xoxo-sample-code

XOXO Sample Code

A whole bunch of open source (CC-by-2.0, Apache 2.0) sample code to read and write xoxo files in Python (with Perl, PHP, ... to follow).

xoxo.py

# -*- coding: utf-8 -*-
"""xoxo.py - a utility module for transforming to and from the XHTMLOutlines format XOXO
toXOXO takes a Python datastructure (tuples, lists or dictionaries, arbitrarily nested) and returns a XOXO representation of it.
fromXOXO parses an XHTML file for a xoxo list and returns the structure
"""
__version__ = "0.8"
__date__ = "2004-10-05"
__author__ = "Kevin Marks <kmarks@technorati.com>"
__copyright__ = "Copyright 2004, Kevin marks & Technorati"
__license__ = "http://creativecommons.org/licenses/by/2.0/ CC-by-2.0], [http://www.apache.org/licenses/LICENSE-2.0 Apache 2.0"
__credits__ = """Tantek Çelik and Mark Pilgrim for data structure"""
__history__ = """
TODO: add <title> tag
TODO: add a proper profile link
0.8 work in unicode then render to utf-8
0.7 initial encoding support - just utf-8 for now
0.6 support the special behaviour for url properties  to/from <a>
0.5 fix some awkward side effects of whitespace and text outside our expected tags; simplify writing code
0.4 add correct XHTML headers so it validates
0.3 read/write version; fixed invlaid nested list generation;
0.1 first write-only version
 """

try:
    True, False
except NameError:
    True, False = not not 1, not 1
containerTags={'ol':False,'ul':False,'dl':False}
import sgmllib, urllib, urlparse, re
def makeXOXO(struct,className=None,depth=0):
    s=u''
    if isinstance(struct,list) or isinstance(struct,tuple):
        if className:
            s += u'<ol class="%s">' % className
        else:
            s+= u"<ol>"
    if isinstance(struct,dict):
        d=struct.copy()
        if d.has_key('url'):
            s+=u'<a href="%s" ' % d['url']
            text =  d.get('text',d.get('title',d['url']))
            for attr in ('title','rel','type'):
                if d.has_key(attr):
                    xVal = makeXOXO(d[attr],None,depth+1)
                    s +=u'%s="%s" ' % (attr,xVal)
                    del d[attr]
            s +=u'>%s</a>' % makeXOXO(text,None,depth+1)
            if d.has_key('text'):
                del d['text']
            del d['url']
        if len(d):
            s +=u"<dl>"
            for key,value in d.items():
                xVal = makeXOXO(value,None,depth+1)
                s+= u'<dt>%s</dt><dd>%s</dd>' % (key, xVal)
            s +=u"</dl>"
    elif type(struct) ==type((1,))or type(struct) ==type([1,]):
        for item in struct:
            s+=u"<li>" + makeXOXO(item,None,depth+1)+"</li>"
        s +=u"</ol>"
    elif type(struct) == type(u'unicode'):
        s+=struct
    else:
        if not type(struct)==type(' '):
            struct=str(struct)
        try:
            s+=unicode(struct,'utf-8')
        except:
            s+=unicode(struct,'windows_1252')
    return s
class xoxoParser(sgmllib.SGMLParser):
    def __init__(self):
        sgmllib.SGMLParser.__init__(self)
        self.structs=[]
        self.xostack=[]
        self.textstack=['']
    def normalize_attrs(self, attrs):
        attrs = [(k.lower(), sgmllib.charref.sub(lambda m: chr(int(m.groups()[0])), v).strip()) for k, v in attrs]
        attrs = [(k, k in ('rel','type') and v.lower() or v) for k, v in attrs]
        return attrs
    def pushStruct(self,struct):
        if type(struct) == type({}) and len(struct)==0 and len(self.structs) and type(self.structs[-1]) == type({}) and self.structs[-1].has_key('url'):
            self.xostack.append(self.structs[-1]) # put back the <a>-made one for extra def's
        else:
            self.structs.append(struct)
            self.xostack.append(self.structs[-1])
    def start_a(self,attrs):
        attrsD = dict(self.normalize_attrs(attrs))
        attrsD['url']= attrsD.get('href','')
        del attrsD['href']
        self.pushStruct(attrsD)
        self.textstack.append('')
    def end_a(self):
        val = self.textstack.pop()
        if val: 
            if self.xostack[-1].get('title','') == val:
                val=''
            if self.xostack[-1]['url'] == val:
                val=''
            if val:
                self.xostack[-1]['text']=val
        self.xostack.pop()
    def start_dl(self,attrs):
        self.pushStruct({})
    def end_dl(self):
        self.xostack.pop()
    def start_ol(self,attrs):
        self.pushStruct([])
    def end_ol(self):
        self.xostack.pop()
    def start_ul(self,attrs):
        self.pushStruct([])
    def end_ul(self):
        self.xostack.pop()
    def start_li(self,attrs):
        self.textstack.append('')
    def end_li(self):
        val = self.textstack.pop()
        if self.structs[-1] != self.xostack[-1]:
            val = self.structs.pop()
        self.xostack[-1].append(val)
    def start_dt(self,attrs):
        self.textstack.append('')
    def end_dt(self):
        pass
    def start_dd(self,attrs):
        self.textstack.append('')
    def end_dd(self):
        val = self.textstack.pop()
        key = self.textstack.pop()
        if self.structs[-1] != self.xostack[-1]:
            val = self.structs.pop()
        self.xostack[-1][key]=val
    def handle_data(self, text):
        if len(self.stack) and containerTags.get(self.stack[-1],True): #skip text not within an element
            self.textstack[-1] += text
def toXOXO(struct,addHTMLWrapper=False,cssUrl=''):
    if type(struct) ==type((1,))or type(struct) ==type([1,]):
        inStruct = struct
    else:
        inStruct = [struct]
    if addHTMLWrapper:
        s= '''<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN
http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd">
<html xmlns="http://www.w3.org/1999/xhtml"><head profile=""><meta http-equiv="Content-Type" content="text/html; charset=utf-8" />'''
        if cssUrl:
            s+='<style type="text/css" >@import "%s";</style>' % cssUrl
        s+="</head><body>%s</body></html>" % makeXOXO(inStruct,'xoxo')
        return s.encode('utf-8')
    else:
        return makeXOXO(inStruct,'xoxo').encode('utf-8')
    
