It is not necessary to avoid infinite loops. You are perhaps confusing infinite loops with endless loops which are to be avoided at all costs. An endless loop is an infinite loop that has no reachable exit condition; the loop will iterate until we forcibly terminate the program.
We use the the term infinite loop in the sense that it is impossible to measure or calculate when the exit point will be hit. the following are all examples of infinite loops in their simplest form:
for (;;) {
// ...
}
while (true) { // ... }
do while (true) {
// ...
}
endless:
// ...
goto endless;
The conditional expressions in each of these loops can never be false thus we cannot easily determine when these loops will exit. We typically use infinite loops when there are many exit conditions to consider and it is either impractical or inefficient to evaluate all of those conditions via the controlling expression alone. We take it as read the exit conditions are contained within the body of the loop.
If the body of the loop has no reachable exit condition then it becomes an endless loop. It is the programmer's responsibility to ensure that all infinite loops can exit at some point.
Ergonomics
to avoid the slip , increase the velocity ratio and increase belt and pulley life... thanku..:)
we use throws in our program so that we dont need to write try & catch block & to avoid the exception
Every individual that works in a professionÊcan be held liable for mistakes. You can't transfer professional liability to avoid responsibility or costs.
Constructors are necessary to initialize classes. It allows to avoid to a lot of problems with unauthorized access of memory. Dynamic allocation makes possible allocation of memory during execution of program. If you do not use dynamic allocation, all required memory will be allocated during initialization phase (constructors are usually responsible for that). But you can't use more memory. Dynamic allocation was designed to overcome such problems.
Infinite loops in any programming language are infinite. As in, they don't stop, unless they are told so somewhere INSIDE the loop. If a loop is allowed to continue infinitely (e.g while(true){} is a valid, truly infinite loop), they will hang up (freeze) the program, or even the computer running it, eating excessive resources, and requiring your user to manually terminate (sigterm, sigkill, task manager, alt+f4) the process.
utility program
You can never fully avoid but you can limit it risk of
avoid
To avoid getting stuck in an infinite loop in Magic: The Gathering, players can use cards that have a clear win condition or a finite number of repetitions. Additionally, players can carefully track the number of times a loop has occurred and make sure to follow the game rules to prevent an infinite loop from happening.
global
To avoid mistakes and correct
I assume you will have mentioned Chernobyl and Three Mile Island in the paper. You could emphasise that both these events were avoidable, and that to avoid such events good design and operating procedures are necessary.
To avoid chaos, confusion, misunderstanding, and smooth running, a good administration is always necessary
to avoid un necessary splits
Use a program like hidemyIP or freehideip.
To avoid dehydration.