public async Task ShouldPutAValidAppointment()
{
// arrange;
// appointment with this ID exists in the test data set so can be modified;
var appointmentId = new Guid("134f3726-3369-492b-b3bd-b62be67b96f8");
var command = new Put.Command(
appointmentId,
"auth0|6076cf2ec42780006af85a96",
new(2021, 7, 1, 10, 0, 0),
60,
null,
"ADDED_NOTES"); // the only actual modification, but PUT requires entire object;);
const string expectedPatientNotes = "ADDED_NOTES";
// act;
var res = await SendMediatorRequestInScopeOnBehalfOfTheTestPatient(command);
// lets also check with a GET that the modification did in fact apply;
var resObject = await SendMediatorRequestInScopeOnBehalfOfTheTestPatient(new GetOne.Query(appointmentId));
// assert;
res.Should().BeOfType <NoContentResult>(); // successful PUT should return NO CONTENT per HTTP conventions;
resObject?
.PatientNotes
.Should()
.NotBeNull()
.And.BeEquivalentTo(expectedPatientNotes);
// clean up the DB, i.e. revert it to the original state;
var appointmentToCleanUp = Context.Appointments.FirstOrDefault(a => a.AppointmentId == appointmentId);
appointmentToCleanUp !.PatientNotes = null;
await Context.SaveChangesAsync();
}
public async Task ShouldReturnUnauthorizedIfPatientTriesToAssignAnExistingAppointmentToADifferentDoctor()
{
// arrange;
// appointment with this ID exists in the test data set so can be modified;
var appointmentId = new Guid("134f3726-3369-492b-b3bd-b62be67b96f8");
var command = new Put.Command(
appointmentId,
"SOME_OTHER_DOCTOR", // the only actual modification, but PUT requires entire object;
new(2021, 7, 1, 10, 0, 0),
60,
null,
null);
// act;
var res = await SendMediatorRequestInScopeOnBehalfOfTheTestPatient(command);
// assert;
res.Should().BeOfType <UnauthorizedResult>();
}
