FMT_8BIT_MONO_STREAM	:= array [] of {byte 16r00, byte 16r00, byte 16r10, byte 16r10};FMT_16BIT_MONO_STREAM	:= array [] of {byte 16r00, byte 16r00, byte 16r10, byte 16r11};FMT_8BIT_STEREO_STREAM	:= array [] of {byte 16r00, byte 16r00, byte 16r10, byte 16r20};FMT_16BIT_STEREO_STREAM	:= array [] of {byte 16r00, byte 16r00, byte 16r10, byte 16r21}; OPCODE_INIT		:= array [] of {byte 0, byte 0, byte 0, byte 0};OPCODE_STREAM		:= array [] of {byte 0, byte 0, byte 0, byte 3};OPCODE_RESPONSE		:= array [] of {byte 0, byte 0, byte 0, byte 1}; RATE_44100		:= array [] of {byte ((44100>>24)&16rFF),				byte ((44100>>16)&16rFF),				byte ((44100>>8)&16rFF),				byte ((44100>>0)&16rFF)}; RATE_22050		:= array [] of {byte ((22050>>24)&16rFF),				byte ((22050>>16)&16rFF),				byte ((22050>>8)&16rFF),				byte ((22050>>0)&16rFF)}; ESD_KEY			:= array [16] of {* => byte 0};ESD_ENDIAN		:= array [] of {byte 'E', byte 'N', byte 'D', byte 'N'};ESD_NAME		:= array [128] of {* => byte 0}; ESD_ENDIAN_LEN		: con 4;ESD_FMT_LEN		: con 4;ESD_KEY_LEN		: con 16;ESD_NAME_LEN		: con 128;ESD_OPCODE_LEN		: con 4;ESD_RATE_LEN		: con 4; ESD_PORT		: con 16001;