Question 1

How does KiteSQL performance compare to SQLite?

Accepted Answer

KiteSQL's TPC-C benchmarks show competitive write speeds, with LMDB backend outperforming RocksDB in some tests, but it's single-threaded and may not match SQLite's broader ecosystem or stability for all use cases.

Question 2

Can I use KiteSQL in a browser with WebAssembly?

Accepted Answer

Yes, KiteSQL ships a WebAssembly build for JavaScript runtimes, allowing embedded database functionality in browsers or Node.js, though it requires a localStorage shim for certain features in Node.js.

Question 3

How to set up schema migrations with KiteSQL ORM?

Accepted Answer

Use the #[derive(Model)] macro to define typed models, then call database.migrate() to handle common schema updates like adding or renaming columns, keeping migrations close to Rust code instead of manual SQL.

Question 4

What are the differences between RocksDB and LMDB backends in KiteSQL?

Accepted Answer

LMDB is optimized for read-heavy workloads with faster performance in benchmarks, while RocksDB handles writes better but may have higher latency; choose based on your application's data access patterns.

Question 5

Is KiteSQL ACID compliant?

Accepted Answer

KiteSQL supports transactions and checkpoints for consistency, but ACID properties depend on the storage backend; RocksDB and LMDB provide varying levels of durability and isolation, so review the documentation for specifics.

Question 6

How to install KiteSQL for Python projects?

Accepted Answer

Enable the 'python' Cargo feature and use PyO3 bindings; construct the database with Database(path, backend='rocksdb') or in-memory with Database.in_memory(), but note it's less feature-rich than the Rust API.

KiteSQL

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