsui = zad->SUInfo; zsui; zsui = zsui->next)
{
data1_node *node_attr;
- char index_type_str[2];
-
- node_attr = data1_mk_tag (zei->dh, zei->nmem, "attr", 0 /* attr */,
+ node_attr = data1_mk_tag(zei->dh, zei->nmem, "attr", 0 /* attr */,
node_list);
- index_type_str[0] = zsui->info.index_type;
- index_type_str[1] = '\0';
- data1_mk_tag_data_text (zei->dh, node_attr, "type",
- index_type_str, zei->nmem);
- if (zsui->info.which == ZEB_SU_STR)
- {
- data1_mk_tag_data_text (zei->dh, node_attr, "str",
- zsui->info.u.str, zei->nmem);
- }
- data1_mk_tag_data_int (zei->dh, node_attr, "ordinal",
+ data1_mk_tag_data_text(zei->dh, node_attr, "type",
+ zsui->info.index_type, zei->nmem);
+ data1_mk_tag_data_text(zei->dh, node_attr, "str",
+ zsui->info.str, zei->nmem);
+ data1_mk_tag_data_int(zei->dh, node_attr, "ordinal",
zsui->info.ordinal, zei->nmem);
- data1_mk_tag_data_zint (zei->dh, node_attr, "dococcurrences",
+ data1_mk_tag_data_zint(zei->dh, node_attr, "dococcurrences",
zsui->info.doc_occurrences, zei->nmem);
- data1_mk_tag_data_zint (zei->dh, node_attr, "termoccurrences",
+ data1_mk_tag_data_zint(zei->dh, node_attr, "termoccurrences",
zsui->info.term_occurrences, zei->nmem);
switch(zsui->info.cat)
{
case zinfo_index_category_index:
- data1_mk_tag_data_text (zei->dh, node_attr, "cat",
+ data1_mk_tag_data_text(zei->dh, node_attr, "cat",
"index", zei->nmem); break;
case zinfo_index_category_sort:
- data1_mk_tag_data_text (zei->dh, node_attr, "cat",
+ data1_mk_tag_data_text(zei->dh, node_attr, "cat",
"sort", zei->nmem); break;
case zinfo_index_category_alwaysmatches:
- data1_mk_tag_data_text (zei->dh, node_attr, "cat",
+ data1_mk_tag_data_text(zei->dh, node_attr, "cat",
"alwaysmatches", zei->nmem); break;
case zinfo_index_category_anchor:
- data1_mk_tag_data_text (zei->dh, node_attr, "cat",
+ data1_mk_tag_data_text(zei->dh, node_attr, "cat",
"anchor", zei->nmem); break;
}
}
/* convert to "SGML" and write it */
#if ZINFO_DEBUG
- data1_pr_tree (zei->dh, zad->data1_tree, stderr);
+ data1_pr_tree(zei->dh, zad->data1_tree, stderr);
#endif
sgml_buf = data1_nodetoidsgml(zei->dh, zad->data1_tree,
0, &sgml_len);
- drec->info[recInfo_storeData] = (char *) xmalloc (sgml_len);
- memcpy (drec->info[recInfo_storeData], sgml_buf, sgml_len);
+ drec->info[recInfo_storeData] = (char *) xmalloc(sgml_len);
+ memcpy(drec->info[recInfo_storeData], sgml_buf, sgml_len);
drec->size[recInfo_storeData] = sgml_len;
-
- rec_put (zei->records, &drec);
+
+ rec_put(zei->records, &drec);
}
-static void zebraExplain_writeDatabase (ZebraExplainInfo zei,
+static void zebraExplain_writeDatabase(ZebraExplainInfo zei,
struct zebDatabaseInfoB *zdi,
int key_flush)
{
int sgml_len;
Record drec;
data1_node *node_dbinfo, *node_count, *node_zebra;
-
+
if (!zdi->dirty)
return;
#if ZINFO_DEBUG
yaz_log(YLOG_LOG, "zebraExplain_writeDatabase %s", zdi->databaseName);
#endif
- drec = createRecord (zei->records, &zdi->sysno);
+ drec = createRecord(zei->records, &zdi->sysno);
if (!drec)
return;
- assert (zdi->data1_database);
+ assert(zdi->data1_database);
- node_dbinfo = data1_search_tag (zei->dh, zdi->data1_database,
