m740_adc: "add with carry"
m740_and: "logical and"
m740_asl: "arithmetic shift left"
m740_bbc: "branch on bit clear"
m740_bbs: "branch on bit set"
m740_bcc: "branch on carry clear"
m740_bcs: "branch on carry set"
m740_beq: "branch on equal"
m740_bit: "test bit in memory with accumulator"
m740_bmi: "branch on result minus"
m740_bne: "branch on not equal"
m740_bpl: "branch on result plus"
m740_bra: "branch always"
m740_brk: "force break"
m740_bvc: "branch on overflow clear"
m740_bvs: "branch on overflow set"
m740_clb: "clear bit"
m740_clc: "clear carry flag"
m740_cld: "clear decimal mode"
m740_cli: "clear interrupt disable status"
m740_clt: "clear transfer flag"
m740_clv: "clear overflow flag"
m740_cmp: "compare"
m740_com: "complement"
m740_cpx: "compare memory and index register X"
m740_cpy: "compare memory and index register Y"
m740_dec: "decrement by one"
m740_dex: "decrement index register X by one"
m740_dey: "decrement index register Y by one"
m740_div: "divide memory by accumulator"
m740_eor: "exclusive or memory with accumulator"
m740_inc: "increment by one"
m740_inx: "increment index register X by one"
m740_iny: "increment index register Y by one"
m740_jmp: "jump"
m740_jsr: "jump to subroutine"
m740_lda: "load accumulator with memory"
m740_ldm: "load immediate data to memory"
m740_ldx: "load index register X from memory"
m740_ldy: "load index register Y from memory"
m740_lsr: "logical shift right"
m740_mul: "multiply accumulator and memory"
m740_nop: "no operation"
m740_ora: "or memory with accumulator"
m740_pha: "push accumulator on stack"
m740_php: "push processor status on stack"
m740_pla: "pull accumulator from stack"
m740_plp: "pull processor status from stack"
m740_rol: "rotate one bit left"
m740_ror: "rotate one bit right"
m740_rrf: "rotate right of four bits"
m740_rti: "return from interrupt"
m740_rts: "return from subroutine"
m740_sbc: "subtract with carry"
m740_seb: "set bit"
m740_sec: "set carry flag"
m740_sed: "set decimal mode"
m740_sei: "set interrupt disable flag"
m740_set: "set transfer flag"
m740_sta: "store accumulator in memory"
m740_stp: "stop"
m740_stx: "store index register X in memory"
m740_sty: "store index register Y in memory"
m740_tax: "transfer accumulator to index register X"
m740_tay: "transfer accumulator to index register Y "
m740_tst: "test for negative or zero"
m740_tsx: "transfer stack pointer to index register X"
m740_txa: "transfer index register X to accumulator"
m740_txs: "transfer index register X to stack pointer"
m740_tya: "transfer index register Y to accumulator"
m740_wit: "wait"