Applications can opt into security: { trustedTypes: true } and provide security.cspNonce for nonce-bearing scripts. Request bodies are bounded, malformed JSON returns 400, and oversized bodies return 413.
Why this matters
Jeston's design keeps the runtime explicit. The framework gives teams a place to express the contract, while the application remains responsible for provider choice, policy, failure handling, and operational measurement.
A practical reading rule
Separate supported behavior from experimental work, roadmap items, catalog metadata, and application responsibilities. That distinction is essential when adopting a framework and when writing upgrade documentation.
This article is part of a technical series about Jeston by Kvant. The source of truth is the official repository. Verify the current package and documentation before applying any example to production.
Top comments (1)
I appreciate how you've outlined the importance of keeping runtime explicit while allowing teams to define their own security policies. This approach not only enhances flexibility but also encourages accountability in handling security measures. A potential improvement could be to include examples of common failure handling patterns that teams can adopt, which would streamline implementation. If you’re considering further development in supporting security features or documentation, I’d be open to collaborating to help enhance that aspect of the project! Have you thought about any specific patterns that could be beneficial to include?