LiteX.Cache.Redis 6.2.0

Distributed caching based on StackExchange.Redis and Redis.
Small library for manage cache with Redis. A quick setup for Redis.

     
 LiteXCache is simple yet powerful and very high performance cache mechanism and incorporating both synchronous and asynchronous usage with some advanced usages of caching which can help us to handle caching more easier!
 Provide Cache service for any type of application (.NET Core, .NET Standard).
 Very simple yet advanced configuration. Minimal (one line) code configuration is required.

There is a newer version of this package available.
See the version list below for details.
Install-Package LiteX.Cache.Redis -Version 6.2.0
dotnet add package LiteX.Cache.Redis --version 6.2.0
<PackageReference Include="LiteX.Cache.Redis" Version="6.2.0" />
For projects that support PackageReference, copy this XML node into the project file to reference the package.
paket add LiteX.Cache.Redis --version 6.2.0
The NuGet Team does not provide support for this client. Please contact its maintainers for support.

LiteX Redis Cache

Distributed caching based on StackExchange.Redis and Redis. Small library for manage cache with Redis. A quick setup for Redis. LiteX.Cache.Redis is a redis caching library which is based on LiteX.Cache.Core and StackExchange.Redis.

When you use this library, it means that you will handle the data of your redis servers. As usual, you can use it as distributed caching.

This package is simple yet powerful and very high-performance cache mechanism and incorporating both synchronous and asynchronous usage with some advanced usages of caching which can help us to handle caching more easier!

Provide Cache service for any type of application (.NET Core, .NET Standard).

Very simple yet advanced configuration. The main goal of the LiteXCache package is to make developer's life easier to handle even very complex caching scenarios.

How to use ?

Install Nuget packages

Run the nuget command for installing the client as,

Install-Package LiteX.Cache.Core
Install-Package LiteX.Cache.Redis

Configuration

AppSettings
{
  "RedisConfig": {
    "RedisCachingConnectionString": "127.0.0.1:6379,ssl=False",
    "PersistDataProtectionKeysToRedis": false
  }
}
Startup Configuration
public class Startup
{
    public void ConfigureServices(IServiceCollection services)
    {
        // 1. Use default configuration from appsettings.json's 'RedisConfig'
        services.AddLiteXRedisCache();

        //OR
        // 2. Load configuration settings using options.
        services.AddLiteXRedisCache(option =>
        {
            option.RedisCachingConnectionString = "127.0.0.1:6379,ssl=False";
            //option.PersistDataProtectionKeysToRedis = true;
        });

        //OR
        // 3. Load configuration settings on your own.
        // (e.g. appsettings, database, hardcoded)
        var redisConfig = new RedisConfig()
        {
            RedisCachingConnectionString = "127.0.0.1:6379,ssl=False",
            //PersistDataProtectionKeysToRedis = true
        };
        services.AddLiteXRedisCache(redisConfig);
    }
}

Use in Controller or Business Layer

The following code show how to use EasyCachingProvider in ASP.NET Core Web API.

public class CustomerController : Controller
{
    private readonly ILiteXCacheManager _cacheManager;

    public CustomerController(ILiteXCacheManager cacheManager)
    {
        _cacheManager = cacheManager;
    }

    [Route("get-cache-provider-type")]
    public IActionResult GetCacheProviderType()
    {
        return Ok(_cacheManager.CacheProviderType.ToString());
    }

    [Route("cache-all")]
    public IActionResult CacheCustomers()
    {
        IList<Customer> customers;

        //cacheable key
        var key = "customers";

        customers = _cacheManager.Get(key, () =>
        {
            var result = new List<Customer>();
            result = GetCustomers().ToList();
            return result;
        });

        ////Async
        //customers = await _cacheManager.GetAsync(key, () =>
        //{
        //    var result = new List<Customer>();
        //    result = GetCustomers().ToList();
        //    return result;
        //});

        return Ok(customers);
    }

    [Route("cache-all-specific-time/{cacheTime}")]
    public IActionResult CacheCustomers(int cacheTime)
    {
        IList<Customer> customers;

