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Build multi-profile stress tests from brute complexity and constraints, then execute with traceable evidence.
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Based on SOC occupation classification
Use when creating competitive programming problems with AutoCode MCP tools. Enforces the plugin workflow for problem statements, std/brute solutions, validators, generators, stress tests, final data verification, and Polygon packaging.
Validate statement samples and sample files for competitive programming problems. Ensures the expected outputs in problem statements match the actual solution output.
Verify final tests with hard quality gates: integrity, consistency, validator, limit semantics, and wrong-solution kill.
Turn deterministic problem_audit difficulty signals into a CF-style rating with reasons and confidence.
Audit statement, tutorial, and samples for consistency and publication readiness before packaging.
Define and enforce project-wide quality standards for agent and skill documents. Use when creating, reviewing, or refactoring files under agents/ and skills/ to keep structure, terminology, and output contracts consistent.
| name | stress-strategy |
| description | Build multi-profile stress tests from brute complexity and constraints, then execute with traceable evidence. |
| disable-model-invocation | false |
Goal: build a reproducible and explainable multi-profile stress strategy from brute complexity and constraints, instead of running a single random profile.
tiny_exhaustive, random_small, and edge_small.type=1 for tiny_exhaustive, type=2 for random_small, and type=3/4 for edge_small.type=3: boundary and extreme constraints coverage.type=4: targeted worst-case/TLE-inducing patterns, not simple max-parameter scaling.O(n^2), automatically lower n_max and trials.When calling stress_test_run, pass stress_profiles and record completed rounds and failure points for each profile.
decision: go / no_gostress_profiles: each profile's name/trials/types/generator_argsexecution_summary: completion status and failed rounds per profilenext_fix_hint: if failed, provide prioritized fix direction (std/brute/generator/validator)go: all required profiles complete and no correctness mismatch remains.no_go: any required profile is incomplete, or mismatches remain unresolved.type=4 as a duplicate of type=3.