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## About The Pull Request When more Felinid ear styles were added, no one updated the jank old randomization code When Felinid ears were refactored, no one updated the jank old randomization code Sooo let's do that shall we? 1. Species `get_mut_organs` -> `get_organs`, it gets gets all organs the mob has anyways 2. Prefs `relevant_external_organ` -> `relevant_organ`, it applies to any organ type 3. Del organ `preference`, the preference itself handles it via `relevant_organ` ## Changelog 🆑 Melbert fix: Felinids will randomize their ear type properly /🆑
140 lines
8.7 KiB
Plaintext
140 lines
8.7 KiB
Plaintext
#define TEST_ORGAN_INSERT_MESSAGE(test_organ, message) "`[test_organ.type]/Insert()` [message]"
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#define TEST_ORGAN_REMOVE_MESSAGE(test_organ, message) "`[test_organ.type]/Remove()` [message]"
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/// Check organ insertion and removal, for all organ subtypes usable in-game.
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/// Ensures algorithmic correctness of the "Insert()" and "Remove()" procs.
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/// This test is especially useful because developers frequently override those.
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/datum/unit_test/organ_sanity
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// List of organ typepaths which cause species change.
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// Species change swaps out all the organs, making test_organ un-usable after insertion.
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var/static/list/species_changing_organs = typecacheof(list(
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/obj/item/organ/brain/shadow/nightmare,
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))
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/datum/unit_test/organ_sanity/Run()
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for(var/obj/item/organ/organ_type as anything in subtypesof(/obj/item/organ) - GLOB.prototype_organs)
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organ_test_insert(organ_type)
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/datum/unit_test/organ_sanity/proc/organ_test_insert(obj/item/organ/organ_type)
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// Appropriate mob (Human) which will receive organ.
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var/mob/living/carbon/human/lab_rat = allocate(/mob/living/carbon/human/consistent)
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var/obj/item/organ/test_organ = new organ_type()
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// Inappropriate mob (Dog) which will hopefully reject organ.
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var/mob/living/basic/pet/dog/lab_dog = allocate(/mob/living/basic/pet/dog/corgi)
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var/obj/item/organ/reject_organ = new organ_type()
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TEST_ASSERT(test_organ.Insert(lab_rat, special = TRUE, movement_flags = DELETE_IF_REPLACED), TEST_ORGAN_INSERT_MESSAGE(test_organ, "should return TRUE to indicate success."))
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TEST_ASSERT(!reject_organ.Insert(lab_dog, special = TRUE, movement_flags = DELETE_IF_REPLACED), TEST_ORGAN_INSERT_MESSAGE(test_organ, "shouldn't return TRUE when inserting into a basic mob (Corgi)."))
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// Species change swaps out all the organs, making test_organ un-usable by this point.
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if(species_changing_organs[test_organ.type])
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return
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TEST_ASSERT(test_organ.owner == lab_rat, TEST_ORGAN_INSERT_MESSAGE(test_organ, "should assign the human to the organ's `owner` var."))
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TEST_ASSERT(test_organ in lab_rat.organs, TEST_ORGAN_INSERT_MESSAGE(test_organ, "should insert the organ into the human's `internal_organs` list."))
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if(test_organ.slot)
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TEST_ASSERT(lab_rat.organs_slot[test_organ.slot] == test_organ, TEST_ORGAN_INSERT_MESSAGE(test_organ, "should add the organ to the human's `internal_organs_slot` list."))
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TEST_ASSERT(lab_rat.get_organ_slot(test_organ.slot) == test_organ, TEST_ORGAN_INSERT_MESSAGE(test_organ, "should make the organ available via human's `get_organ_slot()` proc."))
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if(LAZYLEN(test_organ.organ_traits))
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TEST_ASSERT(LAZYLEN(lab_rat._status_traits), TEST_ORGAN_INSERT_MESSAGE(test_organ, "should add Traits to lazylist `human._status_traits`."))
