How to use furthestAncestor method in wpt

Best JavaScript code snippet using wpt

scope.ts

Source:scope.ts

1import {v4} from 'uuid';2import {ExecutionContextI, LoggerAdapter} from '@franzzemen/app-utility';3import {RuleElementModuleReference} from '../rule-element-ref/rule-element-reference.js';4import {HasRefName} from '../util/has-ref-name.js';5import {Options} from './options.js';6import {ScopedFactory} from './scoped-factory.js';7export class Scope extends Map<string, any> {8  public static ParentScope = 'ParentScope';9  public static ChildScopes = 'ChildScopes';10  public static ScopeName = 'ScopeName';11  public scopeName: string;12  constructor(options?: Options, parentScope?: Scope, ec?: ExecutionContextI) {13    super();14    this.scopeName = this.constructor.name + '-' + v4();15    this.set(Scope.ParentScope, parentScope);16    if (parentScope) {17      let childScopes: Scope [] = parentScope.get(Scope.ChildScopes);18      if(!childScopes) {19        childScopes = [];20        parentScope.set(Scope.ChildScopes, childScopes);21      }22      childScopes.push(this);23    }24  }25  getScopedFactory<C>(refName: string, factoryKey: string, searchParent = true, ec?: ExecutionContextI): C {26    const factory: ScopedFactory<C> = this.get(factoryKey);27    const c = factory.getRegistered(refName, ec);28    if (c) {29      return c;30    } else if (searchParent) {31      const parentScope = this.get(Scope.ParentScope) as Scope;32      if (parentScope) {33        return parentScope.getScopedFactory<C>(refName, factoryKey, searchParent, ec);34      }35    }36    return undefined;37  }38  add<C>(items: RuleElementModuleReference[], factoryKey: string, override = false, overrideDown = false, ec?: ExecutionContextI) {39    const log = new LoggerAdapter(ec, 'rules-engine', 'scope-functions', 'add');40    if (items?.length > 0) {41      const factory: ScopedFactory<C> = this.get(factoryKey);42      items.forEach(item => {43        if (override) {44          // Clear anscestors, adding the data type to the furthest ancestor45          if (this.overrideScopes(item, factoryKey, ec)) {46            // IF ancestor existed (overrideDataType = true), then clear this dataFactory47            if (factory.hasRegistered(item.refName, ec)) {48              factory.unregister(item.refName, ec);49            }50          } else {51            // If no ancestor existed, then just set the data type at this scope level52            factory.register(item, true, undefined, undefined,ec);53          }54        } else {55          // If the override flag is false, then set at this level, but don't override what's in the factory56          factory.register(item, false, undefined, undefined, ec);57        }58        if (overrideDown) {59          // Remove all child hierarchy data types60          this.recurseRemoveChildItems<C>([item.refName], factoryKey, ec);61        }62      });63    }64  }65  overrideScopes<C>(item: RuleElementModuleReference, factoryKey: string, ec?: ExecutionContextI): boolean {66    // Start at the top of the stack67    let height = this.getScopeDepth(ec);68    let furthestAncestor: Map<string, any>;69    while (height > 0) {70      const ancestor = this.getParentAtHeight(height, ec);71      const ancestorFactory: ScopedFactory<C> = ancestor.get(factoryKey);72      if (ancestorFactory.hasRegistered(item.refName, ec)) {73        if (!furthestAncestor) {74          furthestAncestor = ancestor;75        }76        ancestorFactory.unregister(item.refName, ec);77      }78      height--;79    }80    if (furthestAncestor) {81      const ancestorFactory: ScopedFactory<C> = furthestAncestor.get(factoryKey);82      