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// programmer instructions v0.12.0
#define NOP 0x00
#define PROG_RST 0x01 // ->10B
#define PROG_ID 0x02 // ->6B
#define CHECK_INS 0x03 //+1B ->1B
#define FLUSH 0x04 //no echo
#define VREG_EN 0x05
#define VREG_DIS 0x06
#define SET_PARAMETER 0x07 //+3B: 1B parameter, 2B data
#define SET_T1T2 0 //T1, T2
#define SET_T3 1 //T3(H,L)
#define SET_timeout 2 //timeout(H,L)
#define SET_MN 3 //M, N
#define WAIT_T1 0x08
#define WAIT_T2 0x09
#define WAIT_T3 0x0A
#define WAIT_US 0x0B //+1B
#define READ_ADC 0x0C // ->2B
#define SET_VPP 0x0D //+1B ->1B
#define EN_VPP_VCC 0x0E //+1B
#define SET_CK_D 0x0F //+1B
#define READ_PINS 0x10 // ->1B
#define LOAD_CONF 0x11 //+2B 000000
#define LOAD_DATA_PROG 0x12 //+2B 000010
#define LOAD_DATA_DATA 0x13 //+2B 000011
#define READ_DATA_PROG 0x14 // ->2B 000100
#define READ_DATA_DATA 0x15 // ->1B 000101
#define INC_ADDR 0x16 // 000110
#define INC_ADDR_N 0x17 //+1B 000110
#define BEGIN_PROG 0x18 // 001000
#define BULK_ERASE_PROG 0x19 // 001001
#define END_PROG 0x1A // 001010
#define BULK_ERASE_DATA 0x1B // 001011
#define END_PROG2 0x1C // 001110
#define ROW_ERASE_PROG 0x1D // 010001
#define BEGIN_PROG2 0x1E // 011000
#define CUST_CMD 0x1F //+1B
#define PROG_C 0x20 //+2B ->1B 001000&001110
#define CORE_INS 0x21 //+2B 0000
#define SHIFT_TABLAT 0x22 // ->1B 0010
#define TABLE_READ 0x23 // ->1B 1000
#define TBLR_INC_N 0x24 //+1B ->1+NB 1001
#define TABLE_WRITE 0x25 //+2B 1100
#define TBLW_INC_N 0x26 //+1+2NB 1101
#define TBLW_PROG 0x27 //+4B 1111
#define TBLW_PROG_INC 0x28 //+4B 1110
#define SEND_DATA 0x29 //+3B
#define READ_DATA 0x2A //+1B ->1B
#define I2C_INIT 0x2B //+1B
#define I2C_READ 0x2C //+3B ->1+NB
#define I2C_WRITE 0x2D //+3+NB ->1B
#define I2C_READ2 0x2E //+4B ->1+NB
#define SPI_INIT 0x2F //+1B
#define SPI_READ 0x30 //+1B ->1+NB
#define SPI_WRITE 0x31 //+1+NB ->1B
#define EXT_PORT 0x32 //+2B
#define AT_READ_DATA 0x33 //+3B ->1+2NB
#define AT_LOAD_DATA 0x34 //+3+2NB ->1B
#define CLOCK_GEN 0x35 //+1B
#define SIX 0x36 //+3B
#define REGOUT 0x37 // ->2B
#define ICSP_NOP 0x38 //
#define TX16 0x39 //+1+2NB
#define RX16 0x3A //+1B ->1+2NB
#define uW_INIT 0x3B //
#define uWTX 0x3C //+1+NB
#define uWRX 0x3D //+1B ->+1+NB
#define SIX_LONG 0x3E //+3B
#define SIX_N 0x3F //+1+3NB ->1B
#define OW_RESET 0x40 // ->1B
#define OW_WRITE 0x41 //+1+NB
#define OW_READ 0x42 //+1B ->1+NB
#define UNIO_STBY 0x43 //
#define UNIO_COM 0x44 //+2+NB ->1+NB
#define SET_PORT_DIR 0x45 //+2B
#define READ_B 0x46 // ->1B
#define READ_AC 0x47 // ->1B
#define AT_HV_RTX 0x48 //+1+NB ->1B
#define SIX_LONG5 0x49 //+3B
#define LOAD_PC 0x50 //+2B 011101
#define LOAD_DATA_INC 0x51 //+2B 100010
#define READ_DATA_INC 0x52 // ->2B 100100
#define JTAG_SET_MODE 0x53 //+1B
#define JTAG_SEND_CMD 0x54 //+1B
#define JTAG_XFER_DATA 0x55 //+4B -> 4B
#define JTAG_XFER_F_DATA 0x56 //+4B -> 4B
#define ICSP8_SHORT 0x57 //+1B
#define ICSP8_READ 0x58 //+1B -> 2B
#define ICSP8_LOAD 0x59 //+3B
// special ins.
#define SPI_TEST 0xEF //+2B ->2B
#define READ_RAM 0xF0 //+2B ->3B
#define WRITE_RAM 0xF1 //+3B ->3B
#define LOOP 0xF2
#define TBLRD 0xF3 //+3B ->2B
#define TBLWT 0xF4 //+5B
#define REPEAT 0xF5 //+1B
#define REPEAT_END 0xF6
#define MAX_INS 0x59 //last instruction
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