What are the log buffer?
The protocol buffer is a mechanism that allows you to serize data. They basically help in converting information into another form that is stored on the computer. From a technical point of view, the protocol buffer can be defined as the type of interface description language that encodes data that is transmitted between different software types that are then able to decode these data. Originally, Google was created as a faster and simpler alternative to XML.
The use of the protocol buffer requires time and practice for individuals who are not used to working with computer programs. The first step of their use is to define a specific information in the .PRO file with numbers and shortcut words that will determine more complex actions and objects. The compiler is then used to create different classes of access, especially to the original coded data that can be in one of the three languages: C ++, Python or Java. These classes are used in writing Prodata. Information entered in progRamu can then be re -saved as a .PRoto file and transferred between different types of software.
Instructions for using the protocol leveling memories are necessarily wide. Before starting, users must download the protocol buffer, and this usually comes with a complex tutorial for beginners. While some can cost money, most of them are free for anyone who has access to computer and the Internet.
Three programming languages are used in protocol leveling memory. C ++, the oldest and most popular for a long time, wrote Bjarne Stroustrup in 1979 as a means of facilitating communication between different but related software programs. James Gosling developed the Java language in 1995. This programming language was built from C ++ and was supposed to be user -friendly. Under the guidance of Guid van Rossum, the tongue Python appeared in 1991 to represent greater flexibility than C ++ or Java - UMOIt raises a number of approaches to programming, unlike the other two.
Before balancing the protocol, the most popular means of serialization was the most popular means of expandable branded language. Although it is still used, the newer alternative has gained a wide following for several reasons. What it really is for is simplicity and comfort. Compared to XML, the protocol buffer is faster, occupies less space on the computer and is easier to work as soon as users become acquainted with their basic features. In the end, it is one more thing that makes the tasks on the computer a little easier and more efficient.