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// Ryzom - MMORPG Framework <http://dev.ryzom.com/projects/ryzom/>
// Copyright (C) 2010 Winch Gate Property Limited
//
// This program is free software: you can redistribute it and/or modify
// it under the terms of the GNU Affero General Public License as
// published by the Free Software Foundation, either version 3 of the
// License, or (at your option) any later version.
//
// This program is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
// GNU Affero General Public License for more details.
//
// You should have received a copy of the GNU Affero General Public License
// along with this program. If not, see <http://www.gnu.org/licenses/>.
# include "stdpch.h"
# include "interface_group.h"
# include "interface_manager.h"
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# include "nel/misc/xml_auto_ptr.h"
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# include "group_container.h"
# include "group_editbox.h"
# include "group_scrolltext.h"
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# include "nel/gui/lua_ihm.h"
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# include "lua_ihm_ryzom.h"
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# include "nel/misc/stream.h"
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# include "nel/gui/lua_manager.h"
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using namespace std ;
using namespace NL3D ;
# define IG_UNIQUE_ID(this) ((void*)&((this)->_GroupSizeRef)) // NB nico : use some pointer *inside* CInterfaceGroup as a unique id for lua registry (any field but
// the first), instead of using 'this'. 'this' is already used by
// CLuaIHM::pushReflectableOnStack as unique id to CInterfaceElement's ref pointers
REGISTER_UI_CLASS ( CInterfaceGroup )
// ------------------------------------------------------------------------------------------------
NLMISC_REGISTER_OBJECT ( CViewBase , CInterfaceGroup , std : : string , " interface_group " ) ;
CInterfaceGroup : : CInterfaceGroup ( const TCtorParam & param ) : CCtrlBase ( param )
{
_ParentSizeMax = NULL ;
_MaxW = _MaxH = 16384 ;
_OffsetX = _OffsetY = 0 ;
_Overlappable = true ;
_ResizeFromChildW = false ;
_ResizeFromChildH = false ;
_ResizeFromChildWMargin = 0 ;
_ResizeFromChildHMargin = 0 ;
_MaxWReal = _MaxHReal = 16384 ;
_GroupSizeRef = 0 ;
_Escapable = false ;
_Priority = WIN_PRIORITY_NORMAL ;
_UseCursor = true ;
_IsGroupContainer = false ;
_AHOnActive = NULL ;
_AHOnDeactive = NULL ;
_AHOnLeftClick = NULL ;
_AHOnRightClick = NULL ;
_AHOnEnter = NULL ;
_AHOnEscape = NULL ;
_NeedFrameUpdatePos = false ;
_LUAEnvTableCreated = false ;
# ifdef AJM_DEBUG_TRACK_INTERFACE_GROUPS
CInterfaceManager : : getInstance ( ) - > DebugTrackGroupsCreated ( this ) ;
# endif
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : setIdRecurse ( const std : : string & id )
{
CCtrlBase : : setIdRecurse ( id ) ;
for ( std : : vector < CInterfaceGroup * > : : iterator it = _ChildrenGroups . begin ( ) ; it ! = _ChildrenGroups . end ( ) ; + + it )
{
( * it ) - > setIdRecurse ( ( * it ) - > getShortId ( ) ) ;
}
for ( std : : vector < CCtrlBase * > : : iterator it = _Controls . begin ( ) ; it ! = _Controls . end ( ) ; + + it )
{
( * it ) - > setIdRecurse ( ( * it ) - > getShortId ( ) ) ;
}
for ( std : : vector < CViewBase * > : : iterator it = _Views . begin ( ) ; it ! = _Views . end ( ) ; + + it )
{
( * it ) - > setIdRecurse ( ( * it ) - > getShortId ( ) ) ;
}
}
// ------------------------------------------------------------------------------------------------
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void CInterfaceGroup : : notifyActiveCalled ( const NLGUI : : CEventDescriptorActiveCalledOnParent & desc )
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{
// notify children that the 'active' state of this group has changed
for ( std : : vector < CInterfaceGroup * > : : iterator it = _ChildrenGroups . begin ( ) ; it ! = _ChildrenGroups . end ( ) ; + + it )
{
( * it ) - > handleEvent ( desc ) ;
}
for ( std : : vector < CCtrlBase * > : : iterator ctrlIt = _Controls . begin ( ) ; ctrlIt ! = _Controls . end ( ) ; + + ctrlIt )
{
( * ctrlIt ) - > handleEvent ( desc ) ;
}
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : setActive ( bool state )
{
if ( state ! = getActive ( ) )
{
CCtrlBase : : setActive ( state ) ;
CInterfaceManager * pIM = CInterfaceManager : : getInstance ( ) ;
if ( _AHOnActive ! = NULL & & state )
{
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CAHManager : : getInstance ( ) - > runActionHandler ( _AHOnActive , this , _AHOnActiveParams ) ;
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}
if ( _AHOnDeactive ! = NULL & & ! state )
{
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CAHManager : : getInstance ( ) - > runActionHandler ( _AHOnDeactive , this , _AHOnDeactiveParams ) ;
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}
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notifyActiveCalled ( NLGUI : : CEventDescriptorActiveCalledOnParent ( state ) ) ;
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}
}
// ------------------------------------------------------------------------------------------------
CInterfaceGroup : : ~ CInterfaceGroup ( )
{
// delete any LUA group environnement
deleteLUAEnvTable ( ) ;
// delete any LUA interface link "ondbchange"
removeAllLUAOnDbChange ( ) ;
// NLMISC::TTime initStart;
// initStart = ryzomGetLocalTime ();
clearGroups ( ) ;
// nlinfo ("%d seconds for clearGroups '%s'", (uint32)(ryzomGetLocalTime ()-initStart)/1000, _Id.c_str());
// initStart = ryzomGetLocalTime ();
clearViews ( ) ;
// nlinfo ("%d seconds for clearViews '%s'", (uint32)(ryzomGetLocalTime ()-initStart)/1000, _Id.c_str());
// initStart = ryzomGetLocalTime ();
clearControls ( ) ;
// nlinfo ("%d seconds for clearControls '%s'", (uint32)(ryzomGetLocalTime ()-initStart)/1000, _Id.c_str());
CInterfaceManager * manager = CInterfaceManager : : getInstance ( ) ;
manager - > removeRefOnGroup ( this ) ;
# ifdef AJM_DEBUG_TRACK_INTERFACE_GROUPS
// AJM DEBUG
CInterfaceManager : : getInstance ( ) - > DebugTrackGroupsDestroyed ( this ) ;
# endif
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : clearViews ( )
{
// Yoyo: important to not Leave NULL in the array, because of ~CGroupHTML and LibWWW callback
// that may call CInterfaceManager::getElementFromId() (and this method hates having NULL in the arrays ^^)
while ( ! _Views . empty ( ) )
{
CViewBase * pVB = _Views . back ( ) ;
delEltOrder ( pVB ) ;
delete pVB ;
// slower than a _Views.clear() out of loop, but we have to keep a clean array.
_Views . pop_back ( ) ;
}
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : clearControls ( )
{
// Yoyo: important to not Leave NULL in the array, because of ~CGroupHTML() and LibWWW callback
// that may call CInterfaceManager::getElementFromId() (and this method hates having NULL in the arrays ^^)
while ( ! _Controls . empty ( ) )
{
CCtrlBase * pCB = _Controls . back ( ) ;
delEltOrder ( pCB ) ;
delete pCB ;
// slower than a _Controls.clear() out of loop, but we have to keep a clean array.
_Controls . pop_back ( ) ;
}
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : clearGroups ( )
{
// Yoyo: important to not Leave NULL in the array, because of ~CGroupHTML() and LibWWW callback
// that may call CInterfaceManager::getElementFromId() (and this method hates having NULL in the arrays ^^)
while ( ! _ChildrenGroups . empty ( ) )
{
CInterfaceGroup * pIG = _ChildrenGroups . back ( ) ;
delEltOrder ( pIG ) ;
delete pIG ;
// slower than a _ChildrenGroups.clear() out of loop, but we have to keep a clean array.
_ChildrenGroups . pop_back ( ) ;
}
}
// ------------------------------------------------------------------------------------------------
bool CInterfaceGroup : : moveSBTrackY ( CInterfaceGroup * target , sint32 dy )
{
// Look if there is a vertical scrollbar with this target attached ...
vector < CCtrlBase * > : : iterator itc ;
for ( itc = _Controls . begin ( ) ; itc ! = _Controls . end ( ) ; itc + + )
{
CCtrlBase * pCB = * itc ;
CCtrlScroll * pSB = dynamic_cast < CCtrlScroll * > ( pCB ) ;
if ( pSB ! = NULL )
{
if ( pSB - > getTarget ( ) = = target )
{
pSB - > moveTrackY ( dy ) ;
return true ;
}
}
}
return false ;
}
// ------------------------------------------------------------------------------------------------
bool CInterfaceGroup : : moveSBTargetY ( CInterfaceGroup * target , sint32 dy )
{
// Look if there is a vertical scrollbar with this target attached ...
vector < CCtrlBase * > : : iterator itc ;
for ( itc = _Controls . begin ( ) ; itc ! = _Controls . end ( ) ; itc + + )
{
CCtrlBase * pCB = * itc ;
CCtrlScroll * pSB = dynamic_cast < CCtrlScroll * > ( pCB ) ;
if ( pSB ! = NULL )
{
if ( pSB - > getTarget ( ) = = target )
{
pSB - > moveTargetY ( dy ) ;
return true ;
}
}
}
return false ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : setPriority ( uint8 nprio )
{
if ( nprio ! = _Priority )
{
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CWidgetManager : : getInstance ( ) - > setWindowPriority ( this , nprio ) ;
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}
}
// ------------------------------------------------------------------------------------------------
bool CInterfaceGroup : : parse ( xmlNodePtr cur , CInterfaceGroup * parentGroup )
{
if ( ! CCtrlBase : : parse ( cur , parentGroup ) )
{
nlinfo ( " cannot parse InterfaceElementLocalisable part " ) ;
return false ;
}
//determine if the group is a window. If the property is not specified, set it to false.
