#include "ElementFormControlTextArea.h" #include "ElementFormControl.h" #include #include namespace Rml { namespace Lua { // methods int ElementFormControlTextAreaSelect(lua_State* /*L*/, ElementFormControlTextArea* obj) { obj->Select(); return 0; } int ElementFormControlTextAreaSetSelection(lua_State* L, ElementFormControlTextArea* obj) { int start = (int)GetIndex(L, 1); int end = (int)GetIndex(L, 2); obj->SetSelectionRange(start, end); return 0; } int ElementFormControlTextAreaGetSelection(lua_State* L, ElementFormControlTextArea* obj) { int selection_start = 0, selection_end = 0; String selected_text; obj->GetSelection(&selection_start, &selection_end, &selected_text); PushIndex(L, selection_start); PushIndex(L, selection_end); lua_pushstring(L, selected_text.c_str()); return 3; } // getters int ElementFormControlTextAreaGetAttrcols(lua_State* L) { ElementFormControlTextArea* obj = LuaType::check(L, 1); RMLUI_CHECK_OBJ(obj); lua_pushinteger(L, obj->GetNumColumns()); return 1; } int ElementFormControlTextAreaGetAttrmaxlength(lua_State* L) { ElementFormControlTextArea* obj = LuaType::check(L, 1); RMLUI_CHECK_OBJ(obj); lua_pushinteger(L, obj->GetMaxLength()); return 1; } int ElementFormControlTextAreaGetAttrrows(lua_State* L) { ElementFormControlTextArea* obj = LuaType::check(L, 1); RMLUI_CHECK_OBJ(obj); lua_pushinteger(L, obj->GetNumRows()); return 1; } int ElementFormControlTextAreaGetAttrwordwrap(lua_State* L) { ElementFormControlTextArea* obj = LuaType::check(L, 1); RMLUI_CHECK_OBJ(obj); lua_pushboolean(L, obj->GetWordWrap()); return 1; } // setters int ElementFormControlTextAreaSetAttrcols(lua_State* L) { ElementFormControlTextArea* obj = LuaType::check(L, 1); RMLUI_CHECK_OBJ(obj); int cols = (int)luaL_checkinteger(L, 2); obj->SetNumColumns(cols); return 0; } int ElementFormControlTextAreaSetAttrmaxlength(lua_State* L) { ElementFormControlTextArea* obj = LuaType::check(L, 1); RMLUI_CHECK_OBJ(obj); int ml = (int)luaL_checkinteger(L, 2); obj->SetMaxLength(ml); return 0; } int ElementFormControlTextAreaSetAttrrows(lua_State* L) { ElementFormControlTextArea* obj = LuaType::check(L, 1); RMLUI_CHECK_OBJ(obj); int rows = (int)luaL_checkinteger(L, 2); obj->SetNumRows(rows); return 0; } int ElementFormControlTextAreaSetAttrwordwrap(lua_State* L) { ElementFormControlTextArea* obj = LuaType::check(L, 1); RMLUI_CHECK_OBJ(obj); bool ww = RMLUI_CHECK_BOOL(L, 2); obj->SetWordWrap(ww); return 0; } RegType ElementFormControlTextAreaMethods[] = { RMLUI_LUAMETHOD(ElementFormControlTextArea, Select), RMLUI_LUAMETHOD(ElementFormControlTextArea, SetSelection), RMLUI_LUAMETHOD(ElementFormControlTextArea, GetSelection), {nullptr, nullptr}, }; luaL_Reg ElementFormControlTextAreaGetters[] = { RMLUI_LUAGETTER(ElementFormControlTextArea, cols), RMLUI_LUAGETTER(ElementFormControlTextArea, maxlength), RMLUI_LUAGETTER(ElementFormControlTextArea, rows), RMLUI_LUAGETTER(ElementFormControlTextArea, wordwrap), {nullptr, nullptr}, }; luaL_Reg ElementFormControlTextAreaSetters[] = { RMLUI_LUASETTER(ElementFormControlTextArea, cols), RMLUI_LUASETTER(ElementFormControlTextArea, maxlength), RMLUI_LUASETTER(ElementFormControlTextArea, rows), RMLUI_LUASETTER(ElementFormControlTextArea, wordwrap), {nullptr, nullptr}, }; template <> void ExtraInit(lua_State* L, int metatable_index) { ExtraInit(L, metatable_index); LuaType::_regfunctions(L, metatable_index, metatable_index - 1); AddTypeToElementAsTable(L); } RMLUI_LUATYPE_DEFINE(ElementFormControlTextArea) } // namespace Lua } // namespace Rml