public async Task FindAllPagedTest()
{
Assert.NotNull(dbc = new DBContext(settings.Database.ConnectionString, logger));
ContactRepository contactRepos = new ContactRepository(settings, logger, dbc);
CityRepository cityRepos = new CityRepository(settings, logger, dbc);
StateRepository stateRepos = new StateRepository(settings, logger, dbc);
IPager <Contact> contacts = await contactRepos.FindAll(new Pager <Contact>() { PageNbr = 2, PageSize = 5 });
Assert.NotNull(contacts);
Assert.True(contacts.RowCount > 0);
Assert.NotNull(contacts.Entities);
IPager <City> cities = await cityRepos.FindAll(new Pager <City>() { PageNbr = 2, PageSize = 5 });
Assert.NotNull(cities.Entities);
Assert.True(cities.RowCount > 0);
Assert.NotNull(cities.Entities);
IPager <State> states = await stateRepos.FindAll(new Pager <State>() { PageNbr = 2, PageSize = 5 });
Assert.NotNull(states.Entities);
Assert.True(states.RowCount > 0);
Assert.NotNull(states.Entities);
dbc.Close();
}
public City ValidateCity(decimal lat, decimal longitude)
{
//look through cities and ensure one is close enough for check in
var cities = CityRepository.FindAll();
City selectedCity = null;
foreach (var city in cities)
{
//use microsofts haversine formula (returns metres)
//then assign current coordinates to work out the distance
var cityCoordinate = new GeoCoordinate((double)city.LatPos,
(double)city.LongPos);
var currentCoordinate = new GeoCoordinate(
(double)lat, (double)longitude);
var distance = cityCoordinate.GetDistanceTo(currentCoordinate);
if (distance < Constants.BookingMaxRangeFromCityCentre)
{
//loop through all stored cities and if city is within
//the city limit assign the variable to return
selectedCity = city;
break;
}
}
return(selectedCity);
}
public HttpResponseMessage GetCitiesByProvinceID(int provinceId)
{
ResultMsg resultMsg = new ResultMsg();
try
{
string provinceCode = string.Empty;
using (IProvince repository = new ProvinceRepository())
{
provinceCode = repository.Find(provinceId).ProvinceCode;
}
using (ICity repository = new CityRepository())
{
var list = repository.FindAll(o => o.ProvinceCode == provinceCode);
resultMsg.code = 0;
resultMsg.data = list;
}
}
catch (Exception ex)
{
resultMsg.code = (int)StatusCodeEnum.Error;
resultMsg.msg = ex.Message;
}
return(resultMsg.toJson());
}
public IEnumerable <CityDTO> GetCity()
{
List <CityDTO> dtos = new List <CityDTO>();
foreach (City c in cityRepository.FindAll())
{
CityDTO dto = new CityDTO();
dto.CityId = c.CityId;
dto.Name = c.Name;
dto.Latitude = c.Latitude;
dto.Longitude = c.Longitude;
dtos.Add(dto);
}
return(dtos);
}
public async Task FindAllTest()
{
Assert.NotNull(dbc = new DBContext(settings.Database.ConnectionString, logger));
ContactRepository contactRepos = new ContactRepository(settings, logger, dbc);
CityRepository cityRepos = new CityRepository(settings, logger, dbc);
StateRepository stateRepos = new StateRepository(settings, logger, dbc);
ICollection <Contact> contacts = await contactRepos.FindAll();
Assert.NotEmpty(contacts);
ICollection <City> cities = await cityRepos.FindAll();
Assert.NotEmpty(cities);
ICollection <State> states = await stateRepos.FindAll();
Assert.NotEmpty(states);
dbc.Close();
}
public UpdateCarResponse UpdateCar(UpdateCarRequest request)
{
//this method allows cars to be updated after passing some basic checks
//validate the a car category exists and fail if it doesnt
var category = CarCategoryRepository.Find(request.CarCategory);
if (category == null)
{
return new UpdateCarResponse
{
Message = $"Category {request.CarCategory} does not exist",
Success = false
}
}
;
//validate the a car exists and fail if it doesnt
Car car;
if (request.Id.HasValue)
{
car = CarRepository.Find(request.Id.Value);
if (car == null)
{
return new UpdateCarResponse
{
Message = $"Vehicle {request.Id} does not exist",
Success = false
}
}
;
}
else
{
car = new Car();
}
//look through cities and ensure one is close enough for check in
var cities = CityRepository.FindAll();
City selectedCity = null;
foreach (var city in cities)
{
//use microsofts haversine formula (returns metres)
var cityCoordinate = new GeoCoordinate((double)city.LatPos, (double)city.LongPos);
var currentCoordinate = new GeoCoordinate((double)request.LatPos, (double)request.LongPos);
var distance = cityCoordinate.GetDistanceTo(currentCoordinate);
if (distance < Constants.BookingMaxRangeFromCityCentre)
{
selectedCity = city;
break;
}
}
//validates that a selected city exists
if (selectedCity == null)
{
return(new UpdateCarResponse
{
Message = "No cities are within a " +
$"{Constants.BookingMaxRangeFromCityCentre}m radius",
Success = false
});
}
//assigns car values based on the parsed request to change the car
car.CarCategory = request.CarCategory;
car.Make = request.Make;
car.Model = request.Model;
car.Status = request.Status;
car.Suburb = selectedCity.CityName;
