Java programming

How many classes are you going to create for the final project?

  • Describe the purpose of each class and the class members including fields, constructor and methods.
  • Share the UML diagram and CRC cards for the design.

final project 

The final project asks you to develop an application involving simulation and gaming – Casino Simulation. The goal is to have you apply the knowledge, techniques and problem-solving skills you have learned in this class. 

The two game simulations that you will be developing are: Slot Machine and Blackjack.

Here are some suggestions for the game’s design:

1. Ask the player to enter his/her name.2. Display a personalized welcome message.3. Ask the player to make an initial deposit, the required minimum amount is $20 and the max is $1000. Your program needs to keep track of the player’s account balance through the entire game.4. Display a game menu containing the two games offered (Slot Machine, Blackjack) and prompt the player to choose a game he or she wants to play: 1=Slot Machine, 2=Blackjack and the amount the player would like to bet on the chosen game.5. After a game selection is made, check the player’s account balance. If the balance is insufficient, prompt the user to deposit more money, else the game chosen by the player starts.6. At the end of each game run, show the following messages: the player’s total deposit, the winning or losing amount and the account balance.7. Ask the player whether he or she wishes to continue to play a game. Your program performs the tasks indicated by the player. 

Slot Machine Simulation

A slot machine is a gambling device that the user inserts money into and then pulls a lever (or presses a button). The slot machine then displays a set of random images. If two or more of the images match, the user wins an amount of money that the slot machine dispenses back to the user.

Create a class that simulates a slot machine. When the program runs, it should do the following:

1. Asks the user to enter the amount of money he or she wants to enter into the slot machine.2. Instead of displaying images, the program will randomly select a word from the following list: Cherries, Oranges, Plums, Bells, Melons, Bars.3. To select a word, the program can generate a random number in the range of 0 through 5. If the number is 0, the selected word is Cherries; if the number is 1, the selected word is Oranges; and so forth. 4. The program should randomly select a word from this list three times and display all three of the words. 5. If none of the randomly selected words match, the program will inform the user that he or she has won $ 0. 6. If two of the words match, the program will inform the user that he or she has won two times the amount entered. 7. If three of the words match, the program will inform the user that he or she has won three times the amount entered. 8. Using do…while9. The game asks whether the user wants to play again. If so, these steps are repeated. If not, the program displays the total amount of money entered into the slot machine, the account balance and the total amount won or lose. 

Blackjack Simulation

Blackjack Simulation lets the user play against the computer in a variation of the popular blackjack card game. In this variation of the game, two six- sided dice are used instead of cards. The dice are rolled, and the player tries to beat the computer’s hidden total without going over 21. 

1. Each round of the game is performed as an iteration of a loop that repeats as long as the player agrees to roll the dice, and the player’s total does not exceed 21. 2. At the beginning of each round, the program will ask the user whether or not he or she wants to roll the dice to accumulate points. 3. During each round, the program simulates the rolling of two six- sided dice. It rolls the dice first for the computer, and then it asks the user whether he or she wants to roll. ( Use the Die class that was shown in Code Listing 6- 14 to simulate the dice.) 4. The loop keeps a running total of both the computer’s and the user’s points.5. The computer’s total should remain hidden until the loop has finished.6. After the loop has finished, the computer’s total is revealed, and the player with the most points, without going over 21, wins.7. The program asks whether the user wants to play again. If so, these steps are repeated. If not, the program displays the total amount of money entered into the slot machine, the account balance and the total amount won or lose. 

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Enforcing Privacy with Cryptography

The explosive growth of Internet communications and data storage on Internet-connected computers has greatly increased privacy concerns. The field of cryptography is concerned with coding data to make it difficult (and hopefully—with the most advanced schemes—impossible) for unauthorized users to read. In this exercise you’ll investigate a simple scheme for encrypting and decrypting data. A company that wants to send data over the Internet has asked you to write a program that will encrypt it so that it may be transmitted more securely. All the data is transmitted as four-digit integers. Your app should read a four-digit integer entered by the user and encrypt it as follows: Replace each digit with the result of adding 7 to the digit and getting the remainder after dividing the new value by 10. Then swap the first digit with the third, and swap the second digit with the fourth. Then display the encrypted integer. Write a separate app that inputs an encrypted four-digit integer and decrypts it (by reversing the encryption scheme) to form the original number. Use the format specifier D4 to display the encrypted value in case the number starts with a 0. The format specifier D is used to format integer values, and D4 indicates that the value should be formatted with a minimum of four digit positions, possibly with leading zeros. 

