HP 50g Graphing, 48gII Graphing manual Operation Assembler Action Flags

Operation	Assembler	Action	S flags
Copy and shift	MOV{cond}{S} Rd, <Oprnd>	d:= <Oprnd>	NZCR
Not	MVN{cond}{S} Rd, <Oprnd>	d:= ~<Oprnd>	NZCR
Add	ADD{cond}{S} Rd, Rn, <Oprnd>	d:= Rn + <Oprnd>	NZCVR
Add with carry	ADC{cond}{S} Rd, Rn, <Oprnd>	d:= Rn + <Oprnd> + Carry	NZCVR
Sub	SUB{cond}{S} Rd, Rn, <Oprnd>	d:= Rn <Oprnd>	NZCVR
Sub with carry	SBC{cond}{S} Rd, Rn, <Oprnd>	d:= Rn <Oprnd> Not(Carry)	NZCVR
Reverse Sub	RSB{cond}{S} Rd, Rn, <Oprnd>	d:= <Oprnd> Rn	NZCVR
Rev sub with carry	RSC{cond}{S} Rd, Rn, <Oprnd>	d:= <Oprnd> Rn – Not(Carry)	NZCVR
Multiply	MUL{cond}{S} Rd, Rm, Rs	d:= Rm * Rs	NZR
Multiply Add	MLA{cond}{S} Rd, Rm, Rs, Rn	d:= (Rm * Rs) + Rn	NZR
Compare	CMP{cond} Rd, <Oprnd>	flags:= Rn <Oprnd>	NZCV
Cmp Negative	CMN{cond} Rd, <Oprnd>	flags:= Rn + <Oprnd>	NZCV
Test	TST{cond} Rn, <Oprnd>	flags:= Rn And <Oprnd>	NZC
Test equivalence	TEQ{cond} Rn, <Oprnd>	flags:= Rn Xor <Oprnd>	NZC
And	AND{cond}{S} Rd, Rn, <Oprnd>	Rd:= Rn And <Oprnd>	NZC
Xor	EOR{cond}{S} Rd, Rn, <Oprnd>	Rd:= Rn Xor <Oprnd>	NZC
	XOR{cond}{S} Rd, Rn, <Oprnd>	Rd:= Rn Xor <Oprnd>	NZC
Or	ORR{cond}{S} Rd, Rn, <Oprnd>	Rd:= Rn Or <Oprnd>	NZC
BitClear (~And)	BIC{cond}{S} Rd, Rn, <Oprnd>	Rd:= Rn And Not <Oprnd>	NZC
Branch	B{cond} label	R15/PC:= address
Gosub	BL{cond} label	R14:=R15/PC, R15/PC:= address
Load Int	LDR{cond} Rd, <a_mode>	Rd:= [address]
	LDR{cond} Rd, Label	Rd:= data at label. The label address is calculated
		relative to the PC. This does not work with
		constants
Load Byte	LDR{cond}B Rd, <a_mode>	Rd:= [byte at address] 0 extended
	LDRB{cond} Rd, Label	Rd:= data at label. The label address is calculated
		relative to the PC. This does not work with
		constants
Multiple load		Stack operations (Pop)
Inc Before	LDM{cond}IB Rd{!}, {reg list}	! sets the W bit (updates the base
Inc After	LDM{cond}IA Rd{!}, {reg list}	register after the transfer)
Dec Before	LDM{cond}DB Rd{!}, {reg list}
Dec After	LDM{cond}DA Rd{!}, {reg list}
Store Int	STR{cond} Rd, <a_mode>	[address]:= Rd
	STR{cond} Rd, Label	data at label:= Rd. The label address is calculated
		relative to the PC. This does not work with
		constants
Store Byte	STRB{cond} Rd, <a_mode>	[address]:= byte value from Rd
	STRB{cond} Rd, Label	data at label:= Rd. The label address is calculated
		relative to the PC. This does not work with
		constants
Multiple Store		Stack operations (Push)
Inc Before	STM{cond}IB Rd{!}, {reg list}	! sets the W bit (updates the base
Inc After	STM{cond}IA Rd{!}, {reg list}	register after the transfer)
Dec Before	STM{cond}DB Rd{!}, {reg list}
Dec After	STM{cond}DA Rd{!}, {reg list}
Multiplication	MUL rd, r1 r2	rd=r1*r2
	MLA rd, r1, r2, r3	rd=r1*r2+r3
	SMULL rd1, rd2, r1, r2	Signed mul rd1=low r1*r2, rd2=high r1*r2
	SMLAL rd1, rd2, r1, r2	Signed mul add rd1+=low r1*r2, rd2+=high r1*r2
	UMULL rd1, rd2, r1, r2	rd1=low r1*r2, rd2=high r1*r2
	UMLAL rd1, rd2, r1, r2	mul add rd1+=low r1*r2, rd2+=high r1*r2
*labelName		Creates a label
$		See $ in ASM mode
“, ¢		See ASM mode

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