+ node_dbinfo = data1_search_tag(zei->dh, zdi->data1_database,
"/databaseInfo");
- assert (node_dbinfo);
- zebraExplain_updateCommonInfo (zei, node_dbinfo);
- zebraExplain_updateAccessInfo (zei, node_dbinfo, zdi->accessInfo);
+ assert(node_dbinfo);
+ zebraExplain_updateCommonInfo(zei, node_dbinfo);
+ zebraExplain_updateAccessInfo(zei, node_dbinfo, zdi->accessInfo);
/* record count */
- node_count = data1_mk_tag_uni (zei->dh, zei->nmem,
+ node_count = data1_mk_tag_uni(zei->dh, zei->nmem,
"recordCount", node_dbinfo);
- data1_mk_tag_data_zint (zei->dh, node_count, "recordCountActual",
+ data1_mk_tag_data_zint(zei->dh, node_count, "recordCountActual",
zdi->recordCount, zei->nmem);
/* zebra info (private) */
- node_zebra = data1_mk_tag_uni (zei->dh, zei->nmem,
+ node_zebra = data1_mk_tag_uni(zei->dh, zei->nmem,
"zebraInfo", node_dbinfo);
/* extract *searchable* keys from it. We do this here, because
record count, etc. is affected */
if (key_flush)
(*zei->updateFunc)(zei->updateHandle, drec, zdi->data1_database);
- data1_mk_tag_data_zint (zei->dh, node_zebra,
+ data1_mk_tag_data_zint(zei->dh, node_zebra,
"recordBytes", zdi->recordBytes, zei->nmem);
data1_mk_tag_data_zint(zei->dh, node_zebra,
/* convert to "SGML" and write it */
#if ZINFO_DEBUG
- data1_pr_tree (zei->dh, zdi->data1_database, stderr);
+ data1_pr_tree(zei->dh, zdi->data1_database, stderr);
#endif
sgml_buf = data1_nodetoidsgml(zei->dh, zdi->data1_database,
0, &sgml_len);
- drec->info[recInfo_storeData] = (char *) xmalloc (sgml_len);
- memcpy (drec->info[recInfo_storeData], sgml_buf, sgml_len);
+ drec->info[recInfo_storeData] = (char *) xmalloc(sgml_len);
+ memcpy(drec->info[recInfo_storeData], sgml_buf, sgml_len);
drec->size[recInfo_storeData] = sgml_len;
-
- rec_put (zei->records, &drec);
+
+ rec_put(zei->records, &drec);
}
-static void writeAttributeValues (ZebraExplainInfo zei,
+static void writeAttributeValues(ZebraExplainInfo zei,
data1_node *node_values,
data1_attset *attset)
{
return;
for (c = attset->children; c; c = c->next)
- writeAttributeValues (zei, node_values, c->child);
+ writeAttributeValues(zei, node_values, c->child);
for (atts = attset->atts; atts; atts = atts->next)
{
data1_node *node_value;
-
- node_value = data1_mk_tag (zei->dh, zei->nmem, "attributeValue",
+
+ node_value = data1_mk_tag(zei->dh, zei->nmem, "attributeValue",
0 /* attr */, node_values);
- data1_mk_tag_data_text (zei->dh, node_value, "name",
+ data1_mk_tag_data_text(zei->dh, node_value, "name",
atts->name, zei->nmem);
- node_value = data1_mk_tag (zei->dh, zei->nmem, "value",
+ node_value = data1_mk_tag(zei->dh, zei->nmem, "value",
0 /* attr */, node_value);
- data1_mk_tag_data_int (zei->dh, node_value, "numeric",
+ data1_mk_tag_data_int(zei->dh, node_value, "numeric",
atts->value, zei->nmem);
}
}
-static void zebraExplain_writeAttributeSet (ZebraExplainInfo zei,
+static void zebraExplain_writeAttributeSet(ZebraExplainInfo zei,
zebAccessObject o,
int key_flush)
{
struct data1_attset *attset = 0;
if (o->oid)
- attset = data1_attset_search_id (zei->dh, o->oid);
-
+ attset = data1_attset_search_id(zei->dh, o->oid);
+
