machinery

Vars
active_power_usage	Power usage for active machinery. Used if `use_power` is set to `POWER_USE_ACTIVE`. Use `change_power_consumption()` to modify this during runtime.
base_type	For mapped buildable types, set this to be the base type actually buildable.
can_use_tools	Whether or not the machine is allowed to be dismantled/modified. Used for snowflake consoles that would break permanently if dismantled. Also prevents damage, since the machine would be irreparable in this state. Has to be defined here because machinery datums.
clicksound	Sound played on succesful interface use by a carbon lifeform.
clickvol	Sound played on succesful interface use.
component_parts	List of component instances. Expected type: `/obj/item/stock_parts.`
construct_state	The construction state singleton associated with this machine
core_skill	The skill used for skill checks for this machine (mostly so subtypes can use different skills).
emagged	Boolean. Whether or not the machine has been emagged.
frame_type	What is created when the machine is dismantled.
gl_uid	Numeric unique ID number tracker. Used for ensuring `uid` is unique.
id_tag	This generic variable is to be used by mappers to give related machines a string key. In principle used by radio stock parts.
identifier	Stores the identifier string of an input toggle. Used for the `input_toggle` public variable.
idle_power_usage	Power usage for idle machinery. Used if `use_power` is set to `POWER_USE_IDLE`. Use `change_power_consumption()` to modify this during runtime.
input_toggle	Stores the on/off state of an input toggle. Used for the `input_toggle` public variable.
interact_offline	Boolean. Can the machine be interacted with while de-powered.
machine_desc	A simple description of what this machine does, shown on examine for circuit boards.
machine_name	The human-readable name of this machine, shown when examining circuit boards.
malf_upgraded	Boolean. Whether or not the machine has been upgrade by a malfunctioning AI.
maximum_component_parts	List of componant paths and the maximum number of that specific path that can be inserted into the machine. `null` - no max. `list(type part = number max)`.
next_clicksound	Value to compare with `world.time` for whether to play `clicksound` according to `CLICKSOUND_INTERVAL`.
operator_skill	Machines often do all operations on `Process()`. This caches the user's skill while the operations are running.
panel_open	Boolean. Whether or not the maintenance panel is open.
power_channel	Power channel the machine draws from in APCs. `EQUIP`, `ENVIRON`, or `LIGHT`. Use `update_power_channel()` to modify this during runtime.
power_components	List of all machine components that are of the `power` subtype. This is an optimization, as power code is expensive.
power_init_complete	Helps with bookkeeping when initializing atoms. Don't modify.
processing_flags	Bitflag. What is being processed. One of `MACHINERY_PROCESS_*`.
processing_parts	Component parts queued for processing by the machine. Expected type: `/obj/item/stock_parts`
public_methods	List of all registered `public_method` singletons.
public_variables	List of all registered `public_variable` singletons.
reason_broken	Bitflag. Reason the machine is 'broken'. Can be any combination of `MACHINE_BROKEN_*`. Do not modify directly - Use `set_broken()` instead.
silicon_restriction	One of the `STATUS_*` flags. If set, will force the given status flag if a silicon tries to access the machine.
stat	Bitflag. Machine's base status. Can include `MACHINE_STAT_BROKEN`, `MACHINE_STAT_NOPOWER`, etc.
stat_immune	Bitflag. The machine will never set stat to these flags.
stock_part_presets	Associative list of singleton path -> number to apply.
uid	Numeric unique ID number. Set to the value of `gl_uid++` when used.
uncreated_component_parts	LAZYLIST of component paths which have delayed init. Indeces = number of components.
use_power	One of `POWER_USE_*`. The power usage state of the machine. Use `update_use_power()` to modify this during runtime.
wires	Wire datum, if any. If you place a type path, it will be autoinitialized.
Procs
RefreshParts	Refreshes the machines parts-related `stat` flags, and calls `on_refresh()` on each component.
area_changed	Handles machinery power updates if the area the machine is in changes. Called by `update_power_on_move()`.
area_uid	Retrieves the unique id of the machine's current area.
can_add_component	Determines if a given item can be inserted, and how many.
can_apply_preset_to	Returns the first valid preset singleton for a given part, or `null`
cannot_transition_to	Return a change state define or a fail message to block transition.
change_power_consumption	Updates the machine's `*_power_usage` to the new value and updates the machine's current power consumption state if applicable.
component_attack_hand	Passes `attack_hand()` calls through to components within the machine, if they are accessible.
component_attackby	Passes `use_tool()` calls through to components within the machine, if they are accessible.
component_destroyed	Handles destroying the provided component. `component` should be an item within the machine.
component_stat_change	Called whenever an attached component updates it's status. Override to handle updates to the machine.
