Merge pull request #313 from roansong/patch-2
Update index.md/README.md
This commit is contained in:
42
README.md
42
README.md
@ -24,14 +24,14 @@
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The `ormar` package is an async mini ORM for Python, with support for **Postgres,
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The `ormar` package is an async mini ORM for Python, with support for **Postgres,
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MySQL**, and **SQLite**.
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MySQL**, and **SQLite**.
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The main benefit of using `ormar` are:
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The main benefits of using `ormar` are:
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* getting an **async ORM that can be used with async frameworks** (fastapi, starlette etc.)
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* getting an **async ORM that can be used with async frameworks** (fastapi, starlette etc.)
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* getting just **one model to maintain** - you don't have to maintain pydantic and other orm model (sqlalchemy, peewee, gino etc.)
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* getting just **one model to maintain** - you don't have to maintain pydantic and other orm models (sqlalchemy, peewee, gino etc.)
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The goal was to create a simple ORM that can be **used directly (as request and response models) with [`fastapi`][fastapi]** that bases it's data validation on pydantic.
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The goal was to create a simple ORM that can be **used directly (as request and response models) with [`fastapi`][fastapi]** that bases it's data validation on pydantic.
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Ormar - apart form obvious ORM in name - get it's name from ormar in swedish which means snakes, and ormar(e) in croatian which means cabinet.
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Ormar - apart from the obvious "ORM" in name - gets its name from _ormar_ in Swedish which means _snakes_, and _ormar(e)_ in Croatian which means _cabinet_.
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And what's a better name for python ORM than snakes cabinet :)
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And what's a better name for python ORM than snakes cabinet :)
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@ -46,8 +46,8 @@ Check out the [documentation][documentation] for details.
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**Note that for brevity most of the documentation snippets omit the creation of the database
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**Note that for brevity most of the documentation snippets omit the creation of the database
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and scheduling the execution of functions for asynchronous run.**
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and scheduling the execution of functions for asynchronous run.**
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If you want more real life examples than in the documentation you can see [tests][tests] folder,
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If you want more real life examples than in the documentation you can see the [tests][tests] folder,
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since they actually have to create and connect to database in most of the tests.
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since they actually have to create and connect to a database in most of the tests.
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Yet remember that those are - well - tests and not all solutions are suitable to be used in real life applications.
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Yet remember that those are - well - tests and not all solutions are suitable to be used in real life applications.
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@ -61,7 +61,7 @@ As of now `ormar` is supported by:
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* [`fastapi-crudrouter`](https://github.com/awtkns/fastapi-crudrouter)
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* [`fastapi-crudrouter`](https://github.com/awtkns/fastapi-crudrouter)
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* [`fastapi-pagination`](https://github.com/uriyyo/fastapi-pagination)
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* [`fastapi-pagination`](https://github.com/uriyyo/fastapi-pagination)
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If you maintain or use different library and would like it to support `ormar` let us know how we can help.
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If you maintain or use a different library and would like it to support `ormar` let us know how we can help.
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### Dependencies
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### Dependencies
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@ -74,7 +74,7 @@ Ormar is built with:
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### License
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### License
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`ormar` is built as an open-source software and remain completely free (MIT license).
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`ormar` is built as open-sorce software and will remain completely free (MIT license).
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As I write open-source code to solve everyday problems in my work or to promote and build strong python
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As I write open-source code to solve everyday problems in my work or to promote and build strong python
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community you can say thank you and buy me a coffee or sponsor me with a monthly amount to help ensure my work remains free and maintained.
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community you can say thank you and buy me a coffee or sponsor me with a monthly amount to help ensure my work remains free and maintained.
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@ -106,7 +106,7 @@ tool that can help you with translating existing sqlalchemy orm models so you do
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**Beta** versions available at github: [`sqlalchemy-to-ormar`](https://github.com/collerek/sqlalchemy-to-ormar)
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**Beta** versions available at github: [`sqlalchemy-to-ormar`](https://github.com/collerek/sqlalchemy-to-ormar)
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or simply `pip install sqlalchemy-to-ormar`
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or simply `pip install sqlalchemy-to-ormar`
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**`sqlalchemy-to-ormar` can be used in pair with `sqlacodegen` to auto-map/ generate `ormar` models from existing database, even if you don't use the `sqlalchemy` for your project.**
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`sqlalchemy-to-ormar` can be used in pair with `sqlacodegen` to auto-map/ generate `ormar` models from existing database, even if you don't use `sqlalchemy` for your project.
