#include <game/framework/f_base.hpp>

Inheritance diagram for fBase_c:

[legend]

Description

The base class for all scenes, actors and various other processes.

Overview

fBase_c defines the core elements of a process, to provide common behaviour across all bases.

The most significant components are:

mUniqueID, a unique identifier for every created base.
mParam, a 32-bit value used to configure the base. For profiles representing level sprites, this field is equivalent to nybbles 5 to 12 of Reggie' sprite data. Classes that don't represent a specific profile should avoid using this value to determine their behaviour.
mProfName, an identifier for the base's profile.
mGroupType, which specifies the base's group type (see Inheritance and Group Types for more details).
The class embeds an instance of fManager_c, which manages most of the base's lifecycle.
The remaining fields are also related to the base's lifecycle or are entirely unused.

Creating Bases

A base can be created by calling the createRoot or the createChild functions. Most subclasses provide their own implementations of these functions with additional parameters available; their use is recommended.

The overloaded new operator ensures that bases are zero-initialized (therefore initializing fields to zero is not necessary), while the delete operator is provided for convenience.

Deleting Bases

Bases can be deleted by calling deleteRequest on them. A base will be informed of its impending deletion when its deleteReady method is called. Please note that deleting a base will delete all its children as well.

Iterating Bases

A small iteration API is provided:

Use getConnectParent to get a base's parent.
Use getConnectChild to get a base's first child.
Use getConnectBrNext to get a base's next sibling.

For conducting searches across the entire base tree, please refer to fManager_c.

Inheritance and Group Types

The mGroupType field offers basic type information about a base:

Bases with group type OTHER are generic processes, which inherit from dBase_c.
Bases with group type SCENE are scene profiles, which inherit from dScene_c.
Bases with group type ACTOR are game entities, which inherit from dBaseActor_c.

No base inherits fBase_c directly.

Base Lifecycle

The lifecycle of a base consists of multiple operations, whose behaviour can be overridden by any of the subclasses. Each operation has an associated linked list, containing all bases for which said operation is scheduled for the current frame. fBase_c (and fManager_c) manage operation scheduling internally, therefore developer interaction is not required.

Operation Flow

Every operation is composed by three steps: pre , do and post (each with their own methods). While the do method is generally reserved for profile-specific behaviour, the pre and post methods are commonly used to supply shared behaviour in base classes.

The pre and do steps return a PACK_RESULT_e value, which is converted to a MAIN_STATE_e value to determine the result of the operation. Said value is then passed to the post method, which acts accordingly.

`pre` step result	`do` step result	`post` argument
NOT_READY	N/A (not run)	CANCELED
SUCCEEDED	NOT_READY	WAITING
SUCCEEDED	SUCCEEDED	SUCCESS
SUCCEEDED	FAILED	ERROR

Operations are carried out by the commonPack function.

Core Operations

fBase_c defines four core operations:

create runs immediately after construction, and can be used to set up the base or load resources for it. The operation result leads to three possible outcomes:
- If the operation result is SUCCESS, the base enters the main execution cycle.
- If the operation result is CANCELED or WAITING, the operation will be reattempted in the next frame.
- If the operation result is ERROR, the base is deleted.
execute serves as the base's own main loop, running every frame. This operation can be skipped by enabling the relevant PROC_DISABLE_e flag.
draw offers an alternative main loop specifically for rendering code. It also runs every frame, and can be skipped by enabling the relevant PROC_DISABLE_e flag.
delete runs immediately before destruction, and can be used to deallocate resources or remove links to other bases. This operation will not proceed until all the base's children are deleted.

The lifecycle of a base.

Connect Operation

connect is an internal operation for process management that runs every frame along the aforementioned four; bases should not override it. See connectProc for more information on the tasks carried out in this operation.

Unused Content

sLoadAsyncCallback and sUnloadCallback are presumably related to the scrapped relocatable profile system (more details here). These callbacks are set to empty placeholder functions (which belong to dBase_c) by dBase_c::initLoader. Judging by their names, they were supposed to be called after a profile module would have been loaded/unloaded.
Each base supports having its own heap. The heap name, translated from Japanese, is Heap that each process can have individually (fBase_c::mHeap). Two working methods for creating this heap are still in the game (entryFrmHeap, entryFrmHeapNonAdjust), but are unused. This per-base allocation method was most likely discontinued in favour of mAllocator_c and its derivatives.
Two additional unused list-like structures are present in the class: mpUnusedHelper and mUnusedList. Since the symbols for the related functions have not yet been cracked, it's difficult to tell what their purpose might have been.