Please use C# language and submit as a zip file. 

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Business Continuity Planning

Answer the following 12 questions by selecting the single BEST answer for each. Using your course materials and/or other credible resources, provide a 50–100-word explanation on why you chose your answer. Please cite your sources for your answers from your course materials or other credible resources.

1. Which of the following business continuity exercises can be quite involved and should be performed annually? 

A. Disaster simulation testing

B. Table-top exercise

C. Structured walkthrough

 2. Which plan is written to attempt to prevent a disaster from impacting the organization and/or to lessen a disaster’s impact?

A. Disaster recovery plan

B. Business impact analysis

C. Business continuity plan

3. While developing the business continuity plan, your team must create a plan that ensures that normal operation can be resumed in a timely manner. Which element is your team creating?

A. Vulnerability analysis

B. Disaster recovery plan

C. Business continuity plan

4. Of the following choices, what is the best form of anti-malware protection?

A. Multiple solutions on each system

B. A single solution throughout the organization

C. Anti-malware protection at several locations

5. What is the first step of a business continuity plan (BCP)? 

A. Business organization analysis

B. Select the BCP team

C. Resource requirements analysis

6. What task of BCP bridges the gap between the business impact assessment and the continuity planning phases? 

A. Likelihood assessment

B. Provisions and processes

C. Strategy development task

7. Which business continuity plan element is primarily concerned with minimizing property damage and preventing loss of life?

A. Disaster recovery plan

B. Vulnerability analysis

C. Business impact analysis (BIA)

D. Risk analysis

8. You need to ensure that all systems, networks, and major applications can be recovered. What should you create or perform?

A. vulnerability analysis

B. contingency plan

C. risk analysis

D. business impact analysis (BIA)

9. Which of the following is likely to be the most significant challenge with developing an incident management plan?

A. Lack of management support

B. Intrusion by hackers

C. Security response procedures undertaken to detect brute force attacks

10. If a forensic copy of a hard drive is needed, the copy data are MOST defensible from a legal standpoint if which of the following is used?

A. An encrypted copy of all contents of a hard drive

B. A bit-by-bit copy of all data

C. A compressed copy of all contents of a hard drive

11. What is the capability to effectively manage unexpected events to the organization with the objective of minimizing impacts and maintaining and restoring normal operations? 

A. Incident response

B. Incident management

C. Control objectives

12. What is the operational capability to identify, I prepare for and respond to incidents?

A. Risk tolerance

B. Quality assurance

C. Incident response

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C++ Program with Pointers

 

The program reads data from two files, itemsList-0x.txt and inventoryList-0x.txt. File extensions on Linux may be arbitrary–i.e., these files could have been named with .dat as the extensions.

The first file, itemsList-0x.txt, lists all possible items. Each line represents one item in the form id name.

Example 1: Sample itemsList-0x.txt0 Air 1 HP Potion 2 MP Potion 5 Iron Ore 3 Bow Tie 4 Dirt 6 Diamond Ore 7 Iron Ingot 8 Diamond 9 Diamond Block 

The second file, inventoryList-0x.txt, lists each individual inventory–or storage chest–followed by a list of items.

Example 2: Sample inventoryList-0x.txt# 5 - 1 10 - 2  5 - 3  2 # 6 - 4  3 - 5 27 - 6 44 - 7 55 - 8  1 - 9  4 - 4  3 # 2 - 2  5 - 9  4 - 8  1 - 5  2 - 10 5 

Each line preceded by # denotes the start of a new inventory. Each line preceded by denotes an item. The program creates a new inventory each time a # is encountered.

When a is encountered, a stack of items, ItemStack, is created. The ItemStack is placed in the Inventory based on the following rules:

  1. If the Inventory is empty, store the ItemStack, and return true.
  2. If the Inventory is not empty, examine the Inventory.
    • If a matching ItemStack is found, merge the two ItemStacks and return true.
    • If no matching ItemStack is found, store the new ItemStack and return true.
  3. If the Inventory is full, return false.

