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To conclude this book, I’ve presented some of the more advanced topics found within the .NET Framework and Mono. First, you saw how to assess the performance of your application using both built-in and additional . This followed with a discussion on how to address performance, assuming that you have first diagnosed the problem(s) using profiling. I then introduced the topic of reflection, showing how you can obtain introspective information on your assemblies and classes at runtime using the reflection application programming interface. You also looked at increasing your application’s response time yet further by tapping into the power of multithreaded applications, allowing (what often appears to be) simultaneous processing of code. Finally, I provided some tips on how to work toward the utopia of true interoperability between your applications running on different operating systems.

To conclude this book, I’ve presented some of the more advanced topics found within the .NET Framework and Mono. First, you saw how to assess the performance of your application using both built-in and additional . This followed with a discussion on how to address performance, assuming that you have first diagnosed the problem(s) using profiling. I then introduced the topic of reflection, showing how you can obtain introspective information on your assemblies and classes at runtime using the reflection application programming interface. You also looked at increasing your application’s response time yet further by tapping into the power of multithreaded applications, allowing (what often appears to be) simultaneous processing of code. Finally, I provided some tips on how to work toward the utopia of true interoperability between your applications running on different operating systems.

To conclude this book, I’ve presented some of the more advanced topics found within the .NET Framework and Mono. First, you saw how to assess the performance of your application using both built-in and additional . This followed with a discussion on how to address performance, assuming that you have first diagnosed the problem(s) using profiling. I then introduced the topic of reflection, showing how you can obtain introspective information on your assemblies and classes at runtime using the reflection application programming interface. You also looked at increasing your application’s response time yet further by tapping into the power of multithreaded applications, allowing (what often appears to be) simultaneous processing of code. Finally, I provided some tips on how to work toward the utopia of true interoperability between your applications running on different operating systems.

To conclude this book, I’ve presented some of the more advanced topics found within the .NET Framework and Mono. First, you saw how to assess the performance of your application using both built-in and additional . This followed with a discussion on how to address performance, assuming that you have first diagnosed the problem(s) using profiling. I then introduced the topic of reflection, showing how you can obtain introspective information on your assemblies and classes at runtime using the reflection application programming interface. You also looked at increasing your application’s response time yet further by tapping into the power of multithreaded applications, allowing (what often appears to be) simultaneous processing of code. Finally, I provided some tips on how to work toward the utopia of true interoperability between your applications running on different operating systems.

To conclude this book, I’ve presented some of the more advanced topics found within the .NET Framework and Mono. First, you saw how to assess the performance of your application using both built-in and additional . This followed with a discussion on how to address performance, assuming that you have first diagnosed the problem(s) using profiling. I then introduced the topic of reflection, showing how you can obtain introspective information on your assemblies and classes at runtime using the reflection application programming interface. You also looked at increasing your application’s response time yet further by tapping into the power of multithreaded applications, allowing (what often appears to be) simultaneous processing of code. Finally, I provided some tips on how to work toward the utopia of true interoperability between your applications running on different operating systems.

To conclude this book, I’ve presented some of the more advanced topics found within the .NET Framework and Mono. First, you saw how to assess the performance of your application using both built-in and additional . This followed with a discussion on how to address performance, assuming that you have first diagnosed the problem(s) using profiling. I then introduced the topic of reflection, showing how you can obtain introspective information on your assemblies and classes at runtime using the reflection application programming interface. You also looked at increasing your application’s response time yet further by tapping into the power of multithreaded applications, allowing (what often appears to be) simultaneous processing of code. Finally, I provided some tips on how to work toward the utopia of true interoperability between your applications running on different operating systems.

To conclude this book, I’ve presented some of the more advanced topics found within the .NET Framework and Mono. First, you saw how to assess the performance of your application using both built-in and additional . This followed with a discussion on how to address performance, assuming that you have first diagnosed the problem(s) using profiling. I then introduced the topic of reflection, showing how you can obtain introspective information on your assemblies and classes at runtime using the reflection application programming interface. You also looked at increasing your application’s response time yet further by tapping into the power of multithreaded applications, allowing (what often appears to be) simultaneous processing of code. Finally, I provided some tips on how to work toward the utopia of true interoperability between your applications running on different operating systems.

To conclude this book, I’ve presented some of the more advanced topics found within the .NET Framework and Mono. First, you saw how to assess the performance of your application using both built-in and additional . This followed with a discussion on how to address performance, assuming that you have first diagnosed the problem(s) using profiling. I then introduced the topic of reflection, showing how you can obtain introspective information on your assemblies and classes at runtime using the reflection application programming interface. You also looked at increasing your application’s response time yet further by tapping into the power of multithreaded applications, allowing (what often appears to be) simultaneous processing of code. Finally, I provided some tips on how to work toward the utopia of true interoperability between your applications running on different operating systems.

To conclude this book, I’ve presented some of the more advanced topics found within the .NET Framework and Mono. First, you saw how to assess the performance of your application using both built-in and additional . This followed with a discussion on how to address performance, assuming that you have first diagnosed the problem(s) using profiling. I then introduced the topic of reflection, showing how you can obtain introspective information on your assemblies and classes at runtime using the reflection application programming interface. You also looked at increasing your application’s response time yet further by tapping into the power of multithreaded applications, allowing (what often appears to be) simultaneous processing of code. Finally, I provided some tips on how to work toward the utopia of true interoperability between your applications running on different operating systems.

To conclude this book, I’ve presented some of the more advanced topics found within the .NET Framework and Mono. First, you saw how to assess the performance of your application using both built-in and additional . This followed with a discussion on how to address performance, assuming that you have first diagnosed the problem(s) using profiling. I then introduced the topic of reflection, showing how you can obtain introspective information on your assemblies and classes at runtime using the reflection application programming interface. You also looked at increasing your application’s response time yet further by tapping into the power of multithreaded applications, allowing (what often appears to be) simultaneous processing of code. Finally, I provided some tips on how to work toward the utopia of true interoperability between your applications running on different operating systems.