components_are_accessible	Use to block interactivity if panel is not open, etc. `path` is the type path to check accessibility for. Returns boolean.
dismantle	Deconstructs the machine into its base frame and ejects all of its components. Returns boolean.
display_parts	Displays all components in the machine to the user.
force_init_component	Forces initialization of a component in the `uncreated_component_parts` list. Returns the result of `install_component()`, or `null` if the path does not exist in the list.
get_component_of_type	Returns a component instance of the given `part_type`, or `null` if no such type is present. `strict` forces strict type comparisons and disallows subtypes.
get_power_usage	Returns the current power usage draw, based on the state of `use_power`.
inoperable	Checks whether or not the machine's state variable has the `MACHINE_STAT_BROKEN` or `MACHINE_STAT_NOPOWER` flags, or any of the provided `additional_flags`. Returns `TRUE` if any of the flags match.
interface_interact	If you want to have interface interactions handled for you conveniently, use this. Return `TRUE` for handled. If you perform direct interactions in here, you are responsible for ensuring that full interactivity checks have been made (i.e `CanInteract()`). The checks leading in to here only guarantee that the user should be able to view a UI.
is_powered	Whether or not the machine is considered 'powered'. By default this translates directly to `!stat_check(MACHINE_STAT_NOPOWER)`.
malf_upgrade	Handles updgrading the machine for a malfunctioning AI. Return `TRUE` if the machine was successfully upgraded.
missing_parts	Returns a list of required components that are missing from the machine, or `null` if no components are missing or the machine lacks a `construct_state`.
number_of_components	Returns the number of components of the given `part_type` currently installed in the machine.
on_user_login	Called by `/mob/Login()` if the mob has an associated `machine`.
operable	Inverse of `inoperable()`.
part_insertion	Handles inserting a component or item into the machine by a user. Returns boolean. `TRUE` should halt further processing in `attack*()` procs.
part_removal	Handles removal of a component by a user. Returns boolean.
part_replacement	Handles replacement of components by a user using a part replacer. Returns boolean.
physical_attack_hand	If you want a physical interaction which happens after all relevant checks but preempts the UI interactions, do it here. Return `TRUE` for handled.
ping	Displays a ping message and sound effect.
populate_parts	Creates all components listed in `uncreated_component_parts`. `full_populate` also creates a circuitboard and all needed components.
powered	Returns `TRUE` if the area has power on given channel (or doesn't require power), defaults to `power_channel`. May also optionally specify an area, otherwise defaults to `loc.loc`.
refresh	Refreshes the machine's status. Used by the `refresh` public method.
remove_part_and_give_to_user	Removes a part of the given `path` and places it in the hands of `user`.
replace_part	Replaces a single component in the machine.
set_broken	Sets the machine's broken state, modfying both `stat` and `reason_broken` accordingly.
set_initial_level	Used by constructors. Shouldn't generally be called from elsewhere.
set_stat	Allows setting or unsetting a stat flag.
set_stat_immunity	Updates the machine's stat immunity. This also updates the stat flag itself, if it's set and you're turning on immunity.
shock	Electrocutes the mob `user` based on probability `prb`, if the machine is in a state capable of doing so. Returns `TRUE` if the user was shocked.
state	Displays a message for mobs in range.
state_transition	Called on state transition; can intercept, but must call parent.
toggle_input_toggle	Handles toggling the machine's toggle variable. Used by the `toggle_input_toggle` public method.
toggle_power	Toggles the machine's power state. Used by the `toggle_power` public method.
toggle_stat	Toggles a stat flag.
total_component_rating_of_type	Returns the total combined component ratings for the provided `part_type`.
types_of_component	Returns a list of subtypes of the given component type, with associated value = number of that component.
uninstall_component	Uninstalls the provided component, if it exists in `component_parts`. `refresh_parts` will call `RefreshParts()` after uninstallation. Returns the uninstalled part.
update_power_channel	Updates the machine's `power_channel` to the new value and updates the machine's area's power grid.
update_power_on_move	Handles updating machinery power whenever the machine is moved. Calls `area_changed()` by default.
update_use_power	Updates the `use_power` variable to the new value and updates the machine's area's power grid.
use_power_oneoff	This will have this machine have its area eat this much power next tick, and not afterwards. Do not use for continued power draw. `chan` can be one of the possible values for `power_channel`, or `POWER_CHAN` to use the machine's current configured power channel.
user_can_move_target_inside	Called by machines that can hold a mob (sleeper, suit cycler, etc.), checking if mob can be moved before doing so. Call parent first if you want to add new checks specific for each machine, this proc handles the common stuff. Returns TRUE if mob can be moved into a machine, FALSE if it cannot.