ancestorFactory.register(item, true, undefined, undefined, ec);83      return true;84    } else {85      return false;86    }87  }88  remove<C extends HasRefName>(refNames: string [], factoryKey: string, override = false, overrideDown = false, ec?: ExecutionContextI) {89    let scope = this;90    do {91      scope.removeInScope(refNames, factoryKey, ec);92    } while (override && (scope = scope.get(Scope.ParentScope)));93    if (overrideDown) {94      this.recurseRemoveChildItems(refNames, factoryKey, ec);95    }96  }97  recurseRemoveChildItems<C>(refNames: string[], factoryKey: string, ec) {98    (this.get(Scope.ChildScopes) as Scope[]).forEach(childScope => {99      childScope.removeInScope<C>(refNames, factoryKey, ec);100      childScope.recurseRemoveChildItems<C>(refNames, factoryKey, ec);101    });102  }103  removeInScope<C>(refNames: string[], factoryKey: string, ec: ExecutionContextI) {104    const factory: ScopedFactory<C> = this.get(factoryKey);105    refNames.forEach(refName => {106      if (factory.hasRegistered(refName, ec)) {107        factory.unregister(refName, ec);108      }109    });110  }111  getScopeDepth(execContext?: ExecutionContextI): number {112    let depth = 0;113    let scope = this;114    while ((scope = scope.get(Scope.ParentScope)) !== undefined) {115      depth++;116    }117    return depth;118  }119  getParentAtHeight(height: number, execContext?: ExecutionContextI): Scope {120    let parent: Scope;121    for(let i = 0; i < height; i++) {122      if(i === 0) {123        parent = this.get(Scope.ParentScope);124      } else {125        parent = parent.get(Scope.ParentScope);126      }127      if (!parent) break;128    }129    return parent;130  }131  hasFactory<C>(refName: string, factoryKey: string, ec?: ExecutionContextI): boolean {132    const factory = this.get(factoryKey);133    if(factory.hasRegistered(refName, ec)) {134      return true;135    } else {136      const parentScope = this.get(Scope.ParentScope) as Scope;137      if (parentScope) {138        return parentScope.hasFactory<C>(refName, factoryKey, ec);139      }140    }141    return false;142  }143  // Are two scopes (reasonably) the same?  This is not fully exact.144  // It purposefully does not force the two scopes or their contents to be of the same instance145  isSameScope(o: Scope): boolean {146    if(this === o) {147      return true;148    }149    if(this.typeOfScope() === o.typeOfScope() && this.size == o.size) {150      let iterator = this.keys();151      let match = true;152      // For now, we just match all the keys...153      // TODO: compare values?154      for(let key of iterator) {155        if(!o.has(key)) {156          match = false;157          break;158        }159      }160      return match;161    } else {162      return false;163    }164  }165  typeOfScope(): string {166    return this.constructor.name;167  }168  reParent(scope: Scope, parentScope: Scope, ec?: ExecutionContextI) {169    if(parentScope) {170      const existingParent = scope.get(Scope.ParentScope);171      if(existingParent) {172        const parentChildScopes = existingParent.get(Scope.ChildScopes);173        if(parentChildScopes) {174          parentChildScopes.remove(scope.get(Scope.ScopeName));175        }176      }177      scope.set(Scope.ParentScope, parentScope);178      let parentChildScopes: Map<string, Scope> = parentScope.get(Scope.ChildScopes);179      if(!parentChildScopes) {180        parentChildScopes = new Map<string, Scope>();181        parentScope.set(Scope.ChildScopes, parentChildScopes);182      }183      parentChildScopes.set(scope.get(Scope.ScopeName), scope as Scope);184    }185  }...

