def handle(self, *args, **kwargs):
# Gridsize: 1000 and 1250 must be dividable by gridsize, minimum is 0.5
# gridsize_divider: auto choose size depending on native size. value of 2 is good.
# Both None: automatic setting.
process_threedi_nc(
args[0], 'scenario_id',
detailed=True, with_region=False, gridsize=None, gridsize_divider=None)
def handle(self, *args, **kwargs):
# Gridsize: 1000 and 1250 must be dividable by gridsize, minimum is 0.5
# gridsize_divider: auto choose size depending on native size. value of 2 is good.
# Both None: automatic setting.
process_threedi_nc(args[0],
'scenario_id',
detailed=True,
with_region=False,
gridsize=None,
gridsize_divider=None)
def perform_task(body, tasktype_id, worker_nr, broker_logging_handler=None):
"""
execute specific task
scenario_id = id of scenario
tasktype_id = id of tasktype (120,130,132)
worker_nr = number of worker (1,2,3,4,5,6,7,8). Used for temp
directory and sobek project.
broker_logging_handler = sends loggings to broker
"""
scenario_type = body['scenario_type']
scenario_id = body['scenario_id']
#logging handler
if broker_logging_handler is not None:
log.addHandler(broker_logging_handler)
else:
log.warning("Broker logging handler does not set.")
#settings.py:
hisssm_root = settings.HISSSM_ROOT
sobek_program_root = settings.SOBEK_PROGRAM_ROOT # e: or c:
#sobek_project_root = settings.SOBEK_PROJECT_ROOT
tmp_root = settings.TMP_ROOT
tmp_directory = os.path.join(tmp_root, str(worker_nr))
if not os.path.exists(tmp_directory):
os.mkdir(tmp_directory)
sobek_project_directory = os.path.join(
'lzfl_%03d.lit' % worker_nr)
try:
success_code = False
error_message = ""
remarks = ''
if tasktype_id == TASK_COMPUTE_SOBEK_MODEL_120:
log.debug("execute TASK_COMPUTE_SOBEK_MODEL_120")
from flooding_lib.tasks import openbreach
openbreach.set_broker_logging_handler(broker_logging_handler)
remarks = ('openbreach-' + openbreach.__revision__ +
' uitvoerder: %02d/' % worker_nr)
success_code = openbreach.compute_sobek_model(scenario_id,
tmp_directory)
elif tasktype_id == TASK_PERFORM_SOBEK_SIMULATION_130:
log.debug("execute TASK_PERFORM_SOBEK_SIMULATION_130")
from flooding_lib.tasks import spawn
spawn.set_broker_logging_handler(broker_logging_handler)
remarks = ('spawn-' + spawn.__revision__ +
' uitvoerder: %02d/' % worker_nr)
success_code = spawn.perform_sobek_simulation(
scenario_id,
sobek_project_directory,
sobek_program_root)
elif tasktype_id == TASK_SOBEK_PYRAMID_GENERATION_150:
log.debug("execute TASK_SOBEK_PYRAMID_GENERATION_150")
from flooding_lib.tasks import pyramid_generation
pyramid_generation.set_broker_logging_handler(
broker_logging_handler)
remarks = ('pyramid_generation-' +
pyramid_generation.__revision__ +
' uitvoerder: %02d/' % worker_nr)
success_code = pyramid_generation.sobek(
scenario_id, tmp_directory)
elif tasktype_id == TASK_COMPUTE_RISE_SPEED_132:
log.debug("execute TASK_COMPUTE_RISE_SPEED_132")
from flooding_lib.tasks import calculaterisespeed_132
calculaterisespeed_132.set_broker_logging_handler(
broker_logging_handler)
remarks = ('calculaterisespeed_132-' +
calculaterisespeed_132.__revision__ +
' uitvoerder: %02d/' % worker_nr)
