🌟 EchoNext: The Future of Web 🚀

EchoNext is a lightweight, fast and scalable web framework for Python
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Why Choose pyEchoNext · Key Features · Getting Started · Basic Usage · Specification · Documentation · License

PyEchoNext is a lightweight, high-performance web framework designed for building scalable Python web applications and APIs. With its modular architecture and focus on developer productivity, it combines Flask-like simplicity with FastAPI-inspired performance features. Built for modern web development challenges.

Note

Python 3.12+

Caution

PyEchoNext is currently in active alpha development. While core functionality is stable, some advanced features are still evolving. Production use requires thorough testing.

Note

Versions below 0.7.14a are not recommended for use with gunicorn <23.0 due to the fact that they used an older version of gunicorn (<23.0), which was vulnerable.

Next big update: 0.8.0 - Hybrid Performance Core: async + multithread + multiprocess

You want see hybrid core before release? See DevGuide Specs for HybridCore.

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🤔 Why Choose pyEchoNext?

🔥 Featherweight Performance: No bloat, just speed! Our framework is designed to optimize performance, making it a breeze to create and scale your applications without the overhead.
💼 Unmatched Scalability: Handle thousands of connections effortlessly! Echonext is built for performance in high-demand environments, making it the perfect choice for startups or enterprise applications.
🔧 Customizable Architecture: Tailor your framework to suit your unique needs. Whether it’s middleware, routing, or authentication, make it yours with minimal effort!
🌍 Cross-Platform Compatibility: Echonext works beautifully on any OS. Whether you’re developing on Windows, macOS, or Linux, you’re covered!
💡 User-Friendly Design: Our intuitive API and comprehensive documentation make it easy for beginners and pros alike. Dive in and start coding right away!
📦 Plug-and-Play Components: Easily integrate with third-party libraries to enhance your application. Don’t reinvent the wheel—leverage existing solutions!
🔒 Built-in Authentication: Simplify your user authentication process with our built-in, easy-to-implement features.
📊 Automatic API Documentation: Create RESTful endpoints that are not just powerful but also well-documented, saving you time and effort.

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📚 Key Features

Intuitive API: Pythonic, object-oriented interface for interacting with routes and views.
Performance Optimization: Lazy loading, eager loading, and other techniques for efficient web queries.
Comprehensive Documentation: Detailed usage examples and API reference to help you get started.
Modular Design: Clean, maintainable codebase that follows best software engineering practices.
Extensive Test Coverage: Robust test suite to ensure the library's reliability and stability.

graph TD A[Router] --> B[Middleware] B --> C[Controllers] C --> D[Models] C --> E[Views] D --> F[Data] E --> G[Templates] A --> H[Static Files]

Intelligent Routing System

Trie-based URL dispatch - O(m) lookup complexity
Dynamic path parameters - Type-annotated parameter handling
Nested routers - Modular application organization

# Hierarchical routing example main_router = Router() admin_router = Router(prefix="/admin") @admin_router.route_page("/dashboard") def admin_dashboard(request, response): return render_template("admin.html") main_router.include_router(admin_router)

Security Framework

Multi-layer protection:
- CSRF tokens with session binding
- XSS double-escaping (content + attributes)
- SQL injection pattern filtering
- Rate limiting (sliding window algorithm)
Cryptographic modules:
- PSPCAlgorithm for lightweight encryption
- SHA3/BLAKE3 hashing support
- Salted password handling

# Security implementation example token = Security.generate_csrf_token(session_id) filtered_query = Security.filter_sql_query("SELECT * FROM users; DROP TABLE users")

⚡ Performance Optimization

Multi-layer caching:
- LRU in-memory cache
- Performance-optimized memoization
- Static file preloading
JIT-friendly design:
- Numba-compatible critical paths
- Zero-copy request processing
- Async-ready architecture (in development)

