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use crate::{
cmd,
resp::{BulkString, FromValue},
Database, IntoArgs, Result,
};
use async_trait::async_trait;
#[async_trait]
pub trait ListCommands {
async fn lpush<K, E>(&self, key: K, elements: E) -> Result<i64>
where
K: Into<BulkString> + Send,
E: IntoArgs + Send;
async fn lpop<K, E>(&self, key: K, count: usize) -> Result<Vec<E>>
where
K: Into<BulkString> + Send,
E: FromValue;
async fn rpush<K, E>(&self, key: K, elements: E) -> Result<i64>
where
K: Into<BulkString> + Send,
E: IntoArgs + Send;
async fn rpop<K, E>(&self, key: K, count: usize) -> Result<Vec<E>>
where
K: Into<BulkString> + Send,
E: FromValue;
}
#[async_trait]
impl ListCommands for Database {
async fn lpush<K, E>(&self, key: K, elements: E) -> Result<i64>
where
K: Into<BulkString> + Send,
E: IntoArgs + Send,
{
self.send(cmd("LPUSH").arg(key).args(elements))
.await?
.into()
}
async fn lpop<K, E>(&self, key: K, count: usize) -> Result<Vec<E>>
where
K: Into<BulkString> + Send,
E: FromValue,
{
self.send(cmd("LPOP").arg(key).arg(count)).await?.into()
}
async fn rpush<K, E>(&self, key: K, elements: E) -> Result<i64>
where
K: Into<BulkString> + Send,
E: IntoArgs + Send,
{
self.send(cmd("RPUSH").arg(key).args(elements))
.await?
.into()
}
async fn rpop<K, E>(&self, key: K, count: usize) -> Result<Vec<E>>
where
K: Into<BulkString> + Send,
E: FromValue,
{
self.send(cmd("RPOP").arg(key).arg(count)).await?.into()
}
}