User is asked to enter a series of numbers. That input will stop when user enters -9999. Find a maximum number from that series and a minimum number from that series. Output the location of Maximum number and minimum number. 

Write a C++ program that asks the user to repeatedly input positive numbers until   -1 is pressed. Your program should print the second largest number and the count of even and odd numbers. 

Write a C++ program that asks the user to enter a positive number N, and print the following pattern. The pattern is shown for N = 5.

12345

23451

34521

45321

54321

Write a program that takes a set of N integers and count the frequency of ODD digits appeared in these N integers.

Sample Input:

How Many Numbers you want to input: 3

Number 0: 7809

Number 1: 1127

Number 2: 8381

Output: 

    Frequency of appeared ODD digits: 7

 The digits 7809. 5127. 8381. So the count of these ODD digits is 7.

How do I calculate the total of all invoices?

Here is my code:

# Part F Calculate the total of invoices

invoices=[]

invoices.append((83,'Electric Sander',7,57.98))
invoices.append((24,'Power Saw',18,99.99))
invoices.append((7,'Sledge Hammer',11,21.50))
invoices.append((77,'Hammer',76,11.99))
invoices.append((39,'Jig Saw',3,79.50))

print('\nThe total of all invoices is', invoice)
for invoice in invoices:
print(invoice)

Comparison between md5 and sha_x

How would you map invoices by description and quantity, then sort the invoices by quantity?

Here is my code:

#Part C: Map each invoice tuple containing part description and then quantity, sort by quantity

invoices=[]

invoices.append((83,'Electric Sander',7,57.98))
invoices.append((24,'Power Saw',18,99.99))
invoices.append((7,'Sledge Hammer',11,21.50))
invoices.append((77,'Hammer',76,11.99))
invoices.append((39,'Jig Saw',3,79.50))

list(map(lambda invoice:invoice[1,2]))

invoices.sort(key=lambda invoice:invoice[2])

print('\nSorted by Quantity')
for invoice in invoices:
print(invoice)

this is python

Describe why WSDL document is important for creating a web service client?

What is the key goal of messaging for enterprise computing?

PYTHON: Develop an algorithm for finding the most frequently occurring value in a list of numbers. Use a sequence of coins. Place paper clips below each coin that count how many other coins of the same value are in the sequence. Give the pseudocode for an algorithm that yields the correct answer, and describe how using the coins and paper clips helped you find the algorithm.

Please solve in python!

PYTHON: Implement the sieve of Eratosthenes: a function for computing prime numbers, known to the ancient Greeks. Choose an integer n. This function will compute all prime numbers up to n. First insert all numbers from 1 to n into a set. Then erase all multiples of 2 (except 2); that is, 4, 6, 8, 10, 12, . . . . Erase all multiples of 3, that is, 6, 9, 12, 15, ... . Go up to √ n. The remaining numbers are all primes.

Please solve in python!

Project part 3:

Part Three: Complete the addShip() Method

1. In the Driver.java file, see below for where you will add code to finish the addShip() method.

// Add a New Ship public static void addShip() {

// complete this method

}

2. Next, review the required functionality of the “Add Ship” menu option below.

Menu Option Validation Check(s) Functionality
Add Ship - Ensures ship does not already exist in our system - Ensures all class variables are populated
Adds ship to system

3. Add Ship Method: Write the code for the addShip() method. When your code is complete, test the output. Be sure that the completed method does the following:

a. Adds a new Ship object b. Includes all class variables c. Updates appropriate ArrayList

TIP: You can refer to the Ship.java class constructor to make sure you have included all variables.