CXMLAutoPtr ptr ( ( const char * ) xmlGetProp ( cur , ( xmlChar * ) " win " ) ) ;
ptr = ( char * ) xmlGetProp ( cur , ( xmlChar * ) " overlappable " ) ;
if ( ptr )
{
_Overlappable = convertBool ( ptr ) ;
}
ptr = ( char * ) xmlGetProp ( cur , ( xmlChar * ) " escapable " ) ;
if ( ptr ) _Escapable = convertBool ( ptr ) ;
// determine if the group must be sized according to his sons.
ptr = ( char * ) xmlGetProp ( cur , ( xmlChar * ) " child_resize_w " ) ;
if ( ptr )
{
_ResizeFromChildW = convertBool ( ptr ) ;
}
ptr = ( char * ) xmlGetProp ( cur , ( xmlChar * ) " child_resize_h " ) ;
if ( ptr )
{
_ResizeFromChildH = convertBool ( ptr ) ;
}
ptr = ( char * ) xmlGetProp ( cur , ( xmlChar * ) " child_resize_wmargin " ) ;
if ( ptr )
{
NLMISC : : fromString ( ( const char * ) ptr , _ResizeFromChildWMargin ) ;
}
ptr = ( char * ) xmlGetProp ( cur , ( xmlChar * ) " child_resize_hmargin " ) ;
if ( ptr )
{
NLMISC : : fromString ( ( const char * ) ptr , _ResizeFromChildHMargin ) ;
}
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CAHManager : : getInstance ( ) - > parseAH ( cur , " on_active " , " on_active_params " , _AHOnActive , _AHOnActiveParams ) ;
CAHManager : : getInstance ( ) - > parseAH ( cur , " on_deactive " , " on_deactive_params " , _AHOnDeactive , _AHOnDeactiveParams ) ;
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// Read user max size
ptr = ( char * ) xmlGetProp ( cur , ( xmlChar * ) " max_w " ) ;
if ( ptr ) NLMISC : : fromString ( ( const char * ) ptr , _MaxW ) ;
ptr = ( char * ) xmlGetProp ( cur , ( xmlChar * ) " max_h " ) ;
if ( ptr ) NLMISC : : fromString ( ( const char * ) ptr , _MaxH ) ;
ptr = ( char * ) xmlGetProp ( cur , ( xmlChar * ) " max_sizeref " ) ;
if ( ptr )
{
parseMaxSizeRef ( ptr ) ;
}
ptr = ( char * ) xmlGetProp ( cur , ( xmlChar * ) " max_sizeparent " ) ;
if ( ptr )
{
string idparent = ptr ;
idparent = NLMISC : : strlwr ( idparent ) ;
if ( idparent ! = " parent " )
{
if ( parentGroup )
idparent = parentGroup - > getId ( ) + " : " + string ( ( const char * ) ptr ) ;
else
idparent = " ui: " + string ( ( const char * ) ptr ) ;
}
else
{
if ( parentGroup )
idparent = parentGroup - > getId ( ) ;
}
CInterfaceManager : : getInstance ( ) - > addParentSizeMaxAssociation ( this , idparent ) ;
}
// left & right clicks
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CAHManager : : getInstance ( ) - > parseAH ( cur , " group_onclick_r " , " group_params_r " , _AHOnRightClick , _AHOnRightClickParams ) ;
CAHManager : : getInstance ( ) - > parseAH ( cur , " group_onclick_l " , " group_params_l " , _AHOnLeftClick , _AHOnLeftClickParams ) ;
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// Each window (modal and groupContainer) can be validated by Enter. if "" => no op.
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CAHManager : : getInstance ( ) - > parseAH ( cur , " on_enter " , " on_enter_params " , _AHOnEnter , _AHOnEnterParams ) ;
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ptr = ( char * ) xmlGetProp ( cur , ( xmlChar * ) " win_priority " ) ;
if ( ptr ) NLMISC : : fromString ( ( const char * ) ptr , _Priority ) ;
ptr = ( char * ) xmlGetProp ( cur , ( xmlChar * ) " use_cursor " ) ;
if ( ptr ) _UseCursor = convertBool ( ptr ) ;
// Each window (modal and groupContainer) can be escaped if "escapable" set
// they can add an action handler before the hide
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CAHManager : : getInstance ( ) - > parseAH ( cur , " on_escape " , " on_escape_params " , _AHOnEscape , _AHOnEscapeParams ) ;
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// LuaClass script
ptr = xmlGetProp ( cur , ( xmlChar * ) " lua_class " ) ;
if ( ptr ) CInterfaceManager : : getInstance ( ) - > addLuaClassAssociation ( this , ( const char * ) ptr ) ;
return true ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : parseMaxSizeRef ( const char * ptr )
{
parseSizeRef ( ptr , _GroupSizeRef , _SizeDivW , _SizeDivH ) ;
}
// ------------------------------------------------------------------------------------------------
uint32 CInterfaceGroup : : getMemory ( )
{
uint32 Mem = sizeof ( * this ) ;
/*vector<CInterfaceGroup*>::const_iterator itg;
for ( itg = _ChildrenGroups . begin ( ) ; itg ! = _ChildrenGroups . end ( ) ; itg + + )
{
CInterfaceGroup * pIG = * itg ;
Mem + = pIG - > getMemory ( ) ;
} */
for ( vector < CViewBase * > : : const_iterator itv = _Views . begin ( ) ; itv ! = _Views . end ( ) ; itv + + )
{
CViewBase * pVB = * itv ;
Mem + = pVB - > getMemory ( ) ;
}
for ( vector < CCtrlBase * > : : const_iterator itc = _Controls . begin ( ) ; itc ! = _Controls . end ( ) ; itc + + )
{
CCtrlBase * ctrl = * itc ;
Mem + = ctrl - > getMemory ( ) ;
}
return Mem ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : addToEltOrder ( CViewBase * view , sint order )
{
if ( ! view ) return ;
if ( order = = - 1 )
{
_EltOrder . push_back ( view ) ;
}
else
{
if ( order > ( sint ) _EltOrder . size ( ) ) return ;
_EltOrder . insert ( _EltOrder . begin ( ) + order , view ) ;
}
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : addView ( CViewBase * child , sint eltOrder /*= -1*/ )
{
if ( ! child )
{
nlwarning ( " <CInterfaceGroup::addView> : tried to add a NULL view " ) ;
return ;
}
_Views . push_back ( child ) ;
addToEltOrder ( child , eltOrder ) ;
// elt callBack.
child - > onAddToGroup ( ) ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : addCtrl ( CCtrlBase * child , sint eltOrder /*= -1*/ )
{
if ( ! child )
{
nlwarning ( " <CInterfaceGroup::addCtrl> : tried to add a NULL ctrl " ) ;
return ;
}
_Controls . push_back ( child ) ;
addToEltOrder ( child , eltOrder ) ;
// elt callBack.
child - > onAddToGroup ( ) ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : addGroup ( CInterfaceGroup * child , sint eltOrder /*= -1*/ )
{
if ( ! child )
{
nlwarning ( " <CInterfaceGroup::addGroup> : tried to add a NULL group " ) ;
return ;
}
_ChildrenGroups . push_back ( child ) ;
addToEltOrder ( child , eltOrder ) ;
// elt callBack.
