Enhance error handling in OxiAPI and Node classes

- Updated the `reload` method in the `OxiAPI` class to catch `HTTPError` exceptions and raise a custom `OxiAPIError` with context. - Improved the `__call__` method in the `Node` class to handle `HTTPError` exceptions similarly, providing context-specific error messages. - Introduced a new class method `from_http_error` in `OxiAPIError` for standardized error message generation based on HTTP status codes.
Add OxiApi create_session method for better view
2026-03-26 20:10:05 +03:00 · 2026-03-26 19:51:51 +03:00 · 2026-03-26 00:39:43 +03:00 · 2026-03-26 00:31:13 +03:00 · 2026-03-18 00:17:14 +03:00 · 2026-03-18 00:01:22 +03:00
25 changed files with 1863 additions and 37 deletions
--- a/201
+++ b/201
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--- a/README.md
+++ b/README.md
@@ -0,0 +1,328 @@
 # oxipy
 Python-клиент для работы с Oxidized API — системой управления конфигурацией сетевых устройств. Предоставляет удобный интерфейс для получения конфигураций узлов, их парсинга и работы с результатами.
 ## Содержание
 - [Установка](#установка)
 - [Быстрый старт](#быстрый-старт)
 - [API Reference](#api-reference)
  - [OxiAPI](#oxiapi)
  - [NodeView](#nodeview)
  - [NodeConfig](#nodeconfig)
  - [ModelView](#modelview)
 - [Поддерживаемые устройства](#поддерживаемые-устройства)
 - [Дополнительно](#дополнительно)
 ---
 ## Установка
 > Пакет распространяется через Gitea Package Registry и исходники репозитория.
 > В PyPI пакет не публикуется.
 **Требования:** Python 3.11+
 ### Из Gitea Package Registry
 Добавьте registry в конфигурацию pip и установите пакет:
 ```bash
 pip install oxipy \
  --index-url https://gitea.imbastark.ru/api/packages/Netbox/pypi/simple/
 ```
 Или пропишите registry постоянно в `pip.conf` / `pip.ini`, чтобы не указывать `--index-url` каждый раз:
 ```ini
 # ~/.config/pip/pip.conf  (Linux/macOS)
 # %APPDATA%\pip\pip.ini   (Windows)
 [global]
 extra-index-url = https://gitea.imbastark.ru/api/packages/Netbox/pypi/simple/
 ```
 После этого достаточно:
 ```bash
 pip install oxipy
 ```
 Если registry требует аутентификации, передайте токен:
 ```bash
 pip install oxipy \
  --index-url https://__token__:<your_token>@gitea.imbastark.ru/api/packages/Netbox/pypi/simple/
 ```
 ### Из репозитория Gitea
 Установка напрямую через pip без клонирования:
 ```bash
 pip install git+https://gitea.imbastark.ru/Netbox/oxipy.git
 ```
 Конкретный тег или ветка:
 ```bash
 pip install git+https://gitea.imbastark.ru/Netbox/oxipy.git@v0.1.0
 pip install git+https://gitea.imbastark.ru/Netbox/oxipy.git@dev
 ```
 Для разработки (editable install):
 ```bash
 git clone https://gitea.imbastark.ru/Netbox/oxipy
 cd oxipy
 pip install -e .
 ```
 ---
 ## Быстрый старт
 ```python
 from oxi import OxiAPI
 api = OxiAPI(url="https://oxi.example.com", verify=False)
 node = api.node("Router_HOME")
 print(node.ip)          
 print(node.model)       
 print(node.full_name)   
 >>> 192.168.1.1
 >>> keenetic
 >>> router/HQ
 print(node.config.system.model)
 print(node.config.interfaces.json())
 print(node.config.vlans.json())
 >>> Sprinter (KN-3710)
 >>> 
 [
    {"name":"Bridge1","ip_address":"192.168.1.1","mask":24,"description":"\"Guest network\""},
    {"name":"Bridge0","ip_address":"172.16.1.1","mask":24,"description":"\"Home network\""}
 ]
 >>> 
 [
    {"vlan_id":1,"name":"Home VLAN"},
    {"vlan_id":2,"name":"Подключение Ethernet"},
    {"vlan_id":3,"name":"Home network"}
 ]
 ```
 ---
 ## API Reference
 ### OxiAPI
 Точка входа. Управляет HTTP-сессией и предоставляет доступ к узлам.
 ```python
 OxiAPI(
    url: str,
    username: str | None = None,
    password: str | None = None,
    verify: bool = True,
 )
 ```
 | Параметр   | Тип    | Описание                                                  |
 | ---------- | ------ | --------------------------------------------------------- |
 | `url`      | `str`  | Базовый URL Oxi API, например `https://oxi.example.com`   |
 | `username` | `str`  | Имя пользователя для базовой аутентификации (опционально) |
 | `password` | `str`  | Пароль для базовой аутентификации (опционально)           |
 | `verify`   | `bool` | Проверять SSL-сертификат. `True` по умолчанию             |
 **Пример:**
 ```python
 # Без аутентификации
 api = OxiAPI(url="https://oxi.example.com")
 # С базовой аутентификацией
 api = OxiAPI(
    url="https://oxi.example.com",
    username="admin",
    password="secret",
 )
 # Использование как контекстного менеджера (автоматически закрывает сессию)
 with OxiAPI(url="https://oxi.example.com") as api:
    node = api.node("HQ")
    print(node.ip)
 >>>  192.168.1.1
 ```
 #### `api.node(name)`
 Возвращает `[NodeView](#nodeview)` для указанного узла.
 ```python
 node = api.node("HQ")
 ```
 ---
 ### NodeView
 Представление узла сети. Содержит метаданные и ленивый доступ к конфигурации.
 | Свойство    | Тип          | Описание                                             |
 | ----------- | ------------ | ---------------------------------------------------- |
 | `ip`        | `str`        | IP-адрес узла                                        |
 | `full_name` | `str`        | Полное имя узла в Oxi                                |
 | `group`     | `str`        | Группа, к которой принадлежит узел                   |
 | `model`     | `str`        | Модель устройства (используется для парсинга)        |
 | `config`    | `NodeConfig` | Конфигурация узла (загружается при первом обращении) |
 **Пример:**
 ```python
 node = api.node("HQ")
 print(node.ip)
 print(node.group)
 print(node.model)
 >>> 192.168.1.1
 >>> branch-office
 >>> keenetic
 ```
 ---
 ### NodeConfig
 Загружает и парсит конфигурацию устройства. Использует TTP-шаблоны, соответствующие модели устройства.
 Доступ к секциям конфигурации осуществляется через свойства, возвращающие `[ModelView](#modelview)`.
 | Свойство     | Возвращает                    | Описание                           |
 | ------------ | ----------------------------- | ---------------------------------- |
 | `system`     | `ModelView[System]`           | Системная информация об устройстве |
 | `interfaces` | `ModelView[list[Interfaces]]` | Список интерфейсов                 |
 | `vlans`      | `ModelView[list[Vlans]]`      | Список VLAN (если есть)            |
 | `text`       | `str`                         | Сырой текст конфигурации           |
 **Пример:**
 ```python
 cfg = node.config
 # Системная информация
 print(cfg.system.model)          
 print(cfg.system.serial_number)  
 print(cfg.system.version)        
 >>> Mikrotik RB951Ui-2nD
 >>> B88C0B31117B
 >>> 7.16.1
 # Итерация по интерфейсам
 for iface in cfg.interfaces:
    print(iface.name, iface.ip_address, iface.mask)
 # Индексация
 first_iface = cfg.interfaces[0]
 print(first_iface.name)
 # Количество интерфейсов
 print(len(cfg.interfaces))
 # JSON-дамп любой секции
 print(cfg.interfaces.json())
 print(cfg.vlans.json())
 print(cfg.system.json())
 # Сырая конфигурация текстом
 print(cfg.text)
 ```
 ---
 ### ModelView
 Обёртка над Pydantic-моделью или списком моделей. Обеспечивает сериализацию, итерацию и прозрачный доступ к атрибутам.
 | Метод / свойство | Применимо к  | Описание                                          |
 | ---------------- | ------------ | ------------------------------------------------- |
 | `.json()`        | оба варианта | Возвращает JSON-строку (с `by_alias=True`)        |
 | `.<attr>`        | оба варианта | Проксирует обращение к атрибутам вложенной модели |
 | `iter(view)`     | список       | Итерация по элементам списка моделей              |
 | `len(view)`      | список       | Количество элементов в списке                     |
 | `view[i]`        | список       | Получение элемента по индексу или срез            |
 > `__iter__`, `__len__` и `__getitem__` доступны только для `interfaces` и `vlans` (они оборачивают список). Вызов этих методов на `system` (одиночная модель) вызовет `TypeError`.
