public override void Initialize()
{
connectors = new AccountConnector[Count];
finishEvents = new ManualResetEvent[Count];
for (int i = 0; i < connectors.Length; i++)
{
connectors[i] = new AccountConnector();
connectors[i].Logger = Logger;
connectors[i].Crypto = /*i % 3 != 0 ?*/ CryptoType.EC25519; // : CryptoType.EC;
switch (i % 3)
{
case 0:
connectors[i].Login = "******";
break;
case 1:
connectors[i].Login = "******";
break;
default:
connectors[i].Login = "******";
break;
}
}
}
public void Test_ModeOfPayment_CRUD()
{
#region Arrange
var tmpAccount = new AccountConnector().Get(0123) ?? new AccountConnector().Create(new Account()
{
Description = "TestAccount", Number = 0123
});
#endregion Arrange
IModeOfPaymentConnector connector = new ModeOfPaymentConnector();
#region CREATE
var newModeOfPayment = new ModeOfPayment()
{
Description = "TestMode",
AccountNumber = tmpAccount.Number,
Code = "TEST_MODE",
};
var createdModeOfPayment = connector.Create(newModeOfPayment);
MyAssert.HasNoError(connector);
Assert.AreEqual("TestMode", createdModeOfPayment.Description);
#endregion CREATE
#region UPDATE
createdModeOfPayment.Description = "UpdatedMode";
var updatedModeOfPayment = connector.Update(createdModeOfPayment);
MyAssert.HasNoError(connector);
Assert.AreEqual("UpdatedMode", updatedModeOfPayment.Description);
#endregion UPDATE
#region READ / GET
var retrievedModeOfPayment = connector.Get(createdModeOfPayment.Code);
MyAssert.HasNoError(connector);
Assert.AreEqual("UpdatedMode", retrievedModeOfPayment.Description);
#endregion READ / GET
#region DELETE
connector.Delete(createdModeOfPayment.Code);
MyAssert.HasNoError(connector);
retrievedModeOfPayment = connector.Get(createdModeOfPayment.Code);
Assert.AreEqual(null, retrievedModeOfPayment, "Entity still exists after Delete!");
#endregion DELETE
#region Delete arranged resources
new AccountConnector().Delete(0123);
#endregion Delete arranged resources
}
public void Test_Expense_CRUD()
{
#region Arrange
var ac = new AccountConnector();
if (ac.Get(0123) == null) //account 123 does not exist
{
ac.Create(new Account()
{
Number = 0123, Description = "TmpAccount"
});
}
#endregion Arrange
IExpenseConnector connector = new ExpenseConnector();
#region CREATE
var newExpense = new Expense()
{
Text = "TestExpense",
Code = TestUtils.RandomString(6),
Account = 0123
};
var createdExpense = connector.Create(newExpense);
MyAssert.HasNoError(connector);
Assert.AreEqual("TestExpense", createdExpense.Text);
#endregion CREATE
#region UPDATE
//Not supported
#endregion UPDATE
#region READ / GET
var retrievedExpense = connector.Get(createdExpense.Code);
MyAssert.HasNoError(connector);
Assert.AreEqual("TestExpense", retrievedExpense.Text);
#endregion READ / GET
#region DELETE
//Not supported
#endregion DELETE
#region Delete arranged resources
ac.Delete(0123);
MyAssert.HasNoError(ac);
#endregion Delete arranged resources
}
public void Test_Account_CRUD()
{
var connector = new AccountConnector();
if (connector.Get("8454") != null) //Delete if already exists
{
connector.Delete("8454");
}
#region CREATE
var newAccount = new Account
{
Description = "Test Account",
Active = false,
Number = "8454",
CostCenterSettings = CostCenterSettingsValue.ALLOWED,
ProjectSettings = ProjectSettingsValue.ALLOWED,
SRU = 123
};
//Act
var createdAccount = connector.Create(newAccount);
MyAssert.HasNoError(connector);
Assert.AreEqual("Test Account", createdAccount.Description);
#endregion CREATE
#region UPDATE
createdAccount.Description = "Updated Test Account";
var updatedAccount = connector.Update(createdAccount);