import sys

def fromXOXO(html):
    parser = xoxoParser()
    parser.feed(unicode(html,'utf-8'))
    #print >>sys.stderr, parser.structs
    structs=[struct for struct in parser.structs if struct]
    #print >>sys.stderr, structs
    while (len(structs) ==1 and type(structs)==type([1,])):
        structs=structs[0]
    return structs

# Allow direct invocation
# Read HTML from URL, parse into data structures, then re-output

if __name__ == "__main__":
  if len(sys.argv) < 2: raise SystemExit("Usage: "+sys.argv[0]+" url\n"+__doc__)
  url=sys.argv[1]
  file = urllib.urlopen(url)
  html=file.read(-1)
  file.close
  s=fromXOXO(html)
  p=toXOXO(s,True)
  print p

testxoxo.py

# -*- coding: utf-8 -*-
"""testxoxo.py 
Unit tests for xoxo.py
This file tests the functions in xoxo.py 
The underlying model here is http://diveintopython.org/unit_testing/index.html 

run from command line with
python testxoxo.py -v
"""
import xoxo
reload(xoxo)
import unittest

class xoxoTestCases(unittest.TestCase):
    
    def testSimpleList(self):
        '''make a xoxo file from a list'''
        l = ['1','2','3']
        html = xoxo.toXOXO(l)
        self.assertEqual(html,'<ol class="xoxo"><li>1</li><li>2</li><li>3</li></ol>')
    def testNestedList(self):
        '''make a xoxo file from a list with a list in'''
        l = ['1',['2','3']]
        html = xoxo.toXOXO(l)
        self.assertEqual(html,'<ol class="xoxo"><li>1</li><li><ol><li>2</li><li>3</li></ol></li></ol>')