child - > onAddToGroup ( ) ;
}
// ------------------------------------------------------------------------------------------------
int CInterfaceGroup : : luaAddGroup ( CLuaState & ls )
{
CLuaIHM : : checkArgCount ( ls , " CInterfaceGroup::addTab " , 1 ) ;
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CInterfaceGroup * group = dynamic_cast < CInterfaceGroup * > ( CLuaIHMRyzom : : getUIOnStack ( ls , 1 ) ) ;
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if ( group )
{
group - > setParent ( this ) ;
group - > setParentPos ( this ) ;
addGroup ( group ) ;
}
return 0 ;
}
// ------------------------------------------------------------------------------------------------
// id = incomplete path (text:list:a) lid complete one (ui:interface:content:text:list:a)
static bool reverseCheckPath ( const string & id , const string & lid )
{
string idTmp = id , lidTmp = lid ;
// bool isFound = true;
while ( idTmp . size ( ) > 0 )
{
string tokid , toklid ;
string : : size_type posid = idTmp . rfind ( " : " ) ;
if ( posid = = string : : npos )
{
posid = 0 ;
tokid = idTmp ;
}
else
{
tokid = idTmp . substr ( posid + 1 ) ;
}
string : : size_type poslid = lidTmp . rfind ( " : " ) ;
if ( poslid = = string : : npos )
{
poslid = 0 ;
toklid = lidTmp ;
}
else
{
toklid = lidTmp . substr ( poslid + 1 ) ;
}
if ( tokid ! = toklid )
return false ;
if ( posid > 0 )
idTmp = idTmp . substr ( 0 , posid ) ;
else
idTmp = " " ;
if ( poslid > 0 )
lidTmp = lidTmp . substr ( 0 , poslid ) ;
else
lidTmp = " " ;
}
return true ;
}
// ------------------------------------------------------------------------------------------------
CViewBase * CInterfaceGroup : : getView ( const std : : string & id )
{
vector < CViewBase * > : : const_iterator itv ;
for ( itv = _Views . begin ( ) ; itv ! = _Views . end ( ) ; + + itv )
{
CViewBase * pVB = ( * itv ) ;
if ( reverseCheckPath ( id , pVB - > getId ( ) ) )
return * itv ;
}
// search in sons
std : : vector < CInterfaceGroup * > : : const_iterator itg ;
for ( itg = _ChildrenGroups . begin ( ) ; itg ! = _ChildrenGroups . end ( ) ; + + itg )
{
CViewBase * view = ( * itg ) - > getView ( id ) ;
if ( view )
return view ;
}
return NULL ;
}
// ------------------------------------------------------------------------------------------------
CCtrlBase * CInterfaceGroup : : getCtrl ( const std : : string & id )
{
vector < CCtrlBase * > : : const_iterator itv ;
for ( itv = _Controls . begin ( ) ; itv ! = _Controls . end ( ) ; + + itv )
{
CCtrlBase * pCB = ( * itv ) ;
if ( reverseCheckPath ( id , pCB - > getId ( ) ) )
return * itv ;
}
// search in sons
std : : vector < CInterfaceGroup * > : : const_iterator itg ;
for ( itg = _ChildrenGroups . begin ( ) ; itg ! = _ChildrenGroups . end ( ) ; + + itg )
{
CCtrlBase * pCtrl = ( * itg ) - > getCtrl ( id ) ;
if ( pCtrl )
return pCtrl ;
}
return NULL ;
}
// ------------------------------------------------------------------------------------------------
CInterfaceGroup * CInterfaceGroup : : getGroup ( const std : : string & id ) const
{
std : : vector < CInterfaceGroup * > : : const_iterator itg ;
for ( itg = _ChildrenGroups . begin ( ) ; itg ! = _ChildrenGroups . end ( ) ; itg + + )
{
CInterfaceGroup * pIG = ( * itg ) ;
if ( reverseCheckPath ( id , pIG - > getId ( ) ) )
return * itg ;
}
// search in sons
for ( itg = _ChildrenGroups . begin ( ) ; itg ! = _ChildrenGroups . end ( ) ; + + itg )
{
CInterfaceGroup * pCtrl = ( * itg ) - > getGroup ( id ) ;
if ( pCtrl )
return pCtrl ;
}
return NULL ;
}
// ------------------------------------------------------------------------------------------------
bool CInterfaceGroup : : delView ( CViewBase * child , bool dontDelete /* = false*/ )
{
for ( sint32 i = 0 ; i < ( sint32 ) _Views . size ( ) ; + + i )
{
if ( _Views [ i ] = = child )
{
if ( ! dontDelete ) delete _Views [ i ] ;
_Views . erase ( _Views . begin ( ) + i ) ;
delEltOrder ( child ) ;
return true ;
}
}
return false ;
}
// ------------------------------------------------------------------------------------------------
bool CInterfaceGroup : : delCtrl ( CCtrlBase * child , bool dontDelete /* = false*/ )
{
for ( sint32 i = 0 ; i < ( sint32 ) _Controls . size ( ) ; + + i )
{
if ( _Controls [ i ] = = child )
{
if ( ! dontDelete ) delete _Controls [ i ] ;
_Controls . erase ( _Controls . begin ( ) + i ) ;
delEltOrder ( child ) ;
return true ;
}
}
return false ;
}
// ------------------------------------------------------------------------------------------------
bool CInterfaceGroup : : delGroup ( CInterfaceGroup * child , bool dontDelete /* = false*/ )
{
for ( sint32 i = 0 ; i < ( sint32 ) _ChildrenGroups . size ( ) ; + + i )
{
if ( _ChildrenGroups [ i ] = = child )
{
if ( ! dontDelete ) delete _ChildrenGroups [ i ] ;
_ChildrenGroups . erase ( _ChildrenGroups . begin ( ) + i ) ;
delEltOrder ( child ) ;
return true ;
}
}
return false ;
}
// ------------------------------------------------------------------------------------------------
int CInterfaceGroup : : luaDelGroup ( CLuaState & ls )
{
CLuaIHM : : checkArgCount ( ls , " CInterfaceGroup::delTab " , 1 ) ;
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CInterfaceGroup * group = dynamic_cast < CInterfaceGroup * > ( CLuaIHMRyzom : : getUIOnStack ( ls , 1 ) ) ;
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if ( group )
{
delGroup ( group ) ;
}
return 0 ;
}
// ------------------------------------------------------------------------------------------------
int CInterfaceGroup : : luaGetNumGroups ( CLuaState & ls )
{
CLuaIHM : : checkArgCount ( ls , " CInterfaceGroup::getNumGroups " , 0 ) ;
ls . push ( ( double ) _ChildrenGroups . size ( ) ) ;
return 1 ;
}
// ------------------------------------------------------------------------------------------------
int CInterfaceGroup : : luaGetGroup ( CLuaState & ls )
{
const char * funcName = " CInterfaceGroup::getGroup " ;
CLuaIHM : : checkArgCount ( ls , " CInterfaceGroup::getGroup " , 1 ) ;
CLuaIHM : : checkArgType ( ls , funcName , 1 , LUA_TNUMBER ) ;
uint index = ( uint ) ls . toNumber ( 1 ) ;
if ( index > = _ChildrenGroups . size ( ) )
{
CLuaIHM : : fails ( ls , " getGroup : try to index group %s, but there are only %d son groups " , ls . toString ( 1 ) , ( int ) _ChildrenGroups . size ( ) ) ;
}
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CLuaIHMRyzom : : pushUIOnStack ( ls , _ChildrenGroups [ index ] ) ;
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return 1 ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : delEltOrder ( CViewBase * pElt )
{
for ( sint32 i = 0 ; i < ( sint32 ) _EltOrder . size ( ) ; + + i )
{
if ( _EltOrder [ i ] = = pElt )
{
_EltOrder . erase ( _EltOrder . begin ( ) + i ) ;
return ;
}
}
}
// ------------------------------------------------------------------------------------------------
bool CInterfaceGroup : : delView ( const std : : string & id , bool dontDelete /* = false*/ )
{
return delView ( getView ( id ) , dontDelete ) ;
}
// ------------------------------------------------------------------------------------------------
bool CInterfaceGroup : : delCtrl ( const std : : string & id , bool dontDelete /* = false*/ )
{
return delCtrl ( getCtrl ( id ) , dontDelete ) ;
}
// ------------------------------------------------------------------------------------------------
bool CInterfaceGroup : : delGroup ( const std : : string & id , bool dontDelete /* = false*/ )
{
return delGroup ( getGroup ( id ) , dontDelete ) ;
}
// ------------------------------------------------------------------------------------------------
bool CInterfaceGroup : : isChildGroup ( const CInterfaceGroup * group ) const
{
return std : : find ( _ChildrenGroups . begin ( ) , _ChildrenGroups . end ( ) , group ) ! = _ChildrenGroups . end ( ) ;
}
// ------------------------------------------------------------------------------------------------
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bool CInterfaceGroup : : handleEvent ( const NLGUI : : CEventDescriptor & event )
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{
if ( CCtrlBase : : handleEvent ( event ) ) return true ;
if ( ! _Active )
return false ;
CInterfaceManager * im = CInterfaceManager : : getInstance ( ) ;
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if ( event . getType ( ) = = NLGUI : : CEventDescriptor : : system )
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{
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NLGUI : : CEventDescriptorSystem & eds = ( NLGUI : : CEventDescriptorSystem & ) event ;
if ( eds . getEventTypeExtended ( ) = = NLGUI : : CEventDescriptorSystem : : activecalledonparent )
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{
// notify all childrens
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notifyActiveCalled ( ( NLGUI : : CEventDescriptorActiveCalledOnParent & ) eds ) ;
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}
}
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if ( event . getType ( ) = = NLGUI : : CEventDescriptor : : mouse )
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{
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const NLGUI : : CEventDescriptorMouse & eventDesc = ( const NLGUI : : CEventDescriptorMouse & ) event ;
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if ( ! isIn ( eventDesc . getX ( ) , eventDesc . getY ( ) ) )
return false ;
bool taken = false ;
// For each control in the group...
