
DevOps Center Pipeline Management
OfficialFreeStreamline your DevOps pipeline lifecycle with CLI tools.
Free · Opens the source repo
What DevOps Center Pipeline Management does
DevOps Center Pipeline Management is a skill designed to facilitate the complete lifecycle management of pipelines within Salesforce DevOps Center. This skill allows users to perform a variety of operations, including listing all existing pipelines, retrieving detailed information about specific pipelines, and creating new pipelines linked to Git repositories. Additionally, users can manage stages within these pipelines, such as adding, removing, or renaming stages, and attaching or detaching Salesforce environments to stages. The skill also supports activating or deactivating pipelines, making it a comprehensive tool for managing release workflows.
The skill operates through a series of CLI commands that utilize the Salesforce DevOps pipeline and stage commands, providing outputs in JSON format for easy integration into automated workflows. Users can initiate operations based on their specific needs, whether that involves setting up a new release pipeline, configuring stages for integration, UAT, staging, or production environments, or activating continuous delivery pipelines. The structured output allows for programmatic consumption, making it suitable for developers and teams looking to automate their DevOps processes.
This skill is particularly useful for teams that are heavily invested in Salesforce and need a reliable way to manage their DevOps pipelines without relying on a graphical interface. By leveraging CLI commands, users can quickly execute operations, ensuring that their pipelines are set up correctly and efficiently. The skill is ideal for DevOps engineers, Salesforce administrators, and developers who are involved in the deployment processes and need to maintain a clear and organized pipeline structure.
However, it's important to note that this skill does not handle the work-item lifecycle, promotion or deployment execution, conflict detection, or standalone project creation. Users looking for those capabilities will need to explore additional skills that cater to those specific needs. Overall, DevOps Center Pipeline Management provides a focused and effective solution for managing the complexities of DevOps pipelines in Salesforce.
When to use it
Use this skill when you need to manage the lifecycle of DevOps pipelines in Salesforce, including creation, configuration, and activation.
When not to use it
Avoid this skill if you require features related to work-item lifecycle management or deployment execution, as those are not supported.
What you can build with it
Creating a New Pipeline
Use the skill to create a new DevOps pipeline linked to a Git repository, streamlining the setup process.
Managing Pipeline Stages
Easily add or remove stages in your pipeline to adapt to changing development workflows.
Activating Release Pipelines
Activate or deactivate pipelines as needed to control the flow of releases across different environments.
How to install DevOps Center Pipeline Management
View source1. Install with the skills CLI
npx skills add forcedotcom/sf-skills/dx-devops-pipeline-manage --agent claude-code2. Or install it manually
Download the skill folder and drop it into ~/.claude/skills/ for all projects, or .claude/skills/ to scope it to one repo. Restart Claude Code so it picks up the new skill.
Anthropic's agentic coding CLI, and the reference implementation of Agent Skills. Drop a skill folder into ~/.claude/skills and Claude Code loads it automatically whenever a task matches the skill's description. Claude Code docs
Inside SKILL.md
Written by forcedotcomDevOps Center Pipeline Management
Manages the complete pipeline lifecycle in DevOps Center — from creation against a repository, through stage and environment configuration and project attachment, to activation of a ready-to-promote release pipeline. Provides headless CLI-driven operations for autonomous release workflows.
Scope
- In scope: List pipelines, get pipeline details, create a pipeline (linked to an existing or new Git repo), add/delete/rename stages, add/delete Salesforce environments on stages, attach/detach projects, and activate/deactivate/rename the pipeline
- Out of scope: Work-item lifecycle, promotion/deployment execution, conflict detection, standalone project creation (separate skills)
Required Inputs
Gather or infer before proceeding:
- Operation type: list, get, create, add-stage, delete-stage, rename-stage, add-environment, delete-environment, attach-project, detach-project, activate, or deactivate
- For get / any stage or environment op: pipeline ID (required) — obtain via
sf devops pipeline list --json - For create: pipeline name (required) and a Git repo (
--repo, required). Repo flags differ by scenario:- Existing repo (GitHub or Bitbucket): only
--repo <url>— do not pass--repo-type/--create-repo - New GitHub repo:
--repo <name> --create-repo --repo-type github --repo-owner <org-or-user> - New Bitbucket repo:
--repo <name> --create-repo --repo-type bitbucket --bitbucket-workspace <workspace>(--bitbucket-project-key <key>optional) - Description (
--description) optional in all cases
- Existing repo (GitHub or Bitbucket): only
- For add-stage: pipeline ID, new stage name, and
--next-stage-id(the stage the new one precedes) — get stage IDs viasf devops pipeline get - For add-environment: pipeline ID, stage ID, environment name, and
--org-type(Production or Sandbox) - For attach/detach-project: pipeline ID and project ID
- For activate/deactivate/rename: pipeline ID
Defaults unless specified:
- Output format:
--jsonfor headless consumption - Target org: use
--target-org <alias>if not relying on the default org
If the user gives a clear request ("create a pipeline on repo myorg/myrepo", "add a UAT stage before Production", "activate pipeline 0XB..."), proceed immediately without unnecessary questions.
