Develop a two-tier Java based client-server application interacting with a MySQL

Develop a two-tier Java based client-server application interacting with a MySQL database utilizing JDBC for the connectivity. A Java-based GUI front-end (client-side) application that will connect to your MySQL server via JDBC. Please include the screenshots requested in the rubric instructions (14 screenshots from the execution of the commands specified in the project3rootuserscript.sqlscript, 8 screenshots from the execution of the commands specified in the project3clientuserscript.sqlscript, 1 screenshot showing the final state of the operationscount table after executing the command select * from operationscount once both the root user and client user command script files have been completely executed.

Develop a two-tier Java based client-server application interacting with a MySQL

Develop a two-tier Java based client-server application interacting with a MySQL database utilizing JDBC for the connectivity. A Java-based GUI front-end (client-side) application that will connect to your MySQL server via JDBC. Please include the screenshots requested in the rubric instructions (14 screenshots from the execution of the commands specified in the project3rootuserscript.sqlscript, 8 screenshots from the execution of the commands specified in the project3clientuserscript.sqlscript, 1 screenshot showing the final state of the operationscount table after executing the command select * from operationscount once both the root user and client user command script files have been completely executed.

The following has to be written in java: Exercise Your company has been hired to

The following has to be written in java:
Exercise
Your company has been hired to deliver the new RejseKort. You have been tasked with creating the first prototype of the product. You must create a java class called RejseKort, which should store the relevant information for a single user anonymous rejsekort. The class must have the following methods:
public void depositMoney(int dkk)
public boolean isCheckedIn(int timeStamp)
public void checkIn(int x, int y, int timeStamp)
public void checkOut(int x, int y, int timeStamp)
It must also have constructor taking no parameters. The internal representation and details of implementation is left up to you. The behavior of the class must be as follows:
A new RejseKort initially has a balance of 100 DKK, and is checked out.
Money can be deposited into the account by calling the depositMoney(int dkk) method, which must increment the current balance by dkk. If dkk is negative, an error must be given. Example messages:
100 DKK deposited. New balance: 200 DKK
0 DKK deposited. New balance: 100 DKK
Error: Cannot deposit negative amount
isCheckedIn(int timeStamp) must return whether the card was succesfully checked in within the last two hours, and has not been checked out since the last succesful checkIn.
Three methods take a timeStamp parameter. You may assume that subsequent calls to methods will always have non-decreasing time values. Time is a int that represents time. It only means something in relation to another timeStamp. You do not have to worry about actual time.
Example:
checkIn(0, 0, 4)
isCheckedIn(6) //returns true, 2 minutes has passed since last checkin
isCheckedIn(44) //returns true, 40 minutes has passed since last checkin
isCheckedIn(115) //returns true, 111 minutes has passed since last checkin
isCheckedIn(260) // returns false, 256 minutes has passed since last checkin
The two last methods also take x and y parameters, which is the current location in the city, to be used for determining the price upon checkout
checkIn(int x, int y, int timeStamp) either begins a new journey, or continues the current one if already checked in. You can keep travelling forever, as long as you check in at least every two hours. Example messages:
Checked in
Continued journey (100 minutes since last check in)
checkOut(int x, int y, int timeStamp) ends the current journey and deducts the price for the whole journey from the balance, using the formula 12 + (maxX – minX + maxY – minY) * 3, where the max and min are taken over all coordinates of checkIns and the final checkOut. Example messages:
Checked out! 100 minutes since last check in. Price is 12 DKK, remaining balance is 88 DKK
Checked out! 100 minutes since last check in. Price is 30 DKK, remaining balance is 70 DKK
Error: Cannot check out; Not currently checked in
The ticket price is capped at 50, so even if you travel really far, the price should never go above 50. The lowest price is 12.
If the balance of the account is less that 100, checkIn must be refused, and the user must be told how much to deposit to allow for a checkin. Example messages:
Not enough money in account to check in. Please deposit at least 62 DKK
Not enough money in account to check in. Please deposit at least 100 DKK
_______________________________________________________
The hand in program corrects the assignment as incorrect if anything is altered.

see instruction and please at the end give me a .mpp file Connections to the Cou

see instruction and please at the end give me a .mpp file
Connections to the Course Learning Outcomes
Use Microsoft Project to develop a schedule, allocate resources to project activities, resolve resource allocation issues, set a baseline, and determine the cost baseline of a project.
Create project reports and evaluate project performance based on the baseline.

see instruction and please at the end give me a .mpp file Connections to the Cou

see instruction and please at the end give me a .mpp file
Connections to the Course Learning Outcomes
Use Microsoft Project to develop a schedule, allocate resources to project activities, resolve resource allocation issues, set a baseline, and determine the cost baseline of a project.
Create project reports and evaluate project performance based on the baseline.

