robot.dm

/mob/living/silicon/robot/Initialize(mapload)
	spark_system = new /datum/effect_system/spark_spread()
	spark_system.set_up(5, 0, src)
	spark_system.attach(src)

	ADD_TRAIT(src, TRAIT_CAN_STRIP, INNATE_TRAIT)

	wires = new /datum/wires/robot(src)
	AddElement(/datum/element/empprotection, EMP_PROTECT_WIRES)
	AddElement(/datum/element/ridable, /datum/component/riding/creature/cyborg)
	RegisterSignal(src, COMSIG_PROCESS_BORGCHARGER_OCCUPANT, .proc/charge)
	RegisterSignal(src, COMSIG_LIGHT_EATER_ACT, .proc/on_light_eater)

	robot_modules_background = new()
	robot_modules_background.icon_state = "block"
	robot_modules_background.plane = HUD_PLANE

	inv1 = new /atom/movable/screen/robot/module1()
	inv2 = new /atom/movable/screen/robot/module2()
	inv3 = new /atom/movable/screen/robot/module3()

	ident = rand(1, 999)

	previous_health = health

	if(ispath(cell))
		cell = new cell(src)

	create_modularInterface()

	model = new /obj/item/robot_model(src)
	model.rebuild_modules()

	if(lawupdate)
		make_laws()
		if(!TryConnectToAI())
			lawupdate = FALSE

	if(!scrambledcodes && !builtInCamera)
		builtInCamera = new (src)
		builtInCamera.c_tag = real_name
		builtInCamera.network = list("ss13")
		builtInCamera.internal_light = FALSE
		if(wires.is_cut(WIRE_CAMERA))
			builtInCamera.status = 0
	update_icons()
	. = ..()

	//If this body is meant to be a borg controlled by the AI player
	if(shell)
		make_shell()
	else
		//MMI stuff. Held togheter by magic. ~Miauw
		if(!mmi?.brainmob)
			mmi = new (src)
			mmi.brain = new /obj/item/organ/brain(mmi)
			mmi.brain.organ_flags |= ORGAN_FROZEN
			mmi.brain.name = "[real_name]'s brain"
			mmi.name = "[initial(mmi.name)]: [real_name]"
			mmi.set_brainmob(new /mob/living/brain(mmi))
			mmi.brainmob.name = src.real_name
			mmi.brainmob.real_name = src.real_name
			mmi.brainmob.container = mmi
			mmi.update_appearance()
		setup_default_name()

	aicamera = new/obj/item/camera/siliconcam/robot_camera(src)
	toner = tonermax
	diag_hud_set_borgcell()
	logevent("System brought online.")

	alert_control = new(src, list(ALARM_ATMOS, ALARM_FIRE, ALARM_POWER, ALARM_CAMERA, ALARM_BURGLAR, ALARM_MOTION), list(z))
	RegisterSignal(alert_control.listener, COMSIG_ALARM_TRIGGERED, .proc/alarm_triggered)
	RegisterSignal(alert_control.listener, COMSIG_ALARM_CLEARED, .proc/alarm_cleared)
	alert_control.listener.RegisterSignal(src, COMSIG_LIVING_DEATH, /datum/alarm_listener/proc/prevent_alarm_changes)
	alert_control.listener.RegisterSignal(src, COMSIG_LIVING_REVIVE, /datum/alarm_listener/proc/allow_alarm_changes)

/mob/living/silicon/robot/model/syndicate/Initialize(mapload)
	. = ..()
	laws = new /datum/ai_laws/syndicate_override()
	addtimer(CALLBACK(src, .proc/show_playstyle), 5)

/mob/living/silicon/robot/proc/create_modularInterface()
	if(!modularInterface)
		modularInterface = new /obj/item/modular_computer/tablet/integrated(src)
	modularInterface.layer = ABOVE_HUD_PLANE
	modularInterface.plane = ABOVE_HUD_PLANE

/mob/living/silicon/robot/model/syndicate/create_modularInterface()
	if(!modularInterface)
		modularInterface = new /obj/item/modular_computer/tablet/integrated/syndicate(src)
	return ..()

