Surging is a micro-service engine that provides a lightweight, high-performance, modular RPC request pipeline. The service engine supports http, TCP, WS,Grpc, Mqtt, UDP, and DNS protocols. It uses ZooKeeper and Consul as a registry, and integrates it. Hash, random, polling, Fair Polling as a load balancing algorithm, built-in service governance to ensure reliable RPC communication, the engine contains Diagnostic, link tracking for protocol and middleware calls, and integration SkyWalking Distributed APM

MemoryCache plugin for the Polly Cache policy

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!

A boilerplate for ASP.NET Core application

C# 2-level cache solution for performance and persistence

.Net cache framework for connecting to any caches including in memory cache and Redis from dotnet, dotnet-core and Xamarin forms.

KV Memory Cache

A MemoryCache which tries to prevent cache miss for hot entries, by refreshing before expiration.

File cache with LRU algorithm, contains memory cache and disk cache.

peanut for gopher

灵活的缓存实现，支持内存、网络、本地、资源、自定义，支持不同的缓存策略。

This project presents a Visual Studio solution including a simple demo ASP.Net Web API Basic Authentication Service Application and a “Tester” Client (Windows Form Application) that allows the user to test the Web API with CRUD operations (GET, POST, PUT, DELETE) that service design requires authentication (except the Get). In addition to demonstrating standard CRUD capabilities, the Web API service implements a .Net Memory Cache (MemoryCache) and custom username and password validator. Passwords are stored securely using Password-Based Key Derivation Function PBKD cryptology. The client “tester” windows form application is not intended as a UX/UI demo but used to test and verify that the backend authentication service allows the user to register with a username and password and verify the Web API CRUD functions based on basic authentication scheme. Lastly, the project is shown in the demo section with a video and screen captures. Note: Every Web API Authentication service should use secure transport. For brevity, this demo project does not implement or discuss the complicated detail nature of SSL/TLS.

This project presents a Visual Studio solution including a simple demo ASP.Net Web API Service Application and a “Tester” Client (Windows Form Application) that allows the user to test the Web API with CRUD operations (GET, POST, PUT, DELETE). In addition to demonstrating standard CRUD capabilities, the Web API service implements a .Net Memory Cache (MemoryCache). The client “tester” application also allows the user to verify that the memory cache is implemented correctly and expiring per the set policy. Discussion of the memory cache implementation may help the reader with tips to understand, correctly implement, and verify the cache is expiring. Lastly, the project is shown in the demo section with a video and screen captures.

General low level infrastructure modules for .NET projects

CachingManager is a library for .NET CORE 2.0. Has been built on top of [Microsoft.Extensions.Caching.Memory.MemoryCache]. Enables you to create multiple instances of MemoryCache in your application and keep them all under your control in centralized place which is CacheManager

Impementation of an aspect cache attribute with unity netcore

Very small and simple lib for caching

.Net cache framework for connecting to any caches including in memory cache and Redis from dotnet, dotnet-core and Xamarin forms.

The light-weight, stampede safe, unobtrusive C# / .NET Core cache library.

Client Certificate Validation - Caching the Results Periodically