#if ZINFO_DEBUG
yaz_log(YLOG_LOG, "zebraExplain_writeAttributeSet %s",
- attset ? attset->name : "<unknown>");
+ attset ? attset->name : "<unknown>");
#endif
- drec = createRecord (zei->records, &o->sysno);
+ drec = createRecord(zei->records, &o->sysno);
if (!drec)
return;
node_root =
- data1_read_sgml (zei->dh, zei->nmem,
+ data1_read_sgml(zei->dh, zei->nmem,
"<explain><attributeSetInfo>AttributeSetInfo\n"
"</></>\n" );
- node_attinfo = data1_search_tag (zei->dh, node_root,
+ node_attinfo = data1_search_tag(zei->dh, node_root,
"/attributeSetInfo");
- assert (node_attinfo);
- zebraExplain_initCommonInfo (zei, node_attinfo);
- zebraExplain_updateCommonInfo (zei, node_attinfo);
+ assert(node_attinfo);
+ zebraExplain_initCommonInfo(zei, node_attinfo);
+ zebraExplain_updateCommonInfo(zei, node_attinfo);
- data1_mk_tag_data_oid (zei->dh, node_attinfo,
+ data1_mk_tag_data_oid(zei->dh, node_attinfo,
"oid", o->oid, zei->nmem);
if (attset && attset->name)
- data1_mk_tag_data_text (zei->dh, node_attinfo,
+ data1_mk_tag_data_text(zei->dh, node_attinfo,
"name", attset->name, zei->nmem);
-
- node_attributes = data1_mk_tag_uni (zei->dh, zei->nmem,
+
+ node_attributes = data1_mk_tag_uni(zei->dh, zei->nmem,
"attributes", node_attinfo);
- node_atttype = data1_mk_tag_uni (zei->dh, zei->nmem,
+ node_atttype = data1_mk_tag_uni(zei->dh, zei->nmem,
"attributeType", node_attributes);
- data1_mk_tag_data_text (zei->dh, node_atttype,
+ data1_mk_tag_data_text(zei->dh, node_atttype,
"name", "Use", zei->nmem);
- data1_mk_tag_data_text (zei->dh, node_atttype,
+ data1_mk_tag_data_text(zei->dh, node_atttype,
"description", "Use Attribute", zei->nmem);
- data1_mk_tag_data_int (zei->dh, node_atttype,
+ data1_mk_tag_data_int(zei->dh, node_atttype,
"type", 1, zei->nmem);
- node_values = data1_mk_tag (zei->dh, zei->nmem,
+ node_values = data1_mk_tag(zei->dh, zei->nmem,
"attributeValues", 0 /* attr */, node_atttype);
if (attset)
- writeAttributeValues (zei, node_values, attset);
+ writeAttributeValues(zei, node_values, attset);
/* extract *searchable* keys from it. We do this here, because
record count, etc. is affected */
(*zei->updateFunc)(zei->updateHandle, drec, node_root);
/* convert to "SGML" and write it */
#if ZINFO_DEBUG
- data1_pr_tree (zei->dh, node_root, stderr);
+ data1_pr_tree(zei->dh, node_root, stderr);
#endif
sgml_buf = data1_nodetoidsgml(zei->dh, node_root, 0, &sgml_len);
- drec->info[recInfo_storeData] = (char *) xmalloc (sgml_len);
- memcpy (drec->info[recInfo_storeData], sgml_buf, sgml_len);
+ drec->info[recInfo_storeData] = (char *) xmalloc(sgml_len);
+ memcpy(drec->info[recInfo_storeData], sgml_buf, sgml_len);
drec->size[recInfo_storeData] = sgml_len;
-
- rec_put (zei->records, &drec);
+
+ rec_put(zei->records, &drec);
}
-static void zebraExplain_writeTarget (ZebraExplainInfo zei, int key_flush)
+static void zebraExplain_writeTarget(ZebraExplainInfo zei, int key_flush)
{
struct zebDatabaseInfoB *zdi;
data1_node *node_tgtinfo, *node_list, *node_zebra;
zei->dirty = 0;
trec = rec_get_root(zei->records);
- xfree (trec->info[recInfo_storeData]);
+ xfree(trec->info[recInfo_storeData]);
