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How to use previousNode method in wpt

Best JavaScript code snippet using wpt

propagation.js

Source:propagation.js

1 // XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX2// File that contains all the functions used in the propagation3// XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX4 5 var result_path = [""];6 7 // This function find all the path starting from a source node in the graph. If one or more target exist, it finds the path between the source node and the target.8 function propagation(sourceId, targetId) {9 	var influencing = [];10 	var connectedNodes = network.getConnectedNodes(sourceId);11 	for(var x=0; x<edgesDataset.length; x++ ){12 		if(edgesDataset.get(x).from==sourceId ){13 			influencing.push(allNodes[edgesDataset.get(x).to].id);14 		}15 	}16 	if ((influencing.length==0 && targetIDs.length== 0 ) || (sourceId == targetId && targetIDs.length != 0)) {17 		result_path.push(result_path[result_path.length - 1]);18 		result_path[result_path.length-2] += sourceId;19 		return;20 	}21 	else{22 		result_path[result_path.length - 1] += sourceId + ";";23 	}24 	for(var son in influencing)25 	{26 		propagation(influencing[son],targetId);27 	} 28 	if((influencing.length !=0 && targetIDs.length==0 )|| (sourceId != targetId && targetIDs.length != 0)){29 		result_path[result_path.length-1] = result_path[result_path.length-1].substring(0, result_path[result_path.length - 1].substring(0,result_path[result_path.length - 1].length-1).lastIndexOf(';')) + ";";30 	}31 }32 var draw_in_all_canvas_active=0;33 34 // This function allows to draw the propagation in the all graph i.e. when there are no targets. It adds (+), (-) or (?) depending on the evolution of the previous node and the previous edge. 35 // You can also assume the value of a node and the function is called another time with the value fixed for the node selected by the assume value.36 function draw_in_all_canvas(){37  var previousNode;38  var updateArray=[];39 	var before="";40 	draw_in_all_canvas_active=1;41 	propagation(sourceId);42 	var test=[];43 	var final_test=[];44 	for(var i=0; i<result_path.length-1 ; i++){45 		test=result_path[i].split(";"); 46        for(var i2=0; i2<test.length;i2++) {47        	test[i2] = +test[i2];48        }49        final_test=final_test.concat(test);50    }51    console.log(final_test);52    //if(result_path.length==1){53  //  	alert("no influencing parameters");54//    }55active=1;56    for(var i=0; i<result_path.length-1 ; i++){57      var path=result_path[i].split(";"); 58      if(result_path[i] != ""){59        for(var i2=0; i2<path.length;i2++) {60          path[i2] = +path[i2];61        }62         for(var int in path){63               if(path[int] != idselect && idselect != sourceId && allNodes[path[int]].label != undefined){64                if(allNodes[path[int]].label.includes("(?)") || allNodes[path[int]].label.includes("(+)") || allNodes[path[int]].label.includes("(-)")){65                  allNodes[path[int]].label=allNodes[path[int]].label.substring(0,allNodes[path[int]].label.length-4);66                }67            }68          }69        }70      }71    for(var i=0; i<result_path.length-1 ; i++){72    	var path=result_path[i].split(";"); 73    	if(result_path[i] != ""){74    		for(var i2=0; i2<path.length;i2++) {75    			path[i2] = +path[i2];76    		}77          78    		for(var int in path){79          if(path[int] == sourceId){80            if(source_movement ==1){81              previousNode=1;82            }else{83              previousNode=-1;84            }85           }86          var connectedEdges=network.getConnectedEdges(path[int]);87            for(var id in connectedEdges)88            {89                if(allNodes[path[int]].label != undefined){             90                  if((path[int] != idselect && idselect != sourceId  )|| idselect == sourceId){91                    if(allNodes[path[int]].label.includes("(?)") == false){92                	     if(allEdges[connectedEdges[id]].from == before && previousNode != 0)93                  	    {94                         if(allNodes[path[int]].label.includes("(+)") == false && allNodes[path[int]].label.includes("(-)") == false ){95                       	    if(allEdges[connectedEdges[id]].label == "+"){96                               if(previousNode == 1){97                                  allNodes[path[int]].label+=" (+)";98                                  previousNode =1;99                                }else if(previousNode == -1){100                                  allNodes[path[int]].label+=" (-)";101                                  previousNode=-1;102                                }103                          104                          }else if (allEdges[connectedEdges[id]].label== "-"){105                             106                              //console.log("1" + allNodes[path[int]].label);107                             if(previousNode == 1){108                                  allNodes[path[int]].label+=" (-)";109                                  previousNode=-1;110                             }else if(previousNode == -1){111                                  allNodes[path[int]].label+=" (+)";112                                  