    def testDictionary(self):
        '''make a xoxo file from a dictionary'''
        d = {'test':'1','name':'Kevin'}
        html = xoxo.toXOXO(d)
        self.assertEqual(html,'<ol class="xoxo"><li><dl><dt>test</dt><dd>1</dd><dt>name</dt><dd>Kevin</dd></dl></li></ol>')

    def testSingleItem(self):
        '''make a xoxo file from a string'''
        l = "test"
        html = xoxo.toXOXO(l)
        self.assertEqual(html,'<ol class="xoxo"><li>test</li></ol>')

    def testWrapDiffers(self):
        '''make a xoxo file from a string with and without html wrapper and check they are different'''
        l = "test"
        html = xoxo.toXOXO(l)
        htmlwrap =  xoxo.toXOXO(l,addHTMLWrapper=True)
        self.failIfEqual(html,htmlwrap)

    def testWrapSingleItem(self):
        '''make a wrapped xoxo file from a string'''
        l = "test"
        html = xoxo.toXOXO(l,addHTMLWrapper=True)
        self.assertEqual(html,'''<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN
http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd">
<html xmlns="http://www.w3.org/1999/xhtml"><head profile=""></head><body><ol class="xoxo"><li>test</li></ol></body></html>''')

    def testDictionaryRoundTrip(self):
        ''' make a dictionary into a xoxo file and back again; check it is the same'''
        d = {'test':'1','name':'Kevin'}
        html = xoxo.toXOXO(d)
        newd = xoxo.fromXOXO(html)
        self.assertEqual(d,newd)
        
    def testListRoundTrip(self):
        ''' make a list into a xoxo file and back again; check it is the same'''
        l = ['3','2','1']
        html = xoxo.toXOXO(l)
        newdl= xoxo.fromXOXO(html)
        self.assertEqual(l,newdl)
    def testListofDictsRoundTrip(self):
        ''' make a list of Dicts into a xoxo file and back again; check it is the same'''
        l = ['3',{'a':'2'},{'b':'1','c':'4'}]
        html = xoxo.toXOXO(l)
        newdl= xoxo.fromXOXO(html)
        self.assertEqual(l,newdl)
    def testListofListsRoundTrip(self):
        ''' make a list of Lists into a xoxo file and back again; check it is the same'''
        l = ['3',['a','2'],['b',['1',['c','4']]]]
        html = xoxo.toXOXO(l)
        newdl= xoxo.fromXOXO(html)
        self.assertEqual(l,newdl)
    def testDictofListsRoundTrip(self):
        ''' make a dict with lists in into a xoxo file and back again; check it is the same'''
        d = {'test':['1','2'],
        'name':'Kevin',
        'nestlist':['a',['b','c']],
        'nestdict':{'e':'6','f':'7'}}
        html = xoxo.toXOXO(d)
        newd = xoxo.fromXOXO(html)
        self.assertEqual(d,newd)

    def testXOXOjunkInContainers(self):
        '''make sure text outside <li> etc is ignored'''
        d=xoxo.fromXOXO('<ol>bad<li><dl>worse<dt>good</dt><dd>buy</dd> now</dl></li></ol>')
        self.assertEqual(d,{'good': 'buy'})
    def testXOXOjunkInElements(self):
        '''make sure text within <li> but outside a subcontainer is ignored'''
        l=xoxo.fromXOXO('<ol><li>bad<dl><dt>good</dt><dd>buy</dd></dl>worse</li><li>bag<ol><li>OK</li></ol>fish</li></ol>')
        self.assertEqual(l,[{'good': 'buy'},['OK']])
    def testXOXOWithSpacesAndNewlines(self):
        '''unmung some xoxo with spaces in and check result is right'''
        xoxoSample= '''<ol class='xoxo'> 
  <li>
    <dl>
        <dt>text</dt>
        <dd>item 1</dd>
        <dt>description</dt>
        <dd> This item represents the main point we're trying to make.</dd>
        <dt>url</dt>
        <dd>http://example.com/more.xoxo</dd>
        <dt>title</dt>
        <dd>title of item 1</dd>
        <dt>type</dt>
        <dd>text/xml</dd>
        <dt>rel</dt>
        <dd>help</dd>
    </dl>
  </li>
</ol>'''
        d = xoxo.fromXOXO(xoxoSample)
        d2={'text':'item 1',
            'description':" This item represents the main point we're trying to make.",
            'url':'http://example.com/more.xoxo',
            'title':'title of item 1',
            'type':'text/xml',
            'rel':'help'
            }
        xoxoAgain = xoxo.toXOXO(d)
        self.assertEqual(d,d2)
        #this needs a smarter whitespace-sensitive comparison
        #self.assertEqual(xoxoSample,xoxoAgain)

