def LoadSchedules( self, npc=None ):
import traceback
import Ai.Tasks, Ai.Schedules
if not npc:
print( "Loading Python Ai Tasks and Schedules..." )
# Resolve all our classes and modules up-front for simplicity
if npc:
task_class = npc._cust_tasks
sched_class = npc._cust_sched
cond_class = npc._cust_cond
else:
task_class = Ai.Tasks.Task
sched_class = Ai.Schedules.Sched
cond_class = Ai.Schedules.Cond
# Load tasks registered in Ai.Tasks.Task or the passed NPC
items = task_class.__dict__.items() if task_class else []
for name, task in items:
try:
if issubclass( task.__class__, Ai.Tasks.BaseTask ):
GEUtil.DevMsg( "Registering Task: %s\n" % name )
task.Register( name )
except:
GEUtil.Warning( "Failed to register task: %s\n" % name )
print( traceback.print_exc( file=sys.stderr ) )
# Load in conditions defined in Ai.Schedules.Cond or the passed NPC
items = cond_class.__dict__.items() if cond_class else []
for name, cond in items:
try:
if issubclass( cond.__class__, Ai.Schedules.BaseCondition ):
GEUtil.DevMsg( "Registering Condition: %s\n" % name )
cond.Register( name )
except:
GEUtil.Warning( "Failed to register condition: %s\n" % name )
print( traceback.print_exc( file=sys.stderr ) )
# Load in schedules defined in Ai.Schedules.Sched or the passed NPC
items = []
if sched_class:
load_order = getattr( sched_class, "_order", None )
if load_order and type( load_order ) is list:
for x in load_order:
if hasattr( sched_class, x ):
items.append( ( x, getattr( sched_class, x ) ) )
items.extend( sched_class.__dict__.items() )
for name, sched in items:
try:
if issubclass( sched.__class__, Ai.Schedules.BaseSchedule ):
GEUtil.DevMsg( "Registering schedule: %s\n" % name )
sched.Register( name )
except:
GEUtil.Warning( "Failed to register schedule: %s\n" % name )
print( traceback.print_exc( file=sys.stderr ) )
