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This operator is really useful when we have to implement particular joins, such as SQL s LEFT OUTER join. Listing 1-17 provides and example:

name = break; case 86: name = break; case 92: case 97: name = break; case 94: name = break; case 96: name = break; default: name = break;

Dim people As List(Of Person) = New List(Of Person) { _ {ID := 1, IDRole := 1, LastName := "Anderson", FirstName := "Brad"}, _ {ID := 2, IDRole := 2, LastName := "Gray", FirstName := "Tom"}, _ {ID := 3, IDRole := 2, LastName := "Grant", FirstName := "Mary"}, _ {ID := 4, IDRole := 3, LastName := "Cops", FirstName := "Gary"} _ } Dim roles As List(Of Role) = New List(Of Role) { _ {ID := 1, RoleDescription := "Manager"}, _ {ID := 2, RoleDescription := "Developer"} _ } Public Class GroupJoinExample Private Shared Function outerDelegate(ByVal p As Person) As Integer Return p.IDRole End Function Private Shared Function innerDelegate(ByVal r As Role) As Integer Return r.ID End Function Private Shared Function resultDelegate(ByVal p As Person, ByVal pr As IEnumerable(Of Role)) As IEnumerable(Of Role) Return pr End Function Public Sub Listing1_17(ByVal people As List(Of Person), ByVal roles As List(Of Role)) Dim outerKeySelector As New Func(Of Person, Integer)(AddressOf outerDelegate) Dim innerKeySelector As New Func(Of Role, Integer)(AddressOf innerDelegate) Dim resultSelector As New Func(Of Person, IEnumerable(Of Role), _ IEnumerable(Of Role))(AddressOf resultDelegate) Dim result As IEnumerable(Of IEnumerable(Of Role)) = _ Sequence.GroupJoin(Of Person, Role, Integer, IEnumerable(Of Role)) _ (people, roles, outerKeySelector, innerKeySelector, resultSelector) ObjectDumper.Write(result, 1) End Sub

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"Miller"; "Ward";

Figure 11 11. The SequenceMath My Block that was created from the code. Now, we can replace the Math block in our current program with the new SequenceMath block; this will keep our program from placing our sequencer out of range. If the range changes for your programs, all that you need to do is adjust the UpperLimit constant in the SequenceMath block. Figure 11 12 shows the revised master program with these changes in place.

"Harrison"; "Timmons"; "Hood"; "not worn by any Steeler";

In the code snippet in Listing 1-17 the GroupJoin standard query operator is used to group the join into a new sequence of Role elements called pr returned by the resultDelegate delegate function. The pr sequence will contain elements from the roles sequence that have matching IDRole and ID fields of the inputted people and roles sequences.See the output in Figure 1-10..

You may find that you don t want the sequence to roll over when you get to the upper limit of your range and just simply stop incrementing beyond that value. To do this, you would just assign the value of the UpperLimit constant to your sequence when you reach the limit instead of the LowerLimit constant value.

} "Number " + jersey + " is " + name + "."; // "Number 7 is Miller." Here, JavaScript begins running the switch block with the statement name = "Roethlisberger"; and stops when it encounters the break statement after the statement name = "Miller";, so for a jersey number of 7, JavaScript incorrectly returns "Miller". Put another way, JavaScript just ran a path like the one for the following ridiculous if condition, which overwrites name six times in a row! if (jersey === 7) { name = "Roethlisberger"; name = "Holmes"; name = "Wallace"; name = "Mendenhall"; name = "Polamalu"; name = "Miller"; } Now put the break statements back in, change jersey to 96, and delete the break after the case clause for 96. Click Run to see what happens: var jersey = 96, name = ""; switch (jersey) { case 7: name = "Roethlisberger"; break; case 10: name = "Holmes"; break; case 17: name = "Wallace"; break; case 34: name = "Mendenhall"; break; case 43: name = "Polamalu";

Figure 1-10. The output of Listing 1-17

break; case 83: name = break; case 86: name = break; case 92: case 97: name = break; case 94: name = break; case 96: name = default: name = break;

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