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Welcome to the Cow Corporation's series of videos about software engineering. The topic of this video is the C++ programming language. Prerequisite Knowledge: Table of Contents ( • Table of Contents ) Desktop Apps ( • Desktop Apps ) Previous Video in this Series: Desktop Apps ( • Desktop Apps ) List of Topics about Desktop Apps→C++: D→C→Preprocessing D→C→P→Macros ( • C++: Macros ) D→C→P→Tokenization ( • C++: Tokenization ) D→C→P→Preprocessing Strings ( • C++: Preprocessing Strings ) D→C→P→Compile-time Constants ( • C++: Compile-time Constants ) D→C→P→Compile-time Assertions ( • C++: Compile-time Assertions ) D→C→P→Conditional-Compilation ( • C++: Conditional Compilation ) D→C→Namespace D→C→N→Namespace Shortcuts ( • C++: Namespace Shortcuts ) D→C→N→Nesting ( • C++'s Namespace: Nesting ) D→C→N→Splitting across Files ( • C++'s Namespace: Splitting across Files ) D→C→N→Named and Unnamed ( • C++'s Namespace: Named and Unnamed ) D→C→Type D→C→T→Hungarian Prefixes ( • C++: Hungarian Prefixes ) D→C→T→Boolean ( • C++: Boolean ) D→C→T→Literals D→C→T→L→Financial 1000-Markers ( • C++: Financial 1000-Markers ) D→C→T→L→Binary and Hexadecimal ( • C++: Binary and Hexadecimal ) D→C→T→L→Custom Literals ( • C++: Custom Literals ) D→C→T→Bitwise Representation D→C→T→B→Ordering of Bytes ( • C++: Ordering of Bytes ) D→C→T→B→Negative Value ( • C++: Negative Value ) D→C→T→B→Bit Shifting ( • C++: Bit Shifting ) D→C→T→B→Non-char Byte ( • C++: Non-char Byte ) D→C→T→B→Bit Flags ( • C++: Bit Flags ) D→C→T→Max Value D→C→T→M→Overflow ( • C++: Overflow ) D→C→T→M→INT_MAX ( • C++: INT_MAX ) D→C→T→Conversion D→C→T→C→Promoting Small Integers ( • C++: Promoting Small Integers ) D→C→T→C→Coercion ( • C++: Coercion ) D→C→T→C→Casting ( • C++: Casting ) D→C→T→Enumeration ( • C++: Enumeration ) D→C→T→Shortcuts D→C→T→S→Templated typedef ( • C++: Templated typedef ) D→C→T→S→From Another Variable ( • C++'s Type Shortcuts: From Another Variable ) D→C→T→S→From Initialization ( • C++'s Type Shortcuts: From Initialization ) D→C→T→S→From a return Statement ( • C++'s Type Shortcuts: From a return Statement ) D→C→T→S→Trailing Return Type ( • C++: Trailing Return Type ) D→C→T→Variant D→C→T→V→Any-Variant • C++: Any-Variant ) D→C→T→V→Templated-Variant ( • C++: Templated-Variant ) D→C→T→V→Optional-Value ( • C++: Optional Value ) D→C→T→RTTI: Run-time Type Information ( • C++'s RTTI: Run-Time Type Information ) D→C→Variables D→C→V→Lifetime and Scope ( • C++: Lifetime and Scope ) D→C→V→Initialization ( • C++: Initialization ) D→C→V→Uniform Initialization ( • C++: Uniform Initialization ) D→C→V→Initialize without Constructor ( • C++: Initialize without Constructor ) D→C→V→Decomposing-Auto ( • C++: Decomposing-Auto ) D→C→V→Define at Same Time as Type ( • C++'s Variables: Define at Same Time as Type ) D→C→Indirection ( • C++: Indirection ) D→C→Expressions D→C→E→Precedence ( • C++: Precedence ) D→C→E→Chain of Assignment ( • C++: Chain of Assignment ) D→C→Program Flow ( • C++: Program Flow ) D→C→Objects ( • C++: Objects ) D→C→Templates ( • C++: Templates ) D→C→Error Handling D→C→E→Returning an Error Code ( • C++: Returning an Error Code ) D→C→E→Assertions ( • C++: Assertions ) D→C→E→C++ Exception Handling ( • C++: Exception Handling ) D→C→std ( • C++: The Standard Libraries ) D→C→Frameworks (under development) D→C→Obsolete Features ( • C++: Obsolete Features ) Next Video in this Series: Desktop Apps→C++ (Part Two) ( • The C++ Language (Part Two) ) Copyright 2026 Cow Corporation. All rights reserved. cowcorporation.com You are welcome to view this video. However, it is not intended to have any value other than as a set of notes for our own reference. This video comes with no guarantee of suitability for any particular purpose; use at your own risk. Music used with permission: "Take You On" by James Mercy (featuring PhiloSofie). Music provided by http://spot.fi/NCS 0:00 Intro 0:32 Video 14:16 Outro