Build
Use deno cache main.ts. Commit the lockfile and pin the runtime version so a rebuild installs the same dependency graph.
Review deployment docs →Deno APIs, TypeScript services, webhooks, and applications using explicit runtime permissions. Darwa AI connects the repository, runs deno cache main.ts, deploys the result on long-running deno process, and keeps domains, HTTPS, releases, logs, and billing in the same workspace.
These are operational requirements, not a generic framework feature list. Confirm them in the repository before the first release.
Use deno cache main.ts. Commit the lockfile and pin the runtime version so a rebuild installs the same dependency graph.
Review deployment docs →Production start: deno task start. The command must stay in the foreground and report a failed boot with a non-zero exit code.
Explore Web Services →Expected deployable output: Deno application. Generated artifacts should come from the build rather than being edited after release.
Configure the build →Store secrets and environment-specific values in the service environment. Do not commit production credentials or bake them into frontend bundles.
Manage configuration →Expose a lightweight health endpoint, keep startup logs actionable, and verify the public endpoint after every release.
See runtime operations →Declare only the required Deno permissions and verify Node compatibility dependencies. The server must listen on the assigned PORT.
Check a workload with Darwa →A successful first deploy is not enough. The release must be reproducible, observable, reversible, and safe to scale.
Select the repository and production branch. Keep preview work isolated from the production service.
Confirm long-running deno process, the build command, output, and production start command instead of relying on a lucky default.
Set secrets and public configuration with the correct build-time or runtime scope.
Watch the build, startup, and health checks; then exercise a real application path rather than only the homepage.
Point the domain after the generated endpoint is healthy. Managed HTTPS should complete before traffic is moved.
Keep the previous successful release available and make database changes backward-compatible before scaling replicas.
Yes. Deno APIs, TypeScript services, webhooks, and applications using explicit runtime permissions. The recommended starting product is Web Services, subject to the runtime boundary described on this page.
Start with deno cache main.ts. Keep the dependency lockfile committed and test the same command in a clean environment before deployment.
Use deno task start. A server deployment must listen on the assigned port, stay in the foreground, and exit when startup fails.
Yes. Deploy to the generated endpoint first, verify health, then connect the domain and wait for managed HTTPS before moving traffic.
Use the service environment and keep production secrets out of Git, build logs, browser bundles, and image layers.
Use health checks, backward-compatible data changes, a verified new release, and a retained previous release that can be restored quickly.