Through the magic of abstraction, this is not one function, but four (4) functions in total. Yes, it does seem unnecessary at first. However, each function does one thing and only one thing. This is an exercise in understanding the thought process behind abstraction, interfaces, and the S/O in S.O.L.I.D (with some C++ code) in a multi-ADT program.

Most of your time will be spent on understanding the abstractions (and interfaces) as opposed to spamming cobblestone blocks… I mean C++ code.

3.2 Output

The output consists of three reports written to standard output, one after the other.

  1. A report listing items that were stored or discarded.
  2. A report listing all valid items.
  3. Finally, a detailed report is printed. listing data for each inventory:
    • Maximum Capacity–i.e., total slots.
    • Utilized Capacity–i.e., occupied slots
    • Listing of all items.

If the program is run with the provided input files, the following output should be generated…

Example 3: Sample OutputProcessing Log:  Stored (10) HP Potion  Stored ( 5) MP Potion  Stored ( 2) Bow Tie  Stored ( 3) Dirt  Stored (27) Iron Ore  Stored (44) Diamond Ore  Stored (55) Iron Ingot  Stored ( 1) Diamond  Stored ( 4) Diamond Block  Stored ( 3) Dirt  Stored ( 5) MP Potion  Stored ( 4) Diamond Block  Discarded ( 1) Diamond  Discarded ( 2) Iron Ore  Item List:    0 Air    1 HP Potion    2 MP Potion    3 Bow Tie    4 Dirt    5 Iron Ore    6 Diamond Ore    7 Iron Ingot    8 Diamond    9 Diamond Block  Storage Summary:  -Used 3 of 5 slots   (10) HP Potion   ( 5) MP Potion   ( 2) Bow Tie   -Used 6 of 6 slots   ( 6) Dirt   (27) Iron Ore   (44) Diamond Ore   (55) Iron Ingot   ( 1) Diamond   ( 4) Diamond Block   -Used 2 of 2 slots   ( 5) MP Potion   ( 4) Diamond Block  

3.3 Running the Program

The easiest way to see generate the expected output is to run the sample executable solution I have provided. These two files are named as command-line parameters when the program is executed.

For example, if the sample data above is kept in files itemList-01.txt and inventoryList-01.txt, then to run this program, do:

./storage itemList-01.txt inventoryList-01.txt

(On a Windows system, you would omit the “./”. If you are running from Code::Blocks or a similar development environment, you may need to review how to supply command-line parameters to a running program.)

4 Your Tasks

One of the most important skills in our craft is interpreting error messages. Remember the ones you receive when you attempt to compile and run the unmodified code.

The key abstractions employed in this program are Item, ItemStack, and Inventory. Complete ADT implementations have been provided for Item and Inventory.

A partial implementation has been provided for the ItemStack. Your task is to finish the update ItemStack ADT.

This assignment is smaller than the previous two (in terms of code and number of new concepts). Most of your time will be spent reviewing the basics of pointers. Spend the time reviewing. Practice with pointers. You will need to use pointers (in one form or another) for the reminder of the semester.

You must implement the:

  1. Copy Constructor
  2. Destructor
  3. Assignment Operator
    • Note this is already provided and complete. Refer to our discussions of the copy-and-swap method.
    • Once you have completed the Copy Constructor, Destructor, and swap you are done with the Big-3.
  4. Logical Equivalence (i.e., operator==).
  5. Less-Than (i.e., operator<).
  6. swap

Refer to the comments in each function for additional detail.

Employ your Head-to-Head Testing Skills from CS 250.

4.1 Three Main Functions?

As you look through the provided code, you will find three main functions: one in storage.cpp (as expected), one in TestInventory.cpp, and one in TestItemStack.cpp. If you are creating a project in your IDE do not include both in your project settings. You will need to either create multiple targets in your project settings, or rely on the makefile.

You should probably run the tests on a Linux machine… You can compile the main program (storage) and test drivers (testInventory and testItemStack) with

make

Take note of the semicolon (;) after testInventory. This is a standard Linux trick to run two commands back-to-back.

