SIG
Stock Directional Forecaster (Sign)Daily Forecast All Symbols Schedule
Configures the in-process daily scheduler that triggers the composite Forecast All Symbols routine — pulls TDM's derivative inventory, configurates every symbol that does not yet have a saved configuration (already-configured symbols are always left alone in the configurate phase), forecasts every symbol that is both in derivative inventory and has a configuration on disk after the configurate phase against one frozen entry date (the next trading day), then writes the consolidated report at forecasts/full/<entry_date>.txt with one row per forecasted symbol carrying (symbol, entry date, direction, configurator accuracy, classifier probability). Time is interpreted in the project's reference timezone (Eastern). When "Only on trading days" is on, the scheduled tick first asks the NYSE calendar whether today is a trading day and skips the run on closed days. Multithreaded / Max workers / Only missing symbols / Allow concurrent execution mirror the per-fire parameters from the Forecast All Symbols execution card and are copied onto every scheduled run. "Only missing symbols" controls the forecast phase only — when on, per-symbol forecast files that already exist on disk for the target entry date are skipped; defaults off so a fresh scheduled run regenerates every per- symbol forecast.
Passive Configuration Refresh Schedule
Configures the in-process interval scheduler that triggers the Passive Configuration Refresh. Cadence is every N hours (not a fixed time of day) so configurations rotate gradually between the heavier daily jobs without causing serious collisions: each run deletes the N oldest configurations (by last_updated date) and then runs the bulk configurator against the missing-only symbol set, so over time every symbol's configuration is refreshed. Multithreaded / Max workers / Allow concurrent execution mirror the per-fire parameter triple from the other bulk jobs and are copied onto every scheduled run. Allow concurrent execution defaults off so the cross-component gate keeps the routine waiting whenever another non-allow- concurrency job is in flight.