Var Details

var
active_power_usage
–

Power usage for active machinery. Used if use_power is set to POWER_USE_ACTIVE. Use change_power_consumption() to modify this during runtime.

var
base_type
–

For mapped buildable types, set this to be the base type actually buildable.

var
can_use_tools
–

Whether or not the machine is allowed to be dismantled/modified. Used for snowflake consoles that would break permanently if dismantled. Also prevents damage, since the machine would be irreparable in this state. Has to be defined here because machinery datums.

var
clicksound
–

Sound played on succesful interface use by a carbon lifeform.

var
clickvol
–

Sound played on succesful interface use.

var
component_parts
– /list

List of component instances. Expected type: /obj/item/stock_parts.

var
construct_state
– /singleton/machine_construction

The construction state singleton associated with this machine

var
core_skill
–

The skill used for skill checks for this machine (mostly so subtypes can use different skills).

var
emagged
–

Boolean. Whether or not the machine has been emagged.

var
frame_type
–

What is created when the machine is dismantled.

var
gl_uid
– /static

Numeric unique ID number tracker. Used for ensuring uid is unique.

var
id_tag
–

This generic variable is to be used by mappers to give related machines a string key. In principle used by radio stock parts.

var
identifier
–

Stores the identifier string of an input toggle. Used for the input_toggle public variable.

var
idle_power_usage
–

Power usage for idle machinery. Used if use_power is set to POWER_USE_IDLE. Use change_power_consumption() to modify this during runtime.

var
input_toggle
–

Stores the on/off state of an input toggle. Used for the input_toggle public variable.

var
interact_offline
–

Boolean. Can the machine be interacted with while de-powered.

var
machine_desc
–

A simple description of what this machine does, shown on examine for circuit boards.

var
machine_name
–

The human-readable name of this machine, shown when examining circuit boards.

var
malf_upgraded
–

Boolean. Whether or not the machine has been upgrade by a malfunctioning AI.

var
maximum_component_parts
– /list

List of componant paths and the maximum number of that specific path that can be inserted into the machine. null - no max. list(type part = number max).

var
next_clicksound
–

Value to compare with world.time for whether to play clicksound according to CLICKSOUND_INTERVAL.

var
operator_skill
–

Machines often do all operations on Process(). This caches the user's skill while the operations are running.

var
panel_open
–

Boolean. Whether or not the maintenance panel is open.

var
power_channel
–

Power channel the machine draws from in APCs. EQUIP, ENVIRON, or LIGHT. Use update_power_channel() to modify this during runtime.

