testsuite/src/com/piclab/wikitest/MathTest.java

   1 /*
   2  * Test functioning of texvc math functions.
   3  */
   4
   5 package com.piclab.wikitest;
   6 import com.meterware.httpunit.*;
   7
   8 public class MathTest extends WikiTest {
   9
  10 public String testName() { return "Math"; }
  11
  12 protected int initTest() throws Exception {
  13         logout();
  14         return 0;
  15 }
  16
  17 protected int runTest() throws Exception {
  18         int c = 0;
  19
  20         if ( 0 != ( c = part1() ) ) { return fail( c ); }
  21         return 0;
  22 }
  23
  24 private int part1() throws Exception {
  25         String[] goodpats = {
  26           "\\(1\\)\\s+<img\\s[^>]*\\salt\\s*=\\s*.?\\\\phi\\s+=\\s+\\\\frac",
  27           "\\(2\\)\\s+<img\\s[^>]*\\salt\\s*=\\s*.?\\\\phi\\s+=\\s+\\\\frac",
  28           "\\(3\\)\\s+&phi;\\s+\\+",
  29           "\\(4\\)\\s+&phi;\\s*<sup>\\s*2",
  30           "\\(5\\)\\s+<img\\s[^>]*\\salt\\s*=\\s*.?\\\\phi\\s+=\\s+\\\\frac",
  31           "\\(6\\)\\s+<img\\s[^>]*\\salt\\s*=\\s*.?\\\\phi\\s+\\\\approx"
  32         };
  33
  34         WebResponse wr = viewPage( "Equations" );
  35         String text = getArticle( wr );
  36
  37         int ret;
  38         if ( 0 != ( ret = checkGoodPatterns( text, goodpats ) ) ) {
  39                 return 100 + ret;
  40         }
  41
  42         wr = loginAs( "Barney", "Barney" );
  43         WebRequest req = openPrefs();
  44         req.setParameter( "wpMath", "0" );
  45         wr = getResponse( req );
  46
  47         String[] goodpats0 = {
  48           "\\(1\\)\\s+<img\\s[^>]*\\salt\\s*=\\s*.?\\\\phi\\s+=\\s+\\\\frac",
  49           "\\(2\\)\\s+<img\\s[^>]*\\salt\\s*=\\s*.?\\\\phi\\s+=\\s+\\\\frac",
  50           "\\(3\\)\\s+<img\\s[^>]*\\salt\\s*=\\s*.?\\\\phi\\s+\\+",
  51           "\\(4\\)\\s+<img\\s[^>]*\\salt\\s*=\\s*.?\\\\phi\\s*\\^\\s*2",
  52           "\\(5\\)\\s+<img\\s[^>]*\\salt\\s*=\\s*.?\\\\phi\\s+=\\s+\\\\frac",
  53           "\\(6\\)\\s+<img\\s[^>]*\\salt\\s*=\\s*.?\\\\phi\\s+\\\\approx"
  54         };
  55
  56         wr = viewPage( "Equations" );
  57         text = getArticle( wr );
  58         if ( 0 != ( ret = checkGoodPatterns( text, goodpats0 ) ) ) {
  59                 return 110 + ret;
  60         }
  61
  62         wr = loginAs( "Barney", "Barney" );
  63         req = openPrefs();
  64         req.setParameter( "wpMath", "2" );
  65         wr = getResponse( req );
  66
  67         String[] goodpats2 = {
  68           "\\(1\\)\\s+<table",
  69           "\\(2\\)\\s+<table",
  70           "\\(3\\)\\s+&phi;\\s+\\+",
  71           "\\(4\\)\\s+&phi;\\s*<sup>\\s*2",
  72           "\\(5\\)\\s+<img\\s[^>]*\\salt\\s*=\\s*.?\\\\phi\\s+=\\s+\\\\frac",
  73           "\\(6\\)\\s+<img\\s[^>]*\\salt\\s*=\\s*.?\\\\phi\\s+\\\\approx"
  74         };
  75
  76         wr = viewPage( "Equations" );
  77         text = getArticle( wr );
  78         if ( 0 != ( ret = checkGoodPatterns( text, goodpats2 ) ) ) {
  79                 return 120 + ret;
  80         }
  81
  82         wr = loginAs( "Barney", "Barney" );
  83         req = openPrefs();
  84         req.setParameter( "wpMath", "3" );
  85         wr = getResponse( req );
  86
  87         String[] goodpats3 = {
  88           "\\(1\\)\\s+\\$\\s+\\\\phi\\s+=\\s+\\\\frac",
  89           "\\(2\\)\\s+\\$\\s+\\\\phi\\s+=\\s+\\\\frac",
  90           "\\(3\\)\\s+\\$\\s+\\\\phi\\s+\\+\\s+\\\\phi\\s*\\^\\s*2",
  91           "\\(4\\)\\s+\\$\\s+\\\\phi\\s*\\^\\s*2\\s+\\+\\s+\\\\phi",
  92           "\\(5\\)\\s+\\$\\s+\\\\phi\\s+=\\s+\\\\frac",
  93           "\\(6\\)\\s+\\$\\s+\\\\phi\\s+\\\\approx"
  94         };
  95
  96         wr = viewPage( "Equations" );
  97         text = getArticle( wr );
  98         if ( 0 != ( ret = checkGoodPatterns( text, goodpats3 ) ) ) {
  99                 return 130 + ret;
 100         }
 101
 102         wr = loginAs( "Barney", "Barney" );
 103         req = openPrefs();
 104         req.setParameter( "wpMath", "4" );
 105         wr = getResponse( req );
 106
 107         String[] goodpats4 = {
 108           "\\(1\\)\\s+<img\\s[^>]*\\salt\\s*=\\s*.?\\\\phi\\s+=\\s+\\\\frac",
 109           "\\(2\\)\\s+<img\\s[^>]*\\salt\\s*=\\s*.?\\\\phi\\s+=\\s+\\\\frac",
 110           "\\(3\\)\\s+&phi;\\s+\\+",
 111           "\\(4\\)\\s+&phi;\\s*<sup>\\s*2",
 112           "\\(5\\)\\s+<img\\s[^>]*\\salt\\s*=\\s*.?\\\\phi\\s+=\\s+\\\\frac",
 113           "\\(6\\)\\s+<img\\s[^>]*\\salt\\s*=\\s*.?\\\\phi\\s+\\\\approx"
 114         };
 115
 116         wr = viewPage( "Equations" );
 117         text = getArticle( wr );
 118         if ( 0 != ( ret = checkGoodPatterns( text, goodpats4 ) ) ) {
 119                 return 140 + ret;
 120         }
 121         return 0;
 122 }
 123
 124 public static void main( String[] params ) {
 125         (new MathTest()).runSingle( params );
 126 }
 127
 128 }