        //cacheable key
        var cacheKey = "customers";

        customers = _cacheManager.Get(cacheKey, cacheTime, () =>
        {
            var result = new List<Customer>();
            result = GetCustomers().ToList();
            return result;
        });

        ////Async
        //customers = await _cacheManager.GetAsync(cacheKey, cacheTime, () =>
        //{
        //    var result = new List<Customer>();
        //    result = GetCustomers().ToList();
        //    return result;
        //});

        return Ok(customers);
    }

    [Route("cache-single-customer/{customerId}")]
    public IActionResult CacheCustomer(int customerId)
    {
        Customer customer = null;
        var cacheKey = $"customer-{customerId}";

        customer = _cacheManager.Get<Customer>(cacheKey);

        ////Async
        //customer = await _cacheManager.GetAsync<Customer>(cacheKey);

        if (customer == default(Customer))
        {
            //no value in the cache yet
            //let's load customer and cache the result
            customer = GetCustomerById(customerId);
            _cacheManager.Set(cacheKey, customer, 60);

            ////Async
            //await _cacheManager.SetAsync(cacheKey, customer, 60);
        }
        return Ok(customer);
    }

    [Route("remove-all-cached")]
    public IActionResult RemoveCachedCustomers()
    {
        //cacheable key
        var cacheKey = "customers";

        _cacheManager.Remove(cacheKey);

        ////Async
        //await _cacheManager.RemoveAsync(cacheKey);


        // OR
        var cacheKeyPattern = "customers-";
        // remove by pattern
        _cacheManager.RemoveByPattern(cacheKeyPattern);

        ////Async
        //await _cacheManager.RemoveByPatternAsync(cacheKeyPattern);


        return Ok();
    }

    [Route("clear-cached")]
    public IActionResult ClearCachedItems()
    {
        _cacheManager.Clear();

        ////Async
        //await _cacheManager.ClearAsync();

        return Ok();
    }
}

Coming soon

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LiteX Redis Cache

Distributed caching based on StackExchange.Redis and Redis. Small library for manage cache with Redis. A quick setup for Redis. LiteX.Cache.Redis is a redis caching library which is based on LiteX.Cache.Core and StackExchange.Redis.

When you use this library, it means that you will handle the data of your redis servers. As usual, you can use it as distributed caching.

This package is simple yet powerful and very high-performance cache mechanism and incorporating both synchronous and asynchronous usage with some advanced usages of caching which can help us to handle caching more easier!

Provide Cache service for any type of application (.NET Core, .NET Standard).

Very simple yet advanced configuration. The main goal of the LiteXCache package is to make developer's life easier to handle even very complex caching scenarios.

How to use ?

Install Nuget packages

Run the nuget command for installing the client as,

Install-Package LiteX.Cache.Core
Install-Package LiteX.Cache.Redis

Configuration

AppSettings
{
  "RedisConfig": {
    "RedisCachingConnectionString": "127.0.0.1:6379,ssl=False",
    "PersistDataProtectionKeysToRedis": false
  }
}
Startup Configuration
public class Startup
{
    public void ConfigureServices(IServiceCollection services)
    {
        // 1. Use default configuration from appsettings.json's 'RedisConfig'
        services.AddLiteXRedisCache();

        //OR
        // 2. Load configuration settings using options.
        services.AddLiteXRedisCache(option =>
        {
            option.RedisCachingConnectionString = "127.0.0.1:6379,ssl=False";
            //option.PersistDataProtectionKeysToRedis = true;
        });

        //OR
        // 3. Load configuration settings on your own.
        // (e.g. appsettings, database, hardcoded)
        var redisConfig = new RedisConfig()
        {
            RedisCachingConnectionString = "127.0.0.1:6379,ssl=False",
            //PersistDataProtectionKeysToRedis = true
        };
        services.AddLiteXRedisCache(redisConfig);
    }
}

