Keep the application on the server
Render HTML and keep domain logic on the server until the browser must own a genuinely complex application model.
These guides extend one task-board application. They explain implementation boundaries rather than presenting isolated snippets.
Do not start with an SPA. Keep the model, rules, URLs, and rendering together on the server. Send useful HTML first, then add AngularTS to the smallest region that needs browser behavior.
Even when using the router, prefer server-rendered route fragments. Move the model into the browser only for the most complex client-owned features. When the browser takes over model consistency and compilation, use typed programmatic views as the primary view style. REST services, explicit caching, and a browser-facing security policy also become primary at that same threshold. Until then, prefer normal HTTP pages, forms, and server-rendered fragments.
Apply this decision per module. A server-rendered login and public site can live beside a dashboard SPA in the same application. The dashboard’s complexity does not require every other module to move into the browser.
Read Keep the application on the server before choosing the application structure.
Start with the complete tutorial if you have not built an AngularTS component.
Render HTML and keep domain logic on the server until the browser must own a genuinely complex application model.
Separate AngularTS registration, UI state, domain operations, and external resources without adding speculative layers.
Model AngularTS form submission, validation visibility, duplicate prevention, and accessible recovery as one workflow.
Own AngularTS HTTP requests, cancellation, stale-result protection, and explicit screen states.
Register AngularTS route trees, choose resolve boundaries, and make navigation cleanup and failure behavior explicit.
Classify AngularTS domain, transport, transition, and programming failures and give each one the correct owner.
Allocate AngularTS tests across plain logic, typed contracts, browser integration, lifecycle, and failure boundaries.
Locate AngularTS bootstrap, injection, compilation, reactive, routing, and request failures by testing boundaries in order.
Produce, verify, deploy, observe, and roll back an AngularTS artifact without relying on development behavior.
Define an AngularTS browser contract from required Web APIs, compiled output, fallbacks, and production tests.
Preserve semantics, focus, validation, announcements, and motion preferences across AngularTS structural and route updates.
Design AngularTS message ownership, locale formatting, asynchronous catalogs, and bidirectional layouts.
Apply AngularTS trust boundaries to templates, typed properties, URLs, requests, storage, workers, and service workers.
Correlate AngularTS navigation, requests, workflows, rendering outcomes, and unexpected failures without recording sensitive state.
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