The game Mini Spite and Malice, invented specifically for Assignment 3, is a simplified variation of an old card game from the 19th century known as the Russian Bank. The old game is played with two decks of 52 traditional cards. Our variation uses other cards.
The Mini Spite and Malice will be played with a total of 120 cards:10 sets of 10 cards ("0 to "9) and 20 jokers ("*). The joker is a wild card and can have a value of any card from "0 to "9. The game is played with two players.
Once the cards are shuffled, each player is dealt 20 cards: starting with Player A and alternating between Player A and B, each player receives 5 cards for their hand and then 15 cards for their "Goal Pile" (a stack). Each player tries to play through their Goal Pile - the first player to play all of the cards from their Goal Pile wins.
After dealing the cards to the 2 players, the remaining cards are placed face down in a card shoe from which the players are dealt new cards at
Price is low as this is almost completed.
This assignment has been worked on an expert here and is almost done. What happened is that it has been extended to tomorrow instead. I am hoping I can attempt to iron out the final issue that exists. It's done in eclipse. uses Junit 4 for testing. Also use included checkstyle. Thanks.
This assignment has been worked on an expert here and is almost done. What happened is that it has been extended to tomorrow instead. I am hoping I can attempt to iron out the final issue that exists. It's done in eclipse. uses Junit 4 for testing. Also use included checkstyle. Thanks.
the attachments below are the necessary files for this assignment. I need you to change to variable name + strcuture (such as for...loop, etc,..) to make to program look different but same logic like csim(copy).txt file. Then copy all the code into csim.c. make sure the program complied and run correctly
NOTE: Ignore the Sunday, April 5th deadline in the project specification pdf, it has been pushed back to allow for more time, it is now due Wednesday, April 8th.
Attached is the pdf specifying everything that needs to be done, and several testing sms files (the project concerns decoding encoded sms files, as well as two source files (GMUsms.c and GMUsms.h) to facilitate connectivity issues to Zeus.
The way the program has to be written is convoluted, but I will give you whatever information you need and answer any questions you have.
At the end of all the programming you'll also make a Makefile and then finally, a tarfile which is what will be submitted to Blackboard.
Please send screenshots just affirming that everything compiles and runs fine and maybe proof that the sms test files are being decoded successfully. Thanks
NOTE: Ignore the Sunday, April 5th deadline in the project specification pdf, it has been pushed back to allow for more time, it is now due Wednesday, April 8th.
On top of writing the C programs, this will also require connecting to the university's server, named Zeus, which will require using Cisco AnyConnect VPN client; I will give login instructions to the person who gets the bid because you will be accessing my student folder in the server.
Attached is the pdf specifying everything that needs to be done, and several testing sms files (the project concerns decoding encoded sms files, as well as two source files (GMUsms.c and GMUsms.h) to facilitate connectivity issues to Zeus.
The way the program has to be written is convoluted, but I will give you whatever information you need and answer any questions you have.
At the end of all the programming you'll also make a Makefile and then finally, a tarfile which is what will be submitted to Blackboard.
Attaching the zip file which contains all necessary files, including a project description/specification pdf that describes exactly what needs to be done.
Data structures assignment dealing with graphs.
Folder also contains a readme file and instructions to name the folder etc a certain way, I'll do that, don't worry about it, just do the programming.
DUE SUNDAY APRIL 5TH
Brief outline of program design, labeling the classes and objects
Make a flowchart and a data flow diagram
Create simple menu for user
Criteria for Success
1. To be able to add new pieces and remove completed pieces from the practice schedule
2. To be able to vary the assigned practice time for each day
3. To be able to prompt the user to input the amount of time they practiced a piece
4. To be able to compute the total time for the imputed amount practiced for each piece
5. To be able to provide a summary of success and failed days based on if they met the assigned practice time
6. To be able to provide a summary of time practiced for each piece at the end of the week
7. To be able to print this information
Goal: The purpose of this assignment is to write a Java program that implements a MerkleTree to be
used in a blockchain. Then you will write a brief report describing your results, in the comments of your
program; see the end of this document.
1. This assignment is self-contained. We do not expect you to know how Blockchain works. However, by
the end of this assignment, if you read the code well enough, you will learn Blockchain in detail.
2. You will be surprised how this Blockchain technology, considered revolutionary, is built on such simple
ideas that a beginner student can code. And later in life you can mention that you were writing
blockchains in your second year of undergraduate.
3. A transaction is a transfer of coins from a set of addresses (i.e., senders) to another set of addresses
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(i.e., receivers).
4. Each sender or receiver is an address, which is stored in a String variable (see Transaction.java). In
real life, p
Handheld Solitaire
Handheld Solitaire requires no table, has simple rules, and is easily learned and played. It is played with a traditional 52 card deck of 4 suits (hearts, clubs, diamonds, and spades) and 13 ranks from ace (1) to king (13). Jokers are not included. The deck (face down) is held in one hand, while the actual hand of cards to be played is placed face up on top of the deck. This leaves the other hand free for dealing and discarding. The rules of play are as follows:
Shuffle the deck, then hold it face-down in one hand.
While the deck is not empty:
Deal a single card from the top of the deck into the top of the playing hand
While a match occurs in the playing hand between the top card and the card 3 back from it, either in rank or suit, collapse the hand using the following rules:
If the ranks match, all 4 top cards of the hand are discarded. For example, if
