SharpRedis 0.0.8.3

<h1 align="center">⚔️ SharpRedis</h1> <p align="center"> <span>English</span> |
<a href="./README_zh_cn.md">中文</a> </p> <p align="center"> <b>SharpRedis</b> is a high-performance Redis driver implemented in C#, designed to solve common developer pain points—<b>No more Timeout issues</b>, <b>No more data packet misalignment</b>, and no limitations on older .NET versions. If you're facing these problems, try SharpRedis today! </p>

✨ Why Choose SharpRedis?

SharpRedis offers the following exceptional features to help you handle complex Redis needs with ease:

• 🚀 Asynchronous Driver: Fully based on an asynchronous programming model, taking full advantage of modern .NET capabilities to deliver high performance and responsiveness.

• 🛠️ Wide Framework Support: From .NET Framework 3.0 to .NET 8.0, SharpRedis covers almost all .NET versions, making it suitable for a wide range of project requirements.

• ⚡ Fully Asynchronous Event-Driven: Ensures all operations are handled via asynchronous event processing, designed for high concurrency scenarios, maintaining top-tier performance even under heavy traffic and high throughput.

• ✔️ Perfect Asynchronous Support: Since .NET Framework 4.0+, all SharpRedis methods support asynchronous operations, making it easy to handle complex non-blocking tasks.

• 🏎️ Redis Local Caching Support: Designed for efficient read operations, fully compatible with the local caching feature introduced in Redis 6.x, significantly improving data access speed.

• 📦 Supports Latest Redis Commands: SharpRedis stays up to date with Redis version updates, fully supporting up to Redis 7.4.0, including the latest commands like Hash expiry, ensuring you're always working with the latest features.

• 📡 Pipeline Command Support: Supports Redis's pipeline command feature, allowing you to execute multiple commands in batches, reducing network latency and improving overall performance.

• 🛡️ Command Isolation: Commands are not mixed up; each command type is isolated. For example, use redis.String.Get... to operate on strings, and redis.Hash.HSet... to work with hashes.

• 🐦‍🔥 Flexible Cancellation or Timeout: All methods support the passing of a CancellationToken, allowing for graceful operation cancellations.

• 🧮 Span<char> Support: Span is a high-performance feature of .NET. If you've transformed a string into Span<char> for calculation or slicing, it can be directly stored in Redis without generating additional strings.

💼 Who Should Use SharpRedis?

SharpRedis is designed for all .NET developers as a Redis client, providing a powerful, flexible, and efficient solution, particularly suitable for scenarios that require asynchronous programming and high concurrency. Whether you're handling large-scale data storage or building an efficient distributed cache, SharpRedis offers an ideal solution.

🚀 Quick Start

using SharpRedis;

var redis = Redis.UseStandalone("host=127.0.0.1,port=6379");
redis.String.Set("key1", "key1");

var get = redis.String.Get("key1");

// redis.Hash operates on Hashes
// redis.PubSub operates on Publish/Subscribe
// redis.Connection operates on connection (currently limited, more features will be added)
// redis.List operates on Lists
// redis.Bitmap operates on Bitmaps (though essentially strings, they are distinguished)
// redis.Set operates on Sets
// redis.SortedSet operates on Sorted Sets
// redis.Stream operates on Streams
// redis.HyperLogLog operates on HyperLogLogs
// redis.Geospatial operates on GEO types
// redis.Script operates on LUA scripts and functions
// redis.Key operates on Redis keys
// redis.Server operates on Redis server (currently limited, more features will be added)

🚀 Using with Microsoft.Extensions.DependencyInjection

// Install dependency
// Install-Package SharpRedis.DependencyInjection

using SharpRedis.DependencyInjection;

// Register SharpRedis
services.AddSharpRedisStandalone("host=127.0.0.1,port=6379");
// Register SharpRedis with local cache support
services.AddSharpRedisStandalone<LocalCache>("host=127.0.0.1,port=6379");