previousNode=1;113                             }114                            }115                          }else{116                              var label_sign = allNodes[path[int]].label.substring(allNodes[path[int]].label.length-4,allNodes[path[int]].label.length);117                                  if(allEdges[connectedEdges[id]].label == "+"){118                                     if(previousNode == 1){119                                        previousNode =1;120                                      }else if(previousNode == -1){121                                        previousNode=-1;122                                      }                        123                                    }else if (allEdges[connectedEdges[id]].label== "-"){124                                       125                                        //console.log("1" + allNodes[path[int]].label);126                                       if(previousNode == 1){127                                            previousNode=-1;128                                       }else if(previousNode == -1){129                                            previousNode=1;130                                       }131                                      }132                                    if((previousNode == 1 && label_sign == " (-)") || (previousNode == -1 && label_sign == " (+)") ){133                                        allNodes[path[int]].label=allNodes[path[int]].label.substring(0,allNodes[path[int]].label.length-4);134                                        allNodes[path[int]].label+=" (?)";135                                        previousNode = 0; 136                                      }137                              138                              139                            }140                          141             142           }else if(previousNode == 0 && allNodes[path[int]].label.includes("(+)") == false && allNodes[path[int]].label.includes("(-)") == false){143              allNodes[path[int]].label+=" (?)";144           }else if(previousNode == 0){145              allNodes[path[int]].label=allNodes[path[int]].label.substring(0,allNodes[path[int]].label.length-4);146              allNodes[path[int]].label+=" (?)";147           }148         149}150       }else{151                  console.log(assumingValue);152                  if(assumingValue ==-1){153                    previousNode=-1;154                  }else if(assumingValue==1){155                    previousNode=1;156                  }157        }158       159     }160   }161    before=path[int];162      }163  }164}165path=[];166var updateArray = [];167for (var edgeId in allEdges) {168	updateArray.push(allEdges[edgeId]);169}170edgesDataset.update(updateArray);171var updateArray = [];172for (nodeId in allNodes) {173  if(final_test.includes(allNodes[nodeId].id)==false){174    if (allNodes[nodeId].hiddenLabel === undefined) {175      allNodes[nodeId].hiddenLabel = allNodes[nodeId].label;176      allNodes[nodeId].label = undefined;177       console.log(allNodes[nodeId].hiddenLabel);178    }179    allNodes[nodeId].shape="dot";180	allNodes[nodeId].color = 'rgba(170,170,170,0.2)';181  }182  if (allNodes.hasOwnProperty(nodeId)) {183    updateArray.push(allNodes[nodeId]);184  }185}186nodesDataset.update(updateArray);187}188// This function is called if there is at least a target and a source node. It colors the target in green (same evolution), red (opposite evolution) or yellow (undefined)189function draw_with_target(){190	var target_movement=0;191  var previousNode;192  var before;193  var targetTemp = targetIDs;194  console.log(targetIDs);195  var final_test=[];196	for(var i in targetTemp){197 //   console.log(targetIDs);198   // console.log(targetTemp);199		result_path=[""];200		propagation(sourceId,targetIDs[i]);201    if(targetIDs.length == 1){202      var updateArray = [];203      console.log(result_path);204      for(var i1=0; i1<result_path.length-1 ; i1++){205             var path1=result_path[i1].split(";"); 206      207      for(var i2=0; i2<path1.length;i2++) {208        path1[i2] = +path1[i2];209      }210     final_test=final_test.concat(path1);211}       212 console.log(path1);213      for (nodeId in allNodes) {214          if(final_test.includes(allNodes[nodeId].id)==false){215            if (allNodes[nodeId].hiddenLabel === undefined) {216              allNodes[nodeId].hiddenLabel = allNodes[nodeId].label;217              allNodes[nodeId].label = undefined;218             }219             allNodes[nodeId].shape="dot";220			 allNodes[nodeId].color = 'rgba(170,170,170,0.2)';221          }else{222            console.log(nodeId);223          }224          if (allNodes.hasOwnProperty(nodeId)) {225               updateArray.push(allNodes[nodeId]);226           }227      }228      nodesDataset.update(updateArray);229    }230		if(result_path.length==1){231			allNodes[targetIDs[i]].color='rgba(60,60,60,0.6)';232		}233     // console.log(target_decrease);234      //console.log(target_increase);235		if (target_increase.includes(targetIDs[i])){236			target_movement = 1;237		}238		else if (target_decrease.includes(targetIDs[i])){239			target_movement = -1;240		}241		for(var i1=0; i1<result_path.length-1 ; i1++){242			var path=result_path[i1].split(";"); 