runtime-script-contract

A runtime contract for benchmark scripts is enforced by defining canonical import patterns, required module bindings, and explicit final result bindings so scripts integrate safely with validation, simulation, and submission helpers. It ensures a safe, import-safe runtime environment.

A canonical runtime contract for solution scripts defines precise import patterns and module bindings that separate read-only benchmark context from engineering implementations. It standardizes how scripts interact with the runtime for reliable validation and submission flows.

Structure benchmark_script.py and solution_script.py by using canonical imports, exposing a final result binding, and following documented helper signatures. This separation ensures scripts integrate correctly with validation, simulation, and submission workflows.

No external dependencies are required to define runtime contracts for engineering scripts. The contract relies on canonical imports, explicit module bindings, and documented helper signatures within the workspace to ensure safe execution and evidence rendering.

Benchmark script validation fails during submission when scripts do not adhere to the canonical runtime contract, missing required import patterns, module bindings, or explicit final result bindings needed by validation, simulation, and submission helpers.

Runtime contracts support evidence rendering and task handoffs by providing documented helper signatures and clear separation between benchmark context and engineering implementations. This ensures consistent outcomes across benchmark and engineering tasks.