//If there's an MMI in the robot, have it ejected when the mob goes away. --NEO
/mob/living/silicon/robot/Destroy()
	var/atom/T = drop_location()//To hopefully prevent run time errors.
	if(mmi && mind)//Safety for when a cyborg gets dust()ed. Or there is no MMI inside.
		if(T)
			mmi.forceMove(T)
		if(mmi.brainmob)
			if(mmi.brainmob.stat == DEAD)
				mmi.brainmob.set_stat(CONSCIOUS)
			mind.transfer_to(mmi.brainmob)
			mmi.update_appearance()
		else
			to_chat(src, span_boldannounce("Oops! Something went very wrong, your MMI was unable to receive your mind. You have been ghosted. Please make a bug report so we can fix this bug."))
			ghostize()
			stack_trace("Borg MMI lacked a brainmob")
		mmi = null
	if(modularInterface)
		QDEL_NULL(modularInterface)
	if(connected_ai)
		set_connected_ai(null)
	if(shell)
		GLOB.available_ai_shells -= src
	else
		if(T && istype(radio) && istype(radio.keyslot))
			radio.keyslot.forceMove(T)
			radio.keyslot = null
	QDEL_NULL(wires)
	QDEL_NULL(model)
	QDEL_NULL(eye_lights)
	QDEL_NULL(inv1)
	QDEL_NULL(inv2)
	QDEL_NULL(inv3)
	QDEL_NULL(spark_system)
	QDEL_NULL(alert_control)
	cell = null
	return ..()

/mob/living/silicon/robot/Topic(href, href_list)
	. = ..()
	//Show alerts window if user clicked on "Show alerts" in chat
	if(href_list["showalerts"])
		alert_control.ui_interact(src)

/mob/living/silicon/robot/get_cell()
	return cell

/mob/living/silicon/robot/proc/pick_model()
	if(model.type != /obj/item/robot_model)
		return

	if(wires.is_cut(WIRE_RESET_MODEL))
		to_chat(src,span_userdanger("ERROR: Model installer reply timeout. Please check internal connections."))
		return

	var/list/model_list = list("Engineering" = /obj/item/robot_model/engineering, \
	"Medical" = /obj/item/robot_model/medical, \
	"Miner" = /obj/item/robot_model/miner, \
	"Janitor" = /obj/item/robot_model/janitor, \
	"Service" = /obj/item/robot_model/service)
	if(!CONFIG_GET(flag/disable_peaceborg))
		model_list["Peacekeeper"] = /obj/item/robot_model/peacekeeper
	if(!CONFIG_GET(flag/disable_secborg))
		model_list["Security"] = /obj/item/robot_model/security

	// Create radial menu for choosing borg model
	var/list/model_icons = list()
	for(var/option in model_list)
		var/obj/item/robot_model/model = model_list[option]
		var/model_icon = initial(model.cyborg_base_icon)
		model_icons[option] = image(icon = 'icons/mob/robots.dmi', icon_state = model_icon)

	var/input_model = show_radial_menu(src, src, model_icons, radius = 42)
	if(!input_model || model.type != /obj/item/robot_model)
		return

	model.transform_to(model_list[input_model])


/// Used to setup the a basic and (somewhat) unique name for the robot.
/mob/living/silicon/robot/proc/setup_default_name()
	var/new_name
	if(GLOB.current_anonymous_theme) //only robotic renames will allow for anything other than the anonymous one
		new_name = GLOB.current_anonymous_theme.anonymous_ai_name(FALSE)
	else if(custom_name)
		new_name = custom_name
	else
		new_name = get_standard_name()
	if(new_name != real_name)
		fully_replace_character_name(real_name, new_name)


/// Updates the borg name taking the client preferences into account.
/mob/living/silicon/robot/proc/updatename(client/pref_source)
	if(shell)
		return
	if(!pref_source)
		pref_source = client
	var/changed_name = ""
	if(GLOB.current_anonymous_theme) //only robotic renames will allow for anything other than the anonymous one
		changed_name = GLOB.current_anonymous_theme.anonymous_ai_name(FALSE)
	else if(custom_name)
		changed_name = custom_name
	else if(pref_source && pref_source.prefs.read_preference(/datum/preference/name/cyborg) != DEFAULT_CYBORG_NAME)
		apply_pref_name(/datum/preference/name/cyborg, pref_source)
		return //built in camera handled in proc
	else
		changed_name = get_standard_name()

	fully_replace_character_name(real_name, changed_name)


/mob/living/silicon/robot/proc/get_standard_name()
	return "[(designation ? "[designation] " : "")][mmi.braintype]-[ident]"

/mob/living/silicon/robot/proc/ionpulse()
	if(!ionpulse_on)
		return

	if(cell.charge <= 10)
		toggle_ionpulse()
		return

	cell.charge -= 10
	return TRUE

/mob/living/silicon/robot/proc/toggle_ionpulse()
	if(!ionpulse)
		to_chat(src, span_notice("No thrusters are installed!"))
		return

	if(!ion_trail)
		ion_trail = new
		ion_trail.set_up(src)

	ionpulse_on = !ionpulse_on
	to_chat(src, span_notice("You [ionpulse_on ? null :"de"]activate your ion thrusters."))
	if(ionpulse_on)
		ion_trail.start()
	else
		ion_trail.stop()