MyAssert.HasNoError(connector);
Assert.AreEqual("Updated Test Account", updatedAccount.Description);
#endregion UPDATE
#region READ / GET
var retrievedAccount = connector.Get(createdAccount.Number);
MyAssert.HasNoError(connector);
Assert.AreEqual("Updated Test Account", retrievedAccount.Description);
#endregion READ / GET
#region DELETE
connector.Delete(createdAccount.Number);
MyAssert.HasNoError(connector);
retrievedAccount = connector.Get(createdAccount.Number);
Assert.AreEqual(null, retrievedAccount, "Entity still exists after Delete!");
#endregion DELETE
}
public void Test_Find()
{
#region Arrange
//Add code to create required resources
#endregion Arrange
var testKeyMark = TestUtils.RandomInt();
IAccountConnector connector = new AccountConnector();
var newAccount = new Account()
{
Description = "Test Account",
Active = false,
CostCenterSettings = CostCenterSettings.Allowed,
ProjectSettings = ProjectSettings.Allowed,
SRU = testKeyMark
};
//Add entries
for (var i = 0; i < 5; i++)
{
newAccount.Number = GetUnusedAccountNumber();
connector.Create(newAccount);
MyAssert.HasNoError(connector);
}
//Apply base test filter
connector.SRU = testKeyMark.ToString();
var fullCollection = connector.Find();
MyAssert.HasNoError(connector);
Assert.AreEqual(5, fullCollection.TotalResources);
Assert.AreEqual(5, fullCollection.Entities.Count);
Assert.AreEqual(1, fullCollection.TotalPages);
//Apply Limit
connector.Limit = 2;
var limitedCollection = connector.Find();
MyAssert.HasNoError(connector);
Assert.AreEqual(5, limitedCollection.TotalResources);
Assert.AreEqual(2, limitedCollection.Entities.Count);
Assert.AreEqual(3, limitedCollection.TotalPages);
//Delete entries
foreach (var entry in fullCollection.Entities)
{
connector.Delete(entry.Number);
}
#region Delete arranged resources
//Add code to delete temporary resources
#endregion Delete arranged resources
}
public void Test_Account_CRUD_SpecificFinYear()
{
var specificFinYear = new FinancialYearConnector().Find(null).Entities.First(y => y.FromDate?.Year == 2018); //get fin year 2018
IAccountConnector connector = new AccountConnector();
#region CREATE
var newAccount = new Account()
{
Description = "Test Account",
Active = false,
Number = TestUtils.GetUnusedAccountNumber(),
CostCenterSettings = CostCenterSettings.Allowed,
ProjectSettings = ProjectSettings.Allowed,
SRU = 123
};
var createdAccount = connector.Create(newAccount, specificFinYear.Id);
Assert.AreEqual(specificFinYear.Id, createdAccount.Year);
Assert.AreEqual("Test Account", createdAccount.Description);
#endregion CREATE
#region UPDATE
createdAccount.Description = "Updated Test Account";
var updatedAccount = connector.Update(createdAccount, specificFinYear.Id);
Assert.AreEqual("Updated Test Account", updatedAccount.Description);
Assert.AreEqual(specificFinYear.Id, updatedAccount.Year);
#endregion UPDATE
#region READ / GET
var retrievedAccount = connector.Get(createdAccount.Number, specificFinYear.Id);
Assert.AreEqual("Updated Test Account", retrievedAccount.Description);
Assert.AreEqual(specificFinYear.Id, retrievedAccount.Year);
#endregion READ / GET
#region DELETE
connector.Delete(createdAccount.Number, specificFinYear.Id);
Assert.ThrowsException <FortnoxApiException>(
() => connector.Get(createdAccount.Number, specificFinYear.Id),
"Entity still exists after Delete!");
#endregion DELETE
#region Delete arranged resources
//Add code to delete temporary resources
#endregion Delete arranged resources
}
public void Test_ModeOfPayment_CRUD()
{
#region Arrange
var tmpAccount = new AccountConnector().Create(new Account()
