Descrizione
From Natural Language to Algorithmic Thinking
This manual presents a new approach to programming for anyone who wants to create software without writing code in the traditional sense. Vibe coding turns interaction with artificial intelligence into a collaborative process in which spoken intentions become executable instructions. The goal isn’t to learn a technical language, but to learn how to think in terms of objectives and to frame requests effectively.
Through guided examples, hands-on exercises, and a clear structure, the book shows you how to develop applications and solve design problems using a simple yet powerful metalinguistic layer. You’ll learn to manage complexity by breaking tasks down, defining operating conditions, and continuously monitoring the logical flow—entirely through an ongoing dialogue with the AI.
This is not a primer on classical coding; it is a method for designing digital solutions with the help of modern language models, aimed at readers who want to build real-world tools without getting bogged down in technical minutiae. The training path cultivates a new mindset tailored to human–machine collaboration.
Your purchase includes both EPUB and Kindle (AZW3 – Kindle Format 8) editions, along with a concise guide for viewing these files on popular mobile and desktop operating systems.
Although most titles are in Italian, ordering is easy: right-click in Chrome to translate the site, keep the translation active through checkout, receive your download link in a few clicks, contact info@librologica.digital for help, pay securely via Stripe or PayPal with taxes included and data protected, or choose the slightly higher-priced ePub version on Lulu.
- 1.1 The Allure of Words as Code
- 1.2 Empathy toward Artificial Intelligence
- 1.3 From Casual Conversation to an Operational Command
- 1.4 First Sparks of Algorithmic Awareness
- 2.1 Intention as a Generative Verb
- 2.2 Temporal and Conditional Connectors
- 2.3 Defining the Environment
- 2.4 Handling Ambiguities
- 2.5 Beyond the Single Sentence: Recursive Macro-Intentions
- 3.1 Minimal syntax and variants
- 3.2 Iterative Clarification Flow
- 3.3 Versioned Narrative Memory
- 3.4 Pattern libraries: reuse and composition
- 3.5 Interpretive Safety and Consistency
- 4.1 Problem Decomposition
- 4.2 Causal chains and loops
- 4.3 The Art of Narrative Debugging
- 4.4 Self-Assessing Your Logic
- 4.5 Staying Clear-Headed Under Pressure
- 5.1 Choosing the Language and Work Environment
- 5.2 Budget at a Glance
- 5.3 Countdown to Deadlines
- 5.4 Personal Library
- 5.5 Quick Text Analysis
- 5.6 Personal Productivity Panel
- 5.7 Light Play on Canvas — JavaScript Micro-Demos
- 5.8 Numerical Brain-Teasers—Python Algorithms from Theory to Practice
- 6.1 Consistency Monitoring
- 6.2 Signs of Structural Drift
- 6.3 Redirection Techniques
- 6.4 Methods of Progressive Simplification
- 7.1 Essential Glossary
- 7.2 Self-Review Checklist
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