/mob/living/silicon/robot/get_status_tab_items()
	. = ..()
	. += ""
	if(cell)
		. += "Charge Left: [cell.charge]/[cell.maxcharge]"
	else
		. += "No Cell Inserted!"

	if(model)
		for(var/datum/robot_energy_storage/st in model.storages)
			. += "[st.name]: [st.energy]/[st.max_energy]"
	if(connected_ai)
		. += "Master AI: [connected_ai.name]"

/mob/living/silicon/robot/proc/alarm_triggered(datum/source, alarm_type, area/source_area)
	SIGNAL_HANDLER
	queueAlarm("--- [alarm_type] alarm detected in [source_area.name]!", alarm_type)

/mob/living/silicon/robot/proc/alarm_cleared(datum/source, alarm_type, area/source_area)
	SIGNAL_HANDLER
	queueAlarm("--- [alarm_type] alarm in [source_area.name] has been cleared.", alarm_type, FALSE)

/mob/living/silicon/robot/can_interact_with(atom/A)
	if (A == modularInterface)
		return TRUE //bypass for borg tablets
	if (low_power_mode)
		return FALSE
	return ..()

/mob/living/silicon/robot/proc/allowed(mob/M)
	//check if it doesn't require any access at all
	if(check_access(null))
		return TRUE
	if(ishuman(M))
		var/mob/living/carbon/human/H = M
		//if they are holding or wearing a card that has access, that works
		if(check_access(H.get_active_held_item()) || check_access(H.wear_id))
			return TRUE
	else if(isalien(M))
		var/mob/living/carbon/george = M
		//they can only hold things :(
		if(isitem(george.get_active_held_item()))
			return check_access(george.get_active_held_item())
	return FALSE

/mob/living/silicon/robot/proc/check_access(obj/item/card/id/I)
	if(!istype(req_access, /list)) //something's very wrong
		return TRUE

	var/list/L = req_access
	if(!L.len) //no requirements
		return TRUE

	if(!istype(I, /obj/item/card/id) && isitem(I))
		I = I.GetID()

	if(!I || !I.access) //not ID or no access
		return FALSE
	for(var/req in req_access)
		if(!(req in I.access)) //doesn't have this access
			return FALSE
	return TRUE

/mob/living/silicon/robot/regenerate_icons()
	return update_icons()

/mob/living/silicon/robot/update_icons()
	cut_overlays()
	SSvis_overlays.remove_vis_overlay(src, managed_vis_overlays)
	icon_state = model.cyborg_base_icon
	if(stat != DEAD && !(HAS_TRAIT(src, TRAIT_KNOCKEDOUT) || IsStun() || IsParalyzed() || low_power_mode)) //Not dead, not stunned.
		if(!eye_lights)
			eye_lights = new()
		if(lamp_enabled || lamp_doom)
			eye_lights.icon_state = "[model.special_light_key ? "[model.special_light_key]":"[model.cyborg_base_icon]"]_l"
			eye_lights.color = lamp_doom? COLOR_RED : lamp_color
			eye_lights.plane = 19 //glowy eyes
		else
			eye_lights.icon_state = "[model.special_light_key ? "[model.special_light_key]":"[model.cyborg_base_icon]"]_e"
			eye_lights.color = COLOR_WHITE
			eye_lights.plane = -1
		eye_lights.icon = icon
		add_overlay(eye_lights)

	if(opened)
		if(wiresexposed)
			add_overlay("ov-opencover +w")
		else if(cell)
			add_overlay("ov-opencover +c")
		else
			add_overlay("ov-opencover -c")
	if(hat)
		var/mutable_appearance/head_overlay = hat.build_worn_icon(default_layer = 20, default_icon_file = 'icons/mob/clothing/head.dmi')
		head_overlay.pixel_y += hat_offset
		add_overlay(head_overlay)
	update_fire()

/mob/living/silicon/robot/proc/self_destruct()
	if(emagged)
		QDEL_NULL(mmi)
		explosion(src, devastation_range = 1, heavy_impact_range = 2, light_impact_range = 4, flame_range = 2)
	else
		explosion(src, devastation_range = -1, light_impact_range = 2)
	gib()

/mob/living/silicon/robot/proc/UnlinkSelf()
	set_connected_ai(null)
	lawupdate = FALSE
	set_lockcharge(FALSE)
	scrambledcodes = TRUE
	//Disconnect it's camera so it's not so easily tracked.
	if(!QDELETED(builtInCamera))
		QDEL_NULL(builtInCamera)
		// I'm trying to get the Cyborg to not be listed in the camera list
		// Instead of being listed as "deactivated". The downside is that I'm going
		// to have to check if every camera is null or not before doing anything, to prevent runtime errors.
		// I could change the network to null but I don't know what would happen, and it seems too hacky for me.

