public void ThrowExceptionWithoutHandling()
{
//Arrange
TwoColumnsTableFixture source2Columns = new TwoColumnsTableFixture("RowMultiplicationSource");
source2Columns.InsertTestData();
DbSource <MySimpleRow> source = new DbSource <MySimpleRow>(SqlConnection, "RowMultiplicationSource");
RowMultiplication <MySimpleRow> multiplication = new RowMultiplication <MySimpleRow>(
row =>
{
List <MySimpleRow> result = new List <MySimpleRow>();
result.Add(row);
if (row.Col1 == 2)
{
throw new Exception("Error in Flow!");
}
return(result);
});
MemoryDestination <MySimpleRow> dest = new MemoryDestination <MySimpleRow>();
//Act & Assert
source.LinkTo(multiplication);
multiplication.LinkTo(dest);
Assert.Throws <AggregateException>(() =>
{
source.Execute();
dest.Wait();
});
}
static void Main(string[] args)
{
var source = new CsvSource <InputData>("Accounts_Quartal1.csv");
source.Configuration.Delimiter = ";";
var trans = new RowMultiplication <InputData, PivotedOutput>();
trans.MultiplicationFunc = row =>
{
List <PivotedOutput> result = new List <PivotedOutput>();
result.Add(new PivotedOutput()
{
Account = row.Account,
Month = nameof(InputData.January),
MonthlyValue = row.January
});
result.Add(new PivotedOutput()
{
Account = row.Account,
Month = nameof(InputData.February),
MonthlyValue = row.February
});
result.Add(new PivotedOutput()
{
Account = row.Account,
Month = nameof(InputData.March),
MonthlyValue = row.March
});
return(result);
};
var dest = new CsvDestination <PivotedOutput>("AccountNumbers_Pivoted.csv");
dest.Configuration.HasHeaderRecord = false;
source.LinkTo(trans);
trans.LinkTo(dest);
Network.Execute(source);
/* AccountNumbers_Pivoted.csv output:
* 4711,January,10
* 4711,February,11
* 4711,March,12
* 4712,January,20
* 4712,February,21
* 4712,March,22
* 4713,January,30
* 4713,February,31
* 4713,March,32
*/
}
public void IgnoreWithObject()
{
//Arrange
MemorySource <MySimpleRow> source = new MemorySource <MySimpleRow>();
source.DataAsList = new List <MySimpleRow>()
{
null,
new MySimpleRow()
{
Col1 = 1, Col2 = "Test1"
},
null,
new MySimpleRow()
{
Col1 = 2, Col2 = "Test2"
},
new MySimpleRow()
{
Col1 = 3, Col2 = "Test3"
},
null
};
//Act
RowMultiplication <MySimpleRow> multiplication = new RowMultiplication <MySimpleRow>(
row => new List <MySimpleRow>()
{
row, row
}
);
MemoryDestination <MySimpleRow> dest = new MemoryDestination <MySimpleRow>();
source.LinkTo(multiplication);
multiplication.LinkTo(dest);
source.Execute();
dest.Wait();
//Assert
Assert.Collection(dest.Data,
d => Assert.True(d.Col1 == 1 && d.Col2 == "Test1"),
d => Assert.True(d.Col1 == 1 && d.Col2 == "Test1"),
d => Assert.True(d.Col1 == 2 && d.Col2 == "Test2"),
d => Assert.True(d.Col1 == 2 && d.Col2 == "Test2"),
d => Assert.True(d.Col1 == 3 && d.Col2 == "Test3"),
d => Assert.True(d.Col1 == 3 && d.Col2 == "Test3")
);
}
public void ReturningNewDynamicObject()
{
//Arrange
TwoColumnsTableFixture source2Columns = new TwoColumnsTableFixture("RowMultiplicationSource");
source2Columns.InsertTestData();
DbSource source = new DbSource(SqlConnection, "RowMultiplicationSource");
RowMultiplication multiplication = new RowMultiplication(
row =>
{
List <ExpandoObject> result = new List <ExpandoObject>();
dynamic r = row as ExpandoObject;
for (int i = 0; i <= r.Col1; i++)
{
dynamic newdynamic = new ExpandoObject();
newdynamic.Col3 = i * r.Col1;
result.Add(newdynamic);
}
return(result);
});
MemoryDestination dest = new MemoryDestination();
//Act
source.LinkTo(multiplication);
