RedisIntegration

A very simple .NET based client library for starting up an ephemeral Redis server from code during a test.

The goal here is simply to make it easier to code against a local Redis instance in tests (that can be on a Windows dev box or Windows build server) without having an official Redis server installed anywhere.

Usage is... simple. When your test suite fires up, you can do the following to ensure you have a Redis instance running on localhost on port 6379, the Redis default. This is best done in a static initalizer.

var connectionInfo = RedisIntegration.HostManager.RunInstance();

If you want to control the port, use the overload

var connectionInfo = RedisIntegration.HostManager.RunInstance(1235);

There is also a RunInstanceWithVisibleWindow overload so that you can see Redis connection info in a window. You shouldn't need this if you're writing proper tests, but there you go.

What does it do?

• Launches the x86 Redis server binary
• Writes a new randomly named config file, setting the port, pointing to a %temp% db file, and setting number of dbs to 1
• Creates an empty randomly named db file
• Launches the server
• Connects to send it a FLUSHALL

Redis Version

The current Windows binaries are based on Redis 2.6.12.

Release Notes

• 0.3.0.0
  • Thanks to derfsplat for embedding the exe as a resource in the compiled assembly. This provides a more robust launch mechanism which allows for starting Redis inside VS 2012 test runners, within ASP.NET, or generally any other disk location.
  • Upgraded to MS Open Tech Redis, based on 2.4.11 -- this build implements copy on write on Windows. This will be the 'official' Windows build.
  • x64 support stripped (for now at least) - all tests use x86 Redis

Thanks

• Antirez for Redis - obviously this wouldn't be possible without his hard work
• dmajkic for the original Win32 / Win64 port.
• Microsoft Open Tech for their continue work on the Windows port

Warranties

• Don't call multiple times in a single test suite, as trying to run another instance on a locked port will throw

TODO

• The code needs to take into account the potential for multiple test suites to be running on a build server at any given time
• There may need to be some additions made to ensure that Windows firewall ports are opened
• Think about randomizing the ports / ensuring Redis can grab the port / etc - a little thought should go into establishing a simple scheme for this.

License

The .NET code is MIT license - do what you want with it.

In accordance with the original Redis license, those compiled bits are subject to the Redis license