class Zstd::Compress::IO
- Zstd::Compress::IO
- IO
- Reference
- Object
Defined in:
Constant Summary
- 
        OUTPUT_BUFFER_SIZE = Lib.c_stream_out_size.to_i
Constructors
- 
        .new(io : ::IO, level : Int32 = LEVEL_DEFAULT, *, output_buffer : Bytes? = nil)
        
          output_buffer: If provided should be OUTPUT_BUFFER_SIZEbytes.
Class Method Summary
Instance Method Summary
- #checksum(*args, **options)
- #checksum(*args, **options, &)
- #checksum=(arg)
- 
        #close : Nil
        
          Closes this IO.
- 
        #closed? : Bool
        
          Returns trueif this writer is closed.
- 
        #level(*args, **options)
        
          Compression level (0..22) 
- 
        #level(*args, **options, &)
        
          Compression level (0..22) 
- 
        #level=(arg)
        
          Compression level (0..22) 
- 
        #read(slice : Bytes)
        
          Reads at most slice.size bytes from this IOinto slice.
- 
        #sync_close=(sync_close)
        
          Whether to close the enclosed IOwhen closing this writer.
- 
        #sync_close? : Bool
        
          Whether to close the enclosed IOwhen closing this writer.
- #threads(*args, **options)
- #threads(*args, **options, &)
- #threads=(arg)
- 
        #write(slice : Bytes) : Nil
        
          Writes the contents of slice into this IO.
Constructor Detail
Class Method Detail
Instance Method Detail
        
        def close : Nil
        #
      
      
        
              Description copied from class IO
            
          
          Closes this IO.
IO defines this is a no-op method, but including types may override.
        
        def read(slice : Bytes)
        #
      
      
        
              Description copied from class IO
            
          
          Reads at most slice.size bytes from this IO into slice.
Returns the number of bytes read, which is 0 if and only if there is no
more data to read (so checking for 0 is the way to detect end of file).
io = IO::Memory.new "hello"
slice = Bytes.new(4)
io.read(slice) # => 4
slice          # => Bytes[104, 101, 108, 108]
io.read(slice) # => 1
slice          # => Bytes[111, 101, 108, 108]
io.read(slice) # => 0