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#include <iostream> #include <string> #include <iomanip> #include <fstream> using namespace std; class Car { private: string reportingMark; int carNumber; string kind; bool loaded; string destination; public: Car(); Car(const Car &c); Car(const string &mark, const int &num, const string &kd, const bool &ld, const string &dest); ~Car(); friend bool operator==(Car a,Car b); Car& operator=(const Car & carB); void output1(); void setUp(const string &mark, const int &num, const string &kd, const bool &ld, const string &dest); }; class StringOfCars { private: static const int ARRAY_SIZE=10; Car *ptr; int carCount; public: StringOfCars(); StringOfCars( const StringOfCars &obj); ~StringOfCars(); void push(Car addCar); void pop(Car &removeCar); void output2(); }; void input( StringOfCars & string1); int main() { //test 1 Car car1("SP", 34567, "business", true, "Salt Lake City"); Car car2(car1); cout<<"********************* TEST 1 ***********************"<<endl; car2.output1(); //test 2 StringOfCars string1; input(string1); cout<<"********************* TEST 2 ***********************"<<endl; string1.output2(); //test 3 Car car3; string1.pop(car3); cout<<"********************* TEST 3 ***********************"<<endl; car3.output1(); string1.output2(); return 0; } Car::Car() { reportingMark = " "; carNumber = 0; kind = "other"; loaded = false; destination= "NONE"; } Car::Car(const Car &c) { reportingMark = c.reportingMark; carNumber = c.carNumber; kind = c.kind; loaded = c.loaded; destination = c.destination; } Car::Car(const string &mark, const int &num, const string &kd, const bool &ld, const string &dest) { setUp(mark, num, kd, ld, dest); } Car:: ~Car() {} void Car::output1() { cout<<"======================================================================"<< endl; cout<< "The reportingMark: " << reportingMark << endl; cout<< "The carNumber: " << carNumber<<endl; cout<< "Kind: " << kind << endl; if(loaded=true) cout<< "Loaded: " << "true" << endl; else cout<< "Loaded: " << "false" << endl; cout<< "Destination: " << destination << endl; } void Car::setUp (const string &mark, const int &num, const string &kd, const bool &ld,const string &dest) { reportingMark = mark; carNumber = num; kind = kd; loaded = ld; destination = dest; } Car & Car::operator=(const Car & carB) { setUp(carB.reportingMark, carB.carNumber, carB.kind, carB.loaded, carB.destination); return * this; } StringOfCars::StringOfCars() { ptr= new Car[ARRAY_SIZE]; carCount=0; } //copy constructor StringOfCars::StringOfCars( const StringOfCars &obj) { int ...
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#include iostream #include string #include fstream std.docx
This C++ program defines classes to represent railroad cars and a string of coupled cars. The Car class stores attributes of individual cars like reporting mark, number, type, load status, and destination. Derived classes Cs112 and PassinjirKarr represent specific car types. The StringOfCars class models a string of cars using a dynamic array of Car pointers. It provides functions to add/remove cars and output the string. The main() function tests creating Car objects, passing them to StringOfCars, and printing the string.
Assignment DIn Problem D1 we will use a file to contain the dat.pdf
Assignment D
In Problem D1 we will use a file to contain the data which we will read into the program.
In Problem D2 we will build a StringOfCar class which will contain a sequence of Car objects.
Also, an operator= member function will be added to the Car class.
Problem D1
1.Car constructors and destructor within the Car class definition
a.default constructor
b.copy constructor
c.other constructors
d.destructor
2.main
3.Car member functions declared within the Car class but defined later
a.setup
b.output
4.global functions
a.operator== with Car parameters
b.input
In this problem, we will read cars from a file, rather than typing them in from the keyboard. Do
the steps in order to build the solution to this problem.
1.Create a file to use for input. This is good because we will be using the input many
times.Create a file containing the following three lines of data (Omit the heading line).
2.Modify the input function.
Remove the & from the parameters in the function header, so they are all values rather than
references.
Move the parameters from the function header and put them within the input function, so they
are now all local variables.
Remove the parameters from the prototype for the input function, so it matches the function
header.
In the input function declare a string named carType. In the current file all the carType values are
\"Car\". Later we will see different values.
Open the file. If the open fails, send a message to stderr and exit the program.
Use a loop to process each line from the file.
Hint: you can do this with the following while statement, which loops as long as there is data in
the file to be read:
The peek function will return EOF if there is no more data, so we will leave the loop then.Within
this loop, each line in the file will provide the data for a Car.
In all the reads within the input function, There are two differences from the read activity in
assignment C:
Remove the user promp. We do not want it because we are reading from a file.
read using the inputFile object, rather than using the stdin object.
Read the carType field first. It just indicates that we are building an object of type Car.
Read each of the fields: ARR, number, kind, loaded
Always read the destination field even if the Car is not loaded. The destination will be NONE in
the input file when that is the case.
