gtranslationTable.cc

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// gtranslationTable
#include "gtranslationTable.h"
#include "gtranslationTableConventions.h"
 
 
// c++
#include <iostream>
 
using namespace std;
 
 
std::string GTranslationTable::formTTKey(const std::vector<int> &identity) const {
    // Check for an empty identity vector to avoid undefined behavior.
    if (identity.empty()) {
        log->warning("Empty identity vector provided to formTTKey");
        return "";
    }
 
    std::ostringstream oss;
    for (size_t i = 0; i < identity.size(); ++i) {
        oss << identity[i];
        if (i != identity.size() - 1)
            oss << "-";
    }
    return oss.str();
}
 
 
void GTranslationTable::addGElectronicWithIdentity(const std::vector<int> &identity, const GElectronic &gtron) {
    string ttKey = formTTKey(identity);
    auto search = tt.find(ttKey);
 
    if (search == tt.end()) {
        // Insert the new key-value pair
        tt[ttKey] = gtron;
    } else {
        log->warning("Key <" + ttKey + "> already present in TT map");
    }
 
    log->info(1, "Added GElectronic with identity <", ttKey, "> to TT map");
 
    log->debug(NORMAL, "Translation Table:");
    for (auto &thisItem: tt) {
        log->debug(NORMAL, GTAB, "<", thisItem.first, "> ", thisItem.second);
    }
}
 
 
GElectronic GTranslationTable::getElectronics(const std::vector<int> &identity) const {
    string ttKey = formTTKey(identity);
    auto search = tt.find(ttKey);
 
    if (search != tt.end()) {
        log->debug(NORMAL, "Found key <", ttKey, "> in TT map");
        return search->second;
    } else {
        log->error(EC__TTNOTFOUNDINTT, "Key <", ttKey, "> not found in TT map");
    }
 
    return GElectronic();
}