Bubberstation/code/modules/admin/verbs/mapping.dm

//- Are all the floors with or without air, as they should be? (regular or airless)
//- Does the area have an APC?
//- Does the area have an Air Alarm?
//- Does the area have a Request Console?
//- Does the area have lights?
//- Does the area have a light switch?
//- Does the area have enough intercoms?
//- Does the area have enough security cameras? (Use the 'Camera Range Display' verb under Debug)
//- Is the area connected to the scrubbers air loop?
//- Is the area connected to the vent air loop? (vent pumps)
//- Is everything wired properly?
//- Does the area have a fire alarm and firedoors?
//- Do all pod doors work properly?
//- Are accesses set properly on doors, pod buttons, etc.
//- Are all items placed properly? (not below vents, scrubbers, tables)
//- Does the disposal system work properly from all the disposal units in this room and all the units, the pipes of which pass through this room?
//- Check for any misplaced or stacked piece of pipe (air and disposal)
//- Check for any misplaced or stacked piece of wire
//- Identify how hard it is to break into the area and where the weak points are
//- Check if the area has too much empty space. If so, make it smaller and replace the rest with maintenance tunnels.

GLOBAL_LIST_INIT(admin_verbs_debug_mapping, list(
	/client/proc/camera_view, //-errorage
	/client/proc/sec_camera_report, //-errorage
	/client/proc/intercom_view, //-errorage
	/client/proc/air_status, //Air things
	/client/proc/Cell, //More air things
	/client/proc/atmosscan, //check plumbing
	/client/proc/powerdebug, //check power
	/client/proc/count_objects_on_z_level,
	/client/proc/count_objects_all,
	/client/proc/cmd_assume_direct_control, //-errorage
	/client/proc/cmd_give_direct_control,
	/client/proc/set_server_fps, //allows you to set the ticklag.
	/client/proc/cmd_admin_grantfullaccess,
	/client/proc/cmd_admin_areatest_all,
	/client/proc/cmd_admin_areatest_station,
	/client/proc/cmd_admin_areatest_station_no_maintenance,
	#ifdef TESTING
	/client/proc/see_dirty_varedits,
	#endif
	/client/proc/cmd_admin_rejuvenate,
	/datum/admins/proc/show_traitor_panel,
	/client/proc/disable_communication,
	/client/proc/show_map_reports,
	/client/proc/cmd_show_at_list,
	/client/proc/cmd_show_at_markers,
	/client/proc/manipulate_organs,
	/client/proc/start_line_profiling,
	/client/proc/stop_line_profiling,
	/client/proc/show_line_profiling,
	/client/proc/create_mapping_job_icons,
	/client/proc/debug_z_levels,
	/client/proc/place_ruin,
	/client/proc/station_food_debug,
	/client/proc/station_stack_debug,
	/client/proc/check_atmos_controls,
))
GLOBAL_PROTECT(admin_verbs_debug_mapping)

/client/proc/camera_view()
	set category = "Mapping"
	set name = "Camera Range Display"

	var/on = FALSE
	for(var/turf/T in world)
		if(T.maptext)
			on = TRUE
		T.maptext = null

	if(!on)
		var/list/seen = list()
		for(var/obj/machinery/camera/C in GLOB.cameranet.cameras)
			for(var/turf/T in C.can_see())
				seen[T]++
		for(var/turf/T in seen)
			T.maptext = MAPTEXT(seen[T])
	SSblackbox.record_feedback("tally", "admin_verb", 1, "Show Camera Range") //If you are copy-pasting this, ensure the 2nd parameter is unique to the new proc!
	SSblackbox.record_feedback("tally", "admin_verb", 1, "Show Camera Range")

#ifdef TESTING
GLOBAL_LIST_EMPTY(dirty_vars)

/client/proc/see_dirty_varedits()
	set category = "Mapping"
	set name = "Dirty Varedits"

	var/list/dat = list()
	dat += "<h3>Abandon all hope ye who enter here</h3><br><br>"
	for(var/thing in GLOB.dirty_vars)
		dat += "[thing]<br>"
		CHECK_TICK
	var/datum/browser/popup = new(usr, "dirty_vars", "Dirty Varedits", 900, 750)
	popup.set_content(dat.Join())
	popup.open()
#endif

