public void Verify_NJasmine_implementation(IFixtureResult fixtureResult)
{
fixtureResult.failed();
fixtureResult.hasTest("when in some context, then there is some text")
.withFailureMessage("System.TimeZoneNotFoundException : no time!")
.thatFailsInAnUnspecifiedManner();
}
public void Verify_NJasmine_implementation(IFixtureResult fixtureResult)
{
fixtureResult.failed();
fixtureResult.hasTest("has a valid test").thatErrors()
.withFailureMessage("System.InvalidOperationException : Called it() within beforeEach().");
}
public void Verify_NJasmine_implementation(IFixtureResult fixtureResult)
{
fixtureResult.failed();
fixtureResult.hasTest("broken describe").thatFails()
.withFailureMessage("Attempted to divide by zero.");
}
public void Verify_NJasmine_implementation(IFixtureResult fixtureResult)
{
fixtureResult.failed();
fixtureResult.hasTest("outer test").thatFailsInAnUnspecifiedManner()
.withFailureMessage("System.InvalidOperationException : Called it() within it().");
}
public void Verify_NJasmine_implementation(IFixtureResult fixtureResult)
{
fixtureResult.failed();
fixtureResult.hasTest("broken describe").thatFails()
.withFailureMessage("Attempted to divide by zero.");
}
public void Verify_NJasmine_implementation(IFixtureResult fixtureResult)
{
fixtureResult.failed();
fixtureResult.hasTestWithFullName("NJasmineTests.Specs.report_test_failures_usefully.reports_exception_at_outermost_scope").thatFails()
.withFailureMessage("Attempted to divide by zero.");
}
public void Verify_NJasmine_implementation(IFixtureResult fixtureResult)
{
fixtureResult.failed();
fixtureResult.hasTrace(@"
failure_in_setup_doesnt_prevent_cleanup_in_same_scope
failure_in_setup_doesnt_prevent_cleanup");
}
public void Verify_NJasmine_implementation(IFixtureResult fixtureResult)
{
fixtureResult.failed();
fixtureResult.hasTrace(@"
failure_in_setup_doesnt_prevent_cleanup_in_same_scope
failure_in_setup_doesnt_prevent_cleanup");
}
public void Verify_NJasmine_implementation(IFixtureResult fixtureResult)
{
fixtureResult.failed();
fixtureResult.hasTest("has a valid test").thatErrors()
.withFailureMessage("System.InvalidOperationException : Called it() within beforeEach().");
}
public void Verify_NJasmine_implementation(IFixtureResult fixtureResult)
{
fixtureResult.failed();
fixtureResult.hasTestWithFullName("NJasmineTests.Specs.report_test_failures_usefully.reports_exception_at_outermost_scope").thatFails()
.withFailureMessage("Attempted to divide by zero.");
}
public void Verify_NJasmine_implementation(IFixtureResult fixtureResult)
{
fixtureResult.failed();
fixtureResult.hasTest("when in some context, then there is some text")
.withFailureMessage("System.TimeZoneNotFoundException : no time!")