Here is the given ship code:

public class Ship {

// Class Variables
private String shipName;
private int roomBalcony;
private int roomOceanView;
private int roomSuite;
private int roomInterior;
private boolean inService;

// Constructor - default
Ship() {
}

// Constructor - full
Ship(String tName, int tBalcony, int tOceanView,
int tSuite, int tInterior, boolean tInService) {
shipName = tName;
roomBalcony = tBalcony;
roomOceanView = tOceanView;
roomSuite = tSuite;
roomInterior = tInterior;
inService = tInService;
}

// Accessors
public String getShipName() {
return shipName;
}

public int getRoomBalcony() {
return roomBalcony;
}

public int getRoomOceanView() {
return roomOceanView;
}

public int getRoomSuite() {
return roomSuite;
}

public int getRoomInterior() {
return roomInterior;
}

public boolean getInService() {
return inService;
}

// Mutators
public void setShipName(String tVar) {
shipName = tVar;
}

public void setRoomBalcony(int tVar) {
roomBalcony = tVar;
}

public void setRoomOceanView(int tVar) {
roomOceanView = tVar;
}

public void setRoomSuite(int tVar) {
roomSuite = tVar;
}

public void setRoomInterior(int tVar) {
roomInterior = tVar;
}

public void setInService(boolean tVar) {
inService = tVar;
}

// print method
public void printShipData() {
int spaceCount;
String spaces = "";
spaceCount = 20 - shipName.length();

for (int i = 1; i <= spaceCount; i++) {
spaces = spaces + " ";
}

System.out.println(shipName + spaces + roomBalcony + "\t" +
roomOceanView + "\t" + roomSuite + "\t" +
roomInterior + "\t\t" + inService);
}

// method added to print ship's name vice memory address
@Override
public String toString() {
return shipName;
}
}

And here is the driver code that needs to be completed:

import java.util.ArrayList;
import java.util.Scanner;

import static java.lang.Integer.parseInt;

public class Driver {

// class variables (add more as needed)
private static ArrayList<Ship> shipList = new ArrayList();
private static ArrayList<Cruise> cruiseList = new ArrayList();
private static ArrayList<Passenger> passengerList = new ArrayList();

public static void main(String[] args) {

initializeShipList(); // initial ships
initializeCruiseList(); // initial cruises
initializePassengerList(); // initial passengers

// add loop and code here that accepts and validates user input
// and takes the appropriate action. include appropriate
// user feedback and redisplay the menu as needed

}

// hardcoded ship data for testing
// Initialize ship list
public static void initializeShipList() {
add("Candy Cane", 20, 40, 10, 60, true);
add("Peppermint Stick", 10, 20, 5, 40, true);
add("Bon Bon", 12, 18, 2, 24, false);
add("Candy Corn", 12, 18, 2, 24, false);
}

// hardcoded cruise data for testing
// Initialize cruise list
public static void initializeCruiseList() {
Cruise newCruise = new Cruise("Southern Swirl", "Candy Cane", "Miami", "Cuba", "Miami");
cruiseList.add(newCruise);
}

// hardcoded cruise data for testing
// Initialize passenger list
public static void initializePassengerList() {
Passenger newPassenger1 = new Passenger("Neo Anderson", "Southern Swirl", "STE");
passengerList.add(newPassenger1);

Passenger newPassenger2 = new Passenger("Trinity", "Southern Swirl", "STE");
passengerList.add(newPassenger2);

Passenger newPassenger3 = new Passenger("Morpheus", "Southern Swirl", "BAL");
passengerList.add(newPassenger3);
}

// custom method to add ships to the shipList ArrayList
public static void add(String tName, int tBalcony, int tOceanView,
int tSuite, int tInterior, boolean tInService) {
Ship newShip = new Ship(tName, tBalcony, tOceanView, tSuite, tInterior, tInService);
shipList.add(newShip);
}

public static void printShipList(String listType) {
// printShipList() method prints list of ships from the
// shipList ArrayList. There are three different outputs
// based on the listType String parameter:
// name - prints a list of ship names only
// active - prints a list of ship names that are "in service"
// full - prints tabbed data on all ships

if (shipList.size() < 1) {
System.out.println("\nThere are no ships to print.");
return;
}
if (listType == "name") {
System.out.println("\n\nSHIP LIST - Name");
for (int i = 0; i < shipList.size(); i++) {
System.out.println(shipList.get(i));
}
} else if (listType == "active") {
System.out.println("\n\nSHIP LIST - Active");

