public async Task ShouldCreateContactBeOkHavingProvidedData()
{
//Conteggio gli elementi prima della creazione
var countBefore = Scenario.Contacts.Count;
//Composizione della request
var request = new ContactCreateRequest
{
Name = RandomizationUtils.GenerateRandomString(50),
Token = RandomizationUtils.GenerateRandomString(50),
Description = RandomizationUtils.GenerateRandomString(50),
Email = RandomizationUtils.GenerateRandomEmail(),
Subject = RandomizationUtils.GenerateRandomString(50),
AcceptPolicy = true,
};
//Invoke del metodo
var response = await Controller.CreateContact(request);
//Conteggio gli elementi dopo la creazione
var countAfter = Scenario.Contacts.Count;
var lastInsert = Scenario.Contacts.OrderByDescending(x => x.CreationDateTime).FirstOrDefault();
//Parsing della risposta e assert
var parsed = ParseExpectedOk <OkResponse>(response);
Assert.IsTrue(parsed != null &&
countAfter == countBefore + 1 &&
lastInsert != null &&
lastInsert.Name == request.Name &&
lastInsert.Description == request.Description &&
lastInsert.Email == request.Email &&
lastInsert.Subject == request.Subject
);
}
public async Task ShouldUpdateTeamHolderBeOkHavingProvidedData()
{
var existing = Scenario.TeamHolders.FirstOrDefault();
//Conteggio gli elementi prima della creazione
var countBefore = Scenario.TeamHolders.Count;
//Composizione della request
var request = new TeamHolderCreateRequest
{
TeamId = existing.TeamId,
ShooterId = existing.ShooterId,
Description = RandomizationUtils.GenerateRandomString(5)
};
//Invoke del metodo
var response = await Controller.UpsertTeamHolder(request);
//Conteggio gli elementi dopo la creazione
var countAfter = Scenario.TeamHolders.Count;
//Parsing della risposta e assert
var parsed = ParseExpectedOk <TeamHolderContract>(response);
var updatedEntity = Scenario.TeamHolders.FirstOrDefault(x => x.Id == parsed.Data.TeamHolderId);
Assert.IsNotNull(parsed);
Assert.AreEqual(countAfter, countBefore);
Assert.IsTrue(updatedEntity.TeamId == request.TeamId &&
updatedEntity.ShooterId == request.ShooterId &&
updatedEntity.Description == request.Description
);
}
public async Task ShouldCreateShooterBeOkAndNotCreatePermissions()
{
//Conteggio gli elementi prima della creazione
var countBefore = Scenario.Permissions.Count;
//Composizione della request
var request = new ShooterCreateRequest
{
Email = RandomizationUtils.GenerateRandomEmail(),
LastName = RandomizationUtils.GenerateRandomString(10),
FirstName = RandomizationUtils.GenerateRandomString(10),
BirthDate = DateTime.Now,
Username = RandomizationUtils.GenerateRandomString(10)
};
//Invoke del metodo
var response = await Controller.CreateShooter(request);
//Conteggio gli elementi dopo la creazione
var countAfter = Scenario.Permissions.Count;
//Parsing della risposta e assert
var parsed = ParseExpectedOk <ShooterContract>(response);
Assert.IsTrue(parsed != null);
Assert.AreEqual(countBefore, countAfter);
}
public async Task ShouldCreateShooterBeBadRequestWithoutPermission()
{
UpdateIdentityUser(GetUserWithoutPermission(new List <Permissions> {
Permissions.ManageShooters, Permissions.CreateShooters
}));
//Conteggio gli elementi prima della creazione
var countBefore = Scenario.Shooters.Count;
var countBeforePermission = Scenario.Permissions.Count;
//Composizione della request
var request = new ShooterCreateRequest
{
Email = RandomizationUtils.GenerateRandomEmail(),
LastName = RandomizationUtils.GenerateRandomString(10),
FirstName = RandomizationUtils.GenerateRandomString(10),
BirthDate = DateTime.Now,
Username = RandomizationUtils.GenerateRandomString(10)
};
//Invoke del metodo
var response = await Controller.CreateShooter(request);
//Conteggio gli elementi dopo la creazione
var countAfter = Scenario.Shooters.Count;
var countAfterPermission = Scenario.Permissions.Count;
//Parsing della risposta e assert
var parsed = ParseExpectedBadRequest(response);
Assert.IsTrue(parsed != null);
Assert.AreEqual(countBefore, countAfter);
// because is made by an admin the permissions should be the same
Assert.AreEqual(countBeforePermission, countAfterPermission);
}
public async Task ShouldUpdatePlaceBeNotFoundHavingProvidedWrongId()
{
//conteggio esistenti
var countBefore = Scenario.Places.Count;