 **Примеры:**
 ```python
 # Одиночная модель — system
 view = node.config.system
 print(view.json())
 >>> '{"model":"RB951Ui-2nD","serial_number":"B88C0B31117B","version":"7.12.1"}'
 print(view.model)          # 'RB951Ui-2nD'
 print(view.serial_number)  # 'B88C0B31117B'
 >>> RB951Ui-2nD
 >>> B88C0B31117B
 # Список — interfaces
 interfaces = node.config.interfaces
 # Итерация
 for iface in interfaces:
    print(iface.name, iface.ip_address)
 # Длина
 print(len(interfaces))   # 5
 # Индексация и срезы
 first = interfaces[0]
 top3 = interfaces[:3]
 # JSON всего списка
 print(interfaces.json())
 ```
 ---
 ## Поддерживаемые устройства
 | Устройство | Ключи реестра                    |
 | ---------- | -------------------------------- |
 | Keenetic   | `ndms`, `keenetic`, `keeneticos` |
 | MikroTik   | `routeros`, `ros`, `mikrotik`    |
 | Qtech      | `qtech`                          |
 | Huawei     | `huawei`, `vrp`                  |
 | Eltex      | `eltex`                          |
 | H3C        | `h3c`                            |
 | Quasar     | `qos`, `quasar`                  |
 Ключи реестра — это значения поля `model`, возвращаемого API для узла. Регистр не учитывается.
 Добавить поддержку нового устройства можно самостоятельно — подробнее в разделе [Расширение моделей](docs/extending-models.md).
 ---
 ## Дополнительно
 - [Написание TTP-шаблонов](docs/templates.md)
 - [Расширение и переопределение моделей устройств](docs/extending-models.md)
--- a/docs/extending-models.md
+++ b/docs/extending-models.md
@@ -0,0 +1,325 @@
 # Расширение и переопределение моделей устройств
 oxipy предоставляет гибкий механизм расширения через наследование от `BaseDevice`. После того как TTP-шаблон разобрал конфигурацию в сырой словарь `self.raw`, данные проходят через три метода экземпляра — `system()`, `interfaces()`, `vlans()` — перед тем как попасть в контракт. Переопределяя эти методы, можно трансформировать, фильтровать и обогащать данные без изменения шаблона или контракта.
 ## Содержание
 - [Архитектура: путь данных](#архитектура-путь-данных)
 - [Регистрация нового устройства](#регистрация-нового-устройства)
 - [Переопределение методов (monkey patching)](#переопределение-методов-monkey-patching)
  - [interfaces()](#interfaces)
  - [vlans()](#vlans)
  - [system()](#system)
 - [Полный пример: новое устройство](#полный-пример-новое-устройство)
 - [Контракт: ожидаемые структуры](#контракт-ожидаемые-структуры)
 ---
 ## Архитектура: путь данных
 ```
 текст конфигурации
        │
        ▼
   TTP-шаблон (.ttp)
        │  парсит в сырой словарь
        ▼
   self.raw: dict
        │
        ├──► system()     → dict
        ├──► interfaces() → list[dict]
        └──► vlans()      → list[dict]
                │
                ▼
        _validate_contract()
                │  создаёт Pydantic-модели
                ▼
           Device(system, interfaces, vlans)
 ```
 Методы `system()`, `interfaces()`, `vlans()` — это точки расширения. Базовая реализация просто возвращает данные из `self.raw`:
 ```python
 # BaseDevice (упрощённо)
 def interfaces(self) -> list[dict]:
    return self.raw.get("interfaces", [])
 def vlans(self) -> list[dict]:
    return self.raw.get("vlans", [])
 def system(self) -> dict:
    return self.raw.get("system", None)
 ```
 ---
 ## Регистрация нового устройства
 Чтобы добавить поддержку нового вендора:
 1. Создайте файл в `oxi/interfaces/models/`, например `cisco.py`.
 2. Создайте шаблон `oxi/interfaces/models/templates/cisco.ttp`.
 3. Унаследуйте класс от `BaseDevice` и зарегистрируйте его декоратором `@register_parser`.
 ```python
 # oxi/interfaces/models/cisco.py
 from oxi.interfaces import register_parser
 from oxi.interfaces.base import BaseDevice
@register_parser(["ios", "cisco", "cisco_ios"])
 class CiscoIOS(BaseDevice):
    template = "cisco.ttp"
 ```
 Декоратор `@register_parser` принимает список строк — это ключи, по которым устройство ищется в реестре. Поле `model` от API сравнивается с этими ключами без учёта регистра.
 После добавления файла он автоматически импортируется через `pkgutil` при старте приложения — явно импортировать не нужно.
 ---
 ## Переопределение методов (monkey patching)
 ### interfaces()
 Используйте переопределение, когда нужно:
 - Преобразовать формат IP-адреса (например, `netmask` → `prefix_length`).
 - Декодировать escape-последовательности в описаниях.
 - Переименовать ключи, не совпадающие с контрактом.
 - Фильтровать служебные интерфейсы.
 **Пример: конвертация маски подсети в префикс**
 TTP возвращает `netmask` как `255.255.255.0`, а контракт `Interfaces` ожидает `mask` как целое число (prefix length):
 ```python
 from ipaddress import ip_interface
 from oxi.interfaces import register_parser
 from oxi.interfaces.base import BaseDevice
@register_parser(["myvendor"])
 class MyVendor(BaseDevice):
    template = "myvendor.ttp"
    def interfaces(self) -> list[dict]:
        result = []
        for item in self.raw.get("interfaces", []):
            if item.get("ip_address") and item.get("netmask"):
                iface = ip_interface(f"{item['ip_address']}/{item['netmask']}")
                item["mask"] = iface.network.prefixlen
                item.pop("netmask", None)
            result.append(item)
        return result
 ```
 **Пример: фильтрация служебных интерфейсов**
 ```python
 def interfaces(self) -> list[dict]:
    return [
        item for item in self.raw.get("interfaces", [])
        if not item.get("name", "").startswith("lo")
    ]
 ```
 **Пример: декодирование Unicode escape-последовательностей**
 Некоторые устройства (например, Keenetic) хранят кириллические описания как `\xd0\xb8\xd0\xbc\xd1\x8f`:
 ```python
 def _decode_utf(self, text: str) -> str:
    if "\\x" in text:
        return (
            text.strip('"')
            .encode("utf-8")
            .decode("unicode_escape")
            .encode("latin1")
            .decode("utf-8")
        )
    return text
 def interfaces(self) -> list[dict]:
    interfaces = self.raw.get("interfaces", [])
    for item in interfaces:
        if item.get("description"):
            item["description"] = self._decode_utf(item["description"])
    return interfaces
 ```
 ---
 ### vlans()
 Аналогично `interfaces()`. Используйте для нормализации ID, декодирования названий, обогащения данными из других секций.
 **Пример: добавление префикса к имени VLAN**
 ```python
 def vlans(self) -> list[dict]:
    result = []
    for item in self.raw.get("vlans", []):
        item["description"] = f"VLAN_{item.get('id', '?')}"
        result.append(item)
    return result
 ```
 **Пример: объединение данных из нескольких секций**
 ```python
 def vlans(self) -> list[dict]:
    vlans = {v["id"]: v for v in self.raw.get("vlans", [])}
    # обогащаем данными из другой секции, если она есть
    for extra in self.raw.get("vlan_details", []):
        vlan_id = extra.get("id")
        if vlan_id in vlans:
            vlans[vlan_id].update(extra)
    return list(vlans.values())
 ```
 ---
 ### system()
 Переопределяйте, если структура системной секции отличается от ожидаемой контрактом, или нужно вычислить поля:
 **Пример: собрать серийный номер из нескольких полей**
 ```python
 def system(self) -> dict:
    raw_system = self.raw.get("system", {})
    # Устройство возвращает серийный номер в двух частях
    part1 = raw_system.get("serial_part1", "")
    part2 = raw_system.get("serial_part2", "")
    raw_system["serial_number"] = f"{part1}-{part2}"
    return raw_system
 ```
 **Пример: нормализация строки версии**
 ```python
 def system(self) -> dict:
    raw_system = self.raw.get("system", {})
    # Убираем лишнее из "7.12.1 (stable)" → "7.12.1"
    version = raw_system.get("version", "")
    raw_system["version"] = version.split()[0] if version else version
    return raw_system
 ```
 ---
 ## Полный пример: новое устройство
 Допустим, нужно добавить поддержку Cisco IOS, где:
 - IP-адрес и маска разделены пробелом в конфигурации (`ip address 10.0.0.1 255.255.255.0`).