{
Description = "TestAccount", Number = TestUtils.GetUnusedAccountNumber()
});
#endregion Arrange
IModeOfPaymentConnector connector = new ModeOfPaymentConnector();
#region CREATE
var newModeOfPayment = new ModeOfPayment()
{
Description = "TestMode",
AccountNumber = tmpAccount.Number,
Code = "TEST_MODE",
};
var createdModeOfPayment = connector.Create(newModeOfPayment);
Assert.AreEqual("TestMode", createdModeOfPayment.Description);
#endregion CREATE
#region UPDATE
createdModeOfPayment.Description = "UpdatedMode";
var updatedModeOfPayment = connector.Update(createdModeOfPayment);
Assert.AreEqual("UpdatedMode", updatedModeOfPayment.Description);
#endregion UPDATE
#region READ / GET
var retrievedModeOfPayment = connector.Get(createdModeOfPayment.Code);
Assert.AreEqual("UpdatedMode", retrievedModeOfPayment.Description);
#endregion READ / GET
#region DELETE
connector.Delete(createdModeOfPayment.Code);
Assert.ThrowsException <FortnoxApiException>(
() => connector.Get(createdModeOfPayment.Code),
"Entity still exists after Delete!");
#endregion DELETE
#region Delete arranged resources
new AccountConnector().Delete(tmpAccount.Number);
#endregion Delete arranged resources
}
public void Test_Account_CRUD()
{
IAccountConnector connector = new AccountConnector();
#region CREATE
var newAccount = new Account()
{
Description = "Test Account",
Active = false,
Number = GetUnusedAccountNumber(),
CostCenterSettings = CostCenterSettings.Allowed,
ProjectSettings = ProjectSettings.Allowed,
SRU = 123
};
var createdAccount = connector.Create(newAccount);
MyAssert.HasNoError(connector);
Assert.AreEqual("Test Account", createdAccount.Description);
#endregion CREATE
#region UPDATE
createdAccount.Description = "Updated Test Account";
var updatedAccount = connector.Update(createdAccount);
MyAssert.HasNoError(connector);
Assert.AreEqual("Updated Test Account", updatedAccount.Description);
#endregion UPDATE
#region READ / GET
var retrievedAccount = connector.Get(createdAccount.Number);
MyAssert.HasNoError(connector);
Assert.AreEqual("Updated Test Account", retrievedAccount.Description);
#endregion READ / GET
#region DELETE
connector.Delete(createdAccount.Number);
MyAssert.HasNoError(connector);
retrievedAccount = connector.Get(createdAccount.Number);
Assert.AreEqual(null, retrievedAccount, "Entity still exists after Delete!");
#endregion DELETE
#region Delete arranged resources
//Add code to delete temporary resources
#endregion Delete arranged resources
}
public void Test_Find()
{
#region Arrange
var tmpAccount = new AccountConnector().Get(0123) ?? new AccountConnector().Create(new Account()
{
Description = "TestAccount", Number = 0123
});
#endregion Arrange
IModeOfPaymentConnector connector = new ModeOfPaymentConnector();
var existingCount = connector.Find().Entities.Count;
var testKeyMark = TestUtils.RandomString();
var createdEntries = new List <ModeOfPayment>();
//Add entries
for (var i = 0; i < 5; i++)
{
var createdEntry = connector.Create(new ModeOfPayment()
{
Code = TestUtils.RandomString(), Description = testKeyMark, AccountNumber = tmpAccount.Number
});
createdEntries.Add(createdEntry);
}
//Filter not supported
var fullCollection = connector.Find();
MyAssert.HasNoError(connector);
Assert.AreEqual(existingCount + 5, fullCollection.Entities.Count);
Assert.AreEqual(5, fullCollection.Entities.Count(e => e.Description == testKeyMark));
//Apply Limit
connector.Limit = 2;
var limitedCollection = connector.Find();
MyAssert.HasNoError(connector);
Assert.AreEqual(existingCount + 5, limitedCollection.TotalResources);
