FreeRedis.DistributedCache v1.3.3 — nugetz
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2881099/ FreeRedis.DistributedCache v1.3.3 .NET3.1 .NET 5.0 .NET 6.0 .NET 7.0
分布式缓存 FreeRedis 实现 Microsoft.Extensions.Caching
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$ dotnet add package FreeRedis.DistributedCacheReadme 🦄 FreeRedis
FreeRedis is a redis client based on .NET, supports .NET Core 2.1+, .NET Framework 4.0+, Xamarin, and AOT.
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🌈 RedisClient Keep all method names consistent with redis-cli
🌌 Support Redis Cluster (requires redis-server 3.2 and above)
⛳ Support Redis Sentinel
🎣 Support Redis Master-Slave
📡 Support Redis Pub-Sub
📃 Support Redis Lua Scripting
💻 Support Pipeline、Transaction、DelayQueue、RediSearch
🌴 Support Geo type commands (requires redis-server 3.2 and above)
🌲 Support Streams type commands (requires redis-server 5.0 and above)
⚡ Support Client-side-caching (requires redis-server 6.0 and above)
🌳 Support Redis 6 RESP3 Protocol
QQ Groups：4336577(full)、8578575(available) 、52508226(available)
🚀 Quick start
public static RedisClient cli = new RedisClient("127.0.0.1:6379,password=123,defaultDatabase=13");
cli.Serialize = obj => JsonConvert.SerializeObject(obj);
cli.Deserialize = (json, type) => JsonConvert.DeserializeObject(json, type);
cli.Notice += (s, e) => Console.WriteLine(e.Log); //print command log
cli.Set("key1", "value1");
cli.MSet("key1", "value1", "key2", "value2");
string value1 = cli.Get("key1");
string[] vals = cli.MGet("key1", "key2");
Supports strings, hashes, lists, sets, sorted sets, bitmaps, hyperloglogs, geo, streams And BloomFilter.
Parameter Default Explain protocol RESP2 If you use RESP3, you need redis 6.0 environment user <empty> Redis server username, requires redis-server 6.0 password <empty> Redis server password defaultDatabase 0 Redis server database max poolsize 100 Connection max pool size min poolsize 5 Connection min pool size idleTimeout 20000 Idle time of elements in the connection pool (MS), suitable for connecting to remote redis server connectTimeout 10000 Connection timeout (MS) receiveTimeout 10000 Receive timeout (MS) sendTimeout 10000 Send timeout (MS) encoding utf-8 string charset retry 0 Protocol error retry execution times ssl false Enable encrypted transmission name <empty> Connection name, use client list command to view prefix <empty> The prefix of the key, all methods will have this prefix. cli.Set(prefix + "key", 111); exitAutoDisposePool true AppDomain.CurrentDomain.ProcessExit/Console.CancelKeyPress auto disposed subscribeReadbytes false Subscribe read bytes
IPv6: [fe80::b164:55b3:4b4f:7ce6%15]:6379
//FreeRedis.DistributedCache
//services.AddSingleton<IDistributedCache>(new FreeRedis.DistributedCache(cli));
🎣 Master-Slave public static RedisClient cli = new RedisClient(
"127.0.0.1:6379,password=123,defaultDatabase=13",
"127.0.0.1:6380,password=123,defaultDatabase=13",
"127.0.0.1:6381,password=123,defaultDatabase=13"
);
var value = cli.Get("key1");
Write data at 127.0.0.1:6379; randomly read data from port 6380 or 6381.
⛳ Redis Sentinel public static RedisClient cli = new RedisClient(
"mymaster,password=123",
new [] { "192.169.1.10:26379", "192.169.1.11:26379", "192.169.1.12:26379" },
true //This variable indicates whether to use the read-write separation mode.
