cumulative_density_function_per_country.py
def stitch_manager(
        lock_map, cpu_semaphore, worker_pool, stitch_queue,
        raster_id_to_global_stitch_path_map):
    """Thread to manage jobs to fork off to stitch workers.

    Parameters:
        lock_map (dict): maps global raster paths to lock objects.
        cpu_semaphore (bounded semaphore): acquire this when sending a job
            the job should release it
        worker_pool (multiprocessing.Pool): send work to this pool
        stitch_queue (JoinableQueue): stitching orders come through here.
        raster_id_to_global_stitch_map_path (dict): used to

    Returns:
        None when 'STOP' comes through the stitch queue.

    """
    while True:
        payload = stitch_queue.get()
        if payload == 'STOP':
            return
        LOGGER.debug('stitch manager got this payload: %s', str(payload))
        local_tile_raster_path, raster_aggregate_nodata_id_tuple = payload
        cpu_semaphore.acquire()
        worker_pool.apply_async(
            func=stitch_raster,
            args=(
                lock_map, cpu_semaphore, payload,
                raster_id_to_global_stitch_path_map))
Thread to manage jobs to fork off to stitch workers.

    Parameters:
        lock_map (dict): maps global raster paths to lock objects.
        cpu_semaphore (bounded semaphore): acquire this when sending a job
            the job should release it
        worker_pool (multiprocessing.Pool): send work to this pool
        stitch_queue (JoinableQueue): stitching orders come through here.
        raster_id_to_global_stitch_map_path (dict): used to

    Returns:
        None when 'STOP' comes through the stitch queue.

    
Thread to manage jobs to fork off to stitch workers.
Thread to manage jobs to fork off to stitch workers .
def stitch_manager(
        lock_map, cpu_semaphore, worker_pool, stitch_queue,
        raster_id_to_global_stitch_path_map):
    while True:
        payload = stitch_queue.get()
        if payload == 'STOP':
            return
        LOGGER.debug('stitch manager got this payload: %s', str(payload))
        local_tile_raster_path, raster_aggregate_nodata_id_tuple = payload
        cpu_semaphore.acquire()
        worker_pool.apply_async(
            func=stitch_raster,
            args=(
                lock_map, cpu_semaphore, payload,
                raster_id_to_global_stitch_path_map))
def stitch_manager ( lock_map , cpu_semaphore , worker_pool , stitch_queue , raster_id_to_global_stitch_path_map ) : while True : payload = stitch_queue . get ( ) if payload == 'STOP' : return LOGGER . debug ( 'stitch manager got this payload: %s' , str ( payload ) ) local_tile_raster_path , raster_aggregate_nodata_id_tuple = payload cpu_semaphore . acquire ( ) worker_pool . apply_async ( func = stitch_raster , args = ( lock_map , cpu_semaphore , payload , raster_id_to_global_stitch_path_map ) )
Thread to manage jobs to fork off to stitch workers.
Thread to manage jobs to fork off to stitch workers .
"""Thread to manage jobs to fork off to stitch workers.

    Parameters:
        lock_map (dict): maps global raster paths to lock objects.
        cpu_semaphore (bounded semaphore): acquire this when sending a job
            the job should release it
        worker_pool (multiprocessing.Pool): send work to this pool
        stitch_queue (JoinableQueue): stitching orders come through here.
        raster_id_to_global_stitch_map_path (dict): used to

    Returns:
        None when 'STOP' comes through the stitch queue.

    """
None when 'STOP' comes through the stitch queue.
None when ' STOP ' comes through the stitch queue .
lock_map
maps global raster paths to lock objects.
maps global raster paths to lock objects .
cpu_semaphore
acquire this when sending a job
the job should release it
acquire this when sending a job the job should release it
worker_pool
send work to this pool
send work to this pool
stitch_queue
stitching orders come through here.
stitching orders come through here .
raster_id_to_global_stitch_path_map
raster_id_to_global_stitch_map_path
None