rdlc data matrix

rdlc data matrix

rdlc data matrix

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The code statements in the try statement create a series of four exceptions, each one being used as a constructor argument for the next. The final, or outermost, exception is then thrown. The try statement contains a catch clause for the outermost type, which then uses a while loop to work its way down the chain to the innermost exception, printing out the details of each exception in turn. This is done using the InnerException property, which returns an instance of Exception or a class derived from Exception (if there is an inner exception available) or null (if the exception was created without an inner exception). Compiling and running the code in Listing 14-22 produces the following output: ---Outer Exception--Type: System.IndexOutOfRangeException Message: This is the outer exception ---Inner Exception--Type: CustomException Message: This is the 3rd exception ---Inner Exception--Type: System.NullReferenceException Message: This is the 2nd exception ---Inner Exception--Type: System.ArgumentOutOfRangeException Message: Specified argument was out of the range of valid values. Parameter name: This is the original exception ---End of Inner Exception Chain Press enter to finish You can see from the results that the chain of exceptions preserves both the original exception and the exceptions that have been wrapped around it to give contextual meaning. When dealing with a chain of exceptions, you can get the original, inner exception from any of the exceptions in the chain by calling the GetBaseException method.

Exceptions typically represent a single problem. This works because most code statements are executed in sequence, and when a problem arises, you throw an exception that represents that problem. Sometimes, however, you want to show that more than one thing went wrong, and you can do this using the System.AggregateException class. AggregateException is a wrapper around instances of other exceptions. Listing 14-23 contains an example of using this class. In the listing, I create a List<Exception> to contain the exceptions I am going to aggregate. The List<T> class is a collection, and you can get full details of this class and other collection types in 19. For this example, it is enough to know that calling the Add method allows me to add an exception to my collection. In the Calculator.PerformCalculation method, I perform a series of checks on the parameters. I add an exception to the collection if either of the int parameters are less than 1 or if the object parameter is null. When I have performed the parameter checks, I use the Count property of the List<Exception> to see whether I need to throw any exceptions. If there are any exceptions, I will throw an AggregateException. You might be tempted to throw an exception directly if there is only one, but this forces the handler of your exception to be able to cope with AggregateException and all of the individual types in their try statement.

public class Output { public static void main(String args[]) { String string = "Espa ol"; System.out.println(string); System.console().printf("%s%n", string); } }

I use the AggregateException constructor that allows me to provide an IEnumerable<Exception>, which is an interface implemented by the List<Exception> class, and then use the throw keyword to throw the aggregated exceptions. Listing 14-23. Aggregating Exceptions using System; using System.Collections.Generic; class Calculator { public static int PerformCalculation(int param1, int param2, object context) { // define a collection to store exceptions List<Exception> list = new List<Exception>(); // check the parameters if (param1 < 1) { list.Add(new ArgumentOutOfRangeException("param1", param1, "Param1 is out of range")); } if (param2 < 1) { list.Add(new ArgumentOutOfRangeException("param2", param2, "Param2 is out of range")); } if (context == null) { list.Add(new NullReferenceException("Context parameter is null")); } // check to see if we have any exceptions if (list.Count > 0) { throw new AggregateException(list); } else { // perform the calculation and return the result return param1 * param2; } } } class Listing 23 { static void Main(string[] args) { try { // call the PerformCalculation method to cause all of // the indivual exceptions to be aggregated Calculator.PerformCalculation(-1, -1, null); } catch (AggregateException ex) { // get the aggregated exceptions

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