Updated PCC-Python Class

python/PCC-python3/Chapter-01/Exercise-01.py

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+name = "David Billings"
+location = "Colorado"
+
+print (f"Hello everyone, my name is {name} \nI just finished a Cyber-Security Bootcamp @ DU")
+print (f"I am from %s.\nUsing formatted Strings is the way to go!!" %location)
+print ("I have basic programming experience (Learn Python 3 The Hard Way)")

python/PCC-python3/Chapter-02/Exercise-02.py

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+#Get user's string
+
+userString = input("Enter a string to start slicing: ")
+
+num1 = int(input ("Now enter Starting point of the slice: ")) #This technique is known as type-casting!
+num2 = int(input ("Now pick where to end the slice: ")) #If you do not enter an integer, the program will crash
+
+print("The string was sliced at: %d & %d" % (num1, num2))
+#print(f"The string was sliced at: {num1} & {num2}") #This produces the exact same output as above!
+
+print("Your sliced string:\n", userString[num1:num2+1]) #We have to add 1 to the end because the Start slice is inclusive.  The end slice is EXCLUSIVE!

python/PCC-python3/Chapter-03/example.py

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+# Introduction to Python Programming
+# Lesson 03 Assignment
+# Sample Solution
+
+# Please note that this program takes advantage of the fact that
+#   once a condition is met, the if structure is exited.  This
+#   allows me to not need a lower limit in my conditions because
+#   if the speed were below the minimum for that Category, the
+#   program would have already printed the result and exited.
+
+speed = eval(input("Please enter the wind speed: "))
+
+if speed < 74:
+    print ("This is not a hurricane")
+elif speed <= 95:
+    print ("Category 1")
+elif speed <= 110:
+    print ("Category 2")
+elif speed <= 130:
+    print ("Category 3")
+elif speed <= 155:
+    print ("Category 4")
+else:
+    print ("Category 5")
+
+

python/PCC-python3/Chapter-03/windspeed.py

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+#!/usr/bin/python3
+
+#This programs calculates what level a hurricane is based on Wind Speed
+def hurricaneSpeeds():
+    try:
+        windSpeed = int(input("Please enter the current MPH in wind speed: "))
+
+        while windSpeed:
+            if windSpeed <= 73 and windSpeed > 0:
+                print ("This isn't even a hurricane you Nancy!!")
+                break #Without this break line, it will SPAM text at you in the console!!!
+            elif windSpeed > 73 and windSpeed <= 95:
+                print ("You've got yourself a Category 1 hurricane.")
+                break #Without this break line, it will SPAM text at you in the console!!!
+            elif windSpeed >= 96 and windSpeed <= 110:
+                print ("This is a category 2 hurricane")
+                break #Without this break line, it will SPAM text at you in the console!!!
+            elif windSpeed >= 111 and windSpeed <= 130:
+                print ("Getting up there, Category 3!!!")
+                break
+            elif windSpeed >=131 and windSpeed <= 155:
+                print("Hope your safe, this is a Category 4!")
+                break
+            elif windSpeed > 155:
+                print("If your not safe somewhere, bend over and kiss your ass goodbye.  This is a Category FIVE!!")
+                break
+            else:
+                print("Hurricanes can't have winds less than ZERO miles per hour!!!\n*** Try Again ***")
+                hurricaneSpeeds()
+                break
+
+    except:
+        print("Please enter a number: 75, 120, 200, etc...")
+        hurricaneSpeeds()
+
+hurricaneSpeeds()

python/PCC-python3/Chapter-06/car.py

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+"""This will define the car class"""
+
+class car:
+    def __init__(self):
+        self.__wheels = 4
+        self.__windows = 6
+        self.__doors = 4
+
+
+class computer:
+    def __init__(self):
+        self.__CPU = 0
+        self.__RAM = 0
+        self.__STORAGE = 0
+        self.__FIREWALL = 0
+        self.__AV = 0
+        self.__OS = 0
+        self.__NETWORK = 0
+
+    def setCPU(self, speed):
+        self.__CPU = speed
+    def setRAM(self, ram):
+        self.__RAM = ram
+    def setSTORAGE(self, storage):
+        self.__STORAGE = storage
+    def setOS(self, os):
+        self.__OS = os
+    def setNETWORK(self, network):
+        self.__NETWORK = network
+
+    def newComputer(self, cpu, ram, storage, os, network):
+        self.__CPU = cpu
+        self.__RAM = ram
+        self.__STORAGE = storage
+        self.__OS = os
+        self.__NETWORK = network
+
+
+myPC = computer()
+myPC.setCPU(500)
+myPC.setRAM(32)
+
+print(myPC._computer__CPU, myPC._computer__RAM)

