/*! \brief Overrides the super class version to avoid termination of the
registrar until the system shutdown.
*/
bool
Registrar::QuitRequested()
{
FUNCTION_START();
// The final registrar must not quit. At least not that easily. ;-)
return BApplication::QuitRequested();
}
static void GPKG_IsAssignable(sqlite3_context *context, int nbArgs, sqlite3_value **args) {
FUNCTION_TEXT_ARG(expected_type_name);
FUNCTION_TEXT_ARG(actual_type_name);
FUNCTION_START(context);
FUNCTION_GET_TEXT_ARG(context, expected_type_name, 0);
FUNCTION_GET_TEXT_ARG(context, actual_type_name, 1);
geom_type_t expected_type;
FUNCTION_RESULT = geom_type_from_string(expected_type_name, &expected_type);
if (FUNCTION_RESULT != SQLITE_OK) {
error_append(FUNCTION_ERROR, "Invalid geometry type %s", expected_type_name);
goto exit;
}
geom_type_t actual_type;
FUNCTION_RESULT = geom_type_from_string(actual_type_name, &actual_type);
if (FUNCTION_RESULT != SQLITE_OK) {
error_append(FUNCTION_ERROR, "Invalid geometry type %s", actual_type_name);
goto exit;
}
sqlite3_result_int(context, geom_is_assignable(expected_type, actual_type));
FUNCTION_END(context);
FUNCTION_FREE_TEXT_ARG(expected_type_name);
FUNCTION_FREE_TEXT_ARG(actual_type_name);
}
/*! \brief Overrides the super class version to initialize the registrar
services.
*/
void
Registrar::ReadyToRun()
{
FUNCTION_START();
// create event queue
fEventQueue = new EventQueue(kEventQueueName);
// create roster
fRoster = new TRoster;
fRoster->Init();
// create clipboard handler
fClipboardHandler = new ClipboardHandler;
AddHandler(fClipboardHandler);
// create MIME manager
fMIMEManager = new MIMEManager;
fMIMEManager->Run();
// create message runner manager
fMessageRunnerManager = new MessageRunnerManager(fEventQueue);
// init the global be_roster
BRoster::Private().SetTo(be_app_messenger, BMessenger(NULL, fMIMEManager));
// create and schedule the sanity message event
fSanityEvent = new MessageEvent(system_time() + kRosterSanityEventInterval,
this, B_REG_ROSTER_SANITY_EVENT);
fSanityEvent->SetAutoDelete(false);
fEventQueue->AddEvent(fSanityEvent);
FUNCTION_END();
}
static void GPKG_SpatialDBType(sqlite3_context *context, int nbArgs, sqlite3_value **args) {
spatialdb_t *spatialdb;
FUNCTION_START(context);
spatialdb = (spatialdb_t *)sqlite3_user_data(context);
sqlite3_result_text(context, spatialdb->name, -1, SQLITE_STATIC);
FUNCTION_END(context);
}
/*! \brief Creates the registrar application class.
*/
Registrar::Registrar()
: BApplication(kRegistrarSignature),
fRoster(NULL),
fClipboardHandler(NULL),
fMIMEManager(NULL),
fEventQueue(NULL),
fMessageRunnerManager(NULL),
fSanityEvent(NULL)
{
FUNCTION_START();
}
/*! \brief Creates and runs the registrar application.
The main thread is renamed.
\return 0.
