sub-modules
API, SDK and Event Parity
Carry the same operation and failure meaning through protobuf, REST, SDK, CLI and streams.
An engineer tests an operation in the CLI and receives the same denial code and evidence through the SDK and GUI. Automation behaves consistently across every supported surface.
What changes
An engineer tests an operation in the CLI and receives the same denial code and evidence through the SDK and GUI. Automation behaves consistently across every supported surface.
data Viz
data View
section: operating-scene
Operational boundary
- What it does
- Carry the same operation and failure meaning through protobuf, REST, SDK, CLI and streams.
- What the team gains
- Automation behaves consistently across every supported surface.
- What it does not own
- Public surfaces cannot invent a second lifecycle.
- section
- operational-boundary
API, SDK and Event Parity
action: Carry the same operation and failure meaning through protobuf, REST, SDK, CLI and streams.
mechanism: An engineer tests an operation in the CLI and receives the same denial code and evidence through the SDK and GUI.
workflow role: An engineer tests an operation in the CLI and receives the same denial code and evidence through the SDK and GUI.
operational outcome: Automation behaves consistently across every supported surface.
maturity: specified
evidence: MAXACOR Part 12, §§4–15; Part13.
Section 1
Operations team
Section 2
Engineering team
Section 1
Qualified physical state
Section 2
Current work context
Section 1
Evidence-bearing operational disposition
Section 1
Public surfaces cannot invent a second lifecycle.