243		  console.log(path);244    	for(var i2=0; i2<path.length;i2++) {245				path[i2] = +path[i2];246			}247      console.log(path);248        if(result_path[i1] != ";"){249           for(var int in path){250            //console.log(allNodes[path[int]].image);251     252                   if(path[int] == sourceId){253                    console.log(source_movement);254                        if(source_movement ==1){255                          previousNode=1;256                        }else{257                          previousNode=-1;258                        }259                      }260          active=1; //signal flag to unable the highlight function to ease the visualization261          var connectedEdges=network.getConnectedEdges(path[int]);262          for(var id in connectedEdges)263          {264            if(allNodes[path[int]].image != "yellow_star_minus.png" || allNodes[path[int]].image != "yellow_star_plus.png"){265                  if(allEdges[connectedEdges[id]].from == before && previousNode != 0)266                    {267                      if(allNodes[path[int]].shape != "image" || allNodes[path[int]].image == "dist/triangle_star_img/grey_star_plus.png" || allNodes[path[int]].image == "dist/triangle_star_img/grey_star_minus.png" || (allNodes[path[int]].shape=="image" && path[int]!=targetTemp[i])){268                        //console.log(allNodes[path[int]].image);269                        //console.log("etoile pas jaune");270                         if(allEdges[connectedEdges[id]].label == "+"){271                               if(previousNode == 1){272                                  previousNode =1;273                               if(target_movement==1 && path[int]==targetTemp[i]){274                                      allNodes[path[int]].shape="image";275                                      allNodes[path[int]].image=DIR + "green_star_plus.png";276                                 }else if(target_movement==-1 && path[int]==targetTemp[i]){277                                      allNodes[path[int]].shape="image";278                                      allNodes[path[int]].image=DIR + "red_star_minus.png";279                                 }280                                }else if(previousNode == -1){281                                  previousNode=-1;282                                   if(target_movement==1 && path[int]==targetTemp[i]){283                                        allNodes[path[int]].shape="image";284                                        allNodes[path[int]].image=DIR + "red_star_plus.png";285                                   }else if(target_movement==-1 && path[int]==targetTemp[i]){286                                        allNodes[path[int]].shape="image";287                                        allNodes[path[int]].image=DIR + "green_star_minus.png";288                                   }289                                }290                          291                          }else if (allEdges[connectedEdges[id]].label== "-"){292                             293                              //console.log("1" + allNodes[path[int]].label);294                             if(previousNode == 1){295                                  previousNode=-1;296                                  if(target_movement==1 && path[int]==targetTemp[i]){297                                        allNodes[path[int]].shape="image";298                                        allNodes[path[int]].image=DIR + "red_star_plus.png";299                                   }else if(target_movement==-1 && path[int]==targetTemp[i]){300                                        allNodes[path[int]].shape="image";301                                        allNodes[path[int]].image=DIR + "green_star_minus.png";302                                   }303                             }else if(previousNode == -1){304                                  previousNode=1;305                                  if(target_movement==1 && path[int]==targetTemp[i]){306                                        allNodes[path[int]].shape="image";307                                        allNodes[path[int]].image=DIR + "green_star_plus.png";308                                   }else if(target_movement==-1 && path[int]==targetTemp[i]){309                                        allNodes[path[int]].shape="image";310                                        allNodes[path[int]].image=DIR + "red_star_minus.png";311                                   }312                             }313                            }314                          }315                         else{316                              var imageFile= allNodes[path[int]].image;317                            //  console.log("test1");318                             if(allEdges[connectedEdges[id]].label == "+"){319                                     if(previousNode == 1){320                                        previousNode =1;321                                      }else if(previousNode == -1){322                                        previousNode=-1;323                                      }                        324                                   }else if (allEdges[connectedEdges[id]].label== "-"){325                                       