*/
int
main()
{
FUNCTION_START();
// rename the main thread
rename_thread(find_thread(NULL), kRosterThreadName);
// create and run the registrar application
Registrar *app = new Registrar();
PRINT(("app->Run()...\n"));
app->Run();
PRINT(("delete app...\n"));
delete app;
FUNCTION_END();
return 0;
}
static void GPKG_CreateSpatialIndex(sqlite3_context *context, int nbArgs, sqlite3_value **args) {
spatialdb_t *spatialdb;
FUNCTION_TEXT_ARG(db_name);
FUNCTION_TEXT_ARG(table_name);
FUNCTION_TEXT_ARG(geometry_column_name);
FUNCTION_TEXT_ARG(id_column_name);
FUNCTION_START(context);
spatialdb = (spatialdb_t *)sqlite3_user_data(context);
if (nbArgs == 4) {
FUNCTION_GET_TEXT_ARG(context, db_name, 0);
FUNCTION_GET_TEXT_ARG(context, table_name, 1);
FUNCTION_GET_TEXT_ARG(context, geometry_column_name, 2);
FUNCTION_GET_TEXT_ARG(context, id_column_name, 3);
} else {
FUNCTION_SET_TEXT_ARG(db_name, "main");
FUNCTION_GET_TEXT_ARG(context, table_name, 0);
FUNCTION_GET_TEXT_ARG(context, geometry_column_name, 1);
FUNCTION_GET_TEXT_ARG(context, id_column_name, 2);
}
if (spatialdb->create_spatial_index == NULL) {
error_append(FUNCTION_ERROR, "Spatial indexes are not supported in %s mode", spatialdb->name);
goto exit;
}
FUNCTION_START_TRANSACTION(__create_spatial_index);
FUNCTION_RESULT = spatialdb->init_meta(FUNCTION_DB_HANDLE, db_name, FUNCTION_ERROR);
if (FUNCTION_RESULT == SQLITE_OK) {
FUNCTION_RESULT = spatialdb->create_spatial_index(FUNCTION_DB_HANDLE, db_name, table_name, geometry_column_name, id_column_name, FUNCTION_ERROR);
}
FUNCTION_END_TRANSACTION(__create_spatial_index);
if (FUNCTION_RESULT == SQLITE_OK) {
sqlite3_result_null(context);
}
FUNCTION_END(context);
FUNCTION_FREE_TEXT_ARG(db_name);
FUNCTION_FREE_TEXT_ARG(table_name);
FUNCTION_FREE_TEXT_ARG(geometry_column_name);
FUNCTION_FREE_TEXT_ARG(id_column_name);
}
/*! \brief Frees all resources associated with the registrar.
All registrar services, that haven't been shut down earlier, are
terminated.
*/
Registrar::~Registrar()
{
FUNCTION_START();
Lock();
fEventQueue->Die();
delete fMessageRunnerManager;
delete fEventQueue;
delete fSanityEvent;
fMIMEManager->Lock();
fMIMEManager->Quit();
RemoveHandler(fClipboardHandler);
delete fClipboardHandler;
delete fRoster;
// Invalidate the global be_roster, so that the BApplication destructor
// won't dead-lock when sending a message to itself.
BRoster::Private().SetTo(BMessenger(), BMessenger());
FUNCTION_END();
}
static void GPKG_CheckSpatialMetaData(sqlite3_context *context, int nbArgs, sqlite3_value **args) {
spatialdb_t *spatialdb;
FUNCTION_TEXT_ARG(db_name);
FUNCTION_INT_ARG(check);
FUNCTION_INT_ARG(type);
FUNCTION_START(context);
spatialdb = (spatialdb_t *)sqlite3_user_data(context);
if (nbArgs == 0) {
FUNCTION_SET_TEXT_ARG(db_name, "main");
FUNCTION_SET_INT_ARG(check, 0);
} else if (nbArgs == 1) {
FUNCTION_GET_TYPE(type, 0);
if (type == SQLITE_TEXT) {
FUNCTION_GET_TEXT_ARG(context, db_name, 0);
} else {
FUNCTION_SET_TEXT_ARG(db_name, "main");
FUNCTION_GET_INT_ARG(check, 0);
}
} else {
FUNCTION_GET_TEXT_ARG(context, db_name, 0);
FUNCTION_GET_INT_ARG(check, 1);
}
if (check != 0) {
check = SQL_CHECK_ALL;
}
FUNCTION_RESULT = spatialdb->check_meta(FUNCTION_DB_HANDLE, db_name, check, FUNCTION_ERROR);
if (FUNCTION_RESULT == SQLITE_OK) {
sqlite3_result_null(context);
}
FUNCTION_END(context);
FUNCTION_FREE_TEXT_ARG(db_name);
FUNCTION_FREE_INT_ARG(check);
FUNCTION_FREE_INT_ARG(type);
}
static void GPKG_LoadGEOS(sqlite3_context *context, int nbArgs, sqlite3_value **args) {
geos_context_t *ctx = NULL;
spatialdb_t *spatialdb;