//Composizione della request
var request = new PlaceUpdateRequest
{
PlaceId = RandomizationUtils.GenerateRandomString(10),
Name = RandomizationUtils.GenerateRandomString(50),
Holder = RandomizationUtils.GenerateRandomString(15),
Email = RandomizationUtils.GenerateRandomEmail(),
City = RandomizationUtils.GenerateRandomString(15),
Region = RandomizationUtils.GenerateRandomString(15),
PostalZipCode = RandomizationUtils.GenerateRandomString(15),
Country = RandomizationUtils.GenerateRandomString(15)
};
//Invoke del metodo
var response = await Controller.UpdatePlace(request);
//Parsing della risposta e assert
var parsed = ParseExpectedNotFound(response);
//conteggio esistenti
var countAfter = Scenario.Places.Count;
Assert.IsTrue(parsed != null &&
parsed.Data == null);
//verifica contatori
Assert.AreEqual(countBefore, countAfter);
}
public void ShouldUpdateUserPasswordBeOkHavingProvidedData()
{
//Recupero un user esistente
var existing = Scenario.Shooters.FirstOrDefault();
if (existing == null)
{
Assert.Inconclusive("User does not exists");
}
var oldPassword = existing.Password;
//Composizione della request
var request = new UserPasswordUpdateRequest
{
UserId = existing.Id,
Password = RandomizationUtils.GenerateRandomString(10)
};
//Invoke del metodo
var response = Controller.UpdateUserPassword(request);
var newPassword = Scenario.Shooters.FirstOrDefault(x => x.Id == existing.Id)?.Password;
//Parsing della risposta e assert
var parsed = ParseExpectedOk <BooleanResponse>(response);
Assert.IsNotNull(newPassword);
Assert.IsTrue(parsed != null &&
oldPassword != newPassword);
}
public async Task ShouldCreateShooterAssociationBeBadRequestHaavingProvidedWrongAssociation()
{
var existing = Scenario.Shooters.FirstOrDefault();
//Conteggio gli elementi prima della creazione
var countBefore = Scenario.ShooterAssociations.Count;
//Composizione della request
var request = new ShooterAssociationCreateRequest
{
AssociationId = RandomizationUtils.GenerateRandomString(5),
ShooterId = existing.Id,
RegistrationDate = DateTime.Now,
Classification = RandomizationUtils.GenerateRandomString(5),
Division = RandomizationUtils.GenerateRandomString(5)
};
//Invoke del metodo
var response = await Controller.UpsertShooterAssociation(request);
//Conteggio gli elementi dopo la creazione
var countAfter = Scenario.ShooterAssociations.Count;
//Parsing della risposta e assert
var parsed = ParseExpectedBadRequest(response);
Assert.AreEqual(countBefore, countAfter);
Assert.IsTrue(parsed != null &&
parsed.Data.Count > 0);
}
public void ShouldUpdateUserBeUnauthorizedHavingProvidedWrongId()
{
//conteggio esistenti
var countBefore = Scenario.Shooters.Count;
//Composizione della request
var request = new UserUpdateRequest
{
UserId = RandomizationUtils.GenerateRandomString(10)
};
//Invoke del metodo
var response = Controller.UpdateProfile(request);
//Parsing della risposta e assert
var parsed = ParseExpectedUnauthorized(response);
//conteggio esistenti
var countAfter = Scenario.Shooters.Count;
Assert.IsTrue(parsed != null &&
parsed.Data == null);
//verifica contatori
Assert.AreEqual(countBefore, countAfter);
}
public async Task ShouldUpdateTeamBeNotFoundHavingProvidedWrongId()
{
//conteggio esistenti
var countBefore = Scenario.Teams.Count;
//Composizione della request
var request = new TeamUpdateRequest
{
TeamId = RandomizationUtils.GenerateRandomString(10),
Name = RandomizationUtils.GenerateRandomString(50)
};
//Invoke del metodo
var response = await Controller.UpdateTeam(request);
//Parsing della risposta e assert
var parsed = ParseExpectedNotFound(response);
//conteggio esistenti
var countAfter = Scenario.Teams.Count;
Assert.IsTrue(parsed != null &&
parsed.Data == null);
//verifica contatori
Assert.AreEqual(countBefore, countAfter);
}
public async Task ShouldUpdateShooterBeNotFoundHavingProvidedWrongId()
{
//conteggio esistenti
var countBefore = Scenario.Shooters.Count;
//Composizione della request
var request = new ShooterUpdateRequest
{
ShooterId = RandomizationUtils.GenerateRandomString(10),
Email = RandomizationUtils.GenerateRandomEmail(),
LastName = RandomizationUtils.GenerateRandomString(10),
FirstName = RandomizationUtils.GenerateRandomString(10),
BirthDate = DateTime.Now,