success_code = calculaterisespeed_132.perform_calculation(
scenario_id, tmp_directory)
elif tasktype_id == TASK_COMPUTE_MORTALITY_GRID_134:
log.debug("execute TASK_COMPUTE_MORTALITY_GRID_134")
from flooding_lib.tasks import calculatemortalitygrid_134
calculatemortalitygrid_134.set_broker_logging_handler(
broker_logging_handler)
remarks = ('calculatemortalitygrid_134-' +
calculatemortalitygrid_134.__revision__ +
' uitvoerder: %02d/' % worker_nr)
success_code = calculatemortalitygrid_134.perform_calculation(
scenario_id, tmp_directory)
elif tasktype_id == TASK_SOBEK_PRESENTATION_GENERATION_155:
log.debug("execute TASK_SOBEK_PRESENTATION_GENERATION_155")
from flooding_lib.tasks import presentationlayer_generation
presentationlayer_generation.set_broker_logging_handler(
broker_logging_handler)
remarks = ('presentationlayer_generation-' +
presentationlayer_generation.__revision__ +
' uitvoerder: %02d/' % worker_nr)
success_code = (
presentationlayer_generation.perform_presentation_generation(
scenario_id, tasktype_id))
if success_code:
update_scenario_status_cache(scenario_id)
elif tasktype_id == TASK_HISSSM_SIMULATION_160:
log.debug("execute TASK_HISSSM_SIMULATION_160")
from flooding_lib.tasks import hisssm_160
hisssm_160.set_broker_logging_handler(broker_logging_handler)
remarks = ('hisssm_160-' + hisssm_160.__revision__ +
' uitvoerder: %02d/' % worker_nr)
success_code = hisssm_160.perform_HISSSM_calculation(scenario_id,
hisssm_root)
elif tasktype_id == TASK_SOBEK_EMBANKMENT_DAMAGE_162:
log.debug("execute TASK_SOBEK_EMBANKMENT_DAMAGE_162")
from flooding_lib.tasks import kadeschade_module
kadeschade_module.set_broker_logging_handler(
broker_logging_handler)
remarks = ('kadeschade_module-' + kadeschade_module.__revision__ +
' uitvoerder: %02d/' % worker_nr)
success_code, error_message = kadeschade_module.calc_damage(
scenario_id)
elif tasktype_id == TASK_HISSSM_PYRAMID_GENERATION_180:
log.debug("execute TASK_HISSSM_PYRAMID_GENERATION_180")
from flooding_lib.tasks import pyramid_generation
pyramid_generation.set_broker_logging_handler(
broker_logging_handler)
remarks = ('pyramid_generation-' +
pyramid_generation.__revision__ +
' uitvoerder: %02d/' % worker_nr)
success_code = pyramid_generation.his_ssm(
scenario_id, tmp_directory)
elif tasktype_id == TASK_HISSSM_PRESENTATION_GENERATION_185:
log.debug("execute TASK_HISSSM_PRESENTATION_GENERATION_185")
from flooding_lib.tasks import presentationlayer_generation
presentationlayer_generation.set_broker_logging_handler(
broker_logging_handler)
remarks = ('presentationlayer_generation-' +
presentationlayer_generation.__revision__ +
' uitvoerder: %02d/' % worker_nr)
success_code = (
presentationlayer_generation.perform_presentation_generation(
scenario_id, tasktype_id))
elif tasktype_id == TASK_CALCULATE_STATISTICS:
from flooding_lib.tasks import calculate_scenario_statistics
calculate_scenario_statistics.calculate_statistics(scenario_id)
success_code = True # In case of problems, an exception is raised
elif tasktype_id == TASK_GENERATE_EXPORT:
if scenario_type == 'flooding_exportrun':
from flooding_lib.tasks import calculate_export_maps