vector < CCtrlBase * > : : const_iterator itc ;
for ( itc = _Controls . begin ( ) ; itc ! = _Controls . end ( ) ; itc + + )
{
CCtrlBase * pCB = * itc ;
if ( pCB - > getActive ( ) )
taken = taken | | pCB - > handleEvent ( eventDesc ) ;
}
if ( taken )
return true ;
// For each child group
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for ( sint i = ( sint ) _ChildrenGroups . size ( ) - 1 ; i > = 0 ; - - i )
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{
CInterfaceGroup * pIG = _ChildrenGroups [ i ] ;
if ( pIG - > getActive ( ) )
if ( pIG - > handleEvent ( eventDesc ) )
return true ;
}
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if ( eventDesc . getEventTypeExtended ( ) = = NLGUI : : CEventDescriptorMouse : : mouseleftdown )
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{
if ( _AHOnLeftClick ! = NULL )
{
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CAHManager : : getInstance ( ) - > runActionHandler ( _AHOnLeftClick , this , _AHOnLeftClickParams ) ;
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return true ;
}
}
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if ( eventDesc . getEventTypeExtended ( ) = = NLGUI : : CEventDescriptorMouse : : mouserightup )
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{
if ( _AHOnRightClick ! = NULL )
{
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CAHManager : : getInstance ( ) - > runActionHandler ( _AHOnRightClick , this , _AHOnRightClickParams ) ;
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return true ;
}
}
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if ( eventDesc . getEventTypeExtended ( ) = = NLGUI : : CEventDescriptorMouse : : mousewheel )
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{
// handle the Mouse Wheel only if interesting
if ( _H > _MaxH )
{
CInterfaceGroup * currParent = _Parent ;
while ( currParent )
{
if ( currParent - > moveSBTrackY ( this , eventDesc . getWheel ( ) * 12 ) )
return true ;
currParent = currParent - > getParent ( ) ;
}
}
}
}
return false ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : executeControl ( const std : : string & /* sControlName */ )
{
// bool taken = false;
// CCtrlBase *pIC = getCtrl (sControlName);
// if (pIC != NULL)
// pIC->callback(taken);
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : draw ( )
{
sint32 oldSciX , oldSciY , oldSciW , oldSciH ;
makeNewClip ( oldSciX , oldSciY , oldSciW , oldSciH ) ;
// Display sons only if not total clipped
CViewRenderer & rVR = CInterfaceManager : : getInstance ( ) - > getViewRenderer ( ) ;
if ( ! rVR . isClipWindowEmpty ( ) )
{
// Draw all decorative elements
vector < CViewBase * > : : const_iterator ite ;
for ( ite = _EltOrder . begin ( ) ; ite ! = _EltOrder . end ( ) ; ite + + )
{
CViewBase * pVB = * ite ;
if ( pVB - > getActive ( ) )
pVB - > draw ( ) ;
}
}
restoreClip ( oldSciX , oldSciY , oldSciW , oldSciH ) ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : drawNoClip ( )
{
// Display sons only if not total clipped
CViewRenderer & rVR = CInterfaceManager : : getInstance ( ) - > getViewRenderer ( ) ;
if ( ! rVR . isClipWindowEmpty ( ) )
{
// Draw all decorative elements
vector < CViewBase * > : : const_iterator ite ;
for ( ite = _EltOrder . begin ( ) ; ite ! = _EltOrder . end ( ) ; ite + + )
{
CViewBase * pVB = * ite ;
if ( pVB - > getActive ( ) )
pVB - > draw ( ) ;
}
}
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : renderWiredQuads ( CInterfaceElement : : TRenderWired type , const std : : string & uiFilter )
{
if ( ! _Active ) return ;
CInterfaceElement : : renderWiredQuads ( type , uiFilter ) ;
sint32 oldSciX , oldSciY , oldSciW , oldSciH ;
makeNewClip ( oldSciX , oldSciY , oldSciW , oldSciH ) ;
for ( std : : vector < CViewBase * > : : iterator it = _EltOrder . begin ( ) ; it ! = _EltOrder . end ( ) ; + + it )
{
if ( * it ) ( * it ) - > renderWiredQuads ( type , uiFilter ) ;
}
restoreClip ( oldSciX , oldSciY , oldSciW , oldSciH ) ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : drawElement ( CViewBase * el )
{
sint32 oldSciX , oldSciY , oldSciW , oldSciH ;
makeNewClip ( oldSciX , oldSciY , oldSciW , oldSciH ) ;
if ( el )
el - > draw ( ) ;
restoreClip ( oldSciX , oldSciY , oldSciW , oldSciH ) ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : checkCoords ( )
{
//update all children elements
vector < CViewBase * > : : const_iterator ite ;
for ( ite = _EltOrder . begin ( ) ; ite ! = _EltOrder . end ( ) ; ite + + )
{
CViewBase * pIE = * ite ;
if ( pIE - > getActive ( ) )
pIE - > checkCoords ( ) ;
}
executeLuaScriptOnDraw ( ) ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : executeLuaScriptOnDraw ( )
{
// If some LUA script attached to me, execute it
if ( ! _LUAOnDraw . empty ( ) )
{
CInterfaceManager * pIM = CInterfaceManager : : getInstance ( ) ;
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CAHManager : : getInstance ( ) - > runActionHandler ( " lua " , this , _LUAOnDraw ) ;
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}
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : doUpdateCoords ( )
{
_MaxWReal = _MaxW ;
_MaxHReal = _MaxH ;
CInterfaceElement * el = NULL ;
if ( _ParentSizeMax ! = NULL )
{
el = _ParentSizeMax ;
}
else
{
if ( _ParentSize ! = NULL )
{
el = _ParentSize ;
}
else
{
if ( _ParentPos ! = NULL )
el = _ParentPos ;
else
el = _Parent ;
}
}
if ( el ! = NULL )
{
if ( _GroupSizeRef & 1 )
_MaxWReal + = _SizeDivW * el - > getWReal ( ) / 10 ;
if ( _GroupSizeRef & 2 )
_MaxHReal + = _SizeDivH * el - > getHReal ( ) / 10 ;
}
CViewBase : : updateCoords ( ) ;
_XReal + = _OffsetX ;
_YReal + = _OffsetY ;
//update all children elements
vector < CViewBase * > : : const_iterator ite ;
for ( ite = _EltOrder . begin ( ) ; ite ! = _EltOrder . end ( ) ; ite + + )
{
CViewBase * pIE = * ite ;
pIE - > updateCoords ( ) ;
}
_XReal - = _OffsetX ;
_YReal - = _OffsetY ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : updateCoords ( )
{
// update basis and sons one time.
doUpdateCoords ( ) ;
// if the group must resize from children
if ( _ResizeFromChildH | | _ResizeFromChildW )
{
// compute BBox of all childrens
sint width , height ;
evalChildrenBBox ( _ResizeFromChildW , _ResizeFromChildH , width , height ) ;
// set forced size.
if ( _ResizeFromChildW )
{
_W = _ResizeFromChildWMargin + width ;
}
if ( _ResizeFromChildH )
{
_H = _ResizeFromChildHMargin + height ;
}
}
CInterfaceElement : : updateCoords ( ) ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : evalChildrenBBox ( bool resizeFromChildW , bool resizeFromChildH , sint & width , sint & height ) const
{
sint yMin = INT_MAX , yMax = INT_MIN ;
sint xMin = INT_MAX , xMax = INT_MIN ;
vector < CViewBase * > : : const_iterator ite ;
for ( ite = _EltOrder . begin ( ) ; ite ! = _EltOrder . end ( ) ; ite + + )
{
CViewBase * pIE = * ite ;
if ( pIE - > getActive ( ) )
{
const CInterfaceElement * el = pIE - > getParentPos ( ) ? pIE - > getParentPos ( ) : pIE - > getParent ( ) ;
if ( el = = this )
{
// to compute the bbox, don't use direct sons that have a sizeref on the resizing coordinate
if ( ( resizeFromChildW & & ( pIE - > getSizeRef ( ) & 1 ) )
| | ( resizeFromChildH & & ( pIE - > getSizeRef ( ) & 2 ) )
)
{
continue ;
}
}
// avoid also some interface elements
if ( pIE - > avoidResizeParent ( ) )
continue ;
// get the real coords bounds.