System.out.println("-----------------------------------------------");
System.out.println(" Number of Rooms In");
System.out.print("SHIP NAME Bal OV Ste Int Service");
System.out.println("\n-----------------------------------------------");
for (Ship eachShip: shipList) {
if(eachShip.getType()==true)
eachShip.printShipData();
}

} else if (listType == "full") {
System.out.println("\n\nSHIP LIST - Full");
System.out.println("-----------------------------------------------");
System.out.println(" Number of Rooms In");
System.out.print("SHIP NAME Bal OV Ste Int Service");
System.out.println("\n-----------------------------------------------");
for (Ship eachShip: shipList)
eachShip.printShipData();

} else
System.out.println("\n\nError: List type not defined.");
}

public static void printCruiseList(String listType) {
if (cruiseList.size() < 1) {
System.out.println("\nThere are no cruises to print.");
return;
}
if (listType == "list") {
System.out.println("\n\nCRUISE LIST");
for (int i=0; i < cruiseList.size(); i++) {
System.out.println(cruiseList.get(i));
}
} else if (listType == "details") {
System.out.println("\n\nCRUISE LIST - Details");
System.out.println("------------------------------------------------------------------------------------------");
System.out.println(" |----------------------PORTS-----------------------|");
System.out.print("CRUISE NAME SHIP NAME DEPARTURE DESTINATION RETURN");
System.out.println("\n-----------------------------------------------------------------------------------------");
for (Cruise eachCruise: cruiseList)
eachCruise.printCruiseDetails();
} else
System.out.println("\n\nError: List type not defined.");
}

public static void printPassengerList() {
if (passengerList.size() < 1) {
System.out.println("\nThere are no passengers to print.");
return;
}
System.out.println("\n\nPASSENGER LIST");
System.out.println("-----------------------------------------------------");
System.out.print("PASSENGER NAME CRUISE ROOM TYPE");
System.out.println("\n-----------------------------------------------------");
for (Passenger eachPassenger: passengerList)
eachPassenger.printPassenger();
}

// display text-based menu
public static void displayMenu() {

System.out.println("\n\n");
System.out.println("\t\t\tLuxury Ocean Cruise Outings");
System.out.println("\t\t\t\t\tSystem Menu\n");
System.out.println("[1] Add Ship [A] Print Ship Names");
System.out.println("[2] Edit Ship [B] Print Ship In Service List");
System.out.println("[3] Add Cruise [C] Print Ship Full List");
System.out.println("[4] Edit Cruise [D] Print Cruise List");
System.out.println("[5] Add Passenger [E] Print Cruise Details");
System.out.println("[6] Edit Passenger [F] Print Passenger List");
System.out.println("[x] Exit System");
System.out.println("\nEnter a menu selection: ");
}

// Add a New Ship
public static void addShip() {

// complete this method

}

// Edit an existing ship
public static void editShip() {

Project Part 4:

Part Four: Complete the addCruise() Method

1. In the Driver.java file, see below for where you will add code to finish the addCruise() method.

// Adda New Cruise public static void addCruise() {

// complete this method

}

2. Next, review the required functionality of the “Add Cruise” menu option below.

Menu Option Validation Check(s) Functionality
Add Cruise - Ensures cruise does not already exist in our system - Ensures all class variables are populated
Adds cruise to system

3. Add Cruise Method: Write the code for the addCruise() method. When your code is complete, test the output. Be sure that the completed method does the following:

a. Prompts the user for input b. Requires all class variables when creating a cruise c. Validates the ship name and ensures it is in service d. Ensures ship name is not already assigned a cruise e. Adds the new cruise to the cruiseList ArrayList if validation checks

Given cruise code:

public class Cruise {

// Class Variables
private String cruiseName;
private String cruiseShipName;
private String departurePort;
private String destination;
private String returnPort;

