Search Engine Spider Simulator

By -

Search Engine Spider Simulator

This tool Simulates a Search Engine by displaying the contents of a webpage exactly how a Search Engine would see it. It also displays the hyperlinks that will be followed (crawled) by a Search Engine when it visits the particular webpage. 
It will help you in understanding how much of your website is visible to the Search engines


Search Engine Spider Simulator

Enter URL to Spider

Comments

Post a Comment

Popular posts from this blog

Assembly Program Code For Brick Breaker Game

By -
;-------------------------------------------------------; ;-------------------------------------------------------; ;-------------------------------------------------------; ;-------------------------------------------------------; ;-------------------------------------------------------;  .MODEL SMALL .STACK 100H .DATA                    BAR_OLD_COLSTRT   DW 50      BAR_OLD_COLEND    DW 80      MOV_TO            DW 0      BAR_ROW1          DW 181      BAR_ROW3          DW 184      BAR_NEW_COLSTRT   DW 50      BAR_NEW_COLEND    DW 80           FLAG_ML           DW 0      FLAG_MR           DW 0    ;-------------------------------------------- ;----------- VARIABLES FOR BALLS ------------ ;-------------------------------------------- ;-------------------------------------------- ;------------------ BALL1 ------------------- ;--------------------------------------------            BALL1_RSTR        DW 80         ;RSTR = ROW START      BALL1_CSTR        DW 88    
Read more

Polynomial C++ Class

By -
//=============================== //Term.h //===============================  #ifndef TERM_H #define TERM_H #include"Polynomial.h" class Polynomial ;    //forward declaration class  Term {     friend Polynomial; private:        int exp;        float coef; }; #endif //===============================//Polynomial.h //=============================== #ifndef POLYNOMIAL_H #define POLYNOMIAL_H #include"Term.h" #include<iostream> #include<math.h> using namespace std; class  Polynomial:public Term { private:        Term* termArray;        int size; public:         // make appropriate constructors.        Polynomial();     Polynomial(float *coef,int *exp, int size);     //functions other than constructors.     friend istream & operator>>(istream& is , Polynomial& X);     friend ostream & operator<<(ostream& os , /*const*/ Polynomial& X);     Polynomial operator+( /*const */Polynomial
Read more