Username = RandomizationUtils.GenerateRandomString(10)
};
//Invoke del metodo
var response = await Controller.UpdateShooter(request);
//Parsing della risposta e assert
var parsed = ParseExpectedNotFound(response);
//conteggio esistenti
var countAfter = Scenario.Shooters.Count;
Assert.IsTrue(parsed != null &&
parsed.Data == null);
//verifica contatori
Assert.AreEqual(countBefore, countAfter);
}
public async Task ShouldUpdatePlaceBeOkHavingProvidedData()
{
//Recupero una Place esistente
var existing = Scenario.Places.FirstOrDefault();
if (existing == null)
{
Assert.Inconclusive("Place does not exists");
}
//conteggio esistenti
var countBefore = Scenario.Places.Count;
//Composizione della request
var request = new PlaceUpdateRequest
{
PlaceId = existing.Id,
Name = RandomizationUtils.GenerateRandomString(50),
Holder = RandomizationUtils.GenerateRandomString(15),
Phone = RandomizationUtils.GenerateRandomString(10),
Email = RandomizationUtils.GenerateRandomEmail(),
Address = RandomizationUtils.GenerateRandomString(15),
City = RandomizationUtils.GenerateRandomString(15),
Region = RandomizationUtils.GenerateRandomString(15),
PostalZipCode = RandomizationUtils.GenerateRandomString(15),
Country = RandomizationUtils.GenerateRandomString(15)
};
//Invoke del metodo
var response = await Controller.UpdatePlace(request);
//Parsing della risposta e assert
var parsed = ParseExpectedOk <PlaceContract>(response);
//conteggio esistenti
var countAfter = Scenario.Places.Count;
Assert.IsTrue(parsed != null &&
parsed.Data.Name == request.Name &&
parsed.Data.Holder == request.Holder &&
parsed.Data.Phone == request.Phone &&
parsed.Data.Email == request.Email &&
parsed.Data.Address == request.Address &&
parsed.Data.City == request.City &&
parsed.Data.Region == request.Region &&
parsed.Data.PostalZipCode == request.PostalZipCode &&
parsed.Data.Country == request.Country);
//verifica contatori
Assert.AreEqual(countBefore, countAfter);
}
public async Task ShouldUpdateMatchBeOkHavingProvidedData()
{
//Recupero una Match esistente
var existing = Scenario.Matches.FirstOrDefault();
if (existing == null)
{
Assert.Inconclusive("Match does not exists");
}
var existingAssociation = Scenario.Associations.FirstOrDefault(x => x.Id != existing.AssociationId);
var existingPlace = Scenario.Places.FirstOrDefault(x => x.Id != existing.PlaceId);
//conteggio esistenti
var countBefore = Scenario.Matches.Count;
//Composizione della request
var request = new MatchUpdateRequest
{
MatchId = existing.Id,
Name = RandomizationUtils.GenerateRandomString(50),
AssociationId = existingAssociation.Id,
PlaceId = existingPlace.Id,
MatchDateTimeStart = DateTime.Now,
MatchDateTimeEnd = DateTime.Now.AddDays(1),
OpenMatch = !existing.OpenMatch,
UnifyClassifications = !existing.UnifyClassifications
};
//Invoke del metodo
var response = await Controller.UpdateMatch(request);
//Parsing della risposta e assert
var parsed = ParseExpectedOk <MatchContract>(response);
//conteggio esistenti
var countAfter = Scenario.Matches.Count;
Assert.IsTrue(parsed != null &&
parsed.Data.Name == request.Name &&
parsed.Data.Association.AssociationId == request.AssociationId &&
parsed.Data.Place.PlaceId == request.PlaceId &&
parsed.Data.MatchDateTimeStart == request.MatchDateTimeStart &&
parsed.Data.MatchDateTimeEnd == request.MatchDateTimeEnd &&
parsed.Data.OpenMatch == request.OpenMatch &&
parsed.Data.UnifyClassifications == request.UnifyClassifications);
//verifica contatori
Assert.AreEqual(countBefore, countAfter);
}
public async Task ShouldUpdatePlaceBeBadRequestOnNameZipAndDuplicate()
{
//utente corrente
var user = GetIdentityUser();
//Recupero place esistente
var existing = Scenario.Places.FirstOrDefault();
if (existing == null)
{
Assert.Inconclusive("First place is invalid");
}
//Recupero place esistente
var anotherExisting = Scenario.Places.FirstOrDefault(x => x.Id != existing.Id);
if (anotherExisting == null)
{
Assert.Inconclusive("Second place is invalid");
}
//Conteggio gli elementi prima della creazione
var countBefore = Scenario.Places.Count;
//Composizione della request
var request = new PlaceUpdateRequest
{
PlaceId = existing.Id,
Name = anotherExisting.Name,
PostalZipCode = anotherExisting.PostalZipCode,
