pub fn write_formdata_chunked<S: Write>(stream: &mut S, boundary: &Vec<u8>, formdata: &mut FormData)
                                        -> Result<(), Error>
{
    let nodes = formdata.to_multipart()?;

    // Write out
    crate::multipart::write_multipart_chunked(stream, boundary, &nodes)?;

    Ok(())
}
/// Stream out `multipart/form-data` body content matching the passed in `formdata` as
/// Transfer-Encoding: Chunked.  This does not stream out headers, so the caller must stream
/// those out before calling write_formdata().
Stream out `multipart/form-data` body content matching the passed in `formdata` as
Transfer-Encoding: Chunked.  This does not stream out headers, so the caller must stream
those out before calling write_formdata().
Stream out ` multipart / form - data ` body content matching the passed in ` formdata ` as Transfer - Encoding : Chunked . This does not stream out headers so the caller must stream those out before calling write_formdata () .
pub fn write_formdata_chunked<S: Write>(stream: &mut S, boundary: &Vec<u8>, formdata: &mut FormData)
                                        -> Result<(), Error>
{
    let nodes = formdata.to_multipart()?;
    // Write out
    crate::multipart::write_multipart_chunked(stream, boundary, &nodes)?;
    Ok(())
}
pub fn write_formdata_chunked < S : Write > ( stream : & mut S , boundary : & Vec < u8 > , formdata : & mut FormData ) -> Result < ( ) , Error > { let nodes = formdata . to_multipart ( ) ? ; // Write out crate :: multipart :: write_multipart_chunked ( stream , boundary , & nodes ) ? ; Ok ( ( ) ) }
Stream out `multipart/form-data` body content matching the passed in `formdata` as
Transfer-Encoding: Chunked.
Stream out ` multipart / form - data ` body content matching the passed in ` formdata ` as Transfer - Encoding : Chunked .
stream
&mut S
boundary
&Vec<u8>
formdata
&mut FormData
stream
&mut S
boundary
&Vec<u8>
formdata
&mut FormData