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|
namespace LivingVillage.Kernel.Tests
open System
open System.IO
open Microsoft.VisualStudio.TestTools.UnitTesting
open LivingVillage.Kernel
open LivingVillage.Kernel.Sim
module private M6aHarness =
let zeroInput = { Input = { MoveX = 0.0f; MoveY = 0.0f } }
let atNpc (id: int) (world: World) : World =
let npc = world.Npcs.[id]
{ world with Avatar = { world.Avatar with Pos = npc.Pos } }
let readyForChat (world: World) : World =
{ world with
Npcs =
world.Npcs
|> Array.map (fun npc ->
{ npc with
Mind =
{ npc.Mind with
Action = Wander
Target = actionTarget Wander
ActionAge = minActionTicks
EffectDone = true } }) }
let withDialogue (world: World) : World =
match Sim.chooseDialogue (NpcId 0) SmallTalk (atNpc 0 world) with
| DialogueSucceeded (_, next) -> next
| DialogueRejected (failure, _) -> Assert.Fail($"dialogue rejected: {failure}"); Unchecked.defaultof<World>
let withChat (world: World) : World =
match Sim.chat { Narrator = NpcId 0; Receiver = NpcId 1 } (readyForChat world) with
| ChatSucceeded (Some _, next) -> next
| ChatSucceeded (None, _) -> Assert.Fail("chat should create a rumor"); Unchecked.defaultof<World>
| ChatRejected (failure, _) -> Assert.Fail($"chat rejected: {failure}"); Unchecked.defaultof<World>
let withTrade (world: World) : World =
match Sim.trade { Buyer = NpcId 0; Seller = NpcId 1; Item = Food; Quantity = 1 } world with
| TradeSucceeded next -> next
| TradeRejected (failure, _) -> Assert.Fail($"trade rejected: {failure}"); Unchecked.defaultof<World>
let advance (inputs: Input list) (world: World) : World =
inputs |> List.fold (fun current input -> Sim.step { Input = input } current) world
let advanceTrace (inputs: Input list) (world: World) : World list =
inputs
|> List.scan (fun current input -> Sim.step { Input = input } current) world
|> List.tail
let withTempSave (action: string -> unit) =
let id = Guid.NewGuid().ToString("N")
let path = Path.Combine(Path.GetTempPath(), $"living-village-m6a-{id}.save")
try
action path
finally
if File.Exists path then File.Delete path
[<TestClass>]
type M6aTests () =
[<TestMethod>]
member _.SaveLoadPreservesWorldAndDeterministicContinuation () =
let world =
Sim.initialWorldN 7UL 4
|> M6aHarness.withDialogue
|> M6aHarness.withChat
|> M6aHarness.withTrade
|> fun current ->
let tick = 22L * (Sim.ticksPerDay / 24L)
{ current with Tick = tick; Time = float tick * Sim.dtSeconds }
M6aHarness.withTempSave (fun path ->
WorldSave.saveToFile path world
match WorldSave.loadFromFile path with
| Error failure -> Assert.Fail($"save should load: {failure}")
| Ok restored ->
Assert.AreEqual<string>(WorldSave.save world, WorldSave.save restored)
Assert.AreEqual<float>(world.Time, restored.Time)
Assert.IsTrue(Sim.isNightTick restored.Tick)
Assert.AreEqual<Needs>(world.Avatar.Mind.Needs, restored.Avatar.Mind.Needs)
Assert.AreEqual<float32>(world.Avatar.Mind.Needs.Money, restored.Avatar.Mind.Needs.Money)
CollectionAssert.AreEqual(world.Npcs, restored.Npcs)
Assert.AreEqual<Map<ItemKind, int>>(world.Npcs.[0].Inventory, restored.Npcs.[0].Inventory)
Assert.AreEqual<InteractionEvent list>(world.Events, restored.Events)
Assert.AreEqual<RumorEvent list>(world.Rumors, restored.Rumors)
Assert.AreEqual<AnnalEntry list>(world.Annals, restored.Annals)
