Level Order binary traversal

Hi,
I need to do a Level Order binary traversal. Is there an easy way to do it. I'm not very good at java so any help will be appreciated
thanks

The purpose of the exercise is to teach you Java. So:
[Tree Traversal|http://en.wikipedia.org/wiki/Tree_traversal]
[Java Tutorials|http://java.sun.com/docs/books/tutorial/]
Take a first stab at it. Post your code and ask specific questions when you get stuck.

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        IF n.right != null -> queue.enqueue(n.right)
      END WHILE
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         // instance variabels FOR A STUDENT
    public String StId;
    public String StName;
         public int countL = 0 ;
         public int countR =0 ;
         // intialise the left and right children to null
    private BTreeA left = null;
    private BTreeA right = null;
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    static BTreeA ptemp = null; // the parentof the cheldrin intialised to null
    static BTreeA ctemp = null; // the parentof the cheldrin intialised to null
    static BTreeA c2temp = null; // the parentof the cheldrin intialised to null
         // This method is used to add a new node into the tree.
    //////ccccccccccccccccccccccccccccccccccc////////////////
    //////ccccccccccccccccccccccccccccccccccc////////////////
    //////ccccccccccccccccccccccccccccccccccc////////////////
         // the constructor method
    public BTreeA(String id, String name) {
         // App-spec part
    this.StId = new String(id);
         this.StName = new String(name);
         // Data structure part
         this.left = null;
         this.right = null;
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         if(root == null) { // There's no tree yet
              root = this; // the first node is located in the root
         System.out .println (" this is the first node inserted in the root " );
         }else { // there is a tree and the root is occupied
         temp = root; // when the root is occupied
                   // make the temp equal the root
              // loop
         while (temp != null) { // descend tree to find parent for
              // the new node (( we know that temp != null becausewe made it
                   // equals to the root           
              ptemp = temp; // make the temporary parent equal to the temp
              // ie equal to the root as well for the start of the loop
              // and each time the loop restarts ptemp = new position of temp
              if(this.StId.compareTo(temp.StId)< 0){
                   temp = temp.left; // move to the left
              countL ++ ;
                   // System.out .println ("Moving to the left, and this is the move No. : " + countL );
                   // temp = null ; // to getout of the loop
              }else{     
              temp = temp.right;
                   countR++;
              // System.out .println ("Moving to the right, and this is the move No. : " + countR);
    // temp = null ; // to getout of the loop
              }// end if
         }// end of loop
              // here we insert the node into the tree
              if(this.StId.compareTo(ptemp.StId) < 0 ){
                   ptemp.left = this;
                   // countL++;
              //     System.out .println ("The new node will be inserted the left for move No. : " + countL );
              }else{
         //if(this.StId.compareTo(ptemp.StId) < 0 ){
                   ptemp.right = this;
                   //countR++;
         // System.out .println ("The new node will be inserted the right for move No. : "+ countR );
         }// end of nested if
    }// end of method
    // Useful method for debugging
    // print out all nodes in the tree
    // in sorted order, "inorder traversal"
    // Hint: Should take about 10 or 20 lines of code
    // ... if you think you need more then your logic
    // is probably more complicated than it needs to be.