multiplication.LinkTo(dest);
source.Execute();
dest.Wait();
//Assert
Assert.Collection(dest.Data,
d => { dynamic r = d as dynamic; Assert.True(r.Col3 == 0); },
d => { dynamic r = d as dynamic; Assert.True(r.Col3 == 1); },
d => { dynamic r = d as dynamic; Assert.True(r.Col3 == 0); },
d => { dynamic r = d as dynamic; Assert.True(r.Col3 == 2); },
d => { dynamic r = d as dynamic; Assert.True(r.Col3 == 4); },
d => { dynamic r = d as dynamic; Assert.True(r.Col3 == 0); },
d => { dynamic r = d as dynamic; Assert.True(r.Col3 == 3); },
d => { dynamic r = d as dynamic; Assert.True(r.Col3 == 6); },
d => { dynamic r = d as dynamic; Assert.True(r.Col3 == 9); }
);
}
public void DifferentOutputType()
{
//Arrange
TwoColumnsTableFixture source2Columns = new TwoColumnsTableFixture("RowMultiplicationSource");
source2Columns.InsertTestData();
DbSource <MySimpleRow> source = new DbSource <MySimpleRow>(SqlConnection, "RowMultiplicationSource");
RowMultiplication <MySimpleRow, MyOtherRow> multiplication = new RowMultiplication <MySimpleRow, MyOtherRow>(
row =>
{
List <MyOtherRow> result = new List <MyOtherRow>();
for (int i = 0; i <= row.Col1; i++)
{
result.Add(new MyOtherRow()
{
Col3 = i * row.Col1,
});
}
return(result);
});
MemoryDestination <MyOtherRow> dest = new MemoryDestination <MyOtherRow>();
//Act
source.LinkTo(multiplication);
multiplication.LinkTo(dest);
source.Execute();
dest.Wait();
//Assert
Assert.Collection(dest.Data,
d => Assert.True(d.Col3 == 0),
d => Assert.True(d.Col3 == 1),
d => Assert.True(d.Col3 == 0),
d => Assert.True(d.Col3 == 2),
d => Assert.True(d.Col3 == 4),
d => Assert.True(d.Col3 == 0),
d => Assert.True(d.Col3 == 3),
d => Assert.True(d.Col3 == 6),
d => Assert.True(d.Col3 == 9)
);
}
public void RandomDoubling()
{
//Arrange
TwoColumnsTableFixture source2Columns = new TwoColumnsTableFixture("RowMultiplicationSource");
source2Columns.InsertTestData();
DbSource <string[]> source = new DbSource <string[]>(SqlConnection, "RowMultiplicationSource");
RowMultiplication <string[]> multiplication = new RowMultiplication <string[]>(
row =>
{
List <string[]> result = new List <string[]>();
int id = int.Parse(row[0]);
for (int i = 0; i < id; i++)
{
result.Add(new string[]
{
(id + i).ToString(),
"Test" + (id + i)
});
}
return(result);
});
MemoryDestination <string[]> dest = new MemoryDestination <string[]>();
//Act
source.LinkTo(multiplication);
multiplication.LinkTo(dest);
source.Execute();
dest.Wait();
//Assert
Assert.Collection(dest.Data,
d => Assert.True(d[0] == "1" && d[1] == "Test1"),
d => Assert.True(d[0] == "2" && d[1] == "Test2"),
d => Assert.True(d[0] == "3" && d[1] == "Test3"),
d => Assert.True(d[0] == "3" && d[1] == "Test3"),
d => Assert.True(d[0] == "4" && d[1] == "Test4"),
d => Assert.True(d[0] == "5" && d[1] == "Test5")
);
}
public void RandomDoubling()
{
//Arrange
TwoColumnsTableFixture source2Columns = new TwoColumnsTableFixture("RowMultiplicationSource");
source2Columns.InsertTestData();
DbSource <MySimpleRow> source = new DbSource <MySimpleRow>(SqlConnection, "RowMultiplicationSource");
RowMultiplication <MySimpleRow> multiplication = new RowMultiplication <MySimpleRow>(
row =>
{
List <MySimpleRow> result = new List <MySimpleRow>();
for (int i = 0; i < row.Col1; i++)
{
result.Add(new MySimpleRow()
{
Col1 = row.Col1 + i,
Col2 = "Test" + (row.Col1 + i)
});
}
return(result);
});
MemoryDestination <MySimpleRow> dest = new MemoryDestination <MySimpleRow>();
//Act
source.LinkTo(multiplication);
