/* * Author: Patrick-Christopher Mattulat * Company: Lynar Studios * E-Mail: webmaster@lynarstudios.com * Created: 2023-02-13 * Changed: 2023-02-23 * * */ #include #include #include #include #include #include #include #include #include using ls::std::core::Class; using ls::std::core::ConditionalFunctionExecutor; using ls::std::core::EmptyStringArgumentEvaluator; using ls::std::core::IllegalArgumentException; using ls::std::core::IndexOutOfBoundsEvaluator; using ls::std::core::NullPointerArgumentEvaluator; using ls::std::core::type::byte_field; using ls::std::io::section_pair_identifier; using ls::std::io::section_pair_row_list; using ls::std::io::section_pair_row_list_element; using ls::std::io::SectionPairIdentifierArgumentEvaluator; using ls::std::io::SectionPairMessageFormatter; using ls::std::io::SectionPairSection; using ls::std::io::SerializableSectionPairParameter; using ls::std::io::SerializableSectionPairSection; using std::make_shared; using std::reinterpret_pointer_cast; using std::string; SectionPairSection::SectionPairSection(const section_pair_identifier &_sectionId) : Class("SectionPairSection") { this->_setSectionId(_sectionId); } SectionPairSection::~SectionPairSection() noexcept = default; void SectionPairSection::add(const section_pair_row_list_element &_row) { NullPointerArgumentEvaluator{reinterpret_pointer_cast(_row)}.evaluate(); this->_rowExistenceCheck(_row->getKey()); this->rows.push_back(_row); } void SectionPairSection::clear() { this->rows.clear(); } section_pair_row_list_element SectionPairSection::get(size_t _index) { IndexOutOfBoundsEvaluator{_index, this->rows.size()}.evaluate(); section_pair_row_list_element element{}; size_t index{}; for (const auto &_element : this->rows) { if (index == _index) { element = _element; break; } ++index; } return element; } section_pair_row_list SectionPairSection::getList() { return this->rows; } size_t SectionPairSection::getRowAmount() { return this->rows.size(); } section_pair_identifier SectionPairSection::getSectionId() { return this->sectionId; } byte_field SectionPairSection::marshal() { ConditionalFunctionExecutor{this->serializable == nullptr}.execute([this] { _createSerializable(); }); return this->serializable->marshal(); } void SectionPairSection::reserveNewLine(const string &_reservedNewLine) { this->reservedNewLine = _reservedNewLine; } void SectionPairSection::setSectionId(const section_pair_identifier &_sectionId) { this->_setSectionId(_sectionId); } void SectionPairSection::unmarshal(const byte_field &_data) { ConditionalFunctionExecutor{this->serializable == nullptr}.execute([this] { _createSerializable(); }); this->serializable->unmarshal(_data); } void SectionPairSection::_createSerializable() { SerializableSectionPairParameter parameter{}; parameter.setValue(shared_from_this()); if (!this->reservedNewLine.empty()) { parameter.setNewLine(this->reservedNewLine); } this->serializable = make_shared(parameter); } bool SectionPairSection::_hasRow(const section_pair_identifier &_key) { bool rowExists{}; for (const auto &_row : this->rows) { if (_row->getKey() == _key) { rowExists = true; break; } } return rowExists; } void SectionPairSection::_rowExistenceCheck(const section_pair_identifier &_key) { if (this->_hasRow(_key)) { string message = this->getClassName() + ": row key \"" + _key + "\" already exists in section \"" + this->sectionId + "\"!"; throw IllegalArgumentException{SectionPairMessageFormatter::getFormattedMessage(message)}; } } void SectionPairSection::_setSectionId(const section_pair_identifier &_sectionId) { EmptyStringArgumentEvaluator{_sectionId}.evaluate(); SectionPairIdentifierArgumentEvaluator(_sectionId).evaluate(); this->sectionId = _sectionId; }