Examples with WorkerThread android.support.annotation.WorkerThread used on opensource projects

Example 96 with WorkerThread

use of android.support.annotation.WorkerThread in project storio by pushtorefresh.

the class PreparedDeleteObject method executeAsBlocking.

/**
     * Executes Delete Operation immediately in current thread.
     * <p>
     * Notice: This is blocking I/O operation that should not be executed on the Main Thread,
     * it can cause ANR (Activity Not Responding dialog), block the UI and drop animations frames.
     * So please, call this method on some background thread. See {@link WorkerThread}.
     *
     * @return non-null result of Delete Operation.
     */
@SuppressWarnings("unchecked")
@WorkerThread
@NonNull
@Override
public DeleteResult executeAsBlocking() {
    try {
        final DeleteResolver<T> deleteResolver;
        if (explicitDeleteResolver != null) {
            deleteResolver = explicitDeleteResolver;
        } else {
            final ContentResolverTypeMapping<T> typeMapping = storIOContentResolver.lowLevel().typeMapping((Class<T>) object.getClass());
            if (typeMapping == null) {
                throw new IllegalStateException("Object does not have type mapping: " + "object = " + object + ", object.class = " + object.getClass() + ", " + "ContentProvider was not affected by this operation, please add type mapping for this type");
            }
            deleteResolver = typeMapping.deleteResolver();
        }
        return deleteResolver.performDelete(storIOContentResolver, object);
    } catch (Exception exception) {
        throw new StorIOException("Error has occurred during Delete operation. object = " + object, exception);
    }
}

Example 97 with WorkerThread

use of android.support.annotation.WorkerThread in project storio by pushtorefresh.

the class PreparedPutObject method executeAsBlocking.

/**
     * Executes Put Operation immediately in current thread.
     * <p>
     * Notice: This is blocking I/O operation that should not be executed on the Main Thread,
     * it can cause ANR (Activity Not Responding dialog), block the UI and drop animations frames.
     * So please, call this method on some background thread. See {@link WorkerThread}.
     *
     * @return non-null results of Put Operation.
     */
@SuppressWarnings("unchecked")
@WorkerThread
@NonNull
@Override
public PutResult executeAsBlocking() {
    try {
        final PutResolver<T> putResolver;
        if (explicitPutResolver != null) {
            putResolver = explicitPutResolver;
        } else {
            final ContentResolverTypeMapping<T> typeMapping = storIOContentResolver.lowLevel().typeMapping((Class<T>) object.getClass());
            if (typeMapping == null) {
                throw new IllegalStateException("Object does not have type mapping: " + "object = " + object + ", object.class = " + object.getClass() + ", " + "ContentProvider was not affected by this operation, please add type mapping for this type");
            }
            putResolver = typeMapping.putResolver();
        }
        return putResolver.performPut(storIOContentResolver, object);
    } catch (Exception exception) {
        throw new StorIOException("Error has occurred during Put operation. object = " + object, exception);
    }
}

Example 98 with WorkerThread

use of android.support.annotation.WorkerThread in project storio by pushtorefresh.

the class PreparedPutObject method executeAsBlocking.

/**
     * Executes Put Operation immediately in current thread.
     * <p>
     * Notice: This is blocking I/O operation that should not be executed on the Main Thread,
     * it can cause ANR (Activity Not Responding dialog), block the UI and drop animations frames.
     * So please, call this method on some background thread. See {@link WorkerThread}.
     *
     * @return non-null result of Put Operation.
     */
@SuppressWarnings("unchecked")
@WorkerThread
@NonNull
@Override
public PutResult executeAsBlocking() {
    try {
        final StorIOSQLite.LowLevel lowLevel = storIOSQLite.lowLevel();
        final PutResolver<T> putResolver;
        if (explicitPutResolver != null) {
            putResolver = explicitPutResolver;
        } else {
            final SQLiteTypeMapping<T> typeMapping = lowLevel.typeMapping((Class<T>) object.getClass());
            if (typeMapping == null) {
                throw new IllegalStateException("Object does not have type mapping: " + "object = " + object + ", object.class = " + object.getClass() + ", " + "db was not affected by this operation, please add type mapping for this type");
            }
            putResolver = typeMapping.putResolver();
        }
        final PutResult putResult = putResolver.performPut(storIOSQLite, object);
        if (putResult.wasInserted() || putResult.wasUpdated()) {
            lowLevel.notifyAboutChanges(Changes.newInstance(putResult.affectedTables()));
        }
        return putResult;
    } catch (Exception exception) {
        throw new StorIOException("Error has occurred during Put operation. object = " + object, exception);
    }
}

Example 99 with WorkerThread

use of android.support.annotation.WorkerThread in project storio by pushtorefresh.

the class PreparedDeleteCollectionOfObjects method executeAsBlocking.