FUNCTION_TEXT_ARG(lib_path);
FUNCTION_START(context);
spatialdb = (spatialdb_t *)sqlite3_user_data(context);
if (sqlite3_value_type(args[0]) != SQLITE_NULL) {
FUNCTION_GET_TEXT_ARG_UNSAFE(lib_path, 0);
}
ctx = geos_context_init(spatialdb, lib_path, FUNCTION_ERROR);
if (ctx != NULL) {
geom_func_register(FUNCTION_DB_HANDLE, FUNCTION_ERROR, ctx);
}
FUNCTION_END(context);
FUNCTION_FREE_TEXT_ARG(lib_path);
if (ctx != NULL) {
geos_context_release(ctx);
}
}
static void GPKG_InitSpatialMetaData(sqlite3_context *context, int nbArgs, sqlite3_value **args) {
spatialdb_t *spatialdb;
FUNCTION_TEXT_ARG(db_name);
FUNCTION_START(context);
spatialdb = (spatialdb_t *)sqlite3_user_data(context);
if (nbArgs == 0) {
FUNCTION_SET_TEXT_ARG(db_name, "main");
} else {
FUNCTION_GET_TEXT_ARG(context, db_name, 0);
}
FUNCTION_START_TRANSACTION(__initspatialdb);
FUNCTION_RESULT = spatialdb->init_meta(FUNCTION_DB_HANDLE, db_name, FUNCTION_ERROR);
FUNCTION_END_TRANSACTION(__initspatialdb);
if (FUNCTION_RESULT == SQLITE_OK) {
sqlite3_result_null(context);
}
FUNCTION_END(context);
FUNCTION_FREE_TEXT_ARG(db_name);
}
/*
* Supports the following parameter lists:
* 4: table, column, type, srid
* 5: db, table, column, type, srid
* 6: table, column, type, srid, z, m
* 7: db, table, column, type, srid, z, m
*/
static void GPKG_AddGeometryColumn(sqlite3_context *context, int nbArgs, sqlite3_value **args) {
spatialdb_t *spatialdb;
FUNCTION_TEXT_ARG(db_name);
FUNCTION_TEXT_ARG(table_name);
FUNCTION_TEXT_ARG(column_name);
FUNCTION_TEXT_ARG(geometry_type);
FUNCTION_INT_ARG(srs_id);
FUNCTION_INT_ARG(z);
FUNCTION_INT_ARG(m);
FUNCTION_START(context);
spatialdb = (spatialdb_t *)sqlite3_user_data(context);
if (nbArgs == 4) {
FUNCTION_SET_TEXT_ARG(db_name, "main");
FUNCTION_GET_TEXT_ARG(context, table_name, 0);
FUNCTION_GET_TEXT_ARG(context, column_name, 1);
FUNCTION_GET_TEXT_ARG(context, geometry_type, 2);
FUNCTION_GET_INT_ARG(srs_id, 3);
FUNCTION_SET_INT_ARG(z, 2);
FUNCTION_SET_INT_ARG(m, 2);
} else if (nbArgs == 5) {
FUNCTION_GET_TEXT_ARG(context, db_name, 0);
FUNCTION_GET_TEXT_ARG(context, table_name, 1);
FUNCTION_GET_TEXT_ARG(context, column_name, 2);
FUNCTION_GET_TEXT_ARG(context, geometry_type, 3);
FUNCTION_GET_INT_ARG(srs_id, 4);
} else if (nbArgs == 6) {
FUNCTION_SET_TEXT_ARG(db_name, "main");
FUNCTION_GET_TEXT_ARG(context, table_name, 0);
FUNCTION_GET_TEXT_ARG(context, column_name, 1);
FUNCTION_GET_TEXT_ARG(context, geometry_type, 2);
FUNCTION_GET_INT_ARG(srs_id, 3);
FUNCTION_GET_INT_ARG(z, 4);
FUNCTION_GET_INT_ARG(m, 5);
} else {
FUNCTION_GET_TEXT_ARG(context, db_name, 0);
FUNCTION_GET_TEXT_ARG(context, table_name, 1);
FUNCTION_GET_TEXT_ARG(context, column_name, 2);
FUNCTION_GET_TEXT_ARG(context, geometry_type, 3);
FUNCTION_GET_INT_ARG(srs_id, 4);
FUNCTION_GET_INT_ARG(z, 5);
FUNCTION_GET_INT_ARG(m, 6);
}
FUNCTION_START_TRANSACTION(__add_geom_col);
FUNCTION_RESULT = spatialdb->init_meta(FUNCTION_DB_HANDLE, db_name, FUNCTION_ERROR);
if (FUNCTION_RESULT == SQLITE_OK) {
FUNCTION_RESULT = spatialdb->add_geometry_column(FUNCTION_DB_HANDLE, db_name, table_name, column_name, geometry_type, srs_id, z, m, FUNCTION_ERROR);
}
FUNCTION_END_TRANSACTION(__add_geom_col);
if (FUNCTION_RESULT == SQLITE_OK) {
sqlite3_result_null(context);
}
FUNCTION_END(context);
FUNCTION_FREE_TEXT_ARG(db_name);
FUNCTION_FREE_TEXT_ARG(table_name);
FUNCTION_FREE_TEXT_ARG(column_name);
FUNCTION_FREE_TEXT_ARG(geometry_type);
FUNCTION_FREE_INT_ARG(srid);
FUNCTION_FREE_INT_ARG(z);
FUNCTION_FREE_INT_ARG(m);
}
status_t
packagefs_close_query(fs_volume* fsVolume, void* cookie)
{
FUNCTION_START();
return B_OK;
}
