def copy_most_recent_games():
    ' Download the 200,000 most recent games, each file should\n    contain 1,000 game records. So we need to download the 200\n    most recent files. '
    files = []
    blobs = sorted([blob for blob in bucket.list_blobs(prefix='games/') if (blob.size > 0)], key=(lambda blob: blob.time_created))
    print('Loading training data...', end='', flush=True)
    for blob in blobs[(- 200):]:
        dest_file = 'data/{}'.format(basename(blob.name))
        files += (dest_file,)
        if (not blob_already_exists(blob, dest_file)):
            with open(dest_file, 'wb') as file:
                print('.', end='', flush=True)
                blob.download_to_file(file)
    print('', flush=True)
    return files
Download the 200,000 most recent games, each file should
contain 1,000 game records. So we need to download the 200
most recent files.
def copy_most_recent_games():
    ' Download the 200,000 most recent games, each file should\n    contain 1,000 game records. So we need to download the 200\n    most recent files. '
    files = []
    blobs = sorted([blob for blob in bucket.list_blobs(prefix='games/') if (blob.size > 0)], key=(lambda blob: blob.time_created))
    print('Loading training data...', end=, flush=True)
    for blob in blobs[(- 200):]:
        dest_file = 'data/{}'.format(basename(blob.name))
        files += (dest_file,)
        if (not blob_already_exists(blob, dest_file)):
            with open(dest_file, 'wb') as file:
                print('.', end=, flush=True)
                blob.download_to_file(file)
    print(, flush=True)
    return files