# Here scenario_id is an exportrun_id
calculate_export_maps.calculate_export_maps(scenario_id)
success_code = True # In case of problems, an exception is raised
else:
log.error(
('Task not performed, because scenario_type is "%s"'
' (and not "flooding_exportrun")') %
scenario_type)
success_code = False
elif tasktype_id == TASK_GENERATE_DATA_EXPORT:
if scenario_type == 'flooding_exportrun':
from flooding_lib.tasks import calculate_export_data
calculate_export_data.set_broker_logging_handler(
broker_logging_handler)
# Here scenario_id is an exportrun_id
calculate_export_data.calculate_export_data(scenario_id)
success_code = True
else:
log.error(
('Task not performed, because scenario_type is "%s"'
' (and not "flooding_exportrun")') %
scenario_type)
success_code = False
elif tasktype_id == TASK_PERFORM_3DI_SIMULATION_210:
log.debug("execute TASK_PERFORM_3DI_SIMULATION_210 %s=%r" % (scenario_type, scenario_id))
from flooding_lib.tasks.threedi_210 import run_threedi_task
run_threedi_task(scenario_id, scenario_type)
success_code = True # In case of problems, an exception is raised
elif tasktype_id == TASK_3DI_PNG_GENERATION_220:
log.debug("execute TASK_3DI_PNG_GENERATION_220 %s=%r" % (scenario_type, scenario_id))
from flooding_lib.tasks.threedi_nc_220 import process_threedi_nc
process_threedi_nc(scenario_id, scenario_type, with_region=True)
success_code = True # In case of problems, an exception is raised
elif tasktype_id == TASK_3DI_PNG_GENERATION_221:
log.debug("execute TASK_3DI_PNG_GENERATION_221 (detailed) %s=%r" % (scenario_type, scenario_id))
from flooding_lib.tasks.threedi_nc_220 import process_threedi_nc
process_threedi_nc(scenario_id, scenario_type, detailed=True, gridsize=0.5)
success_code = True # In case of problems, an exception is raised
elif tasktype_id == TASK_3DI_PNG_GENERATION_222:
log.debug("execute TASK_3DI_PNG_GENERATION_220 %s=%r" % (scenario_type, scenario_id))
from flooding_lib.tasks.threedi_nc_220 import process_threedi_nc
process_threedi_nc(scenario_id, scenario_type, with_region=False)
success_code = True # In case of problems, an exception is raised
else:
log.warning("selected a '%d' task but don't know what it is" %
tasktype_id)
remarks = 'unknown task'
return success_code, remarks, error_message
except Exception, e:
from sys import exc_info
from traceback import format_tb
(this_exctype, this_value, this_traceback) = exc_info()
log.warning(''.join(['traceback: \n'] + format_tb(this_traceback)))
log.error("while executing task %s: '%s(%s)'" %
(tasktype_id, type(e), str(e)))
return False, remarks, '%s(%s)' % (type(e), str(e))
def perform_task(body, tasktype_id, worker_nr, broker_logging_handler=None):
"""
execute specific task
scenario_id = id of scenario
tasktype_id = id of tasktype (120,130,132)
worker_nr = number of worker (1,2,3,4,5,6,7,8). Used for temp
directory and sobek project.
broker_logging_handler = sends loggings to broker
"""
scenario_type = body['scenario_type']
scenario_id = body['scenario_id']
#logging handler
if broker_logging_handler is not None:
log.addHandler(broker_logging_handler)
else:
log.warning("Broker logging handler does not set.")