    //////s/s/s/s/s/s/s/s/s/s/s/s/s/s/s/s/s/s/////
         //b/b/b/b/b/b/b/bb/b/b/b/b/b/b/b/b/b/b'/b
    public void InOrderTraverse() {
              // start from the root
         c2temp = root ;
         temp = root ;
    while (temp != null ){
              ptemp = temp ;
    // if( ptemp != null ) {
         while (ptemp != null ){
              temp = ptemp ;
              ptemp = ptemp.left ;
              // then print the information of that child
         System.out.println("\n"+temp.StId); // Write out the ID field
         System.out.println(temp.StName ); // Student name
    System.out.println( "***OOOOO***oooo***OOOO***");
              // here we find the parent for the child
              while(temp != null ){
                   ctemp = temp; // the value of the child     
                   temp = c2temp ; // ie = root
                   // in here we look for a node before the last one
              while (temp.StId .compareTo (ctemp.StId )>0){
                   ptemp = temp ;
                   temp = temp.left ;
              //// KKKKKKKKKKKKKKKKKKKKKKKK ;;;;;     
         /// from here we check if we can start to go right ////
              if ( ptemp.right != null
         && ptemp.StId .compareTo (ptemp.right.StId )<=0){     
              System.out.println("\n"+ptemp.StId); // Write out the ID field
         System.out.println(ptemp.StName ); // Student name
    System.out.println( "***OOOOO***oooo***OOOO***");
         ptemp = ptemp.right ;
              c2temp = ptemp ;
              temp = ptemp ;     
              // go to the last child in the left
                   while (ptemp != null && ptemp.left != null ){
              temp = ptemp ;
              ptemp = ptemp.left ;
              System.out.println("\n"+ temp.StId); // Write out the ID field
         System.out.println( temp.StName ); // Student name
    System.out.println( "***OOOOO***oooo***OOOO***");
         ptemp = temp ;
         }else {
                   temp = ptemp ;
              System.out.println("\n"+temp.StId); // Write out the ID field
         System.out.println(temp.StName ); // Student name
    System.out.println( "***OOOOO***oooo***OOOO***");
    } // end of if
              }// end of here we find the parent for the child
    } // end first loop
         } // end of void trversal method
    ///// MMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMM ////////////////
    ///// MMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMM ////////////////
    ///// MMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMM ////////////////
    ///// MMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMM ////////////////
    // // in here we search for a student
    public void Search(String id) {
         int val;
         temp = root;
         while (temp != null) { // descend tree to find parent for
         if((val = id.compareTo(temp.StId)) == 0) {
              System.out.println("\n"+"Student ID "+id+" is in the tree!");
              System.out.println("\n"+"Student name is : "+temp.StName);
              temp = null; // to get out of loop
         else if (val < 0)
              temp = temp.left;
         else temp = temp.right; // else it must be greater
    ///pppppppppppppppppppp rrrrrrrrr iiiiiiiiiii nnnnnnnnn ttttttttt //
         public void printAll (){
              // start from the root
         temp = root ;
         // loop and check for null
         while ( temp != null ){
              // if both left and right children do not exist
              if( temp.left == null && temp.right == null ){
                   // then print the information of that parent
         System.out.println("\n"+temp.StId); // Write out the ID field
         System.out.println(temp.StName ); // Student name
    System.out.println("\n"+"************");
              // move to the left
              temp = temp.left ;
                   }else { // if any of the children exist then
                   // check the left
                   if (temp.right != null ){
                        temp =temp.right ;
                   }else{
                        if(temp.left != null ){
                             temp = temp.left ;
                   }// end of if
              }// end of if
         }// end of if
         } // end of loop
         } // end of void method
    // protected void intrav(pTwoChildNode p){
    // if(p == null)
    // return;
    // intrav(p.getLeft());
    // System.out.print(p.getData()+" ");
    // intrav(p.getRight());
    ///////////ooooooooooooooooooooooooooooo///////////////     
         ///go throu the tree and sorted out
         public void sortBTree (){
              BTreeA standBy = root ;
              while (standBy != null && standBy.left != null && standBy.right != null ){
                   // compare
                   if(standBy .left .StId.compareTo (standBy .StId) < 0 ){
                        temp = standBy ;
                        temp .StId = standBy .left.StId ;
                        temp.StName = standBy.left .StName ;
                        standBy .left.StId = standBy.StId ;
                        standBy.left.StName = standBy.StName ;
                        standBy .left .StId = temp.StId ;
                        standBy .left .StName = temp.StName ;
              System.out.println("\n"+temp.StId); // Write out the ID field
         System.out.println(temp.StName ); // Student name
    System.out.println("\n"+"************");
              System.out.println("\n"+standBy.StId); // Write out the ID field
              System.out.println(standBy.StName ); // Student name
    System.out.println("\n"+"************");
         //     standBy = standBy.right ;
                        //move to the left
                   //     standBy = standBy.left ;
                   }else{
              if(standBy .left .StId.compareTo (standBy .StId) > 0 ){
                        standBy = standBy.right ;
    ///////////ooooooooooooooooooooooooooooo///////////////     
    ///////////ooooooooooooooooooooooooooooo///////////////     
    public static void main(String Args[]){
    new BTreeA("7", "Fergal");
         // root.InOrderTraverse();
         new BTreeA("9", "Frank");
         //root.InOrderTraverse();
         new BTreeA("6", "Fiona");
         // root.InOrderTraverse();
         new BTreeA("8", "John");
         //root.InOrderTraverse();
         new BTreeA("3", "Elizabeth");
    //     root.InOrderTraverse();
         new BTreeA( "2", "Nuara");
    //     root.InOrderTraverse();
         new BTreeA("1", "Aziza");
    //     root.InOrderTraverse();
    new BTreeA("10", "Radwan");
         root.InOrderTraverse();
         new BTreeA("0", "Sommer");
         root.InOrderTraverse();
         new BTreeA( "-1", "Tibrah");
         root.InOrderTraverse();
         root.Search ("1");
         root.Search ("123");
         // root.sortBTree ();
    // print all the contents of the tree
         // root.printAll ();
    // GIVE YOURSELF TIME TO READ THE SCREAN
              System.out.println ("\n"+"\n" +"Please Press ENTER to terminate the application ." ) ;
         try {
              System.in.read ();
         }catch (IOException e ){
    }

    Please use the formatting tags.