// Constructor - default
Cruise() {
}

// Constructor - full
Cruise(String tCruiseName, String tShipName, String tDeparture, String tDestination, String tReturn) {
cruiseName = tCruiseName;
cruiseShipName = tShipName;
departurePort = tDeparture;
destination = tDestination;
returnPort = tReturn;
}

// Accessors
public String getCruiseName() {
return cruiseName;
}

public String getCruiseShipName() {
return cruiseShipName;
}

public String getDeparturePort() {
return departurePort;
}

public String getDestination() {
return destination;
}

public String getReturnPort() {
return returnPort;
}

// Mutators
public void setCruiseName(String tVar) {
cruiseName = tVar;
}

public void setCruiseShipName(String tVar) {
cruiseShipName = tVar;
}

public void setDeparturePort(String tVar) {
departurePort = tVar;
}

public void setDestination(String tVar) {
destination = tVar;
}

public void setReturnPort(String tVar) {
returnPort = tVar;
}

// print cruise details
public void printCruiseDetails() {

// complete this method

}

Here is the driver code that needs completion:

import java.util.ArrayList;
import java.util.Scanner;

import static java.lang.Integer.parseInt;

public class Driver {

// class variables (add more as needed)
private static ArrayList<Ship> shipList = new ArrayList();
private static ArrayList<Cruise> cruiseList = new ArrayList();
private static ArrayList<Passenger> passengerList = new ArrayList();

public static void main(String[] args) {

initializeShipList(); // initial ships
initializeCruiseList(); // initial cruises
initializePassengerList(); // initial passengers

// add loop and code here that accepts and validates user input
// and takes the appropriate action. include appropriate
// user feedback and redisplay the menu as needed

}

// hardcoded ship data for testing
// Initialize ship list
public static void initializeShipList() {
add("Candy Cane", 20, 40, 10, 60, true);
add("Peppermint Stick", 10, 20, 5, 40, true);
add("Bon Bon", 12, 18, 2, 24, false);
add("Candy Corn", 12, 18, 2, 24, false);
}

// hardcoded cruise data for testing
// Initialize cruise list
public static void initializeCruiseList() {
Cruise newCruise = new Cruise("Southern Swirl", "Candy Cane", "Miami", "Cuba", "Miami");
cruiseList.add(newCruise);
}

// hardcoded cruise data for testing
// Initialize passenger list
public static void initializePassengerList() {
Passenger newPassenger1 = new Passenger("Neo Anderson", "Southern Swirl", "STE");
passengerList.add(newPassenger1);

Passenger newPassenger2 = new Passenger("Trinity", "Southern Swirl", "STE");
passengerList.add(newPassenger2);

Passenger newPassenger3 = new Passenger("Morpheus", "Southern Swirl", "BAL");
passengerList.add(newPassenger3);
}

// custom method to add ships to the shipList ArrayList
public static void add(String tName, int tBalcony, int tOceanView,
int tSuite, int tInterior, boolean tInService) {
Ship newShip = new Ship(tName, tBalcony, tOceanView, tSuite, tInterior, tInService);
shipList.add(newShip);
}

public static void printShipList(String listType) {
// printShipList() method prints list of ships from the
// shipList ArrayList. There are three different outputs
// based on the listType String parameter:
// name - prints a list of ship names only
// active - prints a list of ship names that are "in service"
// full - prints tabbed data on all ships

if (shipList.size() < 1) {
System.out.println("\nThere are no ships to print.");
return;
}
if (listType == "name") {
System.out.println("\n\nSHIP LIST - Name");
for (int i = 0; i < shipList.size(); i++) {
System.out.println(shipList.get(i));
}
} else if (listType == "active") {
System.out.println("\n\nSHIP LIST - Active");

System.out.println("-----------------------------------------------");
System.out.println(" Number of Rooms In");
System.out.print("SHIP NAME Bal OV Ste Int Service");
System.out.println("\n-----------------------------------------------");
for (Ship eachShip: shipList) {
if(eachShip.getType()==true)
eachShip.printShipData();
}

