Introduction to Java Script

Database Connectivity ( NetBean Configuration)

Link: Download Connectivity Documents

Step-1:Configure Database in NetBeans 8.1

Step-2: Right click on database following  window will popup

Step-3:

Step-4:

Step-5:Give your username, password, service ID.

Step-6: Click Test Button to Check The Connectivity: It Connection is successful then message will be displayed in the screen.

Step-7:Select Schema (User Name)

Step-8:Connection String will be generated by NetBean

Step-9: 

JSP- Java Server Page

1. Introduction, Why  JSP is used.
2. JSP Comparative

Inheritance Programs in C++

Ref: Kamthane.


/*C++ program to demonstrate example of private simple inheritance.*/

#include
using namespace std;
class A
{   private:
        int a;
    protected:
        int x;  //can access by the derived class
    public:
        void setVal(int v)
        {  x=v;   }
};
class B:private A
{
    public:
        void printVal(void)
        {
            setVal(10);  //accessing public member function here //protected data member direct access here
            cout << "value of x: " << x << endl;
        }
};
int main()
{
        B objB; //derived class creation
        objB.printVal();
        return 0;
}


/* C++ program to demonstrate example of multilevel inheritance.*/

#include
using namespace std;

//Base Class : class A
class A
{
    private:
        int a;
    public:
        void get_a(int val_a)
        {  a=val_a;  }
       
        void disp_a(void)
        {  cout << "Value of a: " << a << endl;   }
};
class B: public A
{
    private:
        int b;
    public:
        void get_b(int val_a, int val_b)
        {
            get_a(val_a);      //assign value of a by calling function of class A
            b=val_b;
        }
        void disp_b(void)
        {
            //display value of a
            disp_a();
            cout << "Value of b: " << b << endl;
        }
};

//Here class C is derived class and B is Base class

class C: public B
{
    private:
        int c;
    public:
        //assign value of a from here
        void get_c(int val_a, int val_b,int val_c)
        {
            /*** Multilevel Inheritance ***/
            //assign value of a, bby calling function of class B and Class A
            //here Class A is inherited on Class B, and Class B in inherited on Class B
            get_b(val_a,val_b);
            c=val_c;
        }
       
        void disp_c(void)
        {
            disp_b(); //display value of a and b using disp_b()
            cout << "Value of c: " << c << endl;
        }
};

int main()
{
    //create object of final class, which is Class C
    C objC;
    objC.get_c(10,20,30);
    objC.disp_c();
    return 0;
}
---------------------

/* C++ program to demonstrate example of Multiple inheritance.*/
class A
  {
    protected:
        int a;
  }
class B
  {
    protected:
        int b;
  }
class C
  {
    protected:
        int c;
  }
class D
  {
    protected:
        int d;
  }

class E:public A,B,C,D
  {
      int e;
     public:
      void getdata()
        {
          cout<<"\n Enter the values of a,b,c,d,e";
          cin>>a>>b>>c>>d>>e;
        }
      void showdata()
        {
          cout<<"\n Values of a"<

Proejct Table Structures - Setting General Tables

Master  Tables State_Master id Auto Generated code Auto Generated Name User Input ShortName User Input createby Logged in User createdate System Date updateby Logged in User updatedate System Date STATUS User Input

Country_Master
id	Auto Generated
code	Auto Generated
Name	User Input
ShortName	User Input
createby	Logged in User
createdate	System Date
updateby	Logged in User
updatedate	System Date
STATUS	User Input

Type_Master
id	Auto Generated
code	Auto Generated
Name	User Input
createby	Logged in User
createdate	System Date
updateby	Logged in User
updatedate	System Date
STATUS	User Input

SubType_Master
id	Auto Generated
code	Auto Generated
Name	User Input
typeid	Ref - Type_Master
createby	Logged in User
createdate	System Date
updateby	Logged in User
updatedate	System Date
STATUS	User Input

User_Master
id	Auto Generated
code	Auto Generated
F_NAME	User Input
M_NAME	User Input
L_NAME	User Input
USER_NAME
PASSWORD	User Input
TYPEID	Ref - Type_Master
FIRST_LOGIN	Auto Generated
EXPIRYDATE	Auto Generated
PASSUPDATE	Auto Generated
createby	System Date
createdate	Logged in User
updateby	System Date
updatedate	User Input
STATUS	User Input

First_Load (Back End table)
COMPANY_CODE
COMPANY_NAME
SOFTWARE_VERSION
SOFTWARE_NAME
MAINSCREEN_PATH
MOBILE_NO1
MOBILE_NO2
WEBSITE
ADDRESS
TAG_LINE
PHONE_NO
createby
createdate
updateby
updatedate
STATUS	User Input

