explained elsewhere, or that should have been well-explained elsewhere — at least not in this first edition, where we have many other essential topics to cover. So, for now, we will leave out the following: very popular in the 1990s. For some time, it was assumed that Object-Oriented-Programming was the ultimate solution for managing and structuring large programs. Java is a prominent example of OOP languages strongly encourage the use of the OOP design. Experience has shown that the OOP design is not the ultimate solution for all computing problems, as it can make the code verbose and might hinder optimal performance

explained elsewhere, or that should have been well-explained elsewhere — at least not in this first edition, where we have many other essential topics to cover. So, for now, we will leave out the following: very popular in the 1990s. For some time, it was assumed that Object-Oriented-Programming was the ultimate solution for managing and structuring large programs. Java is a prominent example of OOP languages strongly encourage the use of the OOP design. Experience has shown that the OOP design is not the ultimate solution for all computing problems, as it can make the code verbose and might hinder optimal performance

well-explained elsewhere, or that should have been well-explained elsewhere — at least not in this first edition, where we have many other essential topics to cover. So, for now, we will leave out the following: very popular in the 1990s. For some time, it was assumed that Object-Oriented-Programming was the ultimate solution for managing and structuring large programs. Java is a prominent example of OOP languages strongly encourage the use of the OOP design. Experience has shown that the OOP design is not the ultimate solution for all computing problems, as it can make the code verbose and might hinder optimal performance

well-explained elsewhere, or that should have been well-explained elsewhere — at least not in this first edition, where we have many other essential topics to cover. So, for now, we will leave out the following: very popular in the 1990s. For some time, it was assumed that Object-Oriented-Programming was the ultimate solution for managing and structuring large programs. Java is a prominent example of OOP languages strongly encourage the use of the OOP design. Experience has shown that the OOP design is not the ultimate solution for all computing problems, as it can make the code verbose and might hinder optimal performance

well-explained elsewhere, or that should have been well-explained elsewhere — at least not in this first edition, where we have many other essential topics to cover. So, for now, we will leave out the following: very popular in the 1990s. For some time, it was assumed that Object-Oriented-Programming was the ultimate solution for managing and structuring large programs. Java is a prominent example of OOP languages strongly encourage the use of the OOP design. Experience has shown that the OOP design is not the ultimate solution for all computing problems, as it can make the code verbose and might hinder optimal performance

well-explained elsewhere, or that should have been well-explained elsewhere — at least not in this first edition, where we have many other essential topics to cover. So, for now, we will leave out the following: very popular in the 1990s. For some time, it was assumed that Object-Oriented-Programming was the ultimate solution for managing and structuring large programs. Java is a prominent example of OOP languages strongly encourage the use of the OOP design. Experience has shown that the OOP design is not the ultimate solution for all computing problems, as it can make the code verbose and might hinder optimal performance

well-explained elsewhere, or that should have been well-explained elsewhere — at least not in this first edition, where we have many other essential topics to cover. So, for now, we will leave out the following: very popular in the 1990s. For some time, it was assumed that Object-Oriented-Programming was the ultimate solution for managing and structuring large programs. Java is a prominent example of OOP languages strongly encourage the use of the OOP design. Experience has shown that the OOP design is not the ultimate solution for all computing problems, as it can make the code verbose and might hinder optimal performance

well-explained elsewhere, or that should have been well-explained elsewhere — at least not in this first edition, where we have many other essential topics to cover. So, for now, we will leave out the following: very popular in the 1990s. For some time, it was assumed that Object-Oriented-Programming was the ultimate solution for managing and structuring large programs. Java is a prominent example of OOP languages strongly encourage the use of the OOP design. Experience has shown that the OOP design is not the ultimate solution for all computing problems, as it can make the code verbose and might hinder optimal performance

well-explained elsewhere, or that should have been well-explained elsewhere — at least not in this first edition, where we have many other essential topics to cover. So, for now, we will leave out the following: very popular in the 1990s. For some time, it was assumed that Object-Oriented-Programming was the ultimate solution for managing and structuring large programs. Java is a prominent example of OOP languages strongly encourage the use of the OOP design. Experience has shown that the OOP design is not the ultimate solution for all computing problems, as it can make the code verbose and might hinder optimal performance

well-explained elsewhere, or that should have been well-explained elsewhere — at least not in this first edition, where we have many other essential topics to cover. So, for now, we will leave out the following: very popular in the 1990s. For some time, it was assumed that Object-Oriented-Programming was the ultimate solution for managing and structuring large programs. Java is a prominent example of OOP languages strongly encourage the use of the OOP design. Experience has shown that the OOP design is not the ultimate solution for all computing problems, as it can make the code verbose and might hinder optimal performance