c.ready.set(false)
		}
	}()

	c.terminateAllWatchers()
	// Note that since onReplace may be not called due to errors, we explicitly
	// need to retry it on errors under lock.
	// Also note that startCaching is called in a loop, so there's no need
	// to have another loop here.
	if err := c.reflector.ListAndWatch(stopChannel); err != nil {

#endif
	MOVQ	g(CX), BX
	CMPQ	BX, $0
	JEQ	needm
	MOVQ	g_m(BX), BX
	MOVQ	BX, savedm-8(SP)	// saved copy of oldm
	JMP	havem
needm:
#ifdef GOOS_windows
	// Set up a dummy TLS value. needm is careful not to use it,
	// but it needs to be there to prevent autogenerated code from
	// crashing when it loads from it.
	// We don't need to clear it or anything later because needm
	// will set up TLS properly.

This chapter provides the information you need to migrate your older Gradle 4.x builds to Gradle 5.0.
In most cases, you will need to apply the changes from all versions that come after the one you're upgrading from.
For example, if you're upgrading from Gradle 4.3 to 5.0, you will also need to apply the changes since 4.4, 4.5, etc up to 5.0.

		var patchItems, serverOnlyItems []interface{}
		if len(patchMeta.GetPatchMergeKey()) == 0 {
			// Primitives doesn't need merge key to do partitioning.
			patchItems, serverOnlyItems = partitionPrimitivesByPresentInList(merged, typedSetElementOrderList)

		} else {
			// Maps need merge key to do partitioning.

	disks := er.getDisks()
	// Assume (N/2 + 1) quorum for Delete()
	// this is a theoretical assumption such that
	// for delete's we do not need to honor storage
	// class for objects that have reduced quorum
	// due to storage class - this only needs to be honored
	// for Read() requests alone that we already do.
	writeQuorum := len(disks)/2 + 1

	g := errgroup.WithNErrs(len(disks))

func matchAndAvoidStacks(matches sampleMatchFunc, need []string, avoid []string) profileMatchFunc {
	return func(t *testing.T, p *profile.Profile) (ok bool) {
		ok = true

		// Check that profile is well formed, contains 'need', and does not contain
		// anything from 'avoid'.
		have := make([]uintptr, len(need))
		avoidSamples := make([]uintptr, len(avoid))

		for _, sample := range p.Sample {

		if !ldr.AttrReachable(s) && !ctxt.linkShared {
			// If -linkshared, the GCProg generation code may need to reach
			// out to the shared library for the type descriptor's data, even
			// the type descriptor itself is not actually needed at run time
			// (therefore not reachable). We still need to mangle its name,
			// so it is consistent with the one stored in the shared library.
			continue
		}

		if arenaBase < zeroedBase {
			// We extended into the non-zeroed part of the
			// arena, so this region needs to be zeroed before use.
			//
			// zeroedBase is monotonically increasing, so if we see this now then
			// we can be sure we need to zero this memory region.
			//
			// We still need to update zeroedBase for this arena, and
			// potentially more arenas.
			needZero = true
		}

}

func (fi *FuncInfo) NumFile() uint32 {
	if !fi.lengths.Initialized {
		panic("need to call Preload first")
	}
	return fi.lengths.NumFile
}

func (fi *FuncInfo) File(k int) goobj.CUFileIndex {
	if !fi.lengths.Initialized {
		panic("need to call Preload first")
	}
	return (*goobj.FuncInfo)(nil).ReadFile(fi.data, fi.lengths.FileOff, uint32(k))
}

    }

    clustered_ops.insert(&op);

    // Get the outputs that need to be communicated from host -> device.
    external_outputs.clear();
    host_outputs.clear();
    GetExternalOutputs(clustered_ops, external_outputs, host_outputs);

    if (ShouldCloseCluster(external_outputs.getArrayRef())) {
      // Get the operands that need to be communicated from device -> host.