/mob/living/silicon/robot/mode()
	set name = "Activate Held Object"
	set category = "IC"
	set src = usr

	if(incapacitated())
		return
	var/obj/item/W = get_active_held_item()
	if(W)
		W.attack_self(src)


/mob/living/silicon/robot/proc/SetLockdown(state = TRUE)
	// They stay locked down if their wire is cut.
	if(wires?.is_cut(WIRE_LOCKDOWN))
		state = TRUE
	if(state)
		throw_alert("locked", /atom/movable/screen/alert/locked)
	else
		clear_alert("locked")
	set_lockcharge(state)


///Reports the event of the change in value of the lockcharge variable.
/mob/living/silicon/robot/proc/set_lockcharge(new_lockcharge)
	if(new_lockcharge == lockcharge)
		return
	. = lockcharge
	lockcharge = new_lockcharge
	if(lockcharge)
		if(!.)
			ADD_TRAIT(src, TRAIT_IMMOBILIZED, LOCKED_BORG_TRAIT)
	else if(.)
		REMOVE_TRAIT(src, TRAIT_IMMOBILIZED, LOCKED_BORG_TRAIT)
	logevent("System lockdown [lockcharge?"triggered":"released"].")


/mob/living/silicon/robot/proc/SetEmagged(new_state)
	emagged = new_state
	model.rebuild_modules()
	update_icons()
	if(emagged)
		throw_alert("hacked", /atom/movable/screen/alert/hacked)
	else
		clear_alert("hacked")

/// Special handling for getting hit with a light eater
/mob/living/silicon/robot/proc/on_light_eater(mob/living/silicon/robot/source, datum/light_eater)
	SIGNAL_HANDLER
	if(lamp_enabled)
		smash_headlamp()
	return COMPONENT_BLOCK_LIGHT_EATER


/**
 * Handles headlamp smashing
 *
 * When called (such as by the shadowperson lighteater's attack), this proc will break the borg's headlamp
 * and then call toggle_headlamp to disable the light. It also plays a sound effect of glass breaking, and
 * tells the borg what happened to its chat. Broken lights can be repaired by using a flashlight on the borg.
 */
/mob/living/silicon/robot/proc/smash_headlamp()
	if(!lamp_functional)
		return
	lamp_functional = FALSE
	playsound(src, 'sound/effects/glass_step.ogg', 50)
	toggle_headlamp(TRUE)
	to_chat(src, span_danger("Your headlamp is broken! You'll need a human to help replace it."))

/**
 * Handles headlamp toggling, disabling, and color setting.
 *
 * The initial if statment is a bit long, but the gist of it is that should the lamp be on AND the update_color
 * arg be true, we should simply change the color of the lamp but not disable it. Otherwise, should the turn_off
 * arg be true, the lamp already be enabled, any of the normal reasons the lamp would turn off happen, or the
 * update_color arg be passed with the lamp not on, we should set the lamp off. The update_color arg is only
 * ever true when this proc is called from the borg tablet, when the color selection feature is used.
 *
 * Arguments:
 * * arg1 - turn_off, if enabled will force the lamp into an off state (rather than toggling it if possible)
 * * arg2 - update_color, if enabled, will adjust the behavior of the proc to change the color of the light if it is already on.
 */
/mob/living/silicon/robot/proc/toggle_headlamp(turn_off = FALSE, update_color = FALSE)
	//if both lamp is enabled AND the update_color flag is on, keep the lamp on. Otherwise, if anything listed is true, disable the lamp.
	if(!(update_color && lamp_enabled) && (turn_off || lamp_enabled || update_color || !lamp_functional || stat || low_power_mode))
		set_light_on(lamp_functional && stat != DEAD && lamp_doom) //If the lamp isn't broken and borg isn't dead, doomsday borgs cannot disable their light fully.
		set_light_color(COLOR_RED) //This should only matter for doomsday borgs, as any other time the lamp will be off and the color not seen
		set_light_range(1) //Again, like above, this only takes effect when the light is forced on by doomsday mode.
		lamp_enabled = FALSE
		lampButton?.update_appearance()
		update_icons()
		return
	set_light_range(lamp_intensity)
	set_light_color(lamp_doom? COLOR_RED : lamp_color) //Red for doomsday killborgs, borg's choice otherwise
	set_light_on(TRUE)
	lamp_enabled = TRUE
	lampButton?.update_appearance()
	update_icons()

