SUCCESS MANTRA TRAINING

PROGRAMMING & PROBLEM SOLVING

Introduction

• Declaration & Initialization
• Floating Point Issues, Control Instructions,
• Structure, Union Enum, Functions,
• C Pre Processors, Pointers, Arrays, Strings,
• Expressions, Input/Output, Extern,
• Bitwise Operators, Typedef, Const, Static,
• Memory Allocation, Command Line Augments
• Variable No. of Arguments, Complicated Declarations
• C PROGRAMMING
• Introduction, main() function
• if statement, if and else
• if, else if and else, switch statments

Loops

• while loop
• do-while loop
• for loop
• break
• continue

Strings

• String Basics
• Program to find the Length of the String using builtin function
• Program to find the length of the String with out using built in function
• Program to find the length of the String using while loop
• Program to find the length of the String using do-while loop
• Program to find the length of the String using for loop
• Program to copy one String into another string
• Program to reverse a String using global variables
• Program to reverse a String using local variables
• Program to compare two String without using builtin functions
• Program to check whether string is palindrome or not
• Program to concatenate two strings
• Program to convert a string from lower case to upper case
• Program to print the ASCII equivalent of alphabets in a string
• Program to count the number of Vowels,Consonants and special symbols in a string
• Program to replace a Vowel with a special symbol

Pointers

• Pointer basics, Reading different types of pointer
• Pointer creation, Pointer usage, Pointer to Strings
• Program to copy one string to another using pointer
• Parameter Passing Techniques in C
• Pass by value, Pass by reference
• Memory allocation techniques
• Static memory allocation
• Dynamic memory allocation

TECHNICAL APTITUDE

DATA STRUCTURES

INTRODUCTION

• Array Basics, Stack Basics
• Difference between Arrays and Stacks
• Program to Push,Pop and Display operation on Stacks
• Queue basics
• Program to Insert an element at rear of Queue
• Program to Delete an element at the beginning of Queue
• Program to display elements in Queue
• Circular Queue
• Program to Insert an element in a circular queue
• Program to delete an element in a circular queue
• Program to display elements in a circular queue
• Program to insert, delete and display elements in a circular queue using pointers
• Structures
• Double Ended Queue
• Polish Notation

Singly Linked Lists

• Singly LinkedLists
• Basics of singly LinkedList
• Program to insert an element at front in singly linked list
• Program to insert an element at rear in singly linked list
• Program to delete an element from front in singly linked list
• Program to delete an element from rear in singly linked list
• Program to display elements in a singly linked list
• Program to insert an element at use is specific position
• Program to delete an element from user's specific position
• Sort linked list
• Reverse link list

Doubly Linked Lists

• Basics of Doubly LinkedList
• Program to insert an element at front in doubly linked list
• Program to insert an element at rear in doubly linked list
• Program to delete an element from front in doubly linked list
• Program to delete an element from rear in doubly linked list
• Program to display elements in a doubly linked list
• Program to insert an element at use is specific position
• Program to delete an element from user's specific position

Circular Linked Lists

• Circular Linked Lists, Basics of Circular LinkedList
• Program to insert an element at front in Circular linked list
• Program to insert an element at rear in Circular linked list
• Program to delete an element from front in Circular linked list
• Program to delete an element from rear in Circular linked list
• Program to display elements in a Circular linked list
• Program to insert an element at use is specific position
• Program to delete an element from user's specific position

Stacks and queues

• Program to concatenate two linked lists
• Program to count the number of nodes in the linked list
• Program to add the data nodes of in the linked list
• Program to reverse a linked list
• Program to search an element in a linked list
• Program to delete a node in the linked list
• Program to insert an element towards the left of data node in linked list
• Program to insert an element towards the right of data node in linked list
• Program to find minimum element in the linked list
• Program to find maximum element in the linked list
• Program to count the number of even and odd number of elements in a linked list

Static and Dynamic memory Location

• Program to compare two linked lists
• Program to delete duplicate element in a linked list

Tree Basics

• Pre order traversal, Post order traversal, In order traversal
• Program to create a Binary Search Tree
• Program to find a minimum element in a Binary Search Tree
• Program to find a maximum element in a Binary Search Tree
• Binary Search Tree
• Threaded Binary Search Tree
• Heep Tree

SQL

Introduction to SQL

• Categorize the different types of SQL statements
• Software Installation
• Database Creation
• Log on to the database.

