private static async Task <T> ConvertAndDeserialize <T>(string resourceName) where T : class
{
var context = GcfEventResources.CreateHttpContext(resourceName);
var cloudEvent = await GcfConverters.ConvertGcfEventToCloudEvent(context.Request);
return(CloudEventConverters.ConvertCloudEventData <T>(cloudEvent));
}
public async Task ConvertGcfEvent(string resourceName, string expectedType, string expectedSource)
{
var context = GcfEventResources.CreateHttpContext(resourceName);
var cloudEvent = await GcfConverters.ConvertGcfEventToCloudEvent(context.Request);
Assert.Equal(expectedType, cloudEvent.Type);
Assert.Equal(new Uri(expectedSource), cloudEvent.Source);
}
public async Task ConvertGcfEvent(string resourceName, string expectedType, string expectedSource, string expectedSubject)
{
var context = GcfEventResources.CreateHttpContext(resourceName);
var cloudEvent = await GcfConverters.ConvertGcfEventToCloudEvent(context.Request, s_jsonFormatter);
Assert.Equal(expectedType, cloudEvent.Type);
Assert.Equal(expectedSource, cloudEvent.Source.ToString());
Assert.Equal(expectedSubject, cloudEvent.Subject);
}
private static async Task <T> ConvertAndDeserialize <T>(string resourceName) where T : class
{
var context = GcfEventResources.CreateHttpContext(resourceName);
var formatter = CloudEventFormatterAttribute.CreateFormatter(typeof(T))
?? throw new InvalidOperationException("No formatter available");
var cloudEvent = await GcfConverters.ConvertGcfEventToCloudEvent(context.Request, formatter);
return((T)cloudEvent.Data);
}
public async Task ConvertGcfEvent_ExtensionAttributes(string resourceName, string extensionAttributeName, string expectedValue)
{
var context = GcfEventResources.CreateHttpContext(resourceName);
var cloudEvent = await GcfConverters.ConvertGcfEventToCloudEvent(context.Request, s_jsonFormatter);
var attributeValue = (string)cloudEvent[extensionAttributeName];
Assert.Equal(expectedValue, attributeValue);
}
public async Task PubSubTimeStampPrecision(string resourceName, string expectedPublishTime)
{
var context = GcfEventResources.CreateHttpContext(resourceName);
var cloudEvent = await GcfConverters.ConvertGcfEventToCloudEvent(context.Request, s_jsonFormatter);
var data = (JsonElement)cloudEvent.Data;
var actualPublishTime = data.GetProperty("message").GetProperty("publishTime").GetString();
Assert.Equal(expectedPublishTime, actualPublishTime);
}
private static async Task <CloudEvent> ConvertJson(string json, string?contentType = null)
{
var request = new DefaultHttpContext
{
Request =
{
Body = new MemoryStream(Encoding.UTF8.GetBytes(json.Replace('\'', '"'))),
ContentType = contentType ?? "application/json"
}
}.Request;
return(await GcfConverters.ConvertGcfEventToCloudEvent(request, s_jsonFormatter));
}
public async Task CheckAllProperties()
{
var context = GcfEventResources.CreateHttpContext("storage.json");
var cloudEvent = await GcfConverters.ConvertGcfEventToCloudEvent(context.Request, s_jsonFormatter);
Assert.Equal("application/json", cloudEvent.DataContentType);
Assert.Equal("1147091835525187", cloudEvent.Id);
Assert.Equal("google.cloud.storage.object.v1.finalized", cloudEvent.Type);
Assert.Equal(new DateTimeOffset(2020, 4, 23, 7, 38, 57, 772, TimeSpan.Zero), cloudEvent.Time);
Assert.Equal("//storage.googleapis.com/projects/_/buckets/some-bucket", cloudEvent.Source.ToString());
Assert.Equal("objects/folder/Test.cs", cloudEvent.Subject);
Assert.Equal(CloudEventsSpecVersion.V1_0, cloudEvent.SpecVersion);
Assert.Null(cloudEvent.DataSchema);
Assert.IsType <JsonElement>(cloudEvent.Data);
}
public async Task CheckAllProperties()
{
var context = GcfEventResources.CreateHttpContext("storage.json");
var cloudEvent = await GcfConverters.ConvertGcfEventToCloudEvent(context.Request);
Assert.Equal("application/json", cloudEvent.DataContentType.MediaType);
Assert.Equal("1147091835525187", cloudEvent.Id);
Assert.Equal("com.google.cloud.storage.object.finalize.v0", cloudEvent.Type);
Assert.Equal(new DateTime(2020, 4, 23, 7, 38, 57, 772), cloudEvent.Time);
Assert.Equal(new Uri("//storage.googleapis.com/projects/_/buckets/some-bucket/objects/Test.cs"), cloudEvent.Source);
Assert.Equal(CloudEventsSpecVersion.V1_0, cloudEvent.SpecVersion);
Assert.Null(cloudEvent.Subject);
Assert.Null(cloudEvent.DataSchema);
Assert.IsType <string>(cloudEvent.Data);
}
public async Task InvalidRequest_FirebaseAnalytics(string resourceName)
{
var context = GcfEventResources.CreateHttpContext(resourceName);
await Assert.ThrowsAsync <GcfConverters.ConversionException>(() => GcfConverters.ConvertGcfEventToCloudEvent(context.Request, s_jsonFormatter));
}
/// <summary>
/// Converts an HTTP request into a CloudEvent, either using regular CloudEvent parsing,
/// or GCF event conversion if necessary.
/// </summary>
/// <param name="request">The request to convert.</param>
/// <param name="formatter">The formatter to use for conversion.</param>
/// <returns>A valid CloudEvent</returns>
internal static Task <CloudEvent> ConvertRequestAsync(HttpRequest request, CloudEventFormatter formatter) =>
request.IsCloudEvent()
? request.ToCloudEventAsync(formatter)
: GcfConverters.ConvertGcfEventToCloudEvent(request, formatter);
/// <summary>
/// Converts an HTTP request into a CloudEvent, either using regular CloudEvent parsing,
/// or GCF event conversion if necessary.
/// </summary>
/// <param name="request">The request to convert.</param>
/// <exception cref="ConversionException">The Cloud Event couldn't be converted.</exception>
/// <returns>A valid CloudEvent</returns>
internal static ValueTask <CloudEvent> ConvertRequest(HttpRequest request) =>
IsNativeCloudEventRequest(request)
? ConvertNativeCloudEventRequest(request)
: GcfConverters.ConvertGcfEventToCloudEvent(request);