Workflow
All operations use sf devops pipeline and sf devops stage CLI commands with --json output for structured consumption. Pipeline IDs and stage IDs are the primary identifiers — resolve them via list and get before mutating.
Phase 1 — Identify Operation
- Determine the operation type from user intent:
- "list", "show all pipelines" → list; "details of pipeline", "show stages" → get
- "create", "set up", "new pipeline" → create
- "add stage", "insert stage" → add-stage; "rename stage" → rename-stage; "remove/delete stage" → delete-stage
- "connect environment", "add org to stage" → add-environment; "remove environment" → delete-environment
- "attach project", "connect project" → attach-project; "detach project" → detach-project
- "activate", "turn on"; "deactivate", "turn off"; "rename pipeline" → lifecycle update
Phase 2 — Execute Operation
-
Verify org authentication before any operation:
sf org display --json- If no default org is set or auth has expired, instruct the user to run
sf org login web --set-default --alias <alias> - Confirm the org has DevOps Center enabled by running
sf devops pipeline list --json - Add
--target-org <alias>to every command when targeting a specific org
- If no default org is set or auth has expired, instruct the user to run
-
Inspect pipelines:
sf devops pipeline list --json # all pipelines in the org sf devops pipeline get --pipeline-id <pipeline-id> --json # one pipeline, with stages/repos/projectslistreturns SObject records under.result.pipelines[]with capitalized fields (.Id,.Name,.IsActive) — it does not include stages or connected projectsgetreturns a single pipeline under.resultwith camelCase fields (.id,.name,.stages[],.connectedProjects[]); each stage has.id,.name,.nextStageId,.branchName, and.environment.{id,name}. Stages are a linked list — order is defined bynextStageId, and the terminal stage hasnextStageId: null. Usegetto discover stage IDs before any stage or environment operation
-
Create a pipeline — the pipeline must be linked to a Git repository.
--nameand--repoare always required; the remaining flags depend on the repo scenario:# Existing repo (GitHub or Bitbucket) — pass the full repo URL, nothing else sf devops pipeline create --name "<pipeline-name>" --repo <repo-url> --json # New GitHub repo — requires --repo-owner sf devops pipeline create --name "<pipeline-name>" --repo <repo-name> \ --create-repo --repo-type github --repo-owner <org-or-user> --json # New Bitbucket repo — requires --bitbucket-workspace (--bitbucket-project-key optional) sf devops pipeline create --name "<pipeline-name>" --repo <repo-name> \ --create-repo --repo-type bitbucket --bitbucket-workspace <workspace> \ --bitbucket-project-key <key> --json # Custom stage chain (any scenario) — repeat --stage in promotion order sf devops pipeline create --name "<pipeline-name>" --repo <repo-url> \ --stage Dev --stage QA --stage Prod --json- Provider-specific required flags: GitHub new repo →
--repo-owner; Bitbucket new repo →--bitbucket-workspace. Omitting the provider's required flag fails the create - Do not pass
--repo-type/--create-repofor an existing repo — supply only the repo URL via--repo - Custom stages at create time: a new pipeline seeds the default stage chain Integration → UAT → Staging → Production. To seed different stages, repeat
-s/--stageonce per stage in promotion order — e.g.--stage Dev --stage QA --stage Prod. This avoids adding/renaming stages afterward - Add
--description "<text>"optionally in any scenario - Capture the returned pipeline ID for subsequent stage/environment/project/activation steps
- Idempotency: the CLI does not dedupe. Before creating, run
sf devops pipeline list --jsonand check for a pipeline with the same name/repo; return the existing one if found. Seereferences/parsing-patterns.mdfor the check-before-create snippet
- Provider-specific required flags: GitHub new repo →
-
Configure stages — a stage is added relative to an existing stage, then bound to an environment. Read
references/cli-commands.mdfor full flag details before multi-stage work:# Insert an empty stage BEFORE an existing stage (get the next-stage-id from `pipeline get`) sf devops pipeline stage add --pipeline-id <id> --name "<stage-name>" --next-stage-id <stage-id> --json # Rename a stage sf devops pipeline stage update --pipeline-id <id> --stage-id <stage-id> --name "<new-name>" --json # Delete a stage (predecessor auto-relinks to successor) sf devops pipeline stage delete --pipeline-id <id> --stage-id <stage-id> --jsonstage addinserts an empty stage (no branch/environment) before--next-stage-id; configure its environment separately- Build the promotion chain by inserting each new stage before the stage that should follow it
-
Bind environments to stages — attach a Salesforce org to a stage:
# Validate the org-type against the fixed enum BEFORE calling the CLI bash scripts/validate-org-type.sh "<Production|Sandbox>" # exits non-zero on an invalid value sf devops stage environment add --pipeline-id <id> --stage-id <stage-id> \ --environment-name "<env-name>" --org-type <Production|Sandbox> --json # Remove an environment (pipeline must be inactive) sf devops stage environment delete --pipeline-id <id> --environment-id <env-id> --json--org-typemust be exactlyProductionorSandbox— runscripts/validate-org-type.sh <value>first and only proceed on exit 0- Headless caveat:
stage environment addtriggers an OAuth browser flow. In headless/CI runs pass--no-browser— the CLI prints a redirect URL for manual authentication
-
Attach / detach a project — a project can be attached to only one pipeline:
sf devops pipeline project add --pipeline-id <id> --project-id <project-id> --json sf devops pipeline project delete --pipeline-id <id> --project-id <project-id> --json- If the user names a project instead of providing its ID, resolve it via
sf devops project list --json(seereferences/parsing-patterns.md)
- If the user names a project instead of providing its ID, resolve it via
-
Activate / deactivate / rename the pipeline:
# Before activating, confirm the deterministic ≥1-stage prerequisite bash scripts/check-activation-ready.sh <id> [target-org] # exits non-zero if stage-less sf devops pipeline update --pipeline-id <id> --activate --json # activate sf devops pipeline update --pipeline-id <id> --deactivate --json # deactivate sf devops pipeline update --pipeline-id <id> --name "<new-name>" --json # rename- Before
--activate, runscripts/check-activation-ready.sh <id>and only proceed on exit 0 — it fails with an actionable message when the pipeline has no stages - Stages cannot be modified after the pipeline is activated and changes are promoted through it — finish stage/environment configuration before activating
--activateand--deactivateare mutually exclusive;--deactivateand--namemay be combined in one command
- Before
Phase 3 — Verify and Report
-
Verify operation success — use
scripts/verify-operation.sh, which performs the deterministic JSON-status and post-state field checks and exits non-zero with an actionable message on mismatch:# Assert a captured command's JSON status is 0 (pipe the CLI output in) sf devops pipeline update --pipeline-id <id> --activate --json | bash scripts/verify-operation.sh status - # Assert post-state after activate / stage / project ops bash scripts/verify-operation.sh active <id> true [target-org] # isActive == true bash scripts/verify-operation.sh has-stage <id> "<stage>" [target-org] # stage present in chain bash scripts/verify-operation.sh has-project <id> "<project>" [target-org] # project connected- Create: confirm the pipeline appears in
sf devops pipeline list --jsonby.Nameand capture its.Id - Stage / environment / project changes: verify with the
has-stage/has-projectmodes above (they readsf devops pipeline getand check.result.stages[]/.result.connectedProjects[]) - Activate: verify with the
active <id> truemode
- Create: confirm the pipeline appears in
-
Report results:
- List: pipeline name, ID, and active state per pipeline (no stages — that's what
getis for) - Get: pipeline name, ID, active state, stage chain (each stage's name → environment → branch, ordered via
nextStageId), connected projects - Create: pipeline ID, name, and linked repo (or "existing pipeline returned" on idempotent match)
- Stage / environment / project op: the resulting stage chain with each stage's environment, in promotion order
- Lifecycle: the new active state and/or name
- List: pipeline name, ID, and active state per pipeline (no stages — that's what
Verification Checklist (gate before reporting success)
Confirm the items for the operation you performed. Do not report success until every applicable box holds:
- Every
sf devopscommand was run with--jsonand returnedstatus: 0(scripts/verify-operation.sh status -) - Create: the new pipeline appears in
sf devops pipeline list --jsonby name, and (for a new repo) the provider-specific flags were supplied (--repo-ownerfor GitHub,--bitbucket-workspacefor Bitbucket) - Add-stage / add-environment: the stage exists in the chain and
--org-typepassedscripts/validate-org-type.sh(scripts/verify-operation.sh has-stage ...) - Attach-project: the project shows in
.result.connectedProjects[](scripts/verify-operation.sh has-project ...) - Activate:
scripts/check-activation-ready.shpassed beforehand and.result.isActiveis nowtrue(scripts/verify-operation.sh active <id> true) - Delete-environment: the pipeline was inactive before the delete
Rules / Constraints
| Constraint | Rationale |
|---|---|
All sf devops commands must use --json flag | Structured output is required for headless consumption; human-readable output is unreliable for parsing |
| A pipeline requires a Git repo at create time | sf devops pipeline create requires --name and --repo; for an existing repo pass only the URL, for a new repo add --create-repo and --repo-type |
| New-repo create needs provider-specific flags | GitHub requires --repo-owner; Bitbucket requires --bitbucket-workspace (--bitbucket-project-key optional). The wrong provider's flags fail the command |
