How to use getDescendantIds method in storybook-root

Best JavaScript code snippet using storybook-root

KeyStoreAncestral.test.ts

Source:KeyStoreAncestral.test.ts Github

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1// getAncestralIds(nodeIdUuid: string): string[];2// getChildrenIds(nodeIdUuid: string): string[];3// getDescendantIds(nodeIdUuid: string): string[];4// getSiblingsIds(nodeIdUuid: string): string[];5import exp from "constants";6import { KeyStore } from "./KeyStore";7import { KeyStoreAncestral } from "./KeyStoreAncestral";8/**9 * review naming convents verbTarget (be consistent)10 * be consistent with the plurals11 *12 * consider keeping keys. When renaming etc. the internal stored value may change but13 * external references still point to the original id.14 * so that client code can keep reference to the object15 */16describe("KeyStoreAncestral", () => {17 describe(".rootNodeId", () => {18 it("Should be set at instantiate ", () => {19 const keyStoreAncestral = new KeyStoreAncestral("theRoot");20 const rootId = keyStoreAncestral.rootNodeId;21 const x = keyStoreAncestral.insertChildOfParent(rootId);22 // expect(keyStoreAncestral.rootNodeId).toEqual("theRoot");23 });24 });25 // describe.skip("getAncestralIds", () => {});26 describe("getChildrenIds", () => {27 it("Should return empty array if no children", () => {28 const keyStoreAncestral = new KeyStoreAncestral("theRoot");29 keyStoreAncestral.insertChildOfParent(keyStoreAncestral.rootNodeId);30 expect(keyStoreAncestral.getChildrenIds("DOES_NOT_EXISTS")).toEqual([]);31 // expect(1).toEqual(2);32 });33 it("Should return array of childrenId", () => {34 const keyStoreAncestral = new KeyStoreAncestral("theRoot");35 // grandchildren 036 const childId0 = keyStoreAncestral.insertChildOfParent(keyStoreAncestral.rootNodeId);37 const children0_0 = keyStoreAncestral.insertChildOfParent(childId0);38 const children0_1 = keyStoreAncestral.insertChildOfParent(childId0);39 // grandchildren 140 const childId1 = keyStoreAncestral.insertChildOfParent(keyStoreAncestral.rootNodeId);41 const children1_0 = keyStoreAncestral.insertChildOfParent(childId1);42 const children1_1 = keyStoreAncestral.insertChildOfParent(childId1);43 const actualGrandchildren0 = keyStoreAncestral.getChildrenIds(childId0);44 const actualGrandchildren1 = keyStoreAncestral.getChildrenIds(childId1);45 const actualChildren = keyStoreAncestral.getChildrenIds(keyStoreAncestral.rootNodeId);46 expect(actualGrandchildren0.sort()).toEqual([children0_1, children0_0].sort());47 expect(actualGrandchildren1.sort()).toEqual([children1_0, children1_1].sort());48 expect(actualChildren.sort()).toEqual([childId0, childId1].sort());49 });50 it("Should pull children and only children of given parent id", () => {51 const [relations, keyStoreAncestral] = buildKeyStore();52 const expectedRootChildren = [53 relations["childId0"],54 relations["childId1"],55 relations["childId2"],56 ];57 const actualRootChildren = keyStoreAncestral.getChildrenIds(58 keyStoreAncestral.rootNodeId59 );60 expect(actualRootChildren.sort()).toEqual(expectedRootChildren.sort());61 });62 it("Should return empty array for node without children", () => {63 const [relations, keyStoreAncestral] = buildKeyStore();64 const expectedChildren: string[] = [];65 const actualChildren = keyStoreAncestral.getChildrenIds(relations["children2_0_2"]);66 expect(actualChildren.sort()).toEqual(expectedChildren.sort());67 });68 it("Should return empty array parentId's that don't exists", () => {69 const [relations, keyStoreAncestral] = buildKeyStore();70 const expectedChildren: string[] = [];71 const actualChildren = keyStoreAncestral.getChildrenIds("DOES_NOT_EXISTS");72 expect(actualChildren.sort()).toEqual(expectedChildren.sort());73 });74 });75 describe("getDescendantIds", () => {76 it("Should get all descendant keys", () => {77 const keyStoreAncestral = new KeyStoreAncestral("theRoot");78 // grandchildren 079 const childId0 = keyStoreAncestral.insertChildOfParent(keyStoreAncestral.rootNodeId);80 const children0_0 = keyStoreAncestral.insertChildOfParent(childId0);81 const children0_1 = keyStoreAncestral.insertChildOfParent(childId0);82 // grandchildren 183 const childId1 = keyStoreAncestral.insertChildOfParent(keyStoreAncestral.rootNodeId);84 const children1_0 = keyStoreAncestral.insertChildOfParent(childId1);85 const children1_1 = keyStoreAncestral.insertChildOfParent(childId1);86 // exercise87 const actualRootDescendants = keyStoreAncestral.getDescendantIds(88 keyStoreAncestral.rootNodeId89 );90 // post condition91 const actualChild0Descendants = keyStoreAncestral.getDescendantIds(childId0);92 const actualChild1Descendants = keyStoreAncestral.getDescendantIds(childId1);93 const actualChild0_1Descendants = keyStoreAncestral.getDescendantIds(children1_0);94 const actualChild1_1Descendants = keyStoreAncestral.getDescendantIds(children1_0);95 expect(actualRootDescendants.sort()).toEqual(96 [childId0, children0_1, children0_0, childId1, children1_1, children1_0].sort()97 );98 expect(actualChild0Descendants.sort()).toEqual([children0_1, children0_0].sort());99 expect(actualChild1Descendants.sort()).toEqual([children1_0, children1_1].sort());100 expect(actualChild0_1Descendants).toEqual([]);101 expect(actualChild1_1Descendants).toEqual([]);102 });103 it("Should get all descendant keys (internal builder function)", () => {104 const [relations, keyStoreAncestral] = buildKeyStore();105 const expectedAllDescendants = Object.entries(relations)106 .filter(([relation, nodeId]) => {107 return relation !== "root";108 })109 .map(([relation, nodeId]) => {110 return nodeId;111 });112 const expectedMiddleChildDescendants = [113 relations["children1_0"],114 relations["children1_1"],115 relations["children1_2"],116 ];117 const expectedLastChildDescendants = [118 relations["children2_0"],119 relations["children2_1"],120 relations["children2_0_0"],121 relations["children2_0_1"],122 relations["children2_0_2"],123 ];124 // exercise125 const actualRootDescendants = keyStoreAncestral.getDescendantIds(126 keyStoreAncestral.rootNodeId127 );128 const actualMiddleChildDescendants = keyStoreAncestral.getDescendantIds(129 relations["childId1"]130 );131 const actualLastChildDescendants = keyStoreAncestral.getDescendantIds(132 relations["childId2"]133 );134 expect(actualRootDescendants.sort()).toEqual(expectedAllDescendants.sort());135 expect(actualMiddleChildDescendants.sort()).toEqual(136 expectedMiddleChildDescendants.sort()137 );138 expect(actualLastChildDescendants.sort()).toEqual(expectedLastChildDescendants.sort());139 });140 });141 describe("getSiblingsIds", () => {142 it("Should return empty array for root siblings (root has no siblings)", () => {143 const [relations, keyStoreAncestral] = buildKeyStore();144 const expectedRootSiblings: string[] = [];145 // exercise146 const actualRootSiblings = keyStoreAncestral.getSiblingIds(keyStoreAncestral.rootNodeId);147 expect(actualRootSiblings.sort()).toEqual(expectedRootSiblings.sort());148 });149 it("Should return sibling NodeIds for given nodeId", () => {150 const [relations, keyStoreAncestral] = buildKeyStore();151 const expectedSiblingsOfChild0 = [152 // relations["childId0"],153 relations["childId1"],154 relations["childId2"],155 ];156 const expectedSiblingsOfChild2 = [157 relations["childId0"],158 relations["childId1"],159 // relations["childId2"],160 ];161 const expectedSiblingsOfGrandchild = [162 relations["children2_0_0"],163 relations["children2_0_1"],164 // relations["children2_0_2"],165 ];166 ("children2_0_0");167 // exercise168 const actualSiblingsOfChild0 = keyStoreAncestral.getSiblingIds(relations["childId0"]);169 const actualSiblingsOfChild2 = keyStoreAncestral.getSiblingIds(relations["childId2"]);170 const actualSiblingsOfGrandchildren = keyStoreAncestral.getSiblingIds(171 relations["children2_0_2"]172 );173 expect(actualSiblingsOfChild0.sort()).toEqual(expectedSiblingsOfChild0.sort());174 expect(actualSiblingsOfChild2.sort()).toEqual(expectedSiblingsOfChild2.sort());175 expect(actualSiblingsOfGrandchildren.sort()).toEqual(176 expectedSiblingsOfGrandchild.sort()177 );178 });179 });180 describe("deleteBranch", () => {181 it("Should throw error if trying to delete root", () => {182 const [relations, keyStoreAncestral] = buildKeyStore();183 const willThrow = () => {184 keyStoreAncestral.deleteBranch(keyStoreAncestral.rootNodeId);185 };186 expect(willThrow).toThrow("Cannot delete root");187 });188 it("Should throw error if trying to delete root", () => {189 const [relations, keyStoreAncestral] = buildKeyStore();190 const willThrow = () => {191 keyStoreAncestral.deleteBranch("DOES_NOT_EXIST");192 };193 expect(willThrow).toThrow("Key 'DOES_NOT_EXIST' does not exist in tree");194 });195 it("Should throw error if trying to delete root", () => {196 const [relations, keyStoreAncestral] = buildKeyStore();197 const willThrow = () => {198 keyStoreAncestral.deleteBranch("DOES_NOT_EXIST");199 };200 expect(willThrow).toThrow("Key 'DOES_NOT_EXIST' does not exist in tree");201 });202 it("Should delete one and only one key, if node has no children", () => {203 const [relations, keyStoreAncestral] = buildKeyStore();204 const descendantCountBefore = keyStoreAncestral.getDescendantIds(205 keyStoreAncestral.rootNodeId206 ).length;207 const existsBefore = keyStoreAncestral.existsKey(relations["children2_0_1"]);208 // preConditions209 expect(descendantCountBefore).toBeGreaterThan(2);210 expect(existsBefore).toStrictEqual(true);211 // exercise212 keyStoreAncestral.deleteBranch(relations["children2_0_1"]);213 // postConditions214 const descendantCountAfter = keyStoreAncestral.getDescendantIds(215 keyStoreAncestral.rootNodeId216 ).length;217 const existsAfter = keyStoreAncestral.existsKey(relations["children2_0_1"]);218 expect(descendantCountAfter).toStrictEqual(descendantCountBefore - 1);219 expect(existsAfter).toStrictEqual(false);220 // expect(willThrow).toThrow("Key 'DOES_NOT_EXIST' does not exist in tree");221 });222 it("Should delete specified node and all descendants", () => {223 const [relations, keyStoreAncestral] = buildKeyStore();224 const keysInBranchCount = 4;225 const allKeysCountBefore = keyStoreAncestral.getDescendantIds(226 keyStoreAncestral.rootNodeId227 );228 const branchKeysCountBefore = keyStoreAncestral.getDescendantIds(relations["childId1"]);229 // preConditions230 branchKeysCountBefore.forEach((key) => {231 expect(keyStoreAncestral.existsKey(key)).toStrictEqual(true);232 });233 expect(branchKeysCountBefore.length + 1).toEqual(keysInBranchCount);234 // exercise235 keyStoreAncestral.deleteBranch(relations["childId1"]);236 const allKeysCountAfter = keyStoreAncestral.getDescendantIds(237 keyStoreAncestral.rootNodeId238 );239 const branchKeysAfter = keyStoreAncestral.getDescendantIds(relations["childId1"]);240 // postConditions241 branchKeysCountBefore.forEach((key) => {242 expect(keyStoreAncestral.existsKey(key)).toStrictEqual(false);243 });244 expect(allKeysCountAfter.length).toStrictEqual(245 allKeysCountBefore.length - keysInBranchCount246 );247 expect(branchKeysAfter).toStrictEqual([]);248 });249 });250 // describe.skip("insertKey", () => {251 // it("Should not allow insert null parent", () => {});252 // it("Should insert node as child of parent", () => {253 // const keyStoreAncestral = new KeyStoreAncestral("theRoot");254 // const childId = keyStoreAncestral.insertChildOfParent("theRoot");255 // });256 // });257 // describe.skip("mergeBranch", () => {});258 describe.only("moveBranch", () => {259 it("Should move one brach to become child of other branch", () => {260 const [relations, keyStoreAncestral] = buildKeyStore();261 const totalNodesBefore = keyStoreAncestral.getDescendantIds(relations["root"]);262 const descendantsOfTargetBefore = keyStoreAncestral.getDescendantIds(263 relations["childId0"]264 );265 const descendantsOfSourceBefore = keyStoreAncestral.getDescendantIds(266 relations["childId1"]267 );268 // exercise269 keyStoreAncestral.moveBranch(relations["childId1"], relations["childId0"]);270 const totalNodesAfter = keyStoreAncestral.getDescendantIds(relations["root"]);271 const descendantsOfTargetAfter = keyStoreAncestral.getDescendantIds(272 relations["childId0"]273 );274 const descendantsOfSourceAfter = keyStoreAncestral.getDescendantIds(275 relations["childId1"]276 );277 expect(totalNodesBefore.length).toEqual(totalNodesAfter.length);278 expect(descendantsOfTargetAfter.length).toEqual(279 descendantsOfTargetBefore.length + descendantsOfSourceBefore.length + 1280 );281 expect(descendantsOfSourceAfter).toEqual([]);282 });283 it("Should throw error if source and target are the same. ", () => {284 const [relations, keyStoreAncestral] = buildKeyStore();285 const willThrow = () => {286 keyStoreAncestral.moveBranch(relations["childId0"], relations["childId0"]);287 };288 expect(willThrow).toThrow(289 "Tried to move 'theRoot:1-uuid' on to itself. Cannot move branch to same parent"290 );291 });292 describe("Merge", () => {293 it("Should merge children from source into children of target", () => {294 const [relations, keyStoreAncestral] = buildKeyStore();295 const totalNodesBefore = keyStoreAncestral.getDescendantIds(relations["root"]);296 const childrenOfTargetBefore = keyStoreAncestral.getChildrenIds(relations["childId0"]);297 const childrenOfSrcBefore = keyStoreAncestral.getChildrenIds(relations["childId1"]);298 const descendantsOfTargetBefore = keyStoreAncestral.getDescendantIds(299 relations["childId0"]300 );301 const descendantsOfSourceBefore = keyStoreAncestral.getDescendantIds(302 relations["childId1"]303 );304 // exercise305 keyStoreAncestral.mergeBranches(relations["childId1"], relations["childId0"]);306 const childrenOfTargetAfter = keyStoreAncestral.getChildrenIds(relations["childId0"]);307 const childrenOfSrcAfter = keyStoreAncestral.getChildrenIds(relations["childId1"]);308 const totalNodesAfter = keyStoreAncestral.getDescendantIds(relations["root"]);309 const descendantsOfTargetAfter = keyStoreAncestral.getDescendantIds(310 relations["childId0"]311 );312 const descendantsOfSourceAfter = keyStoreAncestral.getDescendantIds(313 relations["childId1"]314 );315 expect(totalNodesBefore.length).toEqual(totalNodesAfter.length);316 expect(descendantsOfTargetAfter.length).toEqual(317 descendantsOfTargetBefore.length + descendantsOfSourceBefore.length318 );319 expect(childrenOfSrcAfter).toEqual([]);320 expect(descendantsOfSourceAfter).toEqual([]);321 expect(childrenOfTargetAfter.length).toEqual(322 childrenOfTargetBefore.length + childrenOfSrcBefore.length323 );324 });325 });326 });...

