objectlocking is disabled or not set if [ -z $OBJECTLOCKING ] ; then if [ ! -z $VERSIONING ] ; then if [ $VERSIONING = true ] ; then echo "Enabling versioning for '$BUCKET'" ${MC} version enable myminio/$BUCKET elif [ $VERSIONING = false ] ; then echo "Suspending versioning for '$BUCKET'" ${MC} version suspend myminio/$BUCKET fi fi else echo "Bucket '$BUCKET' versioning unchanged." fi # At this point, the bucket should exist, skip checking for existence # Set policy on the bucket echo "Setting policy of...

objectlocking is disabled or not set if [ $OBJECTLOCKING = false ]; then if [ ! -z $VERSIONING ]; then if [ $VERSIONING = true ]; then echo "Enabling versioning for '$BUCKET'" ${MC} version enable myminio/$BUCKET elif [ $VERSIONING = false ]; then echo "Suspending versioning for '$BUCKET'" ${MC} version suspend myminio/$BUCKET fi fi else echo "Bucket '$BUCKET' versioning unchanged." fi # At this point, the bucket should exist, skip checking for existence # Set policy on the bucket echo "Setting policy of...

objectlocking is disabled or not set if [ $OBJECTLOCKING = false ]; then if [ ! -z $VERSIONING ]; then if [ $VERSIONING = true ]; then echo "Enabling versioning for '$BUCKET'" ${MC} version enable myminio/$BUCKET elif [ $VERSIONING = false ]; then echo "Suspending versioning for '$BUCKET'" ${MC} version suspend myminio/$BUCKET fi fi else echo "Bucket '$BUCKET' versioning unchanged." fi # At this point, the bucket should exist, skip checking for existence # Set policy on the bucket echo "Setting policy of...

objectlocking is disabled or not set if [ -z $OBJECTLOCKING ] ; then if [ ! -z $VERSIONING ] ; then if [ $VERSIONING = true ] ; then echo "Enabling versioning for '$BUCKET'" ${MC} version enable myminio/$BUCKET elif [ $VERSIONING = false ] ; then echo "Suspending versioning for '$BUCKET'" ${MC} version suspend myminio/$BUCKET fi fi else echo "Bucket '$BUCKET' versioning unchanged." fi # At this point, the bucket should exist, skip checking for existence # Set policy on the bucket echo "Setting policy of...

		}

		reclen := int(entry.Reclen)
		if reclen > len(buf) {
			// Not enough room. Return for now.
			// The counter will let us know where we should start up again.
			// Note: this strategy for suspending in the middle and
			// restarting is O(n^2) in the length of the directory. Oh well.
			break
		}

		// Copy entry into return buffer.
		s := unsafe.Slice((*byte)(unsafe.Pointer(&entry)), reclen)

func (pls *priorityLevelState) GoString() string {
	if pls == nil {
		return "nil"
	}
	return fmt.Sprintf("&priorityLevelState{pl:%s, qsCompleter:%#+v, queues:%#+v, quiescing:%#v, numPending:%d}", fcfmt.Fmt(pls.pl), pls.qsCompleter, pls.queues, pls.quiescing, pls.numPending)

        NOT_PENDING_ACTIVATING(false);

        private final boolean pending;

        PendingState(boolean pending) {
            this.pending = pending;
        }

        boolean isPending() {
            return this.pending;
        }
    }

    PendingState maybeAddAsPendingDependency(NodeState node, DependencyState dependencyState);

    boolean markNotPending(ModuleIdentifier id);

            affectedComponent.prepareForConstraintNoLongerPending(moduleIdentifier);
        }
        constraintProvidingNodes.clear();
        reportActivePending = true;
    }

    public boolean isPending() {
        return hardEdges == 0;
    }

    boolean hasConstraintProviders() {
        return !constraintProvidingNodes.isEmpty();
    }

    void increaseHardEdgeCount() {
        hardEdges++;
    }

            }
        }

        // Adding an optional dependency: see if we already have a hard dependency on the same module
        ModuleResolveState module = resolveState.getModule(key);
        boolean pending = module.isPending();

        // Already have a hard dependency, this optional dependency is not pending.
        if (!pending) {
            return PendingState.NOT_PENDING;
        }

                    node.clearConstraintEdges(pendingDependencies, removalSource);
                }
            }
        }
    }

    boolean isPending() {
        return pendingDependencies.isPending();
    }

    PendingDependencies getPendingDependencies() {
        return pendingDependencies;
    }

    void registerConstraintProvider(NodeState node) {