    def testSpecialAttributeDecoding(self):
        '''unmung some xoxo with <a href=' rel= etc in and check result is right'''
        xoxoSample= '''<ol class='xoxo'> 
  <li>
    <dl>
        <dt>text</dt>
        <dd>item 1</dd>
        <dt>url</dt>
        <dd>http://example.com/more.xoxo</dd>
        <dt>title</dt>
        <dd>title of item 1</dd>
        <dt>type</dt>
        <dd>text/xml</dd>
        <dt>rel</dt>
        <dd>help</dd>
    </dl>
  </li>
</ol>'''
        d = xoxo.fromXOXO(xoxoSample)
        smartxoxoSample= '''<ol class='xoxo'> 
  <li><a href="http://example.com/more.xoxo"
         title="title of item 1"
         type="text/xml"
         rel="help">item 1</a> 
<!-- note how the "text" property is simply the contents of the <a> element -->
  </li>
</ol>'''
        d2 = xoxo.fromXOXO(smartxoxoSample)
        self.assertEqual(d,d2)
    def testSpecialAttributeAndDLDecoding(self):
        '''unmung some xoxo with <a href=' rel= etc in plus a <dl> in the same item and check result is right'''
        xoxoSample= '''<ol class="xoxo"> 
  <li>
    <dl>
        <dt>text</dt>
        <dd>item 1</dd>
        <dt>description</dt>
        <dd> This item represents the main point we're trying to make.</dd>
        <dt>url</dt>
        <dd>http://example.com/more.xoxo</dd>
        <dt>title</dt>
        <dd>title of item 1</dd>
        <dt>type</dt>
        <dd>text/xml</dd>
        <dt>rel</dt>
        <dd>help</dd>
    </dl>
  </li>
</ol>'''
        d = xoxo.fromXOXO(xoxoSample)
        smartxoxoSample= '''<ol class="xoxo"> 
  <li><a href="http://example.com/more.xoxo"
         title="title of item 1"
         type="text/xml"
         rel="help">item 1</a> 
<!-- note how the "text" property is simply the contents of the <a> element -->
      <dl>
        <dt>description</dt>
          <dd> This item represents the main point we're trying to make.</dd>
      </dl>
  </li>
</ol>'''
        d2 = xoxo.fromXOXO(smartxoxoSample)
        self.assertEqual(d,d2)
    def testSpecialAttributeEncode(self):
        '''check it makes an <a href with a url parameter'''
        d={'url':'http://example.com/more.xoxo','title':'sample url','type':"text/xml",'rel':'help','text':'an example'}
        html=xoxo.toXOXO(d)
        expectedHTML= '<ol class="xoxo"><li><a href="http://example.com/more.xoxo" title="sample url" rel="help" type="text/xml" >an example</a></li></ol>' 
        self.assertEqual(html,expectedHTML)
        
