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How to use tracePath method in Best

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__test_pathtrie.js

Source:__test_pathtrie.js

1/*2 * JavaScript Reflection API3 *  for Access Permission Contracts4 *  - TestCase5 *6 * Copyright (c) 2013, Proglang, University of Freiburg.7 *  http://proglang.informatik.uni-freiburg.de/8 * All rights reserved.9 *10 * Author Matthias Keil11 *  http://www.informatik.uni-freiburg.de/~keilr/12 *13 * $Date: 2013-03-08 07:46:31 +0100 (Fri, 08 Mar 2013) $14 * $Rev: 23151 $15 */16empty = new __APC.TracePath.TraceEmpty();17a = new __APC.TracePath.TraceProperty("a");18b = new __APC.TracePath.TraceProperty("b");19c = new __APC.TracePath.TraceProperty("c");20d = new __APC.TracePath.TraceProperty("d");21e = new __APC.TracePath.TraceProperty("e");22f = new __APC.TracePath.TraceProperty("f");23//p1 = new __APC.TracePath.TracePath(b, c);24//q1 =  new __APC.TracePath.TracePath(d, e);25//s0 = new __APC.TracePath.TraceSet(p1, q1);26//b0 = new __APC.TracePath.TracePath(start, a);27//b1 = new __APC.TracePath.TracePath(b0, s0);28//b2 = new __APC.TracePath.TracePath(b1, f);29//////////////////////////////////////////////////30//////////////////////////////////////////////////31//////////////////////////////////////////////////32//////////////////////////////////////////////////33//////////////////////////////////////////////////34trie = new __APC.TracePath.PathTrie();35trie = trie.makeEndOfPath();36trie = trie.append(a);37trie = trie.append(b);38trie = trie.append(c);39//////////////////////////////////////////////////40trie1 = new __APC.TracePath.PathTrie();41trie1 = trie1.makeEndOfPath();42trie1 = trie1.append(a);43trie = trie.merge(trie1);44//////////////////////////////////////////////////45trie2 = new __APC.TracePath.PathTrie();46trie2 = trie2.makeEndOfPath();47trie2 = trie2.append(b);48trie2 = trie2.append(c);49trie = trie.merge(trie2);50//////////////////////////////////////////////////51trie3 = new __APC.TracePath.PathTrie();52trie3 = trie3.makeEndOfPath();53trie3 = trie3.append(b);54trie3 = trie3.append(c);55trie3 = trie3.append(c);56trie = trie.merge(trie3);57//////////////////////////////////////////////////58trieX = new __APC.TracePath.PathTrie();59trieX = trieX.makeEndOfPath();60trieX = trieX.append(a);61trieX = trieX.append(b);62trieX = trieX.append(c);63trieY = new __APC.TracePath.PathTrie();64trieY = trieY.makeEndOfPath();65trieY = trieY.append(a);66trieY = trieY.append(b);67trieY = trieY.append(c);68trieY = trieY.append(d);69trieY = trieY.append(f);70trieX = trieX.merge(trieY);71//////////////////////////////////////////////////72trie = trie.merge(trieX);73trieY = trieY.append(__APC.TracePath.TraceProperty("SASA"));74trie = trie.merge(trieY);75//////////////////////////////////////////////////76__sysout("\n\n### TO STRING");77__sysout(trie);78__sysout(trie.print());79__sysout("\n\n### DUMP");80__sysout(trie.paths);81trie.paths.foreach(function(s, o) {82__sysout("edge:: " + o);...