/client/proc/sec_camera_report()
	set category = "Mapping"
	set name = "Camera Report"

	if(!Master)
		tgui_alert(usr,"Master_controller not found.","Sec Camera Report")
		return FALSE

	var/list/obj/machinery/camera/CL = list()

	for(var/obj/machinery/camera/C in GLOB.cameranet.cameras)
		CL += C

	var/output = {"<B>Camera Abnormalities Report</B><HR>
<B>The following abnormalities have been detected. The ones in red need immediate attention: Some of those in black may be intentional.</B><BR><ul>"}

	for(var/obj/machinery/camera/C1 in CL)
		for(var/obj/machinery/camera/C2 in CL)
			if(C1 != C2)
				if(C1.c_tag == C2.c_tag)
					output += "<li><font color='red'>c_tag match for cameras at [ADMIN_VERBOSEJMP(C1)] and [ADMIN_VERBOSEJMP(C2)] - c_tag is [C1.c_tag]</font></li>"
				if(C1.loc == C2.loc && C1.dir == C2.dir && C1.pixel_x == C2.pixel_x && C1.pixel_y == C2.pixel_y)
					output += "<li><font color='red'>FULLY overlapping cameras at [ADMIN_VERBOSEJMP(C1)] Networks: [json_encode(C1.network)] and [json_encode(C2.network)]</font></li>"
				if(C1.loc == C2.loc)
					output += "<li>Overlapping cameras at [ADMIN_VERBOSEJMP(C1)] Networks: [json_encode(C1.network)] and [json_encode(C2.network)]</li>"
		var/turf/T = get_step(C1,C1.dir)
		if(!T || !isturf(T) || !T.density )
			if(!(locate(/obj/structure/grille) in T))
				var/window_check = 0
				for(var/obj/structure/window/W in T)
					if (W.dir == turn(C1.dir,180) || (W.dir in list(NORTHEAST,SOUTHEAST,NORTHWEST,SOUTHWEST)) )
						window_check = 1
						break
				if(!window_check)
					output += "<li><font color='red'>Camera not connected to wall at [ADMIN_VERBOSEJMP(C1)] Network: [json_encode(C1.network)]</font></li>"

	output += "</ul>"
	usr << browse(output,"window=airreport;size=1000x500")
	SSblackbox.record_feedback("tally", "admin_verb", 1, "Show Camera Report") //If you are copy-pasting this, ensure the 2nd parameter is unique to the new proc!

/client/proc/intercom_view()
	set category = "Mapping"
	set name = "Intercom Range Display"

	var/static/intercom_range_display_status = FALSE
	intercom_range_display_status = !intercom_range_display_status //blame cyberboss if this breaks something //blamed

	for(var/obj/effect/abstract/marker/intercom/marker in GLOB.all_abstract_markers)
		qdel(marker)

	if(intercom_range_display_status)
		for(var/frequency in GLOB.all_radios)
			for(var/obj/item/radio/intercom/intercom in GLOB.all_radios[frequency])
				for(var/turf/turf in view(7,intercom.loc))
					new /obj/effect/abstract/marker/intercom(turf)
	SSblackbox.record_feedback("tally", "admin_verb", 1, "Show Intercom Range") //If you are copy-pasting this, ensure the 2nd parameter is unique to the new proc!

/client/proc/show_map_reports()
	set category = "Mapping"
	set name = "Show map report list"
	set desc = "Displays a list of map reports"

	var/dat = {"<b>List of all map reports:</b><br>"}

	for(var/datum/map_report/report as anything in GLOB.map_reports)
		dat += "[report.tag] ([report.original_path]) - <a href='?src=[REF(report)];[HrefToken()];show=1'>View</a><br>"

	usr << browse(dat, "window=map_reports")

/client/proc/cmd_show_at_list()
	set category = "Mapping"
	set name = "Show roundstart AT list"
	set desc = "Displays a list of active turfs coordinates at roundstart"

	var/dat = {"<b>Coordinate list of Active Turfs at Roundstart</b>
		<br>Real-time Active Turfs list you can see in Air Subsystem at active_turfs var<br>"}

	for(var/t in GLOB.active_turfs_startlist)
		var/turf/T = t
		dat += "[ADMIN_VERBOSEJMP(T)]\n"
		dat += "<br>"

	usr << browse(dat, "window=at_list")

	SSblackbox.record_feedback("tally", "admin_verb", 1, "Show Roundstart Active Turfs") //If you are copy-pasting this, ensure the 2nd parameter is unique to the new proc!

