LUAPLUS_API void MergeObjects(LuaObject& mergeTo, LuaObject& mergeFrom, bool replaceDuplicates)
{
if (mergeTo.GetState() == mergeFrom.GetState())
{
for (LuaTableIterator it(mergeFrom); it; ++it)
{
LuaObject toNodeKeyObj = mergeTo[it.GetKey()];
if (it.GetValue().IsTable())
{
if (toNodeKeyObj.IsNil() || replaceDuplicates)
{
toNodeKeyObj = mergeTo.CreateTable(it.GetKey());
}
MergeObjects(toNodeKeyObj, it.GetValue(), replaceDuplicates);
}
else if (toNodeKeyObj.IsNil() || replaceDuplicates)
{
mergeTo.SetObject(it.GetKey(), it.GetValue());
}
}
}
else
{
for (LuaTableIterator it(mergeFrom); it; ++it)
{
LuaObject obj;
switch (it.GetKey().Type())
{
case LUA_TBOOLEAN: obj.AssignBoolean(mergeTo.GetState(), it.GetKey().GetBoolean()); break;
case LUA_TNUMBER: obj.AssignNumber(mergeTo.GetState(), it.GetKey().GetNumber()); break;
case LUA_TSTRING: obj.AssignString(mergeTo.GetState(), it.GetKey().GetString()); break;
case LUA_TWSTRING: obj.AssignWString(mergeTo.GetState(), it.GetKey().GetWString()); break;
}
LuaObject toNodeKeyObj = mergeTo[obj];
if (it.GetValue().IsTable())
{
if (toNodeKeyObj.IsNil() || replaceDuplicates)
{
toNodeKeyObj = mergeTo.CreateTable(it.GetKey());
}
MergeObjects(toNodeKeyObj, it.GetValue(), replaceDuplicates);
}
else if (toNodeKeyObj.IsNil() || replaceDuplicates)
{
LuaObject toKeyObj;
switch (it.GetKey().Type())
{
case LUA_TBOOLEAN: toKeyObj.AssignBoolean(mergeTo.GetState(), it.GetKey().GetBoolean()); break;
case LUA_TNUMBER: toKeyObj.AssignNumber(mergeTo.GetState(), it.GetKey().GetNumber()); break;
case LUA_TSTRING: toKeyObj.AssignString(mergeTo.GetState(), it.GetKey().GetString()); break;
case LUA_TWSTRING: toKeyObj.AssignWString(mergeTo.GetState(), it.GetKey().GetWString()); break;
}
switch (it.GetValue().Type())
{
case LUA_TBOOLEAN: mergeTo.SetBoolean(toKeyObj, it.GetValue().GetBoolean()); break;
case LUA_TNUMBER: mergeTo.SetNumber(toKeyObj, it.GetValue().GetNumber()); break;
case LUA_TSTRING: mergeTo.SetString(toKeyObj, it.GetValue().GetString()); break;
case LUA_TWSTRING: mergeTo.SetWString(toKeyObj, it.GetValue().GetWString()); break;
}
}
}
}
}
void AutoCompData::Build( const AutoCompPageArray& files, AutoCompExports* exports )
{
Clear();
// Copy in the export data first... this ensures that
// we overload exports if something in the scripts
// has the same name.
if ( exports )
{
m_Exports = new AutoCompExports( *exports );
const AutoCompClassArray& classes = m_Exports->GetClasses();
for ( int i=0; i < classes.GetCount(); i++ )
{
wxASSERT( classes[i] );
wxASSERT( !FindClassOrObject( classes[i]->GetName() ) );
m_Classes.Add( classes[i] );
}
const AutoCompFunctionArray& functions = m_Exports->GetFunctions();
for ( int i=0; i < functions.GetCount(); i++ )
{
wxASSERT( functions[i] );
wxASSERT( !AutoCompFunction::Find( functions[i]->GetName(), m_Functions ) );
m_Functions.Add( functions[i] );
}
}
// Make a copy of the files.
for ( int i=0; i < files.GetCount(); i++ )
{
wxASSERT( files[i] );
m_Files.Add( new AutoCompPage( *files[i] ) );
}
// Now we merge the objects and vars into our global
// arrays... this allows for quickly finding data
// without the need to dig thru pages.
for ( int i=0; i < m_Files.GetCount(); i++ )
{
wxASSERT( m_Files[i] );
MergeObjects( m_Files[i]->GetObjects() );
MergeVars( m_Files[i]->GetVars() );
}
// Now do a pass merging functions so that they are properly
// made into members of existing objects and classes or added
// into new namespaces.
