Search Results for "integrate"

...It takes the basic ideology of Martini and extends it in advance. Powerful routing with suburl. Flexible routes combinations. Unlimited nested group routers. Directly integrate with existing services. Dynamically change template files at runtime. Allow to use of the in-memory templates and static files. Easy to plugin/unplugin features with a modular design. Handy dependency injection powered by inject. Better router layer and less reflection make faster speed.

...Stop generating config files. Embeddable - Include pion/turn in your existing applications. No need to manage another service. Extendable - TURN as an API so you can easily integrate with your existing monitoring and metrics. Maintainable - pion/turn is simple and well documented. Designed for learning and easy debugging. Portable - Quickly deploy to multiple architectures/platforms just by setting an environment variable. Safe - Stability and safety is important for network services. Go provides everything we need. ...

...It was designed to build a foundation with the capability and flexibility that allows you to build your own reconnaissance system and run it on a large number of targets. Efficiently to customize and optimize your recon process. Seamlessly integrate with new public and private tools. Easy to synchronize the results across many places.

...It saves you from using mock code, and since the redis server lives in the test process you can query for values directly, without going through the server stack. There are no dependencies on external binaries, so you can easily integrate it in automated build processes. Since miniredis is intended to be used in unittests TTLs don't decrease automatically. You can use TTL() to get the TTL (as a time.Duration) of a key. It will return 0 when no TTL is set. Miniredis will use math/rand's global RNG for randomness unless a seed is provided by calling m.Seed(...). If a seed is provided, then miniredis will use its own RNG based on that seed.

...Everything is a message in Open-IM-Server, so you can extend custom messages easily, there is no need to modify the server code. Using microservice architectures, Open-IM-Server can be deployed using clusters. By deployment of the Open-IM-Server on the customer's server, developers can integrate instant messaging and real-time network capabilities into their own applications free of charge and quickly, and ensure the security and privacy of business data. Open-IM relies on five open source high-performance components: ETCD, MySQL, MongoDB, Redis, and Kafka. Privatization deployment Before Open-IM-Server, please make sure that the above five components have been installed. ...

...Powerful middleware "handler chain": powerful than "filter" or "interceptor". each handler in the chain is able to get the running result of the backward handler and your business logic. It is very useful in a variety of scenarios. Go Chassis is designed as a protocol-independent framework, any protocol is able to integrate with go chassis and leverage the same functions like load balancing, circuit breaker, rate limiting, and routing management, those functions are resilient to your service. Support Service center, kubernetes. fit both client side discovery and server side discovery pattern, and you can disable service discovery to use end to end communication.

...APIs subject to change while avo is still in an experimental phase. You can use it to build real things but we suggest you pin a version with your package manager of choice. go run this code to see the assembly output. To integrate this into the rest of your Go package we recommend a go:generate line to produce the assembly and the corresponding Go stub file.