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const {jsx: _jsx} = arguments[0];
const {useMDXComponents: _provideComponents} = arguments[0];
function _createMdxContent(props) {
  const _components = Object.assign({
    p: "p"
  }, _provideComponents(), props.components);
  return _jsx(_components.p, {
    children: "Asynchrony is a very common concept in programming languages such as Javascript, Kotlin or Python. In particular, programmers who work as much with networking as web developers often have to work with this concept. In this article, I will explain one of the components that make up the async programming ecosystem in Python and of course, it also brings this idea to some other languages."
  });
}
function MDXContent(props = {}) {
  const {wrapper: MDXLayout} = Object.assign({}, _provideComponents(), props.components);
  return MDXLayout ? _jsx(MDXLayout, Object.assign({}, props, {
    children: _jsx(_createMdxContent, props)
  })) : _createMdxContent(props);
}
return {
  default: MDXContent
};


Asynchrony in Python - Coroutine | Part 1

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const {useMDXComponents: _provideComponents} = arguments[0];
function _createMdxContent(props) {
  const _components = Object.assign({
    p: "p"
  }, _provideComponents(), props.components);
  return _jsx(_components.p, {
    children: "One of the important concepts in programming is the event loop or event loop. It's not an exaggeration to say that event loops are the heart of asynchronous programming in languages like Python or Javascript, ..."
  });
}
function MDXContent(props = {}) {
  const {wrapper: MDXLayout} = Object.assign({}, _provideComponents(), props.components);
  return MDXLayout ? _jsx(MDXLayout, Object.assign({}, props, {
    children: _jsx(_createMdxContent, props)
  })) : _createMdxContent(props);
}
return {
  default: MDXContent
};


Asynchrony in Python - Event loop | Part 2

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function _createMdxContent(props) {
  const _components = Object.assign({
    p: "p"
  }, _provideComponents(), props.components);
  return _jsx(_components.p, {
    children: "Asynchrony can be implemented in many programming languages, including Python. However, asynchrony in early Python was not as widely used as Javascript or C# because of its difficult implementation. In this article, I will introduce the history of asynchronous programming in Python and its growth at the present time."
  });
}
function MDXContent(props = {}) {
  const {wrapper: MDXLayout} = Object.assign({}, _provideComponents(), props.components);
  return MDXLayout ? _jsx(MDXLayout, Object.assign({}, props, {
    children: _jsx(_createMdxContent, props)
  })) : _createMdxContent(props);
}
return {
  default: MDXContent
};


From PEP 492 to the era of asynchrony

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function _createMdxContent(props) {
  const _components = Object.assign({
    p: "p"
  }, _provideComponents(), props.components);
  return _jsx(_components.p, {
    children: "Recently, there has been a web framework become popular in the Python community - FastAPI. In this post, I show you how FastAPI is good and why you should decide on FastAPI for development APIs"
  });
}
function MDXContent(props = {}) {
  const {wrapper: MDXLayout} = Object.assign({}, _provideComponents(), props.components);
  return MDXLayout ? _jsx(MDXLayout, Object.assign({}, props, {
    children: _jsx(_createMdxContent, props)
  })) : _createMdxContent(props);
}
return {
  default: MDXContent
};


Asynchrony in Python - Coroutine | Part 1

Asynchrony in Python - Event loop | Part 2

From PEP 492 to the era of asynchrony

Why FastAPI fast?