sint32 x0 , y0 , x1 , y1 ;
// If it is a group, minimize with MaxHReal / MaxWReal
const CInterfaceGroup * sonGroup = dynamic_cast < const CInterfaceGroup * > ( pIE ) ;
// \todo yoyo: do not know why but don't work if this==scroll_text
if ( sonGroup & & ! dynamic_cast < const CGroupScrollText * > ( this ) )
{
sint32 oldSciX = - 16384 ;
sint32 oldSciY = - 16384 ;
sint32 oldSciW = 32768 ;
sint32 oldSciH = 32768 ;
sint32 w , h ;
sonGroup - > computeCurrentClipContribution ( oldSciX , oldSciY , oldSciW , oldSciH , x0 , y0 , w , h ) ;
x1 = x0 + w ;
y1 = y0 + h ;
}
else
{
x0 = pIE - > getXReal ( ) ;
y0 = pIE - > getYReal ( ) ;
x1 = x0 + pIE - > getWReal ( ) ;
y1 = y0 + pIE - > getHReal ( ) ;
}
// enlarge
if ( x0 < xMin )
xMin = x0 ;
if ( y0 < yMin )
yMin = y0 ;
if ( x1 > xMax )
xMax = x1 ;
if ( y1 > yMax )
yMax = y1 ;
}
}
width = xMax - xMin ;
height = yMax - yMin ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : invalidateTexts ( bool resetTextIndex )
{
vector < CInterfaceGroup * > : : const_iterator itg ;
for ( itg = _ChildrenGroups . begin ( ) ; itg ! = _ChildrenGroups . end ( ) ; itg + + )
{
CInterfaceGroup * pIG = * itg ;
pIG - > invalidateTexts ( resetTextIndex ) ;
}
for ( vector < CViewBase * > : : const_iterator itv = _Views . begin ( ) ; itv ! = _Views . end ( ) ; itv + + )
{
CViewBase * pVB = * itv ;
CViewText * pVT = dynamic_cast < CViewText * > ( pVB ) ;
if ( pVT ! = NULL )
{
if ( resetTextIndex )
pVT - > resetTextIndex ( ) ;
pVT - > updateTextContext ( ) ;
}
}
}
// ------------------------------------------------------------------------------------------------
CInterfaceElement * CInterfaceGroup : : getElement ( const std : : string & id )
{
if ( _Id = = id )
return this ;
if ( id . compare ( 0 , _Id . size ( ) , _Id ) ! = 0 )
return NULL ;
vector < CViewBase * > : : const_iterator itv ;
for ( itv = _Views . begin ( ) ; itv ! = _Views . end ( ) ; itv + + )
{
CViewBase * pVB = * itv ;
# if !FINAL_VERSION // For SpeedUp in final version
nlassert ( pVB ) ; // The element must not be NULL
# endif
if ( pVB - > getId ( ) = = id )
return pVB ;
}
vector < CCtrlBase * > : : const_iterator itc ;
for ( itc = _Controls . begin ( ) ; itc ! = _Controls . end ( ) ; itc + + )
{
CCtrlBase * ctrl = * itc ;
# if !FINAL_VERSION // For SpeedUp in final version
nlassert ( ctrl ) ; // The element must not be NULL
# endif
if ( ctrl - > getId ( ) = = id )
return ctrl ;
}
vector < CInterfaceGroup * > : : const_iterator itg ;
for ( itg = _ChildrenGroups . begin ( ) ; itg ! = _ChildrenGroups . end ( ) ; itg + + )
{
CInterfaceGroup * pIG = * itg ;
# if !FINAL_VERSION // For SpeedUp in final version
nlassert ( pIG ) ; // The element must not be NULL
# endif
CInterfaceElement * pIEL = pIG - > getElement ( id ) ;
if ( pIEL ! = NULL )
return pIEL ;
}
return NULL ;
}
// ------------------------------------------------------------------------------------------------
bool CInterfaceGroup : : delElement ( const std : : string & id , bool noWarning )
{
if ( id . substr ( 0 , _Id . size ( ) ) ! = _Id )
return false ;
vector < CViewBase * > : : const_iterator itv ;
for ( itv = _Views . begin ( ) ; itv ! = _Views . end ( ) ; itv + + )
{
CViewBase * pVB = * itv ;
if ( pVB - > getId ( ) = = id )
{
delView ( pVB , false ) ;
return true ;
}
}
vector < CCtrlBase * > : : const_iterator itc ;
for ( itc = _Controls . begin ( ) ; itc ! = _Controls . end ( ) ; itc + + )
{
CCtrlBase * ctrl = * itc ;
if ( ctrl - > getId ( ) = = id )
{
delCtrl ( ctrl , false ) ;
return true ;
}
}
vector < CInterfaceGroup * > : : const_iterator itg ;
for ( itg = _ChildrenGroups . begin ( ) ; itg ! = _ChildrenGroups . end ( ) ; itg + + )
{
CInterfaceGroup * pIG = * itg ;
if ( pIG - > getId ( ) = = id )
{
// If this is a root window
if ( pIG - > getRootWindow ( ) = = pIG )
CInterfaceManager : : getInstance ( ) - > unMakeWindow ( pIG , noWarning ) ;
delGroup ( pIG , false ) ;
return true ;
}
}
return false ;
}
// ------------------------------------------------------------------------------------------------
bool CInterfaceGroup : : delElement ( CInterfaceElement * pIE , bool noWarning )
{
// delete correct type of element
if ( pIE - > isGroup ( ) )
{
CInterfaceGroup * pIG = static_cast < CInterfaceGroup * > ( pIE ) ;
// unmake window if it is
if ( pIG - > getRootWindow ( ) = = pIG )
CInterfaceManager : : getInstance ( ) - > unMakeWindow ( pIG , noWarning ) ;
return delGroup ( pIG ) ;
}
else if ( pIE - > isCtrl ( ) )
{
return delCtrl ( static_cast < CCtrlBase * > ( pIE ) ) ;
}
nlassert ( pIE - > isView ( ) ) ;
return delView ( static_cast < CViewBase * > ( pIE ) ) ;
}
// ------------------------------------------------------------------------------------------------
bool CInterfaceGroup : : isWindowUnder ( sint32 x , sint32 y )
{
return ( ( x > = _XReal ) & &
( x < ( _XReal + _WReal ) ) & &
( y > _YReal ) & &
( y < = ( _YReal + _HReal ) ) ) ;
}
// ------------------------------------------------------------------------------------------------
CInterfaceGroup * CInterfaceGroup : : getGroupUnder ( sint32 x , sint32 y )
{
// Begins by the children
std : : vector < CInterfaceGroup * > : : const_iterator itg ;
for ( itg = _ChildrenGroups . begin ( ) ; itg ! = _ChildrenGroups . end ( ) ; itg + + )
{
CInterfaceGroup * pChild = * itg ;
CInterfaceGroup * pChildUnder = pChild - > getGroupUnder ( x - _XReal , y - _YReal ) ;
if ( pChildUnder ! = NULL )
{
if ( ( x > = _XReal ) & &
( x < ( _XReal + _WReal ) ) & &
( y > _YReal ) & &
( y < = ( _YReal + _HReal ) ) )
return pChildUnder ;
}
}
// If not found in childs then try in the parent one
if ( ( x > = _XReal ) & &
( x < ( _XReal + _WReal ) ) & &
( y > _YReal ) & &
( y < = ( _YReal + _HReal ) ) )
return this ;
return NULL ;
}
// ------------------------------------------------------------------------------------------------
bool CInterfaceGroup : : getViewsUnder ( sint32 x , sint32 y , sint32 clipX , sint32 clipY , sint32 clipW , sint32 clipH , std : : vector < CViewBase * > & vVB )
{
if ( ! ( ( x > = _XReal ) & &
( x < ( _XReal + _WReal ) ) & &
( y > _YReal ) & &
( y < = ( _YReal + _HReal ) ) ) )
return false ;
// test against current clip
computeCurrentClipContribution ( clipX , clipY , clipW , clipH ,
clipX , clipY , clipW , clipH ) ;
if ( ! ( ( x > clipX ) & &
( x < ( clipX + clipW ) ) & &
( y > clipY ) & &
( y < ( clipY + clipH ) ) ) )
return false ;
// same as draw order: start with parent
std : : vector < CViewBase * > : : const_iterator itc ;
for ( itc = _EltOrder . begin ( ) ; itc ! = _EltOrder . end ( ) ; itc + + )
{
if ( ! ( * itc ) - > isCtrl ( ) & & ! ( * itc ) - > isGroup ( ) ) // must be a view
{
CViewBase * pVB = * itc ;
if ( pVB ! = NULL )
if ( pVB - > getActive ( ) )
if ( ( ( x ) > pVB - > getXReal ( ) ) & &
( ( x ) < ( pVB - > getXReal ( ) + pVB - > getWReal ( ) ) ) & &
( ( y ) > pVB - > getYReal ( ) ) & &
( ( y ) < ( pVB - > getYReal ( ) + pVB - > getHReal ( ) ) ) )
{
vVB . push_back ( pVB ) ;
}
}
}
// same as draw order: continue with children
std : : vector < CInterfaceGroup * > : : const_iterator itg ;
for ( itg = _ChildrenGroups . begin ( ) ; itg ! = _ChildrenGroups . end ( ) ; itg + + )
{
CInterfaceGroup * pChild = * itg ;
if ( pChild - > getActive ( ) )
{
// bool bUnder =
