fn __fetch_messages(conn_pool: &mut network::Connections,
                    config: &ClientConfig,
                    reqs: HashMap<&str, protocol::FetchRequest>)
                    -> Result<Vec<fetch::Response>> {
    let now = Instant::now();
    let mut res = Vec::with_capacity(reqs.len());
    for (host, req) in reqs {
        let p = protocol::fetch::ResponseParser {
            validate_crc: config.fetch_crc_validation,
            requests: Some(&req),
        };
        res.push(try!(__z_send_receive(conn_pool, host, now, &req, &p)));
    }
    Ok(res)
}
/// ~ carries out the given fetch requests and returns the response
~ carries out the given fetch requests and returns the response
~ carries out the given fetch requests and returns the response
fn __fetch_messages(conn_pool: &mut network::Connections,
                    config: &ClientConfig,
                    reqs: HashMap<&str, protocol::FetchRequest>)
                    -> Result<Vec<fetch::Response>> {
    let now = Instant::now();
    let mut res = Vec::with_capacity(reqs.len());
    for (host, req) in reqs {
        let p = protocol::fetch::ResponseParser {
            validate_crc: config.fetch_crc_validation,
            requests: Some(&req),
        };
        res.push(try!(__z_send_receive(conn_pool, host, now, &req, &p)));
    }
    Ok(res)
}
fn __fetch_messages ( conn_pool : & mut network :: Connections , config : & ClientConfig , reqs : HashMap < & str , protocol :: FetchRequest > ) -> Result < Vec < fetch :: Response > > { let now = Instant :: now ( ) ; let mut res = Vec :: with_capacity ( reqs . len ( ) ) ; for ( host , req ) in reqs { let p = protocol :: fetch :: ResponseParser { validate_crc : config . fetch_crc_validation , requests : Some ( & req ) , } ; res . push ( try ! ( __z_send_receive ( conn_pool host now req p ) ) ) ; } Ok ( res ) }
~ carries out the given fetch requests and returns the response
~ carries out the given fetch requests and returns the response
conn_pool
&mut network::Connections
config
&ClientConfig
reqs
HashMap<&str, protocol::FetchRequest>