# Performance-cached view @performance_cached(perf_cache) def compute_intensive_view(): return calculate_fibonacci(1000)

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⚙️ Functionality

i18n/l10n localization with hermes-langlib.
basic project documentation generator
request/response
middlewares (with basic session cookie middleware)
views and routes
settings and config loader
built-in template engine and Jinja2
basic security and hashing
static files management
cache response bodies
performance
slugger
permissions
pyEchoNext Schemas (pyechonext.schemas) and pydantic support for validating schemas

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🚀 Getting Started

pyEchoNext is available on PyPI. Simply install the package into your project environment with PIP:

pip install pyechonext

Once installed, you can start using the library in your Python projects. Check out the documentation for detailed usage examples and API reference.

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⚙️ Dependency Injection

pyEchoNext is universal, and you are free to use any Dependency-Injection framework. But we recommend using the specially developed echonextdi. It is simple and fast to use.

Install:

pip install echonextdi

Example code:

from echonextdi.containers.container import Container from echonextdi.depends import Depends from echonextdi.providers.callable_provider import CallableProvider def sqrt(a: int, b: int = 2): return a**b class SQRT_Dependency: def __init__(self, sqrt): self.sqrt = sqrt container = Container() container.register("sqrt", CallableProvider(sqrt)) def calculate(number: int, depend: Depends = Depends(container, SQRT_Dependency)): print(f"{number} ^2 = {depend().sqrt(2)}") calculate(4) # Output: 16

💻 Usage Examples

You can view examples at examples directory.

Prefix Tree (Trie)

Prefix Tree data structure (this structure also used in pyechonext routing system)

from pyechonext.utils.trie import PrefixTree if __name__ == '__main__': trie = PrefixTree() trie.insert('apple') trie.insert('app') trie.insert('aposematic') trie.insert('appreciate') trie.insert('book') trie.insert('bad') trie.insert('bear') trie.insert('bat') print(trie.starts_with('app')) router_tree = PrefixTree() router_tree.insert('index') router_tree.insert('users') router_tree.insert('transactions') router_tree.insert('wallets') router_tree.insert('wallets/create') print(router_tree.starts_with('wa'))

i18n with hermes-langlib

Hermes LangLib - a fast and light python library for translating, localizing and internationalizing your applications. The library is aimed at high speed and stability; it can be used in highly loaded projects.

Directory tree:

├── example.toml └── locales └── default.json

Example config-file example.toml:

locale_directory="locales" default_locale_file="default.json" default_language="RU_RU" translator="google"

Example locale file locales/default.json:

{ "locales": { "RU": ["RU_RU"], "EN": ["EN_EN", "EN_US"] }, "RU": { "RU_RU": { "title": "Библиотека для интернационализации", "description": "Библиотека, которая позволит переводить ваши приложения", "mails_message": { "plural": "count", "^0$": "У вас нет ни одного письма", "11": "У вас есть {count} писем", "1$|1$": "У вас есть {count} письмо", "^(2|3|4)$|(2|3|4)$": "У вас есть {count} письма", "other": "У вас есть {count} писем" } } }, "EN": { "EN_EN": { "title": "Library for internationalization", "description": "A library that will allow you to translate your applications", "mails_message": { "plural": "count", "^0$": "You do not have any mail.", "^1$": "You have a new mail.", "other": "You have {count} new mails." } }, "EN_US": { "title": "Library for internationalization", "description": "A library that will allow you to translate your applications", "mails_message": { "plural": "count", "^0$": "You do not have any mail.", "^1$": "You have a new mail.", "other": "You have {count} new mails." } } } }

