Ecosyste.ms: Awesome

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awesome-naming

A curated list for when naming things is done right.
https://github.com/gruhn/awesome-naming

Last synced: 4 days ago
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User Interface Design
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Bento layout - A grid based layout resembling the compartmentation of bento boxes.
- Breadcrumb - Navigational aid allowing users to keep track of their location within programs, documents, or websites. The term is a reference to the fairy tale _Hansel and Gretel_.
- Carousel - A kind of animated slideshow looping back on itself.
- Clipboard - Where you temporarily put _files_ you are working with (i.e. the copy & paste buffer).
- Desktop - The metaphorical top of the user's desk, upon which objects such as documents and folders of documents can be placed.
- Hamburger button - A button to toggle a menu. The associated icon resembles a hamburger.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Scrolling - Screen content is often less like a book with discrete pages and more like a continuous roll of parchment, i.e. a scroll.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
- Optimistic UI - User interfaces that assume expensive operations will complete successfully thereby improving the perceived performance.
IT Security
- Computer virus - A computer program that self replicates by _infecting_ other computer programs similar to the behavior of biological viruses.
- Cyber hygiene - Steps and practices that users should take to maintain system health and improve online security.
- Honeypot - Part of a system meant to look like an attractive target but actually helps detect and deflect attackers.
- Phoning home - When a system (e.g. stolen computer) secretly reports back to a third party other than the current possessor. The name is a reference to the movie E.T.
- Sandbox - A safe and isolated environment to test unverified programs that may contain malicious code.
- Trojan horse - Malware which misleads users of its true intent. The term is derived from the Ancient Greek story of the deceptive Trojan Horse.
- Backdoor - A method of bypassing normal authentication in a computer system.
- Cyber hygiene - Steps and practices that users should take to maintain system health and improve online security.
Machine Learning and Artificial Intelligence
- Confusion matrix - A tabular summary of a classifiers "confusion", i.e. how often it thought to make correct predictions when it actually didn't.
- Decision boundary - A boundary dividing the space of possible data points. Here you decide, everything on this side is SPAM, everything on that side is not.
- Gradient descent - Minimizing a cost function by iteratively computing the gradient and moving in the direction of steepest descent.
- Hallucination - A confident response by an AI that does not seem to be justified by its training data.
- Training - The process of showing the machine a bunch of examples, until it learns what we want from it.
Programming Languages and Programming Language Theory
- Choreographic programming - A programming paradigm where programs are compositions of interactions among multiple concurrent participants.
- Clojure - A functional language making extensive use of **closures** but with a **j** because it's running on the Java virtual machine.
- C++ - Although C was certainly a bad name, C++ was quite clever. The iconic increment operator **++** indicates that **C++** is the successor.
- Garbage Collector - Part of a program that attempts to find and reclaim garbage pieces of memory not used anymore.
- Syntactic sugar - Syntax that makes the language "sweeter" for human use. Usually a shorthand for common operations that can also be expressed in a more verbose form.
- Lazy evaluation - An evaluation stategy which suspends evaluation until it's absolutely necessary and then never does it again.
Theoretical Computer Science
- Busy Beaver - Turing machines that produce numbers so insanly large, no other algorithm can keep up with them.
- Clique problem - The problem of finding groups of mutual friends in a network of people with friendship relations. Or more general, finding complete subgraphs.
- Game of Life - A game world that showcases how astonishing complexity can arise from very simple ingredients.
- Oracle - A black box that magically gives answers even to undeciable questions like the halting problem.
- Pumping lemma - The fact that in some formal languages any sufficiently long string can be _pumped_ with repetitions of its substring and the result stays in the same formal language.
Tools, Applications, Libraries, Frameworks
- Safari - Web browser developed by Apple.
- yarn - NodeJS dependency manager.
- clooney - A JavaScript library implementing the actor model for concurrent computation. The term is a reference to George Clooney who is also an actor.
- horcrux - Splits a file into encrypted fragments that only together can be decrypted again. In the Harry Potter universe, Horcruxes are fragments of a persons soul. To kill the person, all fragments must be destroyed.
- Puppeteer - A browser automation library. If the browser is the puppet, this is the puppeteer.
- Uglify - A JavaScript minifier. Removes everything that makes the code readable and pretty to make it smaller.
- uppy - A dog themed uploader component. The name is a blend of _upload_ and _puppy_. It even comes with a crash recovery plugin called _Golden Retriever_.