/mob/living/silicon/robot/proc/deconstruct()
	SEND_SIGNAL(src, COMSIG_BORG_SAFE_DECONSTRUCT)
	var/turf/T = get_turf(src)
	if (robot_suit)
		robot_suit.forceMove(T)
		robot_suit.l_leg.forceMove(T)
		robot_suit.l_leg = null
		robot_suit.r_leg.forceMove(T)
		robot_suit.r_leg = null
		new /obj/item/stack/cable_coil(T, robot_suit.chest.wired)
		robot_suit.chest.forceMove(T)
		robot_suit.chest.wired = FALSE
		robot_suit.chest = null
		robot_suit.l_arm.forceMove(T)
		robot_suit.l_arm = null
		robot_suit.r_arm.forceMove(T)
		robot_suit.r_arm = null
		robot_suit.head.forceMove(T)
		robot_suit.head.flash1.forceMove(T)
		robot_suit.head.flash1.burn_out()
		robot_suit.head.flash1 = null
		robot_suit.head.flash2.forceMove(T)
		robot_suit.head.flash2.burn_out()
		robot_suit.head.flash2 = null
		robot_suit.head = null
		robot_suit.update_appearance()
	else
		new /obj/item/robot_suit(T)
		new /obj/item/bodypart/l_leg/robot(T)
		new /obj/item/bodypart/r_leg/robot(T)
		new /obj/item/stack/cable_coil(T, 1)
		new /obj/item/bodypart/chest/robot(T)
		new /obj/item/bodypart/l_arm/robot(T)
		new /obj/item/bodypart/r_arm/robot(T)
		new /obj/item/bodypart/head/robot(T)
		var/b
		for(b=0, b!=2, b++)
			var/obj/item/assembly/flash/handheld/F = new /obj/item/assembly/flash/handheld(T)
			F.burn_out()
	if (cell) //Sanity check.
		cell.forceMove(T)
		cell = null
	qdel(src)

/mob/living/silicon/robot/proc/notify_ai(notifytype, oldname, newname)
	if(!connected_ai)
		return
	switch(notifytype)
		if(NEW_BORG) //New Cyborg
			to_chat(connected_ai, "<br><br>[span_notice("NOTICE - New cyborg connection detected: <a href='?src=[REF(connected_ai)];track=[html_encode(name)]'>[name]</a>")]<br>")
		if(NEW_MODEL) //New Model
			to_chat(connected_ai, "<br><br>[span_notice("NOTICE - Cyborg model change detected: [name] has loaded the [designation] model.")]<br>")
		if(RENAME) //New Name
			to_chat(connected_ai, "<br><br>[span_notice("NOTICE - Cyborg reclassification detected: [oldname] is now designated as [newname].")]<br>")
		if(AI_SHELL) //New Shell
			to_chat(connected_ai, "<br><br>[span_notice("NOTICE - New cyborg shell detected: <a href='?src=[REF(connected_ai)];track=[html_encode(name)]'>[name]</a>")]<br>")
		if(DISCONNECT) //Tampering with the wires
			to_chat(connected_ai, "<br><br>[span_notice("NOTICE - Remote telemetry lost with [name].")]<br>")

/mob/living/silicon/robot/canUseTopic(atom/movable/M, be_close=FALSE, no_dexterity=FALSE, no_tk=FALSE, need_hands = FALSE, floor_okay=FALSE)
	if(lockcharge || low_power_mode)
		to_chat(src, span_warning("You can't do that right now!"))
		return FALSE
	return ..()

/mob/living/silicon/robot/updatehealth()
	..()
	if(!model.breakable_modules)
		return

	/// the current percent health of the robot (-1 to 1)
	var/percent_hp = health/maxHealth
	if(health <= previous_health) //if change in health is negative (we're losing hp)
		if(percent_hp <= 0.5)
			break_cyborg_slot(3)

		if(percent_hp <= 0)
			break_cyborg_slot(2)

		if(percent_hp <= -0.5)
			break_cyborg_slot(1)

	else //if change in health is positive (we're gaining hp)
		if(percent_hp >= 0.5)
			repair_cyborg_slot(3)

		if(percent_hp >= 0)
			repair_cyborg_slot(2)

		if(percent_hp >= -0.5)
			repair_cyborg_slot(1)

	previous_health = health

/mob/living/silicon/robot/update_sight()
	if(!client)
		return
	if(stat == DEAD)
		if(!SSmapping.level_trait(z, ZTRAIT_SECRET))
			sight = (SEE_TURFS|SEE_MOBS|SEE_OBJS)
		else
			sight = initial(sight)
		see_in_dark = 8
		see_invisible = SEE_INVISIBLE_OBSERVER
		return

	see_invisible = initial(see_invisible)
	see_in_dark = initial(see_in_dark)
	sight = initial(sight)
	lighting_alpha = LIGHTING_PLANE_ALPHA_VISIBLE

	if(client.eye != src)
		var/atom/A = client.eye
		if(A.update_remote_sight(src)) //returns 1 if we override all other sight updates.
			return

	if(sight_mode & BORGMESON)
		sight |= SEE_TURFS
		lighting_alpha = LIGHTING_PLANE_ALPHA_MOSTLY_VISIBLE
		see_in_dark = 1