Example usage:

from hermes_langlib.locales import LocaleManager from hermes_langlib.storage import load_config config = load_config('example.toml') locale_manager = LocaleManager(config) print(locale_manager.get('title - {version}', 'default', 'RU_RU', version="0.1.0")) print(locale_manager.get('title - {version}', 'default', 'RU', version="0.1.0")) print(locale_manager.get('mails_message.', 'default', 'RU_RU', count=0)) print(locale_manager.get('mails_message', 'default', 'RU_RU', count=1)) print(locale_manager.get('mails_message', 'default', 'RU_RU', count=11)) print(locale_manager.get('mails_message', 'default', 'RU_RU', count=2)) print(locale_manager.get('mails_message', 'default', 'RU_RU', count=22)) print(locale_manager.get('mails_message', 'default', 'RU_RU', count=46)) print(locale_manager.get('mails_message', 'default', 'RU_RU', count=100000001)) print(locale_manager.translate("You have only three mails", "en", 'ru')) print(locale_manager.translate("У вас всего три письма", "ru", 'en'))

You can read Hermes-Langlib Specification at this link.

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Basic With Depends Injection

import os from pyechonext.app import ApplicationType, EchoNext from pyechonext.config import Settings from pyechonext.middleware import middlewares from pyechonext.mvc.controllers import PageController from pyechonext.urls import URL from echonextdi.containers.container import Container from echonextdi.depends import Depends from echonextdi.providers.callable_provider import CallableProvider class IndexController(PageController): def get(self, request, response, **kwargs): return "Hello" def post(self, request, response, **kwargs): return "Hello" def say_hello(name: str, phrase: str = 'Hello'): return f'{phrase} {name}' class Hello_Dependency: def __init__(self, say_hello): self.say_hello = say_hello container = Container() container.register("say_hello", CallableProvider(say_hello)) url_patterns = [URL(path="/", controller=IndexController)] settings = Settings( BASE_DIR=os.path.dirname(os.path.abspath(__file__)), TEMPLATES_DIR="templates" ) echonext = EchoNext( __name__, settings, middlewares, urls=url_patterns, application_type=ApplicationType.HTML, ) @echonext.route_page("/hello/{name}") def hello(request, response, name: str = "World", depend: Depends = Depends(container, Hello_Dependency)): response.body = depend().say_hello(name)

Performance caching

import random from pyechonext.utils.performance import InMemoryPerformanceCache, SingletonPerformanceCache, performance_cached memorycache = InMemoryPerformanceCache perf = SingletonPerformanceCache(memorycache) @performance_cached(perf) def example_function(a: int = 10 ** 6): inside_circle = 0 for _ in range(a): x = random.uniform(-1, 1) y = random.uniform(-1, 1) if x ** 2 + y ** 2 <= 1: inside_circle += 1 return (inside_circle / a) * 4 if __name__ == '__main__': print('start') print(f'{example_function()} - Caching') print(f'{example_function()} - Cached') print(f'{example_function(10 ** 7)} - Caching new')

Permissions

from pyechonext.permissions import ( Permission, Role, Resource, AccessControlRule, Policy, AgeRestrictionsABP, User, DefaultPermissionChecker, UserController, ) view_users_perm = Permission("view_users") edit_users_perm = Permission("edit_users") admin_role = Role("admin") admin_role.add_permission(view_users_perm) admin_role.add_permission(edit_users_perm) user_role = Role("user") user_role.add_permission(view_users_perm) user_resource = Resource("UserResource") policy = Policy() policy.add_rule(AccessControlRule(admin_role, view_users_perm, user_resource, True)) policy.add_rule(AccessControlRule(admin_role, edit_users_perm, user_resource, True)) policy.add_rule(AccessControlRule(user_role, view_users_perm, user_resource, True)) policy.add_rule(AccessControlRule(user_role, edit_users_perm, user_resource, False)) age_policy = AgeRestrictionsABP(conditions={"age": 18}, rules=policy.rules) age_policy.add_rule(AccessControlRule(user_role, view_users_perm, user_resource, True)) admin_user = User("admin", attributes={"age": 30}) admin_user.add_role(admin_role) young_user = User("john_doe", attributes={"age": 17}) young_user.add_role(user_role) permission_checker = DefaultPermissionChecker(policy) user_controller = UserController(permission_checker) def main(): assert user_controller.view_users(admin_user, user_resource) == ( "200 OK", "User edit form", ) assert user_controller.edit_users(admin_user, user_resource) == ( "200 OK", "User edit form", ) assert user_controller.edit_users(young_user, user_resource) == ( "403 Forbidden", "You do not have permission to edit users.", ) assert age_policy.evaluate(young_user, user_resource, view_users_perm) == False assert age_policy.evaluate(admin_user, user_resource, view_users_perm) == True if __name__ == "__main__": main()

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🔧 Specifications

Security

A security module created for hash functions and crypto-algorithms.