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### Migrations & Database creation
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### Migrations & Database creation
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@ -150,12 +150,12 @@ Note that `ormar` is an asynchronous ORM, which means that you have to `await` t
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the methods, that are scheduled for execution in an event loop. Python has a builtin module
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the methods, that are scheduled for execution in an event loop. Python has a builtin module
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[`asyncio`][asyncio] that allows you to do just that.
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[`asyncio`][asyncio] that allows you to do just that.
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Note that most of "normal" python interpreters do not allow execution of `await`
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Note that most "normal" python interpreters do not allow execution of `await`
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outside of a function (cause you actually schedule this function for delayed execution
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outside of a function (because you actually schedule this function for delayed execution
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and don't get the result immediately).
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and don't get the result immediately).
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In a modern web frameworks (like `fastapi`), the framework will handle this for you, but if
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In a modern web framework (like `fastapi`), the framework will handle this for you, but if
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you plan to do this on your own you need to perform this manually like described in a
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you plan to do this on your own you need to perform this manually like described in the
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quick start below.
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quick start below.
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### Quick Start
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### Quick Start
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@ -334,20 +334,38 @@ async def delete():
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async def joins():
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async def joins():
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# Tho join two models use select_related
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# Tho join two models use select_related
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# Django style
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book = await Book.objects.select_related("author").get(title="The Hobbit")
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book = await Book.objects.select_related("author").get(title="The Hobbit")
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# Python style
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book = await Book.objects.select_related(Book.author).get(
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Book.title == "The Hobbit"
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)
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# now the author is already prefetched
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# now the author is already prefetched
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assert book.author.name == "J.R.R. Tolkien"
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assert book.author.name == "J.R.R. Tolkien"
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# By default you also get a second side of the relation
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# By default you also get a second side of the relation
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# constructed as lowercase source model name +'s' (books in this case)
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# constructed as lowercase source model name +'s' (books in this case)
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# you can also provide custom name with parameter related_name
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# you can also provide custom name with parameter related_name
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# Django style
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author = await Author.objects.select_related("books").all(name="J.R.R. Tolkien")
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author = await Author.objects.select_related("books").all(name="J.R.R. Tolkien")
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# Python style
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author = await Author.objects.select_related(Author.books).all(
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Author.name == "J.R.R. Tolkien"
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)
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assert len(author[0].books) == 3
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assert len(author[0].books) == 3
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# for reverse and many to many relations you can also prefetch_related
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# for reverse and many to many relations you can also prefetch_related
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# that executes a separate query for each of related models
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# that executes a separate query for each of related models
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# Django style
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author = await Author.objects.prefetch_related("books").get(name="J.R.R. Tolkien")
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author = await Author.objects.prefetch_related("books").get(name="J.R.R. Tolkien")
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# Python style
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author = await Author.objects.prefetch_related(Author.books).get(
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Author.name == "J.R.R. Tolkien"
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)
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assert len(author.books) == 3
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assert len(author.books) == 3
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# to read more about relations
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# to read more about relations
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@ -24,14 +24,14 @@
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The `ormar` package is an async mini ORM for Python, with support for **Postgres,
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The `ormar` package is an async mini ORM for Python, with support for **Postgres,
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MySQL**, and **SQLite**.
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MySQL**, and **SQLite**.
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The main benefit of using `ormar` are:
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The main benefits of using `ormar` are:
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* getting an **async ORM that can be used with async frameworks** (fastapi, starlette etc.)
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* getting an **async ORM that can be used with async frameworks** (fastapi, starlette etc.)
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* getting just **one model to maintain** - you don't have to maintain pydantic and other orm model (sqlalchemy, peewee, gino etc.)
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* getting just **one model to maintain** - you don't have to maintain pydantic and other orm models (sqlalchemy, peewee, gino etc.)
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The goal was to create a simple ORM that can be **used directly (as request and response models) with [`fastapi`][fastapi]** that bases it's data validation on pydantic.
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The goal was to create a simple ORM that can be **used directly (as request and response models) with [`fastapi`][fastapi]** that bases it's data validation on pydantic.
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Ormar - apart form obvious ORM in name - get it's name from ormar in swedish which means snakes, and ormar(e) in italian which means cabinet.