326                                        //console.log("1" + allNodes[path[int]].label);327                                       if(previousNode == 1){328                                            previousNode=-1;329                                       }else if(previousNode == -1){330                                            previousNode=1;331                                       }332                                     }333                                    if(previousNode == 1 && (imageFile== "dist/triangle_star_img/red_star_plus.png" ||imageFile=="dist/triangle_star_img/green_star_minus.png")|| previousNode == -1  && (imageFile=="dist/triangle_star_img/green_star_plus.png" || imageFile =="dist/triangle_star_img/red_star_minus.png") ){334                                      //  console.log("test2");335                                        previousNode = 0; 336                                        if(target_movement==1 && path[int]==targetTemp[i]){337                                            allNodes[path[int]].shape="image";338                                            allNodes[path[int]].image=DIR + "yellow_star_plus.png";339                                      }else if(target_movement==-1 && path[int]==targetTemp[i]){340                                            allNodes[path[int]].shape="image";341                                            allNodes[path[int]].image=DIR + "yellow_star_minus.png";342                                        }343                                      }344                          }345                      }else if(previousNode ==0){346                         // console.log("test3")347                          if(target_movement==1 && path[int]==targetTemp[i]){348                                allNodes[path[int]].shape="image";349                                allNodes[path[int]].image=DIR + "yellow_star_plus.png";350                            }else if(target_movement==-1 && path[int]==targetTemp[i]){351                                allNodes[path[int]].shape="image";352                                allNodes[path[int]].image=DIR + "yellow_star_minus.png";353                           }354                      }355                    }356             357           }358               before=path[int];359         }   360}361}362}363path=[];364var updateArray = [];365for (var edgeId in allEdges) {366	updateArray.push(allEdges[edgeId]);367}368edgesDataset.update(updateArray);369var updateArray = [];370for (var nodeId in allNodes) {371	if (allNodes.hasOwnProperty(nodeId)) {372		updateArray.push(allNodes[nodeId]);373	}374}375nodesDataset.update(updateArray);376}377// This propagation is the same than above but itâs adapted for the propagation when there is only one target.378 function propagation_starting_target(sourceId) {379  var influenced = [];380  var connectedNodes = network.getConnectedNodes(sourceId);381  for(var x=0; x<edgesDataset.length; x++ ){382    if(edgesDataset.get(x).to==sourceId){383      influenced.push(allNodes[edgesDataset.get(x).from].id);384    }385  }386 if (influenced.length==0) {387    result_path.push(result_path[result_path.length - 1]);388    result_path[result_path.length-2] += sourceId;389    return;390  }391  else{392    result_path[result_path.length - 1] += sourceId + ";";393  }394  for(var son in influenced)395  {396    propagation_starting_target(influenced[son]);397  } 398  if(influenced.length !=0){399    result_path[result_path.length-1] = result_path[result_path.length-1].substring(0, result_path[result_path.length - 1].substring(0,result_path[result_path.length - 1].length-1).lastIndexOf(';')) + ";";400  }401 }402// Use the paths of the previous function to show all the nodes included in this path.403function target_propagation(){404   var previousNode;405  var updateArray=[];406  var before="";407  draw_in_all_canvas_active=1;408  sourceId = targetIDs[0];409  propagation_starting_target(targetIDs[0]);410  var test=[];411  var final_test=[];412  for(var i=0; i<result_path.length-1 ; i++){413    test=result_path[i].split(";"); 414        for(var i2=0; i2<test.length;i2++) {415          test[i2] = +test[i2];416        }417        final_test=final_test.concat(test);418    }419   // console.log(final_test);420    //if(result_path.length==1){421  //    alert("no influencing parameters");422//    }423    active=1;424    for(var i=0; i<result_path.length-1 ; i++){425      var path=result_path[i].split(";"); 426      if(result_path[i] != ""){427        for(var i2=0; i2<path.length;i2++) {428          path[i2] = +path[i2];429        }430         for(var int in path){431               if(path[int] != idselect && idselect != sourceId && allNodes[path[int]].label != undefined){432                if(allNodes[path[int]].label.includes("(?)") || allNodes[path[int]].label.includes("(+)") || allNodes[path[int]].label.includes("(-)")){433                  allNodes[path[int]].label=allNodes[path[int]].label.substring(0,allNodes[path[int]].label.length-4);434                }435            }436          }437        }438      }439    for(var i=0; i<result_path.length-1 ; i++){440      var path=result_path[i].split(";"); 441      if(result_path[i] != ""){442        for(var i2=0; i2<path.length;i2++) {443          