Retrieve Data using the SQL SELECT Statement

• Select Table Data With All Columns
• Select Table Data With Specific Columns
• Use Arithmetic Operators
• Use Concatenation Operators
• Use Column Alias
• DESCRIBE command to display the table structure
• Use of Distinct

Learn to Restrict and Sort Data

• Use WHERE clause to limit the output retrieved
• Between , In() , Is Null and Like
• ORDER BY clause to sort Data

Use of DDL Statements to Create and Manage Tables

• Create a simple table
• Alter and Truncate Table
• Drop Table and Concept of Recyclebin

Data Manipulation Statements

• Describe each DML statement
• Insert rows into a table
• Change rows in a table by the UPDATE statement
• Delete rows from a table with the DELETE statement
• Save and discard changes with the COMMIT and ROLLBACK statements

Constraints

• Stop Entry of Invalid Data Through CONSTRAINTS
• Add Primary Key , Foreign Key
• Not Null , Unique and Check Constraints

Usage of Functions to Customize Output

• Differences between single row and multiple row functions
• Manipulate strings with character function in the SELECT and WHERE clauses
• Manipulate numbers with the ROUND, TRUNC, and MOD functions
• Manipulate dates with the DATE functions
• ROWNUM and ROWID

Invoke Conversion Functions and Conditional Expressions

• Describe implicit and explicit data type conversion
• Use the TO_CHAR, TO_NUMBER, and TO_DATE conversion functions
• Nest multiple functions
• Use of Case Expression

Aggregate Data Using the Group Function

• Use the aggregation functions to produce meaningful reports
• Divide the retrieved data in groups by using the GROUP BY clause
• Exclude groups of data by using the HAVING clause

Display Data From Multiple Tables Using Joins

• Write SELECT statements to access data from more than one table
• View data that does not meet join condition by using outer joins
• Join a table to itself by using a self-join

Use Sub-queries to Solve Queries

• Describe the types of problem that sub-queries can solve
• Define sub-queries
• Write single-row and multiple-row sub-queries
• Use of Exists

Other Schema Objects

• Create a View
• Retrieve data from views
• Create, maintain, and use sequences
• Create and maintain indexes
• Create synonyms

Control User Access

• Create Users
• System Privileges & Object Privileges
• Granting Privileges
• Manage Privileges Through Role
• Revoke Object Privileges

REASONING & QUANTITATIVE APTITUDE

Quantitative Ability Test

• Basic Mathematics
• Divisibility
• HCF and LCM
• Numbers, decimal fractions and power

Applied Mathematics

• Profit and Loss
• Simple and Compound Interest
• Time, Speed and Distance
• Inverse

Engineering Mathematics

• Logarithms
• Permutation and Combinations
• Probability

Logical Ability Test

• Deductive Reasoning
• Coding deductive logic
• Data Sufficiency, Directional Sense,Logical Word Sequence
• Objective Reasoning
• Selection decision tables
• Puzzles

Inductive reasoning

• Coding pattern and Number series pattern recognition
• Analogy and Classification pattern recognition

Abductive Reasoning

• Logical word sequence
• Data sufficiency

SOFT SKILLS

• Group discussion
• Resume Writing
• HR Interview
• Vocabulary
• Synonyms
• Antonyms
• Contextual Vocabulary
• Grammar
• Error Identification
• Sentence Improvement and Construction
• Comprehension
• Reading Comprehension