Glossary
You will find a myriad of jargon, acronyms and product or tool names used both in technical documentation and social media discussion of the Boost C++Libraries and C++ development in general. This section contains descriptions of the most common.
You will find well known acronyms such as DLL, URL and UUID in this list, because they also refer to Boost libraries of the same name.
A
ABI : Application Binary Interface
ADL : Argument-Dependent Lookup
AFAICT : As Far As I Can Tell
ASIO : Asynchronous Input/Output (refer to Boost.Asio).
C
CICD (CI/CD) : Continuous Integration and Continuous Deployment (or Delivery). CI refers to the practice of automatically integrating code changes into a shared repository, where each change is verified by automated builds and tests. CD extends this process to automatically deploy or deliver new code to production environments. Refer to Contributor Guide: Continuous Integration.
CRC : Cyclic Redundancy Code - refer to Boost.Crc.
CRTP : Curiously Recurring Template Pattern
CUDA : CUDA originally stood for Compute Unified Device Architecture though is now generally used as a name for a parallel computing platform, language and API. For more information, refer to CUDA Toolkit.
D
DDS : Data Distribution Service
DFS : Depth-First Search
DLL : Dynamic Link Library - also refer to Boost.Dll.
Drone : A continuous integration (CI) and delivery platform that automates the build, test, and deploy stages of a software pipeline. It is container-based and integrates with various version control systems, supporting multiple languages and environments. Refer to Contributor Guide: Continuous Integration.
DRY : Don’t Repeat Yourself
E
EVP :
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Used in cryptography, particularly in OpenSSL, where EVP stands for Envelope. It is used to refer to high-level cryptographic functions in the OpenSSL library, such as encryption, hashing, and signing. C++ programs using OpenSSL for cryptographic operations might use the EVP APIs.
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Enhanced Vector Processing : in high-performance computing contexts, EVP might refer to techniques that leverage vectorization or SIMD (Single Instruction, Multiple Data) for improving computational performance. It relates to libraries or frameworks that optimize algorithms using vectorized processing.
F
FIFO : First In, First Out
FOMO : Fear Of Missing Out
FPU : Floating Point Unit
FSM : Finite State Machine
FUD : Fear, Uncertainty, and Doubt
FWIW : For What It’s Worth
G
GCC : GNU Compiler Collection - a popular open-source compiler that supports C++, and it is frequently mentioned in discussions about toolchains, performance optimizations, and cross-platform development.
GIL : Generic Image Library - Boost.Gil is a library designed for image processing, offering a flexible way to manipulate and process images.
H
HOF : High-Order Functions - refer to Boost.Hof.
HRT : High-Resolution Timer - a high-resolution timing mechanisms used in C++ for precise measurements of time, especially in performance profiling and real-time systems.
HSM : Hierarchical State Machine - used in designing state machines in software development, often in real-time systems or simulations.
J
Jinja or Jinga2 : Jinga is a popular Python text template engine. Jinga2C++ is a modern C++ implementation of Jinga.
JNI : Java Native Interface - a framework that allows C++ code to interact with Java code. JNI is relevant when integrating C++ components into Java applications, especially in cross-language development.
JIT : Just-In-Time (Compilation) - while JIT compilation is more commonly associated with languages like JavaScript or Java, it is occasionally discussed in the context of C++ when talking about optimization techniques, runtime compilation, or performance-critical applications. Some C++ libraries (e.g., LLVM) support JIT compilation features.
L
LEAF : Lightweight Error Augmentation Framework - refer to Boost.Leaf.
LGTM : Looks Good To Me
LIFO : Last In, First Out
LOL : Laughing Out Loud
LSP : Liskov Substitution Principle - states that objects of a derived class should be able to replace objects of the base class without affecting the correctness of the program, ensuring that a subclass can stand in for its superclass without altering expected behavior.
M
MDS :
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Meltdown Data Sampling : in the context of system security and CPU vulnerabilities, MDS refers to a family of side-channel attacks that target weaknesses in modern CPU architectures. These attacks can potentially leak sensitive data through speculative execution flaws, similar to vulnerabilities like Meltdown and Spectre.
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Modular Design Structure : sometimes used to describe a software design methodology in which systems are broken down into modules, allowing for separation of concerns and better maintainability.
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Multiple Data Streams : a more abstract term, refers to scenarios where an application handles multiple data streams simultaneously, possibly in a parallel or distributed environment.
MPI : Message Parsing Interface - refer to Boost.Mpi.
MPL or MP11 : Metaprogramming Libraries - refer to Boost.Mpl and Boost.Mp11.
MVP : Model-View-Presenter
O
Odeint : Ordinary Differential Equations (Initial) - a library for solving initial value problems of ordinary differential equations, refer to Boost.Numeric/odeint.
