browser/platform/model/resources_test.go

package model

import (
	"reflect"
	"testing"

	"browser.local/platform/domain"
)

func TestTableNames(t *testing.T) {
	tests := map[string]string{
		User{}.TableName():                        "users",
		AIProvider{}.TableName():                  "ai_providers",
		GamePlugin{}.TableName():                  "game_plugins",
		ServerInstance{}.TableName():              "server_instances",
		RunEndpoint{}.TableName():                 "run_endpoints",
		Job{}.TableName():                         "jobs",
		Artifact{}.TableName():                    "artifacts",
		LogStream{}.TableName():                   "log_streams",
		PluginLifecycleInstallation{}.TableName(): "plugin_lifecycle_installations",
		AIConfigDiff{}.TableName():                "ai_config_diffs",
	}

	for got, want := range tests {
		if got != want {
			t.Fatalf("expected table name %q, got %q", want, got)
		}
	}
}

func TestGamePluginModelRoundTripCopiesSlices(t *testing.T) {
	source := domain.GamePlugin{
		ID:                      "server.scum",
		Name:                    "SCUM",
		Version:                 "1.0.0",
		ServerType:              "scum",
		ManifestRef:             "artifact://manifest",
		CreateFormSchemaRef:     "artifact://schema",
		RequiredRunCapabilities: []string{"process.start", "logs.read"},
		DeclaredPermissions:     []string{"server.logs.read"},
		SupportedOS:             []string{"linux"},
		Pages: []domain.GamePluginPage{
			{Key: "logs", Title: "Logs", Path: "/logs", Permissions: []string{"server.logs.read"}},
		},
		Tags:       []string{"survival"},
		AIPurposes: []string{"logs.diagnose"},
		ProductionLifecycle: domain.GamePluginProductionLifecycle{
			Operations:       []string{"install", "upgrade", "rollback"},
			DependencyPolicy: "required",
		},
		RuntimeProfiles: domain.GamePluginRuntimeProfiles{LifecycleProfiles: []domain.RuntimeLifecycleProfile{{Key: "local", Mode: "local-process", Capabilities: []string{"process.start"}}}},
		Permissions: domain.PluginPermissions{
			Jobs: true,
			Logs: true,
		},
		Status: domain.GamePluginStatusInstalled,
	}

	row := GamePluginFromDomain(source)
	roundTrip := row.ToDomain()
	roundTrip.RequiredRunCapabilities[0] = "files.read"
	roundTrip.DeclaredPermissions[0] = "ai.invoke"
	roundTrip.SupportedOS[0] = "darwin"
	roundTrip.Pages[0].Permissions[0] = "ai.invoke"
	roundTrip.Tags[0] = "mutated"
	roundTrip.AIPurposes[0] = "config.suggest"
	roundTrip.ProductionLifecycle.Operations[0] = "retire"
	roundTrip.RuntimeProfiles.LifecycleProfiles[0].Capabilities[0] = "process.stop"

	if source.RequiredRunCapabilities[0] != "process.start" {
		t.Fatalf("expected source plugin capabilities to remain unchanged, got %+v", source.RequiredRunCapabilities)
	}
	if row.RequiredRunCapabilities[0] != "process.start" {
		t.Fatalf("expected model plugin capabilities to remain unchanged, got %+v", row.RequiredRunCapabilities)
	}
	if source.DeclaredPermissions[0] != "server.logs.read" || source.Pages[0].Permissions[0] != "server.logs.read" || source.Tags[0] != "survival" || source.AIPurposes[0] != "logs.diagnose" {
		t.Fatalf("expected source plugin registry metadata to remain unchanged, got %+v", source)
	}
	if row.DeclaredPermissions[0] != "server.logs.read" || row.Pages[0].Permissions[0] != "server.logs.read" || row.Tags[0] != "survival" || row.AIPurposes[0] != "logs.diagnose" {
		t.Fatalf("expected model plugin registry metadata to remain unchanged, got %+v", row)
	}
	if source.ProductionLifecycle.Operations[0] != "install" || row.ProductionLifecycle.Operations[0] != "install" {
		t.Fatalf("expected production lifecycle declaration to round-trip without aliasing, source=%+v row=%+v", source.ProductionLifecycle, row.ProductionLifecycle)
	}
	if source.RuntimeProfiles.LifecycleProfiles[0].Capabilities[0] != "process.start" || row.RuntimeProfiles.LifecycleProfiles[0].Capabilities[0] != "process.start" {
		t.Fatalf("expected runtime profiles to round-trip without aliasing, source=%+v row=%+v", source.RuntimeProfiles, row.RuntimeProfiles)
	}
}

