Package org.apache.pivot.collections.Sequence.Tree

Examples of org.apache.pivot.collections.Sequence.Tree.Path.toArray()

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                    if (!Sequence.Tree.isDescendant(basePath, affectedPath)) {
                        // All paths from here forward are guaranteed to be unaffected
                        break;
                    }

                    Integer[] elements = affectedPath.toArray();
                    elements[depth]++;
                    paths.update(i, new ImmutablePath(elements));
                }
            } finally {
                // Restore the comparator
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                if (!Sequence.Tree.isDescendant(basePath, affectedPath)) {
                    // All paths from here forward are guaranteed to be unaffected
                    break;
                }

                Integer[] elements = affectedPath.toArray();
                elements[depth] -= count;
                paths.update(i, new ImmutablePath(elements));
            }
        }
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                    if (!Sequence.Tree.isDescendant(basePath, affectedPath)) {
                        // All paths from here forward are guaranteed to be unaffected
                        break;
                    }

                    Integer[] elements = affectedPath.toArray();
                    elements[depth]++;
                    paths.update(i, new ImmutablePath(elements));
                }
            } finally {
                // Restore the comparator
View Full Code Here
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                if (!Sequence.Tree.isDescendant(basePath, affectedPath)) {
                    // All paths from here forward are guaranteed to be unaffected
                    break;
                }

                Integer[] elements = affectedPath.toArray();
                elements[depth] -= count;
                paths.update(i, new ImmutablePath(elements));
            }

            return (n - start);
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                    if (!Sequence.Tree.isDescendant(basePath, affectedPath)) {
                        // All paths from here forward are guaranteed to be unaffected
                        break;
                    }

                    Integer[] elements = affectedPath.toArray();
                    elements[depth]++;
                    paths.update(i, new ImmutablePath(elements));
                }
            } finally {
                // Restore the comparator
View Full Code Here
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                if (!Sequence.Tree.isDescendant(basePath, affectedPath)) {
                    // All paths from here forward are guaranteed to be unaffected
                    break;
                }

                Integer[] elements = affectedPath.toArray();
                elements[depth] -= count;
                paths.update(i, new ImmutablePath(elements));
            }

            return (n - start);
View Full Code Here
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                    if (!Sequence.Tree.isDescendant(basePath, affectedPath)) {
                        // All paths from here forward are guaranteed to be unaffected
                        break;
                    }

                    Integer[] elements = affectedPath.toArray();
                    elements[depth]++;
                    paths.update(i, new ImmutablePath(elements));
                }
            } finally {
                // Restore the comparator
View Full Code Here
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                if (!Sequence.Tree.isDescendant(basePath, affectedPath)) {
                    // All paths from here forward are guaranteed to be unaffected
                    break;
                }

                Integer[] elements = affectedPath.toArray();
                elements[depth] -= count;
                paths.update(i, new ImmutablePath(elements));
            }

            return (n - start);
View Full Code Here
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                    if (!Sequence.Tree.isDescendant(basePath, affectedPath)) {
                        // All paths from here forward are guaranteed to be unaffected
                        break;
                    }

                    Integer[] elements = affectedPath.toArray();
                    elements[depth]++;
                    paths.update(i, new ImmutablePath(elements));
                }
            } finally {
                // Restore the comparator
View Full Code Here
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                if (!Sequence.Tree.isDescendant(basePath, affectedPath)) {
                    // All paths from here forward are guaranteed to be unaffected
                    break;
                }

                Integer[] elements = affectedPath.toArray();
                elements[depth] -= count;
                paths.update(i, new ImmutablePath(elements));
            }

            return (n - start);
View Full Code Here
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