	if(sight_mode & BORGMATERIAL)
		sight |= SEE_OBJS
		lighting_alpha = LIGHTING_PLANE_ALPHA_MOSTLY_INVISIBLE
		see_in_dark = 1

	if(sight_mode & BORGXRAY)
		sight |= (SEE_TURFS|SEE_MOBS|SEE_OBJS)
		see_invisible = SEE_INVISIBLE_LIVING
		see_in_dark = 8

	if(sight_mode & BORGTHERM)
		sight |= SEE_MOBS
		lighting_alpha = LIGHTING_PLANE_ALPHA_MOSTLY_VISIBLE
		see_invisible = min(see_invisible, SEE_INVISIBLE_LIVING)
		see_in_dark = 8

	if(see_override)
		see_invisible = see_override
	sync_lighting_plane_alpha()

/mob/living/silicon/robot/update_stat()
	if(status_flags & GODMODE)
		return
	if(stat != DEAD)
		if(health <= -maxHealth) //die only once
			death()
			toggle_headlamp(1)
			return
		if(HAS_TRAIT(src, TRAIT_KNOCKEDOUT) || IsStun() || IsKnockdown() || IsParalyzed())
			set_stat(UNCONSCIOUS)
		else
			set_stat(CONSCIOUS)
	diag_hud_set_status()
	diag_hud_set_health()
	diag_hud_set_aishell()
	update_health_hud()

/mob/living/silicon/robot/revive(full_heal = FALSE, admin_revive = FALSE)
	if(..()) //successfully ressuscitated from death
		if(!QDELETED(builtInCamera) && !wires.is_cut(WIRE_CAMERA))
			builtInCamera.toggle_cam(src,0)
		if(admin_revive)
			locked = TRUE
		notify_ai(NEW_BORG)
		. = TRUE
		toggle_headlamp(FALSE, TRUE) //This will reenable borg headlamps if doomsday is currently going on still.


/mob/living/silicon/robot/fully_replace_character_name(oldname, newname)
	. = ..()
	if(!.)
		return
	notify_ai(RENAME, oldname, newname)
	if(!QDELETED(builtInCamera))
		builtInCamera.c_tag = real_name
	custom_name = newname


/mob/living/silicon/robot/proc/ResetModel()
	SEND_SIGNAL(src, COMSIG_BORG_SAFE_DECONSTRUCT)
	uneq_all()
	shown_robot_modules = FALSE
	if(hud_used)
		hud_used.update_robot_modules_display()

	if (hasExpanded)
		resize = 0.5
		hasExpanded = FALSE
		update_transform()
	logevent("Chassis model has been reset.")
	model.transform_to(/obj/item/robot_model)

	// Remove upgrades.
	for(var/obj/item/borg/upgrade/I in upgrades)
		I.forceMove(get_turf(src))

	ionpulse = FALSE
	revert_shell()

	return TRUE

/mob/living/silicon/robot/model/syndicate/ResetModel()
	return

/mob/living/silicon/robot/proc/has_model()
	if(!model || model.type == /obj/item/robot_model)
		. = FALSE
	else
		. = TRUE

/mob/living/silicon/robot/proc/update_module_innate()
	designation = model.name
	if(hands)
		hands.icon_state = model.model_select_icon

	REMOVE_TRAITS_IN(src, MODEL_TRAIT)
	if(model.model_traits)
		for(var/trait in model.model_traits)
			ADD_TRAIT(src, trait, MODEL_TRAIT)

	if(model.clean_on_move)
		AddElement(/datum/element/cleaning)
	else
		RemoveElement(/datum/element/cleaning)

	hat_offset = model.hat_offset

	magpulse = model.magpulsing
	INVOKE_ASYNC(src, .proc/updatename)


/mob/living/silicon/robot/proc/place_on_head(obj/item/new_hat)
	if(hat)
		hat.forceMove(get_turf(src))
	hat = new_hat
	new_hat.forceMove(src)
	update_icons()

/**
	*Checking Exited() to detect if a hat gets up and walks off.
	*Drones and pAIs might do this, after all.
*/
/mob/living/silicon/robot/Exited(atom/movable/gone, direction)
	if(hat && hat == gone)
		hat = null
		if(!QDELETED(src)) //Don't update icons if we are deleted.
			update_icons()
	return ..()

