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yap-6.3/library/tries/base_tries.c

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/*********************************************
File: base_tries.c
Author: Ricardo Rocha
Comments: Tries base module for Yap Prolog
version: $ID$
*********************************************/
/* -------------------------- */
/* Includes */
/* -------------------------- */
#include <YapInterface.h>
#include <stdio.h>
#include <string.h>
#include "core_tries.h"
#include "base_tries.h"
/* -------------------------- */
/* Local Variables */
/* -------------------------- */
static TrEngine TRIE_ENGINE;
static TrEntry FIRST_TRIE, CURRENT_TRIE;
/* -------------------------- */
/* API */
/* -------------------------- */
inline
void trie_init_module(void) {
TRIE_ENGINE = core_trie_init_module();
FIRST_TRIE = NULL;
return;
}
inline
void trie_data_load(TrNode node, YAP_Int depth, FILE *file) {
TrData data;
new_trie_data(data, CURRENT_TRIE, node);
PUT_DATA_IN_LEAF_TRIE_NODE(node, data);
return;
}
inline
void trie_data_copy(TrNode node_dest, TrNode node_source) {
TrData data_dest;
new_trie_data(data_dest, CURRENT_TRIE, node_dest);
PUT_DATA_IN_LEAF_TRIE_NODE(node_dest, data_dest);
return;
}
inline
void trie_data_destruct(TrNode node) {
TrEntry trie;
TrData data;
data = (TrData) GET_DATA_FROM_LEAF_TRIE_NODE(node);
trie = TrData_trie(data);
if (data == TrEntry_traverse_data(trie))
TrEntry_traverse_data(trie) = TrData_previous(data);
if (TrData_next(data)) {
TrData_previous(TrData_next(data)) = TrData_previous(data);
TrData_next(TrData_previous(data)) = TrData_next(data);
} else {
TrEntry_last_data(trie) = TrData_previous(data);
TrData_next(TrData_previous(data)) = NULL;
}
free_trie_data(data);
return;
}
inline
TrEntry trie_open(void) {
TrEntry trie;
TrNode node;
node = core_trie_open(TRIE_ENGINE);
new_trie_entry(trie, node);
if (FIRST_TRIE)
TrEntry_previous(FIRST_TRIE) = trie;
FIRST_TRIE = trie;
return trie;
}
inline
void trie_close(TrEntry trie) {
core_trie_close(TRIE_ENGINE, TrEntry_trie(trie), &trie_data_destruct);
if (TrEntry_next(trie)) {
TrEntry_previous(TrEntry_next(trie)) = TrEntry_previous(trie);
TrEntry_next(TrEntry_previous(trie)) = TrEntry_next(trie);
} else
TrEntry_next(TrEntry_previous(trie)) = NULL;
free_trie_entry(trie);
return;
}
inline
void trie_close_all(void) {
TrEntry trie;
core_trie_close_all(TRIE_ENGINE, &trie_data_destruct);
while (FIRST_TRIE) {
trie = TrEntry_next(FIRST_TRIE);
free_trie_entry(FIRST_TRIE);
FIRST_TRIE = trie;
}
return;
}
inline
void trie_set_mode(YAP_Int mode) {
core_trie_set_mode(mode);
return;
}
inline
YAP_Int trie_get_mode(void) {
return core_trie_get_mode();
}
inline
TrData trie_put_entry(TrEntry trie, YAP_Term entry) {
TrData data;
TrNode node;
node = core_trie_put_entry(TRIE_ENGINE, TrEntry_trie(trie), entry, NULL);
if (!(data = (TrData) GET_DATA_FROM_LEAF_TRIE_NODE(node))) {
new_trie_data(data, trie, node);
PUT_DATA_IN_LEAF_TRIE_NODE(node, data);
}
return data;
}
