org 2300h expr equ * immed equ $55 adc adci # immed add adi # immed and ani # immed b1 expr b2 expr b3 expr b4 expr bci expr bdf expr bge expr bl expr bm expr bn1 expr bn2 expr bn3 expr bn4 expr bnf expr bnq expr bnz expr bpz expr bq expr br expr bxi expr bz expr cid cie daci # immed dadc dadd dadi # immed dbnz 0 , expr dbnz 1 , expr dbnz 10 , expr dbnz 11 , expr dbnz 12 , expr dbnz 13 , expr dbnz 14 , expr dbnz 15 , expr dbnz 2 , expr dbnz 3 , expr dbnz 4 , expr dbnz 5 , expr dbnz 6 , expr dbnz 7 , expr dbnz 8 , expr dbnz 9 , expr dec 0 dec 1 dec 10 dec 11 dec 12 dec 13 dec 14 dec 15 dec 2 dec 3 dec 4 dec 5 dec 6 dec 7 dec 8 dec 9 dis dsav dsbi # immed dsm dsmb dsmi # immed dtc etq gec ghi 0 ghi 1 ghi 10 ghi 11 ghi 12 ghi 13 ghi 14 ghi 15 ghi 2 ghi 3 ghi 4 ghi 5 ghi 6 ghi 7 ghi 8 ghi 9 glo 0 glo 1 glo 10 glo 11 glo 12 glo 13 glo 14 glo 15 glo 2 glo 3 glo 4 glo 5 glo 6 glo 7 glo 8 glo 9 idl inc 0 inc 1 inc 10 inc 11 inc 12 inc 13 inc 14 inc 15 inc 2 inc 3 inc 4 inc 5 inc 6 inc 7 inc 8 inc 9 inp 1 inp 2 inp 3 inp 4 inp 5 inp 6 inp 7 irx lbdf expr lbnf expr lbnq expr lbnz expr lbq expr lbr expr lbz expr lda 0 lda 1 lda 10 lda 11 lda 12 lda 13 lda 14 lda 15 lda 2 lda 3 lda 4 lda 5 lda 6 lda 7 lda 8 lda 9 ldc ldi # immed ldn 1 ldn 10 ldn 11 ldn 12 ldn 13 ldn 14 ldn 15 ldn 2 ldn 3 ldn 4 ldn 5 ldn 6 ldn 7 ldn 8 ldn 9 ldx ldxa lsdf lsie lskp lsnf lsnq lsnz lsq lsz mark nbr *+3 nlbr expr nop or ori # immed out 1 out 2 out 3 out 4 out 5 out 6 out 7 phi 0 phi 1 phi 10 phi 11 phi 12 phi 13 phi 14 phi 15 phi 2 phi 3 phi 4 phi 5 phi 6 phi 7 phi 8 phi 9 plo 0 plo 1 plo 10 plo 11 plo 12 plo 13 plo 14 plo 15 plo 2 plo 3 plo 4 plo 5 plo 6 plo 7 plo 8 plo 9 req ret rldi 0 , # expr rldi 1 , # expr rldi 10 , # expr rldi 11 , # expr rldi 12 , # expr rldi 13 , # expr rldi 14 , # expr rldi 15 , # expr rldi 2 , # expr rldi 3 , # expr rldi 4 , # expr rldi 5 , # expr rldi 6 , # expr rldi 7 , # expr rldi 8 , # expr rldi 9 , # expr rlxa 0 rlxa 1 rlxa 10 rlxa 11 rlxa 12 rlxa 13 rlxa 14 rlxa 15 rlxa 2 rlxa 3 rlxa 4 rlxa 5 rlxa 6 rlxa 7 rlxa 8 rlxa 9 rnx 0 rnx 1 rnx 10 rnx 11 rnx 12 rnx 13 rnx 14 rnx 15 rnx 2 rnx 3 rnx 4 rnx 5 rnx 6 rnx 7 rnx 8 rnx 9 rshl rshr rsxd 0 rsxd 1 rsxd 10 rsxd 11 rsxd 12 rsxd 13 rsxd 14 rsxd 15 rsxd 2 rsxd 3 rsxd 4 rsxd 5 rsxd 6 rsxd 7 rsxd 8 rsxd 9 sav scal 0 , expr scal 1 , expr scal 10 , expr scal 11 , expr scal 12 , expr scal 13 , expr scal 14 , expr scal 15 , expr scal 2 , expr scal 3 , expr scal 4 , expr scal 5 , expr scal 6 , expr scal 7 , expr scal 8 , expr scal 9 , expr scm1 scm2 sd sdb sdbi # immed sdi # immed sep 0 sep 1 sep 10 sep 11 sep 12 sep 13 sep 14 sep 15 sep 2 sep 3 sep 4 sep 5 sep 6 sep 7 sep 8 sep 9 seq sex 0 sex 1 sex 10 sex 11 sex 12 sex 13 sex 14 sex 15 sex 2 sex 3 sex 4 sex 5 sex 6 sex 7 sex 8 sex 9 shl shlc shr shrc skp sm smb smbi # immed smi # immed spm1 spm2 sret 0 sret 1 sret 10 sret 11 sret 12 sret 13 sret 14 sret 15 sret 2 sret 3 sret 4 sret 5 sret 6 sret 7 sret 8 sret 9 stm stpc str 0 str 1 str 10 str 11 str 12 str 13 str 14 str 15 str 2 str 3 str 4 str 5 str 6 str 7 str 8 str 9 stxd xid xie xor xri # immed