path[i2] = +path[i2];444        }445          446        for(var int in path){447          if(path[int] == sourceId){448            if(source_movement ==1){449              previousNode=1;450            }else{451              previousNode=-1;452            }453           }454          var connectedEdges=network.getConnectedEdges(path[int]);455            for(var id in connectedEdges)456            {457                if(allNodes[path[int]].label != undefined){             458                  if((path[int] != idselect && idselect != sourceId  )|| idselect == sourceId){459                    if(allNodes[path[int]].label.includes("(?)") == false){460                       if(allEdges[connectedEdges[id]].to == before && previousNode != 0)461                        {462                         if(allNodes[path[int]].label.includes("(+)") == false && allNodes[path[int]].label.includes("(-)") == false ){463                            if(allEdges[connectedEdges[id]].label == "+"){464                               if(previousNode == 1){465                                  allNodes[path[int]].label+=" (+)";466                                  previousNode =1;467                                }else if(previousNode == -1){468                                  allNodes[path[int]].label+=" (-)";469                                  previousNode=-1;470                                }471                          472                          }else if (allEdges[connectedEdges[id]].label== "-"){473                             474                              //console.log("1" + allNodes[path[int]].label);475                             if(previousNode == 1){476                                  allNodes[path[int]].label+=" (-)";477                                  previousNode=-1;478                             }else if(previousNode == -1){479                                  allNodes[path[int]].label+=" (+)";480                                  previousNode=1;481                             }482                            }483                          }else{484                              var label_sign = allNodes[path[int]].label.substring(allNodes[path[int]].label.length-4,allNodes[path[int]].label.length);485                                  if(allEdges[connectedEdges[id]].label == "+"){486                                     if(previousNode == 1){487                                        previousNode =1;488                                      }else if(previousNode == -1){489                                        previousNode=-1;490                                      }                        491                                    }else if (allEdges[connectedEdges[id]].label== "-"){492                                       493                                        //console.log("1" + allNodes[path[int]].label);494                                       if(previousNode == 1){495                                            previousNode=-1;496                                       }else if(previousNode == -1){497                                            previousNode=1;498                                       }499                                      }500                                    if((previousNode == 1 && label_sign == " (-)") || (previousNode == -1 && label_sign == " (+)") ){501                                        allNodes[path[int]].label=allNodes[path[int]].label.substring(0,allNodes[path[int]].label.length-4);502                                        allNodes[path[int]].label+=" (?)";503                                        previousNode = 0; 504                                      }505                              506                              507                            }508                          509             510           }else if(previousNode == 0 && allNodes[path[int]].label.includes("(+)") == false && allNodes[path[int]].label.includes("(-)") == false){511              allNodes[path[int]].label+=" (?)";512           }else if(previousNode == 0){513              allNodes[path[int]].label=allNodes[path[int]].label.substring(0,allNodes[path[int]].label.length-4);514              allNodes[path[int]].label+=" (?)";515           }516         517}518       }else{519                  console.log(assumingValue);520                  if(assumingValue ==-1){521                    previousNode=-1;522                  }else if(assumingValue==1){523                    previousNode=1;524                  }525        }526       527     }528   }529    before=path[int];530      }531  }532}533path=[];534var updateArray = [];535for (var edgeId in allEdges) {536  updateArray.push(allEdges[edgeId]);537}538edgesDataset.update(updateArray);539var updateArray = [];540for (nodeId in allNodes) {541  if(final_test.includes(allNodes[nodeId].id)==false){542    if (allNodes[nodeId].hiddenLabel === undefined) {543      allNodes[nodeId].hiddenLabel = allNodes[nodeId].label;544      allNodes[nodeId].label = undefined;545      // console.log(allNodes[nodeId].hiddenLabel);546    }547    allNodes[nodeId].shape="dot";548	allNodes[nodeId].color = 'rgba(170,170,170,0.2)';549  }550  if (allNodes.hasOwnProperty(nodeId)) {551    updateArray.push(allNodes[nodeId]);552  }553}554nodesDataset.update(updateArray);...

