Detecting Memory Leaks in C/C++ Applications

Focused View

Umar Lone

6:12:33

108 View

01 - Introduction

001 Process Memory Layout.mp4

05:54

002 Pointers.mp4

02:18

003 Using Visual Studio.mp4

04:54

004 Debugging In Visual Studio.mp4

05:51

005 Byte Ordering.mp4

06:08

006 C Allocation Functions Overview.mp4

03:58

007 C Allocation Functions - malloc, calloc.mp4

04:33

008 C Allocation Functions - realloc.mp4

04:44

02 - Dynamic Memory Allocation in C++

001 C++ Allocation Operators.mp4

06:09

002 How new works - Part I.mp4

02:52

003 How new works - Part II.mp4

07:08

004 Handling new Failure - Exception.mp4

03:17

005 Handling new Failure - Handler.mp4

03:08

006 Handling new Failure - nothrow.mp4

04:58

007 Non-throwing new Example - Part I.mp4

04:07

008 Non-throwing new Example - Part II.mp4

04:55

009 Code.zip

009 Source files for Lecture 15 And 16.html

010 Placement new - I.mp4

03:44

011 Placement new - II.mp4

08:43

012 Placement new - III.mp4

08:39

013 Overloded-New-Delete.txt

013 Placement new - IV.mp4

04:39

014 Placement new - V.mp4

06:14

015 Operator new And delete Functions.mp4

07:24

03 - Memory Management Issues

001 Memory Management Issues.mp4

02:26

002 Uninitialized Pointers - I.mp4

06:14

003 Uninitialized Pointers - II.mp4

06:14

004 Buffer Overflow - Stack.mp4

06:54

005 Buffer Overflow - Heap.mp4

05:52

006 Dangling Pointers - I.mp4

02:21

007 Dangling Pointers - II.mp4

05:54

008 Memory Leaks - I.mp4

06:09

009 Memory Leaks - II.mp4

05:10

04 - Detecting Heap Corruption

001 Code.zip

001 Source Code for String And Heap Checker.html

002 String class - I.mp4

04:16

003 String class - II.mp4

03:43

004 String class - III.mp4

06:35

005 String class - IV.mp4

08:34

006 Detecting Heap Corruption in String Class.mp4

06:32

007 Heap Checker Class - I.mp4

06:13

008 Heap Checker Class - II.mp4

05:15

009 Heap Checker Class - III.mp4

05:07

010 Heap Checker Class - IV.mp4

07:12

011 Heap Checker Class - V.mp4

07:39

05 - Detecting Memory leaks

001 CrtDumpMemoryLeaks() function.mp4

03:41

002 CrtDumpMemoryLeaks() Code Example.mp4

06:19

003 Leak Detection Flags.mp4

03:01

004 Detailed Leak Dump For new.mp4

07:14

005 Assignment.html

005 String.zip

006 Memory Snapshots.mp4

02:30

007 Memory Snapshots - Code Example.mp4

07:42

007 SnapsShots.zip

008 Memory Checkpoint Helper Class.mp4

05:13

009 Issues With Checkpoints (And Resolution).mp4

08:51

010 Snapshots in Visual Studio - I.mp4

06:04

011 Snapshots in Visual Studio - II.mp4

05:49

012 Reports.zip

012 Source files for Reports.html

013 Report Mode And Type.mp4

03:23

014 Report Mode And Type - Code Example.mp4

06:51

015 Report Mode File.mp4

04:04

06 - Custom Leak Detector

001 PtLeakDetector.zip

001 Source Files.html

002 Leak Detection Internals.mp4

04:57

003 Memory Block Header And ptmalloc() Function.mp4

08:58

004 Implementation Of ptfree() Function.mp4

06:46

005 Implementation Of PtDumpLeaks() Function.mp4

09:48

006 Adding C++ Support - I.mp4

08:10

007 Adding C++ Support - Part II.mp4

07:23

008 Compiling on Linux.mp4

06:43

07 - Heap Corruption Support

001 Detecting Heap Corruption - Internal Implementation.mp4

03:31

002 PtCheckMemory() Implementation - I.mp4

04:42

003 PtCheckMemory() Implementation - II.mp4

05:23

004 Alignment And Structure Padding.mp4

05:21

005 Aligning Memory Block Header.mp4

07:32

006 BONUS LECTURE.html

external-links.txt

Description

Apply techniques to detect & isolate memory related errors in Visual Studio

What You'll Learn?

Understand different kinds of problems associated with memory management
Effectively detect & isolate memory problems
Gain confidence in C/C++ memory management

Who is this for?

C/C++ programmers who wish to understand memory management in depth

C/C++ programmers who wish to efficiently debug memory related errors

What You Need to Know?

Fair knowledge of C & C++ is essential for this course

Not recommended for beginners

More details

Description
C++Â is a large and complex language, but it gives programmers complete freedom when it comes to management of dynamic memory. This allows the programmers to allocate memory and manipulate it at runtime. That is why C++Â is still a favorite language for high performance applications in various domains such as gaming, telecom, finance, aerospace, etc.
However, it requires programmers to take great care while using dynamic memory, such as releasing acquired memory, taking care not to overstep memory boundary, etc. Otherwise, it could lead to problems such as dangling pointers, memory corruption, memory leaks, etc.
This course will help you overcome all these problem by leveraging the excellent features that Visual Studio provides. It has a rich set of functions provided by the C/C++Â runtime heap library. These functions can help detect memory leaks, overflows, etc. You'll learn how to use these functions effectively and make your programs bug-free.
In this course, you'll start with the basics of heap memory management and understand C &Â C++ allocation functions/operators in depth. You'll also learn how to effectively use them to avoid memory problems. Afterwards, you'll learn about the Visual Studio heap library functions and understand how to use them in your code.
By the end of this course, you'll have a deep understanding of dynamic memory management. You'll be able to use CRTÂ heap functions effectively to detect & isolate memory problems. You'll also implement the Visual Studio functions so that they can be used with any C++Â compiler.
Note:This course requires Visual Studio 2017 or a higher version.
Who this course is for:
C/C++ programmers who wish to understand memory management in depth
C/C++ programmers who wish to efficiently debug memory related errors

User Reviews

Rating

average 0

Total votes0

Focused display

Civil engineer who found his calling in software development. Never worked as a Civil engineer, jumped at the first chance and started teaching C++ & Visual C++ 20 years ago. Currently, trains software professionals in various software companies in different technologies, such as Modern C++, Advanced C++, STL, Design Patterns, Android, Unity, Linux, etc. Very passionate about teaching and has trained more than 20,000 software professionals in a teaching career spanning more than 17 years. An avid gamer, currently trying his hand with game development in Unity & Unreal. Has a few Android applications to his credit, including one on Design Patterns.Only thing he likes more than C++ is Modern C++.

Udemy

View courses Udemy

Students take courses primarily to improve job-related skills.Some courses generate credit toward technical certification. Udemy has made a special effort to attract corporate trainers seeking to create coursework for employees of their company.