| Pipeline ID required for get, update, and all stage/environment/project ops | These commands identify the pipeline only by --pipeline-id; obtain it via sf devops pipeline list |
Stage IDs come from pipeline get | stage add (--next-stage-id), stage update/delete (--stage-id), and stage environment add (--stage-id) all need stage IDs |
stage add inserts an empty stage before --next-stage-id | Stages carry no environment until one is added; build the chain by anchoring to the following stage |
--org-type must be exactly Production or Sandbox | The flag is a fixed enum; other values fail |
| Pipeline must have ≥1 stage before activation | sf devops pipeline update --activate rejects a stage-less pipeline |
| Do not modify stages after activate + promote | DevOps Center locks stage structure once changes have been promoted through an active pipeline |
| Environment delete requires an inactive pipeline | stage environment delete only succeeds while the pipeline is inactive |
| A project attaches to only one pipeline | pipeline project add fails if the project is already attached elsewhere; detach first |
| Idempotent create via check-before-create | The CLI does not dedupe; list existing pipelines and return the match instead of erroring |
Prefer --no-browser in headless runs | stage environment add opens an OAuth browser flow; --no-browser prints a redirect URL for CI |
Gotchas
| Issue | Resolution |
|---|---|
| No default org set | Run sf org display --json first; if it fails, instruct user to run sf org login web --set-default |
| Create fails — missing repo | --repo is required; pass an existing repo URL, or --create-repo + --repo-type for a new repo |
| New-repo create fails — missing provider flag | GitHub new repo needs --repo-owner; Bitbucket new repo needs --bitbucket-workspace. Don't mix providers' flags (--repo-owner with bitbucket, or --bitbucket-workspace with github) |
stage add fails — no next-stage-id | --next-stage-id is required; run sf devops pipeline get --pipeline-id <id> --json to find the stage IDs and pick the one the new stage should precede |
| Environment add hangs in CI | The OAuth browser flow blocks headless runs; add --no-browser and complete auth via the printed redirect URL |
| Activation rejected | The pipeline needs at least one stage; add a stage (and its environment) before --activate |
| Cannot modify stages | The pipeline is active and has promoted changes; stage structure is locked — configuration must complete before activation |
| Environment delete fails | The pipeline is active; deactivate with pipeline update --deactivate before deleting the environment |
| Project already attached | A project attaches to only one pipeline; detach from the other pipeline first via pipeline project delete |
| Pipeline / stage / project not found | The ID is invalid; run sf devops pipeline list --json, sf devops pipeline get --json, or sf devops project list --json to find valid IDs |
Output Expectations
Deliverables vary by operation:
- List: pipelines with ID, name, and active state (no stages/projects in the list view)
- Get: a pipeline with ID, name, active state, its stage chain (each with environment and branch, ordered via
nextStageId), and connected projects - Create: pipeline ID, name, and linked repository (or the pre-existing pipeline on idempotent match)
- Stage op: the updated ordered stage chain
- Environment op: the stage with its bound environment (name, org-type)
- Project op: confirmation of attach/detach
- Lifecycle: the new active state and/or pipeline name
Outputs are derived from sf devops pipeline and sf devops stage CLI commands.
Cross-Skill Integration
| Delegate to | When |
|---|---|
dx-devops-work-item-manage | The user wants to create or advance work items once the pipeline is active |
If a project the user wants to attach can't be found, resolve or list existing projects with sf devops project list --json (see references/parsing-patterns.md) rather than delegating — project creation is out of scope for this skill.
Reference File Index
| File | When to read |
|---|---|
references/cli-commands.md | When you need detailed CLI flag documentation and JSON output schemas for each sf devops pipeline / sf devops stage command |
references/parsing-patterns.md | When you need jq snippets to parse the JSON (stage chains, pipeline/project ID resolution), error-handling reference, the check-before-create idempotent pattern, or auth requirements |
examples/common-workflows.md | When the user's request matches a common pattern (end-to-end pipeline setup, inserting a stage, binding an environment, attaching a project, activation) |
scripts/validate-org-type.sh | Run before stage environment add to validate --org-type against the Production/Sandbox enum |
scripts/check-activation-ready.sh | Run before pipeline update --activate to confirm the pipeline has ≥1 stage |
scripts/verify-operation.sh | Run in Phase 3 to assert a command's JSON status and post-state fields (status / active / has-stage / has-project) |
Frequently asked questions about DevOps Center Pipeline Management
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