A virus is software that spreads without user interaction, so even if they just spread they are destructive to bandwidth of the network.
Yes, all of them are in some way. A virus is software that spreads without user interaction, so even if they just spread they are destructive to bandwidth of the network. Most do, however, do some type of damage.
Destructive software testing is a type of software testing which attempts to cause a piece of software to fail in an uncontrolled manner, in order to test its robustness. Destructive Testing is intended to find failure points of a software, be it by inputting incorrect data, inputting corrupt data, incorrect format, by volume or by number requests etc., Traditional software testing checks to see if a software product meets specifications. This generally involves testing to see if the software performs all the functions called for in the software requirements specifications (SRS). In contrast, this work-in-progress paper proposes a testing paradigm that does not have this objective. The proposed testing paradigm tests to see if a software product exhibits proper behavior when subject to improper usage or improper input. For lack of a more descriptive name & in compliance with similar testing performed on hardware systems, the new paradigm is called "destructive testing".
Some examples of destructive software include ransomware, which encrypts files and demands payment for decryption; viruses, which replicate and spread to damage a system; trojans, which masquerade as legitimate software to steal information or control a system; and worms, which self-replicate and spread across networks to consume bandwidth and resources.
destructive
What is a destructive caterpillar?
destructive
destructive
it was destructive because it was.
destructive
it is destructive
destructive
It is a destructive force