 - Описание интерфейса может содержать несколько слов.
 - Серийный номер разделён дефисом в двух строках.
 **Шаблон** (`oxi/interfaces/models/templates/cisco.ttp`):
 ```xml
 <vars>
 default_system = {
    "model": "",
    "serial_number": "",
    "version": ""
 }
 </vars>
 <group name="system" default="default_system">
 Cisco IOS Software, {{ ignore }} Version {{ version }},{{ ignore('.*') }}
 Model Number         : {{ model }}
 System serial number : {{ serial_number }}
 </group>
 <group name="interfaces">
 interface {{ interface | _start_ }}
 description {{ description | ORPHRASE }}
 ip address {{ ip_address }} {{ netmask }}
 </group>
 <group name="vlans">
 vlan {{ id | _start_ }}
 name {{ description }}
 </group>
 ```
 **Класс устройства** (`oxi/interfaces/models/cisco.py`):
 ```python
 from ipaddress import ip_interface
 from oxi.interfaces import register_parser
 from oxi.interfaces.base import BaseDevice
@register_parser(["ios", "cisco", "cisco_ios"])
 class CiscoIOS(BaseDevice):
    template = "cisco.ttp"
    def interfaces(self) -> list[dict]:
        result = []
        for item in self.raw.get("interfaces", []):
            # Конвертируем маску подсети в длину префикса
            if item.get("ip_address") and item.get("netmask"):
                iface = ip_interface(f"{item['ip_address']}/{item['netmask']}")
                item["mask"] = iface.network.prefixlen
                item.pop("netmask", None)
            # Фильтруем интерфейсы управления
            if item.get("interface", "").startswith("Mgmt"):
                continue
            result.append(item)
        return result
    def system(self) -> dict:
        raw_system = self.raw.get("system", {})
        # Нормализуем версию: "15.2(4)M3" → оставляем как есть
        # Убираем лишние пробелы в модели
        if raw_system.get("model"):
            raw_system["model"] = raw_system["model"].strip()
        return raw_system
 ```
 ---
 ## Контракт: ожидаемые структуры
 Методы должны возвращать данные в следующем формате. Контракт жёстко проверяется Pydantic.
 ### `system()` → `dict`
 ```python
 {
    "model": "RB951Ui-2nD",       # str, обязательно
    "serial_number": "B88C0B31117B",  # str, обязательно
    "version": "7.12.1",          # str, обязательно
 }
 ```
 ### `interfaces()` → `list[dict]`
 ```python
 [
    {
        "interface": "ether1",          # str, обязательно (alias для поля name)
        "ip_address": "192.168.1.1",    # str | None
        "mask": 24,                     # int | None (длина префикса)
        "description": "LAN",          # str | None
    },
    ...
 ]
 ```
 ### `vlans()` → `list[dict]`
 ```python
 [
    {
        "id": 10,                       # int, обязательно (alias для поля vlan_id)
        "description": "MGMT",         # str | None (alias для поля name)
    },
    ...
 ]
 ```
 > Если имя ключа в словаре совпадает с **alias** поля Pydantic-модели, а не с именем атрибута — используйте alias. Модели сконфигурированы с `populate_by_name=True`, поэтому принимаются оба варианта.
--- a/docs/templates.md
+++ b/docs/templates.md
@@ -0,0 +1,306 @@
 # Написание TTP-шаблонов
 oxipy использует библиотеку [TTP (Template Text Parser)](https://ttp.readthedocs.io/) для парсинга конфигураций сетевых устройств в структурированные данные. Шаблоны хранятся в директории `oxi/interfaces/models/templates/`.
 ## Содержание
 - [Структура шаблона](#структура-шаблона)
 - [Обязательные группы](#обязательные-группы)
 - [Секция system](#секция-system)
 - [Секция interfaces](#секция-interfaces)
 - [Секция vlans](#секция-vlans)
 - [TTP: основные возможности](#ttp-основные-возможности)
 - [Переменные по умолчанию](#переменные-по-умолчанию)
 - [Практические примеры](#практические-примеры)
 - [Валидация шаблона](#валидация-шаблона)
 ---
 ## Структура шаблона
 Каждый шаблон — это `.ttp`-файл, состоящий из следующих блоков:
 ```xml
 <doc>
    Описание шаблона (опционально)
 </doc>
 <vars>
    <!-- Переменные по умолчанию для групп -->
 </vars>
 <group name="system">
    <!-- Правила для системной информации -->
 </group>
 <group name="interfaces">
    <!-- Правила для интерфейсов -->
 </group>
 <group name="vlans">
    <!-- Правила для VLAN (опционально) -->
 </group>
 ```
 Файл-заготовка находится в `oxi/interfaces/models/templates/_template.ttp`.
 ---
 ## Обязательные группы
 Фреймворк требует наличия в шаблоне **двух обязательных групп**:
 | Группа       | Обязательна | Описание                      |
 |--------------|-------------|-------------------------------|
 | `system`     | Да          | Системная информация          |
 | `interfaces` | Да          | Конфигурация интерфейсов      |
 | `vlans`      | Нет         | Конфигурация VLAN             |
 Если обязательная группа отсутствует в шаблоне или TTP не вернул её данные, будет выброшено `ValueError`.
 ---
 ## Секция system
 Должна возвращать словарь со следующими полями:
 | Поле            | Тип  | Обязательное | Описание            |
 |-----------------|------|--------------|---------------------|
 | `model`         | str  | Да           | Модель устройства   |
 | `serial_number` | str  | Да           | Серийный номер      |
 | `version`       | str  | Да           | Версия прошивки     |
 **Пример (MikroTik):**
 Конфигурация:
 ```
 # version: 7.12.1 (stable)
 # model = RB951Ui-2nD
 # serial number = B88C0B31117B
 ```
 Шаблон:
 ```
 <group name="system">
 # version: {{ version }}{{ ignore('.*') }}
 # model = {{ model }}
 # serial number = {{ serial_number }}
 </group>
 ```
 **Пример (Keenetic):**
 Конфигурация:
 ```
 ! release: 4.1.7.1-1
 ! model: Keenetic Extra
 ! hw_version: F02B4E7A1C90
 ```
 Шаблон:
 ```
 <group name="system">
 ! release: {{ version }}
 ! model: {{ model | ORPHRASE }}
 ! hw_version: {{ serial_number }}
 </group>
 ```
 ---
 ## Секция interfaces
 Должна возвращать список словарей. Каждый словарь описывает один интерфейс.
 Поля, которые ожидает контракт `Interfaces`:
 | Поле          | TTP-имя / alias | Тип              | Обязательное |
 |---------------|-----------------|------------------|--------------|
 | `name`        | `interface`     | str              | Да           |
 | `ip_address`  | `ip_address`    | IPv4Address      | Нет          |
 | `mask`        | `mask`          | int (prefix len) | Нет          |
 | `description` | `description`   | str              | Нет          |
 > **Важно:** поле `name` в Pydantic-модели имеет алиас `interface`, поэтому в шаблоне переменную нужно называть именно `interface` **или** переопределить метод `interfaces()` в классе модели (см. [Расширение моделей](extending-models.md)).
 **Пример (MikroTik):**
 Конфигурация:
 ```
 /ip address
 add address=192.168.1.1/24 interface=ether1 network=192.168.1.0
 add address=10.0.0.1/30 comment="WAN link" interface=ether2 network=10.0.0.0
 ```
 Шаблон:
 ```
 <group name="interfaces">
 /ip address
 add address={{ ip_address | _start_ }}/{{ mask }} interface={{ interface }} network={{ network }}
 add address={{ ip_address | _start_ }}/{{ mask }} comment={{ description | ORPHRASE | strip('"') }} interface={{ interface }} network={{ network }}
 </group>
 ```
 **Пример (Keenetic):**
 Конфигурация:
 ```
 interface GigabitEthernet0/0
    description "WAN"
    ip address 10.0.0.2 255.255.255.252
 interface GigabitEthernet0/1
    ip address 192.168.1.1 255.255.255.0
 ```
 Шаблон:
 ```
 <group name="interfaces">
 interface {{ name | _start_ | exclude("Vlan") }}
    description {{ description | ORPHRASE }}
    ip address {{ ip_address }} {{ netmask }}
 </group>
 ```
 Здесь переменная называется `name`, а не `interface` — это покрывается переопределением метода `interfaces()` в классе `Keenetic`.
