Lav_PUBLIC_FUNCTION LavError Lav_nodeGetPropertyHasDynamicRange(LavHandle nodeHandle, int slot, int* destination) {
PUB_BEGIN
auto node = incomingObject<Node>(nodeHandle);
LOCK(*node);
auto &prop = node->getProperty(slot);
*destination = prop.getHasDynamicRange();
PUB_END
}
Lav_PUBLIC_FUNCTION LavError Lav_nodeGetArrayPropertyLengthRange(LavHandle nodeHandle, int slot, unsigned int* destinationMin, unsigned int* destinationMax) {
PUB_BEGIN
auto ptr = incomingObject<Node>(nodeHandle);
LOCK(*ptr);
auto &prop = ptr->getProperty(slot);
int type = prop.getType();
if(type != Lav_PROPERTYTYPE_FLOAT_ARRAY || type != Lav_PROPERTYTYPE_INT_ARRAY) ERROR(Lav_ERROR_TYPE_MISMATCH, "Property is not an array.");
PUB_END
}
Lav_PUBLIC_FUNCTION LavError Lav_nodeResetProperty(LavHandle nodeHandle, int slot) {
PUB_BEGIN
auto node_ptr = incomingObject<Node>(nodeHandle);
LOCK(*node_ptr);
auto prop = node_ptr->getProperty(slot);
READONLY_CHECK
prop.reset();
PUB_END
}
Lav_PUBLIC_FUNCTION LavError Lav_automationLinearRampToValue(LavHandle nodeHandle, int slot, double time, double value) {
PUB_BEGIN
auto node = incomingObject<Node>(nodeHandle);
LOCK(*node);
auto &prop= node->getProperty(slot);
LinearRampAutomator* automator = new LinearRampAutomator(&prop, prop.getTime()+time, value);
//the property will throw for us if any part of the next part goes wrong.
prop.scheduleAutomator(automator);
PUB_END
}
Lav_PUBLIC_FUNCTION LavError Lav_nodeGetPropertyName(LavHandle nodeHandle, int slot, char** destination) {
PUB_BEGIN
auto node_ptr = incomingObject<Node>(nodeHandle);
LOCK(*node_ptr);
auto prop = node_ptr->getProperty(slot);
const char* n = prop.getName();
char* dest = new char[strlen(n)+1]; //+1 for extra NULL.
strcpy(dest, n);
*destination = outgoingPointer<char>(std::shared_ptr<char>(dest,
[](char* ptr) {delete[] ptr;}));
PUB_END
}