Holder = RandomizationUtils.GenerateRandomString(15),
Email = RandomizationUtils.GenerateRandomEmail(),
City = RandomizationUtils.GenerateRandomString(15),
Region = RandomizationUtils.GenerateRandomString(15),
Country = RandomizationUtils.GenerateRandomString(15)
};
//Invoke del metodo
var response = await Controller.UpdatePlace(request);
//Conteggio gli elementi dopo la creazione
var countAfter = Scenario.Places.Count;
//Parsing della risposta e assert
var parsed = ParseExpectedBadRequest(response);
Assert.IsTrue(parsed != null &&
parsed.Data.Any());
//verifica contatori
Assert.AreEqual(countBefore, countAfter);
}
public async Task ShouldUpdateShooterBeOkHavingProvidedData()
{
//Recupero una Shooter esistente
var existing = Scenario.Shooters.FirstOrDefault();
if (existing == null)
{
Assert.Inconclusive("Shooter does not exists");
}
//conteggio esistenti
var countBefore = Scenario.Shooters.Count;
//Composizione della request
var request = new ShooterUpdateRequest
{
ShooterId = existing.Id,
Email = RandomizationUtils.GenerateRandomEmail(),
LastName = RandomizationUtils.GenerateRandomString(10),
FirstName = RandomizationUtils.GenerateRandomString(10),
BirthDate = DateTime.Now,
Username = RandomizationUtils.GenerateRandomString(10),
FirearmsLicence = RandomizationUtils.GenerateRandomString(10),
FirearmsLicenceExpireDate = DateTime.Now,
MedicalExaminationExpireDate = DateTime.Now
};
//Invoke del metodo
var response = await Controller.UpdateShooter(request);
//Parsing della risposta e assert
var parsed = ParseExpectedOk <ShooterContract>(response);
//conteggio esistenti
var countAfter = Scenario.Shooters.Count;
Assert.IsTrue(parsed != null &&
parsed.Data.Email == request.Email &&
parsed.Data.LastName == request.LastName &&
parsed.Data.FirstName == request.FirstName &&
parsed.Data.BirthDate == request.BirthDate &&
parsed.Data.FirearmsLicence == request.FirearmsLicence &&
parsed.Data.FirearmsLicenceExpireDate == request.FirearmsLicenceExpireDate &&
parsed.Data.MedicalExaminationExpireDate == request.MedicalExaminationExpireDate &&
parsed.Data.Username == request.Username);
//verifica contatori
Assert.AreEqual(countBefore, countAfter);
}
public async Task ShouldCreateShooterAssociationInfoBeOkHavingProvidedData()
{
var shooterIds = Scenario.ShooterAssociationInfos.Select(x => x.ShooterId).ToList();
var existing = Scenario.Shooters.FirstOrDefault(x => !shooterIds.Contains(x.Id));
if (existing == null)
{
Assert.Inconclusive("No shooter without association exists");
}
//Conteggio gli elementi prima della creazione
var countBefore = Scenario.ShooterAssociationInfos.Count;
var existingAssociation = Scenario.Associations.FirstOrDefault();
//Composizione della request
var request = new ShooterAssociationInfoCreateRequest
{
AssociationId = existingAssociation.Id,
ShooterId = existing.Id,
SafetyOfficier = true,
RegistrationDate = RandomizationUtils.GetRandomDate(),
CardNumber = RandomizationUtils.GenerateRandomString(5),
Categories = new List <string> {
existingAssociation.Categories.FirstOrDefault()
}
};
//Invoke del metodo
var response = await Controller.CreateShooterAssociationInfo(request);
//Conteggio gli elementi dopo la creazione
var countAfter = Scenario.ShooterAssociationInfos.Count;
//Parsing della risposta e assert
var parsed = ParseExpectedOk <ShooterAssociationInfoContract>(response);
Assert.IsTrue(parsed != null &&
countAfter == countBefore + 1 &&
parsed != null &&
parsed.Data.Association.AssociationId == request.AssociationId &&
parsed.Data.Shooter.ShooterId == request.ShooterId &&
parsed.Data.RegistrationDate == request.RegistrationDate &&
parsed.Data.SafetyOfficier == request.SafetyOfficier &&
parsed.Data.CardNumber == request.CardNumber &&
parsed.Data.Categories.All(x => request.Categories.Contains(x))
);
}
public async Task ShouldUpdateShooterBeBadRequestHavingProvidedSameFirearmsLicence()
{
//conteggio esistenti
var countBefore = Scenario.Shooters.Count;
//Recupero una Shooter esistente
var existing = Scenario.Shooters.FirstOrDefault();
if (existing == null)
{
Assert.Inconclusive("Shooter does not exists");
}
//Recupero una Shooter esistente
var existingToUpdate = Scenario.Shooters.FirstOrDefault(x => x.Id != existing.Id);
if (existing == null)
{