    def testSpecialAttributeRoundTripFull(self):
        '''check it makes an <a href with a url parameter'''
        d={'url':'http://example.com/more.xoxo','title':'sample url','type':"text/xml",'rel':'help','text':'an example'}
        html=xoxo.toXOXO(d)
        self.assertEqual(d,xoxo.fromXOXO(html))
    def testSpecialAttributeRoundTripNoText(self):
        '''check it makes an <a href with a url parameter and no text attribute'''
        d={'url':'http://example.com/more.xoxo','title':'sample url','type':"text/xml",'rel':'help'}
        html=xoxo.toXOXO(d)
        self.assertEqual(d,xoxo.fromXOXO(html))
    def testSpecialAttributeRoundTripNoTextOrTitle(self):
        '''check it makes an <a href with a url parameter and no text or title attribute'''
        d={'url':'http://example.com/more.xoxo'}
        html=xoxo.toXOXO(d)
        self.assertEqual(d,xoxo.fromXOXO(html))
    def testUnicodeRoundtrip(self):
        '''check unicode characters can go to xoxo and back'''
        src=unicode('Tantek Çelik and a snowman ?','utf-8')
        html = html=xoxo.toXOXO(src)
        self.assertEqual(src,xoxo.fromXOXO(html))
if __name__ == "__main__":
    unittest.main()
else:
    runner = unittest.TextTestRunner()
    suite = unittest.makeSuite(xoxoTestCases,'test')
    runner.run(suite)

package org.atompub.draft.xoxo.tests;

import junit.framework.TestSuite;
import junit.framework.TestCase;
import junit.textui.TestRunner;
import org.atompub.draft.xoxo.XOXOWriter;
import org.atompub.draft.xoxo.XOXOParser;

import java.util.*;

public class XOXOTest extends TestCase {

  public static void main(String[] args) {
    new TestRunner().doRun(new TestSuite(XOXOTest.class));
  }
  String XHTML_DEC = "xmlns=\"http://www.w3.org/1999/xhtml\" ";
  public String simpleListHTML = "<ol "
  + XHTML_DEC
  + "class=\"xoxo\">"
  + "<li>1</li><li>2</li><li>3</li></ol>";

  public void testSimpleList(){
    String [] numbers = {"1","2","3"};
    XOXOWriter xoxo = new XOXOWriter();
    assertEquals(simpleListHTML,
                 xoxo.toXOXO(Arrays.asList(numbers)));
  }

  public void testStringIntegerList(){
    Object[] numbers = {new Integer(1),"2","3"};
    XOXOWriter xoxo = new XOXOWriter();
    assertEquals(simpleListHTML,
                 xoxo.toXOXO(Arrays.asList(numbers)));
  }

  public String nestedListHTML = "<ol "
  + XHTML_DEC
  + "class=\"xoxo\"><li>1</li><li>"
  + "<ol><li>2</li><li>3</li></ol></li></ol>";

  public void testNestedList(){
    Object[] arr = {"2","3"};
    Object[] nested = {"1",Arrays.asList(arr)};
    XOXOWriter xoxo = new XOXOWriter();
    assertEquals(nestedListHTML,
                 xoxo.toXOXO(Arrays.asList(nested)));
  }

  public void testNestedArray(){
    Object[] arr = {"2","3"};
    Object[] nested = {"1",arr};
    XOXOWriter xoxo = new XOXOWriter();
    assertEquals(nestedListHTML,
                 xoxo.toXOXO(Arrays.asList(nested)));
  }

  public String dictHTML = "<ol "
  + XHTML_DEC
  + "class=\"xoxo\">"
  + "<li><dl><dt>test</dt><dd>1</dd><dt>name</dt>"
  + "<dd>Kevin</dd></dl></li></ol>";

  public void testDictionary(){
    Map dict = new LinkedHashMap();
    dict.put("test", new Integer(1));
    dict.put("name", "Kevin");
    XOXOWriter xoxo = new XOXOWriter();
    assertEquals(dictHTML,
                 xoxo.toXOXO(dict));
  }

  public String singleHTML = "<ol "
  + XHTML_DEC
  + "class=\"xoxo\">"
  + "<li>test</li></ol>";

  public void testSingleItem(){
    String item = "test";
    XOXOWriter xoxo = new XOXOWriter();
    assertEquals(singleHTML,
                 xoxo.toXOXO(item));
  }

  public void testWrapDiffers(){
    String item = "test";
    XOXOWriter xoxo = new XOXOWriter();
    String nowrap = xoxo.toXOXO(item);
    Object[] itemArr = {item};
    String wrap = xoxo.toXOXO(Arrays.asList(itemArr),true,null);
    assertFalse(wrap.equals(nowrap));
  }