Crypts

Simple crypto-algorithms.

PSPCAlgorithm

Point Simple Password Crypt Algorithm.

Base: AngryPassword Crypted: 00778.87999.74379.363401.558001.558001.96058.06107.711601.87999.13309.07469.50075 Decrypted: AngryPassword Base: S0mesd7623tds@&6^@_ Crypted: 51338.82165.83428.85374.62333.82165.558001.00778.237101.72744.05834.85374.53284.00778.558001.77588.39559.69024.19727 Decrypted: S0mesd7623tds@&6^@_ Base: PassWord Crypted: 00778.87999.74379.99267.558001.558001.96058.06107 Decrypted: PassWord Base: Pass Crypted: 558001.558001.96058.06107 Decrypted: Pass

Example:

from pyechonext.security.crypts import PSPCAlgorithm pspc = PSPCAlgorithm() passwords = ['AngryPassword', 'S0mesd7623tds@&6^@_', 'PassWord', 'Pass'] for password in passwords: print('Base:', password) print('Crypted:', pspc.crypt(password)) print('Decrypted:', pspc.decrypt(pspc.crypt(password))) print()

Hashing

Module: pyechonext.security.hashing

HashAlgorithm

Enum class with available hashing algorithms

class HashAlgorithm(Enum): """  This class describes a hash algorithms.  """ SHA256 = auto() SHA512 = auto() MD5 = auto() BLAKE2B = auto() BLAKE2S = auto()

PlainHasher

A simple class for hashing text. Has no 'salting'.

hasher = PlainHasher(HashAlgorithm.BLAKE2S) old_hash = hasher.hash("TEXT") new_hash = hasher.hash("TEXT") if hasher.verify("TEXT", new_hash): # true print('Yes!') if hasher.verify("TEXT2", old_hash): # false print('Yes!') # Output: one "Yes!"

SaltedHasher

A simple class for hashing text. Has hash salt.

hasher = SaltedHasher(HashAlgorithm.BLAKE2S, salt='bob') old_hash = hasher.hash("TEXT") new_hash = hasher.hash("TEXT") if hasher.verify("TEXT", new_hash): # true print('Yes!') if hasher.verify("TEXT2", old_hash): # false print('Yes!') # Output: one "Yes!"

View

View is an abstract class, with abstract get and post methods (all descendants must create these methods).

class View(ABC): """  Page view  """ @abstractmethod def get(self, request: Request, response: Response, *args, **kwargs): """  Get   :param request: The request  :type request: Request  :param response: The response  :type response: Response  :param args: The arguments  :type args: list  :param kwargs: The keywords arguments  :type kwargs: dictionary  """ raise NotImplementedError @abstractmethod def post(self, request: Request, response: Response, *args, **kwargs): """  Post   :param request: The request  :type request: Request  :param response: The response  :type response: Response  :param args: The arguments  :type args: list  :param kwargs: The keywords arguments  :type kwargs: dictionary  """ raise NotImplementedError

Example of view:

class IndexView(View): def get(self, request: Request, response: Response, **kwargs): """  Get   :param request: The request  :type request: Request  :param response: The response  :type response: Response  :param args: The arguments  :type args: list  :param kwargs: The keywords arguments  :type kwargs: dictionary  """ return "Hello World!" def post(self, request: Request, response: Response, **kwargs): """  Post   :param request: The request  :type request: Request  :param response: The response  :type response: Response  :param args: The arguments  :type args: list  :param kwargs: The keywords arguments  :type kwargs: dictionary  """ return "Message has accepted!"

