FINBOT STRATEGY MAPPING REPAIR Immediate cause The delivered replay_config.json set strategy_module:null. The adapter raises HOST_STRATEGY_MODULE_NOT_CONFIGURED before attempting any module import. Merely placing host_strategy.py or strategy.py alongside it does not set that field. The installer preserves configuration, so reinstalling the bundle may preserve that null value as well. This was an incomplete integration in the delivery. Run on the Mac, without changing any directory paths in the source: Extract this ZIP, then open Repair_Strategy.command. It resolves the project at: /Users/bpa/Desktop/ForesixaQuant/FinBot_Century_Gauntlet/ Alternatively run from the extracted repair folder: python3 -I repair_strategy_mapping.py This is the repair execution script; it does NOT launch another supervisor. What it does - Reads the existing configuration; preserves every unrelated setting. - Respects a configured strategy_file/module when valid. Otherwise searches host_strategy.py and strategy.py in the named project, then ForesixaQuant parent. - Checks syntax, module callback declarations and compatible one-context signatures WITHOUT executing private strategy code or making broker calls. - If two different compatible files exist, reports ambiguity instead of silently picking another strategy. If none exists, reports NO_STRATEGY_SOURCE_FOUND. - Module callbacks must be decide(context) and capital_floor(context). A class containing similarly named instance methods is not the same interface. Missing implementation is reported, never replaced with fake HOLD/trading code. - Writes strategy_mapping.json with the real file path/hash and creates the lazy finbot_strategy_entry.py binding module. Adapter imports that binding even when launched from another working directory. The actual strategy file stays intact. - Sets replay_config.json strategy_module to finbot_strategy_entry and strategy_file to the selected actual source. Its digest remains the actual strategy source rather than the wrapper. Changed source requires repair/reload. - Updates strategy_file in an EXISTING replay_isolation.json, preserving the image pin and other settings. It does not invent a container configuration. The hardened runner stages the selected real strategy as host_strategy.py. - Backs up changed files under backups/strategy_mapping_/, writes files atomically and restores originals on a write error. - Leaves all databases, attempt counters, data files, trading services and MFA configuration untouched. No credentials are requested or printed. After repair MAPPING_REPAIRED means only that mapping/configuration were repaired. Restart ONLY the gauntlet supervisor using its EXISTING launch command and SAME --db. Do not start a second loop or reset attempt179. Authentication flags and the isolated runtime configuration remain required if that version is installed. The script does not kill or recreate a process because its real host invocation, private verifier identity and runtime installation cannot be safely guessed. Version diagnosis The hardened runner stages strategy_module:host_strategy inside its container. Seeing the old null-mapping error may therefore mean an older supervisor/process or another source installation is still active. strategy_mapping_report.json includes hardened_runner_detected based on the source found; this is not proof of which process is actually running. It reports restart_required after changes. No security protection is disabled and no unisolated fallback is introduced. Boundaries The repair can bind an existing compatible real strategy. The prior packages contained execution/risk machinery, not a complete autonomous strategy brain. If the host has no compatible strategy source, this repair cannot create its business logic or capital-ratchet definition from a filename. Source need not be uploaded here; any incompatible callbacks must be adapted locally. The delivered historical prices cover Jan1..Jan7,2020, not the requested1926 year. Repairing module configuration does not fabricate1926 crypto bars or make the complete century replay ready. Any subsequent blocker must be reported with its actual code. No successful full host simulation is claimed. Evidence 9 repair tests passed. An additional integration check used the ORIGINAL adapter and repaired configuration to import/call test-only strategy functions. It did not execute your actual strategy or a full market replay. Tests verify preserved settings/history, source non-execution during repair, filename alternatives, parent-folder resolution, ambiguity, interface checks, existing isolation pin, check-only behavior, repeated repair and rollback. Real Mac execution remains unverified. --check performs discovery/validation without writing files.