LLJP cx,lxpc,mn     Far Jump     Rabbit 4000 Instruction

Opcode	Instruction	Clocks	Operation
--	LLJP cx, lxpc,mn	14 (2,2,2,2,2,2,2)	if {cx}   XPClow = lxpclow   XPChigh = lxpchigh   PC = mn
ED A2 n m xpl xph	LLJP GT, lxpc,mn	14 (2,2,2,2,2,2,2)	if {GT}   XPClow = lxpclow   XPChigh = lxpchigh   PC = mn
ED AA n m xpl xph	LLJP GTU, lxpc,mn	14 (2,2,2,2,2,2,2)	if {GTU}   XPClow = lxpclow   XPChigh = lxpchigh   PC = mn
ED B2 n m xpl xph	LLJP LT, lxpc,mn	14 (2,2,2,2,2,2,2)	if {LT}   XPClow = lxpclow   XPChigh = lxpchigh   PC = mn
ED BA n m xpl xph	LLJP V, lxpc,mn	14 (2,2,2,2,2,2,2)	if {V}   XPClow = lxpclow   XPChigh = lxpchigh   PC = mn

Flags				ALTD			IOI/IOE
S	Z	L/V	C	F	R	SP	S	D
-	-	-	-

Description

If condition cx is true then program execution is transferred to the memory location specified by the 16-bit constant, mn. A jump can be made to a computed address in extended memory by loading the 12-bit XPC with the 16-bit constant lxpc (the 4 most significant bits of lxpc are discarded). Note that the value of the 12-bit XPC and consequently the address space defined by it is dynamically changed with this instruction.

This instruction recognizes labels when used in the Dynamic C assembler.