1- Write a program that simulates the operation of a busy airport that has only

1- Write a program that simulates the operation of a busy airport that has only two runways to handle all takeoffs and landings. You may assume that each takeoff or landing takes 15 minutes to complete. One runway request is made during each five-minute time interval, and the likelihood of a landing request is the same as for a takeoff request. Priority is given to planes requesting a landing. If a request cannot be honored, it is added to a takeoff or landing queue. Your program should simulate 120 minutes of activity at the airport. Each request for runway clearance should be time-stamped and added to the appropriate queue. The output from your program should include the final queue contents, the number of takeoffs completed, the number of landings completed, and the average number of minutes spent in each queue.
1. Submissions: You need to submit the following 2 items:
a. Source code: Compress your project folder. The folder must consist of all your source code files. I will use this folder to run your application.
b. Project Report: This report contains assumptions, a UML diagram (Use the UML power point file for more info about UML), Big-O of the significant functions, and references. This report should be roughly between 2-3 pages (excluding the front-page).
2. Source code
a. You can use C++ to implement your project.
b. You MUST follow OOP style.
c. You need to submit all the files that are needed to run the project. In C++, for instance, you will need to submit header files (.h) and cpp files.
d. Comment your code and choose meaningful variable and function names.
e. Follow a coding style consistently.
f. include the source code at it electronically.

Assignment 8 Directions Phone numbers and PIN codes can be easier to remember wh

Assignment 8 Directions
Phone numbers and PIN codes can be easier to remember when you find words that spell out the number on a standard phone pad. For example, instead of remembering the combination 5282, you can just think of JAVA.
Write a recursive method that given a number, yields all possible spellings (which may or may
not be real words).
Please use the file, PinWordEnumerator.java included as a starting point.
Possible testing values are:
5282
26678837
7764726
import java.util.Scanner;
/**
Converts a numeric pin to an equivalent word using the digit to
letter mapping on a standard telephone keypad.
*/
public class PinWordEnumerator
{
public static void main(String[] args)
{
Scanner scan = new Scanner(System.in);
System.out.print(“Enter a pin number-> “);
String num = scan.nextLine();
System.out.println();
System.out.printf(“The keypad encodings for %s are:%n”,num);
enumerateWords(num);
}
/**
A wrapper for a recursive method that enumerates all the
phone keypad encodings for a number.
@param n a string representing the number
*/
public static void enumerateWords(String n)
{
// Implement a recursive method that generates
// all possible phone keypad encodings for a
// number. Implement additional auxiliary methods
// if necessary.
}

}

Write a program that tallies the number of positive, negative, even, and odd val

Write a program that tallies the number of positive, negative, even, and odd values in a set of integers
that are input from the keyboard.
The program should first prompt for the number of input values that will be given. Than, use a loop to
input integers one at a time. For each of the integers input, determine if the integer is positive or
negative, and if it is even or odd.
The program should then produce a tally of the number of positives, negatives, evens, and odds in the
input set.
Your prompts and input should be similar to the sample shown above. Use the cisc225-nasm64io
project template.
https://replit.com/@bowerse6/cisc225-nasm64io#main.sh
(THE CODE YOU WRITE MUST BE ABLE TO COMPILE WITH THE ZIP FILES GIVEN).

Write a program that tallies the number of positive, negative, even, and odd val

Write a program that tallies the number of positive, negative, even, and odd values in a set of integers
that are input from the keyboard.
The program should first prompt for the number of input values that will be given. Than, use a loop to
input integers one at a time. For each of the integers input, determine if the integer is positive or
negative, and if it is even or odd.
The program should then produce a tally of the number of positives, negatives, evens, and odds in the
input set.
Your prompts and input should be similar to the sample shown above. Use the cisc225-nasm64io
project template.
https://replit.com/@bowerse6/cisc225-nasm64io#main.sh
(THE CODE YOU WRITE MUST BE ABLE TO COMPILE WITH THE ZIP FILES GIVEN).

see instruction and please at the end give me a .mpp file Connections to the Cou

see instruction and please at the end give me a .mpp file
Connections to the Course Learning Outcomes
Use Microsoft Project to develop a schedule, allocate resources to project activities, resolve resource allocation issues, set a baseline, and determine the cost baseline of a project.
Create project reports and evaluate project performance based on the baseline.