Assert.AreEqual<uint64>(world.Rng.State, restored.Rng.State)
let inputs =
[ { MoveX = 0.5f; MoveY = -0.25f }
{ MoveX = 0.0f; MoveY = 0.0f }
{ MoveX = -1.0f; MoveY = 0.75f }
{ MoveX = 0.25f; MoveY = 0.0f } ]
let continued = M6aHarness.advanceTrace inputs world
let restoredContinued = M6aHarness.advanceTrace inputs restored
Assert.AreEqual<string list>(continued |> List.map WorldSave.save, restoredContinued |> List.map WorldSave.save)
Assert.AreEqual<uint64 list>(continued |> List.map (fun next -> next.Rng.State), restoredContinued |> List.map (fun next -> next.Rng.State))
Assert.AreEqual<InteractionEvent list list>(continued |> List.map (fun next -> next.Events), restoredContinued |> List.map (fun next -> next.Events))
Assert.AreEqual<string>(WorldSave.save (List.last continued), WorldSave.save (List.last restoredContinued)))
[<TestMethod>]
member _.RejectedFilesDoNotReplaceCurrentWorld () =
let currentWorld = Sim.initialWorldN 99UL 2
let before = WorldSave.save currentWorld
let mutable current = currentWorld
let reject path =
match WorldSave.loadFromFile path with
| Ok loaded ->
current <- loaded
Assert.Fail("invalid save must not load")
| Error _ -> ()
Assert.AreEqual<string>(before, WorldSave.save current)
M6aHarness.withTempSave (fun path ->
reject (path + ".missing")
File.WriteAllText(path, "LV_WORLD_SAVE_V0")
reject path
File.WriteAllText(path, WorldSave.save currentWorld + "|trailing-corruption")
reject path)
[<TestMethod>]
member _.CorruptNumericAndInventoryValuesAreRejected () =
let world = Sim.initialWorldN 7UL 2
M6aHarness.withTempSave (fun path ->
let nonFinite = { world with Time = Double.NaN }
WorldSave.saveToFile path nonFinite
match WorldSave.loadFromFile path with
| Ok _ -> Assert.Fail("non-finite time must be rejected")
| Error _ -> ()
let invalidInventory =
{ world with
Npcs =
[| { world.Npcs.[0] with Inventory = Map.ofList [ Food, -1 ] }
world.Npcs.[1] |] }
WorldSave.saveToFile path invalidInventory
match WorldSave.loadFromFile path with
| Ok _ -> Assert.Fail("negative inventory must be rejected")
| Error _ -> ())
[<TestMethod>]
member _.SimulationClockSupportsPauseAndRequestedSpeeds () =
let initial = SimulationControl.initial
Assert.AreEqual<int>(1, SimulationControl.stepsPerFrame initial)
Assert.AreEqual<int>(2, SimulationControl.stepsPerFrame (SimulationControl.setSpeed TwoX initial))
Assert.AreEqual<int>(5, SimulationControl.stepsPerFrame (SimulationControl.setSpeed FiveX initial))
let paused = SimulationControl.togglePause initial
Assert.IsTrue(paused.Paused)
Assert.AreEqual<int>(0, SimulationControl.stepsPerFrame paused)
let resumed = SimulationControl.togglePause paused
Assert.IsFalse(resumed.Paused)
Assert.AreEqual<SimulationSpeed>(OneX, resumed.Speed)
[<TestMethod>]
member _.ConfiguredLegacyStepCountsRemainExactUntilManualSpeedSelection () =
let control, legacySteps = SimulationControl.initialForConfiguredSteps 7
Assert.AreEqual<int option>(Some 7, legacySteps)
Assert.AreEqual<int>(7, SimulationControl.stepsPerFrameWithLegacy legacySteps control)
Assert.AreEqual<int>(0, SimulationControl.stepsPerFrameWithLegacy legacySteps (SimulationControl.togglePause control))
let manuallySelected = SimulationControl.setSpeed TwoX control
Assert.AreEqual<int>(2, SimulationControl.stepsPerFrameWithLegacy None manuallySelected)
|