var
power_components
– /list

List of all machine components that are of the power subtype. This is an optimization, as power code is expensive.

var
power_init_complete
–

Helps with bookkeeping when initializing atoms. Don't modify.

var
processing_flags
–

Bitflag. What is being processed. One of MACHINERY_PROCESS_*.

var
processing_parts
– /list

Component parts queued for processing by the machine. Expected type: /obj/item/stock_parts

var
public_methods
– /list

List of all registered public_method singletons.

var
public_variables
– /list

List of all registered public_variable singletons.

var
reason_broken
–

Bitflag. Reason the machine is 'broken'. Can be any combination of MACHINE_BROKEN_*. Do not modify directly - Use set_broken() instead.

var
silicon_restriction
–

One of the STATUS_* flags. If set, will force the given status flag if a silicon tries to access the machine.

var
stat
–

Bitflag. Machine's base status. Can include MACHINE_STAT_BROKEN, MACHINE_STAT_NOPOWER, etc.

var
stat_immune
–

Bitflag. The machine will never set stat to these flags.

var
stock_part_presets
– /list

Associative list of singleton path -> number to apply.

var
uid
–

Numeric unique ID number. Set to the value of gl_uid++ when used.

var
uncreated_component_parts
– /list

LAZYLIST of component paths which have delayed init. Indeces = number of components.

var
use_power
–

One of POWER_USE_*. The power usage state of the machine. Use update_use_power() to modify this during runtime.

var
wires
– /datum/wires

Wire datum, if any. If you place a type path, it will be autoinitialized.

Proc Details

proc
RefreshParts
()

Refreshes the machines parts-related stat flags, and calls on_refresh() on each component.

proc
area_changed
(/area/old_area, /area/new_area)

Handles machinery power updates if the area the machine is in changes. Called by update_power_on_move().

proc
area_uid
()

Retrieves the unique id of the machine's current area.

proc
can_add_component
(/obj/item/stock_parts/component, /mob/user)

Determines if a given item can be inserted, and how many.

Parameters:

component (Path or instance) - The item path to test. Does not have to be a subtype of /obj/item/stock_parts.
user - The mob performing the interaction. Used for feedback messages

Returns number of such components which can be inserted, -1 if there was a validation or user error, stopping the interaction chain, or 0 if the item isn't valid for adding as a component, allowing the interaction chain to continue.

proc
can_apply_preset_to
(/obj/item/stock_parts/part)

Returns the first valid preset singleton for a given part, or null

proc
cannot_transition_to
(state_path, /mob/user)

Return a change state define or a fail message to block transition.

proc
change_power_consumption
(new_power_consumption, use_power_mode)

Updates the machine's *_power_usage to the new value and updates the machine's current power consumption state if applicable.

proc
component_attack_hand
(/mob/user)

Passes attack_hand() calls through to components within the machine, if they are accessible.

proc
component_attackby
(/obj/item/I, /mob/user)

Passes use_tool() calls through to components within the machine, if they are accessible.

proc
component_destroyed
(/obj/item/component)

Handles destroying the provided component. component should be an item within the machine.

proc
component_stat_change
(/obj/item/stock_parts/part, old_stat, flag)

Called whenever an attached component updates it's status. Override to handle updates to the machine.

proc
components_are_accessible
(path)

Use to block interactivity if panel is not open, etc. path is the type path to check accessibility for. Returns boolean.

proc
dismantle
()

Deconstructs the machine into its base frame and ejects all of its components. Returns boolean.

proc
display_parts
(/mob/user)

Displays all components in the machine to the user.

proc
force_init_component
(path)

Forces initialization of a component in the uncreated_component_parts list. Returns the result of install_component(), or null if the path does not exist in the list.

proc
get_component_of_type
(part_type, strict)

Returns a component instance of the given part_type, or null if no such type is present. strict forces strict type comparisons and disallows subtypes.

proc
get_power_usage
()

Returns the current power usage draw, based on the state of use_power.