/client/proc/cmd_show_at_markers()
	set category = "Mapping"
	set name = "Show roundstart AT markers"
	set desc = "Places a marker on all active-at-roundstart turfs"

	var/count = 0
	for(var/obj/effect/abstract/marker/at/AT in GLOB.all_abstract_markers)
		qdel(AT)
		count++

	if(count)
		to_chat(usr, "[count] AT markers removed.", confidential = TRUE)
	else
		for(var/t in GLOB.active_turfs_startlist)
			new /obj/effect/abstract/marker/at(t)
			count++
		to_chat(usr, "[count] AT markers placed.", confidential = TRUE)

	SSblackbox.record_feedback("tally", "admin_verb", 1, "Show Roundstart Active Turf Markers")

/client/proc/enable_mapping_verbs()
	set category = "Debug"
	set name = "Mapping verbs - Enable"
	if(!check_rights(R_DEBUG))
		return
	remove_verb(src, /client/proc/enable_mapping_verbs)
	add_verb(src, list(/client/proc/disable_mapping_verbs, GLOB.admin_verbs_debug_mapping))
	SSblackbox.record_feedback("tally", "admin_verb", 1, "Enable Debug Verbs") //If you are copy-pasting this, ensure the 2nd parameter is unique to the new proc!

/client/proc/disable_mapping_verbs()
	set category = "Debug"
	set name = "Mapping verbs - Disable"
	remove_verb(src, list(/client/proc/disable_mapping_verbs, GLOB.admin_verbs_debug_mapping))
	add_verb(src, /client/proc/enable_mapping_verbs)
	SSblackbox.record_feedback("tally", "admin_verb", 1, "Disable Debug Verbs") //If you are copy-pasting this, ensure the 2nd parameter is unique to the new proc!

/client/proc/count_objects_on_z_level()
	set category = "Mapping"
	set name = "Count Objects On Level"
	var/level = input("Which z-level?","Level?") as text|null
	if(!level)
		return
	var/num_level = text2num(level)
	if(!num_level)
		return
	if(!isnum(num_level))
		return

	var/type_text = input("Which type path?","Path?") as text|null
	if(!type_text)
		return
	var/type_path = text2path(type_text)
	if(!type_path)
		return

	var/count = 0

	var/list/atom/atom_list = list()

	for(var/atom/A in world)
		if(istype(A,type_path))
			var/atom/B = A
			while(!(isturf(B.loc)))
				if(B?.loc)
					B = B.loc
				else
					break
			if(B)
				if(B.z == num_level)
					count++
					atom_list += A

	to_chat(world, "There are [count] objects of type [type_path] on z-level [num_level]", confidential = TRUE)
	SSblackbox.record_feedback("tally", "admin_verb", 1, "Count Objects Zlevel") //If you are copy-pasting this, ensure the 2nd parameter is unique to the new proc!

/client/proc/count_objects_all()
	set category = "Mapping"
	set name = "Count Objects All"

	var/type_text = input("Which type path?","") as text|null
	if(!type_text)
		return
	var/type_path = text2path(type_text)
	if(!type_path)
		return

	var/count = 0

	for(var/atom/A in world)
		if(istype(A,type_path))
			count++

	to_chat(world, "There are [count] objects of type [type_path] in the game world", confidential = TRUE)
	SSblackbox.record_feedback("tally", "admin_verb", 1, "Count Objects All") //If you are copy-pasting this, ensure the 2nd parameter is unique to the new proc!


//This proc is intended to detect lag problems relating to communication procs
GLOBAL_VAR_INIT(say_disabled, FALSE)
/client/proc/disable_communication()
	set category = "Mapping"
	set name = "Disable all communication verbs"

