Operator Workflows¶
Operator workflows should start from documented package entrypoints and end in reviewable outputs.
This page connects interface prose to real use. A reader should leave with a picture of how commands, APIs, inputs, and outputs hang together in a workflow an operator can actually repeat.
Treat the interfaces pages for bijux-proteomics-core as the bridge between implementation detail and caller expectation. They should show what the package is prepared to defend before a dependency forms.
Visual Summary¶
flowchart TB
page["Operator Workflows<br/>clarifies: identify contracts | see caller impact | review compatibility"]
classDef page fill:#dbeafe,stroke:#1d4ed8,color:#1e3a8a,stroke-width:2px;
classDef positive fill:#dcfce7,stroke:#16a34a,color:#14532d;
classDef caution fill:#fee2e2,stroke:#dc2626,color:#7f1d1d;
classDef anchor fill:#ede9fe,stroke:#7c3aed,color:#4c1d95;
classDef action fill:#fef3c7,stroke:#d97706,color:#7c2d12;
surface1["CLI entrypoint in src/bijux_proteomics/interfaces/cli.py"]
surface1 --> page
surface2["HTTP app in src/bijux_proteomics/programs.py"]
surface2 --> page
surface3["program schemas in src/bijux_proteomics/programs.py"]
surface3 --> page
proof1["src/bijux_proteomics/programs.py"]
page --> proof1
proof2["execution store records"]
page --> proof2
proof3["src/bijux_proteomics/programs.py"]
page --> proof3
review1["tests/e2e for governed flow behavior"]
review1 -.raises compatibility pressure on.-> page
review2["tests/regression and tests/smoke for replay and storage protection"]
review2 -.raises compatibility pressure on.-> page
review3["tests/unit for api, contracts, core, interfaces, model, and runtime"]
review3 -.raises compatibility pressure on.-> page
class page page;
class surface1,surface2,surface3 positive;
class proof1,proof2,proof3 anchor;
class review1,review2,review3 caution;
Workflow Anchors¶
- entry surfaces: CLI entrypoint in src/bijux_proteomics/interfaces/cli.py, HTTP app in src/bijux_proteomics/programs.py, program schemas in src/bijux_proteomics/programs.py
- durable outputs: execution store records, replay decision artifacts, non-determinism policy evaluations
- validation backstops: tests/unit for api, contracts, core, interfaces, model, and runtime, tests/e2e for governed flow behavior
Concrete Anchors¶
- CLI entrypoint in src/bijux_proteomics/interfaces/cli.py
- HTTP app in src/bijux_proteomics/programs.py
- program schemas in src/bijux_proteomics/programs.py
- src/bijux_proteomics/programs.py
Use This Page When¶
- you need the public command, API, import, schema, or artifact surface
- you are checking whether a caller can safely rely on a given entrypoint or shape
- you want the contract-facing side of the package before building on it
Decision Rule¶
Use Operator Workflows to decide whether a caller-facing surface is explicit enough to depend on. If the surface cannot be tied back to concrete code, schemas, artifacts, examples, and tests, treat it as unstable until that evidence is visible.
What This Page Answers¶
- which public or operator-facing surfaces
bijux-proteomics-coreis really asking readers to trust - which schemas, artifacts, imports, or commands behave like contracts
- what compatibility pressure a change to this surface would create
Reviewer Lens¶
- compare commands, schemas, imports, and artifacts against the documented surface one by one
- check whether a seemingly local change actually needs compatibility review
- confirm that examples still point to real entrypoints and not to stale habits
Honesty Boundary¶
This page can identify the intended public surfaces of bijux-proteomics-core, but real compatibility depends on code, schemas, artifacts, examples, and tests staying aligned. If those disagree, the prose is wrong or incomplete.
Next Checks¶
- move to operations when the caller-facing question becomes procedural or environmental
- move to quality when compatibility or evidence of protection becomes the real issue
- move back to architecture when a public-surface question reveals a deeper structural drift
Purpose¶
This page connects package interfaces to the workflows an operator actually performs.
Stability¶
Keep it aligned with the existing commands, endpoints, and outputs.