- node_tgtinfo = data1_search_tag (zei->dh, zei->data1_target,
+ node_tgtinfo = data1_search_tag(zei->dh, zei->data1_target,
"/targetInfo");
- assert (node_tgtinfo);
+ assert(node_tgtinfo);
- zebraExplain_updateCommonInfo (zei, node_tgtinfo);
- zebraExplain_updateAccessInfo (zei, node_tgtinfo, zei->accessInfo);
+ zebraExplain_updateCommonInfo(zei, node_tgtinfo);
+ zebraExplain_updateAccessInfo(zei, node_tgtinfo, zei->accessInfo);
- node_zebra = data1_mk_tag_uni (zei->dh, zei->nmem,
+ node_zebra = data1_mk_tag_uni(zei->dh, zei->nmem,
"zebraInfo", node_tgtinfo);
/* convert to "SGML" and write it */
if (key_flush)
(*zei->updateFunc)(zei->updateHandle, trec, zei->data1_target);
- data1_mk_tag_data_text (zei->dh, node_zebra, "version",
+ data1_mk_tag_data_text(zei->dh, node_zebra, "version",
ZEBRAVER, zei->nmem);
- node_list = data1_mk_tag (zei->dh, zei->nmem,
+ node_list = data1_mk_tag(zei->dh, zei->nmem,
"databaseList", 0 /* attr */, node_zebra);
for (zdi = zei->databaseInfo; zdi; zdi = zdi->next)
{
data1_node *node_db;
- node_db = data1_mk_tag (zei->dh, zei->nmem,
+ node_db = data1_mk_tag(zei->dh, zei->nmem,
"database", 0 /* attr */, node_list);
- data1_mk_tag_data_text (zei->dh, node_db, "name",
+ data1_mk_tag_data_text(zei->dh, node_db, "name",
zdi->databaseName, zei->nmem);
- data1_mk_tag_data_zint (zei->dh, node_db, "id",
+ data1_mk_tag_data_zint(zei->dh, node_db, "id",
zdi->sysno, zei->nmem);
- data1_mk_tag_data_zint (zei->dh, node_db, "attributeDetailsId",
+ data1_mk_tag_data_zint(zei->dh, node_db, "attributeDetailsId",
zdi->attributeDetails->sysno, zei->nmem);
}
- data1_mk_tag_data_int (zei->dh, node_zebra, "ordinalSU",
+ data1_mk_tag_data_int(zei->dh, node_zebra, "ordinalSU",
zei->ordinalSU, zei->nmem);
- data1_mk_tag_data_int (zei->dh, node_zebra, "ordinalDatabase",
+ data1_mk_tag_data_int(zei->dh, node_zebra, "ordinalDatabase",
zei->ordinalDatabase, zei->nmem);
- data1_mk_tag_data_zint (zei->dh, node_zebra, "runNumber",
+ data1_mk_tag_data_zint(zei->dh, node_zebra, "runNumber",
zei->runNumber, zei->nmem);
#if ZINFO_DEBUG
- data1_pr_tree (zei->dh, zei->data1_target, stderr);
+ data1_pr_tree(zei->dh, zei->data1_target, stderr);
#endif
sgml_buf = data1_nodetoidsgml(zei->dh, zei->data1_target,
0, &sgml_len);
- trec->info[recInfo_storeData] = (char *) xmalloc (sgml_len);
- memcpy (trec->info[recInfo_storeData], sgml_buf, sgml_len);
+ trec->info[recInfo_storeData] = (char *) xmalloc(sgml_len);
+ memcpy(trec->info[recInfo_storeData], sgml_buf, sgml_len);
trec->size[recInfo_storeData] = sgml_len;
-
- rec_put (zei->records, &trec);
+
+ rec_put(zei->records, &trec);
}
-int zebraExplain_lookup_attr_str(ZebraExplainInfo zei,
+int zebraExplain_lookup_attr_str(ZebraExplainInfo zei,
zinfo_index_category_t cat,
- int index_type,
+ const char *index_type,
const char *str)
{
struct zebSUInfoB **zsui;
- assert (zei->curDatabaseInfo);
+ assert(zei->curDatabaseInfo);
for (zsui = &zei->curDatabaseInfo->attributeDetails->SUInfo;
*zsui; zsui = &(*zsui)->next)
- if ( (index_type == -1 || (*zsui)->info.index_type == index_type)
+ if ( (index_type == 0
