SShortSingh.
Back to feed

Angular 22 Makes Signal Forms Stable, But Reactive Forms Remain Viable

0
·2 views

Angular 22, released on June 3, 2026, promoted Signal Forms from experimental to stable status, placing it alongside other supported APIs such as resource() and httpResource(). The Angular team conducted extensive internal case studies across form-heavy applications at Google before committing to this milestone. Angular 22 also sets OnPush change detection as the default and continues pushing zoneless change detection toward becoming the standard, with Signal Forms forming part of this unified reactivity model. Despite the upgrade, Reactive Forms are not obsolete — the choice between the two APIs depends on the specific requirements of each feature, particularly in enterprise environments where forms are deeply integrated with validation pipelines, state stores, and design systems. A gradual migration path now exists, meaning teams are no longer forced into a full rewrite to adopt Signal Forms.

Read the full story at DEV Community

This is an AI-generated summary. ShortSingh links to the original source for the complete article.

Discussion (0)

Log in to join the discussion and vote.

Log in

Related stories

0
ProgrammingDEV Community ·

Why Human Skills Still Matter in the Age of AI Automation

Developer Cesar Aguirre published a short opinion piece on DEV Community on July 6 arguing that tasks AI can complete in minutes should no longer be considered special skills. The article targets beginner and experienced developers navigating the growing influence of AI in software development. Aguirre suggests that professionals need to focus on capabilities that go beyond what AI tools can easily replicate. The piece is framed as practical advice for thriving amid the current AI hype in the tech industry.

0
ProgrammingHacker News ·

Philosophy Majors Find Unexpected Demand in AI Industry

A New York Times report published on July 5, 2026, highlights a growing trend of philosophy majors securing jobs in the artificial intelligence sector. Their training in logic, ethics, and critical reasoning is proving valuable as AI companies grapple with complex questions around model behavior and decision-making. Employers are increasingly seeking candidates who can analyze edge cases, identify flawed reasoning, and evaluate ethical implications in AI systems. This marks a notable shift for a field long dismissed as impractical in the job market. The trend suggests that humanistic disciplines may play a larger role in shaping the future of technology than previously anticipated.

0
ProgrammingDEV Community ·

How PostgreSQL Handles a Backend Process Crash and Why It Drops All Connections

When a PostgreSQL backend process crashes, the database engine does not isolate the failure to just that session. Because all backend processes share critical memory areas — including shared buffers, lock tables, and transaction status data — PostgreSQL cannot guarantee the integrity of those structures after a crash. As a safety measure, the postmaster immediately terminates all active connections and initiates automatic recovery before accepting new ones. A demonstration using Docker and pgbench showed that connected clients received warnings about the crash and were instructed to reconnect after recovery. This behavior is an intentional design feature of PostgreSQL, prioritizing data consistency over session continuity.

0
ProgrammingDEV Community ·

How Postgres FOR UPDATE SKIP LOCKED solves concurrent resource allocation

A developer building StashMe, a digital cloakroom management system for venues, encountered a race condition where multiple simultaneous check-ins could assign the same coat hanger to different guests. The naive SQL approach of reading then writing allowed two transactions to claim the same row before either could lock it. Postgres's FOR UPDATE SKIP LOCKED clause, available since version 9.5, resolves this by having concurrent queries skip rows already locked by other transactions rather than waiting on them. This allows multiple check-ins to proceed in parallel, each claiming a distinct free hanger with no queuing or deadlocks. The same pattern underpins popular Postgres-based job queue libraries and can be applied broadly to any system distributing finite resources under concurrent load.