def get_job(self): """Returns the next job or None""" if self.home_building is None: return None collectable_res = self.get_collectable_res() if not collectable_res: return None jobs = JobList(self, self.job_ordering) # iterate all building that provide one of the resources for building in self.get_buildings_in_range(reslist=collectable_res): # check if we can pickup here on principle target_possible = self._target_possible_cache.get(building, None) if target_possible is None: # not in cache, we have to check target_possible = self.check_possible_job_target(building) self._target_possible_cache[building] = target_possible if target_possible: # check for res here reslist = ( self.check_possible_job_target_for(building, res) for res in collectable_res ) reslist = [i for i in reslist if i] if reslist: # we can do something here jobs.append( Job(building, reslist) ) # TODO: find out why order of self.get_buildings_in_range(..) and therefore order of jobs differs from client to client # TODO: find out why WildAnimal.get_job(..) doesn't have this problem # for MP-Games the jobs must have the same ordering to ensure get_best_possible_job(..) returns the same result jobs.sort(key=lambda job: job.object.worldid) return self.get_best_possible_job(jobs)
def get_job(self): """Returns the next job or None""" if self.home_building is None: return None collectable_res = self.get_collectable_res() if len(collectable_res) == 0: return None jobs = JobList(self, self.job_ordering) # iterate all building that provide one of the resources for building in self.get_buildings_in_range(reslist=collectable_res): if self.check_possible_job_target(building): # check if we can pickup here on principle for res in collectable_res: # check if we can get res here now job = self.check_possible_job_target_for(building, res) if job is not None: jobs.append(job) # TODO: find out why order of self.get_buildings_in_range(..) and therefor order of jobs differs from client to client # TODO: find out why WindAnimal.get_job(..) doesn't have this problem # for MP-Games the jobs must have the same ordering to ensure get_best_possible_job(..) returns the same result jobs.sort(key=lambda job: job.object.worldid) return self.get_best_possible_job(jobs)
def create_list(self, order):
test_list = JobList(TestCollector(0, 0), order)
test_list.append(
Job(TestObject(1, 3, 3), [Job.ResListEntry(3, 4, False)]))
test_list.append(
Job(TestObject(2, 1, 1), [Job.ResListEntry(1, 2, False)]))
test_list.append(
Job(TestObject(3, 2, 2), [Job.ResListEntry(2, 3, False)]))
return test_list
def test_sort_fewest_available_and_distance(self):
test_list = JobList(TestCollector(0, 0),
JobList.order_by.fewest_available_and_distance)
test_list.append(
Job(TestObject(1, 3, 3), [Job.ResListEntry(2, 4, False)]))
test_list.append(
Job(TestObject(2, 1, 1), [Job.ResListEntry(1, 2, False)]))
test_list.append(
Job(TestObject(3, 2, 2), [Job.ResListEntry(2, 3, False)]))
test_list._sort_jobs_fewest_available_and_distance()
# Make sure everything was sorted in order of distance with secondary
# sorting by fewest available
self.assertEqual(test_list[0].object.id, 2)
self.assertEqual(test_list[1].object.id, 3)
self.assertEqual(test_list[2].object.id, 1)
def get_job(self):
"""Returns the next job or None"""
if self.home_building is None:
return None
collectable_res = self.get_collectable_res()
if not collectable_res:
return None
jobs = JobList(self, self.job_ordering)
# iterate all building that provide one of the resources
for building in self.get_buildings_in_range(reslist=collectable_res):
# check if we can pickup here on principle
target_possible = self._target_possible_cache.get(building, None)
if target_possible is None: # not in cache, we have to check
target_possible = self.check_possible_job_target(building)
self._target_possible_cache[building] = target_possible
if target_possible:
# check for res here
reslist = (self.check_possible_job_target_for(building, res)
for res in collectable_res)
reslist = [i for i in reslist if i]
if reslist: # we can do something here
jobs.append(Job(building, reslist))