+ || !strcmp((*zsui)->info.index_type, index_type))
&& (*zsui)->info.cat == cat
- && (*zsui)->info.which == ZEB_SU_STR
- && !yaz_matchstr((*zsui)->info.u.str, str))
+ && !yaz_matchstr((*zsui)->info.str, str))
{
struct zebSUInfoB *zsui_this = *zsui;
}
int zebraExplain_trav_ord(ZebraExplainInfo zei, void *handle,
- int (*f)(void *handle, int ord))
+ int (*f)(void *handle, int ord,
+ const char *index_type,
+ const char *string_index,
+ zinfo_index_category_t cat))
{
struct zebDatabaseInfoB *zdb = zei->curDatabaseInfo;
if (zdb)
{
struct zebSUInfoB *zsui = zdb->attributeDetails->SUInfo;
for ( ;zsui; zsui = zsui->next)
- (*f)(handle, zsui->info.ordinal);
+ (*f)(handle, zsui->info.ordinal,
+ zsui->info.index_type, zsui->info.str,
+ zsui->info.cat);
}
return 0;
}
-struct zebSUInfoB *zebraExplain_get_sui_info (ZebraExplainInfo zei, int ord,
+struct zebSUInfoB *zebraExplain_get_sui_info(ZebraExplainInfo zei, int ord,
int dirty_mark,
const char **db)
{
struct zebSUInfoB **zsui;
if (zdb->attributeDetails->readFlag)
- zebraExplain_readAttributeDetails (zei, zdb->attributeDetails);
+ zebraExplain_readAttributeDetails(zei, zdb->attributeDetails);
for (zsui = &zdb->attributeDetails->SUInfo; *zsui;
zsui = &(*zsui)->next)
if ((*zsui)->info.ordinal == ord)
{
struct zebSUInfoB *zsui_this = *zsui;
-
+
/* take it out of the list and move to front */
*zsui = (*zsui)->next;
zsui_this->next = zdb->attributeDetails->SUInfo;
}
int zebraExplain_lookup_ord(ZebraExplainInfo zei, int ord,
- int *index_type,
+ const char **index_type,
const char **db,
const char **string_index)
{
zsui = zebraExplain_get_sui_info(zei, ord, 0, db);
if (zsui)
{
- if (zsui->info.which == ZEB_SU_STR)
- if (string_index)
- *string_index = zsui->info.u.str;
+ if (string_index)
+ *string_index = zsui->info.str;
if (index_type)
*index_type = zsui->info.index_type;
return 0;
-zebAccessObject zebraExplain_announceOid (ZebraExplainInfo zei,
+zebAccessObject zebraExplain_announceOid(ZebraExplainInfo zei,
zebAccessObject *op,
Odr_oid *oid)
{
zebAccessObject ao;
-
+
for (ao = *op; ao; ao = ao->next)
- if (!oid_oidcmp (oid, ao->oid))
+ if (!oid_oidcmp(oid, ao->oid))
break;
if (!ao)
{
- ao = (zebAccessObject) nmem_malloc (zei->nmem, sizeof(*ao));
+ ao = (zebAccessObject) nmem_malloc(zei->nmem, sizeof(*ao));
ao->handle = 0;
ao->sysno = 0;
- ao->oid = odr_oiddup_nmem (zei->nmem, oid);
+ ao->oid = odr_oiddup_nmem(zei->nmem, oid);
ao->next = *op;
*op = ao;
}
struct zebSUInfoB *zebraExplain_add_sui_info(ZebraExplainInfo zei,
zinfo_index_category_t cat,
- int index_type)
+ const char *index_type)
{
struct zebSUInfoB *zsui;
- assert (zei->curDatabaseInfo);
- zsui = (struct zebSUInfoB *) nmem_malloc (zei->nmem, sizeof(*zsui));
+ assert(zei->curDatabaseInfo);
+ zsui = (struct zebSUInfoB *) nmem_malloc(zei->nmem, sizeof(*zsui));
zsui->next = zei->curDatabaseInfo->attributeDetails->SUInfo;
zei->curDatabaseInfo->attributeDetails->SUInfo = zsui;
zei->curDatabaseInfo->attributeDetails->dirty = 1;
zei->dirty = 1;
- zsui->info.index_type = index_type;
+ zsui->info.index_type = nmem_strdup(zei->nmem, index_type);
zsui->info.cat = cat;
zsui->info.doc_occurrences = 0;