Todo
Link to unused relocation system article and mAllocator_c when their page gets written.

Definition at line 119 of file f_base.hpp.

Public Types
enum	LIFECYCLE_e { CREATING , ACTIVE , DELETING }
	The possible lifecycle states. More...

enum	GROUP_TYPE_e { OTHER , SCENE , ACTOR }
	The possible group types. More...

enum	MAIN_STATE_e { CANCELED , ERROR , SUCCESS , WAITING }
	The possible operation results. More...

enum	PACK_RESULT_e { NOT_READY , SUCCEEDED , FAILED }
	The possible operation step results. More...

enum	PROC_DISABLE_e { ROOT_DISABLE_EXECUTE = BIT_FLAG(0) , DISABLE_EXECUTE = BIT_FLAG(1) , ROOT_DISABLE_DRAW = BIT_FLAG(2) , DISABLE_DRAW = BIT_FLAG(3) }
	Controls if the `execute` and `draw` operations should be skipped. More...

Public Member Functions
	fBase_c ()
	Constructs a new base.

void	deleteRequest ()
	Requests deletion of the base.

fBase_c *	getConnectParent () const
	Gets the base's parent.

fBase_c *	getConnectChild () const
	Gets the base's first child.

fBase_c *	getConnectBrNext () const
	Gets the base's next sibling.

bool	checkChildProcessCreateState () const
	Checks if the base has at least one child in the CREATING state.

Static Public Member Functions
static void *	operator new (size_t)
	`new` operator override for all bases.

static void	operator delete (void *)
	`delete` operator override for all bases.

static fBase_c *	createChild (ProfileName profName, fBase_c *parent, unsigned long param, u8 groupType)
	Creates a child base under the given parent.

static fBase_c *	createRoot (ProfileName profName, unsigned long param, u8 groupType)
	Creates a root base.

Public Attributes
fBaseID_e	mUniqueID
	The base's unique identifier.

u32	mParam
	A bitfield that configures the base's behaviour. Its usage varies from profile to profile.

ProfileName	mProfName
	The base's profile name.

Protected Member Functions
bool	isProcControlFlag (u8 flag) const
	Checks if a flag is set in mProcControl.

void	setProcControlFlag (u8 flag)
	Sets a flag in mProcControl.

void	clearProcControlFlag (u8 flag)
	Clears a flag in mProcControl.

virtual int	create ()
	`do` method for the `create` operation.

virtual int	preCreate ()
	`pre` method for the `create` operation.

virtual void	postCreate (MAIN_STATE_e state)
	`post` method for the `create` operation.

virtual int	doDelete ()
	`do` method for the `delete` operation.

virtual int	preDelete ()
	`pre` method for the `delete` operation.

virtual void	postDelete (MAIN_STATE_e state)
	`post` method for the `delete` operation.

virtual int	execute ()
	`do` method for the `execute` operation.

virtual int	preExecute ()
	`pre` method for the `execute` operation.

virtual void	postExecute (MAIN_STATE_e state)
	`post` method for the `execute` operation.

virtual int	draw ()
	`do` method for the `draw` operation.

virtual int	preDraw ()
	`pre` method for the `draw` operation.

virtual void	postDraw (MAIN_STATE_e state)
	`post` method for the `draw` operation.

virtual void	deleteReady ()
	Informs the base that it's about to be deleted.

virtual bool	entryFrmHeap (unsigned long size, EGG::Heap *parentHeap)
	[Unused]. Creates a heap of the given size for the base.

virtual bool	entryFrmHeapNonAdjust (unsigned long size, EGG::Heap *parentHeap)
	[Unused]. Creates a heap of the given size for the base.

virtual bool	createHeap ()
	[Unused]. [Does nothing].

virtual	~fBase_c ()
	Destroys the base.

