<style> .film__track { height: auto !important; } .film__stage { position: static !important; height: auto !important; /* Ohne diese Zeile ist der Rückfall LEER: container-type: size bemisst die Bühne nicht mehr nach ihrem Inhalt, und overflow: hidden schneidet alles weg. */ container-type: normal !important; } .film__poster { position: absolute !important; } .film__content [data-film-anchor] { position: static !important; transform: none !important; opacity: 1 !important; margin: 2.5rem clamp(1rem, 5vw, 4rem) !important; max-width: 34rem; } </style>
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TypeScript

TypeScript is a superset of JavaScript that adds static typing at development time. Type errors are caught by the compiler before code runs in the browser — not during a customer visit. For scalable web projects with teams or long-term maintenance, TypeScript is the standard. It is the foundation of Framework s like Angular and makes IDEs like VS Code significantly more powerful through precise autocomplete and safe refactoring.

Why TypeScript for SME web projects?

Larger codebases without typing become unmaintainable quickly — especially when developers change or projects are resumed after months. TypeScript enforces clean interfaces between components, makes breaking changes immediately visible, and significantly improves Maintainability . In Angular projects, TypeScript is mandatory — all BTECH projects use full strict-mode typing for reliable CI/CD pipelines without unexpected runtime errors.

Common misconceptions about TypeScript

TypeScript does not replace JavaScript — it compiles to JavaScript and runs in any browser. A common mistake: using the 'any' type everywhere, negating all benefits. TypeScript only protects at development time — external data (API responses) must be validated at runtime separately, for example through Server-Side Validation or Zod schemas.

How we use TypeScript at BTECH Solutions

All BTECH projects are written entirely in TypeScript — Angular frontend, type definitions for Django API responses, and build scripts. Strict mode is enabled: no implicit any, strict null checks, no undefined return types. Interfaces over classes for data models, generics for reusable components. The Build Process fails if TypeScript errors exist — no code in production without a green compiler.

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