pChild - > getViewsUnder ( x , y , clipX , clipY , clipW , clipH , vVB ) ;
// if (bUnder && (vICL.size() > 0))
// return true;
}
}
return true ;
}
// ------------------------------------------------------------------------------------------------
bool CInterfaceGroup : : getCtrlsUnder ( sint32 x , sint32 y , sint32 clipX , sint32 clipY , sint32 clipW , sint32 clipH , std : : vector < CCtrlBase * > & vICL )
{
if ( ! ( ( x > = _XReal ) & &
( x < ( _XReal + _WReal ) ) & &
( y > _YReal ) & &
( y < = ( _YReal + _HReal ) ) ) )
return false ;
// test against current clip
computeCurrentClipContribution ( clipX , clipY , clipW , clipH ,
clipX , clipY , clipW , clipH ) ;
if ( ! ( ( x > = clipX ) & &
( x < ( clipX + clipW ) ) & &
( y > clipY ) & &
( y < = ( clipY + clipH ) ) ) )
return false ;
// same as draw order: start with parent
std : : vector < CViewBase * > : : const_iterator itc ;
for ( itc = _EltOrder . begin ( ) ; itc ! = _EltOrder . end ( ) ; itc + + )
{
if ( ( * itc ) - > isCtrl ( ) & & ! ( * itc ) - > isGroup ( ) ) // must be a ctrl but not a group (parsed later)
{
CCtrlBase * pICL = ( CCtrlBase * ) * itc ;
if ( pICL ! = NULL )
if ( pICL - > getActive ( ) )
if ( ( ( x ) > = pICL - > getXReal ( ) ) & &
( ( x ) < ( pICL - > getXReal ( ) + pICL - > getWReal ( ) ) ) & &
( ( y ) > pICL - > getYReal ( ) ) & &
( ( y ) < = ( pICL - > getYReal ( ) + pICL - > getHReal ( ) ) ) )
{
vICL . push_back ( pICL - > getSubCtrl ( x , y ) ) ;
}
}
}
// same as draw order: continue with children
std : : vector < CInterfaceGroup * > : : const_iterator itg ;
for ( itg = _ChildrenGroups . begin ( ) ; itg ! = _ChildrenGroups . end ( ) ; itg + + )
{
CInterfaceGroup * pChild = * itg ;
if ( pChild - > getActive ( ) )
{
// bool bUnder =
pChild - > getCtrlsUnder ( x , y , clipX , clipY , clipW , clipH , vICL ) ;
// if (bUnder && (vICL.size() > 0))
// return true;
}
}
return true ;
}
// ------------------------------------------------------------------------------------------------
bool CInterfaceGroup : : getGroupsUnder ( sint32 x , sint32 y , sint32 clipX , sint32 clipY , sint32 clipW , sint32 clipH , std : : vector < CInterfaceGroup * > & vIGL )
{
if ( ! ( ( x > = _XReal ) & &
( x < ( _XReal + _WReal ) ) & &
( y > _YReal ) & &
( y < = ( _YReal + _HReal ) ) ) )
return false ;
// test against current clip
computeCurrentClipContribution ( clipX , clipY , clipW , clipH ,
clipX , clipY , clipW , clipH ) ;
if ( ! ( ( x > = clipX ) & &
( x < ( clipX + clipW ) ) & &
( y > clipY ) & &
( y < = ( clipY + clipH ) ) ) )
return false ;
// same as draw order: start with parent
std : : vector < CViewBase * > : : const_iterator itc ;
for ( itc = _EltOrder . begin ( ) ; itc ! = _EltOrder . end ( ) ; itc + + )
{
if ( ( * itc ) - > isGroup ( ) ) // must be a group
{
CInterfaceGroup * pIGL = ( CInterfaceGroup * ) * itc ;
if ( pIGL ! = NULL )
if ( pIGL - > getActive ( ) )
if ( ( ( x ) > = pIGL - > getXReal ( ) ) & &
( ( x ) < ( pIGL - > getXReal ( ) + pIGL - > getWReal ( ) ) ) & &
( ( y ) > pIGL - > getYReal ( ) ) & &
( ( y ) < = ( pIGL - > getYReal ( ) + pIGL - > getHReal ( ) ) ) )
{
vIGL . push_back ( pIGL ) ;
}
}
}
// same as draw order: continue with children
std : : vector < CInterfaceGroup * > : : const_iterator itg ;
for ( itg = _ChildrenGroups . begin ( ) ; itg ! = _ChildrenGroups . end ( ) ; itg + + )
{
CInterfaceGroup * pChild = * itg ;
if ( pChild - > getActive ( ) )
{
// bool bUnder =
pChild - > getGroupsUnder ( x , y , clipX , clipY , clipW , clipH , vIGL ) ;
// if (bUnder && (vICL.size() > 0))
// return true;
}
}
return true ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : absoluteToRelative ( sint32 & x , sint32 & y )
{
CInterfaceGroup * curGrp = _Parent ;
while ( curGrp ! = NULL )
{
x = x - curGrp - > _XReal ;
y = y - curGrp - > _YReal ;
curGrp = curGrp - > _Parent ;
}
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : computeCurrentClipContribution ( sint32 oldSciX , sint32 oldSciY , sint32 oldSciW , sint32 oldSciH ,
sint32 & newSciXDest , sint32 & newSciYDest , sint32 & newSciWDest , sint32 & newSciHDest ) const
{
sint32 newSciX = _XReal ;
sint32 newSciY = _YReal ;
sint32 newSciW = _WReal ;
sint32 newSciH = _HReal ;
// If there is width size limiter
if ( _MaxWReal < _WReal )
{
if ( ( _PosRef = = Hotspot_TR ) | | ( _PosRef = = Hotspot_MR ) | | ( _PosRef = = Hotspot_BR ) )
newSciX = _XReal + _WReal - _MaxWReal ;
newSciW = _MaxWReal ;
}
// If there is height size limiter
if ( _MaxHReal < _HReal )
{
if ( ( _PosRef = = Hotspot_TL ) | | ( _PosRef = = Hotspot_TM ) | | ( _PosRef = = Hotspot_TR ) )
newSciY = _YReal + _HReal - _MaxHReal ;
newSciH = _MaxHReal ;
}
// Clip Left
if ( newSciX < oldSciX )
{
newSciW = newSciW - ( oldSciX - newSciX ) ;
newSciX = oldSciX ;
}
// Clip Right
if ( ( newSciX + newSciW ) > ( oldSciX + oldSciW ) )
{
newSciW = newSciW - ( ( newSciX + newSciW ) - ( oldSciX + oldSciW ) ) ;
}
// Clip Bottom
if ( newSciY < oldSciY )
{
newSciH = newSciH - ( oldSciY - newSciY ) ;
newSciY = oldSciY ;
}
// Clip Top
if ( ( newSciY + newSciH ) > ( oldSciY + oldSciH ) )
{
newSciH = newSciH - ( ( newSciY + newSciH ) - ( oldSciY + oldSciH ) ) ;
}
newSciXDest = newSciX ;
newSciYDest = newSciY ;
newSciWDest = newSciW ;
newSciHDest = newSciH ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : makeNewClip ( sint32 & oldSciX , sint32 & oldSciY , sint32 & oldSciW , sint32 & oldSciH )
{
CViewRenderer & rVR = CInterfaceManager : : getInstance ( ) - > getViewRenderer ( ) ;
rVR . getClipWindow ( oldSciX , oldSciY , oldSciW , oldSciH ) ;
sint32 newSciX , newSciY , newSciW , newSciH ;
computeCurrentClipContribution ( oldSciX , oldSciY , oldSciW , oldSciH , newSciX , newSciY , newSciW , newSciH ) ;
rVR . setClipWindow ( newSciX , newSciY , newSciW , newSciH ) ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : getClip ( sint32 & x , sint32 & y , sint32 & w , sint32 & h ) const
{
CViewRenderer & rVR = CInterfaceManager : : getInstance ( ) - > getViewRenderer ( ) ;
uint32 sw , sh ;
rVR . getScreenSize ( sw , sh ) ;
sint32 sciX = 0 , sciY = 0 , sciW = sw , sciH = sh ;
const CInterfaceGroup * currGroup = this ;
do
{
currGroup - > computeCurrentClipContribution ( sciX , sciY , sciW , sciH , sciX , sciY , sciW , sciH ) ;
currGroup = currGroup - > _Parent ;
} while ( currGroup ) ;
x = sciX ;
y = sciY ;
w = sciW ;
h = sciH ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : restoreClip ( sint32 oldSciX , sint32 oldSciY , sint32 oldSciW , sint32 oldSciH )
{
CViewRenderer & rVR = CInterfaceManager : : getInstance ( ) - > getViewRenderer ( ) ;
rVR . setClipWindow ( oldSciX , oldSciY , oldSciW , oldSciH ) ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : launch ( )
{
// launch all elements
vector < CViewBase * > : : const_iterator ite ;
for ( ite = _EltOrder . begin ( ) ; ite ! = _EltOrder . end ( ) ; ite + + )
{
CViewBase * pIE = * ite ;
pIE - > launch ( ) ;
}
}
// ------------------------------------------------------------------------------------------------
CInterfaceGroup * CInterfaceGroup : : getGroup ( uint index ) const
{
if ( index > _ChildrenGroups . size ( ) )
{
nlwarning ( " <CInterfaceGroup::getGroup()> bad index; " ) ;
return NULL ;
}
return _ChildrenGroups [ index ] ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : updateAllLinks ( )