for ( int i=0; i < m_Files.GetCount(); i++ )
{
wxASSERT( m_Files[i] );
MergeFunctions( m_Files[i]->GetFunctions() );
}
// Now we build the string lists.
wxString name;
m_CompList.Empty();
m_CompIndex.Empty();
m_ClassList.Empty();
m_ClassIndex.Empty();
m_DatablockList.Empty();
m_DatablockIndex.Empty();
m_GlobalsList.Empty();
m_GlobalsIndex.Empty();
//
// Grab all the global vars for autocomplete
// triggered by entering a $.
//
m_TempArray.Empty();
for ( int i=0; i < m_Vars.GetCount(); i++ )
{
wxASSERT( m_Vars[i]->IsGlobal() );
name = m_Vars[i]->m_Name + IDENT_VAR;
m_TempArray.Add( name );
}
BuildString( m_TempArray, &m_GlobalsList, &m_GlobalsIndex );
//
// Gather all the concrete datablock types for
// autocomplete when the type name is needed.
//
m_TempArray.Empty();
for ( int i=0; i < m_Classes.GetCount(); i++ ) {
if ( !m_Classes[i]->IsDatablock() || !m_Classes[i]->IsExport() )
continue;
name = m_Classes[i]->GetName() + IDENT_DATABLOCK;
//if ( m_TempArray.Index( name, false ) ) {
m_TempArray.Add( name );
//}
}
BuildString( m_TempArray, &m_DatablockList, &m_DatablockIndex );
//
// Gather all the concrete class types for
// autocomplete when the type name is needed.
//
m_TempArray.Empty();
for ( int i=0; i < m_Classes.GetCount(); i++ ) {
if ( !m_Classes[i]->IsExport() )
continue;
name = m_Classes[i]->GetName() + IDENT_CLASS;
m_TempArray.Add( name );
}
BuildString( m_TempArray, &m_ClassList, &m_ClassIndex );
//
// Gather all global general identifiers into the
// main autocomplete list...
//
// Objects (both types and instances)
// Datablocks (both types and instances)
// Namespaces
// Global functions
// TorqueScript Keywords
//
m_TempArray.Empty();
for ( int i=0; i < m_Functions.GetCount(); i++ ) {
name = m_Functions[i]->GetName() + IDENT_FUNCTION;
//if ( m_TempArray.Index( name, false ) ) {
m_TempArray.Add( name );
//}
}
for ( int i=0; i < m_Classes.GetCount(); i++ ) {
name = m_Classes[i]->GetName();
if ( m_Classes[i]->IsDatablock() )
name += IDENT_DATABLOCK;
else
name += IDENT_CLASS;
//if ( m_TempArray.Index( name, false ) ) {
m_TempArray.Add( name );
//}
}
for ( int i=0; i < m_Objects.GetCount(); i++ )
{
name = m_Objects[i]->GetName();
// Skip adding unnamed objects.
if ( name.IsEmpty() )
continue;
if ( m_Objects[i]->IsNamespace() )
name += IDENT_NAMESPACE;
else if ( m_Objects[i]->IsDatablock() )
name += ITYPE_DATABLOCKOBJECT;
//else if ( objects[i]->IsDatablock() )
// name += IDENT_NAMESPACE;
else
name += IDENT_OBJECT;
//if ( m_TempArray.Index( name, false ) ) {
m_TempArray.Add( name );
//}
}
// Add in the reserved words.
m_TempArray.Add( "break?8" );
m_TempArray.Add( "case?8" );
m_TempArray.Add( "continue?8" );
m_TempArray.Add( "datablock?8" );
m_TempArray.Add( "default?8" );
m_TempArray.Add( "else?8" );
m_TempArray.Add( "false?8" );
m_TempArray.Add( "for?8" );
m_TempArray.Add( "function?8" );
m_TempArray.Add( "if?8" );
m_TempArray.Add( "local?8" );
m_TempArray.Add( "new?8" );
m_TempArray.Add( "or?8" );
m_TempArray.Add( "package?8" );
m_TempArray.Add( "return?8" );
m_TempArray.Add( "singleton?8" );
m_TempArray.Add( "switch?8" );
m_TempArray.Add( "switch$?8" );
m_TempArray.Add( "true?8" );
m_TempArray.Add( "while?8" );
BuildString( m_TempArray, &m_CompList, &m_CompIndex );
}
