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TrimRangeTestResultStreamer.cpp

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#include "Sct/VersionNotSupportedException.h"
#include "Sct/IoExceptions.h"

#include "../TrimRangeTestResult.h"
#include "TrimRangeTestResultStreamer.h"

#include <TF1.h>
#include <vector>

using namespace Sct;

namespace SctData {
namespace IO {


TrimRangeTestResultStreamer::TrimRangeTestResultStreamer() throw() {}

bool TrimRangeTestResultStreamer::inMap = IOManager::addToMap("SctData::TrimRangeTestResult", auto_ptr<Streamer>(new TrimRangeTestResultStreamer()));


shared_ptr<Streamable> TrimRangeTestResultStreamer::read(IStream& in, const IOManager& manager) const throw(LogicError, IoError) {
    shared_ptr<Streamable> ad (new TrimRangeTestResult());
    read(in, *ad, manager);
    return ad;
}

void TrimRangeTestResultStreamer::write(OStream& out, const Streamable& ob, const IOManager& manager) const throw(LogicError, IoError) {
    //cout << "TrimRangeTestResultIS::publishGuts" << endl;
    //Let superclass do its work
    TestResultStreamer::write(out, ob, manager);

    const TrimRangeTestResult& mytest = dynamic_cast <const TrimRangeTestResult&>(ob);
    int version =1;
    out << version; // version

    out << (int) mytest.chipTrimData.size();
    for (unsigned int i = 0; i < mytest.chipTrimData.size(); ++i) {
        writeData(out, *mytest.chipTrimData[i], manager);
    }

    out << (int) mytest.chipTrim.size();
    for (unsigned int i = 0; i < mytest.chipTrim.size(); ++i) {
        writeTrim(out, *mytest.chipTrim[i], manager);
    }

    out << mytest.charge << mytest.type << mytest.algorithm;
}

void TrimRangeTestResultStreamer::read(IStream& in, Streamable& ob, const IOManager& manager) const throw(LogicError, IoError) {
    TestResultStreamer::read(in, ob, manager);

    TrimRangeTestResult& mytest = dynamic_cast < TrimRangeTestResult & >(ob);

    int version;
    in >> version; 
    if (version!=1){
    ostringstream os;
    os << "TrimRangeTestResult version " << version;
    throw VersionNotSupportedException(os.str(), __FILE__, __LINE__);
    }

    int n = 0;
    in >> n;
    mytest.chipTrimData.resize(nChipModule);
    for (unsigned int i = 0; i<nChipModule; ++i) {
    mytest.chipTrimData[i] = shared_ptr<TrimRangeTestResult::ChipTrimData>(new TrimRangeTestResult::ChipTrimData() );
        readData(in, mytest, const_cast<TrimRangeTestResult::ChipTrimData&>(*mytest.chipTrimData[i]), manager);
    }

    in >> n;
    mytest.chipTrim.resize(nChipModule);
    for (unsigned int i = 0; i<nChipModule; ++i) {
    mytest.chipTrim[i] = shared_ptr<TrimRangeTestResult::ChipTrim>(new TrimRangeTestResult::ChipTrim() );
        readTrim(in, mytest, const_cast<TrimRangeTestResult::ChipTrim&>(*mytest.chipTrim[i]), manager);
    }

    in >> mytest.charge >> mytest.type >> mytest.algorithm;
}

    void TrimRangeTestResultStreamer::writeTrim(OStream& out, const TrimRangeTestResult::ChipTrim& trim, const IOManager& manager) const throw(Sct::LogicError, Sct::IoError){
    out << trim.target << (int) trim.range;
    if (trim.channelTrim.size()!=nChannelChip){
        ostringstream os;
        os << "TrimRangeTestResultStreamer::writeTrim, bad size " << trim.channelTrim.size();
        throw StreamCorruptedException(os.str(), __FILE__, __LINE__ );
    }
    out << (int) trim.channelTrim.size();
    for (unsigned i=0; i<trim.channelTrim.size(); ++i){
        Stat<TrimRangeTestResult::Trim> t=trim.channelTrim.getAt(i);
        int trim_i = t.value.trim;
        out << t.valid << trim_i << t.value.vthr;
    }
    }

    void TrimRangeTestResultStreamer::readTrim(IStream& in, TrimRangeTestResult& mytest, TrimRangeTestResult::ChipTrim& trim, const IOManager& manager) const throw(Sct::LogicError, Sct::IoError){
    in >> trim.target;
    int range; in >> range ; trim.range=range;
    int size; in >> size; trim.channelTrim.resize(nChipModule);
    if (size!=nChannelChip){
        ostringstream os;
        os << "TrimRangeTestResultStreamer::readTrim, bad size " << trim.channelTrim.size();
        throw StreamCorruptedException(os.str(), __FILE__, __LINE__ );
    }
    for (unsigned i=0; i<nChannelChip; ++i){
        Stat<TrimRangeTestResult::Trim>& t=trim.channelTrim.modifyAt(i);
        int trim_i;
        in >> t.valid >> trim_i >> t.value.vthr;
        t.value.trim=trim_i;
    }
    }

void TrimRangeTestResultStreamer::writeData(OStream& out, const TrimRangeTestResult::ChipTrimData& chiptrim, const IOManager& manager) const throw(LogicError, IoError) {
    out << (int) chiptrim.channelData.size();
    for (unsigned i=0; i<chiptrim.channelData.size(); ++i){
    Stat<TrimRangeTestResult::TrimData> d=chiptrim.channelData.getAt(i);
    
    out << d.valid << d.value.p0 << d.value.p1;
    out << (int) d.value.graph.size();
    for (unsigned ipt=0; ipt<d.value.graph.size(); ++ipt){
        out << d.value.graph[ipt].first << d.value.graph[ipt].second;
    }
    }
}

void TrimRangeTestResultStreamer::readData(IStream& in, TrimRangeTestResult& mytest, TrimRangeTestResult::ChipTrimData& chipTrim, const IOManager& manager) const throw(LogicError, IoError) {
    int size; in >> size; 
    chipTrim.channelData.resize(nChannelChip);
    for (unsigned i=0; i<nChannelChip; ++i){
    Stat<TrimRangeTestResult::TrimData>& d=chipTrim.channelData.modifyAt(i);
    in >> d.valid >> d.value.p0 >> d.value.p1;
    
    in >> size; d.value.graph.resize(size);
    for (int ipt=0; ipt<size; ++ipt){
        float first, second;
        in >> first; in >> second;
        d.value.graph[ipt]=pair<float,float>(first,second);
    }
    }
}
}


} 

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