  String startHTML = "<!DOCTYPE html PUBLIC \"-//W3C//DTD"
        + "XHTML 1.0 Transitional//EN\n"
        + "http://www.w3.org/TR/xhtml1/DTD/"
        + "xhtml1-transitional.dtd\">"
        + "<html xmlns=\"http://www.w3.org/1999/xhtml\">"
        + "<head></head><body>";
  public String singleWrapHTML = "<ol "
  + "class=\"xoxo\">"
  + "<li>test</li></ol>";
  public String endHTML = "</body></html>";

  public void testWrapSingleItem(){
    String item = "test";
    XOXOWriter xoxo = new XOXOWriter();
    assertEquals(startHTML + singleWrapHTML + endHTML,
                 xoxo.toXOXO(item,true,null));
  }

  public void testXOXOParser(){
    XOXOParser parser = new XOXOParser();
    try{
      parser.parse(dictHTML);
    }catch (Exception e){
      fail(e.getMessage());
      e.printStackTrace();
    }
  }

  public void testDictRoundTrip(){
    XOXOWriter xoxo = new XOXOWriter();
    XOXOParser parser = new XOXOParser();
    Map dict = new LinkedHashMap();
    dict.put("test", "1");
    dict.put("name", "Kevin");
    String html = xoxo.toXOXO(dict);
     try{
      Object newDict = parser.parse(html);
      assertEquals(dict,newDict);
    }catch (Exception e){
      fail(e.getMessage());
      e.printStackTrace();
    }
  }

  public void testListRoundTrip(){
    Object[] obj = {"1","2","3"};
    List testList = Arrays.asList(obj);
    XOXOWriter xoxo = new XOXOWriter();
    String html = xoxo.toXOXO(testList);
    XOXOParser parser = new XOXOParser();
    try{
      Object newList = parser.parse(html);
      assertEquals(testList,newList);
    }catch (Exception e){
      fail(e.getMessage());
      e.printStackTrace();
    }
  }

  public void testListOfDictsRoundTrip(){
    XOXOWriter xoxo = new XOXOWriter();
    XOXOParser parser = new XOXOParser();
    Map dict = new LinkedHashMap();
    dict.put("test", "1");
    dict.put("name", "Kevin");
    Map dict2 = new LinkedHashMap();
    dict2.put("one", "two");
    dict2.put("three", "four");
    dict2.put("five", "six");
    Object[] obj = {"1",dict,dict2};
    List testList = Arrays.asList(obj);
    String html = xoxo.toXOXO(testList);
    try{
      Object newList = parser.parse(html);
      assertEquals(testList,newList);
    }catch (Exception e){
      fail(e.getMessage());
      e.printStackTrace();
    }
  }

  public void testListOfListsRoundTrip(){
    Object[] list1 = {"1","2","3"};
    Object[] list2 = {"4","5","6", Arrays.asList(list1)};
    Object[] list3 = {"7", Arrays.asList(list2)};
    Object[] list4 = {"8", Arrays.asList(list3)};
    List testList = Arrays.asList(list4);
    XOXOWriter xoxo = new XOXOWriter();
    XOXOParser parser = new XOXOParser();
    String html = xoxo.toXOXO(testList);
    try{
      Object newList = parser.parse(html);
      assertEquals(testList,newList);
    }catch (Exception e){
      fail(e.getMessage());
      e.printStackTrace();
    }
  }