{
CCtrlBase : : updateAllLinks ( ) ;
{
for ( std : : vector < CInterfaceGroup * > : : iterator it = _ChildrenGroups . begin ( ) ; it ! = _ChildrenGroups . end ( ) ; + + it )
{
( * it ) - > updateAllLinks ( ) ;
}
}
{
for ( std : : vector < CCtrlBase * > : : iterator it = _Controls . begin ( ) ; it ! = _Controls . end ( ) ; + + it )
{
( * it ) - > updateAllLinks ( ) ;
}
}
{
for ( std : : vector < CViewBase * > : : iterator it = _Views . begin ( ) ; it ! = _Views . end ( ) ; + + it )
{
( * it ) - > updateAllLinks ( ) ;
}
}
}
// ------------------------------------------------------------------------------------------------
sint32 CInterfaceGroup : : getAlpha ( ) const
{
vector < CViewBase * > : : const_iterator itv ;
for ( itv = _Views . begin ( ) ; itv ! = _Views . end ( ) ; itv + + )
{
CViewBase * pVB = * itv ;
sint32 a = pVB - > getAlpha ( ) ;
if ( a ! = - 1 )
return a ;
}
vector < CCtrlBase * > : : const_iterator itc ;
for ( itc = _Controls . begin ( ) ; itc ! = _Controls . end ( ) ; itc + + )
{
CCtrlBase * pCB = * itc ;
sint32 a = pCB - > getAlpha ( ) ;
if ( a ! = - 1 )
return a ;
}
vector < CInterfaceGroup * > : : const_iterator itg ;
for ( itg = _ChildrenGroups . begin ( ) ; itg ! = _ChildrenGroups . end ( ) ; itg + + )
{
CInterfaceGroup * pIG = * itg ;
sint32 a = pIG - > getAlpha ( ) ;
if ( a ! = - 1 )
return a ;
}
return - 1 ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : setAlpha ( sint32 a )
{
vector < CViewBase * > : : const_iterator itv ;
for ( itv = _Views . begin ( ) ; itv ! = _Views . end ( ) ; itv + + )
{
CViewBase * pVB = * itv ;
pVB - > setAlpha ( a ) ;
}
vector < CCtrlBase * > : : const_iterator itc ;
for ( itc = _Controls . begin ( ) ; itc ! = _Controls . end ( ) ; itc + + )
{
CCtrlBase * pCB = * itc ;
pCB - > setAlpha ( a ) ;
}
vector < CInterfaceGroup * > : : const_iterator itg ;
for ( itg = _ChildrenGroups . begin ( ) ; itg ! = _ChildrenGroups . end ( ) ; itg + + )
{
CInterfaceGroup * pIG = * itg ;
pIG - > setAlpha ( a ) ;
}
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : setLeftClickHandler ( const std : : string & handler )
{
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_AHOnLeftClick = CAHManager : : getInstance ( ) - > getAH ( handler , _AHOnLeftClickParams ) ;
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}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : setRightClickHandler ( const std : : string & handler )
{
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_AHOnRightClick = CAHManager : : getInstance ( ) - > getAH ( handler , _AHOnRightClickParams ) ;
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}
// ------------------------------------------------------------------------------------------------
CGroupContainer * CInterfaceGroup : : getEnclosingContainer ( )
{
CInterfaceGroup * ig = this ;
do
{
if ( ig - > isGroupContainer ( ) ) return static_cast < CGroupContainer * > ( ig ) ;
ig = ig - > getParent ( ) ;
}
while ( ig ) ;
return NULL ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : dumpGroups ( )
{
nlinfo ( " Num groups = %d " , ( int ) _ChildrenGroups . size ( ) ) ;
for ( uint k = 0 ; k < _ChildrenGroups . size ( ) ; + + k )
{
std : : string typeName = " ??? " ;
if ( _ChildrenGroups [ k ] )
{
const type_info & ti = typeid ( * _ChildrenGroups [ k ] ) ;
typeName = ti . name ( ) ;
}
nlinfo ( " Group %d, name = %s, type=%s " , k , _ChildrenGroups [ k ] ? _ChildrenGroups [ k ] - > getId ( ) . c_str ( ) : " ??? " , typeName . c_str ( ) ) ;
}
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : dumpEltsOrder ( )
{
nlinfo ( " Num elements = %d " , ( int ) _EltOrder . size ( ) ) ;
for ( uint k = 0 ; k < _EltOrder . size ( ) ; + + k )
{
std : : string typeName = " ??? " ;
if ( _ChildrenGroups [ k ] )
{
const type_info & ti = typeid ( * _EltOrder [ k ] ) ;
typeName = ti . name ( ) ;
}
CInterfaceElement * el = _EltOrder [ k ] ;
if ( el )
{
nlinfo ( " Element %d, name = %s, type=%s, x=%d, y=%d, parent_name=%s parentposname=%s xreal=%d, yreal=%d, wreal=%d, hreal=%d " ,
k , el - > getId ( ) . c_str ( ) , typeName . c_str ( ) , el - > getX ( ) , el - > getY ( ) , el - > getParent ( ) ? el - > getParent ( ) - > getId ( ) . c_str ( ) : " no parent " ,
el - > getParentPos ( ) ? el - > getParentPos ( ) - > getId ( ) . c_str ( ) : " parent " ,
( int ) el - > getXReal ( ) ,
( int ) el - > getYReal ( ) ,
( int ) el - > getWReal ( ) ,
( int ) el - > getHReal ( )
) ;
}
else
{
nlinfo ( " Element %d = NULL " , ( int ) k ) ;
}
}
}
// ------------------------------------------------------------------------------------------------
sint CInterfaceGroup : : getInsertionOrder ( CViewBase * vb ) const
{
for ( uint k = 0 ; k < _EltOrder . size ( ) ; + + k )
{
if ( _EltOrder [ k ] = = vb ) return ( sint ) k ;
}
return - 1 ;
}
// ------------------------------------------------------------------------------------------------
sint32 CInterfaceGroup : : getMaxUsedW ( ) const
{
sint maxWidth = 0 ;
for ( uint k = 0 ; k < _EltOrder . size ( ) ; + + k )
{
// Get the child width
sint32 width = _EltOrder [ k ] - > getMaxUsedW ( ) + _EltOrder [ k ] - > getXReal ( ) - getXReal ( ) ;
if ( width > maxWidth )
maxWidth = width ;
}
return maxWidth ;
}
// ------------------------------------------------------------------------------------------------
sint32 CInterfaceGroup : : getMinUsedW ( ) const
{
sint32 minWidth = 0 ;
for ( uint k = 0 ; k < _EltOrder . size ( ) ; + + k )
{
// Get the child width
sint32 width = _EltOrder [ k ] - > getMinUsedW ( ) + _EltOrder [ k ] - > getXReal ( ) - getXReal ( ) ;
if ( width > minWidth )
minWidth = width ;
}
return minWidth ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : clearAllEditBox ( )
{
for ( uint k = 0 ; k < _ChildrenGroups . size ( ) ; + + k )
{
if ( _ChildrenGroups [ k ] ) _ChildrenGroups [ k ] - > clearAllEditBox ( ) ;
}
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : restoreAllContainersBackupPosition ( )
{
for ( uint k = 0 ; k < _ChildrenGroups . size ( ) ; + + k )
{
if ( _ChildrenGroups [ k ] ) _ChildrenGroups [ k ] - > restoreAllContainersBackupPosition ( ) ;
}
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : dumpSize ( uint depth /*=0*/ ) const
{
CViewBase : : dumpSize ( depth ) ;
for ( uint k = 0 ; k < _ChildrenGroups . size ( ) ; + + k )
{
_ChildrenGroups [ k ] - > dumpSize ( depth + 1 ) ;
}
for ( uint k = 0 ; k < _Controls . size ( ) ; + + k )
{
_Controls [ k ] - > dumpSize ( depth + 1 ) ;
}
for ( uint k = 0 ; k < _Views . size ( ) ; + + k )
{
_Views [ k ] - > dumpSize ( depth + 1 ) ;
}
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : visit ( CInterfaceElementVisitor * visitor )
{
nlassert ( visitor ) ;
for ( uint k = 0 ; k < _ChildrenGroups . size ( ) ; + + k )
{
_ChildrenGroups [ k ] - > visit ( visitor ) ;
}
for ( uint k = 0 ; k < _Controls . size ( ) ; + + k )
{
_Controls [ k ] - > visit ( visitor ) ;
}
for ( uint k = 0 ; k < _Views . size ( ) ; + + k )
{
_Views [ k ] - > visit ( visitor ) ;
}
visitor - > visitGroup ( this ) ;
CInterfaceElement : : visit ( visitor ) ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : setUseCursor ( bool use )
{
_UseCursor = use ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : onFrameUpdateWindowPos ( sint dx , sint dy )
{
// Move me.