///Use this to add upgrades to robots. It'll register signals for when the upgrade is moved or deleted, if not single use.
/mob/living/silicon/robot/proc/add_to_upgrades(obj/item/borg/upgrade/new_upgrade, mob/user)
	if(new_upgrade in upgrades)
		return FALSE
	if(!user.temporarilyRemoveItemFromInventory(new_upgrade)) //calling the upgrade's dropped() proc /before/ we add action buttons
		return FALSE
	if(!new_upgrade.action(src, user))
		to_chat(user, span_danger("Upgrade error."))
		new_upgrade.forceMove(loc) //gets lost otherwise
		return FALSE
	to_chat(user, span_notice("You apply the upgrade to [src]."))
	to_chat(src, "----------------\nNew hardware detected...Identified as \"<b>[new_upgrade]</b>\"...Setup complete.\n----------------")
	if(new_upgrade.one_use)
		logevent("Firmware [new_upgrade] run successfully.")
		qdel(new_upgrade)
		return FALSE
	upgrades += new_upgrade
	new_upgrade.forceMove(src)
	RegisterSignal(new_upgrade, COMSIG_MOVABLE_MOVED, .proc/remove_from_upgrades)
	RegisterSignal(new_upgrade, COMSIG_PARENT_QDELETING, .proc/on_upgrade_deleted)
	logevent("Hardware [new_upgrade] installed successfully.")

///Called when an upgrade is moved outside the robot. So don't call this directly, use forceMove etc.
/mob/living/silicon/robot/proc/remove_from_upgrades(obj/item/borg/upgrade/old_upgrade)
	SIGNAL_HANDLER
	if(loc == src)
		return
	old_upgrade.deactivate(src)
	upgrades -= old_upgrade
	UnregisterSignal(old_upgrade, list(COMSIG_MOVABLE_MOVED, COMSIG_PARENT_QDELETING))

///Called when an applied upgrade is deleted.
/mob/living/silicon/robot/proc/on_upgrade_deleted(obj/item/borg/upgrade/old_upgrade)
	SIGNAL_HANDLER
	if(!QDELETED(src))
		old_upgrade.deactivate(src)
	upgrades -= old_upgrade
	UnregisterSignal(old_upgrade, list(COMSIG_MOVABLE_MOVED, COMSIG_PARENT_QDELETING))

/**
 * make_shell: Makes an AI shell out of a cyborg unit
 *
 * Arguments:
 * * board - B.O.R.I.S. module board used for transforming the cyborg into AI shell
 */
/mob/living/silicon/robot/proc/make_shell(obj/item/borg/upgrade/ai/board)
	if(!board)
		upgrades |= new /obj/item/borg/upgrade/ai(src)
	shell = TRUE
	braintype = "AI Shell"
	name = "Empty AI Shell-[ident]"
	real_name = name
	GLOB.available_ai_shells |= src
	if(!QDELETED(builtInCamera))
		builtInCamera.c_tag = real_name //update the camera name too
	diag_hud_set_aishell()

/**
 * revert_shell: Reverts AI shell back into a normal cyborg unit
 */
/mob/living/silicon/robot/proc/revert_shell()
	if(!shell)
		return
	undeploy()
	for(var/obj/item/borg/upgrade/ai/boris in src)
	//A player forced reset of a borg would drop the module before this is called, so this is for catching edge cases
		qdel(boris)
	shell = FALSE
	GLOB.available_ai_shells -= src
	name = "Unformatted Cyborg-[ident]"
	real_name = name
	if(!QDELETED(builtInCamera))
		builtInCamera.c_tag = real_name
	diag_hud_set_aishell()

/**
 * deploy_init: Deploys AI unit into AI shell
 *
 * Arguments:
 * * AI - AI unit that initiated the deployment into the AI shell
 */
/mob/living/silicon/robot/proc/deploy_init(mob/living/silicon/ai/AI)
	real_name = "[AI.real_name] [designation] Shell-[ident]"
	name = real_name
	if(!QDELETED(builtInCamera))
		builtInCamera.c_tag = real_name //update the camera name too
	mainframe = AI
	deployed = TRUE
	set_connected_ai(mainframe)
	mainframe.connected_robots |= src
	lawupdate = TRUE
	lawsync()
	if(radio && AI.radio) //AI keeps all channels, including Syndie if it is a Traitor
		if(AI.radio.syndie)
			radio.make_syndie()
		radio.subspace_transmission = TRUE
		radio.channels = AI.radio.channels
		for(var/chan in radio.channels)
			radio.secure_radio_connections[chan] = add_radio(radio, GLOB.radiochannels[chan])

	diag_hud_set_aishell()
	undeployment_action.Grant(src)

/datum/action/innate/undeployment
	name = "Disconnect from shell"
	desc = "Stop controlling your shell and resume normal core operations."
	icon_icon = 'icons/mob/actions/actions_AI.dmi'
	button_icon_state = "ai_core"

/datum/action/innate/undeployment/Trigger()
	if(!..())
		return FALSE
	var/mob/living/silicon/robot/R = owner