car.LatPos = request.LatPos;
car.LongPos = request.LongPos;
car.Transmission = request.Transmission;
//switch to determine whether the car needs to be updated or added
//to the car table
if (request.Id.HasValue)
{
var updatedCar = CarRepository.Update(car);
}
else
{
var updatedCar = CarRepository.Add(car);
}
//message returned after car has been updated
var response = new UpdateCarResponse
{
Success = true,
Message = $"{request.Make} {request.Model} has been updated",
Errors = null
};
return(response);
}
public async Task <List <CityDTO> > FindAll()
{
return((await CityRepository.FindAll())
.Select(x => CityDTO.FromCity(x))
.ToList());
}
public void AddTest()
{
int key = 0;
string naturalKey = String.Empty;
using (DBContext db = new DBContext(settings.Database.ConnectionString, logger))
{
Assert.NotNull(db);
ContactRepository contactRepos = new ContactRepository(settings, logger, db);
CityRepository cityRepos = new CityRepository(settings, logger, db);
StateRepository stateRepos = new StateRepository(settings, logger, db);
#region Add Contact Test
Contact contact = new Contact()
{
FirstName = "New",
LastName = "User",
Address1 = "Address1",
Address2 = "Address2",
CellPhone = "8005551212",
HomePhone = "8005551212",
WorkPhone = "8005551212",
Notes = String.Empty,
ZipCode = "99999",
EMail = "*****@*****.**",
CityId = 1
};
ICollection <Contact> contacts = contactRepos.FindAll();
Assert.Null(contacts.Where(c => c.LastName == contact.LastName && c.FirstName == contact.FirstName).FirstOrDefault());
key = (int)contactRepos.Add(contact);
Assert.True(key > 0);
Assert.NotNull(contactRepos.FindByPK(new PrimaryKey()
{
Key = key
}));
#endregion
#region Add City Test
City city = new City()
{
Name = "New City",
StateId = "FL"
};
ICollection <City> cities = cityRepos.FindAll();
Assert.Null(cities.Where(c => c.Name == city.Name).FirstOrDefault());
key = (int)cityRepos.Add(city);
Assert.True(key > 0);
Assert.NotNull(cityRepos.FindByPK(new PrimaryKey()
{
Key = key
}));
#endregion
#region Add State Test
State newState = new State()
{
Id = "ZZ",
Name = "New State"
};
State state = stateRepos.FindByPK(new PrimaryKey()
{
Key = newState.Id, IsIdentity = false
});
Assert.Null(state);
naturalKey = (string)stateRepos.Add(newState);
Assert.True(naturalKey == (string)newState.PK.Key);
Assert.NotNull(stateRepos.FindByPK(new PrimaryKey()
{
Key = newState.Id, IsIdentity = false
}));
#endregion
}
}
public async Task AddTest()
{
int key = 0;
using (DBContext db = new DBContext(settings.Database.ConnectionString, logger))
{
Assert.NotNull(db);
ContactRepository contactRepos = new ContactRepository(settings, logger, db);
CityRepository cityRepos = new CityRepository(settings, logger, db);
StateRepository stateRepos = new StateRepository(settings, logger, db);
ProjectContactRepository projectContactRepos = new ProjectContactRepository(settings, logger, db);
#region Add Contact Test
Contact contact = new Contact()
{
FirstName = "New",
LastName = "User",
Address1 = "Address1",
Address2 = "Address2",
CellPhone = "8005551212",
HomePhone = "8005551212",
WorkPhone = "8005551212",
Notes = String.Empty,
ZipCode = "99999",
EMail = "*****@*****.**",
CityId = 1
};
ICollection <Contact> contacts = await contactRepos.FindAll();
Assert.Null(contacts.Where(c => c.LastName == contact.LastName && c.FirstName == contact.FirstName).FirstOrDefault());
key = (int)await contactRepos.Add(contact);
Assert.True(key > 0);
Assert.NotNull(await contactRepos.FindByPK(new PrimaryKey()
{
Key = key
}));
#endregion
#region Add City Test
City city = new City()
{
Name = "New City",
StateId = "FL"
};
ICollection <City> cities = await cityRepos.FindAll();
Assert.Null(cities.Where(c => c.Name == city.Name).FirstOrDefault());
key = (int)await cityRepos.Add(city);
Assert.True(key > 0);
Assert.NotNull(await cityRepos.FindByPK(new PrimaryKey()
{
Key = key
}));
#endregion
#region Add State Test
State newState = new State()
{
Id = "ZZ",
Name = "New State"
};
State state = await stateRepos.FindByPK(new PrimaryKey()
{
Key = newState.Id
});
Assert.Null(state);
key = (int)await stateRepos.Add(newState);
Assert.True(key > 0);
Assert.NotNull(await stateRepos.FindByPK(new PrimaryKey()
{
Key = newState.Id
}));
#endregion
#region Add ProjectContact Test
ProjectContact projectContact = new ProjectContact()
{
ProjectId = 2,
ContactId = 23
};
ICollection <ProjectContact> projectContacts = await projectContactRepos.FindAll();
Assert.Null(projectContacts.Where(c => c.ProjectId == projectContact.ProjectId && c.ContactId == projectContact.ContactId).FirstOrDefault());
key = (int)await projectContactRepos.Add(projectContact); // returns number of rows added
Assert.True(key > 0);
Assert.NotNull(await projectContactRepos.FindByPK(new PrimaryKey()
{
CompositeKey = new object[] { projectContact.ProjectId, projectContact.ContactId }, IsComposite = true
}));
#endregion
}
}