.thatFailsInAnUnspecifiedManner();
}
public void Verify_NJasmine_implementation(IFixtureResult fixtureResult)
{
fixtureResult.failed();
fixtureResult.hasTest("outer test").thatFailsInAnUnspecifiedManner()
.withFailureMessage("System.InvalidOperationException : Called it() within it().");
}
public void Verify_NJasmine_implementation(IFixtureResult fixtureResult)
{
fixtureResult.failed();
var stackTrace = fixtureResult.withStackTraces().Single();
Assert.That(stackTrace, Is.Not.StringContaining("NJasmine.Core"));
Assert.That(stackTrace, Is.Not.StringContaining("NJasmine.NUnit"));
}
public void Verify_NJasmine_implementation(IFixtureResult fixtureResult)
{
fixtureResult.failed();
fixtureResult.hasTest("passes the test if the condition passes").thatSucceeds();
fixtureResult.hasTest("fails the test if if the condition fails").thatErrors();
fixtureResult.hasTest("expections can be set during discovery, fails this test").thatErrors();
}
public void Verify_NJasmine_implementation(IFixtureResult fixtureResult)
{
fixtureResult.failed();
fixtureResult.hasTest("passes the test if the condition passes").thatSucceeds();
fixtureResult.hasTest("fails the test if if the condition fails").thatErrors();
fixtureResult.hasTest("expections can be set during discovery, fails this test").thatErrors();
}
public void Verify_NJasmine_implementation(IFixtureResult fixtureResult)
{
fixtureResult.failed();
var stackTrace = fixtureResult.withStackTraces().Single();
Assert.That(stackTrace, Is.Not.StringContaining("NJasmine.Core"));
Assert.That(stackTrace, Is.Not.StringContaining("NJasmine.NUnit"));
}
public void Verify_NJasmine_implementation(IFixtureResult fixtureResult)
{
fixtureResult.failed();
var stackTrace = fixtureResult.withStackTraces().Single();
Assert.That(stackTrace, Is.StringContaining("NJasmine.Core"));
//Assert.That(TestResultUtil.PatternForNJasmineAnonymousMethod.IsMatch(stackTrace));
}
public void Verify_NJasmine_implementation(IFixtureResult fixtureResult)
{
fixtureResult.failed();
var stackTrace = fixtureResult.withStackTraces().Single();
Assert.That(stackTrace, Is.StringContaining("NJasmine.Core"));
//Assert.That(TestResultUtil.PatternForNJasmineAnonymousMethod.IsMatch(stackTrace));
}
public void Verify_NJasmine_implementation(IFixtureResult fixtureResult)
{
fixtureResult.failed();
fixtureResult.hasTest("when the arrange code tries to re-enter, has a valid test that will now fail")
.thatErrors()
.withFailureMessage("System.InvalidOperationException : Called it() within arrange().");
fixtureResult.hasTest("when the arrange cleanup code tries to re-enter, has a valid test that will now fail")
.thatErrors()
.withFailureMessage("System.InvalidOperationException : Called it() within arrange().");
}
public void Verify_NJasmine_implementation(IFixtureResult fixtureResult)
{
fixtureResult.failed();
fixtureResult.hasTest("when the arrange code tries to re-enter, has a valid test that will now fail")
.thatErrors()
.withFailureMessage("System.InvalidOperationException : Called it() within arrange().");
fixtureResult.hasTest("when the arrange cleanup code tries to re-enter, has a valid test that will now fail")
.thatErrors()
.withFailureMessage("System.InvalidOperationException : Called it() within arrange().");
}
public void Verify_NJasmine_implementation(IFixtureResult fixtureResult)
{
fixtureResult.failed();
fixtureResult.hasTest("repeated outer test").thatErrors();
fixtureResult.hasTest("repeated outer test`2").thatErrors();
fixtureResult.hasTest("repeated outer test`3").thatErrors();
fixtureResult.hasTest("repeated unimplemented outer test").thatIsNotRunnable();
fixtureResult.hasTest("repeated unimplemented outer test`2").thatIsNotRunnable();
fixtureResult.hasTest("repeated unimplemented outer test`3").thatIsNotRunnable();
fixtureResult.hasTest("repeated describe, repeated inner describe").thatFails();
fixtureResult.hasTest("repeated describe, repeated inner describe`2").thatFails();
fixtureResult.hasTest("repeated describe, repeated inner describe`3").thatFails();
}
public void Verify_NJasmine_implementation(IFixtureResult fixtureResult)
{
fixtureResult.failed();
fixtureResult.hasTest("then reports the test with the correct count")
.withFailureMessage("Failed with TotalRuns: 1");
fixtureResult.hasTest("then reports the test with the correct count`2")
.withFailureMessage("Failed with TotalRuns: 1");
fixtureResult.hasTest("then reports the test with the correct count`3")
.withFailureMessage("Failed with TotalRuns: 1");
fixtureResult.hasTest("then reports the test with the correct count`4")
.withFailureMessage("Failed with TotalRuns: 1");
}
