A multipartite virus is a combination of a boot sector virus and a file virus. It can hide in either type of program.
Yes and no. No because an anti virus and yes because a lot of virus definitions are reported in virus killers before the virus is made. So in short no it's a Antivirus that probably make their own virus's.
A tracking cookie is not a virus. Sometimes the cookies can be from harmful sites, but the cookie itself does have a virus.
Virus program writers can have fake code within the programto prevent virus checkers from spotting the patterns of instructions which are commonly used in virus programs
A virA virus is a program that can "infect" other programs by modifying them. Modification includes a copy of the virus program, which may infect other programs. Computer virus has similarity with biological virus, a biological virus infects the machinery responsible for the living cell to work and a computer virus carries in its instructional code the recipe for making perfect copies of it. us is a program that can "infect" other programs by modifying them. Modification includes a copy of the virus program, which may infect other programs. Computer virus has similarity with biological virus, a biological virus infects the machinery responsible for the living cell to work and a computer virus carries in its instructional code the recipe for making perfect copies of it.
cyclomatic number of a graph is e.n+1 where e is number of edge of graph and n is number of node in graoh g
Cyclomatic complexity
Consider the following factorial algorithm (C#):uint factorial(uint n) {if (n
Cyclomatic complexity is a software metric (measurement) developed by Thomas McCabe and is used to measure the complexity of a program. It directly measures the number of linearly independent paths through a program's source code. One of the ways is counting the number of closed loops in the flow graph, and incrementing the number by one. i.e. M = Number of closed loops + 1 where M = Cyclomatic number. Implications for Software Testing M is a lower bound for the number of possible paths through the control flow graph. M is an upper bound for the number of test cases that are necessary to achieve a complete branch coverage. For example, consider a program that consists of two sequential if-then-else statements. if (c1) { f1(); } else { f2(); } if (c2) { f3(); } else { f4(); } To achieve a complete branch coverage, two test cases are sufficient here. For a complete path coverage, four test cases are necessary. The cyclomatic number M is three, falling in the range between these two values, as it does for any program.
It is a virus. Ebola is a RNA virus.
active virus
virus
this are sunday virus, cascade virus, professors virus.
No. Ebola is a virus. No virus is a fungus and no fungus is a virus.
An email virus is a virus that is distributed through emails. It is still a computer virus.
There are about nine types of computer viruses. They include the boot sector virus. the browser hijacker, direct action virus, file infector virus, macro virus, Multipartite Virus, Polymorphic Virus, Resident Virus, and Web Scripting Virus.
a hidden virus is were your virus is hidden so you have a virus but you can't see it. so its called a hidden virus.