public async Task WriteThenReadFromProvisionedTable()
{
await _provisioner.CreateTable <SimplePerson>();
var context = _provisioner.GetContext();
var person = new SimplePerson {
Age = 22,
CatsOwned = 1,
FirstName = "Daniel",
LastName = "Datum"
};
await context.SaveAsync(person);
var fromDb = await context.LoadAsync <SimplePerson>("Datum", "Daniel");
using (var poly = PAssert.Poly()) {
poly.IsTrue(() => fromDb.FirstName == person.FirstName);
poly.IsTrue(() => fromDb.LastName == person.LastName);
poly.IsTrue(() => fromDb.Age == person.Age);
poly.IsTrue(() => fromDb.CatsOwned == person.CatsOwned);
}
await _provisioner.Cleanup();
}
public void PolyAssertCanPassATest()
{
using (var poly = PAssert.Poly())
{
poly.Log("PolyAssert.Log messages are only printed if the test fails");
poly.Try(() => Assert.True(true));
}
}
static void AssertContentEqual(IEnumerable <string> expected, IEnumerable <string> actual)
{
using (var poly = PAssert.Poly())
{
poly.IsTrue(() => expected.Count() == actual.Count());
poly.IsTrue(() => !expected.Except(actual).Any());
poly.IsTrue(() => !actual.Except(expected).Any());
}
}
public async Task CompareMajorChange()
{
var command = new CompareCommand
{
Assembly = "Local.dll",
PackageName = "Minor"
};
var report = await _runner.Compare(command);
_testOutputHelper.WriteLine(report);
using (var poly = PAssert.Poly())
{
poly.IsTrue(() => report != null);
poly.IsTrue(() => report.Contains("always bump major"));
}
}
public async Task ComparePatchChange()
{
var command = new CompareCommand {
Assembly = "Local.dll",
PackageName = "Patch"
};
var report = await Runner.Compare(command);
_testOutputHelper.WriteLine(report);
using (var poly = PAssert.Poly()) {
poly.IsTrue(() => report != null);
foreach (var change in _patchChanges)
{
poly.IsTrue(() => report.Contains(change));
}
}
}
public async Task OverrideRemoveTypeToIgnore()
{
var command = new CompareCommand
{
Assembly = "Local.dll",
PackageName = "Major"
};
_fixture.Settings.RuleOverrides["TypeRemovedRule"] = RuleOverrideType.Ignore;
var report = await _runner.Compare(command);
_testOutputHelper.WriteLine(report);
using (var poly = PAssert.Poly())
{
poly.IsTrue(() => report != null);
poly.IsTrue(() => !report.Contains("`ClassToRemove` is no longer present or accessible."));
}
}
public void PolyAssertCanFinishEarly()
{
var x = 6;
try
{
using (var poly = PAssert.Poly())
{
poly.Log("Sometimes you do want to end the test early after all");
poly.StopIfErrorsHaveOccurred(); //no stop here
poly.Log("So just call StopIfErrorsHaveOccurred (behaves the same as disposing the PolyAssert)");
poly.Try(() => Assert.Fail("Wah wah"));
poly.StopIfErrorsHaveOccurred(); //no stop here
poly.Log("This message should not be printed, as StopIfErrorsHaveOccurred will throw an exception this time");
}
}
catch (Exception e)
{
Console.Out.WriteLine(e);
ApprovalTests.Approvals.Verify(e.ToString(), Scrubber);
}
}
public void PolyAssert()
{
var x = 6;
try
{
using (var poly = PAssert.Poly())
{
poly.Log("I will report all the errors i saw when i get disposed");
poly.IsTrue(() => x == 5);
poly.IsTrue(() => x == 6);
poly.IsTrue(() => x == 7);
poly.Try(() => Assert.Fail("Wah wah"));
poly.Log("PolyAssert.Log messages are only printed if the test fails");
}
}
catch (Exception e)
{
Console.Out.WriteLine(e);
ApprovalTests.Approvals.Verify(e.ToString(), Scrubber);
}
}