Assert.Inconclusive("Shooter does not exists");
}
//Composizione della request
var request = new ShooterUpdateRequest
{
ShooterId = existingToUpdate.Id,
FirearmsLicence = existing.FirearmsLicence,
Email = RandomizationUtils.GenerateRandomEmail(),
LastName = RandomizationUtils.GenerateRandomString(10),
FirstName = RandomizationUtils.GenerateRandomString(10),
BirthDate = DateTime.Now,
Username = RandomizationUtils.GenerateRandomString(10)
};
//Invoke del metodo
var response = await Controller.UpdateShooter(request);
//Parsing della risposta e assert
var parsed = ParseExpectedBadRequest(response);
//conteggio esistenti
var countAfter = Scenario.Shooters.Count;
Assert.IsNotNull(parsed);
Assert.IsTrue(parsed.Data.Any());
//verifica contatori
Assert.AreEqual(countBefore, countAfter);
}
public async Task ShouldCreateShooterTeamPaymentBeOkHavingProvidedData()
{
var shooterIds = Scenario.ShooterTeamPayments.Select(x => x.ShooterId).ToList();
var existing = Scenario.Shooters.FirstOrDefault(x => !shooterIds.Contains(x.Id));
if (existing == null)
{
Assert.Inconclusive("No shooter team payment without association exists");
}
//Conteggio gli elementi prima della creazione
var countBefore = Scenario.ShooterTeamPayments.Count;
var existingTeam = Scenario.Teams.FirstOrDefault();
//Composizione della request
var request = new ShooterTeamPaymentCreateRequest
{
TeamId = existingTeam.Id,
ShooterId = existing.Id,
Reason = RandomizationUtils.GenerateRandomString(15),
Amount = 1,
PaymentDateTime = RandomizationUtils.GetRandomDate()
};
//Invoke del metodo
var response = await Controller.CreateShooterTeamPayment(request);
//Conteggio gli elementi dopo la creazione
var countAfter = Scenario.ShooterTeamPayments.Count;
//Parsing della risposta e assert
var parsed = ParseExpectedOk <ShooterTeamPaymentContract>(response);
var updatedEntity = Scenario.ShooterTeamPayments.FirstOrDefault(x => x.Id == parsed.Data.ShooterTeamPaymentId);
Assert.IsTrue(parsed != null &&
countAfter == countBefore + 1 &&
updatedEntity.TeamId == request.TeamId &&
updatedEntity.ShooterId == request.ShooterId &&
updatedEntity.Amount == request.Amount &&
updatedEntity.Reason == request.Reason &&
updatedEntity.PaymentDateTime == request.PaymentDateTime &&
updatedEntity.ExpireDateTime == request.ExpireDateTime &&
updatedEntity.NotifyExpiration == request.NotifyExpiration
);
}
public async Task ShouldUpdateShooterTeamPaymentBeOkHavingProvidedData()
{
var existing = Scenario.ShooterTeamPayments.FirstOrDefault();
if (existing == null)
{
Assert.Inconclusive("No shooter team payment exists");
}
//Conteggio gli elementi prima della creazione
var countBefore = Scenario.ShooterTeamPayments.Count;
//Composizione della request
var request = new ShooterTeamPaymentUpdateRequest
{
ShooterTeamPaymentId = existing.Id,
TeamId = existing.TeamId,
ShooterId = existing.ShooterId,
Reason = RandomizationUtils.GenerateRandomString(5),
Amount = 1,
PaymentDateTime = existing.PaymentDateTime
};
//Invoke del metodo
var response = await Controller.UpdateShooterTeamPayment(request);
//Conteggio gli elementi dopo la creazione
var countAfter = Scenario.ShooterTeamPayments.Count;
//Parsing della risposta e assert
var parsed = ParseExpectedOk <ShooterTeamPaymentContract>(response);
var updatedEntity = Scenario.ShooterTeamPayments.FirstOrDefault(x => x.Id == parsed.Data.ShooterTeamPaymentId);
Assert.IsNotNull(parsed);
Assert.AreEqual(countAfter, countBefore);
Assert.IsTrue(updatedEntity.TeamId == request.TeamId &&
updatedEntity.ShooterId == request.ShooterId &&
updatedEntity.Reason == request.Reason &&
updatedEntity.PaymentDateTime == request.PaymentDateTime &&
updatedEntity.Amount == request.Amount &&
updatedEntity.ExpireDateTime == request.ExpireDateTime &&
updatedEntity.NotifyExpiration == request.NotifyExpiration
);
}
public void ShouldUpdateUserPasswordBeUnauthorizedHavingProvidedWrongId()
{
//Composizione della request
var request = new UserPasswordUpdateRequest
{
UserId = RandomizationUtils.GenerateRandomString(10),
Password = RandomizationUtils.GenerateRandomString(10)
};
//Invoke del metodo
var response = Controller.UpdateUserPassword(request);
//Parsing della risposta e assert
var parsed = ParseExpectedUnauthorized(response);
//verifica contatori
