Skip to main content

Sitemap

 <script type='text/javascript'>


var postTitle = new Array();

var postUrl = new Array();

var postPublished = new Array();

var postDate = new Array();

var postLabels = new Array();

var postRecent = new Array();

var sortBy = "titleasc";

var numberfeed = 0;


function bloggersitemap(a) {

    function b() {

        if ("entry" in a.feed) {

            var d = a.feed.entry.length;

            numberfeed = d;

            ii = 0;

            for (var h = 0; h < d; h++) {

                var n = a.feed.entry[h];

                var e = n.title.$t;

                var m = n.published.$t.substring(0, 10);

                var j;

                for (var g = 0; g < n.link.length; g++) {

                    if (n.link[g].rel == "alternate") {

                        j = n.link[g].href;

                        break

                    }

                }

                var o = "";

                for (var g = 0; g < n.link.length; g++) {

                    if (n.link[g].rel == "enclosure") {

                        o = n.link[g].href;

                        break

                    }

                }

                var c = "";

                if ("category" in n) {

                    for (var g = 0; g < n.category.length; g++) {

                        c = n.category[g].term;

                        var f = c.lastIndexOf(";");

                        if (f != -1) {

                            c = c.substring(0, f)

                        }

                        postLabels[ii] = c;

                        postTitle[ii] = e;

                        postDate[ii] = m;

                        postUrl[ii] = j;

                        postPublished[ii] = o;

                        if (h < 10) {

                            postRecent[ii] = true

                        } else {

                            postRecent[ii] = false

                        }

                        ii = ii + 1

                    }

                }

            }

        }

    }

    b();

    sortBy = "titledesc";

    sortPosts(sortBy);

    sortlabel();

    displayToc();

}


function sortPosts(d) {

    function c(e, g) {

        var f = postTitle[e];

        postTitle[e] = postTitle[g];

        postTitle[g] = f;

        var f = postDate[e];

        postDate[e] = postDate[g];

        postDate[g] = f;

        var f = postUrl[e];

        postUrl[e] = postUrl[g];

        postUrl[g] = f;

        var f = postLabels[e];

        postLabels[e] = postLabels[g];

        postLabels[g] = f;

        var f = postPublished[e];

        postPublished[e] = postPublished[g];

        postPublished[g] = f;

        var f = postRecent[e];

        postRecent[e] = postRecent[g];

        postRecent[g] = f

    }

    for (var b = 0; b < postTitle.length - 1; b++) {

        for (var a = b + 1; a < postTitle.length; a++) {

            if (d == "titleasc") {

                if (postTitle[b] > postTitle[a]) {

                    c(b, a)

                }

            }

            if (d == "titledesc") {

                if (postTitle[b] < postTitle[a]) {

                    c(b, a)

                }

            }

            if (d == "dateoldest") {

                if (postDate[b] > postDate[a]) {

                    c(b, a)

                }

            }

            if (d == "datenewest") {

                if (postDate[b] < postDate[a]) {

                    c(b, a)

                }

            }

            if (d == "orderlabel") {

                if (postLabels[b] > postLabels[a]) {

                    c(b, a)

                }

            }

        }

    }

}


function sortlabel() {

    sortBy = "orderlabel";

    sortPosts(sortBy);

    var a = 0;

    var b = 0;

    while (b < postTitle.length) {

        temp1 = postLabels[b];

        firsti = a;

        do {

            a = a + 1

        } while (postLabels[a] == temp1);

        b = a;

        sortPosts2(firsti, a);

        if (b > postTitle.length) {

            break

        }

    }

}


function sortPosts2(d, c) {

    function e(f, h) {

        var g = postTitle[f];

        postTitle[f] = postTitle[h];

        postTitle[h] = g;

        var g = postDate[f];

        postDate[f] = postDate[h];

        postDate[h] = g;

        var g = postUrl[f];

        postUrl[f] = postUrl[h];

        postUrl[h] = g;

        var g = postLabels[f];

        postLabels[f] = postLabels[h];

        postLabels[h] = g;

        var g = postPublished[f];

        postPublished[f] = postPublished[h];

        postPublished[h] = g;

        var g = postRecent[f];

        postRecent[f] = postRecent[h];

        postRecent[h] = g

    }

    for (var b = d; b < c - 1; b++) {

        for (var a = b + 1; a < c; a++) {

            if (postTitle[b] > postTitle[a]) {

                e(b, a)