_XReal + = dx ;
_YReal + = dy ;
// Move all my sons.
vector < CViewBase * > : : const_iterator ite ;
for ( ite = _EltOrder . begin ( ) ; ite ! = _EltOrder . end ( ) ; ite + + )
{
CViewBase * pIE = * ite ;
pIE - > onFrameUpdateWindowPos ( dx , dy ) ;
}
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : pushLUAEnvTable ( )
{
CInterfaceManager * pIM = CInterfaceManager : : getInstance ( ) ;
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CLuaState * lua = CLuaManager : : getInstance ( ) . getLuaState ( ) ;
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nlassert ( lua ) ;
if ( ! _LUAEnvTableCreated )
{
CLuaStackChecker lsc ( lua ) ;
// Create a table and assign it in the REGISTRY."__ui_envtable" table, with a userdata ptr
lua - > push ( IHM_LUA_ENVTABLE ) ;
lua - > getTable ( LUA_REGISTRYINDEX ) ; // Stack: __ui_envtable
lua - > pushLightUserData ( IG_UNIQUE_ID ( this ) ) ;
lua - > newTable ( ) ;
lua - > setTable ( - 3 ) ; // Stack: __ui_envtable (with .this={})
lua - > pop ( ) ;
// Created!
_LUAEnvTableCreated = true ;
}
// Get the table from registry, and push it on stack
CLuaStackChecker lsc ( lua , 1 ) ;
lua - > push ( IHM_LUA_ENVTABLE ) ;
lua - > getTable ( LUA_REGISTRYINDEX ) ; // __ui_envtable
lua - > pushLightUserData ( IG_UNIQUE_ID ( this ) ) ;
lua - > getTable ( - 2 ) ; // __ui_envtable envtable
lua - > remove ( - 2 ) ; // envtable
nlassert ( lua - > isTable ( ) ) ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : deleteLUAEnvTable ( bool recurse )
{
if ( _LUAEnvTableCreated )
{
CInterfaceManager * pIM = CInterfaceManager : : getInstance ( ) ;
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CLuaState * lua = CLuaManager : : getInstance ( ) . getLuaState ( ) ;
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nlassert ( lua ) ;
// replace simply the table with Nil, letting LUA Garbage collector do the realease stuff
CLuaStackChecker lsc ( lua ) ;
lua - > push ( IHM_LUA_ENVTABLE ) ;
lua - > getTable ( LUA_REGISTRYINDEX ) ; // __ui_envtable
lua - > pushLightUserData ( IG_UNIQUE_ID ( this ) ) ; // NB nico : use some pointer *inside* that object as a unique id (any field but
// the first), instead of using 'this'. 'this' is already used by
// CLuaIHM::pushReflectableOnStack
lua - > pushNil ( ) ;
lua - > setTable ( - 3 ) ; // __ui_envtable
lua - > pop ( ) ;
_LUAEnvTableCreated = false ;
}
if ( recurse )
{
for ( uint k = 0 ; k < _ChildrenGroups . size ( ) ; + + k )
{
_ChildrenGroups [ k ] - > deleteLUAEnvTable ( true ) ;
}
}
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : setLuaScriptOnDraw ( const std : : string & script )
{
_LUAOnDraw = script ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : addLuaScriptOnDBChange ( const std : : string & dbList , const std : : string & script )
{
// remove any existing
removeLuaScriptOnDBChange ( dbList ) ;
// create and attach the link
NLMISC : : CSmartPtr < CInterfaceLink > newLink = new CInterfaceLink ;
_LUAOnDbChange [ dbList ] = newLink ;
// Init and attach to list of untargeted links
std : : vector < CInterfaceLink : : CTargetInfo > noTargets ;
newLink - > init ( noTargets , NLMISC : : toString ( " depends(%s) " , dbList . c_str ( ) ) , " lua " , script , " " , this ) ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : removeLuaScriptOnDBChange ( const std : : string & dbList )
{
TLUAOnDbChange : : iterator it = _LUAOnDbChange . find ( dbList ) ;
if ( it ! = _LUAOnDbChange . end ( ) )
{
nlassert ( it - > second ! = NULL ) ;
// Remove from link of untargeted Links
it - > second - > uninit ( ) ;
// erase from map (thus the ptr should be deleted)
_LUAOnDbChange . erase ( it ) ;
}
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : removeAllLUAOnDbChange ( )
{
TLUAOnDbChange : : iterator it = _LUAOnDbChange . begin ( ) ;
for ( ; it ! = _LUAOnDbChange . end ( ) ; )
{
// since deleted, must not do it++, but it= begin()
removeLuaScriptOnDBChange ( it - > first ) ;
it = _LUAOnDbChange . begin ( ) ;
}
}
// ------------------------------------------------------------------------------------------------
int CInterfaceGroup : : luaFind ( CLuaState & ls )
{
CLuaIHM : : checkArgCount ( ls , " CInterfaceGroup::find " , 1 ) ;
CLuaIHM : : checkArgType ( ls , " CInterfaceGroup::find " , 1 , LUA_TSTRING ) ;
std : : string id = ls . toString ( 1 ) ;
CInterfaceElement * element = findFromShortId ( id ) ;
if ( ! element )
{
ls . pushNil ( ) ;
}
else
{
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CLuaIHMRyzom : : pushUIOnStack ( ls , element ) ;
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}
return 1 ;
}
// ------------------------------------------------------------------------------------------------
CInterfaceElement * CInterfaceGroup : : findFromShortId ( const std : : string & id )
{
CInterfaceElement * element = NULL ;
element = getView ( id ) ;
if ( ! element ) element = getCtrl ( id ) ;
if ( ! element ) element = getGroup ( id ) ;
return element ;
}
// ------------------------------------------------------------------------------------------------
int CInterfaceGroup : : luaGetEnclosingContainer ( CLuaState & ls )
{
CLuaIHM : : checkArgCount ( ls , " CInterfaceGroup::getEnclosingContainer " , 0 ) ;
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CLuaIHMRyzom : : pushUIOnStack ( ls , getEnclosingContainer ( ) ) ;
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return 1 ;
}
// ------------------------------------------------------------------------------------------------
int CInterfaceGroup : : luaDeleteLUAEnvTable ( CLuaState & ls )
{
const char * funcName = " deleteLUAenvTable " ;
CLuaIHM : : checkArgCount ( ls , funcName , 1 ) ;
CLuaIHM : : checkArgType ( ls , funcName , 1 , LUA_TBOOLEAN ) ; // is delete recursive
deleteLUAEnvTable ( ls . toBoolean ( 1 ) ) ;
return 0 ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : serial ( NLMISC : : IStream & f )
{
CCtrlBase : : serial ( f ) ;
f . serialContPolyPtr ( _ChildrenGroups ) ;
f . serialContPolyPtr ( _Controls ) ;
f . serialContPolyPtr ( _Views ) ;
f . serialContPolyPtr ( _EltOrder ) ;
f . serial ( _MaxW , _MaxH ) ;
f . serial ( _MaxWReal , _MaxHReal ) ;
f . serial ( _OffsetX , _OffsetY ) ;
f . serial ( _Priority ) ;
nlSerialBitBool ( f , _Overlappable ) ;
nlSerialBitBool ( f , _ResizeFromChildW ) ;
nlSerialBitBool ( f , _ResizeFromChildH ) ;
nlSerialBitBool ( f , _Escapable ) ;
nlSerialBitBool ( f , _UseCursor ) ;
nlSerialBitBool ( f , _IsGroupContainer ) ;
nlSerialBitBool ( f , _NeedFrameUpdatePos ) ;
f . serial ( _ResizeFromChildWMargin ) ;
f . serial ( _ResizeFromChildHMargin ) ;
f . serial ( _GroupSizeRef ) ;
serialAH ( f , _AHOnActive ) ;
f . serial ( _AHOnActiveParams ) ;
serialAH ( f , _AHOnDeactive ) ;
f . serial ( _AHOnDeactiveParams ) ;
// right & left clicks
serialAH ( f , _AHOnLeftClick ) ;
f . serial ( _AHOnLeftClickParams ) ;
serialAH ( f , _AHOnRightClick ) ;
f . serial ( _AHOnRightClickParams ) ;
// enter params.
serialAH ( f , _AHOnEnter ) ;
f . serial ( _AHOnEnterParams ) ;
// escape AH
serialAH ( f , _AHOnEscape ) ;
f . serial ( _AHOnEscapeParams ) ;
}
// ------------------------------------------------------------------------------------------------
CInterfaceElement * CInterfaceGroup : : clone ( )
{
CInterfaceElement * oldParentSizeMax = _ParentSizeMax ;
if ( _ParentSizeMax = = _Parent )
{
_ParentSizeMax = NULL ;
}
CInterfaceElement * ret = CCtrlBase : : clone ( ) ;
_ParentSizeMax = oldParentSizeMax ;
return ret ;
}
// ------------------------------------------------------------------------------------------------
void CInterfaceGroup : : setMaxSizeRef ( const std : : string & maxSizeRef )
{
parseMaxSizeRef ( maxSizeRef . c_str ( ) ) ;
}
// ------------------------------------------------------------------------------------------------
std : : string CInterfaceGroup : : getMaxSizeRefAsString ( ) const
{
return " IMPLEMENT ME! " ;
}