atWholeDocument.js

Source:atWholeDocument.js

1// @flow2import { List } from 'immutable';3import { Text } from 'slate';4import { type typeRule } from './type';5import isStartByKey from './utils/isStartByKey';6import isEndByKey from './utils/isEndByKey';7import deleteBetweenNodes from './utils/deleteBetweenNodes';8const atWholeDocument: typeRule = (rootDelete, change, range, opts, next) => {9    if (range.isCollapsed) return change;10    const { startKey, endKey, startOffset, endOffset } = range;11    const { document } = change.value;12    const { isFocused } = change.value.selection;13    if (startOffset !== 0) return next(opts);14    if (!isStartByKey(document, startKey)) return next(opts);15    if (startKey === endKey) return next(opts);16    if (!isEndByKey(document, endKey)) return next(opts);17    if (endOffset !== document.getDescendant(endKey).text.length) {18        return next(opts);19    }20    if (document.nodes.size === 0) return change;21    const { deleteStartText, deleteEndText } = opts;22    if (deleteStartText && deleteEndText) {23        document.nodes.forEach(n =>24            change.removeNodeByKey(n.key, { normalize: false })25        );26        return change;27    }28    const startText = deleteStartText29        ? null30        : Text.create('').set('key', startKey);31    const endText = deleteEndText ? null : Text.create('').set('key', endKey);32    let newNodes = startText ? List.of(startText) : List();33    newNodes = endText ? newNodes.push(endText) : newNodes;34    const leafBlock = document.nodes.find(35        b => b.object === 'block' && b.isLeafBlock() && !b.isVoid36    );37    if (leafBlock) {38        document.nodes.forEach(n => {39            if (n !== leafBlock) {40                change.removeNodeByKey(n.key, { normalize: false });41                return;42            }43            const nextBlock = leafBlock.set('nodes', newNodes);44            change.replaceNodeByKey(nextBlock.key, nextBlock, {45                normalize: false46            });47        });48        if (isFocused) {49            change.collapseToStartOf(change.value.document).focus();50        }51        return change;52    }53    const lastTextBlock = document.getBlocks().findLast(b => !b.isVoid);54    if (lastTextBlock) {55        const furthestAncestor = document.getFurthestAncestor(56            lastTextBlock.key57        );58        const ancestors = furthestAncestor.getAncestors(lastTextBlock.key);59        let nextBlock = lastTextBlock.set('nodes', newNodes);60        ancestors.findLast((n, index) => {61            nextBlock = n.set('nodes', List.of(nextBlock));62            return false;63        });64        document.nodes.forEach(n => {65            if (n !== furthestAncestor) {66                change.removeNodeByKey(n.key, { normalize: false });67                return;68            }69            change.replaceNodeByKey(nextBlock.key, nextBlock, {70                normalize: false71            });72        });73        if (isFocused) {74            change.collapseToStartOf(change.value.document).focus();75        }76        return change;77    }78    const firstKey = deleteStartText79        ? startKey80        : document.getNextText(startKey).key;81    const lastKey = deleteEndText82        ? endKey83        : document.getPreviousText(endKey).key;84    deleteBetweenNodes(change, firstKey, lastKey);85    if (isFocused) {86        change.collapseToStartOf(change.value.document).focus();87    }88    return change;89};...

index.js

Source:index.js

1"use strict";2var mergePutDataWithRowData = require("./mergePutDataWithRowData"),3    getFurthestAncestor = require("../utils/getFurthestAncestor"),4    getFurthestChild = require("../utils/getFurthestChild"),5    getChild = require("../utils/getChild"),6    dataDiffers = require("../utils/dataDiffers");7function getChangeRoot(model, db, row, d) {8    var next;9    if (dataDiffers(row, d)) {10        return {11            model: model,12            row: row13        };14    } else {15        next = getChild(model, db, row);16        if (next) {17            return getChangeRoot(next.model, db, next.row, d);18        }19    }20}21module.exports = function put(model, db, row, d) {22    var changeRoot,23        furthestChild,24        furthestAncestor = getFurthestAncestor(model, row);25    d = mergePutDataWithRowData(row, d);26    changeRoot = getChangeRoot(27        furthestAncestor.model,28        db,29        furthestAncestor.row,30        d31    );32    // if differences have been detected33    if (changeRoot) {34        furthestChild = getFurthestChild(changeRoot.model, db, changeRoot.row);35        // update the data bundle to respect child data36        d = mergePutDataWithRowData(furthestChild.row, d);37        // recursively delete from the first change point38        db[changeRoot.model.tableName].delete(changeRoot.row[changeRoot.model.primary]);39        // dispatch post to furthest child in inheritance chain40        return db[furthestChild.model.tableName].post(d);41    } else {42        return row;43    }...

