DSoft.CacheManager 1.1.2406.221

DSoft.CacheManager

Managed .NET cache management framework for .NET Standard 2.0 and .NET 6 or .NET 8

Features

- Works on all platforms that support .NET Standard 2.0, .NET 6 or .NET 8
- Extendable to add different backends for storing the cached data
	- LiteDb provider is available with more to come
- Designed to work with Microsoft's standard Dependency Injection mechanism
	- Factory class is provided if you don't use DI
- async/await compatible

Usage

To use CacheManager you need to add packages DSoft.CacheManager and your preferred backend such as DSoft.CacheManager.LiteDB

Dependency Injection

Call RegisterCacheManager<T>, where T is the backend implementation, to register the cache manager

using DSoft.CacheManager;
using DSoft.CacheManager.LiteDB;

private void ConfigureServices(IConfiguration configuration, IServiceCollection services)
{
    services.RegisterCacheManager<LiteDbBackend>();
}

Consume

You can inject ICacheManager into your services or you can use CacheManagerFactory.Create to create an instance manually.

var cacheManager = ServiceHost.GetRequiredService<ICacheManager>();

var dataKey = typeof(SomeData).Name;

await cacheManager.LoadAsync(); // optionally pre-warm the cache

var items = new List<SomeData>()
                {
                    new SomeData() { Id = 1, Name = "One", IsEnabled = true },
                    new SomeData() { Id = 2, Name = "Two", IsEnabled = false },
                    new SomeData() { Id = 3, Name = "Three", IsEnabled = true },
                    new SomeData() { Id = 4, Name = "Four", IsEnabled = false },
                };

var exists = cacheManager.IsKeyRegistered(dataKey);

if (exists)
{
    var ogItems = cacheManager.GetItems<SomeData>(dataKey);

    var count = ogItems.Count;
}

cacheManager.SetItems(dataKey, items);


var itemsOut = cacheManager.GetItems<SomeData>(dataKey);