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@ -14,7 +14,7 @@ We'll use Sieve to add sorting, filtering, and pagination capabilities when GET-
### 1. Add required services ### 1. Add required services
Inject the `SieveProcessor` service. So in `Startup.cs` add: Inject the `SieveProcessor` service. So in `Startup.cs` add:
``` ```C#
services.AddScoped<SieveProcessor>(); services.AddScoped<SieveProcessor>();
``` ```
@ -22,7 +22,7 @@ services.AddScoped<SieveProcessor>();
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 example: So for our `Post` entity model example:
``` ```C#
public int Id { get; set; } public int Id { get; set; }
[Sieve(CanFilter = true, CanSort = true)] [Sieve(CanFilter = true, CanSort = true)]
@ -46,7 +46,7 @@ Alternatively, you can use Fluent API to do the same. This is especially useful
In the action that handles returning Posts, use `SieveModel` to get the sort/filter/page query. In the action that handles returning Posts, use `SieveModel` to get the sort/filter/page query.
Apply it to your data by injecting `SieveProcessor` into the controller and using its `Apply<TEntity>` method. So for instance: Apply it to your data by injecting `SieveProcessor` into the controller and using its `Apply<TEntity>` method. So for instance:
``` ```C#
[HttpGet] [HttpGet]
public JsonResult GetPosts(SieveModel sieveModel) public JsonResult GetPosts(SieveModel sieveModel)
{ {
@ -66,12 +66,12 @@ You can also explicitly specify if only filtering, sorting, and/or pagination sh
If you want to add custom sort/filter methods, inject `ISieveCustomSortMethods` or `ISieveCustomFilterMethods` with the implementation being a class that has custom sort/filter methods that Sieve will search through. If you want to add custom sort/filter methods, inject `ISieveCustomSortMethods` or `ISieveCustomFilterMethods` with the implementation being a class that has custom sort/filter methods that Sieve will search through.
For instance: For instance:
``` ```C#
services.AddScoped<ISieveCustomSortMethods, SieveCustomSortMethods>(); services.AddScoped<ISieveCustomSortMethods, SieveCustomSortMethods>();
services.AddScoped<ISieveCustomFilterMethods, SieveCustomFilterMethods>(); services.AddScoped<ISieveCustomFilterMethods, SieveCustomFilterMethods>();
``` ```
Where `SieveCustomSortMethodsOfPosts` for example is: Where `SieveCustomSortMethodsOfPosts` for example is:
``` ```C#
public class SieveCustomSortMethods : ISieveCustomSortMethods public class SieveCustomSortMethods : ISieveCustomSortMethods
{ {
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 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
@ -87,7 +87,7 @@ public class SieveCustomSortMethods : ISieveCustomSortMethods
} }
``` ```
And `SieveCustomFilterMethods`: And `SieveCustomFilterMethods`:
``` ```C#
public class SieveCustomFilterMethods : ISieveCustomFilterMethods public class SieveCustomFilterMethods : ISieveCustomFilterMethods
{ {
public IQueryable<Post> IsNew(IQueryable<Post> source, string op, string value) // The method is given the {Operator} & {Value} public IQueryable<Post> IsNew(IQueryable<Post> source, string op, string value) // The method is given the {Operator} & {Value}
@ -102,17 +102,17 @@ public class SieveCustomFilterMethods : ISieveCustomFilterMethods
## Configure Sieve ## Configure Sieve
Use the [ASP.NET Core options pattern](https://docs.microsoft.com/en-us/aspnet/core/fundamentals/configuration/options) with `SieveOptions` to tell Sieve where to look for configuration. For example: Use the [ASP.NET Core options pattern](https://docs.microsoft.com/en-us/aspnet/core/fundamentals/configuration/options) with `SieveOptions` to tell Sieve where to look for configuration. For example:
``` ```C#
services.Configure<SieveOptions>(Configuration.GetSection("Sieve")); services.Configure<SieveOptions>(Configuration.GetSection("Sieve"));
``` ```
Then you can add the configuration: Then you can add the configuration:
``` ```json
{ {
"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": `int number: optional number to fallback to when no page argument is given. Set <=0 to disable paging if no pageSize is specified (default).`, "DefaultPageSize": "int number: optional number to fallback to when no page argument is given. Set <=0 to disable paging if no pageSize is specified (default).",
"MaxPageSize": `int number: maximum allowed page size. Set <=0 to make infinite (default)`, "MaxPageSize": "int number: maximum allowed page size. Set <=0 to make infinite (default)",
"ThrowExceptions": `boolean: should Sieve throw exceptions instead of silently failing? Defaults to false` "ThrowExceptions": "boolean: should Sieve throw exceptions instead of silently failing? Defaults to false"
} }
} }
``` ```
@ -121,7 +121,7 @@ Then you can add the configuration:
With all the above in place, you can now send a GET request that includes a sort/filter/page query. With all the above in place, you can now send a GET request that includes a sort/filter/page query.
An example: An example:
``` ```curl
GET /GetPosts GET /GetPosts
?sorts= LikeCount,CommentCount,-created // sort by likes, then comments, then descendingly by date created ?sorts= LikeCount,CommentCount,-created // sort by likes, then comments, then descendingly by date created