Protected Attributes
u8	mLifecycleState
	The base's lifecycle state. Value is a LIFECYCLE_e.

bool	mDeleteRequested
	If deletion of the base was requested, but the `delete` operation has not been scheduled yet.

bool	mDeferExecute
	If the `create` operation was completed, but scheduling the `execute` and `draw` operations isn't possible at this time.

bool	mDeferRetryCreate
	If the `create` operation has not been completed, and rescheduling it isn't possible at this time.

u8	mGroupType
	The base's group type. Value is a GROUP_TYPE_e.

u8	mProcControl
	The operations to be skipped. Value is a PROC_DISABLE_e.

fManager_c	mMng
	The base's process manager.

fBaHelper_c *	mpUnusedHelper
	[Unused]. See Unused Content.

fLiMgBa_c	mUnusedList
	[Unused]. See Unused Content.

EGG::FrmHeap *	mHeap
	[Unused]. The base's dedicated heap.

Static Protected Attributes
static int(*	sLoadAsyncCallback )()
	[Unused]. See Unused Content.

static void(*	sUnloadCallback )()
	[Unused]. See Unused Content.

Private Member Functions
int	createPack ()
	Executes the `create` operation. See commonPack.

int	deletePack ()
	Executes the `delete` operation. See commonPack.

int	executePack ()
	Executes the `execute` operation. See commonPack.

int	drawPack ()
	Executes the `draw` operation. See commonPack.

int	commonPack (int(fBase_c::doFunc)(), int(fBase_c::preFunc)(), void(fBase_c::*postFunc)(MAIN_STATE_e))
	Executes an operation. See here for more details.

int	connectProc ()
	Executes the `connect` operation.

void	runCreate ()
	Kickstarts the base's lifecycle by running the `create` operation.

fBase_c *	getChildProcessCreateState () const
	Gets a child of the base in the CREATING state.

Static Private Member Functions
static void	setTmpCtData (ProfileName profName, fTrNdBa_c *connectParent, unsigned long param, u8 groupType)
	Sets temporary data to be used for the next base's construction.

static fBase_c *	fBase_make (ProfileName profName, fTrNdBa_c *connectParent, unsigned long param, u8 groupType)
	Internal function for base construction.

Static Private Attributes
static fBaseID_e	m_rootUniqueID = BASE_ID_FIRST
	Unique ID counter for base construction. See mUniqueID.

static u32	m_tmpCtParam
	Temporary storage for the next constructed base's params. See mParam.

static ProfileName	m_tmpCtProfName
	Temporary storage for the next constructed base's profile name. See mProfName.

static u8	m_tmpCtGroupType
	Temporary storage for the next constructed base's group type. See mGroupType.

static fTrNdBa_c *	m_tmpCtConnectParent
	Temporary storage for the next constructed base's parent connect node.

Member Enumeration Documentation

◆ LIFECYCLE_e

enum fBase_c::LIFECYCLE_e

The possible lifecycle states.

Enumerator
CREATING	The base's `create` operation has yet to conclude.
ACTIVE	The base is in the main execution cycle.
DELETING	The base's `delete` operation is about to run.

Definition at line 123 of file f_base.hpp.

◆ GROUP_TYPE_e

enum fBase_c::GROUP_TYPE_e

The possible group types.

Enumerator
OTHER	The base is a generic process.
SCENE	The base is a scene.
ACTOR	The base is an actor.

Definition at line 130 of file f_base.hpp.

◆ MAIN_STATE_e

enum fBase_c::MAIN_STATE_e

The possible operation results.

Enumerator
CANCELED	The operation was canceled early.
ERROR	The operation could not be completed.
SUCCESS	The operation was completed successfully.
WAITING	The operation is waiting for something and cannot be completed yet.

Definition at line 137 of file f_base.hpp.

◆ PACK_RESULT_e

enum fBase_c::PACK_RESULT_e

The possible operation step results.

Enumerator
NOT_READY	The step could not completed at this time.
SUCCEEDED	The step was completed successfully.
FAILED	The step could not be completed.

Definition at line 145 of file f_base.hpp.

◆ PROC_DISABLE_e

enum fBase_c::PROC_DISABLE_e

Controls if the execute and draw operations should be skipped.

Enumerator
ROOT_DISABLE_EXECUTE	Execution is disabled, and this is a root base.
DISABLE_EXECUTE	Execution is disabled.
ROOT_DISABLE_DRAW	Drawing is disabled, and this is a root base.
DISABLE_DRAW	Drawing is disabled.

Definition at line 152 of file f_base.hpp.

Constructor & Destructor Documentation

◆ fBase_c()

fBase_c::fBase_c ( )

Constructs a new base.

