// ARITHMETIC AND LOGIC INSTRUCTIONS
AVR_add:          "Add without Carry"
AVR_adc:          "Add with Carry"
AVR_adiw:         "Add Immediate to Word"
AVR_sub:          "Subtract without Carry"
AVR_subi:         "Subtract Immediate"
AVR_sbc:          "Subtract with Carry"
AVR_sbci:         "Subtract Immediate with Carry"
AVR_sbiw:         "Subtract Immediate from Word"
AVR_and:          "Logical AND"
AVR_andi:         "Logical AND with Immediate"
AVR_or:           "Logical OR"
AVR_ori:          "Logical OR with Immediate"
AVR_eor:          "Exclusive OR"
AVR_com:          "One's Complement"
AVR_neg:          "Two's Complement"
AVR_sbr:          "Set Bit(s) in Register"
AVR_cbr:          "Clear Bit(s) in Register"
AVR_inc:          "Increment"
AVR_dec:          "Decrement"
AVR_tst:          "Test for Zero or Minus"
AVR_clr:          "Clear Register"
AVR_ser:          "Set Register"
AVR_cp:           "Compare"
AVR_cpc:          "Compare with Carry"
AVR_cpi:          "Compare with Immediate"
AVR_mul:          "Multiply"

// BRANCH INSTRUCTIONS
AVR_rjmp:         "Relative Jump"
AVR_ijmp:         "Indirect Jump to (Z)"
AVR_jmp:          "Jump"
AVR_rcall:        "Relative Call Subroutine"
AVR_icall:        "Indirect Call to (Z)"
AVR_call:         "Call Subroutine"
AVR_ret:          "Subroutine Return"
AVR_reti:         "Interrupt Return"
AVR_cpse:         "Compare: Skip if Equal"
AVR_sbrc:         "Skip if Bit in Register Cleared"
AVR_sbrs:         "Skip if Bit in Register Set"
AVR_sbic:         "Skip if Bit in I/O Register Cleared"
AVR_sbis:         "Skip if Bit in I/O Register Set"
AVR_brbs:         "Branch if Status Flag Set"
AVR_brbc:         "Branch if Status Flag Cleared"
AVR_breq:         "Branch if Equal"
AVR_brne:         "Branch if Not Equal"
AVR_brcs:         "Branch if Carry Set"
AVR_brcc:         "Branch if Carry Cleared"
AVR_brsh:         "Branch if Same or Higher"
AVR_brlo:         "Branch if Lower"
AVR_brmi:         "Branch if Minus"
AVR_brpl:         "Branch if Plus"
AVR_brge:         "Branch if Greater or Equal"
AVR_brlt:         "Branch if Less Than"
AVR_brhs:         "Branch if Half Carry Flag Set"
AVR_brhc:         "Branch if Half Carry Flag Cleared"
AVR_brts:         "Branch if T Flag Set"
AVR_brtc:         "Branch if T Flag Cleared"
AVR_brvs:         "Branch if Overflow Flag is Set"
AVR_brvc:         "Branch if Overflow Flag is Cleared"
AVR_brie:         "Branch if Interrupt Enabled"
AVR_brid:         "Branch if Interrupt Disabled"

// DATA TRANSFER INSTRUCTIONS
AVR_mov:          "Copy Register"
AVR_ldi:          "Load Immediate"
AVR_lds:          "Load Direct"
AVR_ld:           "Load Indirect"
AVR_ldd:          "Load Indirect with Displacement"
AVR_sts:          "Store Direct to SRAM"
AVR_st:           "Store Indirect"
AVR_std:          "Store Indirect with Displacement"
AVR_lpm:          "Load Program Memory"
AVR_in:           "In Port"
AVR_out:          "Out Port"
AVR_push:         "Push Register on Stack"
AVR_pop:          "Pop Register from Stack"

// BIT AND BIT-TEST INSTRUCTIONS
AVR_lsl:          "Logical Shift Left"
AVR_lsr:          "Logical Shift Right"
AVR_rol:          "Rotate Left Through Carry"
AVR_ror:          "Rotate Right Through Carry"
AVR_asr:          "Arithmetic Shift Right"
AVR_swap:         "Swap Nibbles"
AVR_bset:         "Flag Set"
AVR_bclr:         "Flag Clear"
AVR_sbi:          "Set Bit in I/O Register"
AVR_cbi:          "Clear Bit in I/O Register"
AVR_bst:          "Bit Store from Register to T"
AVR_bld:          "Bit load from T to Register"
AVR_sec:          "Set Carry"
AVR_clc:          "Clear Carry"
AVR_sen:          "Set Negative Flag"
AVR_cln:          "Clear Negative Flag"
AVR_sez:          "Set Zero Flag"
AVR_clz:          "Clear Zero Flag"
AVR_sei:          "Global Interrupt Enable"
AVR_cli:          "Global Interrupt Disable"
AVR_ses:          "Set Signed Test Flag"
AVR_cls:          "Clear Signed Test Flag"
AVR_sev:          "Set Two's Complement Overflow"
AVR_clv:          "Clear Two's Complement Overflow"
AVR_set:          "Set T in SREG"
AVR_clt:          "Clear T in SREG"
AVR_seh:          "Set Half Carry Flag in SREG"
AVR_clh:          "Clear Half Carry Flag in SREG"
AVR_nop:          "No Operation"
AVR_sleep:        "Sleep"
AVR_wdr:          "Watchdog Reset"
AVR_elpm:         "Extended Load Program Memory"
AVR_espm:         "Extended Store Program Memory"
AVR_fmul:         "Fractional Multiply Unsigned"
AVR_fmuls:        "Fractional Multiply Signed"
AVR_fmulsu:       "Fractional Multiply Signed with Unsigned"
AVR_movw:         "Copy Register Word"
AVR_muls:         "Multiply Signed"
AVR_mulsu:        "Multiply Signed with Unsigned"
AVR_spm:          "Store Program Memory"
AVR_eicall:       "Extended Indirect Call to Subroutine"
AVR_eijmp:        "Extended Indirect Jump"
AVR_des:          "Data Encryption Standard"
AVR_lac:          "Load And Clear"
AVR_las:          "Load And Set"
AVR_lat:          "Load And Toggle"
AVR_xch:          "Exchange"