/**
     * Executes Delete Operation immediately in current thread.
     * <p>
     * Notice: This is blocking I/O operation that should not be executed on the Main Thread,
     * it can cause ANR (Activity Not Responding dialog), block the UI and drop animations frames.
     * So please, call this method on some background thread. See {@link WorkerThread}.
     *
     * @return non-null results of Delete Operation.
     */
@SuppressWarnings("unchecked")
@WorkerThread
@NonNull
@Override
public DeleteResults<T> executeAsBlocking() {
    try {
        final StorIOSQLite.LowLevel lowLevel = storIOSQLite.lowLevel();
        // Nullable
        final List<SimpleImmutableEntry<T, DeleteResolver<T>>> objectsAndDeleteResolvers;
        if (explicitDeleteResolver != null) {
            objectsAndDeleteResolvers = null;
        } else {
            objectsAndDeleteResolvers = new ArrayList<SimpleImmutableEntry<T, DeleteResolver<T>>>(objects.size());
            for (final T object : objects) {
                final SQLiteTypeMapping<T> typeMapping = (SQLiteTypeMapping<T>) lowLevel.typeMapping(object.getClass());
                if (typeMapping == null) {
                    throw new IllegalStateException("One of the objects from the collection does not have type mapping: " + "object = " + object + ", object.class = " + object.getClass() + "," + "db was not affected by this operation, please add type mapping for this type");
                }
                objectsAndDeleteResolvers.add(new SimpleImmutableEntry<T, DeleteResolver<T>>(object, typeMapping.deleteResolver()));
            }
        }
        if (useTransaction) {
            lowLevel.beginTransaction();
        }
        final Map<T, DeleteResult> results = new HashMap<T, DeleteResult>(objects.size());
        boolean transactionSuccessful = false;
        try {
            if (explicitDeleteResolver != null) {
                for (final T object : objects) {
                    final DeleteResult deleteResult = explicitDeleteResolver.performDelete(storIOSQLite, object);
                    results.put(object, deleteResult);
                    if (!useTransaction && deleteResult.numberOfRowsDeleted() > 0) {
                        lowLevel.notifyAboutChanges(Changes.newInstance(deleteResult.affectedTables()));
                    }
                }
            } else {
                for (final SimpleImmutableEntry<T, DeleteResolver<T>> objectAndDeleteResolver : objectsAndDeleteResolvers) {
                    final T object = objectAndDeleteResolver.getKey();
                    final DeleteResolver<T> deleteResolver = objectAndDeleteResolver.getValue();
                    final DeleteResult deleteResult = deleteResolver.performDelete(storIOSQLite, object);
                    results.put(object, deleteResult);
                    if (!useTransaction && deleteResult.numberOfRowsDeleted() > 0) {
                        lowLevel.notifyAboutChanges(Changes.newInstance(deleteResult.affectedTables()));
                    }
                }
            }
            if (useTransaction) {
                lowLevel.setTransactionSuccessful();
                transactionSuccessful = true;
            }
        } finally {
            if (useTransaction) {
                lowLevel.endTransaction();
                // if delete was in transaction and it was successful -> notify about changes
                if (transactionSuccessful) {
                    // in most cases it will be one table
                    final Set<String> affectedTables = new HashSet<String>(1);
                    for (final T object : results.keySet()) {
                        final DeleteResult deleteResult = results.get(object);
                        if (deleteResult.numberOfRowsDeleted() > 0) {
                            affectedTables.addAll(results.get(object).affectedTables());
                        }
                    }
                    // It'll reduce number of possible deadlock situations
                    if (!affectedTables.isEmpty()) {
                        lowLevel.notifyAboutChanges(Changes.newInstance(affectedTables));
                    }
                }
            }
        }
        return DeleteResults.newInstance(results);
    } catch (Exception exception) {
        throw new StorIOException("Error has occurred during Delete operation. objects = " + objects, exception);
    }
}

Example 100 with WorkerThread

use of android.support.annotation.WorkerThread in project sqlbrite by square.

the class BriteDatabase method delete.

/**
   * Delete rows from the specified {@code table} and notify any subscribed queries. This method
   * will not trigger a notification if no rows were deleted.
   *
   * @see SQLiteDatabase#delete(String, String, String[])
   */
@WorkerThread
public int delete(@NonNull String table, @Nullable String whereClause, @Nullable String... whereArgs) {
    SQLiteDatabase db = getWritableDatabase();
    if (logging) {
        log("DELETE\n  table: %s\n  whereClause: %s\n  whereArgs: %s", table, whereClause, Arrays.toString(whereArgs));
    }
    int rows = db.delete(table, whereClause, whereArgs);
    if (logging)
        log("DELETE affected %s %s", rows, rows != 1 ? "rows" : "row");
    if (rows > 0) {
        // Only send a table trigger if rows were affected.
        sendTableTrigger(Collections.singleton(table));
    }
    return rows;
}