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for(var/test_trait in test_organ.organ_traits)
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TEST_ASSERT(HAS_TRAIT(lab_rat, test_trait), TEST_ORGAN_INSERT_MESSAGE(test_organ, "should add Trait `[test_trait]` to lazylist `human._status_traits`"))
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if(LAZYLEN(test_organ.actions))
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TEST_ASSERT(LAZYLEN(lab_rat.actions), TEST_ORGAN_INSERT_MESSAGE(test_organ, "should add Actions to lazylist `human.actions`."))
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for(var/datum/action/test_action as anything in test_organ.actions)
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TEST_ASSERT(test_action in lab_rat.actions, TEST_ORGAN_INSERT_MESSAGE(test_organ, "should add Action `[test_action]` to lazylist `human.actions`."))
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if(LAZYLEN(test_organ.organ_effects))
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TEST_ASSERT(LAZYLEN(lab_rat.status_effects), TEST_ORGAN_INSERT_MESSAGE(test_organ, "should add Status Effects to lazylist `human.status_effects`."))
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for(var/datum/status_effect/test_status as anything in test_organ.organ_effects)
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TEST_ASSERT(test_status in lab_rat.status_effects, TEST_ORGAN_INSERT_MESSAGE(test_organ, "should add Status Effect `[test_status]` to lazylist `human.status_effects`."))
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test_organ.Remove(lab_rat, special = TRUE)
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TEST_ASSERT(test_organ.owner == null, TEST_ORGAN_REMOVE_MESSAGE(test_organ, "should assign the organ's `owner` var to null."))
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TEST_ASSERT(!(test_organ in lab_rat.organs), TEST_ORGAN_REMOVE_MESSAGE(test_organ, "should remove the organ from the human's `internal_organs` list."))
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if(test_organ.slot)
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TEST_ASSERT(lab_rat.organs_slot[test_organ.slot] != test_organ, TEST_ORGAN_REMOVE_MESSAGE(test_organ, "should remove the organ from the human's `internal_organs_slot` list."))
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TEST_ASSERT(lab_rat.get_organ_slot(test_organ.slot) != test_organ, TEST_ORGAN_REMOVE_MESSAGE(test_organ, "should remove the organ from the human's `get_organ_slot()` proc."))
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return
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#undef TEST_ORGAN_INSERT_MESSAGE
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#undef TEST_ORGAN_REMOVE_MESSAGE
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/// Tests organ damage cap.
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/// Organ damage should never bypass the cap.
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/// Every internal organ is tested.
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/datum/unit_test/organ_damage
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/datum/unit_test/organ_damage/Run()
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var/mob/living/carbon/human/dummy = allocate(/mob/living/carbon/human/consistent)
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for(var/obj/item/organ/organ_to_test in dummy.organs)
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test_organ(dummy, organ_to_test)
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/datum/unit_test/organ_damage/proc/test_organ(mob/living/carbon/human/dummy, obj/item/organ/test_organ)
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var/slot_to_use = test_organ.slot
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// Tests [mob/living/proc/adjustOrganLoss]
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TEST_ASSERT_EQUAL(dummy.adjustOrganLoss(slot_to_use, test_organ.maxHealth * 10), -test_organ.maxHealth, \
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"Mob level \"apply organ damage\" returned the wrong value for [slot_to_use] organ with default arguments.")
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TEST_ASSERT_EQUAL(dummy.get_organ_loss(slot_to_use), test_organ.maxHealth, \
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"Mob level \"apply organ damage\" can exceed the [slot_to_use] organ's damage cap with default arguments.")
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TEST_ASSERT_EQUAL(dummy.get_organ_loss(slot_to_use, required_organ_flag = test_organ.organ_flags), test_organ.maxHealth, \
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"(Testing get_organ_loss() with required_organ_flag = [test_organ.organ_flags]) \
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Mob level \"apply organ damage\" can exceed the [slot_to_use] organ's damage cap with default arguments.")
