Question 1

How does SugarDB compare to Redis in terms of performance?

Accepted Answer

SugarDB includes benchmark scripts to compare command performance with Redis, as mentioned in the README's Benchmarks section. While it aims to be competitive, performance can vary based on features like RAFT replication, which might add latency compared to Redis's simpler setups. Specific benchmarks should be run for your use case.

Question 2

Can I embed SugarDB in my Go application without running a server?

Accepted Answer

Yes, SugarDB can be embedded as a Go library using `go get github.com/echovault/sugardb/sugardb`, with an ergonomic API for all commands, as shown in the embedded usage example. It still supports features like persistence and clustering even when embedded, but you can omit server startup if not needed.

Question 3

What persistence options does SugarDB support for data recovery?

Accepted Answer

SugarDB provides both snapshots and append-only files for persistence, allowing data recovery after shutdowns. This is detailed in the features, where it mentions using these methods to persist data to disk for increased reliability.

Question 4

How to extend commands in SugarDB using Lua or JavaScript?

Accepted Answer

You can extend commands via Lua modules, JavaScript modules, shared object files, or the embedded API, as listed in the features. The README references command extension capabilities, and documentation links provide specifics on loading modules with commands like MODULE LOAD.

Question 5

Is SugarDB production-ready for distributed systems?

Accepted Answer

SugarDB offers production-ready features like RAFT-based replication, TLS/mTLS, and ACL, but its maturity is limited compared to established solutions. The roadmap includes improvements, so it's suitable for Go-centric projects willing to handle potential gaps in advanced features.

Question 6

How to set up a SugarDB replication cluster?

Accepted Answer

Setting up a cluster involves configuring nodes with RAFT consensus, as implied by the distributed replication feature. While the README doesn't provide step-by-step cluster setup, it emphasizes standalone or cluster modes, and documentation likely covers configuration details for fault tolerance.

Question 7

SugarDB or Redis for a new project with Go?

Accepted Answer

Choose SugarDB if you need an embeddable Go library with distributed capabilities and are okay with missing some advanced features. Opt for Redis if you require a mature ecosystem, immediate access to features like streams or JSON, and extensive community support, as SugarDB is still evolving.

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