	GLOB.say_disabled = !GLOB.say_disabled
	if(GLOB.say_disabled)
		message_admins("[key] used 'Disable all communication verbs', killing all communication methods.")
	else
		message_admins("[key] used 'Disable all communication verbs', restoring all communication methods.")
/* SKYRAT EDIT: lol, lmao, fuck icon bugs from byond
//This generates the icon states for job starting location landmarks.
/client/proc/create_mapping_job_icons()
	set name = "Generate job landmarks icons"
	set category = "Mapping"
	var/icon/final = icon()
	var/mob/living/carbon/human/dummy/D = new(locate(1,1,1)) //spawn on 1,1,1 so we don't have runtimes when items are deleted
	D.setDir(SOUTH)
	for(var/job in subtypesof(/datum/job))
		var/datum/job/JB = new job
		switch(JB.title)
			if(JOB_AI)
				final.Insert(icon('icons/mob/ai.dmi', "ai", SOUTH, 1), "AI")
			if(JOB_CYBORG)
				final.Insert(icon('icons/mob/robots.dmi', "robot", SOUTH, 1), "Cyborg")
			else
				for(var/obj/item/I in D)
					qdel(I)
				randomize_human(D)
				D.dress_up_as_job(JB, TRUE)
				COMPILE_OVERLAYS(D)
				var/icon/I = icon(getFlatIcon(D), frame = 1)
				final.Insert(I, JB.title)
	qdel(D)
	//Also add the x
	for(var/x_number in 1 to 4)
		final.Insert(icon('icons/hud/screen_gen.dmi', "x[x_number == 1 ? "" : x_number]"), "x[x_number == 1 ? "" : x_number]")
	fcopy(final, "icons/mob/landmarks.dmi")
*/
// SKYRAT EDIT BEGIN: THIS SHIT WAS BROKEN due to an issue with byond and how icons cache
//This generates the icon states for job starting location landmarks.
/client/proc/create_mapping_job_icons()
	set name = "Generate job landmarks icons"
	set category = "Mapping"
	var/list/job_key_to_icon = list()
	for(var/job in subtypesof(/datum/job))
		var/mob/living/carbon/human/dummy/D = new(locate(1,1,1)) //spawn on 1,1,1 so we don't have runtimes when items are deleted
		D.setDir(SOUTH)
		var/datum/job/JB = new job
		to_chat(world, "Generating icon for job [JB.title]")
		switch(JB.title)
			if("AI")
				job_key_to_icon["AI"] = icon('icons/mob/ai.dmi', "ai", SOUTH, 1)
			if("Cyborg")
				job_key_to_icon["Cyborg"] = icon('icons/mob/robots.dmi', "robot", SOUTH, 1)
			else
				randomize_human(D)
				if(JB.outfit)
					D.equipOutfit(JB.outfit, TRUE)
				COMPILE_OVERLAYS(D)
				var/icon/I = icon(getFlatIcon(D), frame = 1)
				job_key_to_icon[JB.title] = I
		qdel(D)
	to_chat(world, "Done generating icons.")
	var/icon/final = icon()
	for(var/job_key in job_key_to_icon)
		final.Insert(job_key_to_icon[job_key], job_key)
	//Also add the x
	for(var/x_number in 1 to 4)
		final.Insert(icon('icons/hud/screen_gen.dmi', "x[x_number == 1 ? "" : x_number]"), "x[x_number == 1 ? "" : x_number]")
	fcopy(final, "icons/mob/landmarks.dmi")
	to_chat(world, "Done generating landmarks.dmi.")
// SKYRAT EDIT END
/client/proc/debug_z_levels()
	set name = "Debug Z-Levels"
	set category = "Mapping"

	var/list/z_list = SSmapping.z_list
	var/list/messages = list()
	messages += "<b>World</b>: [world.maxx] x [world.maxy] x [world.maxz]<br>"

	var/list/linked_levels = list()
	var/min_x = INFINITY
	var/min_y = INFINITY
	var/max_x = -INFINITY
	var/max_y = -INFINITY

	for(var/z in 1 to max(world.maxz, z_list.len))
		if (z > z_list.len)
			messages += "<b>[z]</b>: Unmanaged (out of bounds)<br>"
			continue
		var/datum/space_level/S = z_list[z]
		if (!S)
			messages += "<b>[z]</b>: Unmanaged (null)<br>"
			continue
		var/linkage
		switch (S.linkage)
			if (UNAFFECTED)
				linkage = "no linkage"
			if (SELFLOOPING)
				linkage = "self-looping"
			if (CROSSLINKED)
				linkage = "linked at ([S.xi], [S.yi])"
				linked_levels += S
				min_x = min(min_x, S.xi)
				min_y = min(min_y, S.yi)
				max_x = max(max_x, S.xi)
				max_y = max(max_y, S.yi)
			else
				linkage = "unknown linkage '[S.linkage]'"