public void Verify_NJasmine_implementation(IFixtureResult fixtureResult)
{
fixtureResult.failed();
fixtureResult.hasTest("then reports the test with the correct count")
.withFailureMessage("Failed with TotalRuns: 1");
fixtureResult.hasTest("then reports the test with the correct count`2")
.withFailureMessage("Failed with TotalRuns: 1");
fixtureResult.hasTest("then reports the test with the correct count`3")
.withFailureMessage("Failed with TotalRuns: 1");
fixtureResult.hasTest("then reports the test with the correct count`4")
.withFailureMessage("Failed with TotalRuns: 1");
}
public void Verify_NJasmine_implementation(IFixtureResult fixtureResult)
{
fixtureResult.failed();
fixtureResult.hasTest("repeated outer test").thatErrors();
fixtureResult.hasTest("repeated outer test`2").thatErrors();
fixtureResult.hasTest("repeated outer test`3").thatErrors();
fixtureResult.hasTest("repeated unimplemented outer test").thatIsNotRunnable();
fixtureResult.hasTest("repeated unimplemented outer test`2").thatIsNotRunnable();
fixtureResult.hasTest("repeated unimplemented outer test`3").thatIsNotRunnable();
fixtureResult.hasTest("repeated describe, repeated inner describe").thatFails();
fixtureResult.hasTest("repeated describe, repeated inner describe`2").thatFails();
fixtureResult.hasTest("repeated describe, repeated inner describe`3").thatFails();
}
public void Verify_NJasmine_implementation(IFixtureResult fixtureResult)
{
fixtureResult.failed();
fixtureResult.hasTest("waitUntil() or expectEventually() can be used to have the test wait until a condition passes, given a condition that eventually evaluates to true, a normal expect works when no waits are left")
.thatSucceeds();
fixtureResult.hasTest("waitUntil() or expectEventually() can be used to have the test wait until a condition passes, given a condition that eventually evaluates to true, a normal expect fails when waits are left")
.thatErrors();
fixtureResult.hasTest("waitUntil() or expectEventually() can be used to have the test wait until a condition passes, given a condition that eventually evaluates to true, waitUntil will try multiple times")
.thatSucceeds();
fixtureResult.hasTest("waitUntil() or expectEventually() can be used to have the test wait until a condition passes, given a condition that eventually evaluates to true, expectEventually will try multiple times")
.thatSucceeds();
fixtureResult.hasTest("waitUntil() or expectEventually() can be used to have the test wait until a condition passes, waitUntil can be called during discovery, doesnt prevent discovery")
.thatErrors();
fixtureResult.hasTest("waitUntil() or expectEventually() can be used to have the test wait until a condition passes, expectEventually can be called during discovery, doesnt prevent discovery")
.thatErrors();
}
public void Verify_NJasmine_implementation(IFixtureResult fixtureResult)
{
fixtureResult.failed();
fixtureResult.hasTest("waitUntil() or expectEventually() can be used to have the test wait until a condition passes, given a condition that eventually evaluates to true, a normal expect works when no waits are left")
.thatSucceeds();
fixtureResult.hasTest("waitUntil() or expectEventually() can be used to have the test wait until a condition passes, given a condition that eventually evaluates to true, a normal expect fails when waits are left")
.thatErrors();
fixtureResult.hasTest("waitUntil() or expectEventually() can be used to have the test wait until a condition passes, given a condition that eventually evaluates to true, waitUntil will try multiple times")
.thatSucceeds();
fixtureResult.hasTest("waitUntil() or expectEventually() can be used to have the test wait until a condition passes, given a condition that eventually evaluates to true, expectEventually will try multiple times")
.thatSucceeds();
fixtureResult.hasTest("waitUntil() or expectEventually() can be used to have the test wait until a condition passes, waitUntil can be called during discovery, doesnt prevent discovery")
.thatErrors();
fixtureResult.hasTest("waitUntil() or expectEventually() can be used to have the test wait until a condition passes, expectEventually can be called during discovery, doesnt prevent discovery")
.thatErrors();
}
public void Verify_NJasmine_implementation(IFixtureResult fixtureResult)
{
fixtureResult.failed();
fixtureResult.hasTest("works").thatSucceeds();
fixtureResult.hasTest("when using expect within beforeAll, fails").thatErrors();
}
public void Verify_NJasmine_implementation(IFixtureResult fixtureResult)
{
fixtureResult.failed();
fixtureResult.hasTest("works").thatSucceeds();
fixtureResult.hasTest("when using expect within beforeAll, fails").thatErrors();
}