Definition at line 15 of file f_base.cpp.

◆ ~fBase_c()

fBase_c::~fBase_c ( )

protectedvirtual

Destroys the base.

Definition at line 57 of file f_base.cpp.

Member Function Documentation

◆ isProcControlFlag()

bool fBase_c::isProcControlFlag ( u8 flag ) const

inlineprotected

Checks if a flag is set in mProcControl.

Definition at line 187 of file f_base.hpp.

◆ setProcControlFlag()

void fBase_c::setProcControlFlag ( u8 flag )

inlineprotected

Sets a flag in mProcControl.

Definition at line 189 of file f_base.hpp.

◆ clearProcControlFlag()

void fBase_c::clearProcControlFlag ( u8 flag )

inlineprotected

Clears a flag in mProcControl.

Definition at line 191 of file f_base.hpp.

◆ operator new()

void * fBase_c::operator new ( size_t size )

static

new operator override for all bases.

Bases are allocated in mHeap::g_gameHeaps[0] in a top-down direction, and are zero-initialized.

Definition at line 438 of file f_base.cpp.

◆ operator delete()

void fBase_c::operator delete ( void * mem )

static

delete operator override for all bases.

Definition at line 446 of file f_base.cpp.

◆ create()

int fBase_c::create ( )

protectedvirtual

do method for the create operation.

Returns: A PACK_RESULT_e value.

Reimplemented in dControllerInformation_c, and dYesNoWindow_c.

Definition at line 88 of file f_base.cpp.

◆ preCreate()

int fBase_c::preCreate ( )

protectedvirtual

pre method for the create operation.

Returns: A PACK_RESULT_e value.

Reimplemented in dBase_c, dBaseActor_c, dMdActor_c, dScene_c, and dWmActor_c.

Definition at line 92 of file f_base.cpp.

◆ postCreate()

void fBase_c::postCreate ( MAIN_STATE_e state )

protectedvirtual

post method for the create operation.

Reimplemented in dBase_c, dBaseActor_c, dMdActor_c, dScene_c, and dWmActor_c.

Definition at line 96 of file f_base.cpp.

◆ doDelete()

int fBase_c::doDelete ( )

protectedvirtual

do method for the delete operation.

This method was renamed due to conflict with the delete C++ keyword.

Returns: A PACK_RESULT_e value.

Reimplemented in dControllerInformation_c, and dYesNoWindow_c.

Definition at line 118 of file f_base.cpp.

◆ preDelete()

int fBase_c::preDelete ( )

protectedvirtual

pre method for the delete operation.

Returns: A PACK_RESULT_e value.

Reimplemented in dBase_c, dBaseActor_c, dMdActor_c, dScene_c, and dWmActor_c.

Definition at line 126 of file f_base.cpp.

◆ postDelete()

void fBase_c::postDelete ( MAIN_STATE_e state )

protectedvirtual

post method for the delete operation.

Reimplemented in dBase_c, dBaseActor_c, dMdActor_c, dScene_c, and dWmActor_c.

Definition at line 142 of file f_base.cpp.

◆ execute()

int fBase_c::execute ( )

protectedvirtual

do method for the execute operation.

Returns: A PACK_RESULT_e value.

Reimplemented in dControllerInformation_c, and dYesNoWindow_c.

Definition at line 168 of file f_base.cpp.

◆ preExecute()

int fBase_c::preExecute ( )

protectedvirtual

pre method for the execute operation.

Returns: A PACK_RESULT_e value.

Reimplemented in dBase_c, dBaseActor_c, dMdActor_c, dScene_c, and dWmActor_c.

Definition at line 172 of file f_base.cpp.

◆ postExecute()

void fBase_c::postExecute ( MAIN_STATE_e state )

protectedvirtual

post method for the execute operation.

Reimplemented in dBase_c, dBaseActor_c, dMdActor_c, dScene_c, and dWmActor_c.

Definition at line 180 of file f_base.cpp.

◆ draw()

int fBase_c::draw ( )

protectedvirtual

do method for the draw operation.

Returns: A PACK_RESULT_e value.

Reimplemented in dControllerInformation_c, and dYesNoWindow_c.

Definition at line 188 of file f_base.cpp.

◆ preDraw()

int fBase_c::preDraw ( )

protectedvirtual

pre method for the draw operation.