		messages += "<b>[z]</b>: [S.name], [linkage], traits: [json_encode(S.traits)]<br>"
		if (S.z_value != z)
			messages += "-- z_value is [S.z_value], should be [z]<br>"
		if (S.name == initial(S.name))
			messages += "-- name not set<br>"
		if (z > world.maxz)
			messages += "-- exceeds max z"

	var/grid[max_x - min_x + 1][max_y - min_y + 1]
	for(var/datum/space_level/S in linked_levels)
		grid[S.xi - min_x + 1][S.yi - min_y + 1] = S.z_value

	messages += "<table border='1'>"
	for(var/y in max_y to min_y step -1)
		var/list/part = list()
		for(var/x in min_x to max_x)
			part += "[grid[x - min_x + 1][y - min_y + 1]]"
		messages += "<tr><td>[part.Join("</td><td>")]</td></tr>"
	messages += "</table>"

	to_chat(src, messages.Join(""), confidential = TRUE)

/client/proc/station_food_debug()
	set name = "Count Station Food"
	set category = "Mapping"
	var/list/foodcount = list()
	for(var/obj/item/food/fuck_me in world)
		var/turf/location = get_turf(fuck_me)
		if(!location || SSmapping.level_trait(location.z, ZTRAIT_STATION))
			continue
		LAZYADDASSOC(foodcount, fuck_me.type, 1)

	var/table_header = "<tr><th>Name</th> <th>Type</th> <th>Amount</th>"
	var/table_contents = list()
	for(var/atom/type as anything in foodcount)
		var/foodname = initial(type.name)
		var/count = foodcount[type]
		table_contents += "<tr><td>[foodname]</td> <td>[type]</td> <td>[count]</td></tr>"

	var/page_style = "<style>table, th, td {border: 1px solid black;border-collapse: collapse;}</style>"
	var/page_contents = "[page_style]<table style=\"width:100%\">[table_header][jointext(table_contents, "")]</table>"
	var/datum/browser/popup = new(mob, "fooddebug", "Station Food Count", 600, 400)
	popup.set_content(page_contents)
	popup.open()

/client/proc/station_stack_debug()
	set name = "Count Station Stacks"
	set category = "Mapping"
	var/list/stackcount = list()
	for(var/obj/item/stack/fuck_me in world)
		var/turf/location = get_turf(fuck_me)
		if(!location || SSmapping.level_trait(location.z, ZTRAIT_STATION))
			continue
		LAZYADDASSOC(stackcount, fuck_me.type, fuck_me.amount)

	var/table_header = "<tr><th>Name</th> <th>Type</th> <th>Amount</th>"
	var/table_contents = list()
	for(var/atom/type as anything in stackcount)
		var/stackname = initial(type.name)
		var/count = stackcount[type]
		table_contents += "<tr><td>[stackname]</td> <td>[type]</td> <td>[count]</td></tr>"

	var/page_style = "<style>table, th, td {border: 1px solid black;border-collapse: collapse;}</style>"
	var/page_contents = "[page_style]<table style=\"width:100%\">[table_header][jointext(table_contents, "")]</table>"
	var/datum/browser/popup = new(mob, "stackdebug", "Station Stack Count", 600, 400)
	popup.set_content(page_contents)
	popup.open()

/// Checks the atmos monitor, sensors, meters, vents, and injectors, and makes sure they dont overlap or do nothing.
/client/proc/check_atmos_controls()
	set name = "Check Atmos Chamber Devices"
	set category = "Mapping"

	if(SSticker.current_state == GAME_STATE_STARTUP)
		to_chat(usr, "Game still loading, please run this again later!", confidential = TRUE)
		return

	message_admins(span_adminnotice("[key_name_admin(usr)] used the Test Atmos Controls debug command."))
	log_admin("[key_name(usr)] used the Test Atmos Controls debug command.")

	var/datum/radio_frequency/frequency = SSradio.return_frequency(FREQ_ATMOS_STORAGE)

	/// broadcaster[id_tag] = machine
	var/list/broadcasters = list()
	/// listened_to[atmos_chamber_entry] = bool
	/// TRUE means we have the corresponding id_tag being listened to by an atmos control computer.
	var/list/listened_to = list()
	/// broadcasted_to[id_tag[1]] = bool
	/// TRUE means we have the corresponding id_tag being broadcasted to by a device, be it meter, sensors, etc.
	var/list/broadcasted_to = list()