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dummy.fully_heal(HEAL_ORGANS)
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// Tests [mob/living/proc/set_organ_damage]
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TEST_ASSERT_EQUAL(dummy.setOrganLoss(slot_to_use, test_organ.maxHealth * 10), -test_organ.maxHealth, \
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"Mob level \"set organ damage\" returned the wrong value for [slot_to_use] organ with default arguments.")
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TEST_ASSERT_EQUAL(dummy.get_organ_loss(slot_to_use), test_organ.maxHealth, \
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"Mob level \"set organ damage\" can exceed the [slot_to_use] organ's damage cap with default arguments.")
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dummy.fully_heal(HEAL_ORGANS)
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// Tests [mob/living/proc/adjustOrganLoss] with a large max supplied
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TEST_ASSERT_EQUAL(dummy.adjustOrganLoss(slot_to_use, test_organ.maxHealth * 10, INFINITY), -test_organ.maxHealth, \
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"Mob level \"apply organ damage\" returned the wrong value for [slot_to_use] organ with a large maximum supplied.")
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TEST_ASSERT_EQUAL(dummy.get_organ_loss(slot_to_use), test_organ.maxHealth, \
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"Mob level \"apply organ damage\" can exceed the [slot_to_use] organ's damage cap with a large maximum supplied.")
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TEST_ASSERT_EQUAL(dummy.get_organ_loss(slot_to_use, required_organ_flag = test_organ.organ_flags), test_organ.maxHealth, \
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"(Testing get_organ_loss() with required_organ_flag = [test_organ.organ_flags]) \
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Mob level \"apply organ damage\" can exceed the [slot_to_use] organ's damage cap with a large maximum supplied.")
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dummy.fully_heal(HEAL_ORGANS)
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///Allocate a human mob, give 'em a skillchip and a generic trauma, then see if it throws any error when the brain is removed.
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/datum/unit_test/chipped_traumatized_brain_removal
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/datum/unit_test/chipped_traumatized_brain_removal/Run()
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var/mob/living/carbon/human/dummy/dummy = allocate(__IMPLIED_TYPE__)
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//add the chip and activate it
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var/obj/item/skillchip/basketweaving/chip = new(dummy.loc)
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dummy.implant_skillchip(chip, force = TRUE)
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TEST_ASSERT(chip.holding_brain, "Skillchip couldn't be implanted successfully, 'holding_brain' is null")
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chip.try_activate_skillchip(force = TRUE)
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TEST_ASSERT(chip.active, "Skillchip couldn't be activated")
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//add a trauma
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dummy.gain_trauma_type(BRAIN_TRAUMA_MILD)
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var/obj/item/organ/brain = locate() in dummy.organs
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brain.forceMove(dummy.loc)
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allocated += brain
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/datum/unit_test/felinid_ears
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/datum/unit_test/felinid_ears/Run()
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var/mob/living/carbon/human/normal_dummy = allocate(/mob/living/carbon/human/consistent)
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normal_dummy.dna.features[FEATURE_EARS] = SPRITE_ACCESSORY_NONE
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normal_dummy.set_species(/datum/species/human/felinid, pref_load = TRUE)
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TEST_ASSERT(!istype(normal_dummy.get_organ_slot(ORGAN_SLOT_EARS), /obj/item/organ/ears/cat), "Felinid with NONE ears set had cat ears on species gain.")
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TEST_ASSERT_NOTNULL(normal_dummy.get_organ_slot(ORGAN_SLOT_EARS), "Felinid with NONE ears set had NO ears on species gain.")
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var/mob/living/carbon/human/anime_dummy = allocate(/mob/living/carbon/human/consistent)
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anime_dummy.set_species(/datum/species/human/felinid, pref_load = TRUE)
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TEST_ASSERT(istype(anime_dummy.get_organ_slot(ORGAN_SLOT_EARS), /obj/item/organ/ears/cat), "Felinid with default ears set did not have cat ears on species gain.")
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