pub fn pem<B, P>(bytes: B, password: P) -> Self
    where
        B: Into<Vec<u8>>,
        P: Into<Option<String>>,
    {
        Self {
            format: "PEM",
            data: PathOrBlob::Blob(bytes.into()),
            password: password.into(),
        }
    }
/// Use a PEM-encoded private key stored in the given byte buffer.
///
/// The private key object takes ownership of the byte buffer. If a borrowed
/// type is supplied, such as `&[u8]`, then the bytes will be copied.
///
/// The key is not parsed or validated here. If the key is malformed or the
/// format is not supported by the underlying SSL/TLS engine, an error will
/// be returned when attempting to send a request using the offending key.
Use a PEM-encoded private key stored in the given byte buffer.
The private key object takes ownership of the byte buffer. If a borrowed
type is supplied, such as `&[u8]`, then the bytes will be copied.

The key is not parsed or validated here. If the key is malformed or the
format is not supported by the underlying SSL/TLS engine, an error will
be returned when attempting to send a request using the offending key.
Use a PEM - encoded private key stored in the given byte buffer . The private key object takes ownership of the byte buffer . If a borrowed type is supplied such as ` & [ u8 ] ` then the bytes will be copied . The key is not parsed or validated here . If the key is malformed or the format is not supported by the underlying SSL / TLS engine an error will be returned when attempting to send a request using the offending key .
pub fn pem<B, P>(bytes: B, password: P) -> Self
    where
        B: Into<Vec<u8>>,
        P: Into<Option<String>>,
    {
        Self {
            format: "PEM",
            data: PathOrBlob::Blob(bytes.into()),
            password: password.into(),
        }
    }
pub fn pem < B , P > ( bytes : B , password : P ) -> Self where B : Into < Vec < u8 > > , P : Into < Option < String > > , { Self { format : " " , data : PathOrBlob :: Blob ( bytes . into ( ) ) , password : password . into ( ) , } }
Use a PEM-encoded private key stored in the given byte buffer.
Use a PEM - encoded private key stored in the given byte buffer .
bytes
B
password
P