	/// How many things dont fit the recognized subtypes.
	var/invalid_machine = 0
	/// How many things have invalid (messes with our delimiter) tags.
	var/invalid_tag = 0
	/// How many things have empty tags, invalids but much worse.
	var/tagless = 0
	/// How many things have duped id_tag.
	var/duplicate_tag = 0
	/// How many things are broadcasting without an atmos computer listening
	var/not_heard = 0
	/// How many atmos computers are listening to an empty tag.
	var/not_told = 0

	var/list/valid_device_types = typecacheof(list(
		/obj/machinery/computer/atmos_control,
		/obj/machinery/air_sensor,
		/obj/machinery/atmospherics/components/unary/outlet_injector/monitored,
		/obj/machinery/meter/monitored,
		/obj/machinery/atmospherics/components/unary/vent_pump/siphon/monitored,
		/obj/machinery/atmospherics/components/unary/vent_pump/high_volume/siphon/monitored
	))
	var/list/valid_tag_endings = list("sensor", "in", "out")

	for (var/datum/weakref/device_ref as anything in frequency.devices[RADIO_ATMOSIA])
		var/obj/machinery/machine = device_ref.resolve()
		if(!machine)
			continue
		if(!valid_device_types[machine.type])
			to_chat(usr, "Unrecognized machine [ADMIN_VERBOSEJMP(machine)] under type [machine.type] in FREQ_ATMOS_STORAGE ([FREQ_ATMOS_STORAGE]) frequency.", confidential=TRUE)
			invalid_machine += 1
			continue
		if(istype(machine,/obj/machinery/computer/atmos_control))
			var/obj/machinery/computer/atmos_control/atmos_comp = machine
			for(var/listened_tags in atmos_comp.atmos_chambers)
				LAZYINITLIST(listened_to[listened_tags])
				listened_to[listened_tags] += atmos_comp
			continue
		// Code below is for valid machineries that are not atmos control.
		var/list/tags = splittext(machine.id_tag, "_")
		if(tags.len == 0 || length(tags[1]) == 0)
			to_chat(usr, "Machine [ADMIN_VERBOSEJMP(machine)] under type [machine.type] does not have a tag or have an empty identifier tag: [machine.id_tag]", confidential=TRUE)
			tagless += 1
			continue
		if(tags.len != 2 || !(tags[2] in valid_tag_endings))
			to_chat(usr, "Invalid tag for machine [ADMIN_VERBOSEJMP(machine)] under type [machine.type]. Tag = [machine.id_tag]", confidential=TRUE)
			invalid_tag += 1
			continue
		if(broadcasters[machine.id_tag])
			var/obj/original_machine = broadcasters[machine.id_tag]
			to_chat(usr, "Duplicate machine id_tag ([machine.id_tag]) detected. Implicated machineries: [ADMIN_VERBOSEJMP(machine)] under [machine.type] and [ADMIN_VERBOSEJMP(original_machine)] under [original_machine.type]", confidential=TRUE)
			duplicate_tag += 1
			continue
		broadcasters[machine.id_tag] = machine
		LAZYINITLIST(broadcasted_to[tags[1]])
		broadcasted_to[tags[1]] += machine

	for (var/tag in listened_to)
		if(!broadcasted_to[tag])
			for (var/obj/computer in listened_to[tag])
				to_chat(usr, "A computer [ADMIN_VERBOSEJMP(computer)] is listening to tag: [tag] yet it no devices is broadcasting there.", confidential=TRUE)
			not_told += 1
	for (var/tag in broadcasted_to)
		if(!listened_to[tag])
			for (var/obj/machine in broadcasted_to[tag])
				to_chat(usr, "A machinery [ADMIN_VERBOSEJMP(machine)] is broadcasting in tag: [tag] yet there are no listeners. Are you sure you want to use a monitored atmos device?", confidential=TRUE)
			not_heard += 1

	if(!(invalid_machine || invalid_tag || tagless || duplicate_tag || not_heard || not_told))
		to_chat(usr, "Atmos control frequency check passed without encountering problems.", confidential=TRUE)
	else
		to_chat(usr, "Total errors: [invalid_machine + invalid_tag + tagless + duplicate_tag + not_heard + not_told]", confidential=TRUE)