preprocessor.cpp

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#include "preprocessor.hpp"
 
void Preprocessor::save_current_run_params(string path){
    vector<string> config_content;
 
    string path_message = PATH_MESSAGE + path;
 
    auto end = std::chrono::system_clock::now();
    std::time_t end_time = std::chrono::system_clock::to_time_t(end);
    string time_message = TIME_MESSAGE + std::ctime(&end_time);
 
    config_content.push_back(path_message);
    config_content.push_back(time_message);
 
    Utils::write_file_generic(Config::config()->getBasePath() + "/" + CONFIG_PATH,config_content);
}
 
tuple<string,double,bool> Preprocessor::read_parameters(){
    cout << INITIAL_MESSAGE << '\n';
    string path,similarity_message;
 
    cout << PROJECT_PATH_MESSAGE << '\n';
    cin >> path;
 
    cout << MINIMUM_SIMILARITY_MESSAGE << '\n';
    cin >> similarity_message;
    double similarity = stod(similarity_message);
 
    bool use_duplication_finder_by_tool=false;
 
    while(true){
        cout << MESSAGE_DUPLICATION_FINDER_TYPE_1 << '\n';
        cout << MESSAGE_DUPLICATION_FINDER_TYPE_2 << '\n';
        cout << MESSAGE_DUPLICATION_FINDER_TYPE_3 << '\n';
        int x;
        cin >> x;
        if(x == 1){
            use_duplication_finder_by_tool = true;
        }else if(x == 2){
            use_duplication_finder_by_tool = false;
        }else{
            cout << INVALID_CODE_DUPLICATION_FINDER << '\n';
            exit(0);
            continue;
        }
        break;
    }
 
    return {path,similarity,use_duplication_finder_by_tool};
}
 
void Preprocessor::preprocess(string path, double similarity, bool use_duplication_finder_by_tool){
    cout << BREAKER_MESSAGE << '\n';
 
    Config *config = Config::config();
    string base_path = config->getBasePath();
 
    string command_rm_tmp = "rm -r -f " + base_path + "/";
    system(command_rm_tmp.c_str());
    FunctionBreaker function_breaker(path);
 
    cout << DUPLICATION_MESSAGE << '\n';
 
    if(use_duplication_finder_by_tool){
        DuplicationFinderTool duplicationFinder(base_path,similarity);
        duplicationFinder.execute();
    }else{
        DuplicationFinderDiff duplicationFinder(base_path,similarity);
        duplicationFinder.execute();
    }
 
    save_current_run_params(path);
 
    cout << END_MESSAGE << '\n';
}
 
Preprocessor::Preprocessor(bool force_preprocess){
    Config *config = Config::config();
    string base_path = config->getBasePath();
    if(force_preprocess || !Utils::does_file_exist(base_path+"/"+CONFIG_PATH)){
        auto [path,similarity,use_duplication_finder_by_tool] = read_parameters();
        preprocess(path,similarity,use_duplication_finder_by_tool);
    }
}
 
Preprocessor::Preprocessor(bool force_preprocess, string path, double similarity){
    Config *config = Config::config();
    string base_path = config->getBasePath();
    if(force_preprocess || !Utils::does_file_exist(base_path+"/"+CONFIG_PATH)){
        preprocess(path,similarity,true);
    }
}