#settings.py:
hisssm_root = settings.HISSSM_ROOT
sobek_program_root = settings.SOBEK_PROGRAM_ROOT # e: or c:
#sobek_project_root = settings.SOBEK_PROJECT_ROOT
tmp_root = settings.TMP_ROOT
tmp_directory = os.path.join(tmp_root, str(worker_nr))
if not os.path.exists(tmp_directory):
os.mkdir(tmp_directory)
sobek_project_directory = os.path.join('lzfl_%03d.lit' % worker_nr)
try:
success_code = False
error_message = ""
remarks = ''
if tasktype_id == TASK_COMPUTE_SOBEK_MODEL_120:
log.debug("execute TASK_COMPUTE_SOBEK_MODEL_120")
from flooding_lib.tasks import openbreach
openbreach.set_broker_logging_handler(broker_logging_handler)
remarks = ('openbreach-' + openbreach.__revision__ +
' uitvoerder: %02d/' % worker_nr)
success_code = openbreach.compute_sobek_model(
scenario_id, tmp_directory)
elif tasktype_id == TASK_PERFORM_SOBEK_SIMULATION_130:
log.debug("execute TASK_PERFORM_SOBEK_SIMULATION_130")
from flooding_lib.tasks import spawn
spawn.set_broker_logging_handler(broker_logging_handler)
remarks = ('spawn-' + spawn.__revision__ +
' uitvoerder: %02d/' % worker_nr)
success_code = spawn.perform_sobek_simulation(
scenario_id, sobek_project_directory, sobek_program_root)
elif tasktype_id == TASK_SOBEK_PYRAMID_GENERATION_150:
log.debug("execute TASK_SOBEK_PYRAMID_GENERATION_150")
from flooding_lib.tasks import pyramid_generation
pyramid_generation.set_broker_logging_handler(
broker_logging_handler)
remarks = ('pyramid_generation-' +
pyramid_generation.__revision__ +
' uitvoerder: %02d/' % worker_nr)
success_code = pyramid_generation.sobek(scenario_id, tmp_directory)
elif tasktype_id == TASK_COMPUTE_RISE_SPEED_132:
log.debug("execute TASK_COMPUTE_RISE_SPEED_132")
from flooding_lib.tasks import calculaterisespeed_132
calculaterisespeed_132.set_broker_logging_handler(
broker_logging_handler)
remarks = ('calculaterisespeed_132-' +
calculaterisespeed_132.__revision__ +
' uitvoerder: %02d/' % worker_nr)
success_code = calculaterisespeed_132.perform_calculation(
scenario_id, tmp_directory)
elif tasktype_id == TASK_COMPUTE_MORTALITY_GRID_134:
log.debug("execute TASK_COMPUTE_MORTALITY_GRID_134")
from flooding_lib.tasks import calculatemortalitygrid_134
calculatemortalitygrid_134.set_broker_logging_handler(
broker_logging_handler)
remarks = ('calculatemortalitygrid_134-' +
calculatemortalitygrid_134.__revision__ +
' uitvoerder: %02d/' % worker_nr)
success_code = calculatemortalitygrid_134.perform_calculation(
scenario_id, tmp_directory)
elif tasktype_id == TASK_SOBEK_PRESENTATION_GENERATION_155:
log.debug("execute TASK_SOBEK_PRESENTATION_GENERATION_155")
from flooding_lib.tasks import presentationlayer_generation
presentationlayer_generation.set_broker_logging_handler(
broker_logging_handler)
remarks = ('presentationlayer_generation-' +
presentationlayer_generation.__revision__ +
' uitvoerder: %02d/' % worker_nr)
success_code = (
presentationlayer_generation.perform_presentation_generation(
scenario_id, tasktype_id))
if success_code:
update_scenario_status_cache(scenario_id)
elif tasktype_id == TASK_HISSSM_SIMULATION_160:
log.debug("execute TASK_HISSSM_SIMULATION_160")
from flooding_lib.tasks import hisssm_160
hisssm_160.set_broker_logging_handler(broker_logging_handler)
remarks = ('hisssm_160-' + hisssm_160.__revision__ +
' uitvoerder: %02d/' % worker_nr)
success_code = hisssm_160.perform_HISSSM_calculation(
scenario_id, hisssm_root)
elif tasktype_id == TASK_SOBEK_EMBANKMENT_DAMAGE_162:
log.debug("execute TASK_SOBEK_EMBANKMENT_DAMAGE_162")
from flooding_lib.tasks import kadeschade_module
kadeschade_module.set_broker_logging_handler(
broker_logging_handler)
remarks = ('kadeschade_module-' + kadeschade_module.__revision__ +
' uitvoerder: %02d/' % worker_nr)
success_code, error_message = kadeschade_module.calc_damage(
scenario_id)
elif tasktype_id == TASK_HISSSM_PYRAMID_GENERATION_180:
log.debug("execute TASK_HISSSM_PYRAMID_GENERATION_180")
from flooding_lib.tasks import pyramid_generation
pyramid_generation.set_broker_logging_handler(
broker_logging_handler)
remarks = ('pyramid_generation-' +
pyramid_generation.__revision__ +
' uitvoerder: %02d/' % worker_nr)
success_code = pyramid_generation.his_ssm(scenario_id,
tmp_directory)
elif tasktype_id == TASK_HISSSM_PRESENTATION_GENERATION_185:
log.debug("execute TASK_HISSSM_PRESENTATION_GENERATION_185")
from flooding_lib.tasks import presentationlayer_generation
presentationlayer_generation.set_broker_logging_handler(
broker_logging_handler)
remarks = ('presentationlayer_generation-' +
presentationlayer_generation.__revision__ +
' uitvoerder: %02d/' % worker_nr)
success_code = (
presentationlayer_generation.perform_presentation_generation(
scenario_id, tasktype_id))
elif tasktype_id == TASK_CALCULATE_STATISTICS:
from flooding_lib.tasks import calculate_scenario_statistics
calculate_scenario_statistics.calculate_statistics(scenario_id)
success_code = True # In case of problems, an exception is raised
elif tasktype_id == TASK_GENERATE_EXPORT:
if scenario_type == 'flooding_exportrun':
from flooding_lib.tasks import calculate_export_maps
# Here scenario_id is an exportrun_id
calculate_export_maps.calculate_export_maps(scenario_id)
success_code = True # In case of problems, an exception is raised
else:
log.error(('Task not performed, because scenario_type is "%s"'
' (and not "flooding_exportrun")') % scenario_type)
success_code = False
elif tasktype_id == TASK_GENERATE_DATA_EXPORT:
if scenario_type == 'flooding_exportrun':
from flooding_lib.tasks import calculate_export_data
calculate_export_data.set_broker_logging_handler(
broker_logging_handler)
# Here scenario_id is an exportrun_id
calculate_export_data.calculate_export_data(scenario_id)
success_code = True
else:
log.error(('Task not performed, because scenario_type is "%s"'
' (and not "flooding_exportrun")') % scenario_type)
success_code = False
elif tasktype_id == TASK_PERFORM_3DI_SIMULATION_210:
log.debug("execute TASK_PERFORM_3DI_SIMULATION_210 %s=%r" %
(scenario_type, scenario_id))
from flooding_lib.tasks.threedi_210 import run_threedi_task
run_threedi_task(scenario_id, scenario_type)
success_code = True # In case of problems, an exception is raised
elif tasktype_id == TASK_3DI_PNG_GENERATION_220:
log.debug("execute TASK_3DI_PNG_GENERATION_220 %s=%r" %
(scenario_type, scenario_id))
from flooding_lib.tasks.threedi_nc_220 import process_threedi_nc
process_threedi_nc(scenario_id, scenario_type, with_region=True)
success_code = True # In case of problems, an exception is raised
elif tasktype_id == TASK_3DI_PNG_GENERATION_221:
log.debug("execute TASK_3DI_PNG_GENERATION_221 (detailed) %s=%r" %
(scenario_type, scenario_id))
from flooding_lib.tasks.threedi_nc_220 import process_threedi_nc
process_threedi_nc(scenario_id,
scenario_type,
detailed=True,
gridsize=0.5)
success_code = True # In case of problems, an exception is raised
elif tasktype_id == TASK_3DI_PNG_GENERATION_222:
log.debug("execute TASK_3DI_PNG_GENERATION_220 %s=%r" %
(scenario_type, scenario_id))
from flooding_lib.tasks.threedi_nc_220 import process_threedi_nc
process_threedi_nc(scenario_id, scenario_type, with_region=False)
success_code = True # In case of problems, an exception is raised
else:
log.warning("selected a '%d' task but don't know what it is" %
tasktype_id)
remarks = 'unknown task'
return success_code, remarks, error_message
except Exception, e:
from sys import exc_info
from traceback import format_tb
(this_exctype, this_value, this_traceback) = exc_info()
log.warning(''.join(['traceback: \n'] + format_tb(this_traceback)))
log.error("while executing task %s: '%s(%s)'" %
(tasktype_id, type(e), str(e)))
return False, remarks, '%s(%s)' % (type(e), str(e))