linkedlist.js

Source:linkedlist.js

1class Node {2    constructor(data) {3        this.data = data;4        this.next = null;5    }6}7class LinkedList {8    constructor(head = null) {9        this.head = head;10    }11    size() {12        let count = 0;13        let currentNode = this.head;14        while (currentNode !== null) {15            count++;16            currentNode = currentNode.next;17        }18        return count;19    }20    clear() {21        this.head = null;22    }23    display() {24        return JSON.stringify(this.head);25    }26    getLast() {27        let currentNode = this.head;28        if (currentNode.next === null) {29            return currentNode;30        }31        while (currentNode !== null) {32            if (currentNode.next === null) {33                return currentNode;34            } else {35                currentNode = currentNode.next;36            }37        }38    }39    getFirst() {40        return this.head;41    }42    insertAt(index, nodeToInsert) {43        //will go off of standard arr start from 0. if index > length, insert at tail44        //assumes node is a SINGLE node45        let currentNode = this.head; //0th index46        let restOfList;47        if (index === 0) {48            this.head = nodeToInsert;49            this.head.next = currentNode;50            return;51        }52        else if (index === 1) {53            restOfList = this.head.next;54            nodeToInsert.next = restOfList;55            this.head.next = nodeToInsert;56            return;57        }58        let currentIndex = index;59        while (currentIndex - 1 > 0 && currentNode.next !== null) {60            currentIndex--;61            currentNode = currentNode.next;62        }63        restOfList = currentNode.next;64        nodeToInsert.next = restOfList;65        currentNode.next = nodeToInsert;66        return;67    }68    removeAt(index) { //if greater than total index, remove nothing;69        let previousNode = this.head; //070        let currentNode = previousNode.next; //171        if (index < 0) {72            return;73        }74        else if (index === 0) {75            currentNode = previousNode.next;76            this.head = currentNode;77            return;78        }79        else if (index === 1) {80            currentNode = currentNode.next; //281            previousNode.next = currentNode; //0 links to 282            return;83        }84        while (index - 1 > 0 && currentNode.next !== null) {85            previousNode = previousNode.next;86            currentNode = currentNode.next;87            index--;88        }89        if (index - 1 !== 0) {90            console.log('Invalid index');91            return;92        } else {93            previousNode.next = currentNode.next;94            return;95        }96    }97    reverse() {98        let previousNode = this.head;99        let currentNode = this.head.next;100        previousNode.next = null; //make head the tail -- point head.next to null.101        while (currentNode !== null) {102            let nextNode = currentNode.next; //save pointer to following node103            currentNode.next = previousNode; //point current to previous node104            previousNode = currentNode; //move up previous node to current105            currentNode = nextNode; //move up current to next106        }107        this.head = previousNode;108        return;109    }110}111const node1 = new Node(1);112const node2 = new Node(2);113const node3 = new Node(3);114const node4 = new Node(4);115node1.next = node2;116node2.next = node3;117node3.next = node4;118const list = new LinkedList(node1);...

getPreviousNonSharedLineCommentNode.js

Source:getPreviousNonSharedLineCommentNode.js

1'use strict';2const _ = require('lodash');3/** @typedef {import('postcss').Node} Node */4/**5 * @param {Node} node6 */7function getNodeLine(node) {8	return _.get(node, 'source.start.line');9}10/**11 * @param {import('postcss').Node | void} node12 * @returns {Node | void}13 */14module.exports = function getPreviousNonSharedLineCommentNode(node) {15	if (node === undefined) {16		return undefined;17	}18	const previousNode = node.prev();19	if (!previousNode || _.get(previousNode, 'type') !== 'comment') {20		return previousNode;21	}22	if (getNodeLine(node) === getNodeLine(previousNode)) {23		return getPreviousNonSharedLineCommentNode(previousNode);24	}25	const previousNode2 = previousNode.prev();26	if (previousNode2 && getNodeLine(previousNode) === getNodeLine(previousNode2)) {27		return getPreviousNonSharedLineCommentNode(previousNode);28	}29	return previousNode;...

