pub const fn with_encode_padding(self, padding: bool) -> FastPortableConfig {
        FastPortableConfig {
            encode_padding: padding,
            ..self
        }
    }
/// Create a new config based on `self` with an updated `padding` parameter.
///
/// If `true`, encoding will append either 1 or 2 `=` padding characters to produce an
/// output whose length is a multiple of 4.
///
/// Padding is not needed for correct decoding and only serves to waste bytes, but it's in the
/// [spec](https://datatracker.ietf.org/doc/html/rfc4648#section-3.2).
///
/// For new applications, consider not using padding if the decoders you're using don't require
/// padding to be present.
Create a new config based on `self` with an updated `padding` parameter.
If `true`, encoding will append either 1 or 2 `=` padding characters to produce an
output whose length is a multiple of 4.

Padding is not needed for correct decoding and only serves to waste bytes, but it's in the
[spec].

For new applications, consider not using padding if the decoders you're using don't require
padding to be present.
Create a new config based on ` self ` with an updated ` padding ` parameter . If ` true ` encoding will append either 1 or 2 ` = ` padding characters to produce an output whose length is a multiple of 4 . Padding is not needed for correct decoding and only serves to waste bytes but it ' s in the [ spec ] . For new applications consider not using padding if the decoders you ' re using don ' t require padding to be present .
pub const fn with_encode_padding(self, padding: bool) -> FastPortableConfig {
        FastPortableConfig {
            encode_padding: padding,
            ..self
        }
    }
pub const fn with_encode_padding ( self , padding : bool ) -> FastPortableConfig { FastPortableConfig { encode_padding : padding , .. self } }
Create a new config based on `self` with an updated `padding` parameter.
Create a new config based on ` self ` with an updated ` padding ` parameter .
self
padding
bool
self
padding
bool