You can then run storage as described above. You can run the Inventory and ItemStack test drivers with:

./testInventory; ./testItemStack 

If you implemented everything correctly you will see:

Inventory:
 PASSED -> testDefaultConstructor
 PASSED -> testConstructorSizeN
 PASSED -> testAddItemStackNoCheck
 PASSED -> testAddItemWithDuplicateItems
 PASSED -> testAddItemAfterFull
 PASSED -> testCopyConstructorForEmpty
 PASSED -> testCopyConstructor
 PASSED -> testAssignmentOperator
 PASSED -> testDisplay
ItemStack:
 PASSED -> testDefaultConstructor
 PASSED -> testSecondConstructor
 PASSED -> testCopyConstructor
 PASSED -> testAssignment
 PASSED -> testAddItems
 PASSED -> testAddItemsFrom
 PASSED -> testLogicalEquivalence
 PASSED -> testLessThan
 PASSED -> testDisplay
 PASSED -> testSwap

If you see FAILED you must revisit revisit the corresponding function(s). There is a mistake somewhere in your code. Where should you look? Pay close attention to the line immediately before FAILED… use that as a starting point.

Remember to ask questions if you get stuck.

4.1.1 Segmentation Faults & Getting Started

Since ItemStack’s item data member is a pointer

Item* item;

segmentation faults are a consideration. If you download, compile and run the tests, without implementing anything, you will receive test output similar to:

Inventory:
 PASSED -> testDefaultConstructor
 PASSED -> testConstructorSizeN
[1]    21524 segmentation fault (core dumped)  ./testInventory
ItemStack:
[1]    21526 segmentation fault (core dumped)  ./testItemStack

Here is a free hint. Go to the Copy Constructor and add

   this->item = src.item->clone();

This line will create a deep copy of src.item. Once you have made that one-line addition, recompile everything and run

./testInventory; ./testItemStack

again. You should see:

Inventory:
 PASSED -> testDefaultConstructor
 PASSED -> testConstructorSizeN
FAILURE: testAddItemStackNoCheck:89 -> (*(it++) == stacksToAdd[0])
 FAILED -> testAddItemStackNoCheck
FAILURE: testAddItemWithDuplicateItems:126 -> (*(it++) == stacksToAdd[0])
 FAILED -> testAddItemWithDuplicateItems
FAILURE: testAddItemAfterFull:172 -> (*(it++) == stacksToAdd[0])
 FAILED -> testAddItemAfterFull
 PASSED -> testCopyConstructorForEmpty
FAILURE: testCopyConstructor:268 -> (aCopy == source)
 FAILED -> testCopyConstructor
FAILURE: testAssignmentOperator:305 -> (aCopy == source)
 FAILED -> testAssignmentOperator
FAILURE: testDisplay:204 -> (bagString.find(stacksAsStrings[0]) != std::string::npos)
 FAILED -> testDisplay
ItemStack:
 PASSED -> testDefaultConstructor
 PASSED -> testSecondConstructor
FAILURE: testCopyConstructor:70 -> (aCopy.size() == 9002)
 FAILED -> testCopyConstructor
FAILURE: testAssignment:91 -> (aCopy.size() == 9002)
 FAILED -> testAssignment
 PASSED -> testAddItems
 PASSED -> testAddItemsFrom
FAILURE: testLogicalEquivalence:142 -> (stack1 == stack2)
 FAILED -> testLogicalEquivalence
FAILURE: testLessThan:164 -> (stack3 < stack1)
 FAILED -> testLessThan
 PASSED -> testDisplay
FAILURE: testSwap:198 -> (stack1.getItem().getName() == "Ice")
 FAILED -> testSwap

There is nothing wrong with Inventory. Inventory is dependent on ItemStack. Until ItemStack is complete you will see failures in testInventory.

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Design a simple mobile

 Instructions Part 1: Pseudocode and Flowchart You’ll create both pseudocode and a flowchart to design a mobile app. The app will write the device’s latitude and longitude to a file each time the device’s location changes. Use the techniques discussed in Section 3.3 and Chapter 10 of your textbook to write the latitude and longitude to the file as a record.
to create the flowchart. Write your pseudocode in a plain-text editor such as Notepad or TextEdit, and save as a text file (*.txt). Also, save a screenshot of your flowchart as a JPEG file (*.jpg). 

