72 pub struct CompositeDiskFile {  struct
95 impl CompositeDiskFile {  impl
96     fn new(mut disks: Vec<ComponentDiskPart>) -> Result<CompositeDiskFile> {  in new()  argument
112         Ok(CompositeDiskFile {  in new()
120     pub fn from_file(mut file: File) -> Result<CompositeDiskFile> {  in from_file()  argument
186         CompositeDiskFile::new(disks)  in from_file()
215 impl DiskGetLen for CompositeDiskFile {  implementation
221 impl FileSetLen for CompositeDiskFile {  implementation
227 impl FileSync for CompositeDiskFile {  implementation
245 impl FileReadWriteAtVolatile for CompositeDiskFile {  implementation
276 impl PunchHole for CompositeDiskFile {  implementation
297 impl FileAllocate for CompositeDiskFile {  implementation
318 impl WriteZeroesAt for CompositeDiskFile {  implementation
332 impl AsRawDescriptors for CompositeDiskFile {  implementation
363         assert!(CompositeDiskFile::new(vec![disk_part1, disk_part2]).is_err());  in block_duplicate_offset_disks()
380         let composite = CompositeDiskFile::new(vec![disk_part1, disk_part2]).unwrap();  in get_len()
393         let mut composite = CompositeDiskFile::new(vec![disk_part]).unwrap();  in single_file_passthrough()
433         let composite = CompositeDiskFile::new(vec![disk_part1, disk_part2, disk_part3]).unwrap();  in triple_file_fds()
460             CompositeDiskFile::new(vec![disk_part1, disk_part2, disk_part3]).unwrap();  in triple_file_passthrough()
495             CompositeDiskFile::new(vec![disk_part1, disk_part2, disk_part3]).unwrap();  in triple_file_punch_hole()
535             CompositeDiskFile::new(vec![disk_part1, disk_part2, disk_part3]).unwrap();  in triple_file_write_zeroes()