zsui->info.term_occurrences = 0;
return zsui;
}
-int zebraExplain_add_attr_str(ZebraExplainInfo zei,
+int zebraExplain_add_attr_str(ZebraExplainInfo zei,
zinfo_index_category_t cat,
- int index_type,
+ const char *index_type,
const char *index_name)
{
struct zebSUInfoB *zsui = zebraExplain_add_sui_info(zei, cat, index_type);
- zsui->info.which = ZEB_SU_STR;
- zsui->info.u.str = nmem_strdup(zei->nmem, index_name);
+ zsui->info.str = nmem_strdup(zei->nmem, index_name);
return zsui->info.ordinal;
}
-void zebraExplain_addSchema (ZebraExplainInfo zei, Odr_oid *oid)
+void zebraExplain_addSchema(ZebraExplainInfo zei, Odr_oid *oid)
{
- zebraExplain_announceOid (zei, &zei->accessInfo->schemas, oid);
- zebraExplain_announceOid (zei, &zei->curDatabaseInfo->
+ zebraExplain_announceOid(zei, &zei->accessInfo->schemas, oid);
+ zebraExplain_announceOid(zei, &zei->curDatabaseInfo->
accessInfo->schemas, oid);
}
-void zebraExplain_recordBytesIncrement (ZebraExplainInfo zei, int adjust_num)
+void zebraExplain_recordBytesIncrement(ZebraExplainInfo zei, int adjust_num)
{
- assert (zei->curDatabaseInfo);
+ assert(zei->curDatabaseInfo);
if (adjust_num)
{
}
}
-void zebraExplain_recordCountIncrement (ZebraExplainInfo zei, int adjust_num)
+void zebraExplain_recordCountIncrement(ZebraExplainInfo zei, int adjust_num)
{
- assert (zei->curDatabaseInfo);
+ assert(zei->curDatabaseInfo);
if (adjust_num)
{
}
}
-zint zebraExplain_runNumberIncrement (ZebraExplainInfo zei, int adjust_num)
+zint zebraExplain_runNumberIncrement(ZebraExplainInfo zei, int adjust_num)
{
if (adjust_num)
{
return zei->runNumber += adjust_num;
}
-RecordAttr *rec_init_attr (ZebraExplainInfo zei, Record rec)
+RecordAttr *rec_init_attr(ZebraExplainInfo zei, Record rec)
{
RecordAttr *recordAttr;
if (rec->info[recInfo_attr])
return (RecordAttr *) rec->info[recInfo_attr];
- recordAttr = (RecordAttr *) xmalloc (sizeof(*recordAttr));
+ recordAttr = (RecordAttr *) xmalloc(sizeof(*recordAttr));
memset(recordAttr, '\0', sizeof(*recordAttr));
rec->info[recInfo_attr] = (char *) recordAttr;
rec->size[recInfo_attr] = sizeof(*recordAttr);
-
+
recordAttr->recordSize = 0;
recordAttr->recordOffset = 0;
recordAttr->runNumber = zei->runNumber;
static void att_loadset(void *p, const char *n, const char *name)
{
data1_handle dh = (data1_handle) p;
- if (!data1_get_attset (dh, name))
+ if (!data1_get_attset(dh, name))
yaz_log(YLOG_WARN, "Directive attset failed for %s", name);
}
return zei->curDatabaseInfo->ordinalDatabase;
}
-void zebraExplain_loadAttsets (data1_handle dh, Res res)
+void zebraExplain_loadAttsets(data1_handle dh, Res res)
{
res_trav(res, "attset", dh, att_loadset);
}
adds attributeSet (in AccessInfo area) to DatabaseInfo if it doesn't
exist for the database.
- If the database doesn't exist globally (in TargetInfo) an
+ If the database doesn't exist globally (in TargetInfo) an
AttributeSetInfo must be added (globally).
*/
/*
* Local variables:
* c-basic-offset: 4
+ * c-file-style: "Stroustrup"
* indent-tabs-mode: nil
* End:
* vim: shiftwidth=4 tabstop=8 expandtab
projects / idzebra-moved-to-github.git / blobdiff