public void AliasToPointer()
{
MakeIncrementalNameChange(NameTypes.AliasedName, NameTypes.PointerName, expressionValidator: nameTree =>
{
NodeValidators.PointerNameVerification(nameTree, "b");
});
}
public void DottedToPredefined()
{
MakeIncrementalNameChange(NameTypes.DottedName, NameTypes.PredefinedName, expressionValidator: nameTree =>
{
NodeValidators.PredefinedNameVerification(nameTree, "int");
});
}
public void DottedToArray()
{
MakeIncrementalNameChange(NameTypes.DottedName, NameTypes.ArrayName, expressionValidator: nameTree =>
{
NodeValidators.ArrayNameVerification(nameTree, "b", 1);
});
}
public void GenericToAlias()
{
MakeIncrementalNameChange(NameTypes.GenericName, NameTypes.AliassedName, expressionValidator: nameTree =>
{
NodeValidators.AliassedNameVerification(nameTree, "b", "d");
});
}
public void BasicToGeneric()
{
MakeIncrementalNameChange(NameTypes.SingleName, NameTypes.GenericName, expressionValidator: nameTree =>
{
NodeValidators.GenericNameVerification(nameTree, "b", "T");
});
}
public static async Task AssertAsync(Sot.ApiTester.Domain.Step step, Payload payload, string defaultUrl)
{
// Arrange
var baseAddress = new Uri(string.IsNullOrEmpty(step.Request.BaseUrl)
? defaultUrl
: step.Request.BaseUrl);
HttpClient httpClient = new()
{
BaseAddress = baseAddress
};
var request = step.Request.RetrieveHttpRequestMessage(payload);
// Act
var response = await httpClient.SendAsync(request);
// Assert
Assert.IsNotNull(response);
Assert.AreEqual(response.StatusCode, step.Response.GetHttpStatusCode());
JToken jObject = JToken.Parse(await response.Content.ReadAsStringAsync());
step.Response.ReturnedResponse = jObject;
if (step.Response.ExpectedContentResult == null)
{
Assert.IsFalse(jObject.HasValues, "The result message contains response and the expected result should be empty.");
}
else
{
var expectedNode = step.Response.ExpectedContentResult;
NodeValidators.AssertEquals(expectedNode, jObject);
}
}
}