 ---
 ## Секция vlans
 Необязательная группа. Если объявлена в шаблоне, фреймворк ожидает её наличия в результате TTP.
 Поля контракта `Vlans`:
 | Поле      | TTP-имя / alias | Тип  | Обязательное |
 |-----------|-----------------|------|--------------|
 | `vlan_id` | `id`            | int  | Да           |
 | `name`    | `description`   | str  | Нет          |
 > `vlan_id` имеет алиас `id`, поэтому в шаблоне переменная должна называться `id` либо переименовываться в методе `vlans()`.
 **Пример (Keenetic):**
 Конфигурация:
 ```
 interface Bridge0/Vlan10
    description "MGMT"
 interface Bridge0/Vlan20
    description "SERVERS"
 ```
 Шаблон:
 ```
 <group name="vlans">
 interface {{ ignore }}/Vlan{{ id }}
    description {{ description | ORPHRASE | strip('"') }}
 </group>
 ```
 ---
 ## TTP: основные возможности
 ### Маркеры строк
 | Маркер      | Описание                                                      |
 |-------------|---------------------------------------------------------------|
 | `_start_`   | Строка с этой переменной считается началом нового совпадения  |
 | `_end_`     | Строка с этой переменной завершает совпадение группы          |
 ```
 add address={{ ip_address | _start_ }}/{{ mask }} interface={{ name }}
 ```
 ### Модификаторы переменных
 | Модификатор            | Описание                                                  |
 |------------------------|-----------------------------------------------------------|
 | `ORPHRASE`             | Захватывает одно слово или фразу (до конца строки)        |
 | `exclude("pattern")`   | Пропускает строку, если захваченное значение содержит паттерн |
 | `strip('"')`           | Удаляет символ из начала и конца захваченного значения    |
 | `replace("old","new")` | Заменяет подстроку в захваченном значении                 |
 | `re("pattern")`        | Принимает значение, только если оно соответствует regex   |
 | `ignore`               | Захватывает, но игнорирует значение (не включает в результат) |
 | `ignore('.*')`         | Игнорирует всё до конца строки                            |
 ### Комментарии в шаблоне
 Строки, начинающиеся с `##`, — это комментарии TTP и не влияют на парсинг:
 ```
 ## disabled no comment
 add address={{ ip_address | _start_ }}/{{ mask }} interface={{ name }}
 ```
 ---
 ## Переменные по умолчанию
 Блок `<vars>` позволяет задавать значения по умолчанию для группы через атрибут `default`:
 ```xml
 <vars>
 default_system = {
    "model": "",
    "serial_number": ""
 }
 </vars>
 <group name="system" default="default_system">
 # version: {{ version }}
 # model = {{ model }}
 # serial number = {{ serial_number }}
 </group>
 ```
 Если шаблон не нашёл совпадений для группы, будет возвращён словарь из `default_system`.
 ---
 ## Практические примеры
 ### Полный шаблон для нового устройства (пример: Cisco IOS)
 ```xml
 <doc>
    Шаблон для парсинга Cisco IOS running-config
 </doc>
 <vars>
 default_system = {
    "model": "",
    "serial_number": "",
    "version": ""
 }
 </vars>
 <group name="system" default="default_system">
 Cisco IOS Software, {{ ignore }} Version {{ version }},{{ ignore('.*') }}
 Model Number         : {{ model }}
 System serial number : {{ serial_number }}
 </group>
 <group name="interfaces">
 interface {{ interface | _start_ }}
 description {{ description | ORPHRASE }}
 ip address {{ ip_address }} {{ netmask }}
 shutdown {{ shutdown | set("True") }}
 </group>
 <group name="vlans">
 vlan {{ id | _start_ }}
 name {{ description }}
 </group>
 ```
 ---
 ## Валидация шаблона
 Фреймворк автоматически выполняет два уровня проверки:
 1. **Валидация структуры шаблона** — при создании объекта устройства парсятся XML-теги `<group>` и проверяется наличие обязательных секций (`system`, `interfaces`).
 2. **Валидация результата парсинга** — после запуска TTP проверяется, что обязательные группы действительно присутствуют в результате (т.е. конфигурация содержала соответствующие строки).
 При нарушении любого условия выбрасывается `ValueError` с подробным описанием проблемы.
--- a/oxi/adapter.py
+++ b/oxi/adapter.py
@@ -0,0 +1,21 @@
 from typing import Optional
 from requests.adapters import HTTPAdapter
 from urllib3.util import Retry
 class OxiAdapter(HTTPAdapter):
    def __init__(
        self,
        timeout: Optional[int] = None,
        max_retries: int = 3,
        *args,
        **kwargs,
    ):
        self.timeout = timeout
        retry = Retry(total=max_retries, backoff_factor=0.3)
        super().__init__(*args, max_retries=retry, **kwargs)
    def send(self, request, **kwargs):
        if kwargs.get("timeout") is None:
            kwargs["timeout"] = self.timeout
        return super().send(request, **kwargs)
--- a/oxi/conf.py
+++ b/oxi/conf.py
@@ -16,7 +16,7 @@ class ModelView(Generic[TModel]):
    def __init__(self, model: TModel | list[TModel]):
        self._model = model
-    def json(self) -> str:
+    def dump_json(self) -> str:
        if isinstance(self._model, list):
            return json.dumps(
                [item.model_dump(by_alias=True) for item in self._model],
@@ -24,6 +24,11 @@ class ModelView(Generic[TModel]):
            )
        return self._model.model_dump_json(by_alias=True)
    def dump(self) -> dict | list:
        if isinstance(self._model, list):
            return [item.model_dump(by_alias=True) for item in self._model]
        return self._model.model_dump(by_alias=True)
    def __iter__(self) -> Iterator[TModel]:
        if isinstance(self._model, list):
            return iter(self._model)
@@ -67,8 +72,11 @@ class NodeConfig:
    def text(self):
        return self._response.text
-    def json(self):
+    def dump_json(self):
-        return self._parsed_data.model_dump_json()
+        return self._parsed_data.model_dump_json(by_alias=True)
    def dump(self):
        return self._parsed_data.model_dump(by_alias=True)
    def __str__(self):
        return self.text
--- a/oxi/core.py
+++ b/oxi/core.py
@@ -1,5 +1,8 @@
 from typing import Optional
-from requests import Session
+from requests import HTTPError, Session
 from oxi.adapter import OxiAdapter
 from oxi.exception import OxiAPIError
 from .node import Node
@@ -12,12 +15,24 @@ class OxiAPI:
        verify: bool = True,
    ):
        self.base_url = url.rstrip("/")
-        self._session = Session()
+        self._session = self.__create_session(username, password, verify)
        self._session.verify = verify
        if username and password:
            self._session.auth = (username, password)
        self.node = Node(self._session, self.base_url)
    def __create_session(
        self,
        username: Optional[str] = None,
        password: Optional[str] = None,
        verify: bool = True,
    ) -> Session:
        session = Session()
        adapter = OxiAdapter(timeout=10, max_retries=3)
        session.mount("https://", adapter)
        session.mount("http://", adapter)
        session.verify = verify
        if username and password:
            session.auth = (username, password)
        return session
    def __enter__(self):
        return self
@@ -26,3 +41,11 @@ class OxiAPI:
    def close(self):
        return self._session.close()
    def reload(self):
        try:
            reload_response = self._session.get(f"{self.base_url}/reload")
            reload_response.raise_for_status()
        except HTTPError as e:
            raise OxiAPIError.from_http_error(e, context="Reload Oxidized") from e
        return reload_response.status_code
--- a/oxi/exception.py
+++ b/oxi/exception.py
@@ -0,0 +1,34 @@
 from typing import TYPE_CHECKING, Optional
 if TYPE_CHECKING:
    from requests import HTTPError
 _STATUS_MESSAGES: dict[int, str] = {
    401: "Unauthorized",
    403: "Forbidden",
    500: "Internal Server Error",
    502: "Bad Gateway",
    503: "Service Unavailable",
    504: "Gateway Timeout",