Assert.IsNull(parsed.Data);
}
public async Task ShouldCreateShooterAssociationInfoBeBadRequestHavingProvidedWrongCategories()
{
var shooterIds = Scenario.ShooterAssociationInfos.Select(x => x.ShooterId).ToList();
var existing = Scenario.Shooters.FirstOrDefault(x => !shooterIds.Contains(x.Id));
if (existing == null)
{
Assert.Inconclusive("No shooter without association exists");
}
//Conteggio gli elementi prima della creazione
var countBefore = Scenario.ShooterAssociationInfos.Count;
var existingAssociation = Scenario.Associations.FirstOrDefault();
//Composizione della request
var request = new ShooterAssociationInfoCreateRequest
{
AssociationId = existingAssociation.Id,
ShooterId = existing.Id,
SafetyOfficier = false,
CardNumber = RandomizationUtils.GenerateRandomString(5),
Categories = new List <string> {
RandomizationUtils.GenerateRandomString(5)
}
};
//Invoke del metodo
var response = await Controller.CreateShooterAssociationInfo(request);
//Conteggio gli elementi dopo la creazione
var countAfter = Scenario.ShooterAssociationInfos.Count;
//Parsing della risposta e assert
var parsed = ParseExpectedBadRequest(response);
Assert.AreEqual(countBefore, countAfter);
Assert.IsTrue(parsed != null &&
// the old one should be closed with end date
parsed.Data.Any()
);
}
public void ShouldUpdateUserBeOkHavingProvidedData()
{
//Recupero un user esistente
var existing = GetIdentityUser();
//conteggio esistenti
var countBefore = Scenario.Shooters.Count;
//Composizione della request
var request = new UserUpdateRequest
{
UserId = existing.Id,
Username = RandomizationUtils.GenerateRandomString(10),
FirstName = RandomizationUtils.GenerateRandomString(10),
LastName = RandomizationUtils.GenerateRandomString(10),
Email = RandomizationUtils.GenerateRandomEmail(),
BirthDate = DateTime.Now
};
//Invoke del metodo
var response = Controller.UpdateProfile(request);
//Parsing della risposta e assert
var parsed = ParseExpectedOk <ShooterContract>(response);
//conteggio esistenti
var countAfter = Scenario.Shooters.Count;
Assert.IsTrue(parsed != null &&
parsed.Data.ShooterId == request.UserId &&
parsed.Data.FirstName == request.FirstName &&
parsed.Data.LastName == request.LastName &&
parsed.Data.Username == request.Username &&
parsed.Data.Email == request.Email &&
parsed.Data.BirthDate == request.BirthDate);
//verifica contatori
Assert.AreEqual(countBefore, countAfter);
}
public async Task ShouldUpdateShooterAssociationInfoBeOkHavingProvidedData()
{
var existing = Scenario.ShooterAssociationInfos.FirstOrDefault();
//Conteggio gli elementi prima della creazione
var countBefore = Scenario.ShooterAssociationInfos.Count;
var existingAssociation = Scenario.Associations.FirstOrDefault(x => x.Id == existing.AssociationId);
//Composizione della request
var request = new ShooterAssociationInfoUpdateRequest
{
ShooterAssociationInfoId = existing.Id,
AssociationId = existing.AssociationId,
ShooterId = existing.ShooterId,
RegistrationDate = RandomizationUtils.GetRandomDate(),
SafetyOfficier = !existing.SafetyOfficier,
CardNumber = RandomizationUtils.GenerateRandomString(5),
Categories = new List <string> {
existingAssociation.Categories.LastOrDefault()
}
};
//Invoke del metodo
var response = await Controller.UpdateShooterAssociationInfo(request);
//Conteggio gli elementi dopo la creazione
var countAfter = Scenario.ShooterAssociationInfos.Count;
//Parsing della risposta e assert
var parsed = ParseExpectedOk <ShooterAssociationInfoContract>(response);
Assert.AreEqual(countBefore, countAfter);
Assert.IsTrue(parsed != null &&
parsed.Data.Association.AssociationId == request.AssociationId &&
parsed.Data.Shooter.ShooterId == request.ShooterId &&
parsed.Data.RegistrationDate == request.RegistrationDate &&
parsed.Data.SafetyOfficier == request.SafetyOfficier &&
parsed.Data.CardNumber == request.CardNumber &&
parsed.Data.Categories.All(x => request.Categories.Contains(x))
);
}
public async Task ShouldCreatePlaceBeOkHavingProvidedData()
{
//Conteggio gli elementi prima della creazione
var countBefore = Scenario.Places.Count;
//Composizione della request
var request = new PlaceCreateRequest
{
Name = RandomizationUtils.GenerateRandomString(50),
Holder = RandomizationUtils.GenerateRandomString(15),