    import java .io .* ;
    public class BTreeA {
         // instance variabels FOR A STUDENT
    public String StId;
    public String StName;
         public int countL = 0 ;
         public int countR =0 ;
         // intialise the left and right children to null
    private BTreeA left = null;
    private BTreeA right = null;
    static BTreeA root = null; // Used to keep track
    ack of top of tree
    static BTreeA temp = null; // temprary binary tree
    ree intialised to null
    static BTreeA ptemp = null; // the parentof the
    the cheldrin intialised to null
    static BTreeA ctemp = null; // the parentof the
    the cheldrin intialised to null
    static BTreeA c2temp = null; // the parentof the
    the cheldrin intialised to null
    // This method is used to add a new node into the
    tree.
    //////ccccccccccccccccccccccccccccccccccc//////////////
    //////ccccccccccccccccccccccccccccccccccc//////////////
    //////ccccccccccccccccccccccccccccccccccc//////////////
         // the constructor method
    public BTreeA(String id, String name) {
         // App-spec part
    this.StId = new String(id);
         this.StName = new String(name);
         // Data structure part
         this.left = null;
         this.right = null;
         // Find out where new node is to go and insert it
         if(root == null) { // There's no tree yet
    root = this; // the first node is located in the
    System.out .println (" this is the first node inserted in the root " );
         }else { // there is a tree and the root is occupied
         temp = root; // when the root is occupied
                   // make the temp equal the root
              // loop
    while (temp != null) { // descend tree to find
    find parent for
    // the new node (( we know that temp != null
    l becausewe made it
                   // equals to the root           
    ptemp = temp; // make the temporary parent equal
    ual to the temp
    // ie equal to the root as well for the start of
    f the loop
    // and each time the loop restarts ptemp = new
    w position of temp
              if(this.StId.compareTo(temp.StId)< 0){
                   temp = temp.left; // move to the left
              countL ++ ;
    // System.out .println ("Moving to the left, and this is the move No. : " + countL );
                   // temp = null ; // to getout of the loop
              }else{     
              temp = temp.right;
                   countR++;
    // System.out .println ("Moving to the right, and this is the move No. : " + countR);
    // temp = null ; // to getout of the loop
              }// end if
         }// end of loop
              // here we insert the node into the tree
              if(this.StId.compareTo(ptemp.StId) < 0 ){
                   ptemp.left = this;
                   // countL++;
    //     System.out .println ("The new node will be inserted the left for move No. : " + countL );
              }else{
         //if(this.StId.compareTo(ptemp.StId) < 0 ){
                   ptemp.right = this;
                   //countR++;
    // System.out .println ("The new node will be inserted the right for move No. : "+ countR );
         }// end of nested if
    }// end of method
    // Useful method for debugging
    // print out all nodes in the tree
    // in sorted order, "inorder traversal"
    // Hint: Should take about 10 or 20 lines of code
    // ... if you think you need more then your logic
    // is probably more complicated than it needs to be.