 }
 class OxiAPIError(Exception):
    def __init__(self, message: str, status_code: Optional[int] = None):
        super().__init__(message)
        self.status_code = status_code
    def __str__(self):
        if self.status_code is not None:
            return f"OxiAPIError: {self.args[0]} (HTTP {self.status_code})"
        return f"OxiAPIError: {self.args[0]}"
    @classmethod
    def from_http_error(cls, e: "HTTPError", context: str = "") -> "OxiAPIError":
        status = e.response.status_code
        if status == 404:
            message = f"{context} not found" if context else "Not found"
        else:
            base = _STATUS_MESSAGES.get(status) or e.response.reason or f"HTTP {status}"
            message = f"{context}: {base}" if context else base
        return cls(message, status)
--- a/oxi/interfaces/init.py
+++ b/oxi/interfaces/init.py
@@ -6,7 +6,7 @@ device_registry = {}
 def register_parser(
-    name: list[str],
+    name: list[str] | str,
 ) -> Callable[[Type[BaseDevice]], Type[BaseDevice]]:
    def wrapper(cls):
        name_list = []
@@ -23,4 +23,4 @@ def register_parser(
 from . import models  # noqa: E402, F401
-__all__ = ["register_parser", "device_registry"]
+__all__ = ["register_parser", "device_registry", "BaseDevice"]
--- a/oxi/interfaces/contract.py
+++ b/oxi/interfaces/contract.py
@@ -8,7 +8,7 @@ class Base(BaseModel):
 class System(BaseModel):
    """
-    Requred
+    Required
    """
    model: str
@@ -18,7 +18,7 @@ class System(BaseModel):
 class Interfaces(Base):
    """
-    Requred
+    Required
    """
    name: str = Field(alias="interface")
@@ -32,7 +32,7 @@ class Vlans(Base):
    Optional
    """
-    vlan_id: int = Field(alias="id")
+    vlan_id: int
    name: str | None = Field(default=None, alias="description")
--- a/oxi/interfaces/models/eltex.py
+++ b/oxi/interfaces/models/eltex.py
@@ -0,0 +1,43 @@
 from oxi.interfaces import register_parser
 from oxi.interfaces.base import BaseDevice
@register_parser("eltex")
 class Eltex(BaseDevice):
    template = "eltex.ttp"
    def system(self) -> dict:
        system = self.raw["system"]
        serial_num = self.raw["serial"]
        if serial_num:
            if len(serial_num) > 1:
                serial_num = serial_num[0]
            system["serial_number"] = serial_num.get("serial_number")
        return system
    def vlans(self) -> list[dict]:
        vlans_ttp = self.raw.get("vlans", [])
        vlans = []
        named_vlan = set()
        for item in vlans_ttp:
            if item.get("vlan_id"):
                named_vlan.add(item.get("vlan_id"))
                vlans.append(item)
            else:
                ids = item.get("vlan_ids", "")
                tail = item.get("vlan_tail")
                if tail:
                    ids = f"{ids},{tail}"
                for vid in ids:
                    vid = vid.strip()
                    if vid in named_vlan:
                        continue
                    vlans.append({"vlan_id": vid})
        return vlans
 if __name__ == "__main__":
    with open("./test6.txt") as file:
        data = file.read()
    eltex = Eltex(data)
    print(eltex.parse())
--- a/oxi/interfaces/models/h3c.py
+++ b/oxi/interfaces/models/h3c.py
@@ -0,0 +1,22 @@
 from oxi.interfaces import BaseDevice, register_parser
@register_parser("h3c")
 class H3C(BaseDevice):
    template = "h3c.ttp"
    def vlans(self) -> list[dict]:
        vlan_list = self.raw["vlans"]
        vlans = []
        for item in vlan_list:
            if item.get("vlans_id"):
                vlans.extend([{'vlan_id': vln }for vln in item.get("vlans_id")])
            else:
                vlans.append(item)
        return vlans
 if __name__ == "__main__":
    with open("./test5.txt") as file:
        data = file.read()
    h3c = H3C(data)
    print(h3c.parse())
--- a/oxi/interfaces/models/huawei.py
+++ b/oxi/interfaces/models/huawei.py
@@ -0,0 +1,18 @@
 from oxi.interfaces import register_parser
 from oxi.interfaces.base import BaseDevice
@register_parser(["vrp", "huawei"])
 class Huawei(BaseDevice):
    template = "huawei.ttp"
    def vlans(self):
        vlan_ids = self.raw["vlans"].get("vlan_ids")
        return [{"vlan_id": vlan} for vlan in vlan_ids]
 if __name__ == "__main__":
    with open("./test4.txt") as file:
        data = file.read()
    huawei = Huawei(data)
    print(huawei.parse())
--- a/oxi/interfaces/models/qtech.py
+++ b/oxi/interfaces/models/qtech.py
@@ -1,3 +1,4 @@
 import os
 from oxi.interfaces import register_parser
 from oxi.interfaces.base import BaseDevice
@@ -5,3 +6,36 @@ from oxi.interfaces.base import BaseDevice
@register_parser(["QTECH"])
 class Qtech(BaseDevice):
    template = "qtech.ttp"
    def system(self) -> dict:
        system = self.raw["system"]
        return system
    def vlans(self) -> list[dict]:
        vlans_ttp = self.raw["vlans"]
        vlans = []
        named_vlan = set()
        for item in vlans_ttp:
            if item.get("vlan_id"):
                named_vlan.add(item.get("vlan_id"))
                vlans.append(item)
            else:
                ids = item.get("vlan_ids", "")
                tail = item.get("vlan_tail")
                if tail:
                    ids = f"{ids},{tail}"
                for vid in ids.split(","):
                    vid = vid.strip()
                    if vid in named_vlan:
                        continue
                    vlans.append({"vlan_id": vid})
        return vlans
 if __name__ == "__main__":
    print(os.path.abspath(os.curdir))
    with open("./test3.txt") as file:
        data = file.read()
    qtech = Qtech(data)
    qt = qtech.parse()
    print(qt)
--- a/oxi/interfaces/models/quasar.py
+++ b/oxi/interfaces/models/quasar.py
@@ -0,0 +1,36 @@
 from oxi.interfaces import BaseDevice, register_parser
@register_parser(["quasar", "qos"])
 class Quasar(BaseDevice):
    template = "quasar.ttp"
    def interfaces(self) -> list[dict]:
        ether_interfaces: dict = self.raw["interfaces"]
        interfaces: list[dict] = []
        bulk_interfaces: dict = self.raw["bulkinterfaces"]
        for key, value in bulk_interfaces.items():
            interfaces.append(
                {
                    "interface": key,
                    "description": value.get("description"),
                    "ip_address": value.get("ip_address"),
                    "mask": value.get("mask"),
                }
            )
        interfaces.append(ether_interfaces)
        return interfaces
 if __name__ == "__main__":
    with open("./test7.txt") as file:
        data = file.read()
    quasar = Quasar(data)
    qt = quasar.parse()
    print(qt)
    print()
    with open("./test8.txt") as file:
        data = file.read()
    quasar = Quasar(data)
    qt = quasar.parse()
    print(qt)
--- a/oxi/interfaces/models/templates/_template.ttp
+++ b/oxi/interfaces/models/templates/_template.ttp
@@ -1,9 +1,51 @@
 <doc>
 Базовый шаблон для нового устройства. Скопируйте этот файл, переименуйте
 в &lt;vendor&gt;.ttp и заполните группы под формат конфигурации вашего устройства.
 Обязательные группы: system, interfaces.
 Опциональная группа: vlans — добавляйте только если устройство поддерживает VLAN.
 --- Группа system ---
 Должна возвращать одиночный словарь с полями:
  model         (str)  — модель устройства
  serial_number (str)  — серийный номер
  version       (str)  — версия прошивки
 --- Группа interfaces ---
 Должна возвращать список словарей. Каждый элемент:
  interface     (str)           — имя интерфейса (alias поля name)
  ip_address    (str|None)      — IPv4-адрес
  mask          (int|None)      — длина префикса (напр. 24)
  description   (str|None)      — описание интерфейса
  Если устройство возвращает маску в виде 255.255.255.0, конвертируйте
  её в prefix length в методе interfaces() класса устройства.