- CockroachDB - Database application, that is marketed as being so fault tolerant and resilient as a cockroach.
- tldr - Simplified man pages with practical examples.
- Webpack - A bundler for JavaScript and other *web* assets with a short and descriptive name that also somewhat rhymes.
Data Structures and Algorithms
- Backtracking - When you explore a search space and you reach a dead end, you follow your *tracks* back to the last crossroad and try the other way.
- Brute force - Violence is actually almost always a solution but not a very clever one.
- Greedy algorithm - An algorithm that finds a solution by always picking the currently best looking option without thinking too much about past and future decisions.
- Hill climbing - Starting somewhere in the hilly "landscape" of solutions you go in the direction of steepest ascent until reaching the top of a hill. You might miss higher hills though.
- Israeli Queue - A type of priority queue and a reference to the infamously unorganized queues in Israel. Here items can *cut in line* when they *have already waiting friends*.
- Stack - Like with a stack of pancakes you can only add and remove items from the top of this data structure.
- Tree - A hierarchically organized data structure. From the _root_ item the other items _branch out_ into _nodes_ and _leaves_. A collection of trees is often called a *forest*.
- Queue - In this data structure items are always added at the end and removed at the front as if the items were waiting in line.
Design Patterns and Anti Patterns
- Adapter - Allows classes with incompatible interfaces to work together by wrapping its own interface around that of an already existing class.
- Facade - Analogous to a facade in architecture, a facade is an object that serves as a front-facing interface masking more complex underlying structure.
- Promise - A representation of a result that is available in the future, unless there are errors. Like in reality, promises are broken sometimes.
- Shotgun surgery - A programming antipattern where in a single change you wildly add code everywhere in your codebase.
- Spaghetti Code - A program with a tangled and hard-to-follow stucture.
Functions
- fold - Like a blanket being folded up, this function iterates a collection and in each step combines the current item with everything that has already been folded.
- munch - Parser function that greedily consumes an input stream until it's satisfied.
- trampoline - Continuously runs functions which itself return functions. Like a child on a trampoline that _returns_ and bounces back up.
- zip - Merges two lists into one list of pairs like the interlocking teeth of a zipper.
Other
- Magic - A magic program/piece of code is doing it's job but nobody knows how. Like in reality, magic doesn't actually exist. Once you understand it, it's not magic anymore.
- a11y, i18n, k8s, ... - Abbreviating long words by keeping the first and last letter and writing the number of omitted letters in between.
- ACID vs. BASE - Acronyms describing competing database ideologies (aka. SQL vs. NoSQL). Note that acid and base are also opposites in chemistry.
- Bottleneck - A central part of a network/application that significantly limits throughput/performance and should ideally be eliminated.
- Brick - When your device is so corrupted it virtually turns into a brick.
- camelCase, snake_case, kebab-case - Different case styles where the name illustrates its appearance.
- Easter egg - A hidden feature especially in video games in reference to the Easter egg hunt.
- Floating point number - This representation can encode numbers at very different magnitudes with limited amount of digits by letting the radix point _float_ instead of being fixed in place.
- Framework - In software architecture (like in actual architecture) frameworks provide basic structure to build upon that guide and constrain the further development.
- Glue Code - Jenga and LEGO bricks don't share the same interface but you can always glue them together.
- Heisenbug - A bug that seems to disappear or change when one tries to study it. It's a pun on Werner Heisenberg who discovered that the act of observing quantum systems inevitably alters their state.
- Process starvation - A problem where a process is perpetually denied resources to do its work.
- Time travel debugging - Stepping back in time through source code to understand execution and sometimes even to change history.
- Tree shaking - Shake the dependency tree until all the dead parts are falling off and you end up with a nice lean tree.
- Unfair enumeration - A program that outputs all even numbers and then all odd numbers generates an unfair enumeration of the natural numbers because some numbers are never reached.
- Cookie licking - E.g. claiming a GitHub issue, then not working on it.
- Yoda condition - When you write `if ("red" === color) {` instead of `if (color === "red") {` because it reads as, “if red equals the color”, similar to the way the Star Wars character Yoda speaks.
- Hydra - A bug that, when an attempt to fix is made, introduces multiple new bugs. It's a bug that cannot be fixed.

Programming Languages

TypeScript 2 JavaScript 2 Go 1

Ecosyste.ms: Awesome

awesome-naming

User Interface Design

IT Security

Machine Learning and Artificial Intelligence

Programming Languages and Programming Language Theory

Theoretical Computer Science

Tools, Applications, Libraries, Frameworks

Data Structures and Algorithms

Design Patterns and Anti Patterns

Functions

Other