root/trunk/xmltest.d

/+
    Copyright (c) 2005, Eric Anderton

    Permission is hereby granted, free of charge, to any person
    obtaining a copy of this software and associated documentation
    files (the "Software"), to deal in the Software without
    restriction, including without limitation the rights to use,
    copy, modify, merge, publish, distribute, sublicense, and/or
    sell copies of the Software, and to permit persons to whom the
    Software is furnished to do so, subject to the following
    conditions:

    The above copyright notice and this permission notice shall be
    included in all copies or substantial portions of the Software.

    THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
    EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
    OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
    NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
    HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
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    FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
    OTHER DEALINGS IN THE SOFTWARE.
+/

private import xml.utf8all;

import std.stdio;
import std.file;
import std.utf;
import std.string;
import std.system;

class DebugConsumer : IXMLConsumer{

    CharT[] getEntityValue(CharT[] entity,bit parsed){
        if(parsed){
            return "%" ~ entity ~ ";";
        }
        else{
            return "&" ~ entity ~ ";"; 
        }
    }   
    bit xmlIsParsedProcessingInstruction(CharT[] name){
        return name == "xml";
    }
    
    void xmlStartDTD(CharT[] name,XMLAttributes externalID){
        writef("<!DOCTYPE %s %s [",name,externalID.toCharTString());
    }
    void xmlEndDTD(CharT[] name,XMLAttributes externalID){
        writef("]>");
    }
    
    void xmlStartDTDElement(CharT[] name){
        writef("<!ELEMENT %s ",name);
    }
    void xmlSetDTDElementChild(CharT[] name,CharT[] childName){
        writef("%s",childName);
    }
    void xmlSetDTDElementOperation(CharT[] name,DTDOperation type){
        writef("%s",charTConvert(cast(CharT)type));
    }
    void xmlEndDTDElement(CharT[] name){
        writef(">");
    }

    void xmlStartDTDAttlist(CharT[] name){
        writef("<!ATTLIST %s ",name);
    }
    void xmlSetDTDAttlistDef(CharT[] name,CharT[] type,CharT[] defaultDecl,CharT[] defaultValue){
        writef("%s %s %s",type,defaultDecl,defaultValue);
    }
    void xmlEndDTDAttlist(CharT[] name){
        writef(">");
    }
    
    void xmlSetDTDEntity(CharT[] name,CharT[] value,CharT[] ndata,bit parsed){
        if(parsed){
            if(ndata){
                writef("<!ENTITY %%%s '%s'><!--ndata: %s -->",name,value,ndata);
            }
            else{
                writef("<!ENTITY %%%s '%s'>",name,value);
            }
        }
        else{
            writef("<!ENTITY %s '%s'>",name,value);
        }
    }
        
    void xmlSetDTDNotation(CharT[] name, CharT[] publicId, CharT[] systemLiteral){}
        
    void xmlParsedProcessingInstruction(CharT[] name,XMLAttributes attribs){
        writef("<?%s %s?>",name,attribs.toCharTString());
    }
    void xmlProcessingInstruction(CharT[] name,CharT[] data){
        writef("<?%s %s?>",name,data);
    }
    
    void xmlComment(CharT[] text){
        writef("<!--%s-->",text);
    }
    
    void xmlStartElement(CharT[] name,XMLAttributes attribs,bit isEmpty){
        if(isEmpty){
            writef("<%s %s/>",name,attribs.toCharTString());
        }
        else{
            writef("<%s %s>",name,attribs.toCharTString());
        }
    }
    void xmlEndElement(CharT[] name,XMLAttributes attribs,bit isEmpty){
        if(!isEmpty){
            writef("</%s>",name);
        }
    }
    void xmlText(CharT[] text,TextType type){
        writef("%s",text);
    }
}

char[][] testFiles = [
    r"xmlconf\ibm\valid\P01\ibm01v01.xml",
    r"xmlconf\ibm\valid\P02\ibm02v01.xml", 
    r"xmlconf\ibm\valid\P03\ibm03v01.xml",
    

   r"xmlconf\ibm\valid\P09\ibm09v01.xml", 
    r"xmlconf\ibm\valid\P09\ibm09v02.xml", 
    r"xmlconf\ibm\valid\P09\ibm09v03.xml",  // fails: dtd is in fact *invalid* (missing Doctype)
    r"xmlconf\ibm\valid\P09\ibm09v04.xml", 
//  r"xmlconf\ibm\valid\P09\ibm09v05.xml",  // fails: needs local dtd loading support

    r"xmlconf\ibm\valid\P10\ibm10v01.xml",
    r"xmlconf\ibm\valid\P10\ibm10v02.xml",
    r"xmlconf\ibm\valid\P10\ibm10v03.xml",  
    r"xmlconf\ibm\valid\P10\ibm10v04.xml",
    r"xmlconf\ibm\valid\P10\ibm10v05.xml",  
    r"xmlconf\ibm\valid\P10\ibm10v06.xml",
    r"xmlconf\ibm\valid\P10\ibm10v07.xml",
    r"xmlconf\ibm\valid\P10\ibm10v08.xml", 
    
    r"xmlconf\ibm\valid\P11\ibm11v01.xml",
    r"xmlconf\ibm\valid\P11\ibm11v02.xml",
    r"xmlconf\ibm\valid\P11\ibm11v03.xml",
    r"xmlconf\ibm\valid\P11\ibm11v04.xml",
    
    r"xmlconf\ibm\valid\P12\ibm12v01.xml",
    r"xmlconf\ibm\valid\P12\ibm12v02.xml",
    r"xmlconf\ibm\valid\P12\ibm12v03.xml",
    r"xmlconf\ibm\valid\P12\ibm12v04.xml",
    
];

char[] getPath(char[] filename){
    return filename[0..rfind(filename,"\\")+1];
}

void main(char[][] args){
    XMLParser parser = new XMLParser;
    OfflineProvider provider = new OfflineProvider();
    IXMLConsumer emptyConsumer = /*new DebugConsumer();*/ new IXMLConsumerAdapter();
        
    char[] pwd = getPath(args[0]);
        
    foreach(char[] testfile; testFiles){
        CharT[] data = charTConvert(cast(char[])std.file.read(testfile));
        try{
            // run through with a bogus consumer
            provider.setCurrentPath(pwd ~ getPath(testfile));
            parser.parse(emptyConsumer, provider, data);
            
            // log success
            writefln("%s -- Pass",testfile);
        }
        catch(Exception e){
            writefln("%s -- FAILED: %s\n",testfile,e.toString());
            parser.parse(new DebugConsumer(), provider, data);
            break;
        }
    }
}