SETTING_MASTER
ID	Auto Generated
CODE	Auto Generated
FORM_NAME	User Input
FORM_NAME_MENU	User Input
FORM_PATH	User Input
createby	Logged in User
createdate	System Date
updateby	Logged in User
updatedate	System Date
STATUS	User Input

C

  

1.  History of C, Procedure Oriented Programming (POP),

2.  Flowchart, Algorithm

Oracle - SQL - PLSQL - RDBMS

1.  Integrity Constraints

2.  Oracle Attributes,  Database Definition, Entity

3.  Oracle In-Built Function

4.  PL/SQL Programming - 1 , PL/SQL Programming - 2 

5.   Set Operation(Union,Intersect, Minus),  Oracle Exception  ,

6.   Cursor  Introduction , Explicit Cursor, Explicit Cursor Life Cycle , Explicit Cursor Attribute
     ,Implicit Cursor, Cursor Variable,

7.  Group By and Having,  Order By Statement


8. Notes for Installation:  Oracle Installation Guide 11g Database


Web Link
1. Triggers : Definition, Application, Type. 

C Plus Plus

1.  Programming Paradigm, Key Concepts of OOPS , 

     Advantage of OOPS, Main Function Program, 
     Structure of C++ Program,Tokens, 

2.  Function, Types of the Function, Function Overloading, 

3.  Passing Argument

4.   Constructor - Definition, Program

5.  Polymorphism, Types of Polymorphism, Static Binding, 
     Dynamic Binding, Operator Overloading, 
     Unary Operator Overloading, Binary Operator Overloading, 

6.  Pointer

7. One Liner Definition

Java

Handwritten
                                             

1.  Java History, C++ Vs Java, Java Environment, Java Program Structure, Tokens ,    

Difference-MutiThreading Vs Mutltasking, Class Vs Interface, Overloading Vs  Overriding,  Why main is public static void main

2. JVM (Java Virtual Machine), Class,

3. Packages - System/User Defined

 


  PPT created by Student

  1. Operators 
  2. Conditional and Looping Statement
  3. Classes and Objects
  4. Array

कन्सट्रक्टर

1. कन्सट्रक्टर एक फंक्सन है जिसका नाम एवं क्लास का नाम एक होता है।

2. सीप्लसप्लस में   क्लास के मेंमबर वरियेबल को सीधे इनिषियलाईज नही किया जा सकता है। सीप्लसप्लस मेंमबर वरियेबल  कन्सट्रक्टर  के माध्यम से इनिषियलाईज किया जाता है।

3. कन्सट्रक्टर को   रिटर्न टाइप एवं वाईड टाईप नही  डिफाइन होता है।
4. कन्सट्रक्टर स्वतः ही  काल हो जाता है उसे अलसे काल करने की आवष्यकता नहीं होती है।
5. कन्सट्रक्टर को ओवर लोड किया जा सकता है।

6. कन्सट्रक्टर में डिफाल्ट आरगुमेंट हो सकता है।

C++ Console Input/Output Function

/* This file contains program related to console input and output */

#include
#include

// 1. Program shows the application of setf function for left padding
int main()
{
   cout.width(20);
   cout.setf(ios::left,ios::adjustfield);
   cout.fill('*');
   cout<<"IT";
}

//2. Program shows the application of setf function right padding
int main()
{
   cout.width(20);
   cout.setf(ios::right,ios::adjustfield);
   cout.fill('*');
   cout<<"IT";
}

//3. Program shows the application of internal
int main()
{
   cout<<-3 .15="" n="" p="">   cout.width(20);
   cout.setf(ios::internal,ios::adjustfield);
   cout.fill('*');
   cout<<-3 .15="" p="">}

//4.  Program shows the application scientific
int main()
{
   cout<<-3 .15="" n="" p="">   cout.width(20);
   cout.setf(ios::scientific,ios::floatfield);
   cout.fill('*');
   cout<<-3 .15="" p="">}


//5.  Program to print of Hexa Decimal, Octal, Decimal No.
int main()
{
    int x = 65;   
   cout.width(20);
   cout.setf(ios::hex,ios::basefield);
   cout<<"\n Hexa -> "<   cout.setf(ios::oct,ios::basefield);
   cout<<"\n Octal -> "<   cout.setf(ios::dec,ios::basefield);
   cout<<"\n Dec -> "<}