Logging and Diagnostics - CorePhysicsEdge Docs

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Methods

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 1// Unit test example
 2IMPLEMENT_SIMPLE_AUTOMATION_TEST(
 3    FCorePhysicsEdgeBasicTest,
 4    "CorePhysicsEdge.Core.BasicFunctionality",
 5    EAutomationTestFlags::ApplicationContextMask | EAutomationTestFlags::ProductFilter
 6)
 7
 8bool FCorePhysicsEdgeBasicTest::RunTest(const FString& Parameters)
 9{
10    UCorePhysicsEdgeSubsystem* Subsystem = NewObject<UCorePhysicsEdgeSubsystem>();
11    TestNotNull(TEXT("Subsystem should be created"), Subsystem);
12
13    Subsystem->Initialize();
14    TestTrue(TEXT("Subsystem should be initialized"), Subsystem->IsInitialized());
15
16    FMyQueryParams Params;
17    Params.Radius = 500.0f;
18    TestTrue(TEXT("Query params should be valid"), Params.IsValid());
19
20    return true;
21}

Core Functions

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Optimization

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 1UINTERFACE(MinimalAPI, Blueprintable)
 2class UCorePhysicsEdgeInterface : public UInterface
 3{
 4    GENERATED_BODY()
 5};
 6
 7class ICorePhysicsEdgeInterface
 8{
 9    GENERATED_BODY()
10
11public:
12    UFUNCTION(BlueprintNativeEvent, BlueprintCallable, Category = "CorePhysicsEdge")
13    void OnPluginActivated(bool bSuccess);
14
15    UFUNCTION(BlueprintNativeEvent, BlueprintCallable, Category = "CorePhysicsEdge")
16    FMyResult ProcessData(const FMyInput& Input);
17
18    UFUNCTION(BlueprintNativeEvent, BlueprintCallable, Category = "CorePhysicsEdge")
19    bool CanExecute() const;
20};

Memory Management

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 1# Plugin configuration (CorePhysicsEdge.yaml)
 2plugin:
 3  name: CorePhysicsEdge
 4  version: 2.0
 5  settings:
 6    max_pool_size: 100
 7    tick_rate: 60.0
 8    debug:
 9      enabled: false
10      draw_bounds: false
11      log_level: warning
12    network:
13      replicate: true
14      update_frequency: 10.0

Advanced Topics

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Thread Safety

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 1# Plugin configuration (CorePhysicsEdge.yaml)
 2plugin:
 3  name: CorePhysicsEdge
 4  version: 2.0
 5  settings:
 6    max_pool_size: 100
 7    tick_rate: 60.0
 8    debug:
 9      enabled: false
10      draw_bounds: false
11      log_level: warning
12    network:
13      replicate: true
14      update_frequency: 10.0

Introduction

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 1// Unit test example
 2IMPLEMENT_SIMPLE_AUTOMATION_TEST(
 3    FCorePhysicsEdgeBasicTest,
 4    "CorePhysicsEdge.Core.BasicFunctionality",
 5    EAutomationTestFlags::ApplicationContextMask | EAutomationTestFlags::ProductFilter
 6)
 7
 8bool FCorePhysicsEdgeBasicTest::RunTest(const FString& Parameters)
 9{
10    UCorePhysicsEdgeSubsystem* Subsystem = NewObject<UCorePhysicsEdgeSubsystem>();
11    TestNotNull(TEXT("Subsystem should be created"), Subsystem);
12
13    Subsystem->Initialize();
14    TestTrue(TEXT("Subsystem should be initialized"), Subsystem->IsInitialized());
15
16    FMyQueryParams Params;
17    Params.Radius = 500.0f;
18    TestTrue(TEXT("Query params should be valid"), Params.IsValid());
19
20    return true;
21}

Architecture

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 1UCLASS(ClassGroup=(Custom), meta=(BlueprintSpawnableComponent))
 2class CORE_PHYSICS_EDGE_API UMyComponent : public UActorComponent
 3{
 4    GENERATED_BODY()
 5
 6public:
 7    UMyComponent();
 8
 9    UPROPERTY(EditAnywhere, BlueprintReadWrite, Category = "Settings")
10    float UpdateInterval = 0.1f;
11
12    UPROPERTY(EditAnywhere, BlueprintReadWrite, Category = "Settings")
13    bool bAutoActivate = true;
14
15    UFUNCTION(BlueprintCallable, Category = "CorePhysicsEdge")
16    void SetConfiguration(const FMyConfig& Config);
17
18protected:
19    virtual void BeginPlay() override;
20    virtual void TickComponent(float DeltaTime, ELevelTick TickType, FActorComponentTickFunction* ThisTickFunction) override;
21
22private:
23    FMyConfig CurrentConfig;
24    float TimeSinceLastUpdate = 0.0f;
25};

Quick Start

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 1# Plugin configuration (CorePhysicsEdge.yaml)
 2plugin:
 3  name: CorePhysicsEdge
 4  version: 2.0
 5  settings:
 6    max_pool_size: 100
 7    tick_rate: 60.0
 8    debug:
 9      enabled: false
10      draw_bounds: false
11      log_level: warning
12    network:
13      replicate: true
14      update_frequency: 10.0

Verification

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Workflow

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Initialize: Call once during BeginPlay to set up internal state
Configure: Pass a configuration struct or Data Asset reference
Activate: Enable the component to begin processing
Query: Perform spatial or logical queries against the managed data
Deactivate: Temporarily stop processing without losing state
Teardown: Clean up resources during EndPlay