//static int TotalSquares = 0;
static void *roadmap_square_map_one (const roadmap_db_data_file *file) {
RoadMapSquareData *context;
int j;
int index;
int slot;
context = malloc(sizeof(RoadMapSquareData));
roadmap_check_allocated(context);
if (!roadmap_db_get_data (file,
model__tile_square_data,
sizeof (RoadMapSquare),
(void**)&(context->square),
NULL)) {
roadmap_log (ROADMAP_FATAL, "invalid square/data structure");
}
index = context->square->square_id;
roadmap_tile_edges (index,
&context->edges.west,
&context->edges.east,
&context->edges.south,
&context->edges.north);
RoadMapSquareCurrent = index;
slot = roadmap_square_cache (index);
RoadMapSquareActive->Square[slot] = context;
RoadMapSquareCurrentSlot = slot;
//printf ("roadmap_square_map_one: slot %d tile %d\n", RoadMapSquareCurrentSlot, RoadMapSquareCurrent);
roadmap_hash_add (RoadMapSquareActive->SquareHash, index, slot);
for (j = 0; j < NUM_SUB_HANDLERS; j++) {
if (roadmap_db_exists (file, &(SquareHandlers[j].sector))) {
context->subs[j] = SquareHandlers[j].handler->map(file);
SquareHandlers[j].handler->activate (context->subs[j]);
} else {
context->subs[j] = NULL;
}
}
context->attributes = 0;
//printf ("Loaded square %d, total squares = %d\n", index, ++TotalSquares);
return context;
}
static struct dictionary_volume *
roadmap_dictionary_initialize_one (const roadmap_db_data_file *file,
unsigned int id,
const char *name,
struct dictionary_volume *first) {
struct dictionary_volume *dictionary;
void *data;
int size;
if (!roadmap_db_get_data (file,
id,
sizeof (char),
&data,
&size)) {
roadmap_log (ROADMAP_ERROR, "invalid dictionary structure");
return first;
}
if (!data) return first;
/* Retrieve all the database sections: */
dictionary = malloc (sizeof(struct dictionary_volume));
roadmap_check_allocated(dictionary);
dictionary->name = name;
dictionary->data = data;
dictionary->size = size;
dictionary->tree = NULL;
dictionary->tree_count = 0;
dictionary->reference = NULL;
dictionary->reference_count = 0;
dictionary->string_index = NULL;
dictionary->string_count = 0;
dictionary->subtrees = NULL;
dictionary->subtrees_count = 0;
dictionary->next = first;
return dictionary;
}
static void *roadmap_shape_map (const roadmap_db_data_file *file) {
RoadMapShapeContext *context;
context = malloc(sizeof(RoadMapShapeContext));
roadmap_check_allocated(context);
context->type = RoadMapShapeType;
if (!roadmap_db_get_data (file,
model__tile_shape_data,
sizeof (RoadMapShape),
(void**)&(context->Shape),
&(context->ShapeCount))) {
roadmap_log (ROADMAP_FATAL, "invalid shape/data structure");
}
return context;
}
static void *roadmap_square_map (const roadmap_db_data_file *file) {
RoadMapSquareContext *context;
int i;
roadmap_city_init ();
context = malloc(sizeof(RoadMapSquareContext));
roadmap_check_allocated(context);
RoadMapSquareActive = context;
context->type = RoadMapSquareType;
if (!roadmap_db_get_data (file,
model__county_global_data,
sizeof (RoadMapGlobal),
(void**)&(context->SquareGlobal),
NULL)) {
roadmap_log (ROADMAP_FATAL, "invalid global/data structure");
}
context->Square = calloc (ROADMAP_SQUARE_CACHE_SIZE, sizeof (RoadMapSquareData *));
roadmap_check_allocated(context->Square);
for (i = 0; i <= ROADMAP_SQUARE_CACHE_SIZE; i++) {
context->SquareCache[i].square = -1;
context->SquareCache[i].next = (i + 1) % (ROADMAP_SQUARE_CACHE_SIZE + 1);
context->SquareCache[i].prev = (i + ROADMAP_SQUARE_CACHE_SIZE) % (ROADMAP_SQUARE_CACHE_SIZE + 1);
}
context->SquareHash = roadmap_hash_new ("tiles", ROADMAP_SQUARE_CACHE_SIZE);
RoadMapSquareCurrent = -2;
RoadMapSquareActive = NULL;
return context;
}
static void *roadmap_line_map (const roadmap_db_data_file *file) {
RoadMapLineContext *context;
context = (RoadMapLineContext *) malloc (sizeof(RoadMapLineContext));
if (context == NULL) {
roadmap_log (ROADMAP_ERROR, "no more memory");
return NULL;
}
context->type = RoadMapLineType;
if (!roadmap_db_get_data (file,
model__tile_line_data,
sizeof (RoadMapLine),
(void**)&(context->Line),
&(context->LineCount))) {
roadmap_log (ROADMAP_ERROR, "invalid line/data structure");
goto roadmap_line_map_abort;
}
if (!roadmap_db_get_data (file,
model__tile_line_bysquare1,
sizeof (RoadMapLineBySquare),
(void**)&(context->LineBySquare1),
&(context->LineBySquare1Count))) {
roadmap_log (ROADMAP_ERROR, "invalid line/bysquare1 structure");
goto roadmap_line_map_abort;
}
if (context->LineBySquare1->first_broken[ROADMAP_DIRECTION_COUNT * 2] > 0) {
if (!roadmap_db_get_data (file,
model__tile_line_broken,
sizeof (unsigned short),
(void**)&(context->BrokenLine),
&(context->BrokenLineCount))) {
roadmap_log (ROADMAP_ERROR, "invalid line/broken structure");
goto roadmap_line_map_abort;
}
if (context->LineBySquare1->first_broken[ROADMAP_DIRECTION_COUNT * 2] != context->BrokenLineCount) {
roadmap_log (ROADMAP_ERROR, "broken count mismatch");
goto roadmap_line_map_abort;
}
} else {
context->BrokenLine = NULL;
context->BrokenLineCount = 0;
}
if (context->LineBySquare1->num_roundabout > 0) {
if (!roadmap_db_get_data (file,
model__tile_line_roundabout,
sizeof (unsigned short),
(void**)&(context->RoundaboutLine),
&(context->RoundaboutLineCount))) {
roadmap_log (ROADMAP_ERROR, "invalid line/roundabout structure");
goto roadmap_line_map_abort;
}
if (context->LineBySquare1->num_roundabout != context->RoundaboutLineCount) {
roadmap_log (ROADMAP_ERROR, "roundabout count mismatch");
goto roadmap_line_map_abort;
}
} else {
context->RoundaboutLine = NULL;
context->RoundaboutLineCount = 0;
}
context->LineIndex2Count = 0;
context->LineBySquare2Count = 0;
context->LongLinesCount = 0;
return context;
roadmap_line_map_abort:
free(context);
return NULL;
}
