ctx = klog.NewContext(ctx, logger)
	logger.V(4).Info("About to try and schedule pod", "pod", klog.KObj(pod))

	fwk, err := sched.frameworkForPod(pod)
	if err != nil {
		// This shouldn't happen, because we only accept for scheduling the pods
		// which specify a scheduler name that matches one of the profiles.
		logger.Error(err, "Error occurred")
		return
	}
	if sched.skipPodSchedule(ctx, fwk, pod) {
		return

// to relocsym happen in parallel; the assumption is that each
// parallel thread will have its own state object.
type relocSymState struct {
	target *Target
	ldr    *loader.Loader
	err    *ErrorReporter
	syms   *ArchSyms
}

// makeRelocSymState creates a relocSymState container object to
// pass to relocsym(). If relocsym() calls happen in parallel,

			if kind, ok := crypto.IsEncrypted(object.UserDefined); ok && kind == crypto.S3 && !crypto.IsMultiPart(object.UserDefined) {
				SSES3SinglePartObjects[i] = true

				metadata = append(metadata, object.UserDefined)
				buckets = append(buckets, object.Bucket)
				names = append(names, object.Name)
			}
		}

		// If there are no SSE-S3 single-part objects
		// we can skip the decryption process. However,

				caBundle, _ := s.RA.GetRootCertFromMeshConfig(signerName)
				rootCertBytes = append(rootCertBytes, caBundle...)
			} else {
				rootCertBytes = append(rootCertBytes, s.RA.GetCAKeyCertBundle().GetRootCertPem()...)
			}
		}
		if s.CA != nil {
			rootCertBytes = append(rootCertBytes, s.CA.GetCAKeyCertBundle().GetRootCertPem()...)
		}
	}

	if len(rootCertBytes) != 0 {

func read8(sym interface{}, off int64) uint8 {
	lsym := sym.(*obj.LSym)
	if off >= int64(len(lsym.P)) || off < 0 {
		// Invalid index into the global sym.
		// This can happen in dead code, so we don't want to panic.
		// Just return any value, it will eventually get ignored.
		// See issue 29215.
		return 0
	}
	return lsym.P[off]
}

		s.Conditions = append(s.Conditions, status.GeneratePodReadyToStartContainersCondition(pod, podStatus))
	}
	allContainerStatuses := append(s.InitContainerStatuses, s.ContainerStatuses...)
	s.Conditions = append(s.Conditions, status.GeneratePodInitializedCondition(&pod.Spec, allContainerStatuses, s.Phase))

		MetadataOnly: true,
	}
	for _, part := range parts {
		req.Files = append(req.Files, fmt.Sprintf("part.%d.meta", part.PartNumber))
	}
	partInfoFiles, err := readMultipleFiles(ctx, onlineDisks, req, writeQuorum)
	if err != nil {
		return oi, err
	}
	if len(partInfoFiles) != len(parts) {
		// Should only happen through internal error

			cidrsForProxier = append(cidrsForProxier, cidr)
		}

		if proxier.ipFamily == v1.IPv6Protocol && !isIPv4CIDR {
			cidrsForProxier = append(cidrsForProxier, cidr)
		}
	}
	proxier.serviceCIDRs = strings.Join(cidrsForProxier, ",")
}

const (
	// Maximum length for one of our chain name prefixes, including the trailing
	// hyphen.
	chainNamePrefixLengthMax = 16

// wroteRequest is a check before recycling a connection that the previous write
// (from writeLoop above) happened and was successful.
func (pc *persistConn) wroteRequest() bool {
	select {
	case err := <-pc.writeErrCh:
		// Common case: the write happened well before the response, so
		// avoid creating a timer.
		return err == nil
	default:

                @TaskAction
                def go() {
                    try {
                        println("project = " + project)
                    } catch(Exception e) {
                        // should not happen, problems are collected
                        throw new RuntimeException("broken")
                    }
                }
            }

            task problems(type: BrokenTask)