OOB : Out of Bounds (or Out of Band)
OOP : Object-Oriented Programming
P
PFR : A library to perform basic reflection - refer to Boost.Pfr.
PIMPL : Pointer to IMPLementation (or the "Cheshire Cat" idiom)
POD : Plain Old Data
POSIX : Portable Operating System Interface
PR : Pull Request
Q
QBK : Quickbook - a Boost tool for automated documentation, not to be confused with Intuit Quickbooks accounting software.
QED : "Quod erat demonstrandum" in Latin, which translates to "that which was to be demonstrated".
QML : Qt Meta Language - a declarative language used in conjunction with Qt for designing user interfaces. QML is commonly referenced in C++ discussions related to UI development in Qt.
QOI : Quite OK Image format - a relatively new image file format that aims to provide lossless image compression with a focus on simplicity and speed, sometimes used in performance-critical applications dealing with image processing.
QoS : Quality of Service - a concept that often appears in networking discussions, especially when C++ programs deal with real-time communications, distributed systems, or systems requiring specific performance guarantees.
Qt : This is a widely-used C++ framework for cross-platform GUI applications. While not an acronym, it’s often capitalized as Qt in discussions. Qt is known for its rich set of libraries and tools to develop not only graphical applications but also applications that require network handling, file I/O, and more.
QVM : Quaternions Vectors and Matrics - refer to Boost.Qvm.
R
RAII : Resource Acquisition Is Initialization
RPC : Remote Procedure Call
RTFM : Read The Fine (or Friendly) Manual
RTTI : Run-Time Type Information
S
SHA : Secure Hash Algorithm, a function that will reliably give different hash values for different inputs.
SFINAE or SFINAED : Substitution Failure Is Not An Error
SOLID : Single Responsibility, Open/Closed, Liskov Substitution, Interface Segregation, Dependency Inversion (Design principles)
STL : Standard Template Library
T
TCO : Tail Call Optimization
TCP : Transmission Control Protocol
TDD : Test-Driven Development
Test Matrix : A test matrix is a table used to define and track test cases, inputs, and environments, such as various operating systems, compilers, and hardware platforms. Each row represents a test scenario or feature, while the columns represent variations like software versions or hardware setups. Refer to Contributor Guide: Test Matrix.
TLS : Thread-Local Storage
TL;DR : Too Long; Didn’t Read
TTI : Type Traits Introspection - refer to Boost.Tti.
U
UB : Undefined Behavior
UBlas : Basic Linear Algebra - refer to Boost.Numeric/ublas.
URL : Universal Resource Locator - refer to Boost.URL.
UDP : User Datagram Protocol
UTC : Coordinated Universal Time
UUID : Universal Unique Identifier - refer to Boost.Uuid.
V
VALA : Vector Arithmetic Logic Array - a specialized hardware design or computation technique, but in some performance-critical C++ applications, vector arithmetic and optimization may be discussed in a similar context.
VFS : Virtual File System - abstract file system operations across multiple platforms might implement or make use of a VFS layer. This allows consistent file I/O behavior regardless of the underlying file system.
VLA : Variable Length Array - although C++ does not officially support VLAs in the standard, some compilers provide support as an extension. VLAs allow the length of an array to be determined at runtime.
VMD : Variadic Macro Data - refer to Boost.Vmd.
VoIP : Voice over Internet Protocol - in networking libraries or real-time communication systems, VoIP is often discussed when implementing features for voice transmission over IP networks.
VR : Virtual Reality - in game programming, simulations, or graphics-intensive applications, VR is often mentioned in discussions. C++ is commonly used for developing VR engines and related tools.
VTable : Virtual Table - a mechanism used in C++ to support dynamic (runtime) polymorphism through virtual functions. Discussions involving inheritance and object-oriented programming often reference vtables.
X
XSS : Cross-Site Scripting - a security vulnerability where malicious scripts are injected into websites.
Y
YAGNI : You Aren’t Gonna Need It
YAP : An expression template library - refer to Boost.Yap.
Z
ZALGO : refers to a form of distorted or "corrupted" text, and while this is more of a meme in the programming community, it comes up when discussing character encoding or text rendering in C++.
ZF : Zero-Fill - zero-filling memory, often done for security reasons or to initialize data in C++ programs.
ZFP : Compressed Floating-Point Arrays - ZFP is a C++ library for compressed floating-point arrays, often used in scientific computing or simulations requiring efficient memory usage.
Zlib : Zlib Compression Library - a widely-used compression library in C++ for data compression and decompression.
ZMQ : ZeroMQ - a high-performance asynchronous messaging library that can be used in C++ for concurrent programming and networking applications.
Z-order or Z-ordering : Refers to the drawing order of objects in 2D or 3D space. This is relevant in C++ game development or graphical applications when managing layers of objects.