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Ormar - apart from the obvious "ORM" in name - gets its name from _ormar_ in Swedish which means _snakes_, and _ormar(e)_ in Croatian which means _cabinet_.
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And what's a better name for python ORM than snakes cabinet :)
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And what's a better name for python ORM than snakes cabinet :)
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@ -46,8 +46,8 @@ Check out the [documentation][documentation] for details.
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**Note that for brevity most of the documentation snippets omit the creation of the database
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**Note that for brevity most of the documentation snippets omit the creation of the database
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and scheduling the execution of functions for asynchronous run.**
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and scheduling the execution of functions for asynchronous run.**
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If you want more real life examples than in the documentation you can see [tests][tests] folder,
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If you want more real life examples than in the documentation you can see the [tests][tests] folder,
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since they actually have to create and connect to database in most of the tests.
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since they actually have to create and connect to a database in most of the tests.
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|
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Yet remember that those are - well - tests and not all solutions are suitable to be used in real life applications.
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Yet remember that those are - well - tests and not all solutions are suitable to be used in real life applications.
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@ -61,7 +61,7 @@ As of now `ormar` is supported by:
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* [`fastapi-crudrouter`](https://github.com/awtkns/fastapi-crudrouter)
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* [`fastapi-crudrouter`](https://github.com/awtkns/fastapi-crudrouter)
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* [`fastapi-pagination`](https://github.com/uriyyo/fastapi-pagination)
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* [`fastapi-pagination`](https://github.com/uriyyo/fastapi-pagination)
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If you maintain or use different library and would like it to support `ormar` let us know how we can help.
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If you maintain or use a different library and would like it to support `ormar` let us know how we can help.
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### Dependencies
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### Dependencies
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@ -74,7 +74,7 @@ Ormar is built with:
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### License
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### License
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`ormar` is built as an open-sorce software and remain completely free (MIT license).
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`ormar` is built as open-sorce software and will remain completely free (MIT license).
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As I write open-source code to solve everyday problems in my work or to promote and build strong python
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As I write open-source code to solve everyday problems in my work or to promote and build strong python
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community you can say thank you and buy me a coffee or sponsor me with a monthly amount to help ensure my work remains free and maintained.
|
community you can say thank you and buy me a coffee or sponsor me with a monthly amount to help ensure my work remains free and maintained.
|
||||||
@ -109,7 +109,7 @@ tool that can help you with translating existing sqlalchemy orm models so you do
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**Beta** versions available at github: [`sqlalchemy-to-ormar`](https://github.com/collerek/sqlalchemy-to-ormar)
|
**Beta** versions available at github: [`sqlalchemy-to-ormar`](https://github.com/collerek/sqlalchemy-to-ormar)
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or simply `pip install sqlalchemy-to-ormar`
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or simply `pip install sqlalchemy-to-ormar`
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`sqlalchemy-to-ormar` can be used in pair with `sqlacodegen` to auto-map/ generate `ormar` models from existing database, even if you don't use the `sqlalchemy` for your project.
|
`sqlalchemy-to-ormar` can be used in pair with `sqlacodegen` to auto-map/ generate `ormar` models from existing database, even if you don't use `sqlalchemy` for your project.
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### Migrations & Database creation
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### Migrations & Database creation
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@ -153,12 +153,12 @@ Note that `ormar` is an asynchronous ORM, which means that you have to `await` t
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the methods, that are scheduled for execution in an event loop. Python has a builtin module
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the methods, that are scheduled for execution in an event loop. Python has a builtin module
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[`asyncio`][asyncio] that allows you to do just that.
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[`asyncio`][asyncio] that allows you to do just that.
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Note that most of "normal" python interpreters do not allow execution of `await`
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Note that most "normal" python interpreters do not allow execution of `await`
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outside of a function (cause you actually schedule this function for delayed execution
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outside of a function (because you actually schedule this function for delayed execution
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and don't get the result immediately).
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and don't get the result immediately).
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In a modern web frameworks (like `fastapi`), the framework will handle this for you, but if
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In a modern web framework (like `fastapi`), the framework will handle this for you, but if
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you plan to do this on your own you need to perform this manually like described in a
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you plan to do this on your own you need to perform this manually like described in the
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quick start below.
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quick start below.
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||||||
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### Quick Start
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### Quick Start
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