multiplication.LinkTo(dest);
source.Execute();
dest.Wait();
//Assert
Assert.Collection(dest.Data,
d => Assert.True(d.Col1 == 1 && d.Col2 == "Test1"),
d => Assert.True(d.Col1 == 2 && d.Col2 == "Test2"),
d => Assert.True(d.Col1 == 3 && d.Col2 == "Test3"),
d => Assert.True(d.Col1 == 3 && d.Col2 == "Test3"),
d => Assert.True(d.Col1 == 4 && d.Col2 == "Test4"),
d => Assert.True(d.Col1 == 5 && d.Col2 == "Test5")
);
}
public void ThrowExceptionInFlow()
{
//Arrange
TwoColumnsTableFixture source2Columns = new TwoColumnsTableFixture("RowMultiplicationSource");
source2Columns.InsertTestData();
DbSource <MySimpleRow> source = new DbSource <MySimpleRow>(SqlConnection, "RowMultiplicationSource");
RowMultiplication <MySimpleRow> multiplication = new RowMultiplication <MySimpleRow>(
row =>
{
List <MySimpleRow> result = new List <MySimpleRow>();
result.Add(row);
if (row.Col1 == 2)
{
throw new Exception("Error in Flow!");
}
return(result);
});
MemoryDestination <MySimpleRow> dest = new MemoryDestination <MySimpleRow>();
MemoryDestination <ETLBoxError> errorDest = new MemoryDestination <ETLBoxError>();
//Act
source.LinkTo(multiplication);
multiplication.LinkTo(dest);
multiplication.LinkErrorTo(errorDest);
source.Execute();
dest.Wait();
errorDest.Wait();
//Assert
Assert.Collection <ETLBoxError>(errorDest.Data,
d => Assert.True(!string.IsNullOrEmpty(d.RecordAsJson) && !string.IsNullOrEmpty(d.ErrorText))
);
}
static void Main(string[] args)
{
XmlSource <Customer> source = new XmlSource <Customer>("XmlInputData.xml", ResourceType.File);
source.XmlReaderSettings.DtdProcessing = System.Xml.DtdProcessing.Ignore;
RowMultiplication <Customer, PaymentMethodAndCustomer> multi = new RowMultiplication <Customer, PaymentMethodAndCustomer>();
multi.MultiplicationFunc =
customer =>
{
List <PaymentMethodAndCustomer> result = new List <PaymentMethodAndCustomer>();
foreach (PaymentMethod method in customer.PaymentMethods)
{
var methodAndCustomer = new PaymentMethodAndCustomer();
/* Repeating data from customer */
methodAndCustomer.CustomerId = customer.Id;
methodAndCustomer.CustomerName = customer.Name;
/* Specific data from payment methods */
methodAndCustomer.PaymentMethodType = method.Type;
methodAndCustomer.PaymentMethodNumber = method.Number;
methodAndCustomer.PaymentMethodValidTo = method.ValidTo;
result.Add(methodAndCustomer);
}
;
return(result);
};
MemoryDestination <PaymentMethodAndCustomer> dest = new MemoryDestination <PaymentMethodAndCustomer>();
source.LinkTo(multi);
multi.LinkTo(dest);
Network.Execute(source);
/* Display data */
int lastid = 0;
foreach (var methodAndCustomer in dest.Data)
{
if (lastid != methodAndCustomer.CustomerId)
{
Console.WriteLine($"Customer Data: Id {methodAndCustomer.CustomerId}, Name '{methodAndCustomer.CustomerName}'");
lastid = methodAndCustomer.CustomerId;
}
Console.WriteLine($" Payment method data: Type '{methodAndCustomer.PaymentMethodType}'," +
$" Number '{methodAndCustomer.PaymentMethodNumber}', ValidTo '{methodAndCustomer.PaymentMethodValidTo}'");
}
/* Output */
/* Customer Data: Id 1, Name 'Peter'
* Payment method data: Type 'Credit Card', Number '1234-5678', ValidTo '01/24'
* Payment method data: Type 'Wire transfer', Number 'AB12345435', ValidTo ''
* Customer Data: Id 2, Name 'Mary'
* Payment method data: Type 'Credit Card', Number '4444-5555', ValidTo '12/26'
* Payment method data: Type 'Wire transfer', Number 'DA1234356', ValidTo ''
* Payment method data: Type 'PayPal', Number '*****@*****.**', ValidTo ''
*/
}