Answer:
Threat assessment
Explanation:
A threat assessment deals with the potential for weaknesses within the existing infrastructure to be exploited.
Threat Assessment is further explained as the practice of determining or ascertaining the credibility and seriousness of a potential threat, and also the probability or chases of the threat will becoming a reality.
Threat assessment is separate to the more established procedure of violence-risk assessment, which seek to forcast an individual's general capacity and tendency to respond to situations violently. Instead, threat assessment aims to interrupt people on a route to commit "predatory or instrumental violence, the type of behavior connected with targeted attacks".
I think the best answer is D. Initialize the loop control variable prior to entering the loop body.
Please correct me if I'm wrong!! I'd be happy to fix it!! :)
Answer:
The correct answer to the following question is Option D.
Explanation:
Already when we authorize an individual to set up a new credential or provide a provisional code or password, we must make ensure that the person is checked. We could allow a verification code after confirming the consumer.
- Verification remains crucial because an imposter may try to compromise to provide a temporary credential or switch his password by posing as a further person.
- So, Juan fixes his problem by making sure whether resetting the password has always been allowed by checking that Juan is the one that he claims he is.
Answer:
c. $_SERVER
Explanation:
$_SERVER is an array in PHP containing information about headers, paths, and script locations.
Example usage:
echo $_SERVER['HTTP_HOST'];
This will print information about HTTP_HOST header.
echo $_SERVER['DOCUMENT_ROOT'];
This provides information about document root path.
echo $_SERVER['SCRIPT_FILENAME'];
This provides information about the currently executing script.
Answer:
RAX = 333000h (16 bits with preceding zeros removed)
RDX = 20h (also 16 bits with preceding zeros removed)
Explanation:
The "div" opcode in the assembly language source code is used to divide operands. It accepts a divisor ( the denominator) and divides the content of the AX register. The result is saved in the AX register while the remainder (if any) is saved in the DX register. If the DX register holds any data, the data is replaced with the divisor remnant.
The code above divides the content of the RAX register with the divisor variable and saves the result and remainder in the RAX and RDX respectively.
