Cloud Computing

Cloud Computing

Unit - I

• Introduction to Cloud Computing
• Migrating into a Cloud
•  Enriching the ‘Integration as a Service’ Paradigmfor the Cloud Era
• THE ENTERPRISE CLOUD

Unit - II

• Virtual Machine Provisioning and Migration Services
• ON THE MANAGEMENT OF VIRTUAL MACHINES FOR CLOUD INFRASTRUCTURES
• ENHANCING CLOUD COMPUTING USING CLUSTER AS A SERVICE

Unit - III

• ANEKA—INTEGRATION OF PRIVATE n PUBLIC CLOUDS
• COMETCLOUD_ AN AUTONOMIC CLOUD ENGINE
• T-SYSTEMS’ CLOUD-BASED SOLUTIONS FOR BUSINESS APPLICATIONS
• T-Systems ( courtesy Majid Hajibaba)
• T-Systems ( by others)

UNIT – IV (Software as a Service(SaaS))

•  Workflow Engine for Clouds, 
• Understanding Scientific Applications for CloudEnvironments, 
• The MapReduce Programming Model and Implementations 

UNIT - V (Monitoring and Management, Applications)

• An Architecture for Federated CloudComputing, 
• SLA Management in Cloud Computing: A Service Provider’s Perspective, 
• Performance Prediction for HPC on Clouds, 
• Architecting Applications for the AmazonCloud. 

Software Engineering

• Unit - I
• pdf -  courtesy Mc Graw Hill Higher Education
• Unit - II
• Process Models 
• Software Engineering Practice
• Unit - III
• Requirements Engineering 
• Building Analysis Model 
• Unit - IV
• Design Engineering
• Creating Architectural Design
• Unit - V
• Testing Strategies
• Testing Tactics
• PPT on S/w testing fundamentals,basis path testing,Control Structure Testing
• Black Box Testing -pdf - courtesy Mc Graw Hill Higher Education

S290 - LINUX PROGRAMMING

S290 - LINUX PROGRAMMING

UNIT - I

• Introduction to Linux Operating System

• Architecture of Linux Operating System

• Features of Linux Operating System

Linux Utilities

• File Handling Utilities
• Security by File Permissions (courtesy:Tutorials Point )
• Process Utilities (courtesy: guru99 )
• Disk Utilities
• Network Commands
• Text Processing Utilities
• Grep Command
• grep examples
• Backup Utilities
• Pipes & Filters 

UNIT - II

1_Shell responsibilities

2_1_Shell Redirection

2_2_Pipes

3_HereDocuments

4_Running a shell Script

5_Shell as Programming Language

6_Shell meta characters

7_File name substitution

8_Shell Variables
       Shell Script Variables
       Shell Variables and Environment Variables
9 Command Substitution
10 shell Commands
11 12  Quoting and Environment Variables List
13  Test Command
17 Interrupt Processing (courtesy:Tutorials Point )
18 Functions
19 Debugging Shell Scripts

UNIT - III

1. File Concept
2. File System Structure
3. Inode
4. File Attributes
5. File types
6. Library Functions,Standard IO, Formatted IO and Stream Errors
10 kernel support for Files
11 System Calls
12 File Descriptors
13 Low level File access using System calls
14 File and Record Locking
15 File and Directory management
UNIT - IV
1.sed ppt
2.awk ppt
3. Built-in Functions ( courtesy : Tutorialspoint )
      Arithmetic Functions
      String Functions
      Time Functions
      Bit-Manipulation Functions
      Miscellaneous Functions
4.awk - Using System commands in awk
5. Socket Programming Theory
6. Connection Oriented programs

UNIT - V

1.Process Creation and Termination in Ubuntu
        Process Concept and process creation
        process structure_1
        process structure_2
        Process State_1
        Process state list in linux
        process state list in linux and PCB
        Process termination_1
        Process termination_2
    Note :-  Process Creation and Termination from wrox - our second textbook
2. Scheduling Algorithms in Ubuntu
3. Page replacement algorithms in linux ( technical paper - courtesy -www.ijera.com) 
4. InterProcess Communication 
5. MultiThreading in Ubuntu 
6. Ubuntu File System ( courtesy - Bhagyesh.S.Patel - SSBT's COET,Jalgoan)

Web Technologies ( Lecture NOtes )

Web Technologies

Web Technologies notes from net

HTML

• html tags chart
• Lists, Table, Links & Images
• Image for ImageMap
• Html Form Tags 

Cascading Style Sheets

• CSS from Tutorialspoint 
  Reference Card for CSS

JavaScript

• Reference card
• Quick Reference

XML

• xml good material from net(for introduction DTD and XSL .. presenting xml)
• Example Programs for presenting XML using css and XSL
• Xml file
• CSS File
• XSL File
• Output
• viewing xml by using html
• cd_catalog.xml
• xml_html.html
• XML Schema
• Using XML Parsers : DOM and SAX
• DOM and SAX Theory in docx
• Technical paper on XML parsers
• Information about DOM & SAX parsers by Chungbing Liu with code
• Information about DOM & SAX parsers by Omar Rabi
• Example - DOM

JAVA BEANS

• java beans notes
• Design Patterns for Events in Java Beans
• Java Beans API
• EJB
• BDK Software
• Steps to create simpleBean using BDK 

SERVLETS

• Introduction to Servlet
• ServletConfig and ServletContext
• HttpServletRequest & Response
• RequestDispatcher
• example
• Login.htmlLogin.html
• FirstPageServlet.java
• AuthenticateServlet
• web.xml
• Creating First Servlet using Eclipse IDE
• Managing Servlet Session
• Servlet Security Issues - ppt by Dr.Yang 