Returns: A PACK_RESULT_e value.

Reimplemented in dBase_c, dBaseActor_c, dMdActor_c, dScene_c, and dWmActor_c.

Definition at line 192 of file f_base.cpp.

◆ postDraw()

void fBase_c::postDraw ( MAIN_STATE_e state )

protectedvirtual

post method for the draw operation.

Reimplemented in dBase_c, dBaseActor_c, dMdActor_c, dScene_c, and dWmActor_c.

Definition at line 200 of file f_base.cpp.

◆ deleteReady()

void fBase_c::deleteReady ( )

protectedvirtual

Informs the base that it's about to be deleted.

Definition at line 208 of file f_base.cpp.

◆ entryFrmHeap()

bool fBase_c::entryFrmHeap	(	unsigned long	size,
		EGG::Heap *	parentHeap )

protectedvirtual

[Unused]. Creates a heap of the given size for the base.

If the requested heap space is not available, the heap is adjusted to allocate all the available memory. If that also fails, the base is deleted.

Parameters

size	The heap's size, or `-1` to allocate all available space.
parentHeap	The parent heap, or `nullptr` to use the current heap.

Returns: If the heap creation was successful.

Definition at line 324 of file f_base.cpp.

◆ entryFrmHeapNonAdjust()

bool fBase_c::entryFrmHeapNonAdjust	(	unsigned long	size,
		EGG::Heap *	parentHeap )

protectedvirtual

[Unused]. Creates a heap of the given size for the base.

Unlike entryFrmHeap, the base is immediately deleted if the requested space is not available.

Parameters

size	The heap's size, or `-1` to allocate all available space.
parentHeap	The parent heap, or `nullptr` to use the current heap.

Returns: If the heap creation was successful.

Definition at line 408 of file f_base.cpp.

◆ createHeap()

bool fBase_c::createHeap ( )

protectedvirtual

[Unused]. [Does nothing].

Definition at line 434 of file f_base.cpp.

◆ deleteRequest()

void fBase_c::deleteRequest ( )

Requests deletion of the base.

Calling this function multiple times has no effect.

Definition at line 289 of file f_base.cpp.

◆ getConnectParent()

fBase_c * fBase_c::getConnectParent ( ) const

Gets the base's parent.

Definition at line 303 of file f_base.cpp.

◆ getConnectChild()

fBase_c * fBase_c::getConnectChild ( ) const

Gets the base's first child.

Definition at line 310 of file f_base.cpp.

◆ getConnectBrNext()

fBase_c * fBase_c::getConnectBrNext ( ) const

Gets the base's next sibling.

Definition at line 317 of file f_base.cpp.

◆ checkChildProcessCreateState()

bool fBase_c::checkChildProcessCreateState ( ) const

Checks if the base has at least one child in the CREATING state.

Returns: If such a child base exists.

Definition at line 479 of file f_base.cpp.

◆ createPack()

fLiMgPTMF_c fManager_c::m_createManage & fBase_c::createPack ( )

private

Executes the create operation. See commonPack.

Definition at line 122 of file f_base.cpp.

◆ deletePack()

fLiMgPTMF_c fManager_c::m_deleteManage & fBase_c::deletePack ( )

private

Executes the delete operation. See commonPack.

Definition at line 164 of file f_base.cpp.

◆ executePack()

fLiMgPTMF_c fManager_c::m_executeManage & fBase_c::executePack ( )

private

Executes the execute operation. See commonPack.

Definition at line 184 of file f_base.cpp.

◆ drawPack()

fLiMgPTMF_c fManager_c::m_drawManage & fBase_c::drawPack ( )

private

Executes the draw operation. See commonPack.

Definition at line 204 of file f_base.cpp.

◆ commonPack()

int fBase_c::commonPack	(	int(fBase_c::*	doFunc )(),
		int(fBase_c::*	preFunc )(),
		void(fBase_c::*	postFunc )(MAIN_STATE_e) )

private

Executes an operation. See here for more details.

Parameters

doFunc	The operation's `do` method.
preFunc	The operation's `pre` method.
postFunc	The operation's `post` method.

Returns: A PACK_RESULT_e value returned from doFunc, or preFunc if doFunc was not executed.

Definition at line 66 of file f_base.cpp.