 --- Группа vlans ---
 Должна возвращать список словарей. Каждый элемент:
  id            (int)      — номер VLAN (alias поля vlan_id)
  description   (str|None) — название VLAN (alias поля name)
 --- Полезные модификаторы TTP ---
  {{ field | ORPHRASE }}              — одно слово или фраза до конца строки
  {{ field | _start_ }}               — начало новой записи группы
  {{ field | strip('"') }}            — убрать кавычки
  {{ field | replace("yes","True") }} — замена подстроки
  {{ field | exclude("pattern") }}    — пропустить строку при совпадении
  {{ ignore }}                        — захватить и выбросить значение
  {{ ignore('.*') }}                  — выбросить всё до конца строки
 Подробнее: docs/templates.md
 </doc>
 <vars>
 default_system = {
    "model": "",
    "serial_number": "",
    "version": ""
 }
 </vars>
-<group name="system">
+<group name="system" default="default_system">
    ...
 </group>
--- a/oxi/interfaces/models/templates/eltex.ttp
+++ b/oxi/interfaces/models/templates/eltex.ttp
@@ -0,0 +1,68 @@
 <doc>
 Базовый шаблон для нового устройства. Скопируйте этот файл, переименуйте
 в &lt;vendor&gt;.ttp и заполните группы под формат конфигурации вашего устройства.
 Обязательные группы: system, interfaces.
 Опциональная группа: vlans — добавляйте только если устройство поддерживает VLAN.
 --- Группа system ---
 Должна возвращать одиночный словарь с полями:
  model         (str)  — модель устройства
  serial_number (str)  — серийный номер
  version       (str)  — версия прошивки
 --- Группа interfaces ---
 Должна возвращать список словарей. Каждый элемент:
  interface     (str)           — имя интерфейса (alias поля name)
  ip_address    (str|None)      — IPv4-адрес
  mask          (int|None)      — длина префикса (напр. 24)
  description   (str|None)      — описание интерфейса
  Если устройство возвращает маску в виде 255.255.255.0, конвертируйте
  её в prefix length в методе interfaces() класса устройства.
 --- Группа vlans ---
 Должна возвращать список словарей. Каждый элемент:
  id            (int)      — номер VLAN (alias поля vlan_id)
  description   (str|None) — название VLAN (alias поля name)
 --- Полезные модификаторы TTP ---
  {{ field | ORPHRASE }}              — одно слово или фраза до конца строки
  {{ field | _start_ }}               — начало новой записи группы
  {{ field | strip('"') }}            — убрать кавычки
  {{ field | replace("yes","True") }} — замена подстроки
  {{ field | exclude("pattern") }}    — пропустить строку при совпадении
  {{ ignore }}                        — захватить и выбросить значение
  {{ ignore('.*') }}                  — выбросить всё до конца строки
 Подробнее: docs/templates.md
 </doc>
 <vars>
 default_system = {
    "model": "",
    "serial_number": "",
    "version": ""
 }
 </vars>
 <group name="system" default="default_system">
 Active-image: {{ ignore }} {{ _start_ }}
 ! Version: {{ version }}
 </group>
 <group name="serial" method="table">
 ! Unit MAC address Hardware version Serial number
 !  {{ unit | exclude("-") }} {{ mac_address }} {{ hardware_version }} {{ serial_number }}
 </group>
 <group name="interfaces">
 interface {{ interface | ORPHRASE }}
 ip address {{ ip_address }} {{ mask | to_cidr }}
 </group>
 <group name="vlans">
 interface vlan {{ vlan_id | _start_ }}
 name {{ name  }}
 vlan {{ _db_ | _start_ }}
 vlan {{ vlan_ids | joinmatches(',') | unrange("-", ",") | split(",")}}
 </group>
--- a/oxi/interfaces/models/templates/h3c.ttp
+++ b/oxi/interfaces/models/templates/h3c.ttp
@@ -0,0 +1,66 @@
 <doc>
 Базовый шаблон для нового устройства. Скопируйте этот файл, переименуйте
 в &lt;vendor&gt;.ttp и заполните группы под формат конфигурации вашего устройства.
 Обязательные группы: system, interfaces.
 Опциональная группа: vlans — добавляйте только если устройство поддерживает VLAN.
 --- Группа system ---
 Должна возвращать одиночный словарь с полями:
  model         (str)  — модель устройства
  serial_number (str)  — серийный номер
  version       (str)  — версия прошивки
 --- Группа interfaces ---
 Должна возвращать список словарей. Каждый элемент:
  interface     (str)           — имя интерфейса (alias поля name)
  ip_address    (str|None)      — IPv4-адрес
  mask          (int|None)      — длина префикса (напр. 24)
  description   (str|None)      — описание интерфейса
  Если устройство возвращает маску в виде 255.255.255.0, конвертируйте
  её в prefix length в методе interfaces() класса устройства.
 --- Группа vlans ---
 Должна возвращать список словарей. Каждый элемент:
  id            (int)      — номер VLAN (alias поля vlan_id)
  description   (str|None) — название VLAN (alias поля name)
 --- Полезные модификаторы TTP ---
  {{ field | ORPHRASE }}              — одно слово или фраза до конца строки
  {{ field | _start_ }}               — начало новой записи группы
  {{ field | strip('"') }}            — убрать кавычки
  {{ field | replace("yes","True") }} — замена подстроки
  {{ field | exclude("pattern") }}    — пропустить строку при совпадении
  {{ ignore }}                        — захватить и выбросить значение
  {{ ignore('.*') }}                  — выбросить всё до конца строки
 Подробнее: docs/templates.md
 </doc>
 <vars>
 default_system = {
    "model": "",
    "serial_number": "",
    "version": ""
 }
 </vars>
 <group name="system" default="default_system">
 # Boot image version: {{ version }}, Release {{ release }}
 # {{ mpu }} Slot {{ slot }}:
 # BOARD TYPE: {{ model }}
 </group>
 <group name="interfaces">
 interface {{ interface }}
 ip address {{ ip_address }} {{ mask | to_cidr }}
 </group>
 <group name="vlans">
 vlan {{ vlan_id }}
 name {{ name }}
 description {{ description }}
 </group>
 <group name="vlans">
 vlan {{ vlans_id | ORPHRASE | contains(" to ") | unrange(" to ", ",") | split(",") }}
 </group>
--- a/oxi/interfaces/models/templates/huawei.ttp
+++ b/oxi/interfaces/models/templates/huawei.ttp
@@ -0,0 +1,58 @@
 <doc>
 Базовый шаблон для нового устройства. Скопируйте этот файл, переименуйте
 в &lt;vendor&gt;.ttp и заполните группы под формат конфигурации вашего устройства.
 Обязательные группы: system, interfaces.
 Опциональная группа: vlans — добавляйте только если устройство поддерживает VLAN.
 --- Группа system ---
 Должна возвращать одиночный словарь с полями:
  model         (str)  — модель устройства
  serial_number (str)  — серийный номер
  version       (str)  — версия прошивки
 --- Группа interfaces ---
 Должна возвращать список словарей. Каждый элемент:
  interface     (str)           — имя интерфейса (alias поля name)
  ip_address    (str|None)      — IPv4-адрес
  mask          (int|None)      — длина префикса (напр. 24)
  description   (str|None)      — описание интерфейса
  Если устройство возвращает маску в виде 255.255.255.0, конвертируйте
  её в prefix length в методе interfaces() класса устройства.