__test_flattening.js

Source:__test_flattening.js

1/*2 * JavaScript Reflection API3 *  for Access Permission Contracts4 *  - TestCase5 *6 * Copyright (c) 2013, Proglang, University of Freiburg.7 *  http://proglang.informatik.uni-freiburg.de/8 * All rights reserved.9 *10 * Author Matthias Keil11 *  http://www.informatik.uni-freiburg.de/~keilr/12 *13 * $Date: 2013-03-07 11:18:52 +0100 (Thu, 07 Mar 2013) $14 * $Rev: 23136 $15 */16tpe1 = new __APC.TracePath.TraceEmpty();17tpe2 = new __APC.TracePath.TraceEmpty();18tpA1 = new __APC.TracePath.TraceProperty("a");19tpA2 = new __APC.TracePath.TraceProperty("a");20tpB1 = new __APC.TracePath.TraceProperty("b");21tpB2 = new __APC.TracePath.TraceProperty("b");22tpC1 = new __APC.TracePath.TraceProperty("c");23tpC2 = new __APC.TracePath.TraceProperty("c");24tpF1 = new __APC.TracePath.TraceProperty("f");25tpF2 = new __APC.TracePath.TraceProperty("f");26tpAA1 =  new __APC.TracePath.TracePath(tpA1, tpA2);27tpAA2 =  new __APC.TracePath.TracePath(tpA1, tpA2);28tpAB1 =  new __APC.TracePath.TracePath(tpA1, tpB2);29tpAB2 =  new __APC.TracePath.TracePath(tpA1, tpB1);30tpBC1 =  new __APC.TracePath.TracePath(tpB1, tpC1);31tpBC2 =  new __APC.TracePath.TracePath(tpB1, tpC1);32tpAAuAB = new __APC.TracePath.TraceSet(tpAA1, tpAB1);33tpABuBC = new __APC.TracePath.TraceSet(tpAB1, tpBC1);34tpFA = new __APC.TracePath.TraceArgument(tpF1, tpA1);35function test(p) {36// TODO: deactivated37//		__sysout(p.toString() + " = " + p.freduce());38}39test(tpe1);40test(tpA1);41test(tpAA1);42test(tpAAuAB);43test(new __APC.TracePath.TracePath(tpAAuAB, tpA1));...

__test_sreduce.js

Source:__test_sreduce.js

1/*2 * JavaScript Reflection API3 *  for Access Permission Contracts4 *  - TestCase5 *6 * Copyright (c) 2013, Proglang, University of Freiburg.7 *  http://proglang.informatik.uni-freiburg.de/8 * All rights reserved.9 *10 * Author Matthias Keil11 *  http://www.informatik.uni-freiburg.de/~keilr/12 *13 * $Date: 2013-03-07 11:18:52 +0100 (Thu, 07 Mar 2013) $14 * $Rev: 23136 $15 */16tpe1 = new __APC.TracePath.TraceEmpty();17tpe2 = new __APC.TracePath.TraceEmpty();18tpA1 = new __APC.TracePath.TraceProperty("a");19tpA2 = new __APC.TracePath.TraceProperty("a");20tpB1 = new __APC.TracePath.TraceProperty("b");21tpB2 = new __APC.TracePath.TraceProperty("b");22tpC1 = new __APC.TracePath.TraceProperty("c");23tpC2 = new __APC.TracePath.TraceProperty("c");24tpF1 = new __APC.TracePath.TraceProperty("f");25tpF2 = new __APC.TracePath.TraceProperty("f");26tpAA1 =  new __APC.TracePath.TracePath(tpA1, tpA2);27tpAA2 =  new __APC.TracePath.TracePath(tpA1, tpA2);28tpAB1 =  new __APC.TracePath.TracePath(tpA1, tpB2);29tpAB2 =  new __APC.TracePath.TracePath(tpA1, tpB1);30tpBC1 =  new __APC.TracePath.TracePath(tpB1, tpC1);31tpBC2 =  new __APC.TracePath.TracePath(tpB1, tpC1);32tpAAuAB = new __APC.TracePath.TraceSet(tpAA1, tpAA1);33tpABuBC = new __APC.TracePath.TraceSet(tpAB1, tpBC1);34tpFA = new __APC.TracePath.TraceArgument(tpF1, tpA1);35function test(p) {36		// TODO: deactivated:37		//__sysout(p.toString() + " = " + p.sreduce());38}39test(__APC.TracePath.TraceSet(tpAA1, tpAA2));40test(tpAA2);41test(tpAB1);42test(tpAB2);43test(tpAAuAB);...

Using AI Code Generation

1var BestFirstSearch = require('./BestFirstSearch.js');2var result = BestFirstSearch.tracePath([1,2,3,4,5,6,7,8,0], [0,1,2,3,4,5,6,7,8]);3console.log(result);4var BestFirstSearch = require('./BestFirstSearch.js');5var result = BestFirstSearch.tracePath([1,2,3,4,5,6,7,8,0], [6,7,8,3,4,5,0,1,2]);6console.log(result);7var BestFirstSearch = require('./BestFirstSearch.js');8var result = BestFirstSearch.tracePath([1,2,3,4,5,6,7,8,0], [0,1,2,3,4,5,6,7,8]);9console.log(result);

Using AI Code Generation

1var BestFirstSearch = require('BestFirstSearch');2var tracePath = BestFirstSearch.tracePath;3var start = [0, 0];4var goal = [4, 4];5];6var path = tracePath(grid, start, goal);7console.log(path);8var BestFirstSearch = require('BestFirstSearch');9var search = BestFirstSearch.search;10var start = [0, 0];11var goal = [4, 4];12];13var path = search(grid, start, goal);14console.log(path);15var BestFirstSearch = require('BestFirstSearch');16var search = BestFirstSearch.search;17var start = [0, 0];18var goal = [4, 4];

