class Shatter::Crypto::CipherStreamIO
- Shatter::Crypto::CipherStreamIO
- IO
- Reference
- Object
Defined in:
shatter/crypto.crConstructors
Instance Method Summary
-
#flush
Flushes buffered data, if any.
-
#read(slice : Bytes)
Reads at most slice.size bytes from this
IO
into slice. - #read_cipher : OpenSSL::Cipher
-
#write(slice : Bytes) : Nil
Writes the contents of slice into this
IO
. - #write_cipher : OpenSSL::Cipher
Instance methods inherited from class IO
read_angle : Float64
read_angle,
read_bool : Bool
read_bool,
read_f32 : Float32
read_f32,
read_f64 : Float64
read_f64,
read_i16 : Int16
read_i16,
read_i32 : Int32
read_i32,
read_i64 : Int64
read_i64,
read_i8 : Int8
read_i8,
read_n_bytes(size : Int) : Bytes
read_n_bytes,
read_u16 : UInt16
read_u16,
read_u32 : UInt32
read_u32,
read_u64 : UInt64
read_u64,
read_u8 : UInt8
read_u8,
read_uuid : UUID
read_uuid,
read_var_int : UInt32
read_var_int,
read_var_long : UInt64
read_var_long,
read_var_string : String
read_var_string,
write_bool(i : Bool) : Nil
write_bool,
write_f32(i : Float32) : Nil
write_f32,
write_f64(i : Float64) : Nil
write_f64,
write_i16(i : Int16) : Nil
write_i16,
write_i32(i : Int32) : Nil
write_i32,
write_i64(i : Int64) : Nil
write_i64,
write_i8(i : Int8) : Nil
write_i8,
write_u16(i : UInt16) : Nil
write_u16,
write_u32(i : UInt32) : Nil
write_u32,
write_u64(i : UInt64) : Nil
write_u64,
write_u8(i : UInt8) : Nil
write_u8,
write_var_int(value : Int32) : Nilwrite_var_int(value : UInt32) : Nil write_var_int, write_var_string(s : String) : Nil write_var_string
Constructor Detail
Instance Method Detail
def flush
#
Description copied from class IO
Flushes buffered data, if any.
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