Assert.AreEqual(2, limitedCollection.Entities.Count);
//Delete entries
foreach (var entry in createdEntries)
{
connector.Delete(entry.Code);
}
#region Delete arranged resources
new AccountConnector().Delete(0123);
#endregion Delete arranged resources
}
private static int GetUnusedAccountNumber()
{
IAccountConnector connector = new AccountConnector();
for (var j = 0; j < 10; j++) //try 10x times to create unique account number
{
var number = TestUtils.RandomInt(0, 9999);
if (connector.Get(number) == null) //not exists
{
return(number);
}
}
throw new Exception("Could not generate unused account number");
}
public void Test_Expense_CRUD()
{
#region Arrange
var tmpAccount = new AccountConnector().Create(new Account()
{
Number = TestUtils.GetUnusedAccountNumber(), Description = "TmpAccount"
});
#endregion Arrange
IExpenseConnector connector = new ExpenseConnector();
#region CREATE
var newExpense = new Expense()
{
Text = "TestExpense",
Code = TestUtils.RandomString(6),
Account = tmpAccount.Number
};
var createdExpense = connector.Create(newExpense);
Assert.AreEqual("TestExpense", createdExpense.Text);
#endregion CREATE
#region UPDATE
//Not supported
#endregion UPDATE
#region READ / GET
var retrievedExpense = connector.Get(createdExpense.Code);
Assert.AreEqual("TestExpense", retrievedExpense.Text);
#endregion READ / GET
#region DELETE
//Not supported
#endregion DELETE
#region Delete arranged resources
new AccountConnector().Delete(tmpAccount.Number);
#endregion Delete arranged resources
}
public void Test_Expense_Find()
{
#region Arrange
var ac = new AccountConnector();
if (ac.Get(0123) == null) //account 123 does not exist
{
ac.Create(new Account()
{
Number = 0123, Description = "TmpAccount"
});
}
#endregion Arrange
var timeStamp = DateTime.Now;
var remark = TestUtils.RandomString();
var newExpense = new Expense()
{
Text = remark,
Account = 0123
};
IExpenseConnector connector = new ExpenseConnector();
for (var i = 0; i < 2; i++)
{
newExpense.Code = TestUtils.RandomString(6);
connector.Create(newExpense);
MyAssert.HasNoError(connector);
}
connector.Search.LastModified = timeStamp; //does not seem to work
connector.Search.Limit = 500;
var expensesCollection = connector.Find();
var filteredExpenses = expensesCollection.Entities.Where(x => x.Text == remark).ToList();
MyAssert.HasNoError(connector);
Assert.AreEqual(2, filteredExpenses.Count);
Assert.IsNotNull(filteredExpenses.First().Url);
#region Delete arranged resources
ac.Delete(0123);
MyAssert.HasNoError(ac);
#endregion Delete arranged resources
}
public void Test_Expense_Find()
{
#region Arrange
var tmpAccount = new AccountConnector().Create(new Account()
{
Number = TestUtils.GetUnusedAccountNumber(), Description = "TmpAccount"
});
#endregion Arrange
var timeStamp = DateTime.Now;
var remark = TestUtils.RandomString();
var newExpense = new Expense()
{
Text = remark,
Account = tmpAccount.Number
};
IExpenseConnector connector = new ExpenseConnector();
for (var i = 0; i < 2; i++)
{
newExpense.Code = TestUtils.RandomString(6);
connector.Create(newExpense);
}
var searchSettings = new ExpenseSearch();
searchSettings.LastModified = timeStamp; //does not seem to work
searchSettings.Limit = APIConstants.Unlimited;
var expensesCollection = connector.Find(searchSettings);
var newExpenses = expensesCollection.Entities.Where(x => x.Text == remark).ToList();
Assert.AreEqual(2, newExpenses.Count);
Assert.IsNotNull(newExpenses.First().Url);
#region Delete arranged resources
new AccountConnector().Delete(tmpAccount.Number);
#endregion Delete arranged resources
}