  public void testDictOfListsRoundTrip(){
    Object[] list1 = {"1","2","3"};
    Object[] list2 = {"4","5","6"};
    Object[] list3 = {"7"};
    Object[] list4 = {"8", "9"};
    Map dict = new LinkedHashMap();
    dict.put("foo", Arrays.asList(list1));
    dict.put("bar", Arrays.asList(list2));
    dict.put("baz", Arrays.asList(list3));
    dict.put("qux", Arrays.asList(list4));
    XOXOWriter xoxo = new XOXOWriter();
    XOXOParser parser = new XOXOParser();
    String html = xoxo.toXOXO(dict);
    try{
      Object newDict = parser.parse(html);
      assertEquals(dict,newDict);
    }catch (Exception e){
      fail(e.getMessage());
      e.printStackTrace();
    }
  }

  public String junkXOXO = "<ol "
  + XHTML_DEC
  + "class=\"xoxo\">"
  + "bad<li><dl>worse<dt>good</dt><dd>buy</dd> now</dl></li></ol>";

  public void testXOXOJunkInContainers(){
    XOXOWriter xoxo = new XOXOWriter();
    XOXOParser parser = new XOXOParser();
    Map dict = new LinkedHashMap();
    dict.put("good","buy");
    try{
      Object newDict = parser.parse(junkXOXO);
      assertEquals(dict,newDict);
    }catch (Exception e){
      fail(e.getMessage());
      e.printStackTrace();
    }
  }

  public String junkElementXOXO = "<ol "
  + XHTML_DEC
  + "><li>bad<dl><dt>good</dt><dd>buy</dd></dl>"
  + "worse</li><li>bag<ol><li>OK</li></ol>fish</li></ol>";

  public void testXOXOjunkInElements(){
    XOXOWriter xoxo = new XOXOWriter();
    XOXOParser parser = new XOXOParser();
    Map dict = new LinkedHashMap();
    dict.put("good","buy");
    Object[] ok = {"OK"};
    Object[] obj ={dict, Arrays.asList(ok)};
    List testList = Arrays.asList(obj);
    try{
      Object newList = parser.parse(junkElementXOXO);
      assertEquals(testList,newList);
    }catch (Exception e){
      fail(e.getMessage());
      e.printStackTrace();
    }
  }

  public String xoxoSpacesNewlines = "<ol " +  XHTML_DEC +
      " class='xoxo'> \n" +
      "  <li>\n" +
      "    <dl>\n" +
      "        <dt>text</dt>\n" +
      "        <dd>item 1</dd>\n" +
      "        <dt>description</dt>\n" +
      "        <dd> This item represents the main" +
      " point we're trying to make.</dd>\n" +
      "        <dt>url</dt>\n" +
      "        <dd>http://example.com/more.xoxo</dd>\n" +
      "        <dt>title</dt>\n" +
      "        <dd>title of item 1</dd>\n" +
      "        <dt>type</dt>\n" +
      "        <dd>text/xml</dd>\n" +
      "        <dt>rel</dt>\n" +
      "        <dd>help</dd>\n" +
      "    </dl>\n" +
      "  </li>\n" +
      "</ol>";

  public void testXOXOWithSpacesAndNewlines(){
    XOXOParser parser = new XOXOParser();
    Map dict = new LinkedHashMap();
    dict.put("text","item 1");
    dict.put("description"," This item represents the main" +
        " point we're trying to make.");
    dict.put("url","http://example.com/more.xoxo");
    dict.put("title","title of item 1");
    dict.put("type","text/xml");
    dict.put("rel","help");
    try{
      Object newDict = parser.parse(xoxoSpacesNewlines);
      assertEquals(dict,newDict);
    }catch (Exception e){
      fail(e.getMessage());
      e.printStackTrace();
    }
  }

  public String xoxoSample = "<ol " +  XHTML_DEC +
      " class='xoxo'> \n" +
      "  <li>\n" +
      "    <dl>\n" +
      "        <dt>text</dt>\n" +
      "        <dd>item 1</dd>\n" +
      "        <dt>url</dt>\n" +
      "        <dd>http://example.com/more.xoxo</dd>\n" +
      "        <dt>title</dt>\n" +
      "        <dd>title of item 1</dd>\n" +
      "        <dt>type</dt>\n" +
      "        <dd>text/xml</dd>\n" +
      "        <dt>rel</dt>\n" +
      "        <dd>help</dd>\n" +
      "    </dl>\n" +
      "  </li>\n" +
      "</ol>";

