Star Conflicts Revolt (SCR) — patterns for platform (mine, product)

Policies that keep the org coherent

dotnetgovernancenovolis

Source: D:\github\StarConflictsRevolt (not under D:\frankrepos; ~54 projects). Product rule: StarConflictsRevolt.Server.Simulation stays product code. Platform is Novolis.Simulation.* per library-boundaries.md.

Why this was easy to miss

SCR is not in the d:\novolis workspace or D:\frankrepos scan.
It lives on `D:\github\StarConflictsRevolt` only (plus governance references to StarConflictsRevolt.Server.Simulation).
It is not WEGO/tactical like FleetCommander — it is 4X strategy with server-authoritative event sourcing.

What SCR contains (high value)

Area	Location	Pattern
Event log replay	`SessionAggregate.ReplayEvents`, `IEventStore`, `WorldEngine`	Append-only `IGameEvent` → apply to `World`
Deterministic ticks	`GameSim`, `Advance*Tick` events	Seeded RNG per session/tick for encounters
Game model	`StarConflictsRevolt.Server.GameModel`	Fleets, diplomacy, encounters, economy — product domain
Storage facets	JsonFiles, LiteDb, InMemory, Local	Event persistence — compare `novolis-storage`
Coordination	Garnet + InMemory	Session/coordination — not in Novolis yet
Clients	Raylib hosts, multiplayer SignalR	Apps compose Novolis + SCR — no platform merge
Spatial spec consumer	[inertial-frame-stack-spec.md](../inertial-frame-stack-spec.html)	Future `novolis-spatial` driven by SCR needs

What to import (pieces only)

P1 — Event journal abstraction (platform)

SCR's IGameEvent + ApplyTo(World) is domain-specific. Platform analogue (new or extend Novolis.Simulation.Replay):

Platform type	SCR analogue
`SimulationTimeline<TState>`	Snapshot after each tick
`ISimulationStepRunner<TState>`	Re-run one tick for integrity
Future: `ISimulationEvent<TState>` + `ISimulationEventStore`	`IGameEvent` + `IEventStore` — generic, no fleet/planet types

Do not port World, Fleet, or GameSim into Novolis.Simulation.

P1 — Replay (implemented 2026-05)

See `Novolis.Simulation.Replay` — tick timelines + SimultaneousPlanBuffer for WEGO-style commit collection. SCR should keep event JSON lines in product storage; optionally also emit platform timelines for debug/scrub.

P2 — Encounter resolver pattern (inspiration)

AbstractEncounterResolver + deterministic Random — useful for Physics/Simulation tests, not a new package. Reimplement as small helper in product or novolis-physics tests.

P2 — Storage event line format

StarConflictsRevolt.Storage.Local persisted event lines — inspiration only. Platform novolis-storage exposes generic StreamId + IEventStore (not IGameEvent / WorldId). SCR keeps product event types in StarConflictsRevolt.Server.GameModel.

P3 — Garnet coordination

Server.Coordination.Garnet — product-only unless Novolis hosts multi-node sessions.

Skip (duplicates or wrong lane)

SCR piece	Reason
Raylib bindings / codegen	`novolis-raylib`
Server.Simulation naming	Product; do not rename per governance
Client rendering (Veldrid path in FC; SCR uses Raylib hosts)	Apps
Full GameModel	Product

vs FleetCommander

	FleetCommander	Star Conflicts Revolt
Genre	WEGO tactical rounds	4X tick + orders
Replay unit	`RoundRecord` + `GameEvent` list	`IGameEvent` stream + version
Platform fit	`SimultaneousPlanBuffer` + timeline	Event store interface + tick timeline
Repo path	`D:\repos\FleetCommander`	`D:\github\StarConflictsRevolt`

How SCR should consume platform work

PackageReference Novolis.Simulation.Replay for headless regression timelines.
Keep product event types in StarConflictsRevolt.Server.GameModel — adapter maps tick end state → SimulationStepRecord when useful (not in Novolis.Storage.*).
PackageReference Novolis.Transports.Tcp.* / Http for any custom wire protocols (not SignalR replacement).
`novolis-spatial` when spec moves from draft — SCR dogfoods first.

Acceptance

This doc linked from README.md.
No ProjectReference from novolis-simulation to SCR.
SCR event store remains product; platform offers optional generic event-store interface only if second consumer appears.