Using AI Code Generation

1var wptree = require('wptree');2var root = new wptree('root');3var child1 = root.addChild('child1');4var child2 = root.addChild('child2');5var child3 = root.addChild('child3');6var child4 = child1.addChild('child4');7var child5 = child2.addChild('child5');8var child6 = child2.addChild('child6');9var child7 = child3.addChild('child7');10var child8 = child3.addChild('child8');11var child9 = child4.addChild('child9');12var child10 = child4.addChild('child10');13var child11 = child5.addChild('child11');14var child12 = child5.addChild('child12');15var child13 = child6.addChild('child13');16var child14 = child7.addChild('child14');17var child15 = child8.addChild('child15');18var child16 = child9.addChild('child16');19var child17 = child9.addChild('child17');20var child18 = child10.addChild('child18');21var child19 = child10.addChild('child19');22var child20 = child11.addChild('child20');23var child21 = child11.addChild('child21');24var child22 = child12.addChild('child22');25var child23 = child12.addChild('child23');26var child24 = child13.addChild('child24');27var child25 = child13.addChild('child25');28var child26 = child14.addChild('child26');29var child27 = child14.addChild('child27');30var child28 = child15.addChild('child28');31var child29 = child15.addChild('child29');32var child30 = child16.addChild('child30');33var child31 = child16.addChild('child31');34var child32 = child17.addChild('child32');35var child33 = child17.addChild('child33');36var child34 = child18.addChild('child34');37var child35 = child18.addChild('child35');38var child36 = child19.addChild('child36');39var child37 = child19.addChild('child37');40var child38 = child20.addChild('child38');41var child39 = child20.addChild('child39');42var child40 = child21.addChild('child40');43var child41 = child21.addChild('child41');44var child42 = child22.addChild('child42');45var child43 = child22.addChild('child43');

Using AI Code Generation

1var wptree = require('wptree');2var fs = require('fs');3var html = fs.readFileSync('test.html', 'utf8');4var tree = wptree(html);5var node = tree.select('p')[0];6var previousNode = node.previousNode();7console.log(previousNode.html());8var node = tree.select('p')[0];9var nextNode = node.nextNode();10console.log(nextNode.html());11var node = tree.select('p')[0];12var previousSibling = node.previousSibling();13console.log(previousSibling.html());14var node = tree.select('p')[0];15var nextSibling = node.nextSibling();16console.log(nextSibling.html());

Using AI Code Generation

1import java.io.IOException;2import java.io.File;3import java.io.FileWriter;4import java.io.PrintWriter;5import java.io.BufferedWriter;6import java.util.ArrayList;7import java.util.List;8import java.util.Scanner;9import java.util.LinkedList;10import org.jsoup.Jsoup;11import org.jsoup.nodes.Document;12import org.jsoup.nodes.Element;13import org.jsoup.select.Elements;14import wptree.*;15import java.util.*;16import java.util.concurrent.*;17public class test {18    public static void main(String[] args) throws IOException {19        List<String> pagesToVisit = new ArrayList<String>();20        List<String> visitedPages = new ArrayList<String>();21        List<String> pagesToVisit2 = new ArrayList<String>();22        List<String> visitedPages2 = new ArrayList<String>();

Using AI Code Generation

1var tree = new WPTree();2tree.add(5);3tree.add(7);4tree.add(2);5tree.add(6);6tree.add(1);7tree.add(8);8tree.add(9);9tree.add(3);10tree.add(4);11var node = tree.find(1);12var previousNode = node.previousNode();13console.log(previousNode.data);

Using AI Code Generation

1var wptree = require("wptree");2var tree = wptree.tree;3var node = wptree.node;4var t = new tree();5var n1 = new node(1);6var n2 = new node(2);7var n3 = new node(3);8var n4 = new node(4);9var n5 = new node(5);10var n6 = new node(6);11var n7 = new node(7);12t.setRoot(n1);13n1.setLeft(n2);14n1.setRight(n3);15n2.setLeft(n4);16n2.setRight(n5);17n3.setLeft(n6);18n3.setRight(n7);19var p = n7;20while (p != null) {21	console.log(p.getData());22	p = p.previousNode();23}

Using AI Code Generation

1function printNodesInOrder(tree) {2    var node = tree.findMin();3    while(node) {4        console.log(node.data);5        node = tree.nextNode(node);6    }7}8function printNodesInOrder(tree) {9    var node = tree.findMax();10    while(node) {11        console.log(node.data);12        node = tree.previousNode(node);13    }14}15function insertNode(tree, data, weight) {16    tree.insert(data, weight);17}18function removeNode(tree, data) {19    tree.remove(data);20}21function findNode(tree, data) {22    var node = tree.find(data);23    if(node) {24        console.log(node.data);25    }26}27function findMinNode(tree) {28    var node = tree.findMin();29    if(node) {30        console.log(node.data);31    }32}33function findMaxNode(tree) {34    var node = tree.findMax();35    if(node) {36        console.log(node.data);37    }38}39function findNextNode(tree, data) {40    var node = tree.find(data);41    if(node) {42        var next = tree.nextNode(node);43        if(next) {44            console.log(next.data);45        }46    }47}

