}
				if spec.Parallelism != nil && *spec.Parallelism > parallelismLimitForHighCompletions {

// %15 = stablehlo.broadcast_in_dim %14  // Operand = %4 if no `convert` above.
// %16 = stablehlo.subtract %13, %15  // q1 - z1
// %17 = stablehlo.convert %12  // i8->i32 cast for q2.
// %18 = stablehlo.convert %6  // [Optional] i8->i32 cast for z2.
// %19 = stablehlo.broadcast_in_dim %18  // Operand = %7 if no `convert` above.
// %20 = stablehlo.subtract %17, %19  // q2 - z2

	// Recheck for background credit now that this G is in
	// the queue, but can still back out. This avoids a
	// race in case background marking has flushed more
	// credit since we checked above.
	if gcController.bgScanCredit.Load() > 0 {
		work.assistQueue.q = oldList
		if oldList.tail != 0 {
			oldList.tail.ptr().schedlink.set(nil)
		}
		unlock(&work.assistQueue.lock)
		return false
	}

which writes failures to testdata/fuzz).

The command-line package list, if present, must appear before any
flag not known to the go test command. Continuing the example above,
the package list would have to appear before -myflag, but could appear
on either side of -v.

When 'go test' runs in package list mode, 'go test' caches successful

	// (see needm/dropm on Solaris, for example).
	// This code is like the above sequence but without saving/restoring g
	// and without worrying about the stack moving out from under us
	// (because we're on a system stack, not a goroutine stack).
	// The above code could be used directly if already on a system stack,
	// but then the only path through this code would be a rare case on Solaris.

	// the sweep frees are accounted for, we wait until the next
	// mark termination ("MT" above) to publish the previous mark
	// termination's snapshot ("P" above). To do this, allocation
	// and free events are accounted to *future* heap profile
	// cycles ("C+n" above) and we only publish a cycle once all
	// of the events from that cycle must be done. Specifically:
	//

	//
	// We could avoid the ordering problem by allowing either pod A or pod B
	// to set the allocation. But that is more complicated and leads to another
	// problem:
	// - Pod A and B get scheduled as above.
	// - PreBind for pod A gets called first, then fails with a temporary API error.
	//   It removes the updated claim from the assume cache because of that.
	// - PreBind for pod B gets called next and succeeds with adding the

        "//conditions:default": ":libtensorflow_framework.so.%s" % VERSION_MAJOR,
    }),
)

# -------------------------------------------
# New rules should be added above this target.
# -------------------------------------------

# TensorFlow uses several libraries that may also be used by applications
# linking against the C and C++ APIs (such as libjpeg).  When we create

				// at this point the tidy roots (other than possibly the "go" version
				// edited above) should be a subset of the roots of ld.requirements,
				// ensuring that no new dependencies are brought inside the
				// graph-pruning horizon.
				// If that is not the case, there is a bug in the loading loop above.
				for _, m := range rs.rootModules {
					if m.Path == "go" && ld.TidyGoVersion != "" {
						continue

// "5OJB2KTY-ns1/svc1/tcp/p80__10.180.0.1/80".
func servicePortEndpointChainNameBase(servicePortName *proxy.ServicePortName, protocol, endpoint string) string {
	// As above in servicePortChainNameBase: Namespace, Service, Port, Protocol, and
	// EndpointPort are all safe to copy into the chain name directly. But if
	// EndpointIP is IPv6 then it will contain colons, which aren't allowed in a chain