void Kernel::grabShortcutOnAllMonitors(Shortcut *shortcut) {
Binder *bm = Binder::instance();
for (LMonitor::iterator it = monitors_->begin();
it != monitors_->end(); it++)
{
Monitor *monitor = (Monitor *)*it;
bm->grabShortcut(shortcut, monitor->rootWindow());
}
}
void Kernel::initKeys() {
XCORE->ungrabKeyboard();
Binder *bm = Binder::instance();
for (LMonitor::iterator it = monitors_->begin();
it != monitors_->end(); it++)
{
Monitor *monitor = (Monitor *)*it;
bm->initKeys(monitor->rootWindow());
}
}
Impl(Public *i) : Base(i)
{
// Setup the GameStateFolder module.
binder.init(savedSessionModule)
<< DENG2_FUNC(GameStateFolder_Convert, "convert", "gameId" << "savegamePath")
<< DENG2_FUNC(GameStateFolder_ConvertAll, "convertAll", "gameId");
ScriptSystem::get().addNativeModule("SavedSession", savedSessionModule);
}
void MemberAccessAST::generateSymbols(Binder& binder, std::shared_ptr<SymbolTable> symbolTable) {
AbstractSyntaxTree::generateSymbols(binder, symbolTable);
mAccessExpression->generateSymbols(binder, symbolTable);
auto arrayMember = std::dynamic_pointer_cast<ArrayAccessAST>(mMemberExpression);
if (!(std::dynamic_pointer_cast<VariableReferenceExpressionAST>(mMemberExpression)
|| arrayMember)) {
binder.error("'" + mMemberExpression->asString() + "' is not a member reference.");
}
if (arrayMember != nullptr) {
arrayMember->accessExpression()->generateSymbols(binder, symbolTable);
}
}
void Binder::StartupMscorlib(Module *pModule)
{
_ASSERTE(CLASS__MSCORLIB_COUNT < USHRT_MAX);
_ASSERTE(METHOD__MSCORLIB_COUNT < USHRT_MAX);
_ASSERTE(FIELD__MSCORLIB_COUNT < USHRT_MAX);
_ASSERTE(TYPE__MSCORLIB_COUNT < USHRT_MAX);
{
g_Mscorlib.Init(pModule,
MscorlibClassDescriptions,
sizeof(MscorlibClassDescriptions)/sizeof(*MscorlibClassDescriptions),
MscorlibMethodDescriptions,
sizeof(MscorlibMethodDescriptions)/sizeof(*MscorlibMethodDescriptions),
MscorlibFieldDescriptions,
sizeof(MscorlibFieldDescriptions)/sizeof(*MscorlibFieldDescriptions),
MscorlibTypeDescriptions,
sizeof(MscorlibTypeDescriptions)/sizeof(*MscorlibTypeDescriptions));
}
}
bool select(T result, Binder binder, Params params)
{
prepare();
if (NULL == stmt)
{
assert(false);
return false;
}
sqlite3_reset(stmt);
sqlite3_clear_bindings(stmt);
params.set_params(stmt);
while (SQLITE_ROW == sqlite3_step(stmt)) // iterate all objects
{
binder.get(stmt,result);
}
return true;
}
void initMathModule(Binder &binder, Record &mathModule)
{
binder.init(mathModule)
<< DENG2_FUNC_NOARG(Math_Random, "random")
<< DENG2_FUNC (Math_RandInt, "randInt", "low" << "high");
}