} else if (listType == "full") {
System.out.println("\n\nSHIP LIST - Full");
System.out.println("-----------------------------------------------");
System.out.println(" Number of Rooms In");
System.out.print("SHIP NAME Bal OV Ste Int Service");
System.out.println("\n-----------------------------------------------");
for (Ship eachShip: shipList)
eachShip.printShipData();

} else
System.out.println("\n\nError: List type not defined.");
}

public static void printCruiseList(String listType) {
if (cruiseList.size() < 1) {
System.out.println("\nThere are no cruises to print.");
return;
}
if (listType == "list") {
System.out.println("\n\nCRUISE LIST");
for (int i=0; i < cruiseList.size(); i++) {
System.out.println(cruiseList.get(i));
}
} else if (listType == "details") {
System.out.println("\n\nCRUISE LIST - Details");
System.out.println("------------------------------------------------------------------------------------------");
System.out.println(" |----------------------PORTS-----------------------|");
System.out.print("CRUISE NAME SHIP NAME DEPARTURE DESTINATION RETURN");
System.out.println("\n-----------------------------------------------------------------------------------------");
for (Cruise eachCruise: cruiseList)
eachCruise.printCruiseDetails();
} else
System.out.println("\n\nError: List type not defined.");
}

public static void printPassengerList() {
if (passengerList.size() < 1) {
System.out.println("\nThere are no passengers to print.");
return;
}
System.out.println("\n\nPASSENGER LIST");
System.out.println("-----------------------------------------------------");
System.out.print("PASSENGER NAME CRUISE ROOM TYPE");
System.out.println("\n-----------------------------------------------------");
for (Passenger eachPassenger: passengerList)
eachPassenger.printPassenger();
}

// display text-based menu
public static void displayMenu() {

System.out.println("\n\n");
System.out.println("\t\t\tLuxury Ocean Cruise Outings");
System.out.println("\t\t\t\t\tSystem Menu\n");
System.out.println("[1] Add Ship [A] Print Ship Names");
System.out.println("[2] Edit Ship [B] Print Ship In Service List");
System.out.println("[3] Add Cruise [C] Print Ship Full List");
System.out.println("[4] Edit Cruise [D] Print Cruise List");
System.out.println("[5] Add Passenger [E] Print Cruise Details");
System.out.println("[6] Edit Passenger [F] Print Passenger List");
System.out.println("[x] Exit System");
System.out.println("\nEnter a menu selection: ");
}

// Add a New Ship
public static void addShip() {

// complete this method

}

// Edit an existing ship
public static void editShip() {

// This method does not need to be completed
System.out.println("The \"Edit Ship\" feature is not yet implemented.");

}

// Add a New Cruise
public static void addCruise() {

// complete this method

  
}

// Edit an existing cruise
public static void editCruise() {

// method added to print ship's name vice memory address
@Override
public String toString() {
return cruiseName;
}
}

(C++ with main to test)