Phone = RandomizationUtils.GenerateRandomString(10),
Email = RandomizationUtils.GenerateRandomEmail(),
Address = RandomizationUtils.GenerateRandomString(15),
City = RandomizationUtils.GenerateRandomString(15),
Region = RandomizationUtils.GenerateRandomString(15),
PostalZipCode = RandomizationUtils.GenerateRandomString(15),
Country = RandomizationUtils.GenerateRandomString(15),
};
//Invoke del metodo
var response = await Controller.CreatePlace(request);
//Conteggio gli elementi dopo la creazione
var countAfter = Scenario.Places.Count;
//Parsing della risposta e assert
var parsed = ParseExpectedOk <PlaceContract>(response);
Assert.IsTrue(parsed != null &&
countAfter == countBefore + 1 &&
parsed.Data.Name == request.Name &&
parsed.Data.Holder == request.Holder &&
parsed.Data.Phone == request.Phone &&
parsed.Data.Email == request.Email &&
parsed.Data.Address == request.Address &&
parsed.Data.City == request.City &&
parsed.Data.Region == request.Region &&
parsed.Data.PostalZipCode == request.PostalZipCode &&
parsed.Data.Country == request.Country);
}
public async Task ShouldCreateTeamHolderBeOkHavingProvidedData()
{
var shooterIds = Scenario.TeamHolders.Select(x => x.ShooterId).ToList();
var existing = Scenario.Shooters.FirstOrDefault(x => !shooterIds.Contains(x.Id));
if (existing == null)
{
Assert.Inconclusive("No shooter without association exists");
}
//Conteggio gli elementi prima della creazione
var countBefore = Scenario.TeamHolders.Count;
var existingTeam = Scenario.Teams.FirstOrDefault();
//Composizione della request
var request = new TeamHolderCreateRequest
{
TeamId = existingTeam.Id,
ShooterId = existing.Id,
Description = RandomizationUtils.GenerateRandomString(15)
};
//Invoke del metodo
var response = await Controller.UpsertTeamHolder(request);
//Conteggio gli elementi dopo la creazione
var countAfter = Scenario.TeamHolders.Count;
//Parsing della risposta e assert
var parsed = ParseExpectedOk <TeamHolderContract>(response);
var updatedEntity = Scenario.TeamHolders.FirstOrDefault(x => x.Id == parsed.Data.TeamHolderId);
Assert.IsTrue(parsed != null &&
countAfter == countBefore + 1 &&
updatedEntity.TeamId == request.TeamId &&
updatedEntity.ShooterId == request.ShooterId &&
updatedEntity.Description == request.Description
);
}
public async Task ShouldCreateMatchBeOkHavingProvidedData()
{
//Conteggio gli elementi prima della creazione
var countBefore = Scenario.Matches.Count;
var existingAssociation = Scenario.Associations.FirstOrDefault();
var existingPlace = Scenario.Places.FirstOrDefault();
//Composizione della request
var request = new MatchCreateRequest
{
Name = RandomizationUtils.GenerateRandomString(50),
AssociationId = existingAssociation.Id,
PlaceId = existingPlace.Id,
MatchDateTimeStart = DateTime.Now,
MatchDateTimeEnd = DateTime.Now.AddDays(1),
OpenMatch = true,
UnifyClassifications = true
};
//Invoke del metodo
var response = await Controller.CreateMatch(request);
//Conteggio gli elementi dopo la creazione
var countAfter = Scenario.Matches.Count;
//Parsing della risposta e assert
var parsed = ParseExpectedOk <MatchContract>(response);
Assert.IsTrue(parsed != null &&
countAfter == countBefore + 1 &&
parsed.Data.Name == request.Name &&
parsed.Data.Association.AssociationId == request.AssociationId &&
parsed.Data.Place.PlaceId == request.PlaceId &&
parsed.Data.MatchDateTimeStart == request.MatchDateTimeStart &&
parsed.Data.MatchDateTimeEnd == request.MatchDateTimeEnd &&
parsed.Data.OpenMatch == request.OpenMatch &&
parsed.Data.UnifyClassifications == request.UnifyClassifications
);
}
public async Task ShouldCreateMatchBeBadRequestWithoutPermission()
{
UpdateIdentityUser(GetUserWithoutPermission(new List <Permissions> {
Permissions.ManageMatches, Permissions.CreateMatches
}));
//Conteggio gli elementi prima della creazione
var countBefore = Scenario.Matches.Count;
var countBeforePermission = Scenario.Permissions.Count;
var existingAssociation = Scenario.Associations.FirstOrDefault();
var existingPlace = Scenario.Places.FirstOrDefault();
//Composizione della request
var request = new MatchCreateRequest
{
Name = RandomizationUtils.GenerateRandomString(50),
AssociationId = existingAssociation.Id,
PlaceId = existingPlace.Id,
