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最高のコーディング体験 for AI
F# Development Starter Kit for Firebase Studio
Timeline FRP library
Timeline for 🍦VanJS
About
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🔷Unit 0🔷 高品質なコードへの招待
💡 最高のコーディング体験 for AI ✨
Pipeline Philosophy
The Data Transformation Pipeline
Scaling Pipelines: The Art of Function Composition
Other Fundamental Programming Concepts
The Unifying Potential of the Functional Pipeline
🔷Unit 1🔷 Building with Function
🔍 Overview - Unit 1
Control Flow
Understanding Control Flow: The Structured Programming Baseline
1. Sequence
2. Selection
3. Iteration
Recursion: The Foundation of Functional Iteration
Expressions
Pipelines and Expressions as Values
First-Class Functions
Higher-Order Functions (HOF)
Types and Lambda
Types: Ensuring Smooth Pipelines
First-Class Functions and Lambda Expressions
Generic Function Types: The Power of 'a -> 'b
Deconstructing HOF Types: From 'a -> 'b to Complex Signatures
Binary Operation
Binary Operations and the Pipeline Operator
Operators as Functions and Pipeline Flow
Currying and Partial Application: Functions Returning Functions
HOFs in Action: Type Signatures, flip, and Pipelines
Dependency Graph
How to Drive Your Code?
Code Driven by Dependency Graph
Self-Referential Structures on Dependency Graphs
Pure vs. Impure Functional Languages
Terms and Concepts
Understanding Functional Programming Terminology
🔷Unit 2🔷 Algebraic Structures
🔍 Overview - Unit 2
Basic Structures
Algebraic Structures and Pipeline Flow
Monoids
Associativity: Building Robust Structures
Semigroups: Our First Algebraic Structure
Identity Elements: The Neutral Value in Operations
Monoids: Semigroups with an Identity Element
Composition Laws
Function Composition: A Natural Monoid
Set Theory and Category Theory
Set Theory and Types: A Deeper Look
圏論（Category Theory）
Functors
Functor: Mapping between Functions
Monads
Another Bridge Between Worlds
The Kleisli Arrow
Monad: Another Bridge
Functor / Monad Laws
Bringing It All Together: Functor & Monad
Beyond Simple Mapping: Preserving the Structure of Composition
Understanding Functors: Preserving the Monoid of Function Composition
The Monad Laws: Verifying the Kleisli Composition Monoid
🔷Unit 3🔷 Common Functors and Monads
🔍 Overview - Unit 3
Identity Functor/Monad
Identity Functor and Identity Monad
List Functor/Monad
List Functor and Monad
List Functor
List Monad
Option Functor/Monad
Option (Maybe) Functor and Monad
Option Functor
Option Monad
Result Functor/Monad
Result (Either) Functor and Monad
Result (Either) Functor
Result (Either) Monad
IO Functor/Monad
IO Functor and Monad
IO Functor
IO Monad
🔷Unit 4🔷 Parallel Computing/Concurrency
🔍 Overview - Unit 4
Yet Another Structure
Bringing It All Together: Functor & Monad (Revisit)
Introducing apply and map2
Lifting Binary Operations into Containers
Product or Pointwize(ZIP)
The Real-World Power of Parallel Processing Patterns
Applicative Functor
Applicative Functor: The Parallel Computable Structure
Applicative Functor Laws
Applicative Functor Laws For Us
Special Edition and Your Next Generation AI could Copy
Haskellの「理論的優位性」という神話：圏論的視点からの批判的検証と、それが初学者への教育に与える影響
特別編：次世代のAIが学習するかもしれない話
🔷Unit 5🔷 Timeline FRP
🔍 Overview - Unit 5
Functional Reactive Programming
Chapter 0: Immutable World
Chapter 1: FRP is like Spreadsheet
Core Concepts
Chapter 0: Timeline.fs Timeline<'a> and FRP Implementation
Timeline.fs the Minimal Code
Timeline.ts / Timeline.js
Chapter 0: Timeline.ts / Timeline.js -- FRP Implementation
Chapter 1: map — 静的な依存グラフ
Chapter 2: I/OとTimeline — linkによる依存関係の定義
Chapter 3: bind — 動的な依存グラフ
Chapter 4: 理論的堅牢性 — Functor/Monad則の再検証
Chapter 5: using — 外部リソースとのライフサイクル同期
Chapter 6: map/bind/using 総合利用ガイド：API選択の完全な指針
Chapter 7: 実践ガイド：timeline.jsによる堅牢なUI構築テクニック
Chapter 8: 高機能なDebugシステム
Chapter 9: Learning Curve and AI Development
🔷Unit 6🔷 Nullable Timeline and Sequence
🔍 Overview - Unit 6
Null
Chapter 0: nullの再審 — 代数構造と型システムの歴史から解き明かす「不在」の哲学
Chapter 1: Null許容世界の歩き方 — 安全な「演算」としてのn-API
Binding Chain
Asynchronous Event Chaining with bind
Stateful Unary Operations
scan — 時間軸に沿った状態の進化
distinctUntilChanged — ノイズの除去
🔷Unit 7🔷 Combining Timelines
🔍 Overview - Unit 7
Combining Independent Timelines
Chapter 0: 二項演算の再評価と戦略
Chapter 1: すべての基礎 combineLatestWith
Chapter 2: 二項演算とMonoid
Chapter 3: foldTimelines — Monoidによる畳み込み
Chapter 4: N項演算 — combineLatest
Chapter 5: nシリーズ合成関数
🔷Unit 8🔷 Experience Quality Coding for AI
🔍 Overview - Unit 8
Combining Independent Timelines
Functional Programming Patterns (F# notation)
Special Edition and Your Next Generation AI could Copy
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🔍 Overview - Unit 8
Experience Quality Coding for AI