void TestNode::serialize(BundleIO& bundle)
{
{
std::ofstream& f = bundle.getOutputStream("main");
// There is more than one way to do this. We could serialize to YAML, which
// would make a readable format, or we could serialize directly to the stream
// Choose the easier one.
f << "TestNode-v2" << " "
<< nodeCount_ << " "
<< int32Param_ << " "
<< uint32Param_ << " "
<< int64Param_ << " "
<< uint64Param_ << " "
<< real32Param_ << " "
<< real64Param_ << " "
<< boolParam_ << " "
<< outputElementCount_ << " "
<< delta_ << " "
<< iter_ << " ";
arrayOut(f, real32ArrayParam_, "real32ArrayParam_");
arrayOut(f, int64ArrayParam_, "int64ArrayParam_");
arrayOut(f, boolArrayParam_, "boolArrayParam_");
arrayOut(f, unclonedParam_, "unclonedParam_");
f << shouldCloneParam_ << " ";
// outer vector needs to be done by hand.
f << "unclonedArray ";
f << unclonedInt64ArrayParam_.size() << " "; // number of nodes
for (size_t i = 0; i < unclonedInt64ArrayParam_.size(); i++)
{
std::stringstream name;
name << "unclonedInt64ArrayParam[" << i << "]";
arrayOut(f, unclonedInt64ArrayParam_[i], name.str());
}
f.close();
} // main file
// auxilliary file using stream
{
std::ofstream& f = bundle.getOutputStream("aux");
f << "This is an auxilliary file!\n";
f.close();
}
// auxilliary file using path
{
std::string path = bundle.getPath("aux2");
std::ofstream f(path.c_str());
f << "This is another auxilliary file!\n";
f.close();
}
}
void TestNode::serialize(BundleIO &bundle) {
{
std::ostream &f = bundle.getOutputStream();
// There is more than one way to do this. We could serialize to YAML, which
// would make a readable format, or we could serialize directly to the
// stream Choose the easier one.
f << "TestNode-v2"
<< " " << nodeCount_ << " " << int32Param_ << " " << uint32Param_ << " "
<< int64Param_ << " " << uint64Param_ << " " << real32Param_ << " "
<< real64Param_ << " " << boolParam_ << " " << outputElementCount_ << " "
<< delta_ << " " << iter_ << " " << dim_ << " ";
arrayOut(f, real32ArrayParam_, "real32ArrayParam_");
arrayOut(f, int64ArrayParam_, "int64ArrayParam_");
arrayOut(f, boolArrayParam_, "boolArrayParam_");
arrayOut(f, unclonedParam_, "unclonedParam_");
f << shouldCloneParam_ << " ";
// outer vector needs to be done by hand.
f << "unclonedArray ";
f << unclonedInt64ArrayParam_.size() << " "; // number of nodes
for (size_t i = 0; i < unclonedInt64ArrayParam_.size(); i++) {
std::stringstream name;
name << "unclonedInt64ArrayParam[" << i << "]";
arrayOut(f, unclonedInt64ArrayParam_[i], name.str());
}
// save the output buffers
f << "outputs [";
std::map<std::string, Output *> outputs = region_->getOutputs();
for (auto iter : outputs) {
const Array &outputBuffer = iter.second->getData();
if (outputBuffer.getCount() != 0) {
f << iter.first << " ";
outputBuffer.save(f);
}
}
f << "] "; // end of all output buffers
} // main file
}
void SpatialPoolerNode::serialize(BundleIO& bundle)
{
std::ofstream& f = bundle.getOutputStream("spmain");
f << current_spatial_pooler_node_version_ << " "
<< (UInt32) mode_ << " "
<< (UInt32) clonedNodes_ << " "
<< nodeCount_ << " "
<< segmentSize_ << " "
<< (UInt32) sparsificationMode_ << " "
<< (UInt32) inferenceMode_ << " "
// patchMasksStr_ not serialized
<< (UInt32) normalize_ << " "
<< norm_ << " "
<< kWinners_ << " "
<< maxDistance_ << " "
<< minAcceptNorm_ << " "
<< minProtoSum_ << " "
<< sigma_ << " "
<< seed_ << " "
<< maxNAttempts_ << " "
<< maxNPrototypes_ << " "
<< acceptanceProbability_ << " "
// save actual seed separately from seed_ in case it was seeded with "0"
// TODO: actually serialize rgen_;
<< (UInt32) rgen_.getSeed() << " "
<< (UInt32) poolersAllocated_ << " ";
if (poolersAllocated_)
{
// If cloned, there is a single pooler.
// If not cloned, everybody is saved here.
UInt actualNumNodes = clonedNodes_ ? 1 : nodeCount_;
for (UInt i = 0; i != actualNumNodes; ++i) {
poolers_[i]->saveState(f);
f << " ";
}
}
f.close();
}
void VectorFileSensor::serialize(BundleIO &bundle) {
std::ofstream &f = bundle.getOutputStream("vfs");
f << repeatCount_ << " " << activeOutputCount_ << " " << filename_ << " "
<< scalingMode_ << " ";
f.close();
}
void ScalarSensor::serialize(BundleIO &bundle) {
std::ostream &f = bundle.getOutputStream();
f << "ScalerSensor ";
f.write((char*)¶ms_, sizeof(params_));
f << "~ScalerSensor" << std::endl;
}