proc
inoperable
(additional_flags)

Checks whether or not the machine's state variable has the MACHINE_STAT_BROKEN or MACHINE_STAT_NOPOWER flags, or any of the provided additional_flags. Returns TRUE if any of the flags match.

proc
interface_interact
(user)

If you want to have interface interactions handled for you conveniently, use this. Return TRUE for handled. If you perform direct interactions in here, you are responsible for ensuring that full interactivity checks have been made (i.e CanInteract()). The checks leading in to here only guarantee that the user should be able to view a UI.

proc
is_powered
(additional_flags)

Whether or not the machine is considered 'powered'. By default this translates directly to !stat_check(MACHINE_STAT_NOPOWER).

Returns boolean.

proc
malf_upgrade
(/mob/living/silicon/ai/user)

Handles updgrading the machine for a malfunctioning AI. Return TRUE if the machine was successfully upgraded.

proc
missing_parts
()

Returns a list of required components that are missing from the machine, or null if no components are missing or the machine lacks a construct_state.

proc
number_of_components
(part_type)

Returns the number of components of the given part_type currently installed in the machine.

proc
on_user_login
(/mob/M)

Called by /mob/Login() if the mob has an associated machine.

proc
operable
()

Inverse of inoperable().

proc
part_insertion
(/mob/user, /obj/item/stock_parts/part)

Handles inserting a component or item into the machine by a user. Returns boolean. TRUE should halt further processing in attack*() procs.

proc
part_removal
(/mob/user, /obj/item/tool)

Handles removal of a component by a user. Returns boolean.

proc
part_replacement
(/mob/user, /obj/item/storage/part_replacer/part_replacer)

Handles replacement of components by a user using a part replacer. Returns boolean.

proc
physical_attack_hand
(user)

If you want a physical interaction which happens after all relevant checks but preempts the UI interactions, do it here. Return TRUE for handled.

proc
ping
(text)

Displays a ping message and sound effect.

proc
populate_parts
(full_populate)

Creates all components listed in uncreated_component_parts. full_populate also creates a circuitboard and all needed components.

proc
powered
(chan, /area/check_area)

Returns TRUE if the area has power on given channel (or doesn't require power), defaults to power_channel. May also optionally specify an area, otherwise defaults to loc.loc.

proc
refresh
()

Refreshes the machine's status. Used by the refresh public method.

proc
remove_part_and_give_to_user
(path, /mob/user)

Removes a part of the given path and places it in the hands of user.

proc
replace_part
(/mob/user, /obj/item/storage/part_replacer/part_replacer, /obj/item/stock_parts/old_part, /obj/item/stock_parts/new_part)

Replaces a single component in the machine.

proc
set_broken
(new_state, cause)

Sets the machine's broken state, modfying both stat and reason_broken accordingly.

If the resulting reason_broken is empty, MACHINE_STAT_BROKEN is unset. Otherwise, the broken stat is set.

Parameters:

new_state (boolean) - The new state of the flag - 'On' or 'Off'.
cause (bitfield - One of MACHINE_BROKEN_*) - The reason_broken flag to set.

Returns boolean - Whether or not the state was changed.

proc
set_initial_level
()

Used by constructors. Shouldn't generally be called from elsewhere.

proc
set_stat
(statflag, new_state)

Allows setting or unsetting a stat flag.

Parameters:

statflag (bitfield - One of MACHINE_STAT_*) - The stat flag to set.
new_state (boolean) - The new state of the flag - 'On' or 'Off'.

Returns boolean - Whether or not the stat was updated.

proc
set_stat_immunity
(statflag, new_state)

Updates the machine's stat immunity. This also updates the stat flag itself, if it's set and you're turning on immunity.

Parameters:

statflag (bitfield, One of MACHINE_STAT_*) - The stat flag to set immunity of.
new_state (boolean, default TRUE) - The new state of the stat immunity flag.