Hint: We need to use getline when reading the destination.
using >> skips leading white space before reading the data. getline does not skip this leading
whitespace. So, before using getline use the following code:
peek looks at the next character you are about to read. If it is a space, get is used to read the
space character, to get it out of the way.
If the carType is \"Car\", declare a Car object named temp using the constructor that takes 5
parameters.
Call the output function for the Car named temp.
If the carType is not \"Car\", send an error message and do nothing.
At the bottom of the input function, close the file.
3.Call the inp.
#include iostream #include string#includeiomanip using.docx
This C++ program defines a Car class with private member variables and public member functions. The main function gets user input, creates a Car object, calls its setUp member function to set the object's variables, and then calls its output member function to display the variable values. A non-member input function gets data from the user and a main function handles program flow, creating and calling the Car object.
For the following questions, you will implement the data structure to.pdf
For the following questions, you will implement the data structure to store information used by a
local car dealer. Each car has some information and stored in a text files called cars: Write a
main program for all questions to let the user enter, delete, search for information, and print
current cars stored in the data structure. Cars formatted so car records separated by a blank line.
Each record contains (in order, each in a single line): Make (manufacturer). Model, Year,
Mileage, Price. Implement a double linked-list to store cars data. Write a double linked-list class
including search, delete, append (to the head and tail), and remove (from the head and tail).
Implement a FIFO queue of car data using the double linked-list. You can use the double linked
list you wrote in Q1. Implement a max-heap of cars data that can extract the car with the highest
price. Write a max-heap class including heapify, build heap, extract, and insertion. Implement a
binary search tree of car data. Write a BST class including search, insertion, and deletion.
Solution
Cars.java
package pacages;
public class Cars {
String make;
String model;
int year;
double mileage;
double price;
// Setters and getters for the Cars member variables
public String getMake() {
return make;
}
public void setMake(String make) {
this.make = make;
}
public String getModel() {
return model;
}
public void setModel(String model) {
this.model = model;
}
public int getYear() {
return year;
}
public void setYear(int year) {
this.year = year;
}
public double getMileage() {
return mileage;
}
public void setMileage(double mileage) {
this.mileage = mileage;
}
public double getPrice() {
return price;
}
public void setPrice(double price) {
this.price = price;
}
public String toString()
{
return \"Make: \"+getMake()+ \" Model: \"+getModel()+ \" Year: \"+getYear() + \"
Mileage: \"+getMileage() + \" Price: \"+getPrice();
}
}
DoublyLinkedList.java
package pacages;
class Node
{
protected Cars data;
protected Node next, prev;
/* Constructor */
public Node()
{
next = null;
prev = null;
data = null;
}
/* Constructor */
public Node(Cars d, Node n, Node p)
{
data = d;
next = n;
prev = p;
}
/* Function to set link to next node */
public void setLinkNext(Node n)
{
next = n;
}
/* Function to set link to previous node */
public void setLinkPrev(Node p)
{
prev = p;
}
/* Funtion to get link to next node */
public Node getLinkNext()
{
return next;
}
/* Function to get link to previous node */
public Node getLinkPrev()
{
return prev;
}
/* Function to set data to node */
public void setData(Cars d)
{
data = d;
}
/* Function to get data from node */
public Cars getData()
{
return data;
}
}
/* Class linkedList */
public class DoublyLinkedList
{
protected Node start;
protected Node end ;
public int size;
/* Constructor */
public DoublyLinkedList()
{
start = null;
end = null;
size = 0;
}
/* Function to check if list is empty */
public boolean isEmpty()
{
return start == null;
}
/* Function to get size of list */
public.
public static void main(String[], args) throws FileNotFoundExcepti.pdf
Providing for Doubtful Accounts At the end of the current year, the accounts receivable account
has a debit balance of $844,000 and sales for the year total $9,560,000 a. The allowance account
before adjustment has a credit balance of $11,400. Bad debt expense is estimated at 12 of 1% of
sales. b. The allowance account before adjustment has a credit balance of $11,400. An aging of
the accounts in the customer ledger indicates estimated doubtful accounts of 36,500 c. The
allowance account before adjustment has a debit balance of $7,200. Bad debt expense is
estimated at 1/4 of 1% of sales d. The allowance account before adjustment has a debit balance
of $7,200. An aging of the accounts in the customer ledger indicates estimated doubtful accounts
of $59,800 Determine the amount of the adjusting entry to provide for doubtful accounts under
each of the assumptions (a through d) listed above. a. b. C. d.
Solution
Calculate amount of adjusting entry :
A) Adjusting entry amount = 9560000*1%*1/2 = 47800
B) Adjusting entry amount = 36500-11400 = 25100
c) Adjusting entry amount = 9560000*1%*1/4 = 23900
d) Adjusting entry amount = 59800+7200 = 67000.
Software Engineer Screening Question - OOP
The document describes a parking structure class for a simulation game. It includes stubs for a constructor, Park() and UnPark() methods, and a GetCarMakeCount() method. The constructor and Park/UnPark methods need input parameters and return types specified. GetCarMakeCount() should return a list of MakeCount objects with each make and count, sorted by highest count first.
