private async Task AssertModelJson(object model, string contentType, bool forceHal, string expected)
{
using (var stream = new MemoryStream()) {
var content = new StringContent("");
content.Headers.ContentType = new MediaTypeHeaderValue(contentType);
var formatter = new JsonHALMediaTypeFormatter();
var link = new Link("self", "href");
var embedded = new[] {
new { bar = true }
};
var halModel = new HALResponse(model, new HALModelConfig {
ForceHAL = forceHal
})
.AddLinks(link)
.AddEmbeddedCollection("bars", embedded);
Assert.NotNull(formatter);
await formatter.WriteToStreamAsync(typeof(HALResponse), halModel, stream, content, null);
// Reset the position to ensure it can read
stream.Position = 0;
var reader = new StreamReader(stream);
string result = await reader.ReadToEndAsync();
Assert.Equal(expected, result);
}
}
public void CanWrite_Returns_True_For_Model_With_Attributes()
{
var model = new PersonModelWithAttributes();
var formatter = new JsonHALMediaTypeFormatter();
Assert.True(formatter.CanWriteType(model.GetType()));
}
public void Adds_Json_Types() {
var formatter = new JsonHALMediaTypeFormatter(
jsonMediaTypes: new string[] { "application/test" }
);
Assert.NotNull(formatter);
Assert.Contains("application/test", formatter.SupportedMediaTypes.Select(m => m.MediaType));
}
public void Adds_Default_Json_Type() {
var formatter = new JsonHALMediaTypeFormatter(
jsonMediaTypes: null
);
Assert.NotNull(formatter);
Assert.Contains(JsonMediaTypeFormatter.DefaultMediaType.MediaType, formatter.SupportedMediaTypes.Select(m => m.MediaType));
}
public void Adds_Default_Hal_Type() {
var formatter = new JsonHALMediaTypeFormatter(
halJsonMediaTypes: null
);
Assert.NotNull(formatter);
Assert.Contains("application/hal+json", formatter.SupportedMediaTypes.Select(m => m.MediaType));
}
public void Adds_Json_Types()
{
var formatter = new JsonHALMediaTypeFormatter(
jsonMediaTypes: new string[] { "application/test" }
);
Assert.NotNull(formatter);
Assert.Contains("application/test", formatter.SupportedMediaTypes.Select(m => m.MediaType));
}
public void Adds_Default_Json_Type()
{
var formatter = new JsonHALMediaTypeFormatter(
jsonMediaTypes: null
);
Assert.NotNull(formatter);
Assert.Contains(JsonMediaTypeFormatter.DefaultMediaType.MediaType, formatter.SupportedMediaTypes.Select(m => m.MediaType));
}
public void Adds_Default_Hal_Type()
{
var formatter = new JsonHALMediaTypeFormatter(
halJsonMediaTypes: null
);
Assert.NotNull(formatter);
Assert.Contains("application/hal+json", formatter.SupportedMediaTypes.Select(m => m.MediaType));
}
private async Task AssertModelJson(object model, string contentType, bool forceHal, string expected) {
using (var stream = new MemoryStream()) {
var content = new StringContent("");
content.Headers.ContentType = new MediaTypeHeaderValue(contentType);
var formatter = new JsonHALMediaTypeFormatter();
var link = new Link("self", "href");
var embedded = new[] {
new { bar = true }
};
var halModel = new HALResponse(model, new HALModelConfig {
ForceHAL = forceHal
})
.AddLinks(link)
.AddEmbeddedCollection("bars", embedded);
Assert.NotNull(formatter);
await formatter.WriteToStreamAsync(typeof(HALResponse), halModel, stream, content, null);
// Reset the position to ensure it can read
stream.Position = 0;
var reader = new StreamReader(stream);
string result = await reader.ReadToEndAsync();
Assert.Equal(expected, result);
}
}
public void CanWrite_Returns_True_For_Model_With_Attributes()
{
var model = new PersonModelWithAttributes();
var formatter = new JsonHALMediaTypeFormatter();
Assert.True(formatter.CanWriteType(model.GetType()));
}