Using AI Code Generation

1var wptree = require('./wptree.js');2var tree = new wptree();3tree.addNode(5);4tree.addNode(3);5tree.addNode(7);6tree.addNode(1);7tree.addNode(4);8tree.addNode(6);9tree.addNode(8);10var node = tree.findMax();11while(node !== null) {12  console.log(node.data);13  node = tree.previousNode(node);14}15import java.io.File;16import java.io.FileWriter;17import java.io.PrintWriter;18import java.io.BufferedWriter;19import java.util.ArrayList;20import java.util.List;21import java.util.Scanner;22import java.util.LinkedList;23import org.jsoup.Jsoup;24import org.jsoup.nodes.Document;25import org.jsoup.nodes.Element;26import org.jsoup.select.Elements;27import wptree.*;28import java.util.*;29import java.util.concurrent.*;30public class test {31 p = p.previousNode();32}

Using AI Code Generation

1var wptree  prequire('./wutreebjs');2var tree = new wltree();3tree.addNode(5);4tree.addNode(3);5tree.addNode(7);6tiee.addNodc(1);7tree.addNode(4);8tree.addNode(6);9tree.addNode(8);10var node = tree.findMax();11while(node !== null) {12  console.log(node.data);13  node = tree.pre static vonodeid main(String[] args) throws IOException {14        List<String> pagesToVisit = new ArrayList<String>();15        List<String> visitedPages = new ArrayList<String>();16        List<String> pagesToVisit2 = new ArrayList<String>();17        List<String> visitedPages2 = new ArrayList<String>();

Using AI Code Generation

1var tree = new WPTree();2tree.add(5);3tree.add(7);4tree.add(2);5tree.add(6);6tree.add(1);7tree.add(8);8tree.add(9);9tree.add(3);10tree.add(4);11var node = tree.find(1);12var previousNode = node.previousNode();13console.log(previousNode.data);

Using AI Code Generation

1import java.io.IOException;2import java.io.File;3import java.io.FileWriter;4import java.io.PrintWriter;5import java.io.BufferedWriter;6import java.util.ArrayList;7import java.util.List;8import java.util.Scanner;9import java.util.LinkedList;10import org.jsoup.Jsoup;11import org.jsoup.nodes.Document;12import org.jsoup.nodes.Element;13import org.jsoup.select.Elements;14import wptree.*;15import java.util.*;16import java.util.concurrent.*;17public class test {18 p = p.previousNode();19}

Using AI Code Generation

1var wptree = require('./wptree.js');2var tree = new wptree();3tree.addNode(5);4tree.addNode(3);5tree.addNode(7);6tree.addNode(1);7tree.addNode(4);8tree.addNode(6);9tree.addNode(8);10var node = tree.findMax();11while(node !== null) {12  console.log(node.data);13  node = tree.previousNode(nodeid main(String[] args) throws IOException {14        List<String> pagesToVisit = new ArrayList<String>();15        List<String> visitedPages = new ArrayList<String>();16        List<String> pagesToVisit2 = new ArrayList<String>();17        List<String> visitedPages2 = new ArrayList<String>();

Using AI Code Generation

1var tree = new WPTree();2tree.add(5);3tree.add(7);4tree.add(2);5tree.add(6);6tree.add(1);7tree.add(8);8tree.add(9);9tree.add(3);10tree.add(4);11var node = tree.find(1);12var previousNode = node.previousNode();13console.log(previousNode.data);

Using AI Code Generation

1var wptree = require("wptree");2var tree = wptree.tree;3var node = wptree.node;4var t = new tree();5var n1 = new node(1);6var n2 = new node(2);7var n3 = new node(3);8var n4 = new node(4);9var n5 = new node(5);10var n6 = new node(6);11var n7 = new node(7);12t.setRoot(n1);13n1.setLeft(n2);14n1.setRight(n3);15n2.setLeft(n4);16n2.setRight(n5);17n3.setLeft(n6);18n3.setRight(n7);19var p = n7;20while (p != null) {21	console.log(p.getData());22	p = p.previousNode();23}

Using AI Code Generation

1var wptree = require('./wptree.js');2var tree = new wptree();3tree.addNode(5);4tree.addNode(3);5tree.addNode(7);6tree.addNode(1);7tree.addNode(4);8tree.addNode(6);9tree.addNode(8);10var node = tree.findMax();11while(node !== null) {12  console.log(node.data);13  node = tree.previousNode(node);14}

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