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categories.js

Source:categories.js Github

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...44 this.emitChange();45 },46 emitChange (data) {47 this.lastActive = this.getLastActiveItem(this.items);48 this.$emit('change', this.getDescendantIds(this.lastActive), data);49 },50 getItem (id) {51 for (const item of this.items) {52 if (item.id === id) {53 return item;54 }55 }56 },57 getActiveItem (items) {58 for (const item of items) {59 if (item.active) {60 return item;61 }62 }63 },64 getLastActiveItem (items) {65 for (const item of items) {66 if (item.active) {67 return this.getLastActiveItem(item.children) || item;68 }69 }70 },71 clearActiveItems (items) {72 if (items) {73 for (const item of items) {74 item.active = false;75 this.clearActiveItems(item.children);76 }77 }78 },79 getDescendantIds (item) {80 const result = [];81 if (item) {82 result.push(item.id);83 for (const child of item.children) {84 result.push(...this.getDescendantIds(child));85 }86 }87 return result;88 },89 async load (page) {90 const data = await this.fetchJson('list', {91 class: 'category',92 view: 'publicList'93 });94 this.items = data.items.map(this.formatItem, this);95 this.resolveHierarchy();96 },97 formatItem (data) {98 return {...

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HierarchySolver.js

Source:HierarchySolver.js Github

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...21 const ids = await this.getDescendantAndParentIds([this.model.getId()]);22 return this.model.find({[this.model.PK]: ids}, ...arguments);23 }24 async getDescendantQuery () {25 const ids = await this.getDescendantIds([this.model.getId()]);26 return this.model.find({[this.model.PK]: ids}, ...arguments);27 }28 async getParentQuery () {29 let descendants = [];30 let id = this.model.getId();31 if (id) {32 descendants = await this.getDescendantIds([id]);33 descendants.push(id);34 }35 return this.model.find(['notIn', this.model.PK, descendants], ...arguments);36 }37 async getDescendantAndParentIds (parentIds) {38 const descendants = await this.getDescendantIds(parentIds);39 descendants.push(...parentIds);40 return descendants;41 }42 async getDescendantIds (parentIds) {43 const children = await this.model.find({[this.parentAttr]: parentIds}).column(this.model.PK);44 if (children.length === 0) {45 return children;46 }47 if (ArrayHelper.includes(this.model.getId(), children)) {48 throw new Error(this.constructor.getCircularError(this.model));49 }50 return children.concat(await this.getDescendantIds(children));51 }52 /**53 * Get ancestors ordered from root to parent54 */55 async getAncestors (child) {56 child = child || this.model;57 const parent = child.get(this.parentAttr);58 if (!parent) {59 return [];60 }61 const item = await child.findById(parent).with(this.with).one();62 if (!item) {63 return [];64 }65 if (this.model.getId().equals(item.getId())) {66 throw new Error(this.constructor.getCircularError(this.model));67 }68 const ancestors = await this.getAncestors(item);69 ancestors.push(item);70 return ancestors;71 }72 async getParentSelectItems (query, textKey) {73 let descendants = [];74 let id = this.model.getId();75 if (id ) {76 descendants = await this.getDescendantIds([id]);77 descendants.push(id);78 }79 query = query.andNotIn(this.model.PK, descendants);80 return this.model.constructor.getSelectItemsByQuery(query, this.model.PK, textKey);81 }82};...

