big_clone_formater.cpp

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#include "big_clone_formater.hpp"
 
string BigCloneFormater::format_relative_path(string relative_path) {
    for (auto& c : relative_path) {
        if (c == '/') {
            c = ',';
        }
    }
    return relative_path;
}
 
string BigCloneFormater::build_path_formated_string(Path path) {
    string relative_path = path.build_relative_path();
    relative_path = format_relative_path(relative_path);
 
    Function function(path);
    function.load();
    auto [line_declaration, start_line, end_line] = function.get_scope_function_in_file();
 
    string ret;
    ret += relative_path;
    ret += ',' + to_string(line_declaration);
    ret += ',' + to_string(start_line);
    ret += ',' + to_string(end_line);
 
    return ret;
}
auto BigCloneFormater::process_similar_path_pair(Path path1, Path path2, double similarity) {
    auto string_path1 = build_path_formated_string(path1);
    auto string_path2 = build_path_formated_string(path2);
 
    string comparation_string = string_path1 + ',' + string_path2 + ',';
    cout << comparation_string;
    cout << fixed << setprecision(2) << similarity << '\n';
}
 
BigCloneFormater::BigCloneFormater(Similarity_Table* _similarity_table) {
    similarity_table = _similarity_table;
}
 
bool BigCloneFormater::validate([[maybe_unused]] const ParsedOptions& options) {
    return true;
}
 
bool BigCloneFormater::run([[maybe_unused]] const ParsedOptions& options) {
    auto similar_paths = similarity_table->get_all_path_pairs_and_similarity_sorted_by_similarity();
    for (auto [similarity, path1, path2] : similar_paths) {
        process_similar_path_pair(path1, path2, similarity);
    }
 
    return true;
}