Using AI Code Generation

1var BestFirstSearch = require('./BestFirstSearch.js');2var Graph = require('./Graph.js');3var graph = new Graph();4graph.addVertex('A');5graph.addVertex('B');6graph.addVertex('C');7graph.addVertex('D');8graph.addVertex('E');9graph.addVertex('F');10graph.addVertex('G');11graph.addEdge('A', 'B', 3);12graph.addEdge('A', 'C', 5);13graph.addEdge('B', 'C', 2);14graph.addEdge('B', 'D', 4);15graph.addEdge('C', 'D', 1);16graph.addEdge('C', 'E', 6);17graph.addEdge('D', 'E', 1);18graph.addEdge('D', 'F', 3);19graph.addEdge('E', 'F', 2);20graph.addEdge('E', 'G', 4);21graph.addEdge('F', 'G', 5);22var bestFirstSearch = new BestFirstSearch(graph);23var path = bestFirstSearch.tracePath('A', 'E');24console.log(path);

Using AI Code Generation

1var BestFirstSearch = require('./BestFirstSearch.js');2var bestFirstSearch = new BestFirstSearch();3var path = bestFirstSearch.tracePath();4console.log(path);5var BestFirstSearch = function(){6    this.startNode = null;7    this.goalNode = null;8    this.openList = [];9    this.closedList = [];10    this.path = [];11    this.initialize = function(startNode, goalNode){12        this.startNode = startNode;13        this.goalNode = goalNode;14        this.openList.push(startNode);15    }16    this.search = function(){17        while(this.openList.length > 0){18            var bestNode = this.openList[0];19            for(var i=1;i<this.openList.length;i++){20                if(this.openList[i].f < bestNode.f){21                    bestNode = this.openList[i];22                }23            }24            var index = this.openList.indexOf(bestNode);25            this.openList.splice(index, 1);26            this.closedList.push(bestNode);27            if(bestNode === this.goalNode){28                return this.path;29            }30            var neighbors = bestNode.neighbors;31            for(var i=0;i<neighbors.length;i++){32                var neighbor = neighbors[i];33                if(this.closedList.indexOf(neighbor) >= 0 || !neighbor.walkable){34                    continue;35                }36                var gScore = bestNode.g + 1;37                var gScoreIsBest = false;38                if(this.openList.indexOf(neighbor) < 0){39                    gScoreIsBest = true;40                    neighbor.h = this.heuristic(neighbor);41                    this.openList.push(neighbor);42                }43                else if(gScore < neighbor.g){44                    gScoreIsBest = true;45                }46                if(gScoreIsBest){47                    neighbor.parent = bestNode;48                    neighbor.g = gScore;49                    neighbor.f = neighbor.g + neighbor.h;50                }51            }52        }53        return this.path;54    }55    this.heuristic = function(node){56        var d1 = Math.abs(node.x - this.goalNode.x);57        var d2 = Math.abs(node.y - this.goalNode.y);58        return d1 + d2;59    }60    this.tracePath = function(){61        var node = this.goalNode;62        this.path.push(node);

Using AI Code Generation

1var BestFirstSearch = require('BestFirstSearch');2var Graph = require('Graph');3var graph = new Graph();4var bfs = new BestFirstSearch(graph);5graph.addNode(1);6graph.addNode(2);7graph.addNode(3);8graph.addNode(4);9graph.addNode(5);10graph.addNode(6);11graph.addNode(7);12graph.addNode(8);13graph.addNode(9);14graph.addNode(10);15graph.addEdge(1, 2, 3);16graph.addEdge(1, 3, 1);17graph.addEdge(1, 4, 2);18graph.addEdge(2, 5, 1);19graph.addEdge(2, 6, 2);20graph.addEdge(3, 7, 1);21graph.addEdge(3, 8, 2);22graph.addEdge(4, 9, 1);23graph.addEdge(4, 10, 2);24var path = bfs.tracePath(1, 10);25console.log(path);

Using AI Code Generation

1var BestFirstSearch = require('./BestFirstSearch');2var start = "A";3var goal = "G";4var graph = new BestFirstSearch();5graph.addNode("A", "B", 5);6graph.addNode("A", "D", 3);7graph.addNode("B", "C", 2);8graph.addNode("B", "E", 1);9graph.addNode("C", "G", 1);10graph.addNode("D", "E", 1);11graph.addNode("D", "F", 6);12graph.addNode("E", "G", 2);13graph.addNode("F", "G", 1);14var path = graph.tracePath(start, goal);15console.log("Shortest path from " + start + " to " + goal + " is: ");16for (var i = 0; i < path.length; i++) {17    console.log(path[i]);18}

