#include "Parsley.h"
#include <iostream>

int main(int argc, char * argv[])
{
  // This ParsleyNode pointer will be the root for the xml document
  ParsleyNode* root;
    
  // The Parsley class parses the test.xml document. It has
  // two methods, parse() and save() and it stores neither
  // the filename nor the ParsleyNode, meaning you must take care
  // of calling the save() method before exiting your program
  // if you want to save the XML document back to a file.
  // It also means, however, that you can get rid of
  // the parser if you don't need it anymore after parsing
  // a document.
  Parsley parser;
    
  // Store the file name
  std::string fname("test.xml");
    
  // Call the parse() method to parse an xml document. It then
  // returns the root node of the document.
  root = parser.parse(fname);
    
  // We now have access to the entire tree.
  ParsleyNode* firstChild = root->getFirstChild();
    
  //Lets change the first child's tag name.
  firstChild->setTag("changedTagName");
    
  // It's also good to know where our food is from
  firstChild->addAttr("origin", "Belgium");
    
  // We're also adding a 10% tax due to a critical ice cream
  // shortage in our region, forcing us to import from the
  // north pole.
  firstChild->getElementsByTagName("price")[0]->setData("$4.29");
    
  // We can create a new ParsleyNode. Its constructor takes the tag
  // name for the new XML node.
  ParsleyNode* child = new ParsleyNode("dish");
    
  // We can give it an attribute
  child->addAttr("time", "lunch");
    
  // Let's also put something between the tags
  child->setData("KFC with ketchup and caviar");
    
  // Adding a new ParsleyNode to an existing one is very easy
  root->appendChild(child);
    
  // Did it work?
  std::cout << root->getLastChild()->getData() << std::endl
            << root->getNthChild(1)->getAttr("time") << std::endl;
    
  // This should output:
  // >>> KFC with ketchup and caviar
  // >>> lunch
    
  // Finally, if you want to save the XML document, call the parser's
  // save() method to store the XML tree back into a file. By default,
  // this also destroys the tree. If you want to keep on using the tree
  // or maybe save it into multiple files, set the third argument to false
  // as I have here. This means you must take care of deleting the tree
  // yourself afterwards.
  parser.save(root, fname, false);
    
  // Which would be done like so:
  delete root;
    
  // Note that as soon as you make a new node part of at tree like we
  // did here for "child", you only need to delete the root. Let recursion
  // take care of the rest.
}