Returns boolean. Whether or not stat was updated during the operation.

proc
shock
(/mob/user, prb)

Electrocutes the mob user based on probability prb, if the machine is in a state capable of doing so. Returns TRUE if the user was shocked.

proc
state
(msg)

Displays a message for mobs in range.

proc
state_transition
(/singleton/machine_construction/new_state)

Called on state transition; can intercept, but must call parent.

proc
toggle_input_toggle
()

Handles toggling the machine's toggle variable. Used by the toggle_input_toggle public method.

proc
toggle_power
()

Toggles the machine's power state. Used by the toggle_power public method.

proc
toggle_stat
(statflag)

Toggles a stat flag.

Parameters:

statflag (bitfield - One of MACHINE_STAT_*) - The stat flag to toggle.

Returns boolean or null. Null if the machine is immune to the state, otherwise, boolean based on the new state of the flag.

proc
total_component_rating_of_type
(part_type)

Returns the total combined component ratings for the provided part_type.

proc
types_of_component
(part_type)

Returns a list of subtypes of the given component type, with associated value = number of that component.

proc
uninstall_component
(/obj/item/stock_parts/part, refresh_parts)

Uninstalls the provided component, if it exists in component_parts. refresh_parts will call RefreshParts() after uninstallation. Returns the uninstalled part.

proc
update_power_channel
(new_channel)

Updates the machine's power_channel to the new value and updates the machine's area's power grid.

proc
update_power_on_move
(/atom/movable/mover, /atom/old_loc, /atom/new_loc)

Handles updating machinery power whenever the machine is moved. Calls area_changed() by default.

proc
update_use_power
(new_use_power)

Updates the use_power variable to the new value and updates the machine's area's power grid.

proc
use_power_oneoff
(amount, chan)

This will have this machine have its area eat this much power next tick, and not afterwards. Do not use for continued power draw. chan can be one of the possible values for power_channel, or POWER_CHAN to use the machine's current configured power channel.

proc
user_can_move_target_inside
(/mob/target, /mob/user)

Called by machines that can hold a mob (sleeper, suit cycler, etc.), checking if mob can be moved before doing so. Call parent first if you want to add new checks specific for each machine, this proc handles the common stuff. Returns TRUE if mob can be moved into a machine, FALSE if it cannot.

machinery /obj/machinery

Vars

Procs

Var Details

var active_power_usage –

var base_type –

var can_use_tools –

var clicksound –

var clickvol –

var component_parts – /list

var construct_state – /singleton/machine_construction

var core_skill –

var emagged –

var frame_type –

var gl_uid – /static

var id_tag –

var identifier –

var idle_power_usage –

var input_toggle –

var interact_offline –

var machine_desc –

var machine_name –

var malf_upgraded –

var maximum_component_parts – /list

var next_clicksound –

var operator_skill –

var panel_open –

var power_channel –

var power_components – /list

var power_init_complete –

var processing_flags –

var processing_parts – /list

var public_methods – /list

var public_variables – /list

var reason_broken –

var silicon_restriction –

var stat –

var stat_immune –

var stock_part_presets – /list

var uid –

var uncreated_component_parts – /list

var use_power –

var wires – /datum/wires

Proc Details

proc RefreshParts()

proc area_changed(/area/old_area, /area/new_area)

proc area_uid()

proc can_add_component(/obj/item/stock_parts/component, /mob/user)

proc can_apply_preset_to(/obj/item/stock_parts/part)

proc cannot_transition_to(state_path, /mob/user)

proc change_power_consumption(new_power_consumption, use_power_mode)

proc component_attack_hand(/mob/user)

proc component_attackby(/obj/item/I, /mob/user)

proc component_destroyed(/obj/item/component)

proc component_stat_change(/obj/item/stock_parts/part, old_stat, flag)

proc components_are_accessible(path)

proc dismantle()

proc display_parts(/mob/user)

proc force_init_component(path)

proc get_component_of_type(part_type, strict)

proc get_power_usage()

proc inoperable(additional_flags)

proc interface_interact(user)

