Video: Defeat Decision Paralysis: Building a Killer Design System in Isolation

The speaker discusses the whimsical and detailed work of Stripe, particularly their interactive and dynamic pages. They explain the use of React for building whimsical details and tracking mouse position. The speaker introduces React Spring for smooth animation and React3 Fiber for creating a 3D egg model. They also mention the use of Framer Motion and React server components for animating CSS properties.

AI design challenges include bias, safety, and security. Trust and transparency are important in AI. Design principles for AI include user control, fighting bias, and promoting good decision-making. AI can enable the design process and investors expect to see it included in products. AI empowers individuals to create and share ideas, but managing expectations is crucial.

Welcome to this talk on domain-driven design in Vue.js application. Today we are going to look into domain-driven design, its benefits and how it works with Vue.js domain-driven design versus the MVVM model. Vue.js thrives in domain-driven design, a design approach that models software to match a domain. DDD emphasizes understanding business logic and creating a domain that reflects the language and concepts. Integrating DDD in Vue.js offers benefits such as effective modeling of complex business domains, structured code reflecting domain logic, and easier onboarding and ownership.

Pinnia is a lighter, more modular state management solution for Vue apps, offering consistent patterns, TypeScript support, and an intuitive developer experience. PINIA encourages splitting state into manageable domains, improving code splitting, type inferences, team collaboration, and debugging clarity. Pinia provides flexibility in accessing and mutating state, with different approaches for option and setup stores. It also offers features like patch, reset, and onAction methods. Vue Mastery offers comprehensive Pinnia courses and resources for fast learning.

The Talk covers clean components and when to create new components, as well as patterns for writing cleaner components and the benefits of VIP patterns. Refactoring and separating code into separate components can make it shorter and easier to read, reducing complexity. The importance of not repeating oneself and the benefits of using smaller components for performance and developer experience are discussed. Composables can help extract logic in large and complex components, and patterns can be incorporated into component libraries and design systems.