Using AI Code Generation

1var BestFirstSearch = require('./BestFirstSearch.js').BestFirstSearch;2var bestFirstSearch = new BestFirstSearch();3var startNode = {4};5var goalNode = {6};7    {8            {9            },10            {11            },12            {13            }14    },15    {16            {17            },18            {19            },20            {21            }22    },23    {24            {25            },26            {27            }28    },29    {30            {31            },32            {33            },34            {35            }36    },37    {38            {39            },40            {41            },42            {43            },44            {45            },46            {

Using AI Code Generation

1import { BestFirstSearch } from "./BestFirstSearch.js";2let search = new BestFirstSearch();3search.setSource(0);4search.setDestination(9);5search.setHeuristic(0, 10);6search.setHeuristic(1, 9);7search.setHeuristic(2, 8);8search.setHeuristic(3, 7);9search.setHeuristic(4, 6);10search.setHeuristic(5, 5);11search.setHeuristic(6, 4);12search.setHeuristic(7, 3);13search.setHeuristic(8, 2);14search.setHeuristic(9, 1);15search.setAdjacencyList([16]);17let path = search.tracePath();18console.log(path);

Using AI Code Generation

1var PriorityQueue = require('./PriorityQueue.js');2var Graph = require('./Graph.js');3var BestFirstSearch = require('./BestFirstSearch.js');4var graph = new Graph();5graph.addNode("A");6graph.addNode("B");7graph.addNode("C");8graph.addNode("D");9graph.addNode("E");10graph.addNode("F");11graph.addNode("G");12graph.addNode("H");13graph.addNode("I");14graph.addNode("J");15graph.addNode("K");16graph.addNode("L");17graph.addNode("M");18graph.addNode("N");19graph.addNode("O");20graph.addNode("P");21graph.addNode("Q");22graph.addNode("R");23graph.addNode("S");24graph.addNode("T");25graph.addNode("U");26graph.addNode("V");27graph.addNode("W");28graph.addNode("X");29graph.addNode("Y");30graph.addNode("Z");31graph.addEdge("A","B",1);32graph.addEdge("A","D",1);33graph.addEdge("A","E",1);34graph.addEdge("B","C",1);35graph.addEdge("B","F",1);36graph.addEdge("B","G",1);37graph.addEdge("C","H",1);38graph.addEdge("C","I",1);39graph.addEdge("C","J",1);40graph.addEdge("D","K",1);41graph.addEdge("D","L",1);42graph.addEdge("D","M",1);43graph.addEdge("E","N",1);44graph.addEdge("E","O",1);45graph.addEdge("E","P",1);46graph.addEdge("F","Q",1);47graph.addEdge("F","R",1);48graph.addEdge("F","S",1);49graph.addEdge("G","T",1);50graph.addEdge("G","U",1);51graph.addEdge("G","V",1);52graph.addEdge("H","W",1);53graph.addEdge("H","X",1);54graph.addEdge("H","Y",1);55graph.addEdge("I","Z",1);56function heuristic(node) {

Using AI Code Generation

1var BestFirstSearch = require('./BestFirstSearch');2var fs = require('fs');3var mapData = fs.readFileSync('map.txt', 'utf8');4var bfs = new BestFirstSearch(mapData);5var path = bfs.tracePath();6console.log('Path: ' + path);7console.log('Number of nodes expanded: ' + bfs.numNodesExpanded);8console.log('Total cost: ' + bfs.totalCost);9console.log('Maximum queue size: ' + bfs.maxQueueSize);10console.log('Total number of nodes in the queue: ' + bfs.totalQueueSize);11console.log('Average queue size: ' + bfs.averageQueueSize);12console.log('Maximum visited list size: ' + bfs.maxVisitedListSize);13console.log('Total number of nodes in the visited list: ' + bfs.totalVisitedListSize);14console.log('Average visited list size: ' + bfs.averageVisitedListSize);15console.log('Maximum path size: ' + bfs.maxPathSize);16console.log('Total number of nodes in the path: ' + bfs.totalPathSize);17console.log('Average path size: ' + bfs.averagePathSize);18console.log('Maximum solution size: ' + bfs.maxSolutionSize);19console.log('Total number of nodes in the solution: ' + bfs.totalSolutionSize);20console.log('Average solution size: ' + bfs.averageSolutionSize);21console.log('Number of solutions found: ' + bfs.numSolutionsFound);22console.log('Number of solutions

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