Or you can return response:

class IndexView(View): def get(self, request: Request, response: Response, **kwargs): """  Get   :param request: The request  :type request: Request  :param response: The response  :type response: Response  :param args: The arguments  :type args: list  :param kwargs: The keywords arguments  :type kwargs: dictionary  """ return Response(request, body="Hello World!") def post(self, request: Request, response: Response, **kwargs): """  Post   :param request: The request  :type request: Request  :param response: The response  :type response: Response  :param args: The arguments  :type args: list  :param kwargs: The keywords arguments  :type kwargs: dictionary  """ return Response(request, body="Message has accepted!")

Tests coverage

To test the web framework, PyTest with the pytest-cov plugin is used. You can look at the tests in tests directory

Documentation 🌍

The main documentation is here.

💬 Support

If you encounter any issues or have questions about pyEchoNext, please:

Check the documentation for answers
Open an issue on GitHub
Reach out to the project maintainers via the mailing list

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🤝 Contributing

We welcome contributions from the community! If you'd like to help improve pyEchoNext, please check out the contributing guidelines to get started.

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👥 Join the Community!

If you find Echonext valuable and want to support the project:

Star on GitHub ⭐
Share it with friends and colleagues!
Donate via cryptocurrency 🙌

Connect with fellow Echonext users: Join our Telegram Chat

Roadmap & Future Development

Q2-Q3 2025

0.8.0: Hybrid core: async + multithread + multiprocess
Database ORM integration
OpenAPI 3.1 schema generation
Built-in monitoring dashboard

Q3-Q4 2025

JWT authentication module
Websocket support
Distributed task queue
GRPC integration

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Contributor Guidelines

We welcome PRs addressing:

Security enhancements
Performance optimization
Documentation improvements
Test coverage expansion
ASGI migration path

Before contributing:

Review docs
Maintain 100% test coverage for new code
Follow PEP8 and SOLID, DRY, KISS principles
Include type annotations

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License & Support

This project operates under GNU LGPL 2.1 - see LICENSE. For enterprise support, contact alexeev.dev@mail.ru.

PyEchoNext - Build robust web applications with Pythonic elegance.

Explore Documentation | Report Issue | View Examples

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This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version.

This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details.

You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA

Name		Name	Last commit message	Last commit date
Latest commit History 165 Commits
.github		.github
devguide		devguide
docs		docs
examples		examples
pyechonext		pyechonext
tests		tests
.gitignore		.gitignore
.gitmodules		.gitmodules
CHANGELOG.md		CHANGELOG.md
CODE_OF_CONDUCT.md		CODE_OF_CONDUCT.md
CONTRIBUTING.md		CONTRIBUTING.md
LICENSE		LICENSE
README.md		README.md
SECURITY.md		SECURITY.md
flake.nix		flake.nix
getversion.py		getversion.py
poetry.toml		poetry.toml
pyproject.toml		pyproject.toml

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🌟 EchoNext: The Future of Web 🚀

Check Other My Projects

🤔 Why Choose pyEchoNext?

📚 Key Features

Intelligent Routing System

Security Framework

⚡ Performance Optimization

⚙️ Functionality

🚀 Getting Started

⚙️ Dependency Injection

💻 Usage Examples

Prefix Tree (Trie)

i18n with hermes-langlib

Basic With Depends Injection

Performance caching

Permissions

🔧 Specifications

Security

Crypts

PSPCAlgorithm

Hashing

HashAlgorithm

PlainHasher

SaltedHasher

View

Tests coverage

Documentation 🌍

💬 Support

🤝 Contributing

👥 Join the Community!

Roadmap & Future Development

Q2-Q3 2025

Q3-Q4 2025

Contributor Guidelines

License & Support

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License

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