  public String smartXOXOSample = "<ol " + XHTML_DEC +
      "class=\"xoxo\"> \n" +
      "  <li><a href=\"http://example.com/more.xoxo\"\n" +
      "         title=\"title of item 1\"\n" +
      "         type=\"text/xml\"\n" +
      "         rel=\"help\">item 1</a> \n" +
      "<!-- note how the \"text\" property is simply" +
      " the contents of the <a> element -->\n" +
      "  </li>\n" +
      "</ol>";

  public void testSpecialAttributeDecoding(){
    XOXOParser parser = new XOXOParser();
    try{
      Object xoxoDict = parser.parse(xoxoSample);
      Object xoxoDict2 = parser.parse(smartXOXOSample);
      assertEquals(xoxoDict,xoxoDict2);
    }catch (Exception e){
      fail(e.getMessage());
      e.printStackTrace();
    }
  }

  public String specialAttrHTML =  "<ol " + XHTML_DEC +
      "class=\"xoxo\">" +
      "<li><a href=\"http://example.com/more.xoxo\" title=\"sample url\" " +
      "rel=\"help\" type=\"text/xml\" >an example</a></li></ol>";

  public void testSpecialAttributeEncode(){
    XOXOWriter xoxo = new XOXOWriter();
    Map dict = new LinkedHashMap();
    dict.put("url","http://example.com/more.xoxo");
    dict.put("title","sample url");
    dict.put("type","text/xml");
    dict.put("rel","help");
    dict.put("text","an example");
    String html = xoxo.toXOXO(dict);
    assertEquals(specialAttrHTML,html);
  }

  public void testSpecialAttributeRoundTripFull(){
    XOXOWriter xoxo = new XOXOWriter();
    XOXOParser parser = new XOXOParser();
    Map dict = new LinkedHashMap();
    dict.put("url","http://example.com/more.xoxo");
    dict.put("title","sample url");
    dict.put("type","text/xml");
    dict.put("rel","help");
    dict.put("text","an example");
    String html = xoxo.toXOXO(dict);
    try{
      Object newDict = parser.parse(html);
      assertEquals(dict,newDict);
    }catch (Exception e){
      fail(e.getMessage());
      e.printStackTrace();
    }
  }

  public void testSpecialAttributeRoundTripNoText(){
    XOXOWriter xoxo = new XOXOWriter();
    XOXOParser parser = new XOXOParser();
    Map dict = new LinkedHashMap();
    dict.put("url","http://example.com/more.xoxo");
    dict.put("title","sample url");
    dict.put("type","text/xml");
    dict.put("rel","help");
    String html = xoxo.toXOXO(dict);
    try{
      Object newDict = parser.parse(html);
      assertEquals(dict,newDict);
    }catch (Exception e){
      fail(e.getMessage());
      e.printStackTrace();
    }
  }

  public void testSpecialAttributeRoundTripNoTextOrTitle(){
    XOXOWriter xoxo = new XOXOWriter();
    XOXOParser parser = new XOXOParser();
    Map dict = new LinkedHashMap();
    dict.put("url","http://example.com/more.xoxo");
    dict.put("type","text/xml");
    dict.put("rel","help");
    String html = xoxo.toXOXO(dict);
    try{
      Object newDict = parser.parse(html);
      assertEquals(dict,newDict);
    }catch (Exception e){
      fail(e.getMessage());
      e.printStackTrace();
    }
  }

  public void testUnicodeRoundTrip(){
    String s = "Tantek Çelik and a snowman ?";
    XOXOWriter xoxo = new XOXOWriter();
    XOXOParser parser = new XOXOParser();
    String html = xoxo.toXOXO(s);
    try{
      Object newString = parser.parse(html);
      assertEquals(s,newString);
    }catch (Exception e){
      fail(e.getMessage());
      e.printStackTrace();
    }
  }

}