Rystem.RepositoryFramework allows you to use correctly concepts like repository pattern, CQRS and DDD. You have interfaces for your domains, auto-generated api, auto-generated HttpClient to simplify connection "api to front-end", a functionality for auto-population in memory of your models, a functionality to simulate exceptions and waiting time from external sources to improve your implementation/business test and load test.
$ dotnet add package Rystem.RepositoryFramework.Api.ServerIn your web application you have only to add one row after service build.
app.AddApiForRepositoryFramework();
public static TEndpointRouteBuilder AddApiForRepositoryFramework<TEndpointRouteBuilder>(
this TEndpointRouteBuilder app,
string startingPath = "api",
AuthorizationForApi? authorizationPolicy = null)
where TEndpointRouteBuilder : IEndpointRouteBuilder
You may add api for each service by
public static IEndpointRouteBuilder AddApiForRepository<T>(this IEndpointRouteBuilder app,
string startingPath = "api",
AuthorizationForApi? authorizationPolicy = null)
In the example below you may find the DI for repository with string key for User model, populated with random data in memory, swagger to test the solution, the population method just after the build and the configuration of your API based on repository framework.
using RepositoryFramework.WebApi.Models;
var builder = WebApplication.CreateBuilder(args);
builder.Services
.AddRepositoryInMemoryStorage<User>()
.PopulateWithRandomData(x => x.Email!, 120, 5);
builder.Services.AddEndpointsApiExplorer();
builder.Services.AddSwaggerGen();
var app = builder.Build();
app.Services.Populate();
// Configure the HTTP request pipeline.
if (app.Environment.IsDevelopment())
{
app.UseSwagger();
app.UseSwaggerUI();
}
app.UseHttpsRedirection();
app.AddApiForRepositoryFramework();
app.Run();
All the requests are basic requests, the strangest request is only the query and you must use the Linq query. You may find some examples down below:
ƒ => (((ƒ.X == "dasda") AndAlso ƒ.X.Contains("dasda")) AndAlso ((ƒ.E == Guid.Parse("bf46510b-b7e6-4ba2-88da-cef208aa81f2")) Or (ƒ.Id == 32)))
ƒ => ((((ƒ.X == "dasda") AndAlso ƒ.Sol) AndAlso ƒ.X.Contains("dasda")) AndAlso ((ƒ.E == Guid.Parse("bf46510b-b7e6-4ba2-88da-cef208aa81f2")) Or (ƒ.Id == 32)))
ƒ => (((((ƒ.X == "dasda") AndAlso ƒ.Sol) AndAlso ƒ.X.Contains("dasda")) AndAlso ((ƒ.E == Guid.Parse("bf46510b-b7e6-4ba2-88da-cef208aa81f2")) Or (ƒ.Id == 32))) AndAlso ((ƒ.Type == 1) OrElse (ƒ.Type == 2)))
ƒ => (ƒ.Type == 2)
ƒ => (((((ƒ.X == "dasda") AndAlso ƒ.Sol) AndAlso (ƒ.X.Contains("dasda") OrElse ƒ.Sol.Equals(True))) AndAlso ((ƒ.E == Guid.Parse("bf46510b-b7e6-4ba2-88da-cef208aa81f2")) Or (ƒ.Id == 32))) AndAlso ((ƒ.Type == 1) OrElse (ƒ.Type == 2)))
ƒ => ((((((ƒ.X == "dasda") AndAlso ƒ.Samules.Any(x => (x == "ccccde"))) AndAlso ƒ.Sol) AndAlso (ƒ.X.Contains("dasda") OrElse ƒ.Sol.Equals(True))) AndAlso ((ƒ.E == Guid.Parse("bf46510b-b7e6-4ba2-88da-cef208aa81f2")) Or (ƒ.Id == 32))) AndAlso ((ƒ.Type == 1) OrElse (ƒ.Type == 2)))
ƒ => (ƒ.ExpirationTime > Convert.ToDateTime("7/6/2022 9:48:56 AM"))
ƒ => (ƒ.TimeSpan > new TimeSpan(1000 as long))
ƒ => Not(ƒ.Inside.Inside.A.Equals("dasdad"))