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network security

A typical IT infrastructure has seven domains: User Domain, Workstation Domain, LAN Domain, LAN-to-WAN Domain, WAN Domain, Remote Access Domain, and System/Application Domain. Each domain requires proper security controls that must meet the requirements of confidentiality, integrity, and availability.

Answer the following question(s):

In your opinion, which domain is the most difficult to monitor for malicious activity? Why?

In your opinion, which domain is the most difficult to protect? Why?

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Foundations of Computer Science

Computers have completely transformed human lives. When they were discovered many years ago, they had very little resemblance to the computers of today, both in appearance and performance. This evolution has taken place over several years.

Reflect on the basics of computers and their evolution over time. Consider the following questions in your 1- to 2-page reflection:

  • Describe the basic elements of computer systems.
  • Outline the evolution of these elements over time.
  • Describe how they are used worldwide.

Format your reflection consistent with APA guidelines.

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Project 1: Windows Upgrade Plan

 

If you haven’t done so already last week:

  • Download the Windows Upgrade Plan Template and follow the instructions in the document. 
  • Delete the instructional text from the template before you submit.

Client Specifications for Tetra Shillings Accounting

When developing your plan, keep in mind the following information about the client:

  • All desktops and laptops are currently running Windows 8.1 Enterprise.
  • About half of the laptops are less than a year old and will be retained for the upgrade.
  • All other laptops will be replaced with new hardware in time for the upgrade.
  • All desktop systems will be replaced with new laptops.

Your windows upgrade plan for Tetra Shillings Accounting should be based on Microsoft solutions and best practices and include the following points:

  • The advantages of upgrading to Windows 10, including at least three Windows 10 features that will provide the most benefit.
  • Recommendations for a version of Windows 10 for the upgrade and the install method(s) to be used.
  • At least two automated deployment options.
  • Plans to minimize disruptions to business operations.
  • A strategy that will keep operating systems updated.
  • Two IEEE references.

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Applied Final Project Part 1: Create Your Parenting Case Study Topic

 

PART 1: CREATE YOUR PARENTING CASE STUDY TOPIC_

Using the planning table provided below, you will create a case study on a parenting topic of interest to you. Throughout the course you will conduct research on this topic, culminating in a Parenting Action Plan that proposes solutions to resolve your case.  

Step 1: Select a scenario that may be a cause for concern in parents.

You may use the list below or identify a scenario of your own with the permission of the instructor. Write your scenario of interest into the planning table provided below.

List of Scenarios

  • Sleeping arrangements for newborn
  • Immunizations for children
  • Bedwetting
  • Breastfeeding older children
  • Special needs, such as:
  • Down syndrome or other genetic disorder
  • Learning disabilities
  • Autism
  • Attention deficit with hyperactivity disorder
  • Physical-motor disability
  • Language delay, speech, related issues
  • Teen pregnancy
  • Alcohol and substance abuse in teens
  • Relationship problems in teens, dating, inappropriate, and/or risk-taking behavior
  • Mental health issues (e.g. depression, anxiety, psychotic disorders)
  • Behavioral issues in younger children
  • Behavioral issues in teens
  • Parental conflict and argument
  • Military deployment
  • Grandparents raising grandchildren
  • Adoption/foster parenting
  • Racial and cultural issues in parenting -Tiger moms, immigrant children, LGBTQ, biracial identity, religion
  • Older child parenting and emerging adulthood (age 18-21)
  • Use of media-cellphones, tablets, etc.
  • Impact of domestic violence
  • Bullying, cyberbullying
  • Stepfamilies
  • Impact of divorce
  • Choosing daycare, preschool
  • Healthy diet, eating disorders
  • College/postsecondary readiness

Step 2: Select an age group to which the scenario applies.

After picking your scenario, select an age group (see planning table below) that you would be interested in learning more about. For example, if you are interested in “choosing daycare” as a topic, are you interested in daycare for infants, toddlers, or school-aged children? Note that your scenario may not make sense for some age groups. For example, you probably would not be interested in learning about daycare options for an 18-year-old.

Step 3: Select a socioeconomic status for your scenario.

Determine whether your scenario will apply to a family of lower, middle or upper socioeconomic status (SES) (see planning table below). SES can profoundly impact access to resources which, in turn, can impact outcomes. It is important to know what services are available and who can access them.  

Step 4: Family composition.

