void _mk_it_scroller(QSP_ARG_DECL Screen_Obj *sop,Item_Type *itp)
{
List *lp;
Node *np;
int i;
int n=0;
const char **sp;
const char *string_arr[MAX_STRINGS];
Item *ip;
lp=item_list(itp);
if( lp == NULL ) return;
np=QLIST_HEAD(lp);
while(np!=NULL){
ip=(Item *)np->n_data;
if( n < MAX_STRINGS )
string_arr[n]=ip->item_name;
n++;
np = np->n_next;
}
set_scroller_list(sop,string_arr,n);
SET_SOB_SELECTORS(sop, (const char **)getbuf( n * sizeof(char *) ));
sp = SOB_SELECTORS(sop);
for(i=0;i<n;i++) sp[i]=string_arr[i];
}
//---------------------------------------------------------------------------------------------------
bool parser::json_validate(const char *json,const std::size_t &len, object_t &members )
{
_s.init(json, len);
advance();
return match(JTK_OPEN_KEY) && item_list(members) && match(JTK_CLOSE_KEY);
}
void ElementFile::optimizeOrdering()
{
if (numElements < 1)
return;
util::ValueAndIndexList item_list(numElements);
index_t* index = new index_t[numElements];
ElementFile* out = new ElementFile(etype, MPIInfo);
out->allocTable(numElements);
#pragma omp parallel for
for (index_t e = 0; e < numElements; e++) {
std::pair<index_t,index_t> entry(Nodes[INDEX2(0, e, numNodes)], e);
for (int i = 1; i < numNodes; i++)
entry.first = std::min(entry.first, Nodes[INDEX2(i, e, numNodes)]);
item_list[e] = entry;
}
util::sortValueAndIndex(item_list);
#pragma omp parallel for
for (index_t e = 0; e < numElements; e++)
index[e] = item_list[e].second;
out->gather(index, this);
swapTable(out);
delete out;
delete[] index;
}
Node *first_panel_node(SINGLE_QSP_ARG_DECL)
{
List *lp;
lp=item_list(panel_obj_itp);
if( lp==NULL ) return NULL;
else return(QLIST_HEAD(lp));
}
//----------------------------------------------------------------------------------------------------------------------
// WM INIT
//----------------------------------------------------------------------------------------------------------------------
void cDlgView::wm_init ()
{
const int iMargin = 9;
const int iLeftMargin = 0;
//--------------------------------
// MAIN LIST VIEW CONTROL
//--------------------------------
pListView->hwnd = GetDlgItem ( hwnd, ID_LIST_VIEW );
register_child ( pListView,
nAnchor::left, 0, iLeftMargin,
nAnchor::top, 0, iMargin * 1 + s_iStripDimY,
nAnchor::right, 0, -iMargin,
nAnchor::bottom, 0, -iMargin );
//--------------------------------
// SMALL TOGGLE VIEW BUTTON
//--------------------------------
ToggleView.hwnd = GetDlgItem ( hwnd, ID_TOGGLE_VIEW );
register_child ( &ToggleView,
nAnchor::right, 0, - ( iMargin * 2 + s_iStripButtonDimX ),
nAnchor::top, 0, iMargin + 1,
nAnchor::right, 0, -( iMargin * 2 ),
nAnchor::top, 0, iMargin + s_iStripDimY - 1 );
//--------------------------------
// SMALL ADD BUTTON
//--------------------------------
Add.hwnd = GetDlgItem ( hwnd, ID_ADD );
register_child ( &Add,
nAnchor::right, 0, - ( iMargin * 3 + s_iStripButtonDimX * 2),
nAnchor::top, 0, iMargin + 1,
nAnchor::right, 0, -( iMargin * 3 + s_iStripButtonDimX ),
nAnchor::top, 0, iMargin + s_iStripDimY - 1 );
ShowWindow ( pListView->hwnd, TRUE );
pListView->init();
pListView->populate ( item_list() );
}
//---------------------------------------------------------------------------------------------------
bool parser::item_list(object_t &members)
{
if(_tk == JTK_CLOSE_KEY)
return true;
if( item(members) )
{
if(_tk == JTK_COMMA )
{
advance();
return item_list(members);
}
return true;
}
return false;
}
/**
* \brief Get the sprites representing the item.
* \param visuals (out) The sprites of the item, and their positions.
*/
void bear::reflecting_decoration::get_visual
( std::list<engine::scene_visual>& visuals ) const
{
items_list::const_iterator it;
items_list item_list(m_items_list);
item_list.sort( reflecting_decoration::z_item_position_compare() );
for ( it = item_list.begin(); it != item_list.end(); ++it )
if ( it->get_item() != NULL )
{
std::list<engine::scene_visual> scenes;
(*it)->get_visual(scenes);
scenes.sort(engine::scene_visual::z_position_compare());
if ( !scenes.empty() )
{
visual::scene_element_sequence e;
visual::position_type origin
( scenes.front().scene_element.get_position() );
e.set_position( origin + get_gap() );
for ( ; !scenes.empty() ; scenes.pop_front() )
{
visual::scene_element elem( scenes.front().scene_element );
elem.set_position( elem.get_position() - origin );
e.push_back( elem );
}
e.get_rendering_attributes().combine( get_rendering_attributes() );
visuals.push_back( engine::scene_visual(e, get_z_position()) );
}
}
} // reflecting_decoration::get_visual()
List *_dobj_list(SINGLE_QSP_ARG_DECL)
{
return item_list(dobj_itp);
}
//---------------------------------------------------------------------------------------------------
bool parser::value( array_t &elemets)
{
if( _tk == JTK_INTEGER ||
_tk == JTK_REAL ||
_tk == JTK_STRING_LITERAL ||
_tk == JTK_TRUE ||
_tk == JTK_FALSE ||
_tk == JTK_NULL ) //literals
{
/**
* Add value into the vector
*/
jsonpack::value vpos = _s.get_last_value(_tk == JTK_STRING_LITERAL);
vpos._pos._type = _tk;
elemets.push_back(vpos);
advance();
return true;
}
if( _tk == JTK_OPEN_KEY )
{
advance();
object_t* new_obj = new object_t(); // create obj
bool object_ok = item_list(*new_obj); //fill obj
if(object_ok)
{
jsonpack::value p; //create value width field _obj
p._obj = new_obj;
p._field = _OBJ;
elemets.push_back(p); // add to the map
return match(JTK_CLOSE_KEY);
}
delete_object(new_obj);
return false;
}
if( _tk == JTK_OPEN_BRACKET )
{
advance();
array_t* new_array = new array_t(); // create arr
bool array_ok = array_list(*new_array); // fill arr
if(array_ok)
{
jsonpack::value p; //create value width field _arr
p._arr = new_array;
p._field = _ARR;
elemets.push_back(p); // add to the vector
return match(JTK_CLOSE_BRACKET);
}
delete_array(new_array);
return false;
}
return false;
}
List *displays_list(SINGLE_QSP_ARG_DECL)
{
if( disp_obj_itp == NO_ITEM_TYPE ) return(NO_LIST);
return( item_list(QSP_ARG disp_obj_itp) );
}