pub fn into_file_data(self) -> HashMap<OsString, Vec<u8>> {
        Rc::try_unwrap(self.io.mem.files)
            .expect("multiple strong refs to MemoryIo files")
            .into_inner()
    }
/// Consume this session and return the current set of files in memory.
///
/// This convenience function tries to help with the annoyances of getting
/// access to the in-memory file data after the engine has been run.
///
/// ### Panics
///
/// This will panic if you there are multiple strong references to the
/// `files` map. This should only happen if you create and keep a clone of
/// the `Rc<>` wrapping it before calling this function.
Consume this session and return the current set of files in memory.
This convenience function tries to help with the annoyances of getting
access to the in-memory file data after the engine has been run.
Consume this session and return the current set of files in memory . This convenience function tries to help with the annoyances of getting access to the in - memory file data after the engine has been run .
pub fn into_file_data(self) -> HashMap<OsString, Vec<u8>> {
        Rc::try_unwrap(self.io.mem.files)
            .expect("multiple strong refs to MemoryIo files")
            .into_inner()
    }
pub fn into_file_data ( self ) -> HashMap < OsString , Vec < u8 > > { Rc :: try_unwrap ( self . io . mem . files ) . expect ( " " ) . into_inner ( ) }
Consume this session and return the current set of files in memory.
Consume this session and return the current set of files in memory .
self
panics
This will panic if you there are multiple strong references to the
`files` map. This should only happen if you create and keep a clone of
the `Rc<>` wrapping it before calling this function.
This will panic if you there are multiple strong references to the ` files ` map . This should only happen if you create and keep a clone of the ` Rc< > ` wrapping it before calling this function .