JSP - click here for jsp textbook(chapters 6,7&8)

• Introduction to jsp
• components of jsp
• implicit objects
• conditional Processing
• Example:- Multiplication Table
• Displaying values
• Using Expression to set an attribute
• Declaring variables and methods
• Error Handling and Debugging

JDBC

• JDBC & STRUTS
• Drivers Picture
• A Brief Introduction
• Example 1 - Drivers Info
• Example 2- MetaData about Database
• Example 3 - Statement - Static Query
• Sql Example Queries
• Example 4- Insert Query
• Example 5 - Delete Query
• Example 6 - Stored Procedure

Lecture Notes on Java

Lecture Notes on Java

• Inheritance Thoeritical Concepts
• Doc1
• Doc2
• Doc3
• Wrapper classes - click here
• MutiThreading Concept - click here
• Packages - click here
• Applets - click here
• Program to read file into Applet
• Mouse Events Program
• Adapter Classes & Inner Classes
• Graphics class 
• Dialog Boxes
• Menubars and Menus
• Layout Managers
• AWT Controls
• Calculator Program  
• Program to allow user to draw line,oval and rectangle
• Event Handling in Java  
• Introduction to Swing
• Swings PPT 

LFU Program

LFU Program

#include<stdio.h>
struct page
   {
      int pno;
      int counter;
    }pages[10];
void print(int a[],int n)
    {
     int i;
     for(i=0;i<n;i++)
  {
    printf(" %d ",a[i]);
   }
      printf("\n");
     }
int search(int e,int a[],int n)
    {
    int i;
      for(i=0;i<n;i++)
{
    if(e==a[i])
  {
return 1;
   }
}
    return 0;
    }
void initialize()
  {
   int i=0;
   for(i=0;i<10;i++)
       {
  pages[i].counter=0;
       }
  }
void main()
  {
    int prs[30],prss,nf,i,j,pno,mm[10]={-1,-1,-1,-1,-1,-1,-1,-1,-1,-1};
    int min_t=999,min_p,pf=0;
    clrscr();
printf("Enter MM size(no. of frames):");
scanf("%d",&nf);
printf("enter page ref. string size:");
scanf("%d",&prss);
printf("enter page ref string:");
for(i=0;i<prss;i++)
   {
scanf("%d",&prs[i]);
   }
initialize();//making all page counter=0
//LFU algo.
for(i=0;i<prss;i++)
    {
    pno=prs[i];
    pages[pno].counter++;//increment counter for referenced page
min_t=999;
if(search(prs[i],mm,nf)==0)//when referred page is not in mm
 {
for(j=0;j<nf;j++)//to get least counter page in MM
  {
   pno=mm[j];
    if(pages[pno].counter<min_t)
{
min_t=pages[pno].counter;
min_p=j;
}
   }
mm[min_p]=prs[i];
printf("--Page Fault--");
pf++;
}
print(mm,nf);
     }
    printf("\nNo. of Page Faults:%d",pf);
    getch();
   }

Output:

LRU Program

                                      LRU Program

#include<stdio.h>
struct page
   {
      int pno;
      int at;  
    }pages[10];
void print(int a[],int n)
    {
     int i;
     for(i=0;i<n;i++)
           {
             printf(" %d ",a[i]);
            }
      printf("\n");
     }
int search(int e,int a[],int n)
    {
    int i;
      for(i=0;i<n;i++)
        {
    if(e==a[i])
           {
        return 1;
            }
         }
    return 0;
    }
void main()
  {
    int prs[30],prss,nf,i,j,pno,mm[10]={-1,-1,-1,-1,-1,-1,-1,-1,-1,-1};
    int counter=0,min_t=999,min_p,pf=0;
        printf("Enter MM size(no. of frames):");
        scanf("%d",&nf);
        printf("enter page ref. string size:");
        scanf("%d",&prss);
        printf("enter page ref string:");
        for(i=0;i<prss;i++)
            {
        scanf("%d",&prs[i]);
            }
         //LRU algo.
         for(i=0;i<prss;i++)
             {
        counter++;//logical clock ticks for every page ref.
        pno=prs[i];
                pages[pno].at=counter;//storing time of page ref.
        min_t=999;
                if(search(prs[i],mm,nf)==0)
                  {
                for(j=0;j<nf;j++)
                   {
                    pno=mm[j];
                     if(pages[pno].at<min_t)
                        {
                min_t=pages[pno].at;
                min_p=j;
                         }
                    }
                mm[min_p]=prs[i];
                printf("--Page Fault--");
                pf++;
                 }
                print(mm,nf);
   
              }
    printf("\nNo. of Page Faults:%d",pf);  
   }

OutPut:-

 

 Enter MM size(no. of frames):3
enter page ref. string size:20
enter page ref string:7 0 1 2 0 3 0 4 2 3 0 3 2 1 2 0 1 7 0 1
--Page Fault-- 7  -1  -1
--Page Fault-- 7  0  -1
--Page Fault-- 7  0  1
--Page Fault-- 2  0  1
 2  0  1
--Page Fault-- 2  0  3
 2  0  3
--Page Fault-- 4  0  3
--Page Fault-- 4  0  2
--Page Fault-- 4  3  2
--Page Fault-- 0  3  2
 0  3  2
 0  3  2
--Page Fault-- 1  3  2
 1  3  2
--Page Fault-- 1  0  2
 1  0  2
--Page Fault-- 1  0  7
 1  0  7
 1  0  7

No. of Page Faults:12