Programming Language Paradigms - TOML

[[items]]
code = "IMP"
slug = "imperative"
name = "Imperative Programming"
description = "A paradigm consisting of step-by-step instructions that change program state."
category = "Imperative"
exampleLanguages = "[\"C\",\"Fortran\",\"BASIC\",\"Pascal\",\"COBOL\"]"
keyCharacteristics = "[\"ステートメントの逐次実行\",\"変数と代入\",\"制御フロー（ループ、条件分岐）\",\"メモリ状態の変更\"]"

[[items]]
code = "PROC"
slug = "procedural"
name = "Procedural Programming"
description = "A derivative of imperative paradigm that emphasizes reusable procedures (functions)."
category = "Imperative"
exampleLanguages = "[\"C\",\"C++\",\"Java\",\"Pascal\",\"Go\"]"
keyCharacteristics = "[\"関数・手続きの定義\",\"コードの再利用性\",\"構造化された制御フロー\",\"スコープとモジュール性\"]"

[[items]]
code = "OOP"
slug = "object-oriented"
name = "Object-Oriented Programming"
description = "A paradigm centered around objects that encapsulate data and behavior."
category = "Imperative"
exampleLanguages = "[\"Java\",\"C++\",\"Python\",\"Ruby\",\"C#\",\"Smalltalk\",\"Simula\"]"
keyCharacteristics = "[\"カプセル化\",\"継承\",\"多態性（ポリモーフィズム）\",\"抽象化\",\"クラスとオブジェクト\"]"

[[items]]
code = "DEC"
slug = "declarative"
name = "Declarative Programming"
description = "A paradigm that describes 'what' to achieve, abstracting away the control flow of 'how' to achieve it."
category = "Declarative"
exampleLanguages = "[\"SQL\",\"HTML\",\"CSS\",\"Prolog\",\"Haskell\"]"
keyCharacteristics = "[\"結果の記述\",\"制御フローの抽象化\",\"副作用の排除\",\"高い可読性\"]"

[[items]]
code = "FUNC"
slug = "functional"
name = "Functional Programming"
description = "A paradigm that treats computation as the evaluation of mathematical functions, emphasizing immutability and avoiding side effects."
category = "Declarative"
exampleLanguages = "[\"Haskell\",\"Scala\",\"Clojure\",\"Erlang\",\"F#\",\"Lisp\",\"ML\"]"
keyCharacteristics = "[\"純粋関数\",\"不変性（イミュータビリティ）\",\"高階関数\",\"関数合成\",\"再帰\",\"副作用の回避\"]"

[[items]]
code = "LOGIC"
slug = "logic"
name = "Logic Programming"
description = "A declarative paradigm where facts and rules are described, letting the system infer solutions."
category = "Declarative"
exampleLanguages = "[\"Prolog\",\"Datalog\",\"Answer Set Programming (ASP)\"]"
keyCharacteristics = "[\"事実とルールの記述\",\"論理推論\",\"パターンマッチング\",\"バックトラッキング\"]"

[[items]]
code = "REACT"
slug = "reactive"
name = "Reactive Programming"
description = "A paradigm focused on asynchronous data streams and the propagation of change."
category = "Other"
exampleLanguages = "[\"RxJava\",\"RxJS\",\"Reactor\",\"Akka\",\"Elm\"]"
keyCharacteristics = "[\"データストリーム\",\"非同期処理\",\"イベント駆動\",\"バックプレッシャー制御\",\"変更の伝播\"]"

[[items]]
code = "PARA"
slug = "parallel"
name = "Parallel Programming"
description = "A paradigm that distributes processing across multiple processors for simultaneous execution."
category = "Other"
exampleLanguages = "[\"CUDA\",\"OpenMP\",\"MPI\",\"C++ (with libraries)\",\"Go\"]"
keyCharacteristics = "[\"マルチスレッド/マルチプロセス\",\"タスク分割\",\"同期と通信\",\"負荷分散\"]"

[[items]]
code = "EVENT"
slug = "event-driven"
name = "Event-Driven Programming"
description = "A paradigm structured around event occurrences and the execution of their handlers."
category = "Other"
exampleLanguages = "[\"JavaScript\",\"C#\",\"Visual Basic\",\"ActionScript\"]"
keyCharacteristics = "[\"イベントループ\",\"コールバック/ハンドラ\",\"非同期処理\",\"発行・購読モデル\"]"

[[items]]
code = "GENERIC"
slug = "generic"
name = "Generic Programming"
description = "A paradigm that abstracts data types to write reusable code independent of specific types."
category = "Other"
exampleLanguages = "[\"C++ (Templates)\",\"Java (Generics)\",\"C#\",\"Rust\",\"Ada\"]"
keyCharacteristics = "[\"型パラメータ\",\"テンプレート/ジェネリクス\",\"型安全性\",\"コードの再利用性\"]"