Section 38 of 51
92. Compiler Service Architecture
Stable section ID: S05-CON-008-SECTION-38 · 24 content blocks
The Compiler Service Architecture defines how compiler capabilities are deployed, accessed, coordinated, secured, scaled, and audited.
Services may include:
source-ingestion services;
registry and package-resolution services;
parsing services;
semantic services;
identity and namespace services;
configuration and profile services;
engineering graph services;
validation and rule services;
evidence and certification services;
output-generation services;
diagnostic and reporting services;
provenance and audit services.
Service boundaries shall reflect stable responsibilities and shall not fragment a single engineering decision across undocumented interactions.
Every compilation request shall receive a unique identity and shall operate within an immutable or controlled Compilation Context.
Service communications shall preserve identity, version, authorization, integrity, and traceability.
The architecture shall support local, cloud, edge, organizational, and regulated deployment models. Safety-significant compilation shall not depend upon an unavailable external service unless the target workflow explicitly permits that dependency.
Caching and distributed execution may improve performance, but cached results shall be reused only when their source content, dependency graph, compiler version, profile context, rule versions, and target requirements remain valid.
Services shall enforce access control, confidentiality, resource limits, audit logging, and protection against untrusted packages or plugins.
Failure of one service shall produce an explicit compilation status. Partial results shall not be presented as complete or approved outputs.
The Service Architecture should support APIs for authorized engineering tools, Building BIOS systems, Digital Twins, registries, manufacturing platforms, robotic systems, inspection systems, and lifecycle services.
All API contracts shall be versioned and shall distinguish submission, analysis, validation, approval, release, and activation operations.
The Engineering Compiler may be implemented as a single integrated application or as coordinated distributed services. In either implementation, the same principles of determinism, authority, provenance, safety, reproducibility, and controlled evolution shall apply.