python/PCC-python3/Chapter-06/clock.py

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+class Clock:
+    def __init__(self):
+        self.__hour = 0
+        self.__minute = 0
+        self.__second = 0
+
+    def setTime(self, hour, minute, second):
+        self.__hour = hour
+        self.__minute = minute
+        self.__second = second
+
+    def tick(self):
+        self.__second = self.__second + 1
+        if (self.__second == 60):
+            self.__second = 0
+            self.__minute = self.__minute + 1
+            if (self.__minute == 60):
+                self.__hour = self.__hour + 1
+                self.__minute = 0
+                if (self.__hour == 24):
+                    self.__hour = 0
+
+    def printTime(self):
+        print("The time is - ", self.__hour, ":", self.__minute, ":", self.__second)
+
+    def setSeconds(self, second):
+        if int(second) >= 0:
+            if int(second) <= 59:
+                self.__second = second
+        else:
+            return
+    def setMinutes(self, minute):
+        if int(minute) >= 0:
+            if int(minute) <= 59:
+                self.__minute = minute
+        else:
+            return
+    def setHours(self, hour):
+        self.__hour = hour
+    #NOW WE'LL DEFINE OUR GETTERS
+    def getSeconds(self):
+        return self.__second
+    def getMinutes(self):
+        return self.__minute
+    def getHours(self):
+        return self.__hour

python/PCC-python3/Chapter-06/computer.py

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+class Computer:
+    def __init__(self):
+        self.__CPU = 0
+        self.__CORES = 0
+        self.__POWER = self.__CORES * self.__CPU
+        self.__RAM = 0
+        self.__STORAGE = 0
+        self.__FIREWALL = 0
+        self.__AV = 0
+        self.__OS = 0
+        self.__NETWORK = 0
+
+    def setCPU(self, speed):
+        self.__CPU = speed
+    def setRAM(self, ram):
+        self.__RAM = ram
+    def setSTORAGE(self, storage):
+        self.__STORAGE = storage
+    def setOS(self, os):
+        self.__OS = os
+    def setNETWORK(self, network):
+        self.__NETWORK = network
+
+    def newComputer(self, cpu, cores, ram, storage, os, network):
+        self.__CPU = cpu
+        self.__CORES = cores
+        self.__POWER = cpu * cores
+        self.__RAM = ram
+        self.__STORAGE = storage
+        self.__OS = os
+        self.__NETWORK = network
+
+    def printSpecs(self):
+        print("Current computer Specs are as follows:\nCPU: ", self.__CPU, "Mhz @", self.__CORES, "Total Power: ", self.__POWER, "\nRAM: ", self.__RAM, "\nStorage: ", self.__STORAGE, "Terabytes\nOperating System: ", self.__OS, "\nNetwork Connection: ", self.__NETWORK)
+
+

python/PCC-python3/Chapter-06/newpc.py

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+from computer import Computer
+
+myPC = Computer()
+
+#myPC.setCPU(500)
+#myPC.setRAM(32)
+#print(myPC._Computer__CPU, myPC._Computer__RAM)
+
+myPC.newComputer(2750, 6, 128, 8, "linux", "gigabit")
+myPC.printSpecs()

python/PCC-python3/Chapter-06/thetime.py

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+from clock import Clock
+
+localTime = Clock()
+
+localTime.printTime()
+localTime.setTime(23, 59, 59)
+localTime.printTime()
+
+#print (localTime._Clock__second) #THIS IS how you access private or mangled variable names
+
+#localTime.setSeconds("37")
+#localTime.setHours(4)
+#localTime.setMinutes(20)
+localTime.tick()
+localTime.printTime()
+
+#print ("The class for is ",localTime,  localTime.__class__) #This line prints out the memory address
+
+control = 1
+loop = 150
+while control < loop:
+    localTime.printTime()
+    localTime.tick()
+    control = control + 1

python/murach-python/Section3/Chapter18/gui.py

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+#!/usr/bin/python3
+
+import tkinter as tk
+from tkinter import ttk
+
+root = tk.Tk()
+
+#Name the window and set Geometry
+root.title("Ganome's First Window")
+root.geometry("300x200")
+
+#Create a frame
+frame = ttk.Frame(root, padding="10 10 10 10")
+frame.pack(fill=tk.BOTH, expand=True)
+
+#make a second frame
+frame2 = ttk.Frame(root, padding="10 10 10 10")
+frame2.pack(fill=tk.BOTH, expand=True)
+
+#create buttons
+button1 = ttk.Button(frame, text="Click Me!!")
+button2 = ttk.Button(frame2, text="Don't Click Me!!")
+
+button1.pack()
+button2.pack()
+
+
+root.mainloop()