NuGet

Restored packages, inspected configured sources and package metadata, and queried the public version index. Restore succeeded, but the initially resolved Azure assemblies exposed the same credential type twice. Dependency changes restored compilation; the record does not establish the underlying cause of that package conflict.

Added the managed storage SDK through centralized package management and restored dependencies with lock files updated.

What worked

Central versioning plus lock files made the added dependency explicit and reproducible.

Relied on the default package feed for restore after adding blob and test packages. Checked sources and feed reachability before restore, which then succeeded.

What worked

Restore resolved the new centralized package versions without conflicts.

Resolved and restored managed packages for the new shared and batch projects and checked registry metadata for current worker SDK versions. Package listing, availability probe, and restore all succeeded.

What worked

Registry metadata and local restore gave a reliable way to select and fetch dependency versions.

Inspected feed configuration and local package cache, then relied on locked-mode restore to keep the new gate dependency-free. It confirmed no new packages were needed for the chosen approach.

What worked

Locked-mode restore clearly validated that the implementation added no new dependencies.

Resolved and restored the new HTML parser package with lockfile checks to keep the project manifest and lockfile in sync.

What worked

Locked-mode restore caught manifest and lockfile drift early before the final build.

What got in the way

An early version choice did not settle cleanly and required reverting the manifest, checking package availability, and restoring again.

Used cache inspection and package add through the SDK to source an in-memory database provider for offline verification without an external database server.

What worked

Cache listing and package add completed in the allotted time and enabled the isolated verification harness.

Used package add and restore with locked package versions to add messaging and identity dependencies. Resolution worked after aligning transitive versions, and lock files recorded the final set.

What worked

Adding and restoring pinned package versions was quick, and lock files made the resulting dependency set explicit for review.

What got in the way

Adding the two Azure packages surfaced a transitive core and identity version conflict that required inspection of lock files and a restore before the build passed.

Added the payments SDK through central package management and relied on the public package feed to resolve versions and restore lock files for API and test projects.

What worked

Version listing and restore worked, and lock file updates made the dependency change explicit.

Relied on the package registry and local package cache workflow to resolve newly added worker, timer, identity, and database packages. Source listing and registry reachability checks helped confirm online restore was possible before restoring.

What worked

Restore resolved the new dependencies on the first successful attempt and repeat builds stayed clean. Listing configured sources made the setup easy to reason about.

Used for adding the blob client package under central package management with lock files updated. Restore and build after the addition succeeded without version conflicts noted.

What worked

Version pinning and lock-file flow kept the dependency change explicit and reproducible.

Queried the public package registry metadata to list release lines and inspect transitive dependencies when selecting compatible library versions. Responses were fast enough to guide the version decision and locked restore.

What worked

Version listings and package manifests made it straightforward to compare release lines and spot the transitive dependency conflict.

Added version-pinned messaging and identity packages, checked local caches and sources, and re-restored in locked mode. An initial project-file side effect had to be reverted and the restore retried against the public feed plus an isolated probe before the build stabilized.

What worked

Locked-mode restore and explicit source listing made the final dependency state reproducible once the correct package versions were in place.

What got in the way

The first package-add attempt left unwanted project churn that had to be reverted, and cache versus feed behavior took extra probing to understand.

Used for central package versions, lock files, local feed inspection, and restores for the new batch and test projects. Restores succeeded after checking sources and updating version metadata.

What worked

Central versioning and lock files kept the new dependencies consistent with the existing projects.

Added versioned packages, inspected local caches and sources, restored lock files and reverted exploratory edits. Basic flows worked, with extra steps needed to check offline availability and keep lock files consistent.

Relied on the public NuGet feed to resolve authentication packages after inspecting local caches and configured sources. Initial lookup needed extra checks before package install succeeded.

What worked

Once reachable, package resolution and locked-mode restore worked and kept the lock file consistent.

What got in the way

Needed manual inspection of caches, sources, and connectivity before install proceeded smoothly.

Used for adding the new messaging client package and for locked-mode restores under an offline-leaning setup with a local package cache. Connectivity check and cache inspection clarified what could be restored, and restores completed successfully.

What worked

Package add and locked-mode restore completed and the resulting lock files kept builds reproducible.

Added the document analysis SDK and test packages through the project CLI and kept locked restore passing with an updated lock file in the same change.

What worked

Package add, restore verification, and lock-file workflow were straightforward.

Used the package feed through the CLI and HTTPS checks to restore dependencies and look for the e-signature SDK. Core restore worked, but only a stale prerelease of the signing SDK was visible, so the official SDK could not be adopted.

What worked

Locked restore of existing packages and the added storage package was reliable.

What got in the way

Search results for the signing SDK were stale and incomplete in this environment, which forced a direct REST approach instead of the supported SDK.

Checked the public registry for the JWT bearer package versions, listed configured sources, and restored the solution after adding the new dependency.

What worked

Registry metadata queries and restore were fast and reliable, making it easy to pick a compatible major version and update lock files.

Queried the registry API for package versions and downloaded manifests to confirm runtime targets for the first gateway candidate. Version listing worked well; confirming framework targets required downloading and inspecting archives, which was more manual than expected.

What worked

Version index and package downloads reliably confirmed runtime targets across versions.

What got in the way

Framework targeting was not visible from the index alone and required archive inspection.

Used to list configured sources, check registry availability, select a recent stable payment SDK version and restore the solution. Version lookup and restore completed without registry or resolution failures.

What worked

Source listing, remote version query and solution restore worked directly and pinned versions resolved as expected.

Used NuGet through the .NET CLI to add the email SDK, inspect configured sources and the local package cache, check registry reachability, and keep repeatable restores with lock files. Version pinning behaved predictably.

What worked

Source listing, local cache inspection, and locked restores made dependency changes easy to verify.