	R.undeploy()
	return TRUE


/mob/living/silicon/robot/proc/undeploy()
	if(!deployed || !mind || !mainframe)
		return
	mainframe.redeploy_action.Grant(mainframe)
	mainframe.redeploy_action.last_used_shell = src
	mind.transfer_to(mainframe)
	deployed = FALSE
	mainframe.deployed_shell = null
	undeployment_action.Remove(src)
	if(radio) //Return radio to normal
		radio.recalculateChannels()
	if(!QDELETED(builtInCamera))
		builtInCamera.c_tag = real_name //update the camera name too
	diag_hud_set_aishell()
	mainframe.diag_hud_set_deployed()
	if(mainframe.laws)
		mainframe.laws.show_laws(mainframe) //Always remind the AI when switching
	if(mainframe.eyeobj)
		mainframe.eyeobj.setLoc(loc)
	mainframe = null

/mob/living/silicon/robot/attack_ai(mob/user)
	if(shell && (!connected_ai || connected_ai == user))
		var/mob/living/silicon/ai/AI = user
		AI.deploy_to_shell(src)

/mob/living/silicon/robot/mouse_buckle_handling(mob/living/M, mob/living/user)
	//Don't try buckling on INTENT_HARM so that silicons can search people's inventories without loading them
	if(can_buckle && isliving(user) && isliving(M) && !(M in buckled_mobs) && ((user != src) || (!combat_mode)))
		return user_buckle_mob(M, user, check_loc = FALSE)

/mob/living/silicon/robot/buckle_mob(mob/living/M, force = FALSE, check_loc = TRUE, buckle_mob_flags= RIDER_NEEDS_ARM)
	if(!is_type_in_typecache(M, can_ride_typecache))
		M.visible_message(span_warning("[M] really can't seem to mount [src]..."))
		return

	if(stat || incapacitated())
		return
	if(model && !model.allow_riding)
		M.visible_message(span_boldwarning("Unfortunately, [M] just can't seem to hold onto [src]!"))
		return

	buckle_mob_flags= RIDER_NEEDS_ARM // just in case
	return ..()

/mob/living/silicon/robot/resist()
	. = ..()
	if(!has_buckled_mobs())
		return
	for(var/i in buckled_mobs)
		var/mob/unbuckle_me_now = i
		unbuckle_mob(unbuckle_me_now, FALSE)


/mob/living/silicon/robot/proc/TryConnectToAI()
	set_connected_ai(select_active_ai_with_fewest_borgs(z))
	if(connected_ai)
		lawsync()
		lawupdate = TRUE
		return TRUE
	picturesync()
	return FALSE

/mob/living/silicon/robot/proc/picturesync()
	if(connected_ai?.aicamera && aicamera)
		for(var/i in aicamera.stored)
			connected_ai.aicamera.stored[i] = TRUE
		for(var/i in connected_ai.aicamera.stored)
			aicamera.stored[i] = TRUE

/mob/living/silicon/robot/proc/charge(datum/source, amount, repairs)
	SIGNAL_HANDLER
	if(model)
		model.respawn_consumable(src, amount * 0.005)
	if(cell)
		cell.charge = min(cell.charge + amount, cell.maxcharge)
	if(repairs)
		heal_bodypart_damage(repairs, repairs - 1)

/mob/living/silicon/robot/proc/set_connected_ai(new_ai)
	if(connected_ai == new_ai)
		return
	. = connected_ai
	connected_ai = new_ai
	if(.)
		var/mob/living/silicon/ai/old_ai = .
		old_ai.connected_robots -= src
	lamp_doom = FALSE
	if(connected_ai)
		connected_ai.connected_robots |= src
		lamp_doom = connected_ai.doomsday_device ? TRUE : FALSE
	toggle_headlamp(FALSE, TRUE)

/**
 * Records an IC event log entry in the cyborg's internal tablet.
 *
 * Creates an entry in the borglog list of the cyborg's internal tablet, listing the current
 * in-game time followed by the message given. These logs can be seen by the cyborg in their
 * BorgUI tablet app. By design, logging fails if the cyborg is dead.
 *
 * Arguments:
 * arg1: a string containing the message to log.
 */
/mob/living/silicon/robot/proc/logevent(string = "")
	if(!string)
		return
	if(stat == DEAD) //Dead borgs log no longer
		return
	if(!modularInterface)
		stack_trace("Cyborg [src] ( [type] ) was somehow missing their integrated tablet. Please make a bug report.")
		create_modularInterface()
	modularInterface.borglog += "[station_time_timestamp()] - [string]"
	var/datum/computer_file/program/robotact/program = modularInterface.get_robotact()
	if(program)
		program.force_full_update()

/mob/living/silicon/robot/get_exp_list(minutes)
	. = ..()

	var/datum/job/cyborg/cyborg_job_ref = SSjob.GetJobType(/datum/job/cyborg)

	.[cyborg_job_ref.title] = minutes