 --- Группа vlans ---
 Должна возвращать список словарей. Каждый элемент:
  id            (int)      — номер VLAN (alias поля vlan_id)
  description   (str|None) — название VLAN (alias поля name)
 --- Полезные модификаторы TTP ---
  {{ field | ORPHRASE }}              — одно слово или фраза до конца строки
  {{ field | _start_ }}               — начало новой записи группы
  {{ field | strip('"') }}            — убрать кавычки
  {{ field | replace("yes","True") }} — замена подстроки
  {{ field | exclude("pattern") }}    — пропустить строку при совпадении
  {{ ignore }}                        — захватить и выбросить значение
  {{ ignore('.*') }}                  — выбросить всё до конца строки
 Подробнее: docs/templates.md
 </doc>
 <vars>
 default_system = {
    "model": "",
    "serial_number": "",
    "version": ""
 }
 </vars>
 <group name="system" default="default_system">
 # VRP (R) software, Version {{ version }} ({{ model }} {{ serial_number }})
 </group>
 <group name="interfaces">
 interface {{ interface }}
 description {{ description }}
 ip address {{ ip_address }} {{ mask | to_cidr }}
 </group>
 <group name="vlans">
 vlan batch {{ vlan_ids | ORPHRASE | unrange(" to ", " ") | split(" ")}}
 </group>
--- a/oxi/interfaces/models/templates/qtech.ttp
+++ b/oxi/interfaces/models/templates/qtech.ttp
@@ -3,22 +3,30 @@
 <vars>
 default_system = {
    "model": "",
-    "serial_number": ""
+    "serial_number": "",
    "version": ""
 }
 </vars>
-<group name="system">
+<group name="system" default="default_system">
-! {{ model }} Series Software, Version {{ bootrom_ver }} Build {{ version }}, {{ ignore }}
+! {{ model | ORPHRASE | _start_ }} Series Software, Version {{ ignore }} Build {{ version | strip(",") }}{{ ignore('.*') }}
-! Serial num:{{ serial_number }}, {{ ignore }}
+! Serial num:{{ serial_number | strip(",") }}{{ ignore('.*') }}
 ! System description : {{ description | PHRASE | _start_ }}({{ model }}) By {{ vendor }}
 ! System description : {{ description | PHRASE | _start_ }}({{ model }})
 ! System software version : {{ description | PHRASE }}, Release({{ version }})
 ! System serial number : {{ serial_number }}
 </group>
 <group name="interfaces">
-interface {{ interface }}
+interface {{ interface | ORPHRASE }}
-    description {{ description | ORPHRASE }}
+ description {{ description | ORPHRASE }}
-    ip address {{ ip_address }} {{ netmask }}
+ ip address {{ ip_address }} {{ mask | to_cidr }}
 </group>
 <group name="vlans">
-vlan {{ vlan_id }}
+vlan {{ vlan_ids | contains(",", "-") | unrange("-", ",") }}
-    name {{ name }}
+,{{ vlan_tail | unrange("-", ",") }}
 vlan {{ vlan_id | _start_ }}
 name {{ name | ORPHRASE }}
 </group>
--- a/oxi/interfaces/models/templates/quasar.ttp
+++ b/oxi/interfaces/models/templates/quasar.ttp
@@ -0,0 +1,66 @@
 <doc>
 Базовый шаблон для нового устройства. Скопируйте этот файл, переименуйте
 в &lt;vendor&gt;.ttp и заполните группы под формат конфигурации вашего устройства.
 Обязательные группы: system, interfaces.
 Опциональная группа: vlans — добавляйте только если устройство поддерживает VLAN.
 --- Группа system ---
 Должна возвращать одиночный словарь с полями:
  model         (str)  — модель устройства
  serial_number (str)  — серийный номер
  version       (str)  — версия прошивки
 --- Группа interfaces ---
 Должна возвращать список словарей. Каждый элемент:
  interface     (str)           — имя интерфейса (alias поля name)
  ip_address    (str|None)      — IPv4-адрес
  mask          (int|None)      — длина префикса (напр. 24)
  description   (str|None)      — описание интерфейса
  Если устройство возвращает маску в виде 255.255.255.0, конвертируйте
  её в prefix length в методе interfaces() класса устройства.
 --- Группа vlans ---
 Должна возвращать список словарей. Каждый элемент:
  id            (int)      — номер VLAN (alias поля vlan_id)
  description   (str|None) — название VLAN (alias поля name)
 --- Полезные модификаторы TTP ---
  {{ field | ORPHRASE }}              — одно слово или фраза до конца строки
  {{ field | _start_ }}               — начало новой записи группы
  {{ field | strip('"') }}            — убрать кавычки
  {{ field | replace("yes","True") }} — замена подстроки
  {{ field | exclude("pattern") }}    — пропустить строку при совпадении
  {{ ignore }}                        — захватить и выбросить значение
  {{ ignore('.*') }}                  — выбросить всё до конца строки
 Подробнее: docs/templates.md
 </doc>
 <vars>
 default_system = {
    "model": "",
    "serial_number": "",
    "version": ""
 }
 </vars>
 <group name="system" default="default_system">
 # Component Version {{ _start_ }}
 # Assembly {{ version }}
 # Product Name {{ model | ORPHRASE }}
 # Product Serial Number {{ serial_number }}
 # Subsystem Version {{ _start_ }}
 # Engine {{ version }}
 # Product Name {{ model | ORPHRASE }}
 # Product Serial Number {{ serial_number }}
 </group>
 <group name="interfaces">
 {{ ignore("\\s*") }}config {{ interface }} ipv4 address {{ ip_address }}/{{ mask }} gateway {{ gateway }} {{ ignore }}
 </group>
 <group name="bulkinterfaces.{{ interface }}">
 {{ ignore("\\s*") }}config interface {{ interface | _start_ }} description {{ description | ORPHRASE | strip('"')}}
 </group>
--- a/oxi/node.py
+++ b/oxi/node.py
@@ -1,5 +1,9 @@
 from typing import TYPE_CHECKING
 from requests import HTTPError
 from oxi.exception import OxiAPIError
 from .view import NodeView
@@ -11,15 +15,16 @@ class Node:
    def __init__(self, session: "Session", base_url: str):
        self._session = session
        self._base_url = base_url
        self._data = None
    def __call__(self, name: str) -> NodeView:
-        url = f"{self._base_url}/node/show/{name}"
+        try:
-        if not url.endswith(".json"):
+            url = f"{self._base_url}/node/show/{name}"
-            url += ".json"
+            if not url.endswith(".json"):
-        response = self._session.get(url)
+                url += ".json"
-        if response.status_code == 500:
+            response = self._session.get(url)
-            raise ValueError(f"page {url} not found")
+            response.raise_for_status()
        except HTTPError as e:
            raise OxiAPIError.from_http_error(e, context=f"Node {name}") from e
        return NodeView(
            session=self._session, base_url=self._base_url, data=response.json()
        )
--- a/oxi/view.py
+++ b/oxi/view.py
@@ -14,22 +14,47 @@ class NodeView:
        self._base_url = base_url
        self._data = data
    def _updater(self) -> int:
        response = self._session.get(f"{self._base_url}/node/next/{self.full_name}")
        response.raise_for_status()
        return response.status_code
    @property
-    def ip(self):
+    def name(self) -> str:
        return self._data.get("name")
    @property
    def ip(self) -> str:
        return self._data.get("ip")
    @property
-    def full_name(self):
+    def full_name(self) -> str:
        return self._data.get("full_name")
    @property
-    def group(self):
+    def group(self) -> str:
        return self._data.get("group")
    @property
-    def model(self):
+    def model(self) -> str:
        return self._data.get("model")
    @property
    def last_status(self) -> str:
        last = self._data.get("last") or {}
        return last.get("status")
    @property
    def last_check(self) -> str:
        last = self._data.get("last") or {}
        return last.get("start")
    def refresh(self) -> str:
        result = self._updater()
        if result != 200:
            raise ValueError(f"Failed to refresh node {self.full_name}")
        return "OK"
    @cached_property
-    def config(self):
+    def config(self) -> NodeConfig:
        return NodeConfig(self._session, self.full_name, self.model, self._base_url)
--- a/pyproject.toml
+++ b/pyproject.toml
@@ -5,14 +5,27 @@ build-backend = "setuptools.build_meta"
 [project]
 name = "oxipy"
 version = "0.1.0"
-description = "Oxi API client"
+description = "Oxidized API client"
 readme = "README.md"
 license = { file = "LICENSE" }
 requires-python = ">=3.11"
 classifiers = [
    "Programming Language :: Python :: 3",
    "License :: OSI Approved :: Apache Software License",
    "Operating System :: OS Independent",
 ]
 dependencies = [
    "pydantic>=2.12.5",
    "requests>=2.32.5",
    "ttp>=0.10.0",
 ]
 [tool.setuptools.packages.find]
 where = ["."]