);
🌌 Redis Cluster Suppose, a Redis cluster has three master nodes (7001-7003) and three slave nodes (7004-7006), then use the following code to connect to the cluster:
public static RedisClient cli = new RedisClient(
new ConnectionStringBuilder[] { "192.168.0.2:7001", "192.168.0.2:7002", "192.168.0.2:7003" }
);
⚡ Client-side-caching
requires redis-server 6.0 and above
cli.UseClientSideCaching(new ClientSideCachingOptions
{
//Client cache capacity
Capacity = 3,
//Filtering rules, which specify which keys can be cached locally
KeyFilter = key => key.StartsWith("Interceptor"),
//Check long-term unused cache
CheckExpired = (key, dt) => DateTime.Now.Subtract(dt) > TimeSpan.FromSeconds(2)
});
📡 Subscribe using (cli.Subscribe("abc", ondata)) //wait .Dispose()
{
Console.ReadKey();
}
void ondata(string channel, string data) =>
Console.WriteLine($"{channel} -> {data}");
using (cli.SubscribeStream("stream_key", ondata)) //wait .Dispose()
{
Console.ReadKey();
}
void ondata(Dictionary<string, string> streamValue) =>
Console.WriteLine(JsonConvert.SerializeObject(streamValue));
// NoAck xpending
cli.XPending("stream_key", "FreeRedis__group", "-", "+", 10);
using (cli.SubscribeList("list_key", ondata)) //wait .Dispose()
{
Console.ReadKey();
}
void ondata(string listValue) =>
Console.WriteLine(listValue);
📃 Scripting var r1 = cli.Eval("return {KEYS[1],KEYS[2],ARGV[1],ARGV[2]}",
new[] { "key1", "key2" }, "first", "second") as object[];
var r2 = cli.Eval("return {1,2,{3,'Hello World!'}}") as object[];
cli.Eval("return redis.call('set',KEYS[1],'bar')",
new[] { Guid.NewGuid().ToString() })
💻 Pipeline using (var pipe = cli.StartPipe())
{
pipe.IncrBy("key1", 10);
pipe.Set("key2", Null);
pipe.Get("key1");
object[] ret = pipe.EndPipe();
Console.WriteLine(ret[0] + ", " + ret[2]);
}
📰 Transaction using (var tran = cli.Multi())
{
tran.IncrBy("key1", 10);
tran.Set("key2", Null);
tran.Get("key1");
object[] ret = tran.Exec();
Console.WriteLine(ret[0] + ", " + ret[2]);
}
📯 GetDatabase: switch database using (var db = cli.GetDatabase(10))
{
db.Set("key1", 10);
var val1 = db.Get("key1");
}
🔍 Scan foreach (var keys in cli.Scan("*", 10, null))
{
Console.WriteLine(string.Join(", ", keys));
}
🍡 DelayQueue var delayQueue = cli.DelayQueue("TestDelayQueue");
//Add queue
delayQueue.Enqueue($"Execute in 5 seconds.", TimeSpan.FromSeconds(5));
delayQueue.Enqueue($"Execute in 10 seconds.", DateTime.Now.AddSeconds(10));
delayQueue.Enqueue($"Execute in 15 seconds.", DateTime.Now.AddSeconds(15));
delayQueue.Enqueue($"Execute in 20 seconds.", TimeSpan.FromSeconds(20));
delayQueue.Enqueue($"Execute in 25 seconds.", DateTime.Now.AddSeconds(25));
delayQueue.Enqueue($"Execute in 2024-07-02 14:30:15", DateTime.Parse("2024-07-02 14:30:15"));
//Consumption queue
await delayQueue.DequeueAsync(s =>
{
output.WriteLine($"{DateTime.Now}：{s}");
return Task.CompletedTask;
});
🐆 RediSearch cli.FtCreate(...).Execute();
cli.FtSearch(...).Execute();
cli.FtAggregate(...).Execute();
//... or ...
[FtDocument("index_post", Prefix = "blog:post:")]
class TestDoc
{
[FtKey]
public int Id { get; set; }
[FtTextField("title", Weight = 5.0)]
public string Title { get; set; }
[FtTextField("category")]
public string Category { get; set; }
[FtTextField("content", Weight = 1.0, NoIndex = true)]
public string Content { get; set; }
[FtTagField("tags")]
public string[] Tags { get; set; } //or string
[FtNumericField("views")]
public int Views { get; set; }
}
var repo = cli.FtDocumentRepository<TestDoc>();
repo.CreateIndex();
repo.Save(new TestDoc { Id = 1, Title = "test title1 word", Category = "class 1", Content = "test content 1 suffix", Tags = "user1,user2", Views = 101 });
repo.Save(new TestDoc { Id = 2, Title = "prefix test title2", Category = "class 2", Content = "test infix content 2", Tags = "user2,user3", Views = 201 });
repo.Save(new TestDoc { Id = 3, Title = "test title3 word", Category = "class 1", Content = "test word content 3", Tags = "user2,user5", Views = 301 });
repo.Delete(1, 2, 3);
repo.Save(new[]
{
new TestDoc { Id = 1, Title = "test title1 word", Category = "class 1", Content = "test content 1 suffix", Tags = "user1,user2", Views = 101 },
new TestDoc { Id = 2, Title = "prefix test title2", Category = "class 2", Content = "test infix content 2", Tags = "user2,user3", Views = 201 },
new TestDoc { Id = 3, Title = "test title3 word", Category = "class 1", Content = "test word content 3", Tags = "user2,user5", Views = 301 }
});
var list = repo.Search("*").InFields(a => new { a.Title }).ToList();
list = repo.Search("*").Return(a => new { a.Title, a.Tags }).ToList();
list = repo.Search("*").Return(a => new { tit1 = a.Title, tgs1 = a.Tags, a.Title, a.Tags }).ToList();
list = repo.Search(a => a.Title == "word" && a.Tags.Contains("user1")).Filter(a => a.Views, 1, 1000).ToList();
list = repo.Search("word").ToList();
list = repo.Search("@title:word").ToList();
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🗄 License Compatibility .NET3.1
.NET 5.0
.NET 6.0
.NET 7.0
.NET 8.0
.NET 9.0
.NET 10.0
.NET Std2.0
