input_specs = self.getSpecValues( 'input' )
for input_tvar_name in input_specs:
input_tvar = self.complier.getTaskObject( 'tvar', input_tvar_name )
self.inputs[input_tvar_name] = input_tvar
def execute(self):
for input_object in self.inputs.values():
input_object.execute()
self.run_task()
def run_task(self):
pass
def __str__(self):
return '\n'.join( [ TaskObject.__str__(self), " -- grid: %s " % str( self.grid ), " -- time_bounds: %s " % str( self.time_bounds ), " -- inputs: %s " % str( self.inputs.items() ) ] )
TaskCompiler.registerObjectType( 'dataset', TaskObject )
TaskCompiler.registerObjectType( 'time_bounds', TaskObject )
TaskCompiler.registerObjectType( 'grid', TaskObject )
TaskCompiler.registerObjectType( 'tvar', TVarObject )
TaskCompiler.registerObjectType( 'output', TaskObject )
if __name__ == "__main__":
configFilePath = "./config/ParallelCDMS.nasa-2.txt"
cp = ConfigFileParser( configFilePath )
cp.parse()
taskCompiler = TaskCompiler()
taskCompiler.processTaskSpec( cp.data() )
