Embedded System Training

Embedded System training is offered by Datacom IT Institute. Whether you are new to the computer industry or are looking to improve your skills and be an IT expert we have the right course for you. Well-qualified, experienced certified instructors train the participants with easy-to-use step by step training material in the most optimized period of time.

Syllabus:

• Fundamentals of C
• > Datatypes and Constants
• > Simple & Formatted I/O
• > Memory Usage
• > Operators & Expressions
• > Flow Control
• > Loops
• Functions
• > Role of Functions
• > Pass by value / reference
• > Returning values from Functions
• > Recursive Functions
• > Call Back Functions
• > Implications on Stack
• > Library Vs User defined function
• > Passing variable number of arguments
• Arrays
• > Defining, initializing and using arrays
• > Multi Dimensional Arrays
• > Arrays of Characters and Strings
• > Arrays and Pointers
• > Passing arrays to functions
• > String handling with and without library functions
• Storage Classes
• > Scope and Life
• > Automatic, Static, External, Register
• > Memory(CPU / RAM)
• Structures & Unions
• > What structures are for
• > Declaration, initialization
• > Accessing like objects
• > Nested Structures
• > Array of Structures
• > Passing structures through functions
• > Allocation of memory and holes
• > Structure Comparison
• > Structure bit operation
• > Typedef for portability
• > Unions
• > Overlapping members
• Enumerated data types
• > Enum, Indexing, enum Vs #define
• Bit Operations
• > AND ( & ), OR ( | ), XOR ( ^ )
• > Compliment ( ~ )
• > Left-Shift ( << ), Right Shift ( >> )
• > Masking, Setting, Clearing and Testing of Bit / Bits
• Pointers
• > The purpose of pointers
• > Defining pointers
• > The & and * operators
• > Pointer Assignment
• > Pointer Arithmetic
• > Multiple indirections
• > Advanced pointer types
• > Generic and Null Pointer
• > Function Pointers
• > Pointers to Arrays and Strings
• > Array of Pointers
• > Pointers to Structure and Union
• > Pointers to Dynamic memory
• > Far, Near and Huge Pointers
• > Pointer Type Casting
• Dynamic Memory Allocation
• > Malloc(), Calloc(), Realloc(), Free()
• > Farmalloc(), Farcalloc()
• File Handling Concepts
• > Concept of a FILE data type
• > Inode, FILE structure
• > File pointer
• > Character handling routines
• > Formatted Data Routines
• > Raw data Routines
• > Random Access to FILE
• Command line Arguments
• > Argc, argv
• > Variable Inputs to the main
• Compiler in Practical
• > Preprocessor Directives
• > Compiler, Assembler, Linker
• > Conditional Compilation
• > Multiple File Compilation
• > Code Optimization techniques
• > Volatile, #pragma
• Data Structures
• > Linear & non-linear
• > Homogeneous & non-homogeneous
• > Static & Dynamic
• > Single, Double & Circular Linked Lists
• > Stacks & Queues
• > Binary Trees
• Sorting and Searching Techniques
• > Insertion, Selection, Bubble, Merge, Quick, Heap
• Concepts and Real-time Exposure
• > Development Tools and Environment
• > Make Utility
• > MISRA Coding Standards
• > Object / Executable File Format
• > Debugger
• Mini Project 1
• Linux Internals
• Introduction
• > Kernel Architecture
• > Application
• > Shell and Services
• > System Calls
• > Error Handling
• Library
• > Linker and Loader
• > Static Dynamic Library
• Process Management
• > Process Control Block
• > Process Creation and Exit
• > Process Scheduling Policies
• > Process Limits
• > Process Priorities
• > Foreground & Background Processes
• > Race Condition
• > Synchronization
• > Copy-on-write
• > Process time values
• > Daemon Process
• Interrupts
• > Process Interrupt
• > Raise of Signal
• > Catching signal
• > Signal action
• File Management
• > Files and File Attributes
• > File Descriptor
• > File I/O
• > Duplicating File & File Descriptor
• > File Control operations
• > File types
• > Protection
• > Inode
• Inter Process Communication & Synchronization
• > Pipe
• > Fifo
• > Message Queue
• > Shared Memory
• > Client – Server properties
• > Semaphore
• Threads
• > Creation
• > Termination
• > Synchronization
• > Attributes
• Memory Management
• > Paging
• > Reentrancy
• > Segmentation
• > Virtual Memory
• > Memory Protection
• > Memory Sharing
• Shell Script
• > Types of Shell
• > Shell Variables
• > Control Statements
• > Looping
• > Command Line Arguments
• Mini Project 2
• Networking and TCP/IP Applications
• > Network Structure
• > Classifications and Topologies
• > Switching and Routing
• > Gateway, repeater, Hub, Bridge
• > OSI & TCP/IP Protocol Layers
• > Physical & Logical Addresses
• > ARP & RARP
• > nternet Protocol
• > Routing Protocol and IP Datagrams
• > Error and Control Messages (ICMP) UDP
• > Transfer Control Protocol
• > TCP Networking Applications
• > (FTP, TFTP,TELNET,DNS,DHCP,SNTP,POP3,IMAP,SNMP)
• Socket Programming
• > Overview
• > Concurrent Processing
• > Programming Interface
• > Socket Interface
• > Client / Server Design
• > Concurrent Connection-Oriented Servers
• > Socket Calls for TCP and UDP
• > Single Process
• > Concurrent Servers
• > Remote Procedure Call
• > Implementation of TFTP / SMTP
• And much more.