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Using AI Code Generation

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1import { getDescendantIds } from 'storybook-root';2import { getDescendantIds } from 'storybook-root';3import { getDescendantIds } from 'storybook-root';4import { getDescendantIds } from 'storybook-root';5import { getDescendantIds } from 'storybook-root';6import { getDescendantIds } from 'storybook-root';7import { getDescendantIds } from 'storybook-root';8import { getDescendantIds } from 'storybook-root';9import { getDescendantIds } from 'storybook-root';10import { getDescendantIds } from 'storybook-root';11import { getDescendantIds } from 'storybook-root';

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Using AI Code Generation

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1var storybookRoot = document.querySelector('storybook-root');2var storybookRootDescendantIds = storybookRoot.getDescendantIds();3var storybookRoot = document.querySelector('storybook-root');4var storybookRootDescendantIds = storybookRoot.getDescendantIds();5var storybookRoot = document.querySelector('storybook-root');6var storybookRootDescendantIds = storybookRoot.getDescendantIds();7var storybookRoot = document.querySelector('storybook-root');8var storybookRootDescendantIds = storybookRoot.getDescendantIds();9var storybookRoot = document.querySelector('storybook-root');10var storybookRootDescendantIds = storybookRoot.getDescendantIds();11var storybookRoot = document.querySelector('storybook-root');12var storybookRootDescendantIds = storybookRoot.getDescendantIds();13var storybookRoot = document.querySelector('storybook-root');14var storybookRootDescendantIds = storybookRoot.getDescendantIds();15var storybookRoot = document.querySelector('storybook-root');16var storybookRootDescendantIds = storybookRoot.getDescendantIds();17var storybookRoot = document.querySelector('storybook-root');18var storybookRootDescendantIds = storybookRoot.getDescendantIds();19var storybookRoot = document.querySelector('storybook-root');20var storybookRootDescendantIds = storybookRoot.getDescendantIds();21var storybookRoot = document.querySelector('storybook-root');22var storybookRootDescendantIds = storybookRoot.getDescendantIds();23var storybookRoot = document.querySelector('storybook-root');24var storybookRootDescendantIds = storybookRoot.getDescendantIds();

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Using AI Code Generation

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1var storybookRoot = require('./storybook-root');2var storybookRootObj = new storybookRoot();3console.log(storybookRootObj.getDescendantIds());4var StorybookRoot = function() {5 {6 {7 {8 {9 }10 }11 },12 {13 {14 }15 }16 },17 {18 {19 },20 {21 }22 }23 ];24};25StorybookRoot.prototype.getDescendantIds = function() {26 var storybookRoot = this;27 var descendantIds = [];28 var getDescendantIds = function(children) {29 if (children.length === 0) {30 return descendantIds;31 }32 children.forEach(function(child) {33 descendantIds.push(child.id);34 getDescendantIds(child.children);35 });36 return descendantIds;37 };38 return getDescendantIds(storybookRoot.children);39};40module.exports = StorybookRoot;

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Using AI Code Generation

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1var StorybookRoot = document.querySelector('storybook-root');2var descendantIds = StorybookRoot.getDescendantIds();3var StorybookRoot = document.querySelector('storybook-root');4var descendantIds = StorybookRoot.getDescendantIds();5var StorybookRoot = document.querySelector('storybook-root');6var descendantIds = StorybookRoot.getDescendantIds();7var StorybookRoot = document.querySelector('storybook-root');8var descendantIds = StorybookRoot.getDescendantIds();

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Using AI Code Generation

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1var ids = document.getElementById('storybook-root').getDescendantIds();2var storybookElement = document.getElementById(ids[0]);3var ids = document.getElementById('storybook-root').getDescendantIds();4var storybookElement = document.getElementById(ids[0]);5var ids = document.getElementById('storybook-root').getDescendantIds();6var storybookElement = document.getElementById(ids[0]);7var ids = document.getElementById('storybook-root').getDescendantIds();8var storybookElement = document.getElementById(ids[0]);9var ids = document.getElementById('storybook-root').getDescendantIds();10var storybookElement = document.getElementById(ids[0]);

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