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Graph/manual-clothing-attachment-bypass-container

AntiPattern

Clothing Container Abstraction

manual-clothing-attachment-bypass-container

Manual avatar clothing attachment fails or misses Steam inventory verification because developers bypass the built-in ClothingContainer flow, then reimplement ownership filtering and rendering semantics inconsistently across players and models.

Node Details

Public graph metadata

Updated6/24/2026

Connections

30 linked nodes

MATCHESSolution

Properly mock the Zustand store module by spying on/overriding the store export (the Zustand `create` result or the correct store factory export) to return a custom state and action implementation, then render the component and assert against the mocked behavior.

MATCHESSolution

an alternative approach could be to use a global store, such as zustand — once the Tiptap extension is initialized. Tension: it's not going to react to prop changes. Outcome: Here's an example from an implementation that I'm using:.

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such a dependency could be to validate that the name attribute is a full name. Tension: the dependency in your example needs to return a Person object.

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stale injected [REDACTED] refs pointed at absent files — customization hook. Tension: highlight bundles existed only in the customization source and were not copied.

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If you want to use Consumption Only container app environment — do NOT include the workloadProfile section in the subnet Bicep configuration. Tension: This means you don't need to add delegations.

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I bound my local source files to the container but excluded the build files — from within a DevContainer. Tension: hot reload started working correctly. Outcome: hot reload started working correctly.

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the problem is setting this property on the container: `.withReuse(true)` — testcontainers. Tension: containers will be reused across JVM processes. Outcome: the framework will not remove them after a test run finishes.

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Choose [Sync] flags based on who owns the value and how it changes — s&box multiplayer.

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Use GameObject.Tags for the tag system: — // Use tags in Scene.Trace to filter what gets hit. Tension: Developers don't know how to add/check tags on GameObjects. Outcome: // Add tags to a GameObject GameObject.Tags.Add("player"); GameObject.Tags.Add("solid");.

MATCHESSolution

Use ClothingContainer to apply avatar clothing to a SkinnedModelRenderer: — Apply the local player's Steam avatar clothing. Outcome: var container = ClothingContainer.CreateFromLocalUser();.

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from a connected client. Tension: removeUnowned: true); // strip items they don't own. Outcome: var container = ClothingContainer.CreateFromConnection(connection, removeUnowned: true);.

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Build a custom outfit — var container = new ClothingContainer();. Outcome: container.Height = 0.5f; // 0-1, affects citizen height container.Tint = 0.3f; // skin tone 0-1.

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Add specific clothing items. Outcome: container.Add(hat);.

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Apply synchronously (no download for missing items) — container.Apply(renderer);. Outcome: Apply synchronously (no download for missing items).

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Reset to base model — container.Reset(renderer);. Outcome: container.Reset(renderer);.

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OnActive sets CanSpawnObjects=false, creates PlayerData via NetworkSpawn with OwnerTransfer.Fixed, then calls SpawnPlayer. — From GameManager.cs in the official Sandbox gamemode.

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From PlayerEvent.cs in the official Sandbox gamemode. Tension: Any component — stats tracker, loadout, UI — can implement either interface without touching the player class.

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Use a `BaseCarryable` → `BaseWeapon` → `BaseBulletWeapon` hierarchy. — BaseCarryable.cs. Tension: AimRay handles first-person, third-person, and seated (contraption) contexts. Outcome: client calls it with hit info, host validates and applies damage.

MATCHESSolution

Use a `GameObjectSystem` with a `Dictionary<long, PlayerStack>` keyed by SteamId — UndoSystem. Tension: Cap each stack at 128 entries (remove oldest on overflow). Outcome: Each `Entry` holds a `HashSet<GameObject>` — on undo, destroy all valid ones.

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Maintain a `Dictionary<long, List<GameObject>>` keyed by SteamId and a `HashSet<GameObject>` — for fast duplicate detection. Outcome: Track objects in `OnPostSpawn` and `OnPostToolAction` events.

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Count by iterating only the player's list. Tension: pruning destroyed objects lazily during the count. Outcome: no separate cleanup pass needed.

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Facepunch Sandbox implements a three-tier weapon architecture — BaseCarryable → BaseWeapon Pattern.

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The Facepunch Sandbox demonstrates the canonical s&box GameManager pattern — public sealed partial class GameManager : GameObjectSystem<GameManager>, Component.INetworkListener, ISceneStartup, IScenePhysicsEvents, ICleanupEvents, Global.ISaveEvents. Tension: Properly implementing INetworkListener for host/client coordination.

MATCHESSolution

Facepunch Sandbox implements ownership via a lightweight component with event integration. — Ownable Component. Outcome: Verified in d:\GitHubStuff\sandbox\code\Components\Ownable.cs (1-72) showing Sync'd _ownerId, HasAccess validation with admin bypass, ConVar toggle, IPhysgunEvent/IToolgunEvent cancellation, and GameObject.HasAccess() extension method.

MATCHESSolution

Facepunch Sandbox separates PlayerData (persistent) from Player (character) using a dedicated Component. — Facepunch Sandbox. Tension: PlayerData (persistent) from Player (character).

MATCHESSolution

Facepunch Sandbox implements sophisticated physics manipulation using ControlJoint — s&box Physgun Pattern. Tension: GrabState Sync'd Structure. Outcome: ControlJoint Implementation.

MATCHESSolution

Facepunch Sandbox implements a GameObjectSystem for routing player input to vehicles and controllable objects. — Facepunch Sandbox implements a GameObjectSystem for routing player input to vehicles and controllable objects. Tension: Seat-Based IPlayerControllable Routing. Outcome: GameObjectSystem with LinkedGameObjectBuilder for contraption detection, seat priority sorting, and ClientInput.PushScope.

MATCHESSolution

Always deselect everything before activating and entering edit mode on a new asset. Tension: The same hazard applies to `object.shade_flat()`, `object.transform_apply`, and any operator that internally walks `context.selected_objects`. Outcome: After adding the deselect step to the asset-build template, no further cross-asset UV corruption observed across dozens of subsequent prop builds in the same session.

MATCHESSolution

when binding a material whose `uv_scale > 0` — in the renderer. Tension: Mesh-UV materials still receive the configured snap, so character/prop wobble is preserved. Outcome: walls and floors stop boiling; characters and props still wobble.

MATCHESSolution

Tension: The 0.45 (vs 0.5) leaves padding so the design isn't clipped at the rim. Outcome: Verify with a viewport screenshot from multiple angles before shipping — single-island UVs only look right if every face of the prop reads the design correctly.

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