public void Awake()
{
// An assertion that will compare a foat value from a custom component attached to a GameObject to a constant variable equal to 3.
// The comparasment will happen Start method and every 5 frames in the Update method
// Additionally, the comparer is configured to have accuracy of 0.1 for floating euqlity check.
IAssertionComponentConfigurator configurator;
var c = AssertionComponent.Create <FloatComparer>(out configurator, CheckMethod.Update | CheckMethod.Start, gameObject, "CodeBasedAssertionExample.FloatField", 3f);
configurator.UpdateCheckRepeatFrequency = 5;
c.floatingPointError = 0.1;
c.compareTypes = FloatComparer.CompareTypes.Equal;
// Create an assertion that will fail is the FloatField from InitAssertions component of gameObject will change it's value
AssertionComponent.Create <ValueDoesNotChange>(CheckMethod.Update | CheckMethod.Start, gameObject, "CodeBasedAssertionExample.FloatField");
// Validate the gameObject.transform.y is always equal to 3 (defined in this component)
transform.position = new Vector3(0, 3, 0);
AssertionComponent.Create <FloatComparer>(CheckMethod.Update, gameObject, "CodeBasedAssertionExample.FloatField", gameObject, "transform.position.y");
// Check with the goReference field from this component is not set to null
goReference = gameObject;
var gc = AssertionComponent.Create <GeneralComparer>(CheckMethod.Update, gameObject, "CodeBasedAssertionExample.goReference", null);
gc.compareType = GeneralComparer.CompareType.ANotEqualsB;
}
/// <summary>
/// Invokes the failed assertion.
/// </summary>
/// <param name="errorText">The error text.</param>
/// <param name="scenarioText">The scenario text.</param>
/// <param name="bddMethodLocation">The BDD method location.</param>
/// <param name="gameObject">The game object.</param>
public virtual void InvokeAssertionFailed(string errorText, string scenarioText, string bddMethodLocation, GameObject gameObject)
{
AssertionFailed assertion = AssertionComponent.Create <AssertionFailed>(CheckMethod.Start, gameObject, "TestComponent.enabled");
assertion.ErrorText = errorText;
assertion.ScenarioText = scenarioText;
assertion.BDDMethodLocation = bddMethodLocation;
}
public void Awake()
{
IAssertionComponentConfigurator configurator;
FloatComparer comparer = AssertionComponent.Create <FloatComparer>(out configurator, CheckMethod.Update | CheckMethod.Start, base.gameObject, "CodeBasedAssertionExample.FloatField", 3f);
configurator.UpdateCheckRepeatFrequency = 5;
comparer.floatingPointError = 0.1;
comparer.compareTypes = FloatComparer.CompareTypes.Equal;
AssertionComponent.Create <ValueDoesNotChange>(CheckMethod.Update | CheckMethod.Start, base.gameObject, "CodeBasedAssertionExample.FloatField");
base.transform.position = new Vector3(0f, 3f, 0f);
AssertionComponent.Create <FloatComparer>(CheckMethod.Update, base.gameObject, "CodeBasedAssertionExample.FloatField", base.gameObject, "transform.position.y");
this.goReference = base.gameObject;
AssertionComponent.Create <GeneralComparer>(CheckMethod.Update, base.gameObject, "CodeBasedAssertionExample.goReference", null).compareType = GeneralComparer.CompareType.ANotEqualsB;
}
/// <summary>
/// Invokes the successful assertion.
/// </summary>
/// <param name="gameObject">The game object.</param>
public void InvokeAssertionSuccessful(GameObject gameObject)
{
AssertionComponent.Create <AssertionSuccessful>(CheckMethod.Start, gameObject, "TestComponent.enabled");
}
