use rbdc::db::{Driver, MetaData, Row, Connection, ConnectOptions, Placeholder};
pub struct YourDriver{}
impl Driver for YourDriver{}
pub struct YourMetaData{}
impl MetaData for YourMetaData{}
pub struct YourRow{}
impl Row for YourRow{}
pub struct YourConnection{}
impl Connection for YourConnection{}
pub struct YourConnectOptions{}
impl ConnectOptions for YourConnectOptions{}
pub struct YourPlaceholder{}
impl Placeholder for YourPlaceholder{}

use rbdc_sqlite::SqliteDriver;
use rbdc::db::{Connection};
use rbdc::Error;
use rbdc::pool::ConnManager;
use rbdc::pool::Pool;
use rbdc_pool_fast::FastPool;
#[tokio::main]
async fn main() -> Result<(), Error> {
    let pool = FastPool::new(ConnManager::new(SqliteDriver {}, "sqlite://target/test.db")?)?;
    let mut conn = pool.get().await?;
    // select
    let v = conn.get_values("select * from sqlite_master", vec![]).await?;
    println!("{}", rbs::Value::Array(v));
    // update/delete
    let r = conn.exec("update table set name='a' where id = 1", vec![]).await?;
    println!("{}", r);
    Ok(())
}

// Key components:
// 1. Dedicated worker thread per connection
// 2. Command channels for communication
pub struct YourConnection {
    worker: ConnectionWorker,
}
struct ConnectionWorker {
    command_tx: flume::Sender<Command>,
}
enum Command {
    Execute { /* ... */ },
    Query { /* ... */ },
}

// SAFETY: YourConnection is thread-safe because:
// 1. Database operations run on a dedicated worker thread
// 2. Communication uses thread-safe channels
unsafe impl Sync for YourConnection {}