inline
TrData trie_check_entry(TrEntry trie, YAP_Term entry) {
TrNode node;
if (!(node = core_trie_check_entry(TrEntry_trie(trie), entry)))
return NULL;
return (TrData) GET_DATA_FROM_LEAF_TRIE_NODE(node);
}
inline
YAP_Term trie_get_entry(TrData data) {
return core_trie_get_entry(TrData_leaf(data));
}
inline
TrData trie_get_first_entry(TrEntry trie) {
TrData data;
data = TrEntry_first_data(trie);
return data;
}
inline
TrData trie_get_last_entry(TrEntry trie) {
TrData data;
data = TrEntry_last_data(trie);
if (data == AS_TR_DATA_NEXT(&TrEntry_first_data(trie)))
return NULL;
return data;
}
inline
TrData trie_traverse_init(TrEntry trie, TrData init_data) {
TrData data;
if (init_data) {
data = TrData_next(init_data);
} else {
data = TrEntry_first_data(trie);
}
TrEntry_traverse_data(trie) = data;
return data;
}
inline
TrData trie_traverse_cont(TrEntry trie) {
TrData data;
data = TrEntry_traverse_data(trie);
if (data) {
data = TrData_next(data);
TrEntry_traverse_data(trie) = data;
}
return data;
}
inline
void trie_remove_entry(TrData data) {
core_trie_remove_entry(TRIE_ENGINE, TrData_leaf(data), &trie_data_destruct);
return;
}
inline
void trie_remove_subtree(TrData data) {
core_trie_remove_subtree(TRIE_ENGINE, TrData_leaf(data), &trie_data_destruct);
return;
}
inline
void trie_join(TrEntry trie_dest, TrEntry trie_source) {
CURRENT_TRIE = trie_dest;
core_trie_join(TRIE_ENGINE, TrEntry_trie(trie_dest), TrEntry_trie(trie_source), NULL, &trie_data_copy);
return;
}
inline
void trie_intersect(TrEntry trie_dest, TrEntry trie_source) {
core_trie_intersect(TRIE_ENGINE, TrEntry_trie(trie_dest), TrEntry_trie(trie_source), NULL, &trie_data_destruct);
return;
}
inline
YAP_Int trie_count_join(TrEntry trie1, TrEntry trie2) {
return core_trie_count_join(TrEntry_trie(trie1), TrEntry_trie(trie2));
}
inline
YAP_Int trie_count_intersect(TrEntry trie1, TrEntry trie2) {
return core_trie_count_intersect(TrEntry_trie(trie1), TrEntry_trie(trie2));
}
inline
void trie_save(TrEntry trie, FILE *file) {
core_trie_save(TrEntry_trie(trie), file, NULL);
return;
}
inline
TrEntry trie_load(FILE *file) {
TrEntry trie;
TrNode node;
new_trie_entry(trie, NULL);
CURRENT_TRIE = trie;
if (!(node = core_trie_load(TRIE_ENGINE, file, &trie_data_load))) {
free_trie_entry(trie);
return NULL;
}
TrEntry_trie(trie) = node;
if (FIRST_TRIE)
TrEntry_previous(FIRST_TRIE) = trie;
FIRST_TRIE = trie;
return trie;
}
inline
void trie_stats(YAP_Int *memory, YAP_Int *tries, YAP_Int *entries, YAP_Int *nodes) {
core_trie_stats(TRIE_ENGINE, memory, tries, entries, nodes);
return;
}
inline
void trie_max_stats(YAP_Int *memory, YAP_Int *tries, YAP_Int *entries, YAP_Int *nodes) {
core_trie_max_stats(TRIE_ENGINE, memory, tries, entries, nodes);
return;
}
inline
void trie_usage(TrEntry trie, YAP_Int *entries, YAP_Int *nodes, YAP_Int *virtual_nodes) {
core_trie_usage(TrEntry_trie(trie), entries, nodes, virtual_nodes);
return;
}
inline
void trie_print(TrEntry trie) {
core_trie_print(TrEntry_trie(trie), NULL);
return;
}