Using AI Code Generation

1var wpt = require('webpagetest');2var wptClient = wpt('www.webpagetest.org');3wptClient.furthestAncestor('www.webpagetest.org', 'www.webpagetest.org', function(err, data) {4  if (err) {5    console.log(err);6  } else {7    console.log(data);8  }9});10var wpt = require('webpagetest');11var wptClient = wpt('www.webpagetest.org');12wptClient.getLocations(function(err, data) {13  if (err) {14    console.log(err);15  } else {16    console.log(data);17  }18});19var wpt = require('webpagetest');20var wptClient = wpt('www.webpagetest.org');21wptClient.getTesters(function(err, data) {22  if (err) {23    console.log(err);24  } else {25    console.log(data);26  }27});28var wpt = require('webpagetest');29var wptClient = wpt('www.webpagetest.org');30wptClient.getTestStatus('www.webpagetest.org', function(err, data) {31  if (err) {32    console.log(err);33  } else {34    console.log(data);35  }36});37var wpt = require('webpagetest');38var wptClient = wpt('www.webpagetest.org');39wptClient.getTestResults('www.webpagetest.org', function(err, data) {40  if (err) {41    console.log(err);42  } else {43    console.log(data);44  }45});46var wpt = require('webpagetest');47var wptClient = wpt('www.webpagetest.org');48wptClient.getTestResults('www.webpagetest.org', { 'f': 'json' }, function(err, data) {49  if (err) {50    console.log(err);51  } else {52    console.log(data);53  }54});

Using AI Code Generation

1var wptree = require("./wptree.js");2var tree = wptree.parse("((A:1,B:2):3,(C:4,D:5):6);");3console.log(tree.furthestAncestor("A","B").name);4console.log(tree.furthestAncestor("A","C").name);5console.log(tree.furthestAncestor("A","D").name);6console.log(tree.furthestAncestor("B","C").name);7console.log(tree.furthestAncestor("B","D").name);8console.log(tree.furthestAncestor("C","D").name);9var wptree = require("./wptree.js");10var tree = wptree.parse("((A:1,B:2):3,(C:4,D:5):6);");11console.log(tree.furthestAncestorDistance("A","B"));12console.log(tree.furthestAncestorDistance("A","C"));13console.log(tree.furthestAncestorDistance("A","D"));14console.log(tree.furthestAncestorDistance("B","C"));15console.log(tree.furthestAncestorDistance("B","D"));16console.log(tree.furthestAncestorDistance("C","D"));17var wptree = require("./wptree.js");18var tree = wptree.parse("((A:1,B:2):3,(C:4,D:5):6);");19console.log(tree.height());20var wptree = require("./wptree.js");21var tree = wptree.parse("((A:1,B:2):3,(C:4,D:5):6);");22console.log(tree.isLeaf("A"));23console.log(tree.isLeaf("B"));24console.log(tree.isLeaf("C"));25console.log(tree.isLeaf("D"));26console.log(tree.isLeaf("E"));27console.log(tree.isLeaf("F"));28console.log(tree.isLeaf("G"));29var wptree = require("./wptree.js");30var tree = wptree.parse("((A:1,B:2):

Using AI Code Generation

1var wptree = require('./wptree.js');2var fs = require('fs');3var tree = new wptree();4var file = fs.readFileSync('./test.txt');5var lines = file.toString().split('\n');6var n = parseInt(lines[0]);7var c = parseInt(lines[1]);8var nodes = lines[2].split(' ');9var parents = lines[3].split(' ');10for(var i=0; i<n; i++){11	tree.add(nodes[i], parents[i]);12}13var ancestor = tree.furthestAncestor(nodes[c]);14console.log(ancestor);

Using AI Code Generation

1var wpTree = require('./wptree.js');2var fs = require('fs');3var file = fs.readFileSync('test.txt', 'utf8');4var lines = file.split("\n");5var tree = new wpTree();6var count = 0;7for(var i = 0; i < lines.length; i++){8	var line = lines[i];9	var words = line.split(" ");10	if(words[0] == 'add'){11		tree.add(words[1], words[2]);12	}13	else if(words[0] == 'remove'){14		tree.remove(words[1], words[2]);15	}16	else if(words[0] == 'count'){17		var count = tree.count(words[1]);18		console.log(count);19	}20	else if(words[0] == 'query'){21		var query = tree.query(words[1]);22		console.log(query);23	}24	else if(words[0] == 'path'){25		var path = tree.path(words[1], words[2]);26		console.log(path);27	}28	else if(words[0] == 'furthestAncestor'){29		var ancestor = tree.furthestAncestor(words[1], words[2]);30		console.log(ancestor);31	}32	else{33		console.log("invalid command");34	}35}

Using AI Code Generation

1var wpt = require('./wpt.js');2var fs = require('fs');3var data = fs.readFileSync('./tree.json');4var tree = JSON.parse(data);5var test = wpt.furthestAncestor(tree, 'a', 'b');6console.log(test);

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