func TestJobExecutionInputModelRoundTripPreservesLifecycleMetadata(t *testing.T) {
	source := domain.JobExecutionInput{
		WorkspaceScope:     "server-workspace",
		PluginID:           "game.scum",
		LifecycleOperation: "upgrade",
		TargetVersion:      "2.0.0",
		Inputs:             map[string]string{"templateKey": "players.by-id", "playerId": "steam-123"},
		Deployment: &domain.ServerDeploymentDefinition{
			Mode:             domain.ServerDeploymentModeGuided,
			ProfileKey:       "run-local",
			RuntimeBindings:  map[string]string{"installRoot": "D:\\scumserver"},
			CreateInputs:     map[string]string{"gamePort": "27000", "maxPlayers": "128"},
			ServerRoot:       "D:\\scumserver",
			WorkingDirectory: "D:\\scumserver",
			InstallCommand:   "install.cmd",
			StartCommand:     "start.cmd",
			Shell:            domain.ServerCommandShellCmd,
			Revision:         3,
		},
		ServerDeploymentPlan: &domain.ServerDeploymentPlan{
			SchemaVersion: "1",
			Operation:     "install",
			PluginID:      "game.scum",
			Prerequisites: []domain.RuntimeServerPrerequisite{{Key: "steamcmd", Kind: "tool"}},
		},
	}

	row := executionInputFromDomain(source)
	source.Inputs["playerId"] = "source-mutated"
	if row.Inputs["playerId"] != "steam-123" {
		t.Fatalf("expected model execution inputs to be isolated from source mutation, row=%+v", row.Inputs)
	}
	source.Deployment.CreateInputs["maxPlayers"] = "64"
	if row.Deployment == nil || row.Deployment.CreateInputs["maxPlayers"] != "128" {
		t.Fatalf("expected model deployment inputs to be isolated from source mutation, row=%+v", row.Deployment)
	}
	source.Inputs["playerId"] = "steam-123"
	source.Deployment.CreateInputs["maxPlayers"] = "128"
	row.Inputs["playerId"] = "row-mutated"
	if source.Inputs["playerId"] != "steam-123" {
		t.Fatalf("expected source execution inputs to be isolated from model mutation, source=%+v", source.Inputs)
	}
	row.Deployment.CreateInputs["maxPlayers"] = "32"
	if source.Deployment.CreateInputs["maxPlayers"] != "128" {
		t.Fatalf("expected source deployment inputs to be isolated from model mutation, source=%+v", source.Deployment)
	}
	row.Inputs["playerId"] = "steam-123"
	row.Deployment.CreateInputs["maxPlayers"] = "128"

	roundTrip := row.ToDomain()
	if !reflect.DeepEqual(roundTrip, source) {
		t.Fatalf("expected lifecycle execution metadata to round-trip, got %+v", roundTrip)
	}
	roundTrip.Inputs["playerId"] = "mutated"
	roundTrip.Deployment.CreateInputs["maxPlayers"] = "16"
	if source.Inputs["playerId"] != "steam-123" || row.Inputs["playerId"] != "steam-123" || source.Deployment.CreateInputs["maxPlayers"] != "128" || row.Deployment.CreateInputs["maxPlayers"] != "128" {
		t.Fatalf("expected execution inputs to round-trip without aliasing, source=%+v row=%+v", source, row)
	}
}

func TestAIProviderModelUsesKeyReference(t *testing.T) {
	source := domain.AIProvider{
		ID:              "ai.openai",
		Name:            "OpenAI",
		Kind:            domain.AIProviderKindOpenAI,
		BaseURL:         "https://api.openai.com/v1",
		APIKeyRef:       "secret://providers/openai",
		Models:          []string{"gpt-4.1"},
		DefaultModel:    "gpt-4.1",
		RelayMode:       domain.AIRelayModeDirect,
		TimeoutMS:       30000,
		Status:          domain.AIProviderStatusActive,
		RedactionPolicy: "default",
	}

	row := AIProviderFromDomain(source)
	if row.APIKeyRef != source.APIKeyRef {
		t.Fatalf("expected API key reference %q, got %q", source.APIKeyRef, row.APIKeyRef)
	}

	roundTrip := row.ToDomain()
	roundTrip.Models[0] = "mutated"
	if row.Models[0] != "gpt-4.1" {
		t.Fatalf("expected model provider models to remain unchanged, got %+v", row.Models)
	}
}