Using the planning table below, identify at least two details about the composition of the family. Who is living in the home? How many generations live in the home? What is the marital status of the parents? Are there siblings? Family composition can be a source of strength as well as a source of stress. Use this section to flesh out the details of the family in your scenario.  

Step 5: Identify the type of issue in your scenario.

Use the planning table to identify the type of issue(s) present in your scenario. Check all that you think could apply. This will help you to figure out where you can find information on your topic. For example, if you are dealing with a topic like behavioral issues that emerge in a child after military deployment of a parent, you might start looking for research in psychology journals that deal with military families, like “Military Family Therapy.”

Step 6: Identify possible sites of impact for addressing your scenario.

Using the planning table, identify possible sites of impact for your scenario. For example, if you are interested in “choosing daycare,” you would probably select “daycare” as a site of impact, but you might also select “home” if you are interested in how daycare impacts behavior in the home. You might also select “school,” if you think the quality of daycare has an impact on academic performance.

Step 7: Identify potential solutions to address your scenario.

Using the planning table, check off the potential solution(s) that could form the basis of your parenting action plan.

Instructions: Choose and write down your topic and ideas about: The topic/title, why you think it is important, and where you think you will look for resources. 

Use the Planning Table below to create your chosen topic. Each section of the table below may be used to narrow down the specifics of your research paper. Each section will help to get you thinking about the aspects of your action plan. In the example below, the sections of the table appear in parenthesis to exemplify how these sections relate to your topic choice. Please note that these sections form a part of the final paper write up, and as such can be used while writing up your final paper. 

AFP Part 1: Planning Table

STEP 1: SCENARIO

(write your chosen

scenario below)

STEP 2: AGE GROUP OF INTEREST

  • Birth-3 yrs
  • 3-10 yrs
  • 10-13 yrs
  • 14-18 yrs
  • 18-21 yrs

STEP 3: SOCIOECONOMIC STATUS

  • lower
  • middle
  • upper

STEP 4: FAMILY COMPOSITION

(include at least 2 of these details)

  • Parental involvement?
  • Single, married, divorced?
  • Siblings?
  • Who is living in the home?
  • Employment status of parents?
  • Other?

STEP 5: TYPE OF PROBLEM

  • Schoolwork or Homework Issue
  • Behavioral Issue
  • Social Issue
  • Physical/Emotional Issue
  • Other:________

STEP 6: SITES OF IMPACT

  • Home
  • School
  • Daycare
  • Parent Workplace
  • Public Spaces (e.g. playground, retail, grocery store, etc.)
  • Other:__________

STEP 7: POTENTIAL SOLUTIONS

  • Home Plan
  • School Strategy
  • Community Support Groups
  • Behavioral Health Plan
  • Medical/Health Plan
  • Special Programs/Supports
  • Other:_______

STEP 8: Crafting your parenting case study.

Write a parenting case study that incorporates all of the information in the planning table (Steps 1-6). Your case study should be 1-2 paragraphs in length. You may want to add details now or as your research progresses to make your case study more interesting.

Example:

The current case study involves a child with significant learning disabilities who is 8 years old and from a middle-class socioeconomic status background. The child has a 10-year-old sister with no known learning disabilities or behavioral issues. Parents recently separated, but both parents are actively involved with the children. A parenting action plan will be developed to address the child’s problems with schoolwork. I will discuss the case in the context of home and school (i.e. sites of impact), providing solutions that may include a home plan to address the parental separation as well as special programs in school and community supports (i.e. potential solutions).

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enterprise software development

I am planning to implement my own startup, which will deal with enterprise software, and I would like to ask other participants about their experience in this area.

As we all know, enterprise software development is a complex process that requires a high level of skill and experience. Such applications require scalability, security, and reliability, which makes the development process more time-consuming and time-consuming. However, if you are confident in your ways and willing to work hard, this business can become very profitable.

It is important to understand that when developing enterprise software [url=https://dinarys.com/blog/enterprise-software-development]https://dinarys.com/blog/enterprise-software-development[/url] you need to consider not only the technical aspects, but also the business need. You need to understand customer requirements and aim for solutions that will meet their creation. You should also keep in mind that enterprise software is often used in large organizations with large revenues, so high scalability and security is required.

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