public async Task LookupAsync_ReturnsSoftDeletedRecord_IfIncludeDeletedIsTrue()
{
// Arrange
Person person = TestData.Persons.First();
person.PartitionKey = person.LastName;
person.RowKey = person.FirstName;
person.CreatedAt = null;
person.UpdatedAt = null;
await this.manager.InsertAsync(person);
this.manager.EnableSoftDelete = true;
bool result = await this.manager.DeleteAsync(person.Id);
// Act
this.manager.IncludeDeleted = true;
CompositeTableKey id = new CompositeTableKey(person.LastName, person.FirstName);
Person lookedup = (await this.manager.LookupAsync(id.ToString())).Queryable.First();
// Assert
Assert.Equal(person.Id, lookedup.Id);
Assert.Equal(true, lookedup.Deleted);
Assert.Equal(person.FirstName, lookedup.FirstName);
Assert.Equal(person.LastName, lookedup.LastName);
}
public void ToString_GeneratesCorrectTableKey(string[] segments, string expectedKey)
{
// Arrange
CompositeTableKey tableKey = new CompositeTableKey(segments);
// Act
string actualTableKey = tableKey.ToString();
// Assert
Assert.Equal(expectedKey, actualTableKey);
}
public void ToStringAndParse_Roundtrips(string[] expectedSegments)
{
// Arrange
CompositeTableKey tableKey = new CompositeTableKey(expectedSegments);
// Act
string actualTableKey = tableKey.ToString();
IEnumerable <string> actualSubkeys = CompositeTableKey.Parse(actualTableKey).Segments;
// Assert
Assert.Equal(expectedSegments, actualSubkeys);
}
public async Task LookupAsync_ReturnsData()
{
// Arrange
Collection <Person> persons = TestData.Persons;
await this.InsertPersons(persons);
CompositeTableKey id = new CompositeTableKey("Nielsen", "Henrik");
// Act
SingleResult <Person> actual = await this.manager.LookupAsync(id.ToString());
// Assert
Assert.Equal("Henrik", actual.Queryable.First().FirstName);
}
private void VerifyUpdatedKey(CompositeTableKey key, TData data)
{
if (data == null || data.PartitionKey != key.Segments[0] || data.RowKey != key.Segments[1])
{
string msg = ASResources.TableController_KeyMismatch.FormatForUser("Id", key.ToString(), data.Id);
HttpResponseMessage badKey = this.Request.CreateErrorResponse(HttpStatusCode.BadRequest, msg);
throw new HttpResponseException(badKey);
}
}
public void ToStringAndParse_Roundtrips(string[] expectedSegments)
{
// Arrange
CompositeTableKey tableKey = new CompositeTableKey(expectedSegments);
// Act
string actualTableKey = tableKey.ToString();
IEnumerable<string> actualSubkeys = CompositeTableKey.Parse(actualTableKey).Segments;
// Assert
Assert.Equal(expectedSegments, actualSubkeys);
}
public void ToString_GeneratesCorrectTableKey(string[] segments, string expectedKey)
{
// Arrange
CompositeTableKey tableKey = new CompositeTableKey(segments);
// Act
string actualTableKey = tableKey.ToString();
// Assert
Assert.Equal(expectedKey, actualTableKey);
}
public async Task LookupAsync_DoesNotReturnSoftDeletedRecord_IfIncludeDeletedIsFalse()
{
// Arrange
Person person = TestData.Persons.First();
person.PartitionKey = person.LastName;
person.RowKey = person.FirstName;
person.CreatedAt = null;
person.UpdatedAt = null;
await this.manager.InsertAsync(person);
this.manager.EnableSoftDelete = true;
bool result = await this.manager.DeleteAsync(person.Id);
// Act
this.manager.IncludeDeleted = false;
CompositeTableKey id = new CompositeTableKey(person.LastName, person.FirstName);
HttpResponseException ex = await AssertEx.ThrowsAsync <HttpResponseException>(async() => await this.manager.LookupAsync(id.ToString()));
Assert.Equal(HttpStatusCode.NotFound, ex.Response.StatusCode);
}