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How to use treeOffset method in fast-check-monorepo

Best JavaScript code snippet using fast-check-monorepo

index.ts

Source:index.ts

1import {Gindex} from "../gindex";2import {Node} from "../node";3import {createNodeFromSingleProof, createSingleProof} from "./single";4import {5  computeTreeOffsetProofSerializedLength,6  createNodeFromTreeOffsetProof,7  createTreeOffsetProof,8  deserializeTreeOffsetProof,9  serializeTreeOffsetProof,10} from "./treeOffset";11export enum ProofType {12  single = "single",13  treeOffset = "treeOffset",14}15/**16 * Serialized proofs are prepended with a single byte, denoting their type17 */18export const ProofTypeSerialized = [19  ProofType.single, // 020  ProofType.treeOffset, // 121];22export interface SingleProof {23  type: ProofType.single;24  gindex: Gindex;25  leaf: Uint8Array;26  witnesses: Uint8Array[];27}28export interface TreeOffsetProof {29  type: ProofType.treeOffset;30  offsets: number[];31  leaves: Uint8Array[];32}33export type Proof = SingleProof | TreeOffsetProof;34export interface SingleProofInput {35  type: ProofType.single;36  gindex: Gindex;37}38export interface TreeOffsetProofInput {39  type: ProofType.treeOffset;40  gindices: Gindex[];41}42export type ProofInput = SingleProofInput | TreeOffsetProofInput;43export function createProof(rootNode: Node, input: ProofInput): Proof {44  switch (input.type) {45    case ProofType.single: {46      const [leaf, witnesses] = createSingleProof(rootNode, input.gindex);47      return {48        type: ProofType.single,49        gindex: input.gindex,50        leaf,51        witnesses,52      };53    }54    case ProofType.treeOffset: {55      const [offsets, leaves] = createTreeOffsetProof(rootNode, input.gindices);56      return {57        type: ProofType.treeOffset,58        offsets,59        leaves,60      };61    }62    default:63      throw new Error("Invalid proof type");64  }65}66export function createNodeFromProof(proof: Proof): Node {67  switch (proof.type) {68    case ProofType.single:69      return createNodeFromSingleProof(proof.gindex, proof.leaf, proof.witnesses);70    case ProofType.treeOffset:71      return createNodeFromTreeOffsetProof(proof.offsets, proof.leaves);72    default:73      throw new Error("Invalid proof type");74  }75}76export function serializeProof(proof: Proof): Uint8Array {77  switch (proof.type) {78    case ProofType.single:79      throw new Error("Not implemented");80    case ProofType.treeOffset: {81      const output = new Uint8Array(1 + computeTreeOffsetProofSerializedLength(proof.offsets, proof.leaves));82      output[0] = ProofTypeSerialized.indexOf(ProofType.treeOffset);83      serializeTreeOffsetProof(output, 1, proof.offsets, proof.leaves);84      return output;85    }86    default:87      throw new Error("Invalid proof type");88  }89}90export function deserializeProof(data: Uint8Array): Proof {91  const proofType = ProofTypeSerialized[data[0]];92  if (!proofType) {93    throw new Error("Invalid proof type");94  }95  switch (proofType) {96    case ProofType.single:97      throw new Error("Not implemented");98    case ProofType.treeOffset: {99      const [offsets, leaves] = deserializeTreeOffsetProof(data, 1);100      return {101        type: ProofType.treeOffset,102        offsets,103        leaves,104      };105    }106    default:107      throw new Error("Invalid proof type");108  }...

