What is the type of security?
The security type is part of computer programming that helps prevent the errors that appear when the program starts. If the safety of the type is lax, then there is a high probability that there will be some errors that can cause different errors. The most common way to ensure that these errors do not occur is the use of strong coding. While many programming languages have an inherently function to ensure programming loyalty and prevent errors, poor encoding can cause these functions helpless. There are two ways to check the programming language - static or dynamic - and both can be effective.
Errors are common in programs and coding, and with a type of security, an error specifically occurs from different types of data that are not properly regulated. Mistakes that may occur range from nominal to serious, but most are serious. This may end a program or poor coding can cause worse problems that may cause unnecessaryNo and fragmented coding.
There are many ways to ensure type safety, but one of the simpler and more common ways is to use strong type coding. Unlike softer coding methods that can allow the programming language to incorrectly define embarrassing encoding, strong type coding is very direct. Strong type coding also uses rules and regulations to ensure that encoding is not incorrectly defined and ensures that there are few errors.
type security violations can result in main problems, so many programming languages have accepted features that would test and eliminate these problems - or alert programmers. Before the programming continues to run, the tongue checks the common errors and usually runs the Runtime startup if errors are detected. At the same time, these functions may be unnecessary if the programmer creates very poor encoding. Tongue will notE Able to recognize common signs of safety type "The program will be launched even if an error occurs.
There are two methods for catching potential security problems, and these only apply to programming languages that automatically check errors. Static methods simply look for common signs of the problem when the program continues to run. The dynamic method, dynamic, thoroughly checks the code and looks for the role of each coding element in the particle program. It then searches the entire program to see if there is a special exception to coding that could be a mistake, and then it either allows you to go through or stop the program.