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Embedded C Memory Management

Learn to work with library memory allocation routines.

C is a powerful low-level language that allows you to directly manipulate memory with pointers and get a lot of performance from it. However, C also allows for the programming of higher-level constructs that can make programs more maintainable and concise.

In this course, you will investigate the low-level detail of pointers to data and functions. You will use this knowledge to implement higher-level constructs like abstract types, inheritance, and dynamic binding. You will also consider CPU caches when creating structures to make your programs efficient.

GK# 5220

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Training Exclusives
GSA Eligible

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Who Should Attend?

Programmers who want to program close to the hardware in C

What You'll Learn

Implement pass-by-reference semantics using pointers
Manipulate a structure variable through a pointer
Allocate and release memory on the heap
Write a function that accepts a function as a parameter
Combine structures and functions to create higher-level constructs
Implement inheritance and dynamic binding
Work with reference counting
Consider alignment and caches when defining structures
Make interfaces more clear with const

Course Outline

Access and Manipulate Memory with Pointers
Manage Your Program’s Memory Usage with Heap and Stack-Based Allocations
Create Abstract Data Types Using Opaque Pointers
Change Program Behavior at Runtime with Function Pointers
Write Object-Oriented Code in C
Consider Alignment, Packing, and Caches When Declaring Structures

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Prerequisites

Previous programming experience