            }

        }

    }

}




function displayToc() {

    var a = 0;

    var b = 0;

    while (b < postTitle.length) {

        temp1 = postLabels[b];

        document.write("");

        document.write('<div class="post-archive"><h4>' + temp1 + '</h4><div class="ct-columns">');

        firsti = a;

        do {

            document.write("<p>");

            document.write('<a " href="' + postUrl[a] + '">' + postTitle[a] + "");

            if (postRecent[a] == true) {

                document.write(' - <strong><span>New!</span></strong>')

            }

            document.write("</a></p>");

            a = a + 1

        } while (postLabels[a] == temp1);

        b = a;

        document.write("</div></div>");

        sortPosts2(firsti, a);

        if (b > postTitle.length) {

            break

        }

    }

}


</script>


<script src="https://programmingpoint2.blogspot.com/feeds/posts/summary?alt=json-in-script&max-results=9999&callback=bloggersitemap" type="text/javascript"></script>

Comments

Post a Comment

Popular posts from this blog

Data Types in Java

  Data Types in Java  Data type:    Data type indicates the different sizes and various values that can be stored in the variable.  Types of data types in Java  1.Primitive data types  2.Non-primitive data types    Java Primitive Data Types  There are 8 types of primitive data types are as follows:  ★ boolean data type  ★ byte data type  ★ short data type  ★ char data type  ★ int data type  ★ long data type  ★ float data type  ★ double data type    Java Non-Primitive Data Types  Non primitive data types are:  ★Struct  ★Array  ★Class Program example to understand the datatypes in java   class Datatype {  public static void main(String[] args) {  int a=23;  float b=34.5f;  long c=90l;  byte d=78;  double e=78.8;  char f='A';  short x=56;  System.out.println("Primitive Data Types:");  System.out.println("The value of ...
1 comment
Read more

Java Nested For Loop

  A for loop with another for loop is called nested for loop. Syntax: for(initialization;condition;increment/decrement){ for(initialization;condition;increment/decrement;){ }//inner for loop }//outer for loop  Example: public class nestedForloop{   public static void main(String[] args) {                         for ( int y= 1 ;y<= 3 ;y++){   for ( int x= 1 ;x<= 5 ;x++){    System.out.println(y+ " " +x);   }//inner loop  } //outer loop  System.out.print(“Nested For loop”); }  Pyramid *  * *  * * *  * * * *  * * * * * public class Pyramid { public static void main(String[] args) { for(int i=1;i<=5;i++){ for(int j=1;j<=i;j++){ System.out.print("* "); } System.out.println() } } } * * * * * *  * * * * *  * * * *  * * *  * *...
Post a Comment
Read more

Intorducation of data sturcture

Let’s start to introduction of data structure Data is an integral part of an application or program .It defines a program ,so program is nothing ,Set of instructions to perform on data to get some output.Then without data there are no instructions enough . no use of instructions , The term of data we use many palace like  Data sturcture  DataBases  Data Warehouse  Big Data  Let's start by introducing the data structure. Data Structure Data structure is the arrangement and collocation of data items . so that can be utilized and perform operations on data efficiently.Its all about arrangement and  efficient operation on data. That question is where inside the main memory during execution of the program.   So,without data structure there is no application.  Every Application will have a set of instructions to perform on data.So that data is mondetry ,where it will capture the data inside main memory. So, during the program execution how will the...
Post a Comment
Read more