Use in Controller or Business Layer

The following code show how to use EasyCachingProvider in ASP.NET Core Web API.

public class CustomerController : Controller
{
    private readonly ILiteXCacheManager _cacheManager;

    public CustomerController(ILiteXCacheManager cacheManager)
    {
        _cacheManager = cacheManager;
    }

    [Route("get-cache-provider-type")]
    public IActionResult GetCacheProviderType()
    {
        return Ok(_cacheManager.CacheProviderType.ToString());
    }

    [Route("cache-all")]
    public IActionResult CacheCustomers()
    {
        IList<Customer> customers;

        //cacheable key
        var key = "customers";

        customers = _cacheManager.Get(key, () =>
        {
            var result = new List<Customer>();
            result = GetCustomers().ToList();
            return result;
        });

        ////Async
        //customers = await _cacheManager.GetAsync(key, () =>
        //{
        //    var result = new List<Customer>();
        //    result = GetCustomers().ToList();
        //    return result;
        //});

        return Ok(customers);
    }

    [Route("cache-all-specific-time/{cacheTime}")]
    public IActionResult CacheCustomers(int cacheTime)
    {
        IList<Customer> customers;

        //cacheable key
        var cacheKey = "customers";

        customers = _cacheManager.Get(cacheKey, cacheTime, () =>
        {
            var result = new List<Customer>();
            result = GetCustomers().ToList();
            return result;
        });

        ////Async
        //customers = await _cacheManager.GetAsync(cacheKey, cacheTime, () =>
        //{
        //    var result = new List<Customer>();
        //    result = GetCustomers().ToList();
        //    return result;
        //});

        return Ok(customers);
    }

    [Route("cache-single-customer/{customerId}")]
    public IActionResult CacheCustomer(int customerId)
    {
        Customer customer = null;
        var cacheKey = $"customer-{customerId}";

        customer = _cacheManager.Get<Customer>(cacheKey);

        ////Async
        //customer = await _cacheManager.GetAsync<Customer>(cacheKey);

        if (customer == default(Customer))
        {
            //no value in the cache yet
            //let's load customer and cache the result
            customer = GetCustomerById(customerId);
            _cacheManager.Set(cacheKey, customer, 60);

            ////Async
            //await _cacheManager.SetAsync(cacheKey, customer, 60);
        }
        return Ok(customer);
    }

    [Route("remove-all-cached")]
    public IActionResult RemoveCachedCustomers()
    {
        //cacheable key
        var cacheKey = "customers";

        _cacheManager.Remove(cacheKey);

        ////Async
        //await _cacheManager.RemoveAsync(cacheKey);


        // OR
        var cacheKeyPattern = "customers-";
        // remove by pattern
        _cacheManager.RemoveByPattern(cacheKeyPattern);

        ////Async
        //await _cacheManager.RemoveByPatternAsync(cacheKeyPattern);


        return Ok();
    }

    [Route("clear-cached")]
    public IActionResult ClearCachedItems()
    {
        _cacheManager.Clear();

        ////Async
        //await _cacheManager.ClearAsync();

        return Ok();
    }
}

Coming soon

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Release Notes

Code re-factoring and optimization changes.

This package is not used by any popular GitHub repositories.

Version History

Version Downloads Last updated
7.0.3 1,065 1/31/2019
7.0.2 1,253 8/25/2018
7.0.1 148 8/9/2018
7.0.0 208 6/30/2018
6.2.0 232 6/23/2018
6.1.0 260 6/18/2018
6.0.0 266 6/2/2018
5.0.0 230 5/7/2018
4.0.0 324 5/4/2018
3.0.0 281 4/25/2018
2.0.0 256 4/22/2018
1.0.0 318 4/20/2018