pub fn iter(&self) -> impl Stream<Item = (T::Key, T::Value), Error = Error> {
        let iter_bytes = self.iter_bytes();
        write_id_future(&T::ID)
            .map(move |id_bytes| {
                let id_len = id_bytes.len();
                iter_bytes
                    .and_then(move |(id_k, v)| {
                        let k = &id_k[id_len..];
                        entry_from_bytes_future::<T>(k, &v)
                    })
            })
            .flatten_stream()
    }
/// Iterate over all key value pairs in the table.
Iterate over all key value pairs in the table.
Iterate over all key value pairs in the table .
pub fn iter(&self) -> impl Stream<Item = (T::Key, T::Value), Error = Error> {
        let iter_bytes = self.iter_bytes();
        write_id_future(&T::ID)
            .map(move |id_bytes| {
                let id_len = id_bytes.len();
                iter_bytes
                    .and_then(move |(id_k, v)| {
                        let k = &id_k[id_len..];
                        entry_from_bytes_future::<T>(k, &v)
                    })
            })
            .flatten_stream()
    }
pub fn iter ( & self ) -> impl Stream < Item = ( T :: Key , T :: Value ) , Error = Error > { let iter_bytes = self . iter_bytes ( ) ; write_id_future ( & T :: ID ) . map ( move | id_bytes | { let id_len = id_bytes . len ( ) ; iter_bytes . and_then ( move | ( id_k , v ) | { let k = & id_k [ id_len .. ] ; entry_from_bytes_future :: < T > ( k , & v ) } ) } ) . flatten_stream ( ) }
Iterate over all key value pairs in the table.
Iterate over all key value pairs in the table .
&self
&self