void SI_SymbolPin::addToSchematic(GraphicsScene& scene) noexcept
{
Q_ASSERT(mAddedToSchematic == false);
Q_ASSERT(mRegisteredNetPoint == nullptr);
mComponentSignalInstance->registerSymbolPin(*this);
scene.addItem(*mGraphicsItem);
mAddedToSchematic = true;
updateErcMessages();
}
void NetSignal::setName(const CircuitIdentifier& name,
bool isAutoName) noexcept {
if ((name == mName) && (isAutoName == mHasAutoName)) {
return;
}
mName = name;
mHasAutoName = isAutoName;
updateErcMessages();
emit nameChanged(mName);
}
void ComponentSignalInstance::removeFromCircuit() throw (Exception)
{
if (!mRegisteredSymbolPins.isEmpty())
throw LogicError(__FILE__, __LINE__);
if (mNetSignal)
mNetSignal->unregisterComponentSignal(*this);
mAddedToCircuit = false;
updateErcMessages();
}
void NetSignal::removeFromCircuit() {
if (!mIsAddedToCircuit) {
throw LogicError(__FILE__, __LINE__);
}
if (isUsed()) {
throw RuntimeError(__FILE__, __LINE__,
QString(tr("The net signal \"%1\" cannot be removed "
"because it is still in use!"))
.arg(*mName));
}
mNetClass->unregisterNetSignal(*this); // can throw
mIsAddedToCircuit = false;
updateErcMessages();
}
void ComponentSignalInstance::init() throw (Exception)
{
// create ERC messages
mErcMsgUnconnectedRequiredSignal.reset(new ErcMsg(mCircuit.getProject(), *this,
QString("%1/%2").arg(mComponentInstance.getUuid().toStr()).arg(mComponentSignal->getUuid().toStr()),
"UnconnectedRequiredSignal", ErcMsg::ErcMsgType_t::CircuitError, QString()));
mErcMsgForcedNetSignalNameConflict.reset(new ErcMsg(mCircuit.getProject(), *this,
QString("%1/%2").arg(mComponentInstance.getUuid().toStr()).arg(mComponentSignal->getUuid().toStr()),
"ForcedNetSignalNameConflict", ErcMsg::ErcMsgType_t::SchematicError, QString()));
updateErcMessages();
// register to component attributes changed
connect(&mComponentInstance, &ComponentInstance::attributesChanged,
this, &ComponentSignalInstance::updateErcMessages);
// register to net signal name changed
if (mNetSignal) connect(mNetSignal, &NetSignal::nameChanged, this, &ComponentSignalInstance::netSignalNameChanged);
if (!checkAttributesValidity()) throw LogicError(__FILE__, __LINE__);
}
void ComponentSignalInstance::setNetSignal(NetSignal* netsignal) throw (Exception)
{
if (!mAddedToCircuit)
throw LogicError(__FILE__, __LINE__);
if (mNetSignal)
{
disconnect(mNetSignal, &NetSignal::nameChanged, this, &ComponentSignalInstance::netSignalNameChanged);
mNetSignal->unregisterComponentSignal(*this);
}
mNetSignal = netsignal;
if (mNetSignal)
{
mNetSignal->registerComponentSignal(*this);
connect(mNetSignal, &NetSignal::nameChanged, this, &ComponentSignalInstance::netSignalNameChanged);
}
updateErcMessages();
}
void SI_SymbolPin::registerNetPoint(SI_NetPoint& netpoint)
{
Q_ASSERT(mRegisteredNetPoint == nullptr);
mRegisteredNetPoint = &netpoint;
updateErcMessages();
}
void ComponentSignalInstance::netSignalNameChanged(const QString& newName) noexcept
{
Q_UNUSED(newName);
updateErcMessages();
}