index.jsx

Source:index.jsx

1import {Gindex} from "../gindex";2import {Node} from "../node";3import {createNodeFromSingleProof, createSingleProof} from "./single";4import {5  computeTreeOffsetProofSerializedLength,6  createNodeFromTreeOffsetProof,7  createTreeOffsetProof,8  deserializeTreeOffsetProof,9  serializeTreeOffsetProof,10} from "./treeOffset";11export const ProofType = {12  single: "single",13  treeOffset: "treeOffset",14}15/**16 * Serialized proofs are prepended with a single byte, denoting their type17 */18export const ProofTypeSerialized = [19  ProofType.single, // 020  ProofType.treeOffset, // 121];22export function createProof(rootNode, input) {23  switch (input.type) {24    case ProofType.single: {25      const [leaf, witnesses] = createSingleProof(rootNode, input.gindex);26      return {27        type: ProofType.single,28        gindex: input.gindex,29        leaf,30        witnesses,31      };32    }33    case ProofType.treeOffset: {34      const [offsets, leaves] = createTreeOffsetProof(rootNode, input.gindices);35      return {36        type: ProofType.treeOffset,37        offsets,38        leaves,39      };40    }41    default:42      throw new Error("Invalid proof type");43  }44}45export function createNodeFromProof(proof) {46  switch (proof.type) {47    case ProofType.single:48      return createNodeFromSingleProof(proof.gindex, proof.leaf, proof.witnesses);49    case ProofType.treeOffset:50      return createNodeFromTreeOffsetProof(proof.offsets, proof.leaves);51    default:52      throw new Error("Invalid proof type");53  }54}55export function serializeProof(proof) {56  switch (proof.type) {57    case ProofType.single:58      throw new Error("Not implemented");59    case ProofType.treeOffset: {60      const output = new Uint8Array(1 + computeTreeOffsetProofSerializedLength(proof.offsets, proof.leaves));61      output[0] = ProofTypeSerialized.indexOf(ProofType.treeOffset);62      serializeTreeOffsetProof(output, 1, proof.offsets, proof.leaves);63      return output;64    }65    default:66      throw new Error("Invalid proof type");67  }68}69export function deserializeProof(data) {70  const proofType = ProofTypeSerialized[data[0]];71  if (!proofType) {72    throw new Error("Invalid proof type");73  }74  switch (proofType) {75    case ProofType.single:76      throw new Error("Not implemented");77    case ProofType.treeOffset: {78      const [offsets, leaves] = deserializeTreeOffsetProof(data, 1);79      return {80        type: ProofType.treeOffset,81        offsets,82        leaves,83      };84    }85    default:86      throw new Error("Invalid proof type");87  }...

combine-vertical-subtrees.js

Source:combine-vertical-subtrees.js

1/*global module, require */2const _ = require('underscore'),3	VerticalSubtreeCollection = require('./vertical-subtree-collection');4module.exports = function combineVerticalSubtrees(node, childLayouts, margin, sameLevel) {5	'use strict';6	const result = {7			nodes: { }8		},9		shift = function (nodes, xOffset) {10			_.each(nodes, function (node) {11				node.x += xOffset;12			});13			return nodes;14		},15		verticalSubtreeCollection = new VerticalSubtreeCollection(childLayouts, margin);16	let treeOffset;17	if (Array.isArray(childLayouts)) {18		throw 'child layouts are an array!';19	}20	result.nodes[node.id] = node;21	node.x = Math.round(-0.5 * node.width);22	result.levels = [{width: node.width, xOffset: node.x}];23	if (!verticalSubtreeCollection.isEmpty()) {24		if (sameLevel) {25			result.levels = verticalSubtreeCollection.getMergedLevels();26			treeOffset = result.levels[0].xOffset;27		} else {28			result.levels = result.levels.concat(verticalSubtreeCollection.getMergedLevels());29			treeOffset = result.levels[1].xOffset;30		}31		Object.keys(childLayouts).forEach(function (subtreeRank) {32			_.extend(result.nodes, shift(childLayouts[subtreeRank].nodes, treeOffset + verticalSubtreeCollection.getExpectedTranslation(subtreeRank)));33		});34	}35	return result;...

Using AI Code Generation

1const {treeOffset} = require('fast-check-monorepo');2console.log(treeOffset);3const {treeOffset} = require('fast-check-monorepo');4console.log(treeOffset);5const {treeOffset} = require('fast-check-monorepo');6console.log(treeOffset);7const {treeOffset} = require('fast-check-monorepo');8console.log(treeOffset);9const {treeOffset} = require('fast-check-monorepo');10console.log(treeOffset);11const {treeOffset} = require('fast-check-monorepo');12console.log(treeOffset);13const {treeOffset} = require('fast-check-monorepo');14console.log(treeOffset);15const {treeOffset} = require('fast-check-monorepo');16console.log(treeOffset);17const {treeOffset} = require('fast-check-monorepo');18console.log(treeOffset);19const {treeOffset} = require('fast-check-monorepo');20console.log(treeOffset);21const {treeOffset} = require('fast-check-monorepo');22console.log(treeOffset);

Using AI Code Generation

1var fastCheck = require('fast-check');2var treeOffset = fastCheck.treeOffset;3var tree = {4        {5                {6                },7                {8                },9                {10                }11        },12        {13                {14                },15                {16                },17                {18                }19        },20        {21                {22                },23                {24                },25                {26                }27        }28};29var offset = treeOffset(tree, 4);30console.log(offset);31var fastCheck = require('fast-check');32var treeOffset = fastCheck.treeOffset;33var tree = {34        {35                {36                },37                {38                },39                {40                }41        },42        {43                {44                },45                {46                },47                {48                }49        },50        {51                {52                },

