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README.md
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# 🎛️ Sieve # 🎛️ Sieve
Sieve is a simple and extensible framework for .NET Core that **adds sorting, filtering, and pagination functionality out of the box**. Sieve is a simple, clean, and extensible framework for .NET Core that **adds sorting, filtering, and pagination functionality out of the box**.
Most common use case would be for serving ASP.NET Core GET queries. Most common use case would be for serving ASP.NET Core GET queries.
## Usage for ASP.NET Core ## Usage for ASP.NET Core
@ -10,7 +10,7 @@ We'll use Sieve to add sorting, filtering, and pagination capabilities when GET-
### 1. Add required services (`SieveProcessor<TEntity>`) ### 1. Add required services (`SieveProcessor<TEntity>`)
Inject the `SieveProcessor<TEntity>` service for each entity you'd like to use Sieve with. Inject the `SieveProcessor<TEntity>` service for each entity you'd like to use Sieve with.
So to use Sieve with `Post`s, go to `ConfigureServices` in `Startup.cs` and add: So to use Sieve with `Post`s, in `ConfigureServices` in `Startup.cs` add:
``` ```
services.AddScoped<SieveProcessor<Post>>(); services.AddScoped<SieveProcessor<Post>>();
``` ```
@ -18,7 +18,7 @@ services.AddScoped<SieveProcessor<Post>>();
### 2. Add `Sieve` attributes on properties you'd like to sort/filter in your models ### 2. Add `Sieve` attributes on properties you'd like to sort/filter in your models
Sieve will only sort/filter properties that have the attribute `[Sieve(CanSort = true, CanFilter = true)]` on them (they don't have to be both true). Sieve will only sort/filter properties that have the attribute `[Sieve(CanSort = true, CanFilter = true)]` on them (they don't have to be both true).
So for our `Post` entity model: So for our `Post` entity model example:
``` ```
public int Id { get; set; } public int Id { get; set; }
@ -39,8 +39,8 @@ There is also the `name` parameter that you can use to have a different name for
### 3. Use `SieveModel` in your controllers ### 3. Use `SieveModel` in your controllers
In the action handling returning Posts, use the `SieveModel` to get the sort/filter/paginate query. In the action handling returning Posts, use `SieveModel` to get the sort/filter/paginate query.
Apply it by to your data by injecting `SieveProcessor<Post>` into the controller and using its `ApplyAll` method. Apply it to your data by injecting `SieveProcessor<Post>` into the controller and using its `ApplyAll` method.
For instance: For instance:
``` ```
[HttpGet] [HttpGet]
@ -70,7 +70,7 @@ Where `SieveCustomSortMethodsOfPosts` for example is:
``` ```
public class SieveCustomSortMethodsOfPosts : ISieveCustomSortMethods<Post> public class SieveCustomSortMethodsOfPosts : ISieveCustomSortMethods<Post>
{ {
public IQueryable<Post> Popularity(IQueryable<Post> source, bool useThenBy, bool desc) public IQueryable<Post> Popularity(IQueryable<Post> source, bool useThenBy, bool desc) // The method is given an indicator of weather to use ThenBy(), and if the query is descending
{ {
var result = useThenBy ? var result = useThenBy ?
((IOrderedQueryable<Post>)source).ThenBy(p => p.LikeCount) : ((IOrderedQueryable<Post>)source).ThenBy(p => p.LikeCount) :
@ -78,7 +78,7 @@ public class SieveCustomSortMethodsOfPosts : ISieveCustomSortMethods<Post>
.ThenBy(p => p.CommentCount) .ThenBy(p => p.CommentCount)
.ThenBy(p => p.DateCreated); .ThenBy(p => p.DateCreated);
return result; return result; // Must return modified IQueryable<TEntity>
} }
} }
``` ```
@ -86,12 +86,12 @@ And `SieveCustomFilterMethodsOfPosts`:
``` ```
public class SieveCustomFilterMethodsOfPosts : ISieveCustomFilterMethods<Post> public class SieveCustomFilterMethodsOfPosts : ISieveCustomFilterMethods<Post>
{ {
public IQueryable<Post> IsNew(IQueryable<Post> source) public IQueryable<Post> IsNew(IQueryable<Post> source, string op, string value) // The method is given the {Operator} & {Value}
{ {
var result = source.Where(p => p.LikeCount < 100 && var result = source.Where(p => p.LikeCount < 100 &&
p.CommentCount < 5); p.CommentCount < 5);
return result; return result; // Must return modified IQueryable<TEntity>
} }
} }
``` ```
@ -101,12 +101,12 @@ Use the [ASP.NET Core options pattern](https://docs.microsoft.com/en-us/aspnet/c
``` ```
services.Configure<SieveOptions>(Configuration.GetSection("Sieve")); services.Configure<SieveOptions>(Configuration.GetSection("Sieve"));
``` ```
Then you can add configuration: Then you can add the configuration:
``` ```
{ {
"Sieve": { "Sieve": {
"CaseSensitive": `boolean: should property names be case-sensitive? Defaults to false`, "CaseSensitive": `boolean: should property names be case-sensitive? Defaults to false`,
"DefaultPageSize": `number: optional number to trim to when no page argument is given` "DefaultPageSize": `number: optional number to fallback to when no page argument is given`
} }
} }
``` ```
@ -128,8 +128,8 @@ More formally:
* `sorts` is a comma-delimited ordered list of property names to sort by. Adding a `-` before the name switches to sorting descendingly. * `sorts` is a comma-delimited ordered list of property names to sort by. Adding a `-` before the name switches to sorting descendingly.
* `filters` is a comma-delimited list of `{Name}{Operator}{Value}` where * `filters` is a comma-delimited list of `{Name}{Operator}{Value}` where
* `{Name}` is the name of a property with the Sieve attribute or the name of a custom filter method for TEntity * `{Name}` is the name of a property with the Sieve attribute or the name of a custom filter method for TEntity
* `{Operator}` is one of the [Operators](#operators) (not used when using a custom method) * `{Operator}` is one of the [Operators](#operators) (has to be preceeded by a space when using custom filter methods)
* `{Value}` is the value to use for filtering (not used when using a custom method) * `{Value}` is the value to use for filtering
* `page` is the number of page to return * `page` is the number of page to return
* `pageSize` is the number of items returned per page * `pageSize` is the number of items returned per page