1 package testxml;
 2 import java.io.FileNotFoundException;
 3 import java.io.IOException;
 4 
 5 /**
 6  * Main2.java
 7  *
 8  * 
 9  * Testing Java Xml Parser 
10  * tested with files from 1 kb to 8 MB (-> approx. 150000 Votes)
11  * for files with 1 kb see testsessions below
12  * for files with 8 MB see file: xmltest_00.txt (testsession 1)
13  * 
14  * errorhandling optimised (every malformed xml element between start and end will be ignored)
15  * version 1. that means <v>1<v>2</v> is not corrupted: "2" is given back
16  * this version checks for a wellformed xml code with a given string 
17  *
18  * not solved <v>2<b></v> gives you "2<b>"string
19  */
20 
21 /**
22  *
23  * @author Funky
24  */
25 public class Main2 {
26     
27     /**
28      * Creates a new instance of Main2
29      */
30     public Main2() {
31     }
32     
33     /**
34      * @param args the command line arguments
35      */
36     public static void main(String[] args) {
37      
38       ReadXml xmls = new ReadXml();      // new reader  
39       int testsession = 1; // testsession setter
40       
41       /**
42        * testsesson 1:
43        * xmltest_0.txt ... everything ok wellformed xml // id1_v1 num1_v1; id1_v2 num1_v2 id2_v2 num2_v2 :ok
44        * xmltest_1.txt ... endelement v of first element is missing // id1_v2 num1_v2 : OK
45        * xmltest_2.txt ... second endelement id of second element v is missing // id1_v1 num1_v1; id1_v2 num1_v2 :ok
46        * xmltest_3.txt ... endelement v of first element is malformed // assumed return: id1_v2 num1_v2 : OK
47        * xmltest_4.txt ... endelement v of last element is missing // assumed return: id1_v1 num1_v1 : OK
48        * xmltest_5.txt ... endelement v of last element is malformed // assumed return: id1_v1 num1_v1 : OK
49        * xmltest_6.txt ... in fist v there is a malformed b tag // assumed return: all votes, b must be ignored : OK
50        *
51        * testsession 2:
52        * xmltest_7.txt ... assumed return "2" "4" :ok
53        * xmltest_8.txt ... assumed return "2" : ok
54        *
55        */
56       xmls.doReading("C:\\xmltest_0.txt"); // data from harddisc stets the Main2 xmlstring
57      
58       XmlParser_2 test = new XmlParser_2(xmls.getXmlString(),1000000); // sets the parser object with the matching xmlstring
59                                                                  // 100000 sets the number of strings
60       test.setElement("v"); // sets the xml element
61      if (testsession == 1){
62       /** testsession 1: testing of elements with id and nums */
63           for (int i=0; i < test.getNumOfElements(); i++){ // loop for all "v" elements
64     //          
65               XmlParser_2 id = new XmlParser_2(test.getString(i),"id");  // get all "id" elements within "v" i string        
66               XmlParser_2 num = new XmlParser_2(test.getString(i),"num");  // get all "num" elements within "v" i string
67     //          
68     //          //a.setElement("a");
69     //          //b.setElement("b");
70     //          
71               System.out.println("v "+(i+1)+":");
72     //
73               for (int j=0; j < id.getNumOfElements(); j++){ // loop all id elements (assuming id has the same length as num)
74     //
75                   System.out.println(id.getString(j)+" "+ num.getString(j));
76     //              
77               }
78               System.out.println("------");
79     //          
80     //      
81          }
82       }
83       /** testsession 2:simple testing of one element */
84       if (testsession == 2){
85            for (int i=0; i < test.getNumOfElements(); i++){ // loop for all "elem" elements
86 
87                 System.out.println("element "+i+":"+test.getString(i));
88 
89            }
90       }
91       
92     }
93     
94 }
95