MatchDateTimeStart = DateTime.Now,
MatchDateTimeEnd = DateTime.Now.AddDays(1),
OpenMatch = true,
UnifyClassifications = true
};
//Invoke del metodo
var response = await Controller.CreateMatch(request);
//Conteggio gli elementi dopo la creazione
var countAfter = Scenario.Matches.Count;
var countAfterPermission = Scenario.Permissions.Count;
//Parsing della risposta e assert
var parsed = ParseExpectedBadRequest(response);
Assert.IsTrue(parsed != null);
Assert.AreEqual(countBefore, countAfter);
// because is made by an admin the permissions should be the same
Assert.AreEqual(countBeforePermission, countAfterPermission);
}
public async Task ShouldDeleteTeamBeBadNotFoundHavingProvidedWrongId()
{
//Conteggio gli elementi prima della cancellazione
var countBefore = Scenario.Teams.Count;
//Composizione della request
var request = new TeamRequest {
TeamId = RandomizationUtils.GenerateRandomString(10)
};
//Invoke del metodo
var response = await Controller.DeleteTeam(request);
//Parsing della risposta
var parsed = ParseExpectedNotFound(response);
//Conteggio gli elementi dopo la cancellazione
var countAfter = Scenario.Teams.Count;
Assert.IsTrue(parsed != null &&
parsed.Data == null);
Assert.AreEqual(countBefore, countAfter);
}
public async Task ShouldCreateShooterBeOkHavingProvidedData()
{
//Conteggio gli elementi prima della creazione
var countBefore = Scenario.Shooters.Count;
//Composizione della request
var request = new ShooterCreateRequest
{
Email = RandomizationUtils.GenerateRandomEmail(),
LastName = RandomizationUtils.GenerateRandomString(10),
FirstName = RandomizationUtils.GenerateRandomString(10),
BirthDate = DateTime.Now,
Username = RandomizationUtils.GenerateRandomString(10),
FirearmsLicence = RandomizationUtils.GenerateRandomString(10),
FirearmsLicenceExpireDate = DateTime.Now
};
//Invoke del metodo
var response = await Controller.CreateShooter(request);
//Conteggio gli elementi dopo la creazione
var countAfter = Scenario.Shooters.Count;
//Parsing della risposta e assert
var parsed = ParseExpectedOk <ShooterContract>(response);
Assert.IsTrue(parsed != null &&
countAfter == countBefore + 1 &&
parsed.Data.Email == request.Email &&
parsed.Data.LastName == request.LastName &&
parsed.Data.FirstName == request.FirstName &&
parsed.Data.BirthDate == request.BirthDate &&
parsed.Data.Username == request.Username &&
parsed.Data.FirearmsLicence == request.FirearmsLicence &&
parsed.Data.FirearmsLicenceExpireDate == request.FirearmsLicenceExpireDate
);
}
public async Task ShouldUpdateTeamBeOkHavingProvidedData()
{
//Recupero una Team esistente
var existing = Scenario.Teams.FirstOrDefault();
if (existing == null)
{
Assert.Inconclusive("Team does not exists");
}
//conteggio esistenti
var countBefore = Scenario.Teams.Count;
//Composizione della request
var request = new TeamUpdateRequest
{
TeamId = existing.Id,
Name = RandomizationUtils.GenerateRandomString(50)
};
//Invoke del metodo
var response = await Controller.UpdateTeam(request);
//Parsing della risposta e assert
var parsed = ParseExpectedOk <TeamContract>(response);
//conteggio esistenti
var countAfter = Scenario.Teams.Count;
Assert.IsTrue(parsed != null &&
parsed.Data.Name == request.Name);
//verifica contatori
Assert.AreEqual(countBefore, countAfter);
}
public async Task ShouldUpdateMatchBeNotFoundHavingProvidedWrongId()
{
//conteggio esistenti
var countBefore = Scenario.Matches.Count;
var existingAssociation = Scenario.Associations.FirstOrDefault();
var existingPlace = Scenario.Places.FirstOrDefault();
//Composizione della request
var request = new MatchUpdateRequest
{
MatchId = RandomizationUtils.GenerateRandomString(10),
Name = RandomizationUtils.GenerateRandomString(50),
AssociationId = existingAssociation.Id,
PlaceId = existingPlace.Id,
MatchDateTimeStart = DateTime.Now,
MatchDateTimeEnd = DateTime.Now.AddDays(1),
OpenMatch = false,
UnifyClassifications = false
};
//Invoke del metodo
var response = await Controller.UpdateMatch(request);
//Parsing della risposta e assert
var parsed = ParseExpectedNotFound(response);
//conteggio esistenti
var countAfter = Scenario.Matches.Count;
Assert.IsTrue(parsed != null &&
parsed.Data == null);
//verifica contatori
Assert.AreEqual(countBefore, countAfter);
}
