Answer:
The true statements are:
There is an assembler directive to arrange / place floating point values in static data memory
MARS always uses setting '.set boat'
Explanation:
It is the assembler directive who arranges and places the floating point values for the static data memory. Obviously there is no such way for the MIPS assemble programming for reservation of the static data memory without having any initialization for a considerable value.
MARS would definitely use the setting set “noat” ascii would store the string in the memory and then terminate it with respect to NULL character. They cannot reserve the MIPS assembly programming for a considerable value.
Answer and Explanation:
Advanced Persistent Threat abbreviated as APT is a type of cyber attack which gives access to the unauthorized user to enter the network without being detected for a long period.
APTs are generally sponsored by the government agencies of the nation or large firms. For example, one of the ATPs used was Stuxnet in the year 2010 against Iran, in order to put off the nuclear program of Iran.
Some of the practical strategies for protection against APT are:
- Sound Internal Auditing
- Strong Password Accessing Policies
- Stringent policies for accessing any device
- Introduction and implementation of multi factor authentication
- Strong IDs and sound honeypot solutions
<span>Loads of ‘easy to use’ programmes and ‘How To’ guides make it simple for anyone to put a brochure/newsletter/marketing piece together – how difficult can it be with so much help available? Technology has not only changed the way designs are accomplished, it’s changed the perception of ‘design’ from a hard earned skill to something you can learn in an afternoon off.
via </span>https://dmjcomputerservices.com/blog/technology-changed-design-industry/
Answer:
1 void parseEmailAddress(string email, string& username, string& domain)
2 {
3 int found = email.find("@")
4 if (found > 0)
5 {
6 username = email.substr(0, found);
7 domain = email.substr(found+1, -1);
8 }
9 return;
10}
Explanation line by line:
- We define our function.
- We use an open curly bracket to tell the program that we are starting to write the function down.
- We apply the find method to the email variable that was passed by the main program. The find method tells us where is the "@" located within the email.
- We use an if statement to ensure that the value that we found is positive (The value is negative if an only if "@" is not in the email address).
- We use an open curly bracket to tell the program that we are starting to write inside the if statement.
- We apply the substr method to the email to take the username; it receives a start and an end value, this allows us to take from the beginning of the email (position 0) until the "@".
- We apply the substr method to the email to take the domain; it receives the position of the "@" character plus one to take the first letter after the "@" and a minus-one representing the last character on the email.
- We use a closing curly bracket to tell the program that the if statement has finished.
- We return nothing because we are using reference parameters, which means that the memory positions of username and domain are going to be filled by our parseEmailAddress function and the main function can access those values directly.
- We use a closing curly bracket to tell the program that the function has finished.
Answer:
#Create an array for week
week = ["Monday", "Tuesday", "Wednesday", "Thursday", "Friday", "Saturday","Sunday"]
#Create a varable index and use index to loop through week(array)
for index in week:
#if the index is on Saturady or Sunday then, print freedom
if index == "Saturday" or index == "Sunday":
print(index + " Freedom")
#else just pint out the other days
else:
print(index)