◆ connectProc()

fTrMgPTMF_c fManager_c::m_connectManage & fBase_c::connectProc ( )

private

Executes the connect operation.

This operation carries out the following tasks:

Schedule the base (and its children) for deletion if deletion was requested (see mDeleteRequested)
Propagate updates to the root base's mProcControl field down the tree
Update the base's position in the execute and draw lists on priority changes
Process any deferred schedule requests (see mDeferExecute and mDeferRetryCreate)
Returns
The operation always returns SUCCEEDED.

Definition at line 212 of file f_base.cpp.

◆ runCreate()

void fBase_c::runCreate ( )

private

Kickstarts the base's lifecycle by running the create operation.

Definition at line 450 of file f_base.cpp.

◆ getChildProcessCreateState()

fBase_c * fBase_c::getChildProcessCreateState ( ) const

private

Gets a child of the base in the CREATING state.

Returns: The first child satisfying this condition, or nullptr if none is found.

Definition at line 465 of file f_base.cpp.

◆ createChild()

fBase_c * fBase_c::createChild	(	ProfileName	profName,
		fBase_c *	parent,
		unsigned long	param,
		u8	groupType )

static

Creates a child base under the given parent.

Parameters

profName	The base's profile name.
parent	The base's parent. Must not be `nullptr` .
param	The base's parameters.
groupType	The base's group type.

Returns: A pointer to the instantiated base, or nullptr .

Definition at line 511 of file f_base.cpp.

◆ createRoot()

fBase_c * fBase_c::createRoot	(	ProfileName	profName,
		unsigned long	param,
		u8	groupType )

static

Creates a root base.

Parameters

profName	The base's profile name.
param	The base's parameters.
groupType	The base's group type.

Returns: A pointer to the instantiated base, or nullptr .

Definition at line 518 of file f_base.cpp.

◆ setTmpCtData()

void fBase_c::setTmpCtData	(	ProfileName	profName,
		fTrNdBa_c *	connectParent,
		unsigned long	param,
		u8	groupType )

staticprivate

Sets temporary data to be used for the next base's construction.

Parameters

profName	The base's profile name.
connectParent	The connect node of the base's parent, or `nullptr` .
param	The base's parameters.
groupType	The base's group type.

Definition at line 483 of file f_base.cpp.

◆ fBase_make()

fBase_c * fBase_c::fBase_make	(	ProfileName	profName,
		fTrNdBa_c *	connectParent,
		unsigned long	param,
		u8	groupType )

staticprivate

Internal function for base construction.

Parameters

profName	The base's profile name.
connectParent	The parent base's connect node.
param	The base's parameters.
groupType	The base's group type.

Returns: A pointer to the instantiated base, or nullptr .

Definition at line 490 of file f_base.cpp.

Member Data Documentation

◆ mUniqueID

fBaseID_e fBase_c::mUniqueID

The base's unique identifier.

This value is incremented for every created base. Should it reach fBaseID_e::BASE_ID_MAX, the game will intentionally stall.

Definition at line 162 of file f_base.hpp.

◆ mParam

u32 fBase_c::mParam

A bitfield that configures the base's behaviour. Its usage varies from profile to profile.

Definition at line 163 of file f_base.hpp.

◆ mProfName

ProfileName fBase_c::mProfName

The base's profile name.

Definition at line 164 of file f_base.hpp.

◆ mLifecycleState

u8 fBase_c::mLifecycleState

protected

The base's lifecycle state. Value is a LIFECYCLE_e.

Definition at line 167 of file f_base.hpp.

◆ mDeleteRequested

bool fBase_c::mDeleteRequested

protected

If deletion of the base was requested, but the delete operation has not been scheduled yet.

Definition at line 171 of file f_base.hpp.

◆ mDeferExecute

bool fBase_c::mDeferExecute

protected

If the create operation was completed, but scheduling the execute and draw operations isn't possible at this time.

If true, scheduling will be deferred to the next connect operation.

Definition at line 176 of file f_base.hpp.

◆ mDeferRetryCreate

bool fBase_c::mDeferRetryCreate

protected

If the create operation has not been completed, and rescheduling it isn't possible at this time.

If true, rescheduling will be deferred to the next connect operation.

Definition at line 181 of file f_base.hpp.

◆ mGroupType

u8 fBase_c::mGroupType

protected

The base's group type. Value is a GROUP_TYPE_e.

