Full stack web app development using T3 stack
Panta, Binod (2024)
2024
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Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:amk-2024052415598
https://urn.fi/URN:NBN:fi:amk-2024052415598
Tiivistelmä
The growth and development of technologies uplifted and enhanced the scope of web application development. Among such a vast range of tech stacks, a growing stack scaffold named the T3 stack that comprises the core components such as TypeScript, Next.js, NextAuth.js, Prisma, tRPC, and tailwindCSS is gaining popularity among web developers due to its type-safe features.
The objective of this thesis was to explore and understand the potential of modern T3 stacks in web development through practical implementation in full-stack web applications and assess how they make web applications maintainable, scalable, and less error-prone. Moreover, it aimed at exploring the mandatory applicability of type safety in web applications from all fronts, be it frontend, backend, or full stack and analyze the flexibility a developer gets by adopting the T3 stack for web development.
The outcome of this thesis is that the T3 stack leveraged the power of TypeScript across the default and other stacks and made the application type safe. The use of the T3 stack prevented compile-time errors due to incorrect data types and enhanced the overall strength and maintainability of the application. The T3 stack was successfully applied to develop a responsive web application, QuizCard, by demonstrating the practicalities of type safety in the T3 stack.
The objective of this thesis was to explore and understand the potential of modern T3 stacks in web development through practical implementation in full-stack web applications and assess how they make web applications maintainable, scalable, and less error-prone. Moreover, it aimed at exploring the mandatory applicability of type safety in web applications from all fronts, be it frontend, backend, or full stack and analyze the flexibility a developer gets by adopting the T3 stack for web development.
The outcome of this thesis is that the T3 stack leveraged the power of TypeScript across the default and other stacks and made the application type safe. The use of the T3 stack prevented compile-time errors due to incorrect data types and enhanced the overall strength and maintainability of the application. The T3 stack was successfully applied to develop a responsive web application, QuizCard, by demonstrating the practicalities of type safety in the T3 stack.