},
        "catalan_keywords": {

			return
		}

		t.lock()
		updated := t.updateHeap()
		t.unlock()
		if !updated {
			// Head of timers does not need adjustment.
			return
		}
	}
}

// take moves any timers from src into ts
// and then clears the timer state from src,
// because src is being destroyed.
// The caller must not have locked either timers.
// For now this is only called when the world is stopped.

The following example shows a more complicated transform.
It moves some selected classes of a JAR to a different package, rewriting the byte code of the moved classes and all classes using the moved classes (class relocation).

// it using a greedy register allocator. Then all merge edges
// (those targeting a block with len(Preds)>1) are processed to
// shuffle data into the place that the target of the edge expects.
//
// The greedy allocator moves values into registers just before they
// are used, spills registers only when necessary, and spills the
// value whose next use is farthest in the future.
//
// The register allocator requires that a block is not scheduled until

	t := &ret
	printnl() // ERROR "live at call to printnl: ret$"
	// Note: ret is live at the printnl because the compiler moves &ret
	// from before the printnl to after.
	useT40(t)
}

func ddd1(x, y *int) { // ERROR "live at entry to ddd1: x y$"
	ddd2(x, y) // ERROR "stack object .autotmp_[0-9]+ \[2\]\*int$"
	printnl()

	}
	// be careful to not lose concurrent pdReady notification
	old := gpp.Swap(pdNil)
	if old > pdWait {
		throw("runtime: corrupted polldesc")
	}
	return old == pdReady
}

// netpollunblock moves either pd.rg (if mode == 'r') or
// pd.wg (if mode == 'w') into the pdReady state.
// This returns any goroutine blocked on pd.{rg,wg}.
// It adds any adjustment to netpollWaiters to *delta;

	if r.fileIndex < len(r.fileEntries) {
		r.state.File = r.fileEntries[r.fileIndex]
	} else {
		r.state.File = nil
	}
}

// Next sets *entry to the next row in this line table and moves to
// the next row. If there are no more entries and the line table is
// properly terminated, it returns [io.EOF].
//
// Rows are always in order of increasing entry.Address, but
// entry.Line may go forward or backward.

		{name: "CMPGTD", argLength: 2, reg: fp2flags, asm: "CMPGTD", typ: "Flags"}, // flags=true if arg0 > arg1, float64

		// moves
		{name: "MOVVconst", argLength: 0, reg: gp01, aux: "Int64", asm: "MOVV", typ: "UInt64", rematerializeable: true},    // auxint

	// Lower priority pods nominated to run on this node, may no longer fit on
	// this node. So, we should remove their nomination. Removing their
	// nomination updates these pods and moves them to the active queue. It
	// lets scheduler find another place for them.
	nominatedPods := getLowerPriorityNominatedPods(logger, fh, pod, c.Name())
	if err := util.ClearNominatedNodeName(ctx, cs, nominatedPods...); err != nil {

}

// newNodeInfoListItem initializes a new nodeInfoListItem.
func newNodeInfoListItem(ni *framework.NodeInfo) *nodeInfoListItem {
	return &nodeInfoListItem{
		info: ni,
	}
}

// moveNodeInfoToHead moves a NodeInfo to the head of "cache.nodes" doubly
// linked list. The head is the most recently updated NodeInfo.
// We assume cache lock is already acquired.