Answer:
Explanation:
The following Python program uses a combination of dictionary, list, regex, and loops to accomplish what was requested. The function takes a file name as input, reads the file, and saves the individual words in a list. Then it loops through the list, adding each word into a dictionary with the number of times it appears. If the word is already in the dictionary it adds 1 to its count value. The program was tested with a file named great_expectations.txt and the output can be seen below.
import re
def wordCount(fileName):
file = open(fileName, 'r')
wordList = file.read().lower()
wordList = re.split('\s', wordList)
wordDict = {}
for word in wordList:
if word in wordDict:
wordDict[word] = wordDict.get(word) + 1
else:
wordDict[word] = 1
print(wordDict)
wordCount('great_expectations.txt')
I would go straight to the bank and have it reported along with the police.
It should be, but sometimes it isn't. It depends on the website type you visit.
Answer:
Zero-day exploits
Explanation:
Zero-day exploits refers to recently found vulnerabilities in a computer software program that has been in existence but was hitherto not known and addressed by the software security experts, however, these vulnerabilities were known to hackers. While the existence of these "loop-holes" in the software can go on unnoticed for several years, hackers can take advantage of it to cause harm to the computers' programs and data.
When these attacks occur, it is called a zero-day because the attack took place on the very day that the loop-hole was discovered in the software. So exploitation has already taken place before a fix is carried out.
Answer:
A MICR device reading the magnetic ink on a cheque. (the ink contains iron particles). This special ink is used to write customer account numbers on the bottom of cheques. The MICR device reads the account numbers then converts it to a form the computer can understand.
Explanation:
A MICR device reading the magnetic ink on a cheque. (the ink contains iron particles). This special ink is used to write customer account numbers on the bottom of cheques. The MICR device reads the account numbers then converts it to a form the computer can understand.