# TODO: find out why order of self.get_buildings_in_range(..) and therefore order of jobs differs from client to client
# TODO: find out why WildAnimal.get_job(..) doesn't have this problem
# for MP-Games the jobs must have the same ordering to ensure get_best_possible_job(..) returns the same result
jobs.sort(key=lambda job: job.object.worldid)
return self.get_best_possible_job(jobs)
def test_sort_for_storage(self):
test_list = JobList(TestCollector(0, 0), JobList.order_by.for_storage_collector)
test_list.append(Job(TestObject(1, 3, 3), [Job.ResListEntry(2, 4, False)]))
test_list.append(Job(TestObject(2, 1, 1), [Job.ResListEntry(1, 2, False)]))
test_list.append(Job(TestObject(3, 2, 2), [Job.ResListEntry(2, 3, False)]))
test_list.append(Job(TestObject(4, 9, 0), [Job.ResListEntry(4, 9, target_inventory_full=True)]))
test_list.sort_jobs()
# Make sure everything was sorted in order of fewest available with secondary
# sorting by distance
self.assertEqual(test_list[0].object.id, 4)
self.assertEqual(test_list[1].object.id, 3)
self.assertEqual(test_list[2].object.id, 1)
self.assertEqual(test_list[3].object.id, 2)
# Both give res 2, but TestObject with id 3 is closer
self.assertTrue(self.distance(test_list, 1) <= self.distance(test_list, 2))
def test_sort_fewest_available_and_distance(self): test_list = JobList(TestCollector(0, 0), JobList.order_by.fewest_available_and_distance) test_list.append(Job(TestObject(1, 3, 3), [Job.ResListEntry(2, 4, False)])) test_list.append(Job(TestObject(2, 1, 1), [Job.ResListEntry(1, 2, False)])) test_list.append(Job(TestObject(3, 2, 2), [Job.ResListEntry(2, 3, False)])) test_list._sort_jobs_fewest_available_and_distance() # Make sure everything was sorted in order of distance with secondary # sorting by fewest available self.assertEqual(test_list[0].object.id, 2) self.assertEqual(test_list[1].object.id, 3) self.assertEqual(test_list[2].object.id, 1)
def test_sort_for_storage(self):
test_list = JobList(TestCollector(0, 0),
JobList.order_by.for_storage_collector)
test_list.append(
Job(TestObject(1, 3, 3), [Job.ResListEntry(2, 4, False)]))
test_list.append(
Job(TestObject(2, 1, 1), [Job.ResListEntry(1, 2, False)]))
test_list.append(
Job(TestObject(3, 2, 2), [Job.ResListEntry(2, 3, False)]))
test_list.append(
Job(TestObject(4, 9, 0),
[Job.ResListEntry(4, 9, target_inventory_full=True)]))
test_list.append(
Job(TestObject(BUILDINGS.CLAY_DEPOSIT, 10, 5),
[Job.ResListEntry(4, 9, False)]))
test_list.sort_jobs()
# Make sure everything was sorted in order of distance with secondary
# sorting by fewest available and as last the clay deposit as it has a producer in range
self.assertEqual(test_list[0].object.id, 4)
self.assertEqual(test_list[1].object.id, 2)
self.assertEqual(test_list[2].object.id, 3)
self.assertEqual(test_list[3].object.id, 1)
self.assertEqual(test_list[4].object.id, BUILDINGS.CLAY_DEPOSIT)
# Both give res 2, but TestObject with id 3 is closer
self.assertTrue(
self.distance(test_list, 1) <= self.distance(test_list, 2))
def test_sort_for_storage(self): test_list = JobList(TestCollector(0, 0), JobList.order_by.for_storage_collector) test_list.append(Job(TestObject(1, 3, 3), [Job.ResListEntry(2, 4, False)])) test_list.append(Job(TestObject(2, 1, 1), [Job.ResListEntry(1, 2, False)])) test_list.append(Job(TestObject(3, 2, 2), [Job.ResListEntry(2, 3, False)])) test_list.append(Job(TestObject(4, 9, 0), [Job.ResListEntry(4, 9, target_inventory_full=True)])) test_list.append(Job(TestObject(BUILDINGS.CLAY_DEPOSIT, 10, 5), [Job.ResListEntry(4, 9, False)])) test_list.sort_jobs() # Make sure everything was sorted in order of distance with secondary # sorting by fewest available and as last the clay deposit as it has a producer in range self.assertEqual(test_list[0].object.id, 4) self.assertEqual(test_list[1].object.id, 2) self.assertEqual(test_list[2].object.id, 3) self.assertEqual(test_list[3].object.id, 1) self.assertEqual(test_list[4].object.id, BUILDINGS.CLAY_DEPOSIT) # Both give res 2, but TestObject with id 3 is closer self.assertTrue(self.distance(test_list, 1) <= self.distance(test_list, 2))
def create_list(self, order): test_list = JobList(TestCollector(0, 0), order) test_list.append(Job(TestObject(1, 3, 3), [Job.ResListEntry(3, 4, False)])) test_list.append(Job(TestObject(2, 1, 1), [Job.ResListEntry(1, 2, False)])) test_list.append(Job(TestObject(3, 2, 2), [Job.ResListEntry(2, 3, False)])) return test_list