Using AI Code Generation

1const { treeOffset } = require('fast-check-monorepo')2const { treeOffset } = require('../dist')3const { treeOffset } = require('fast-check-monorepo')4const { treeOffset } = require('../dist')5const { treeOffset } = require('fast-check-monorepo')6const { treeOffset } = require('../dist')7const { treeOffset } = require('fast-check-monorepo')8const { treeOffset } = require('../dist')9const { treeOffset } = require('fast-check-monorepo')10const { treeOffset } = require('../dist')11const { treeOffset } = require('fast-check-monorepo')12const { treeOffset } = require('../dist')13const { treeOffset } = require('fast-check-monorepo')14const { treeOffset } = require('../dist')15const { treeOffset } = require('fast-check-monorepo')16const { treeOffset } = require('../dist')17const { treeOffset } = require('fast-check-monorepo')18const { treeOffset } = require('../dist')19const { treeOffset } = require('fast-check-monorepo')20const { treeOffset } = require('../dist')21const { treeOffset } = require('fast-check-monorepo')22const { treeOffset } = require('../dist')23const { tree

Using AI Code Generation

1const treeOffset = require('fast-check-monorepo').treeOffset;2console.log('Tree Offset is ', treeOffset);3const treeOffset = require('fast-check-monorepo').treeOffset;4console.log('Tree Offset is ', treeOffset);5const treeOffset = require('fast-check-monorepo').treeOffset;6console.log('Tree Offset is ', treeOffset);7const treeOffset = require('fast-check-monorepo').treeOffset;8console.log('Tree Offset is ', treeOffset);9const treeOffset = require('fast-check-monorepo').treeOffset;10console.log('Tree Offset is ', treeOffset);11const treeOffset = require('fast-check-monorepo').treeOffset;12console.log('Tree Offset is ', treeOffset);13const treeOffset = require('fast-check-monorepo').treeOffset;14console.log('Tree Offset is ', treeOffset);15const treeOffset = require('fast-check-monorepo').treeOffset;16console.log('Tree Offset is ', treeOffset);17const treeOffset = require('fast-check-monorepo').treeOffset;18console.log('Tree Offset is ', treeOffset);19const treeOffset = require('fast-check-monorepo').treeOffset;20console.log('Tree Offset is ', treeOffset);21const treeOffset = require('fast-check-monorepo').treeOffset;22console.log('Tree Offset is ', treeOffset);

Using AI Code Generation

1const { treeOffset } = require('fast-check-monorepo');2const offset = treeOffset('test3.js');3console.log(offset);4const { treeOffset } = require('fast-check-monorepo');5const offset = treeOffset('test4.js');6console.log(offset);7const { treeOffset } = require('fast-check-monorepo');8const offset = treeOffset('test5.js');9console.log(offset);10const { treeOffset } = require('fast-check-monorepo');11const offset = treeOffset('test6.js');12console.log(offset);13const { treeOffset } = require('fast-check-monorepo');14const offset = treeOffset('test7.js');15console.log(offset);16const { treeOffset } = require('fast-check-monorepo');17const offset = treeOffset('test8.js');18console.log(offset);19const { treeOffset } = require('fast-check-monorepo');20const offset = treeOffset('test9.js');21console.log(offset);22const { treeOffset } = require('fast-check-monorepo');23const offset = treeOffset('test10.js');24console.log(offset);25const { treeOffset } = require('fast-check-monorepo');26const offset = treeOffset('test11.js');27console.log(offset);28const { tree

Using AI Code Generation

1const { treeOffset } = require('fast-check-monorepo');2console.log(treeOffset('C:\\Users\\myuser\\Desktop\\test2\\test3.js'));3const { treeOffset } = require('fast-check-monorepo');4console.log(treeOffset('C:\\Users\\myuser\\Desktop\\test2\\test3.js'));5const { treeOffset } = require('fast-check-monorepo');6console.log(treeOffset('C:\\Users\\myuser\\Desktop\\test2\\test3.js'));7const { treeOffset } = require('fast-check-monorepo');8console.log(treeOffset('C:\\Users\\myuser\\Desktop\\test2\\test3.js'));9const { treeOffset } = require('fast-check-monorepo');10console.log(treeOffset('C:\\Users\\myuser\\Desktop\\test2\\test3.js'));11const { treeOffset } = require('fast-check-monorepo');12console.log(treeOffset('C:\\Users\\myuser\\Desktop\\test2\\test3.js'));13const { treeOffset } = require('fast-check-monorepo');14console.log(treeOffset('C:\\Users\\myuser\\Desktop\\test2\\test3.js'));15const { treeOffset } = require('

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