Definition at line 183 of file f_base.hpp.

◆ mProcControl

u8 fBase_c::mProcControl

protected

The operations to be skipped. Value is a PROC_DISABLE_e.

Definition at line 184 of file f_base.hpp.

◆ mMng

fManager_c fBase_c::mMng

protected

The base's process manager.

Definition at line 193 of file f_base.hpp.

◆ mpUnusedHelper

fBaHelper_c* fBase_c::mpUnusedHelper

protected

[Unused]. See Unused Content.

Definition at line 195 of file f_base.hpp.

◆ mUnusedList

fLiMgBa_c fBase_c::mUnusedList

protected

[Unused]. See Unused Content.

Definition at line 196 of file f_base.hpp.

◆ mHeap

EGG::FrmHeap* fBase_c::mHeap

protected

[Unused]. The base's dedicated heap.

Definition at line 199 of file f_base.hpp.

◆ sLoadAsyncCallback

int(* fBase_c::sLoadAsyncCallback)()

staticprotected

[Unused]. See Unused Content.

Definition at line 374 of file f_base.hpp.

◆ sUnloadCallback

void(* fBase_c::sUnloadCallback)()

staticprotected

[Unused]. See Unused Content.

Definition at line 375 of file f_base.hpp.

◆ m_rootUniqueID

fBaseID_e fBase_c::m_rootUniqueID = BASE_ID_FIRST

staticprivate

Unique ID counter for base construction. See mUniqueID.

Definition at line 378 of file f_base.hpp.

◆ m_tmpCtParam

u32 fBase_c::m_tmpCtParam

staticprivate

Temporary storage for the next constructed base's params. See mParam.

Definition at line 379 of file f_base.hpp.

◆ m_tmpCtProfName

ProfileName fBase_c::m_tmpCtProfName

staticprivate

Temporary storage for the next constructed base's profile name. See mProfName.

Definition at line 380 of file f_base.hpp.

◆ m_tmpCtGroupType

u8 fBase_c::m_tmpCtGroupType

staticprivate

Temporary storage for the next constructed base's group type. See mGroupType.

Definition at line 381 of file f_base.hpp.

◆ m_tmpCtConnectParent

fTrNdBa_c * fBase_c::m_tmpCtConnectParent

staticprivate

Temporary storage for the next constructed base's parent connect node.

Definition at line 382 of file f_base.hpp.

Description

Overview

Creating Bases

Deleting Bases

Iterating Bases

Inheritance and Group Types

Base Lifecycle

Operation Flow

Core Operations

Connect Operation

Unused Content

Public Types

Public Member Functions

Static Public Member Functions

Public Attributes

Protected Member Functions

Protected Attributes

Static Protected Attributes

Private Member Functions

Static Private Member Functions

Static Private Attributes

Member Enumeration Documentation

◆ LIFECYCLE_e

◆ GROUP_TYPE_e

◆ MAIN_STATE_e

◆ PACK_RESULT_e

◆ PROC_DISABLE_e

Constructor & Destructor Documentation

◆ fBase_c()

◆ ~fBase_c()

Member Function Documentation

◆ isProcControlFlag()

◆ setProcControlFlag()

◆ clearProcControlFlag()

◆ operator new()

◆ operator delete()

◆ create()

◆ preCreate()

◆ postCreate()

◆ doDelete()

◆ preDelete()

◆ postDelete()

◆ execute()

◆ preExecute()

◆ postExecute()

◆ draw()

◆ preDraw()

◆ postDraw()

◆ deleteReady()

◆ entryFrmHeap()

◆ entryFrmHeapNonAdjust()

◆ createHeap()

◆ deleteRequest()

◆ getConnectParent()

◆ getConnectChild()

◆ getConnectBrNext()

◆ checkChildProcessCreateState()

◆ createPack()

◆ deletePack()

◆ executePack()

◆ drawPack()

◆ commonPack()

◆ connectProc()

◆ runCreate()

◆ getChildProcessCreateState()

◆ createChild()

◆ createRoot()

◆ setTmpCtData()

◆ fBase_make()

Member Data Documentation

◆ mUniqueID

◆ mParam

◆ mProfName

◆ mLifecycleState

◆ mDeleteRequested

◆ mDeferExecute

◆ mDeferRetryCreate

◆ mGroupType

◆ mProcControl

◆ mMng