StaticLogistics

StaticLogistics 1.2.0

Architecture and Compatibility

• Rebuilt the logistics core around explicit domain services
  • Node and face configuration, reciprocal link mutations, group lifecycle operations, transfer execution, and persistence now share one authoritative set of rules.
• Reorganized the source package structure
  • Client UI, content, logistics data, transfer infrastructure, networking, integrations, and platform code now have clearer ownership; obsolete compatibility layers, deprecated implementations, redundant abstractions, and empty packages were removed.
• Introduced stable identities for groups and resource types
  • Groups are identified within their owner's scope, while transfer type selections are stored by published resource IDs instead of relying on implementation order.
• Preserved existing-world data
  • Existing links, groups, selected resource types, and legacy bit-mask data remain readable and are normalized into the current representation without intentionally disconnecting saved networks.

Player-facing Changes

• Expanded group management
  • Renaming a group to an existing name merges both groups only when they belong to the same owner, and a group entry can remove the whole group together with its links.
• Made modifier controls configurable
  • Filter marking, value adjustment, group details and coordinate export, tool scrolling, blueprint movement, rotation, and undo use control-menu key mappings; related tooltips display the configured keys.
• Improved logistics information presentation
  • Group and blueprint panels use translated dimension names and labeled coordinates and face directions, while elapsed-time values are presented with explicit units.
• Expanded Jade integration
  • Output faces report configured transfer types, input faces report accepted types, and logistics readouts include role-appropriate transfer statistics.
• Unified resource and filter configuration
  • Resource selection is explicit per configured output face, and filter screens use a consistent save-and-return flow for entries and matching options.

Performance and Extensibility

• Added a transactional resource transfer pipeline
  • Transfers are simulated before commit, adapters declare their transactional guarantees, and unaccepted remainders are compensated back to the source whenever the resource system supports it.
• Improved cache invalidation and large-network scheduling
  • Capability, query, and routing snapshots are invalidated from their actual mutation points; candidate scanning is fair and constrained by a configurable per-dimension time budget.
• Added versioned topology synchronization
  • Large topology snapshots are paged, permission-filtered, versioned, and applied atomically after all pages arrive.
• Expanded diagnostics and the public adapter API
  • Debug output exposes scheduler, cache, candidate, and resource-type state, and third-party integrations can register resource adapters through a documented contract.