proc is_powered(additional_flags)

proc malf_upgrade(/mob/living/silicon/ai/user)

proc missing_parts()

proc number_of_components(part_type)

proc on_user_login(/mob/M)

proc operable()

proc part_insertion(/mob/user, /obj/item/stock_parts/part)

proc part_removal(/mob/user, /obj/item/tool)

proc part_replacement(/mob/user, /obj/item/storage/part_replacer/part_replacer)

proc physical_attack_hand(user)

proc ping(text)

proc populate_parts(full_populate)

proc powered(chan, /area/check_area)

proc refresh()

proc remove_part_and_give_to_user(path, /mob/user)

proc replace_part(/mob/user, /obj/item/storage/part_replacer/part_replacer, /obj/item/stock_parts/old_part, /obj/item/stock_parts/new_part)

proc set_broken(new_state, cause)

machinery
/obj/machinery

var
active_power_usage
–

var
base_type
–

var
can_use_tools
–

var
clicksound
–

var
clickvol
–

var
component_parts
– /list

var
construct_state
– /singleton/machine_construction

var
core_skill
–

var
emagged
–

var
frame_type
–

var
gl_uid
– /static

var
id_tag
–

var
identifier
–

var
idle_power_usage
–

var
input_toggle
–

var
interact_offline
–

var
machine_desc
–

var
machine_name
–

var
malf_upgraded
–

var
maximum_component_parts
– /list

var
next_clicksound
–

var
operator_skill
–

var
panel_open
–

var
power_channel
–

var
power_components
– /list

var
power_init_complete
–

var
processing_flags
–

var
processing_parts
– /list

var
public_methods
– /list

var
public_variables
– /list

var
reason_broken
–

var
silicon_restriction
–

var
stat
–

var
stat_immune
–

var
stock_part_presets
– /list

var
uid
–

var
uncreated_component_parts
– /list

var
use_power
–

var
wires
– /datum/wires

proc
RefreshParts
()

proc
area_changed
(/area/old_area, /area/new_area)

proc
area_uid
()

proc
can_add_component
(/obj/item/stock_parts/component, /mob/user)

proc
can_apply_preset_to
(/obj/item/stock_parts/part)

proc
cannot_transition_to
(state_path, /mob/user)

proc
change_power_consumption
(new_power_consumption, use_power_mode)

proc
component_attack_hand
(/mob/user)

proc
component_attackby
(/obj/item/I, /mob/user)

proc
component_destroyed
(/obj/item/component)

proc
component_stat_change
(/obj/item/stock_parts/part, old_stat, flag)

proc
components_are_accessible
(path)

proc
dismantle
()

proc
display_parts
(/mob/user)

proc
force_init_component
(path)

proc
get_component_of_type
(part_type, strict)

proc
get_power_usage
()

proc
inoperable
(additional_flags)

proc
interface_interact
(user)

proc
is_powered
(additional_flags)

proc
malf_upgrade
(/mob/living/silicon/ai/user)

proc
missing_parts
()

proc
number_of_components
(part_type)

proc
on_user_login
(/mob/M)

proc
operable
()

proc
part_insertion
(/mob/user, /obj/item/stock_parts/part)

proc
part_removal
(/mob/user, /obj/item/tool)

proc
part_replacement
(/mob/user, /obj/item/storage/part_replacer/part_replacer)

proc
physical_attack_hand
(user)

proc
ping
(text)

proc
populate_parts
(full_populate)

proc
powered
(chan, /area/check_area)

proc
refresh
()

proc
remove_part_and_give_to_user
(path, /mob/user)

proc
replace_part
(/mob/user, /obj/item/storage/part_replacer/part_replacer, /obj/item/stock_parts/old_part, /obj/item/stock_parts/new_part)

proc
set_broken
(new_state, cause)

proc
set_initial_level
()

proc
set_stat
(statflag, new_state)

proc
set_stat_immunity
(statflag, new_state)

proc
shock
(/mob/user, prb)