    //////s/s/s/s/s/s/s/s/s/s/s/s/s/s/s/s/s/s/////
         //b/b/b/b/b/b/b/bb/b/b/b/b/b/b/b/b/b/b'/b
    public void InOrderTraverse() {
              // start from the root
         c2temp = root ;
         temp = root ;
    while (temp != null ){
              ptemp = temp ;
    // if( ptemp != null ) {
         while (ptemp != null ){
              temp = ptemp ;
              ptemp = ptemp.left ;
              // then print the information of that child
    System.out.println("\n"+temp.StId); // Write out
    e out the ID field
    System.out.println(temp.StName ); // Student
    udent name
    System.out.println(
    println( "***OOOOO***oooo***OOOO***");
              // here we find the parent for the child
              while(temp != null ){
                   ctemp = temp; // the value of the child     
                   temp = c2temp ; // ie = root
    // in here we look for a node before the last one
    ne
              while (temp.StId .compareTo (ctemp.StId )>0){
                   ptemp = temp ;
                   temp = temp.left ;
              //// KKKKKKKKKKKKKKKKKKKKKKKK ;;;;;     
    /// from here we check if we can start to go right
              if ( ptemp.right != null
    && ptemp.StId .compareTo (ptemp.right.StId
    StId )<=0){     
    System.out.println("\n"+ptemp.StId); // Write out
    ut the ID field
    System.out.println(ptemp.StName ); // Student
    udent name
    System.out.println(
    println( "***OOOOO***oooo***OOOO***");
         ptemp = ptemp.right ;
              c2temp = ptemp ;
              temp = ptemp ;     
              // go to the last child in the left
                   while (ptemp != null && ptemp.left != null ){
              temp = ptemp ;
              ptemp = ptemp.left ;
    System.out.println("\n"+ temp.StId); // Write out
    ut the ID field
    System.out.println( temp.StName ); // Student
    udent name
    System.out.println(
    println( "***OOOOO***oooo***OOOO***");
         ptemp = temp ;
         }else {
                   temp = ptemp ;
    System.out.println("\n"+temp.StId); // Write out
    ut the ID field
    System.out.println(temp.StName ); // Student
    udent name
    System.out.println(
    println( "***OOOOO***oooo***OOOO***");
    } // end of if
              }// end of here we find the parent for the child
    } // end first loop
         } // end of void trversal method
    ///// MMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMM
    ///// MMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMM
    ///// MMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMM
    ///// MMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMM
    // // in here we search for a student
    public void Search(String id) {
         int val;
         temp = root;
    while (temp != null) { // descend tree to find parent
    for
         if((val = id.compareTo(temp.StId)) == 0) {
    System.out.println("\n"+"Student ID "+id+" is in the tree!");
    System.out.println("\n"+"Student name is : "+temp.StName);
              temp = null; // to get out of loop
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              temp = temp.left;
    else temp = temp.right; // else it must be
    t be greater
    ///pppppppppppppppppppp rrrrrrrrr iiiiiiiiiii nnnnnnnnn ttttttttt //
         public void printAll (){
              // start from the root
         temp = root ;
         // loop and check for null
         while ( temp != null ){
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              if( temp.left == null && temp.right == null ){
                   // then print the information of that parent
    System.out.println("\n"+temp.StId); // Write out
    out the ID field
    System.out.println(temp.StName ); // Student
    dent name
    System.out.println("\n"+"************");
              // move to the left
              temp = temp.left ;
                   }else { // if any of the children exist then
                   // check the left
                   if (temp.right != null ){
                        temp =temp.right ;
                   }else{
                        if(temp.left != null ){
                             temp = temp.left ;
                   }// end of if
              }// end of if
         }// end of if
         } // end of loop
         } // end of void method
    // protected void intrav(pTwoChildNode p){
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    // return;
    // intrav(p.getLeft());
    // System.out.print(p.getData()+" ");
    // intrav(p.getRight());
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    & standBy.right != null ){
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                        temp = standBy ;
                        temp .StId = standBy .left.StId ;
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                        standBy .left.StId = standBy.StId ;
                        standBy.left.StName = standBy.StName ;
                        standBy .left .StId = temp.StId ;
                        standBy .left .StName = temp.StName ;
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    System.out.println("\n"+standBy.StId); // Write out the ID field
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         try {
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    Dear Jitesh,
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    Thanks, Judy
    Judy Washington

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    I want to compare the variances of production order type wise.
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    Hi Sachin,
    You have to maintain summarization hierarchies to achieve this.
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    3. Run the report KKBC_HOE
    Regards,
    Mukthar  

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