58 	FICL_VM_ASSERT(vm, (*(vm->ip - 1)) == vm->runningWord)
69 	vm->ip += offset;  in ficlVmBranchRelative()
137 ficlVmOptimizeJumpToJump(ficlVm *vm, ficlIp ip)  in ficlVmOptimizeJumpToJump()  argument
140 	switch ((ficlInstruction)(*ip)) {  in ficlVmOptimizeJumpToJump()
142 		*ip = (ficlWord *)ficlInstructionBranchParen;  in ficlVmOptimizeJumpToJump()
146 		*ip = (ficlWord *)ficlInstructionBranch0Paren;  in ficlVmOptimizeJumpToJump()
148 		ip++;  in ficlVmOptimizeJumpToJump()
149 		destination = ip + *(ficlInteger *)ip;  in ficlVmOptimizeJumpToJump()
158 			*ip = (ficlWord *)(destination - ip);  in ficlVmOptimizeJumpToJump()
229 		vm->ip = (ficlIp)ip;	\
236 		ip = (ficlInstruction *)vm->ip; \
245 	register ficlInstruction *ip;  in ficlVmInnerLoop()  local
291 			instruction = *ip++;  in ficlVmInnerLoop()
352 			s = (ficlCountedString *)(ip);  in ficlVmInnerLoop()
360 			ip = (void *)cp;  in ficlVmInnerLoop()
367 			s = (ficlCountedString *)(ip);  in ficlVmInnerLoop()
370 			ip = (void *)cp;  in ficlVmInnerLoop()
431 			ip += *(ficlInteger *)ip;  in ficlVmInnerLoop()
437 			ip = (ficlInstruction *)((returnTop--)->p);  in ficlVmInnerLoop()
464 #define	BRANCH()	ip += *(ficlInteger *)ip; continue  in ficlVmInnerLoop()
465 #define	EXIT_FUNCTION()	ip = (ficlInstruction *)((returnTop--)->p); continue  in ficlVmInnerLoop()
479 			(++dataTop)->i = *ip++;  in ficlVmInnerLoop()
484 			(++dataTop)->i = ip[1];  in ficlVmInnerLoop()
485 			(++dataTop)->i = ip[0];  in ficlVmInnerLoop()
486 			ip += 2;  in ficlVmInnerLoop()
499 			ficlInteger nCells = *ip++;  in ficlVmInnerLoop()
523 			FLOAT_PUSH_CELL_POINTER_DOUBLE(frame + *ip++);  in ficlVmInnerLoop()
526 			FLOAT_PUSH_CELL_POINTER(frame + *ip++);  in ficlVmInnerLoop()
529 			FLOAT_POP_CELL_POINTER_DOUBLE(frame + *ip++);  in ficlVmInnerLoop()
532 			FLOAT_POP_CELL_POINTER(frame + *ip++);  in ficlVmInnerLoop()
536 			PUSH_CELL_POINTER_DOUBLE(frame + *ip++);  in ficlVmInnerLoop()
539 			PUSH_CELL_POINTER(frame + *ip++);  in ficlVmInnerLoop()
548 			POP_CELL_POINTER_DOUBLE(frame + *ip++);  in ficlVmInnerLoop()
551 			POP_CELL_POINTER(frame + *ip++);  in ficlVmInnerLoop()
1158 			ficlVmOptimizeJumpToJump(vm, vm->ip - 1);  in ficlVmInnerLoop()
1167 			ficlVmOptimizeJumpToJump(vm, vm->ip - 1);  in ficlVmInnerLoop()
1184 				ip += 1;  in ficlVmInnerLoop()
1208 				ip++;  in ficlVmInnerLoop()
1228 			(++returnTop)->i = *(ip++);  in ficlVmInnerLoop()
1243 			leave.i = *ip;  in ficlVmInnerLoop()
1246 				ip = leave.p;  in ficlVmInnerLoop()
1248 				ip++;  in ficlVmInnerLoop()
1279 				ip++;  /* fall through the loop */  in ficlVmInnerLoop()
1320 			dictionary->smudge->param[0].p = ip;  in ficlVmInnerLoop()
1321 			ip = (ficlInstruction *)((returnTop--)->p);  in ficlVmInnerLoop()
1334 			(++returnTop)->p = (void *)ip;  in ficlVmInnerLoop()
1335 			ip = (ficlInstruction *)tempIP;  in ficlVmInnerLoop()
1543 			(++floatTop)->i = *ip++;  in ficlVmInnerLoop()
1989 			(++returnTop)->p = (void *)ip;  in ficlVmInnerLoop()
1990 			ip = (ficlInstruction *)(fw->param);  in ficlVmInnerLoop()
2255 	vm->ip = (ficlIp)(ficlStackPopPointer(vm->returnStack));  in ficlVmPopIP()
2264 	ficlStackPushPointer(vm->returnStack, (void *)vm->ip);  in ficlVmPushIP()
2265 	vm->ip = newIP;  in ficlVmPushIP()
2299 	vm->ip = NULL;  in ficlVmQuit()