void LibraryWindow::addDefaultItems()
{
BlockModel *model;
// cpu
model = new CpuModel("CPU", tr("Default CPU"));
model->addPin(new PinModel(model, "in1", 0, 32, PinModel::INPUT, 1));
model->addPin(new PinModel(model, "out1", 0, 32, PinModel::OUTPUT, 1));
model->addPin(new PinModel(model, "clk", 0, 32, PinModel::EPISODIC, 1));
model->addPin(new PinModel(model, "reset", 0, 32, PinModel::EPISODIC, 2));
add(model);
// core
model = new BlockModel("Core",tr("Default core"));
model->addPin(new PinModel(model, "in1", 0, 32, PinModel::INPUT, 1));
model->addPin(new PinModel(model, "out1", 0, 32, PinModel::OUTPUT, 1));
add(model);
// input
model = new BlockModel("Input", tr("Default input block"));
model->setType("I/O");
model->setHasEpisodicPins(false);
model->setHasInputPins(false);
model->setRuntime(1);
model->addPin(new PinModel(model, "out1", 0, 32, PinModel::OUTPUT, 1));
model->addPin(new PinModel(model, "out2", 32, 32, PinModel::OUTPUT, 2));
model->addPin(new PinModel(model, "out3", 64, 32, PinModel::OUTPUT, 3));
add(model);
// output
model = new BlockModel("Output", tr("Default output block"));
model->setType("I/O");
model->setHasEpisodicPins(false);
model->setHasOutputPins(false);
model->setRuntime(1);
model->addPin(new PinModel(model, "in1", 0, 32, PinModel::INPUT, 1));
model->addPin(new PinModel(model, "in2", 32, 32, PinModel::INPUT, 2));
model->addPin(new PinModel(model, "in3", 64, 32, PinModel::INPUT, 3));
add(model);
// mux
MuxModel *muxModel = new MuxModel("Mux", tr("Multiplexer / Demultiplexer"));
PinModel *in1 = new PinModel(muxModel, "in1", 0, 32, PinModel::INPUT, 1);
PinModel *in2 = new PinModel(muxModel, "in2", 32, 32, PinModel::INPUT, 2);
PinModel *out1 = new PinModel(muxModel, "out1", 0, 64, PinModel::OUTPUT, 1);
muxModel->addPin(in1);
muxModel->addPin(in2);
muxModel->addPin(out1);
muxModel->addMuxMapping(new MuxMapping(in1, out1, 0, 32, 0, 32));
muxModel->addMuxMapping(new MuxMapping(in2, out1, 0, 32, 32, 64));
add(muxModel);
modified_ = false;
}