Task 1
Imagine that you are an engineer on a distant planet. You were tasked with mining the
resources of the planet and have done so through largely primitive means. However you
have managed to set up an automated train system to gather and collect the resources
from your distant operations. Your train system collects boxes full of resources. A box
might contain ores or wood or even liquid fuel. These boxes are placed into the train
using drones who stack them on each other to save space. You now need to implement
a management system using the newly researched data structures that will prove useful.
In particular, the rapid pace of your development means that resources are accumulated
quickly and fixed sized structures would be unwise. Therefore you will be implementing
the stack through the use of a linked list.
2.2.1
resrcStack
The class is defined according to the simple UML diagram below:
resrcStack<T>
-top: stackNode<T>*
2----------------------------
+resrcStack()
+~resrcStack()
+push(t: stackNode<T>*):void
+pop():void
+peek():stackNode <T>*
+print():void
+tallyWeights():int
+calculateStorageRequirements():string
The class variables are defined below:
• top: The current top of the stack. It will start as null but should refer to the top of
the stack.
The class methods are defined below:
• resrcStack: The class constructor. It will start by initialising the variables to null.
• ∼resrcStack: The class destructor. It will deallocate all of the memory assigned by
the class.
• push: This will receive a stackNode to add onto the current stack. The node is
added from the top.
• pop: This will remove the top resrcNode from the stack. If it is empty, print out
”EMPTY” with a newline at the end and no quotation marks. When removing the
node, it should be deleted.
• peek: This will return the top node of the stack but without removing it from the
stack.
• print: This will print the entire contents of the stack. For each resrc node in the
stack, print the following information out sequentially, line by line. The format of
this is as follows:
Resource:
Quantity:
Resource:
Quantity:
Unrefined Ores
12
Refined Alloys
1000
Remember that when printing, the first nodes added will be printed last. The first
node to be printed should be the last node pushed into the stack.
• tallyWeights: This function will tally up the weights for all nodes in the stack and
return their total weight. If empty, return -1.
• calculateStorageRequirements: This function must determine what the storage re-
quirement for the materials contained in the stack. The resulting type of storage
unit is returned. The storage requirements are determined as follows:
31. wooden crate: If the weights of the items together are less than 100, a wooden
crate should prove sufficient.
2. steel crate: A steel crate will be required if the weights of the items total 200
or more and the number of nodes, is greater than 5 but less than 10.
3. silo: A silo is required when the number of node is greater than 10 under all
circumstances.
This should return wooden crate, steel crate or silo. If none of the conditions are
met, return ”LOGISTICS ERROR” without the quotation marks. The wooden
crate takes precedence over the steel crate which takes precedence over the silo for
what to return.
2.2.2
stackNode
The class is defined according to the simple UML diagram below:
stackNode<T>
-resrc:T
+next:stackNode *
-weight: int
------------------------
+stackNode(i:T,w:int)
+~stackNode()
+getResrc():T
+getWeight():int
The class variables are defined below:
• resrc: This is the basic resource unit. It will describe the resource contained within
the box. It might be a code that describes the contents or just a description and so
must be a template type to accommodate for a variety of manifests.
• next: A pointer to the next node of the stack.
• weight: A variable which describes the total weight of the resources contained within
the class.
The class methods are defined below:
• stackNode: A class constructor. It receives the template type and the weight for
that item.
• ∼stackNode: The class destructor. It should print out ”Resource Unit Destroyed”
with no quotation marks and a new line at the end.
• getResrc: This returns the template variable stored within the class.
You will be allowed to use the following libraries: string, iostream.

what is difference and similarity between docker , jenkins and swagger.I am not able to understand the difference please explain in easy words with diagrams or figures if possible.

Also give proper and easy example of docker file .How to use docker file in production environment. i am not understanding please explain with proper screenshots.

Why is it important to learn the various signals associated with the kill command?

When customers place an order, the order details will need to be stored into the database, as well as details of the customer. Naturally this will include details such as name, address and phone number. For each order they can order multiple t-shirts. For each t-shirt, they will be allowed to choose:

- The style of the t-shirt

- The sleeve configuration

- The colour of the t-shirt

- The size of the t-shirt

- The text/image/logo to be printed

- The material used for t-shjirt

- The material used for the text/image/logo

It is extremely important to store the data in a structured format, because it will be used to send directly to the automated T-Shirt create equipment to be instantly created and shipped. Customers will be required to pay before the products are sent so details will need to be kept of the payment. Your friends are planning to accept payment by credit card, direct bank deposit and paypal. For credit cards they need to store the credit card number and expiry date, for direct deposit they need a field to tick off that the payment has appeared in their bank account and for paypal they again need a field to tick off plus the paypal user id of the payer.

REQUIREMENTS – PASS/CREDIT – DATA MDOEL

Create an ER diagram, relational model and any business rules or assumptions made.

REQUIREMENTS – HIGHER LEVEL – SQL IMPLEMENTATION

For additional marks, provide the SQL commands to create the tables and insert a few rows into each table. Also provide several business question and SQL queries to test out the tables, include at least a:

• SELECTION condition query

• GROUP BY query

• JOIN query

• NESTED query

Also create a least one visualisation of the data using Orange/Tableau/Excel.