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Signed-off-by: Connor1996 <zbk602423539@gmail.com>
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# The TinyKV Course # The TinyKV Course
This is a series of projects on a key-value storage system built with the Raft consensus algorithm. These projects are inspired by the famous [MIT 6.824](http://nil.csail.mit.edu/6.824/2018/index.html) course, but aim to be closer to industry implementations. The whole course is pruned from [TiKV](https://github.com/tikv/tikv) and re-written in Go. After completing this course, you will have the knowledge to implement a basic key-value storage fault-tolerance service with distributed transaction support and a better understanding of TiKV implementation. This is a series of projects on a key-value storage system built with the Raft consensus algorithm. These projects are inspired by the famous [MIT 6.824](http://nil.csail.mit.edu/6.824/2018/index.html) course, but aim to be closer to industry implementations. The whole course is pruned from [TiKV](https://github.com/tikv/tikv) and re-written in Go. After completing this course, you will have the knowledge to implement a basic key-value storage fault-tolerance service with distributed transaction support and a better understanding of TiKV implementation.
The whole project is a skeleton code for a kv server and a scheduler server at initial, and you need to finish the core logic step by step: The whole project is a skeleton code for a kv server and a scheduler server at initial, and you need to finish the core logic step by step:
@ -40,10 +40,11 @@ Now you can run `make` to check that everything is working as expected. You shou
Same as the architect TiDB + TiKV + PD that separates the storage and computation, TinyKV only focuses on the storage layer of a distributed database system. If you are also interested in SQL layer, see [TinySQL](https://github.com/pingcap-incubator/tinysql). Besides that, there is a component called TinyScheduler as a center control of the whole TinyKV cluster, which collects information from the heartbeats of TinyKV. After that, the TinyScheduler can generate some scheduling tasks and distribute them to the TinyKV instances. All of them are communicated by RPC. Same as the architect TiDB + TiKV + PD that separates the storage and computation, TinyKV only focuses on the storage layer of a distributed database system. If you are also interested in SQL layer, see [TinySQL](https://github.com/pingcap-incubator/tinysql). Besides that, there is a component called TinyScheduler as a center control of the whole TinyKV cluster, which collects information from the heartbeats of TinyKV. After that, the TinyScheduler can generate some scheduling tasks and distribute them to the TinyKV instances. All of them are communicated by RPC.
The whole project is organized into the following directories: The whole project is organized into the following directories:
- `kv`: implementation of the TinyKV key/value store.
- `proto`: all communication between nodes and processes uses Protocol Buffers over gRPC. This package contains the protocol definitions used by TinyKV, and generated Go code for using them. - `kv`: implementation of the TinyKV key/value store.
- `raft`: implementation of the Raft distributed consensus algorithm, used in TinyKV. - `proto`: all communication between nodes and processes uses Protocol Buffers over gRPC. This package contains the protocol definitions used by TinyKV, and generated Go code for using them.
- `scheduler`: implementation of the TinyScheduler which is responsible for managing TinyKV nodes and for generating timestamps. - `raft`: implementation of the Raft distributed consensus algorithm, used in TinyKV.
- `scheduler`: implementation of the TinyScheduler which is responsible for managing TinyKV nodes and for generating timestamps.
### Course material ### Course material