Code Runner Challenge

Python task #1

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%%python

# CODE_RUNNER: Python task #1

username = "Alice1234"
course_progress = 67

print("Username: " + username)
print("Course Progress (%): " + str(course_progress))
Lines: 1 Characters: 0
Output
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Code Runner Challenge

Python task #1

View IPYNB Source 
%%python

# CODE_RUNNER: Python task #1

username = input("Enter username:")
password = input("Enter a secure password:")
print("Welcome " + username + "!")
print("Your password is " + password)
Lines: 1 Characters: 0
Output
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Code Runner Challenge

Python task #1

View IPYNB Source 
%%python

# CODE_RUNNER: Python task #1

secureKeys = [85, 92, 78, 90] # Using a list to generate a sum of secure keysx
keySum = 0

for key in secureKeys:
    keySum = key + keySum

print("Verified keysum: " + str(keySum))
Lines: 1 Characters: 0
Output
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Code Runner Challenge

Python task #1

View IPYNB Source 
%%python

# CODE_RUNNER: Python task #1

passwordStrengthScore=int(88)
def isPasswordSecure(passwordStrengthScore): # Procedure to check password security
	if passwordStrengthScore >= 80:  
		return("Yes")

	elif passwordStrengthScore >= 70:
		return("Consider Strengthening")

	else:
		return("Strengthen immediately") # Algorithm to determine password security based on score

securityMessage = isPasswordSecure(passwordStrengthScore)
print("Password security status: " + (securityMessage))
Lines: 1 Characters: 0
Output
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Code Runner Challenge

Python task #1

View IPYNB Source 
%%python

# CODE_RUNNER: Python task #1

passwordStrengthScore = 85
programSecurityScore = 92
firewallScore = 88

passwordStrengthWeight = 0.4
programSecurityWeight = 0.3
firewallWeight = 0.3

finalScore = (passwordStrengthScore * passwordStrengthWeight) + (programSecurityScore * programSecurityWeight) + (firewallScore * firewallWeight)

print("Final Security Score: " + str(finalScore))
Lines: 1 Characters: 0
Output
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Code Runner Challenge

Python task #1

View IPYNB Source 
%%python

# CODE_RUNNER: Python task #1

confidence = int(input("From 0 to 100, how confident are you in your system security? "))
whatToDo = "Unknown"

if confidence >= 90:
    whatToDo = "You're already good. Don't do anything" # Boolean logic to determine what to do based on confidence level
else:
    if confidence >= 80:
        whatToDo = "Run a basic antivirus scan."
    else:
        if confidence >= 70:
            whatToDo = "Run a complete antivirus scan."
        else:
            if confidence >= 60:
                whatToDo = "Use a trusted third party antivirus and do a scan"
            else:
                whatToDo = "Reinstall your OS" # Algorithm to determine what action to take based on confidence level

print("What you should do: " + whatToDo)
Lines: 1 Characters: 0
Output
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Code Runner Challenge

Python task #1

View IPYNB Source 
%%python

# CODE_RUNNER: Python task #1

print("Cybersecurity Threat Entry System")

threats = [] 
threatCount = 0
totalRisk = 0
continueEntry = "yes"

while continueEntry != "no":
  threat = int(input("Add a cybersecurity threat level: ")) # List of cybersecurity threats to calculate total risk score
  
  threats.append(threat)
  threatCount += 1
  totalRisk += threat
  
  continueEntry = input("Continue entering threats? (no to stop)") # Algorithm to enter cybersecurity threats and calculate total risk score

print("List of threats: " + threats)
print("Total threats entered: " + threatCount)
print("Total risk score: " + totalRisk)
Lines: 1 Characters: 0
Output
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Code Runner Challenge

Python task #1

View IPYNB Source 
%%python

# CODE_RUNNER: Python task #1

def calculate_average(risk_scores):
    total = 0
    count = 0

    for score in risk_scores:
        total += score
        count += 1

    if count > 0:
        average = total / count
        return average
    else:
        return 0


risk_scores = [85, 92, 78, 95, 88] # Using risk scores to calculate average security score
result = calculate_average(risk_scores)

print("Average security score:", result)
print("Risk Scores:", risk_scores)
m
if result >= 90:
    print("Security Status: Excellent")
else:
    print("Security Status: Needs Improvement")
Lines: 1 Characters: 0
Output
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Code Runner Challenge

Python task #1

View IPYNB Source 
%%python

# CODE_RUNNER: Python task #1

def find_threat(threats, threat_to_find):
    index = 1

    for threat in threats:
        if threat == threat_to_find:
            return index
        index += 1

    return -1


my_threats = ["Virus", "Malware", "Keylogger", "Worm"] # Generating a list of cybersecurity threats to search for a specific threat
search_for = input("Enter the threat you are looking for...")

position = find_threat(my_threats, search_for)

if position > 0:
    print("Found threat at position:", position) # Boolean logic to find a specific cybersecurity threat in a list
else:
    print("You don't have that threat :)")
Lines: 1 Characters: 0
Output
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Code Runner Challenge

Python task #1

View IPYNB Source 
%%python

# CODE_RUNNER: Python task #1

threats = ["malware", "phishing", "virus", "keylogger"]
print("Initial:", threats)

threats.append("ransomware")
print("After APPEND:", threats)

threats.insert(2, "broken firewall")
print("After INSERT at 2:", threats)

threats.pop(3)
print("After REMOVE at 3:", threats)

length = len(threats)
print("List length:", length) # Modifying a list to generate a list of cybersecurity threats

for threat in threats:
    print("Threat:", threat)
Lines: 1 Characters: 0
Output
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Code Runner Challenge

Python task #1

View IPYNB Source 
%%python

# CODE_RUNNER: Python task #1

def find_threat(threat_list, target_threat):
    index = 0

    for threat in threat_list:
        if threat == target_threat:
            return index
        index += 1

    return -1


threats = ["Malware", "Phishing", "Ransomware", "Spyware"]
risk_scores = [92, 85, 88, 76]

search_threat = input("Enter cybersecurity threat to search:")

position = find_threat(threats, search_threat)

if position >= 0:
    threat_risk = risk_scores[position]
    print("Threat found at position:", position + 1)
    print("Risk score:", threat_risk)
else:
    print("Threat not found in database")
Lines: 1 Characters: 0
Output
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Code Runner Challenge

Python task #1

View IPYNB Source 
%%python

# CODE_RUNNER: Python task #1

def find_threat_risk(threats, risk_scores, target_threat):
    index = 0

    for threat in threats:
        if threat == target_threat:
            risk = risk_scores[index]
            return risk
        index += 1

    return -1 # Algorithm to find the risk score of a specific cybersecurity threat in a list


threats = ["Malware", "Phishing", "Ransomware", "Spyware"] # List to store cybersecurity threats
risk_scores = [92, 85, 88, 76]

search_threat = input("Enter cybersecurity threat:")

result = find_threat_risk(threats, risk_scores, search_threat)

if result > 0: # Boolean logic to find the risk score of a specific cybersecurity threat in a list
    print("Risk score for " + search_threat + ":", result)
else:
    print("Threat not found")
Lines: 1 Characters: 0
Output
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