Single service comparison

CodeArts Artifact is the direct Huawei counterpart and serves the same artifact-repository role, but its top-level organization is project- and tenant-scoped within the CodeArts suite rather than the independent domain/repository hierarchy CodeArtifact exposes. CodeArtifact provides protocol-compatible endpoints for npm, Maven, PyPI, NuGet, and generic formats organized as repositories inside a domain, with upstream external-connection sources and cross-repository package flow. CodeArts Artifact likewise supports common package formats and integrates with CodeArts Repos and Pipeline, but its repository model, authorization scopes, and API surface differ; treat client configuration and push/pull credentials as items that must be re-mapped, not copied.

Integration and operational responsibility diverge around IAM and pipeline coupling. CodeArtifact authenticates through AWS IAM with resource policies and cross-account sharing, charges on stored data, requests, and data transfer, and pairs with CodePipeline/CodeBuild for promotion gates. CodeArts Artifact operates under Huawei Cloud IAM within the CodeArts tenant/project model, with billing tied to CodeArts package tiers and storage usage, and promotion through CodeArts Pipeline. Expect to rewrite auth policies, upstream-source definitions, and stage-gate references rather than migrate them verbatim.

Scaling, retention, and governance controls are not identical. CodeArtifact exposes storage limits and lifecycle behaviors defined at the account/repository level with CloudWatch monitoring, while CodeArts Artifact governs quotas through CodeArts project settings and exposes observability via the CodeArts console and Cloud Service Engine telemetry where available. Do not assume one-click parity for retention policies, replication, or cross-region behavior; validate supported regions, repository quotas, and backup/restore semantics per target region before production cutover.

For container and OCI artifact variants, CodeArts Artifact is not the only landing zone. Container images, Helm charts, and OCI artifacts belong in Software Repository for Containers (SWR), which is the registry service paired with CCE and CodeArts Pipeline. Use CodeArts Artifact for language package repositories and SWR for container/OCI workloads, mapping the AWS CodeArtifact generic repository use case explicitly to the right Huawei target rather than treating them as interchangeable.

Assess Workday scope first: inventory every CodeArtifact domain, repository, external-connection, and client (build tool, package manager, CI stage). For each, decide the target class—language packages to CodeArts Artifact, container/OCI artifacts to SWR. Confirm supported formats (npm, Maven, PyPI, NuGet, generic) and target region availability in CodeArts Artifact, and capture IAM permissions, resource policies, and retention/lifecycle rules to re-express as Huawei IAM and CodeArts project settings.

For data migration there is no published one-click import path from CodeArtifact to CodeArts Artifact. Plan a repository-by-repository transfer using client-side tooling: re-point package managers to the new CodeArts Artifact endpoints, republish retained artifacts with preserved coordinates, and re-establish upstream external sources inside CodeArts Artifact. Recreate promotion gates in CodeArts Pipeline referencing the new repository endpoints, and update build specs that consumed CodeArtifact authorization tokens.

Validate before cutover with a parallel-run phase: resolve every dependency from CodeArts Artifact in a staging pipeline, verify checksums and version ordering against the CodeArtifact source, and confirm immutable-release artifacts are intact. Re-baseline retention, access controls, and quota headroom against observed peak build and pull rates, then switch CI/CD stages and developer workstations over using updated endpoint configuration and IAM-scoped credentials.

Recompute total cost of ownership for the Huawei model: CodeArts Artifact and SWR charges center on repository tiers, storage usage, and in some cases request volume and inter-region/cross-VPC traffic, rather than CodeArtifact's request-plus-storage-plus-transfer metering. Review peak parallel pull rates, retention horizon, and cross-region egress to right-size plans, and document remaining gaps—such as missing policy equivalents, cross-account sharing semantics, or replication features—as risk items requiring architectural mitigation.