35.3.2.5. INTEGER LOGICAL ON POWER PC

0..5	opcode1
6..10	S
11..15	A
16..20	B
21..30	opcode2
31	Rc


			Rc	opcode1.opcode2
and	rA,rS,rB	0	31.28			And	
and.	rA,rS,rB	1
	
	rA <- rS AND rB


andc	rA,rS,rB	0	31.60			And with Complement
andc.	rA,rS,rB	1

	rA <- rS AND (NOT rB)


eqv	rA,rS,rB	0	31.284			Equivalent
eqv.	rA,rS,rB	1

	rA <- rS EQV rB


nor	rA,rS,rB	0	31.124			NOR
nor.	rA,rS,rB	1

	rA <- NOT (rS OR rB )


or	rA,rS,rB	0	31.444			OR
or.	rA,rS,rB	1

	rA <- rS OR rB


orc	rA,rS,rB	0	31.412			OR with Complement
orc.	rA,rS,rB	1

	rA <- rS OR (NOT rB)


xor	rA,rS,rB	0	31.316			XOR
xor.	rA,rS,rB	1

	rA <- rS XOR rB


		// ----------------------------------------------------------


0..5	opcode1
6..10	S
11..15	A
16..31	SIMM

			opcode1		
andi.	rA,rS,UIMM	28		AND Immediate

	rA <- rS AND zero_ext(UIMM)


andis.	rA,rS,UIMM	29		AND Immediate Shifted

	rA <- rS AND zero_ext(UIMM << 16)


ori	rA,rS,UIMM	24		OR Immediate

	rA <- rS OR zero_ext(UIMM)


oris	rA,rS,UIMM	25		OR Immediate Shifted

	rA <- rS OR zero_ext(UIMM << 16)


xori	rA,rS,UIMM	26		XOR Immeditae

	rA <- rS  XOR zero_ext(UIMM)


xoris	rA,rS,UIMM	27		XOR Immediate Shifted

	rA <- rS XOR zero_ext(UIMM << 16)

Note:
	nop code	is ori 0,0,0



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