// Named registration
// Requires Microsoft.Extensions.DependencyInjection.Abstractions 8.0.0 or higher
// The required NuGet package is SharpRedis.DependencyInjectionKeyedService
// Install-Package SharpRedis.DependencyInjectionKeyedService
services.AddSharpRedisStandalone("host=127.0.0.1,port=6379", serviceName: "named");

🚀 Using with Autofac

// Install dependency
// Install-Package SharpRedis.Autofac

using SharpRedis.Autofac;

// Register SharpRedis
containerBuilder.AddSharpRedisStandalone("host=127.0.0.1,port=6379");
// Register SharpRedis with local cache support
containerBuilder.AddSharpRedisStandalone<LocalCache>("host=127.0.0.1,port=6379");

// Named registration
containerBuilder.AddSharpRedisStandalone("host=127.0.0.1,port=6379", serviceName: "named");

🚀 Using with Unity

// Install dependency
// Install-Package SharpRedis.Unity

using SharpRedis.Unity;

// Register SharpRedis
unityContainer.AddSharpRedisStandalone("host=127.0.0.1,port=6379");
// Register SharpRedis with local cache support
unityContainer.AddSharpRedisStandalone<LocalCache>("host=127.0.0.1,port=6379");

// Named registration
unityContainer.AddSharpRedisStandalone("host=127.0.0.1,port=6379", serviceName: "named");

⚙️ Connection String Configuration

Complete example: host=127.0.0.1,port=6379,password=123456,user=redis,encoding=utf-8,connectname=abc,prefix=myprefix,defaultdatabase=0,maxpoolsize=100,minpoolsize=3,commandtimeout=60000,idletimeout=30000,subconcurrency=5,resp=3,buffer=4096

Options can be in any order

If you don't want to use a connection string, you can configure it via code

var redis = Redis.UseStandalone(option =>
{
	option.Host = "127.0.01";
	option.Port = 6379;
});

🔗 Nuget

Package	NuGet	Downloads
SharpRedis
SharpRedis.Autofac
SharpRedis.Unity
SharpRedis.DependencyInjection
SharpRedis.DependencyInjectionKeyedService

📡 Using Command Pipelining

using var pipe = redis.BeginPipelining();
_ = pipe.String.Set("key", "value");
_ = pipe.String.Get("key");
_ = pipe.Hash.HGet("hash", "field");
var result = pipe.ExecutePipelining();

📡 Temporary Database Switching

using var db = redis.SwitchDatabase(1);
db.String.Get("key");
// After switching databases, you can continue to use pipelining
using var pipe = db.BeginPipelining();
...
var result = pipe.ExecutePipelining();

⏳ Using Transactions

using var tran = redis.UseTransaction();
tran.String.Set("key", "value");
...
var result = tran.Exec(); // Execute the transaction

🏎️ Enabling Local Cache Support

var redis = Redis.UseStandalone(option =>
{
    option.Host = "127.0.0.1";
    option.Port = 6379;
    option.Password = "123456";
    option.SetClientSideCaching(new LocalCache());
});

// Custom local cache implementation
public class LocalCache : ClientSideCachingStandard
{
    private readonly MemoryCache _cache;

    public LocalCache()
    {
        this._cache = new MemoryCache(new MemoryCacheOptions { });
    }

    public override ClientSideCachingMode Mode => ClientSideCachingMode.Default;

    public override string[]? KeyPatterns => ["localcache_test*"];

    public override string[]? WithoutKeyPatterns => ["nocache*"];

    public override string[]? KeyPrefixes => ["localcache_test:"];

    protected override bool Clear()
    {
        this._cache.Clear();
        return true;
    }

    protected override bool Delete(in ClientSideCacheKey key)
    {
        this._cache.Remove(key);
        return true;
    }

    protected override bool Set(in ClientSideCacheKey key, object value)
    {
        this._cache.Set(key, value);
        return true;
    }

    protected override bool TryGet(in ClientSideCacheKey key, [NotNullWhen(true)] out object? value)
    {
        return this._cache.TryGetValue(key, out value);
    }
}

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🗄 License

MIT