 include = ["oxi*"]
 [tool.setuptools]
 include-package-data = true
 [tool.setuptools.package-data]
 "oxi" = ["**/*.ttp"]
--- a/uv.lock
+++ b/uv.lock
@@ -1,6 +1,6 @@
 version = 1
 revision = 3
-requires-python = ">=3.13"
+requires-python = ">=3.11"
 [[package]]
 name = "annotated-types"
@@ -26,6 +26,38 @@ version = "3.4.4"
 source = { registry = "https://pypi.org/simple" }
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 [[package]]
Author	SHA1	Message	Date
IluaAir	0b92e342e5	Enhance error handling in OxiAPI and Node classes - Updated the `reload` method in the `OxiAPI` class to catch `HTTPError` exceptions and raise a custom `OxiAPIError` with context. - Improved the `__call__` method in the `Node` class to handle `HTTPError` exceptions similarly, providing context-specific error messages. - Introduced a new class method `from_http_error` in `OxiAPIError` for standardized error message generation based on HTTP status codes.	2026-03-26 20:10:05 +03:00
IluaAir	1cc225917e	Add OxiApi create_session method for better view	2026-03-26 19:51:51 +03:00
IluaAir	61892d8f51	Add OxiAPIError exception class for improved error handling - Introduced a new `OxiAPIError` class to standardize error reporting in the OxiAPI. - The class includes an optional status code for enhanced context in error messages.	2026-03-26 00:39:43 +03:00
IluaAir	8cebbf743a	Add OxiAdapter for enhanced HTTP request handling in OxiAPI - Introduced a new `OxiAdapter` class that extends `HTTPAdapter` to manage timeouts and retries for HTTP requests. - Integrated the `OxiAdapter` into the `OxiAPI` class, setting a default timeout and enabling retry logic for both HTTP and HTTPS requests.	2026-03-26 00:31:13 +03:00
IluaAir	a107662e99	Enhance OxiAPI and Node classes with type hints and property updates - Updated the `OxiAPI` class to check for `None` explicitly when setting authentication credentials. - Added type hints to the `Node` class and introduced a TODO for future enhancements. - Refactored properties in the `NodeView` class to include type hints and improved handling of optional data retrieval.	2026-03-18 00:17:14 +03:00
IluaAir	1d0f5ed685	Refactor Quasar model by removing system method and updating TTP template - Removed the `system` method from the `Quasar` model to streamline system information handling. - Updated the TTP template to enhance the formatting of system details, including version and product information, for improved clarity and organization.	2026-03-18 00:01:22 +03:00
IluaAir	5b8380aeee	Add system method to Quasar model and update TTP template - Implemented a new `system` method in the `Quasar` model to extract and format system information, including version handling. - Updated the TTP template to adjust the grouping and ignore patterns for better parsing of system details, ensuring compatibility with the new method.	2026-03-17 01:07:23 +03:00
IluaAir	65c82fbaf5	Refactor error handling in Node class - Updated the `Node` class to use `response.raise_for_status()` for improved error handling, replacing the previous manual check for a 500 status code. This change simplifies the error management process when fetching node data.	2026-03-16 18:24:24 +03:00
IluaAir	974fff6038	Update TTP template to escape whitespace in ignore patterns - Modified the TTP template to use double backslashes for escaping whitespace in the `ignore` function for both `interfaces` and `bulkinterfaces` groups, ensuring proper parsing of configuration lines.	2026-03-13 13:12:02 +03:00
IluaAir	586e52282b	Refactor Quasar interface handling and update TTP template - Enhanced the `interfaces` method in the `Quasar` model to process bulk interfaces, returning a structured list of interface details. - Updated the TTP template to reflect the change from `interfaces` to `bulkinterfaces` for better organization of interface configurations.	2026-03-12 23:39:47 +03:00
IluaAir	e3392f6c76	Add reload method to OxiAPI class - Implemented a new `reload` method to fetch the reload status from the API. - The method raises an error for unsuccessful responses and returns the status code on success.	2026-03-12 20:16:33 +03:00
IluaAir	de0e09af9d	Add node refresh functionality to NodeView - Implemented a private `_updater` method to fetch the next node's status. - Added `last_status` and `last_check` properties to retrieve the latest node status and check time. - Introduced a `refresh` property to update the node status and handle errors appropriately.	2026-03-12 20:13:02 +03:00
IluaAir	ca96d2600a	Add Quasar model and TTP template - Introduced a new `Quasar` model for parsing Quasar devices. - Created a corresponding TTP template defining required and optional groups for configuration parsing.	2026-03-11 23:29:08 +03:00
IluaAir	56eae15e27	Update README.md to include new device models - Added Eltex, H3C, and Quasar to the list of supported device models with their corresponding identifiers.	2026-03-11 23:26:35 +03:00
IluaAir	db79199319	Add LICENSE file and update pyproject.toml - Added Apache License 2.0 to the project. - Updated project description in pyproject.toml to "Oxidized API client". - Specified the LICENSE file in pyproject.toml. - Added classifiers for Python version and license type.	2026-03-11 23:23:23 +03:00
i.shramko	2e109db121	Update Qtech: - Add full support of diff types of switches - Fix default system parser	2026-03-10 18:41:54 +03:00
i.shramko	b9dce8e417	Update config: - add by_alias attr Update contract: - del aliase for Vlans vlan_id Update qtech.ttp: - fix vla_id _start_ method	2026-03-10 17:53:51 +03:00
i.shramko	d185dc6c7c	Update config: - add dump() for dict\| list overview - del qtech.ttp _start_ method	2026-03-10 16:56:13 +03:00
i.shramko	68566a24fb	Update qtech.ttp: - add interface name ORPHRASE	2026-03-10 16:00:57 +03:00
i.shramko	08733bd493	Merge remote-tracking branch 'origin/dev' into dev	2026-03-10 15:52:56 +03:00
i.shramko	a1c57733f6	Update pyproject.toml: - Add package-data with resource .ttp	2026-03-10 15:52:38 +03:00
IluaAir	c9f6f3472f	Add Eltex model and TTP template - Introduced a new `Eltex` model for parsing Eltex devices. - Created a corresponding TTP template for Eltex devices, defining required and optional groups for configuration parsing.	2026-03-04 15:50:47 +03:00
i.shramko	1e84452eb5	Add H3C parse: - Add h3c.py with basemodel parser - Add ttp template for h3c	2026-03-04 15:23:55 +03:00
i.shramko	4ed34227d9	Update __init__.py: - Add BaseDevice to __all__ - Add type str for register_parser	2026-03-03 09:52:28 +03:00
i.shramko	2a027ed736	Update uv.lock for windows support	2026-03-03 09:31:54 +03:00
IluaAir	bf6dd0c189	Refactor Qtech model and update TTP template - Removed the `interfaces` method from the `Qtech` model, simplifying the interface processing. - Updated the TTP template to use `mask` instead of `netmask` for IP address configuration, enhancing clarity in CIDR notation.	2026-02-28 10:44:20 +03:00
IluaAir	c382627f9f	Update README - Added `Qtech` and `Huawei` entries to the interfaces table in the README.	2026-02-28 10:41:49 +03:00
IluaAir	197550558d	Add Huawei model and TTP template - Introduced a new `Huawei` model - Created a corresponding TTP template for Huawei devices. - Updated the base template to correct HTML entity encoding for vendor placeholders.	2026-02-28 10:39:03 +03:00
IluaAir	9e4574e869	Merge branch 'docs' into dev	2026-02-25 22:42:51 +03:00
IluaAir	b6630a4d30	Update README for clarity and consistency - Simplified the description of the OxiAPI entry point. - Improved formatting of parameter and property tables for better readability. - Updated example outputs to reflect changes in node names and configurations.	2026-02-25 22:42:14 +03:00
IluaAir	2c3f5ce354	Add interfaces and vlans methods to Qtech model; update TTP template - Implemented the `interfaces` method to process IP addresses and netmasks, adding a calculated mask to the output. - Added the `vlans` method to handle VLAN data, supporting both individual and grouped VLAN IDs. - Updated the QTECH TTP template to include a new version field and improved formatting for VLAN definitions.	2026-02-25 19:11:12 +03:00
IluaAir	a016db644d	Update README to reflect API name change and enhance installation instructions - Changed references from "Oxi API" to "Oxidized API" for accuracy. - Added detailed installation instructions for using the Gitea Package Registry, including authentication steps and editable install options. - Improved clarity in the quick start section with formatted output examples.	2026-02-25 13:34:19 +03:00
IluaAir	fe6d0c4ccf	Add README and documentation for Oxi API client - Introduced a comprehensive README file detailing the installation, quick start guide, and API reference for the oxipy Python client. - Added documentation on extending and overriding device models, including architecture, registration of new devices, and method overriding examples. - Created a template guide for writing TTP templates, outlining structure, mandatory groups, and practical examples for new device support. - Included a base template for device configuration parsing, enhancing usability for developers integrating with the Oxi API.	2026-02-24 23:27:14 +03:00