Goal The goal of this assignment is to help students understand the.pdf
Goal: The goal of this assignment is to help students understand the use of JUnit to test Java
code.
Description: In this assignment you will create a set of unit tests, to test the behavior of the code
written for Assignment 1. To keep things consistent, please use the solution to assignment 1
provided by the instructor. You can find the solution on TRACS, under Resources >
Assignment-related material > Assignment
Solution
s.
A unit test is an automated piece of code that invokes a unit of work in the system and then
checks a single assumption about the behavior of that unit of work. A unit of work is a single
logical functional use case in the system that can be invoked by some public interface (in most
cases). A unit of work can span a single method, a whole class or multiple classes working
together to achieve one single logical purpose that can be verified.
Think of unit testing as a way to test the behavior of the code (or parts of the code) written,
without actually having to run the program. For example, in the case of assignments 1, assume
that the front-end (console user interface) part of the program and the back-end part of the
program (dealership database management) are written by two different developers. How would
the developer of the back-end be able to ensure that the code he/she has written does what it is
supposed to do without having access to the front-end?
A good unit test is:
• Able to be fully automated
• Has full control over all the pieces running.
• Can be run in any order, if part of many other tests
• Runs in memory (no DB or File access, for example)
• Consistently returns the same result (You always run the same test, so no random numbers, for
example.)
• Runs fast
• Tests a single logical concept in the system
• Readable
• Maintainable
• Trustworthy (when you see its result, you don’t need to debug the code just to be sure)
In this assignment, you are asked to create JUnit tests to test the classes and methods written for
assignment 1. First you should consider testing the behavior of theses classes/methods under
normal operation scenarios. For example, to test the method findCar(String vin) of the class
Dealership, you may need to create a test method, which creates a mock Car object and adds it to
the carList before the method findCar can be called to search for it. To ensure that everything
worked as planned, you can then search for the car using its VIN and see if the correct car is
found. Mock objects can be created either in the same test method or before any test methods are
run, using the @BeforeClass annotation.
Subsequently, you can consider creating test cases for unusual scenarios, e.g. when a certain
input or behavior is expected to cause an exception to be thrown, or when a user input is not as
expected.
At the end create a TestRunner class, which has a main method that runs the unit tests that you
have created, and prints out the test results.
Tasks:
1. Implement the JUnit tests to test only the.
(7) cpp abstractions inheritance_part_ii
- C++11: Explicit Overrides and final Methods
- Run Time Type Identification (RTTI) and dynamic_cast
- protected Members
- Abstract Types with pure virtual Member Functions
- Virtual Destructors
- Inheritance and Operators
Recommended
#include iostream #include string #include fstream std.docx
This C++ program defines classes to represent railroad cars and a string of coupled cars. The Car class stores attributes of individual cars like reporting mark, number, type, load status, and destination. Derived classes Cs112 and PassinjirKarr represent specific car types. The StringOfCars class models a string of cars using a dynamic array of Car pointers. It provides functions to add/remove cars and output the string. The main() function tests creating Car objects, passing them to StringOfCars, and printing the string.
Assignment DIn Problem D1 we will use a file to contain the dat.pdf
Assignment D
In Problem D1 we will use a file to contain the data which we will read into the program.
In Problem D2 we will build a StringOfCar class which will contain a sequence of Car objects.
Also, an operator= member function will be added to the Car class.
Problem D1
1.Car constructors and destructor within the Car class definition
a.default constructor
b.copy constructor
c.other constructors
d.destructor
2.main
3.Car member functions declared within the Car class but defined later
a.setup
b.output
4.global functions
a.operator== with Car parameters
b.input
In this problem, we will read cars from a file, rather than typing them in from the keyboard. Do
the steps in order to build the solution to this problem.
1.Create a file to use for input. This is good because we will be using the input many
times.Create a file containing the following three lines of data (Omit the heading line).
2.Modify the input function.
Remove the & from the parameters in the function header, so they are all values rather than
references.
Move the parameters from the function header and put them within the input function, so they
are now all local variables.
Remove the parameters from the prototype for the input function, so it matches the function
header.
In the input function declare a string named carType. In the current file all the carType values are
\"Car\". Later we will see different values.
Open the file. If the open fails, send a message to stderr and exit the program.
Use a loop to process each line from the file.
Hint: you can do this with the following while statement, which loops as long as there is data in
the file to be read:
The peek function will return EOF if there is no more data, so we will leave the loop then.Within
this loop, each line in the file will provide the data for a Car.
In all the reads within the input function, There are two differences from the read activity in
assignment C:
Remove the user promp. We do not want it because we are reading from a file.
read using the inputFile object, rather than using the stdin object.
Read the carType field first. It just indicates that we are building an object of type Car.
Read each of the fields: ARR, number, kind, loaded
Always read the destination field even if the Car is not loaded. The destination will be NONE in
the input file when that is the case.
Hint: We need to use getline when reading the destination.
using >> skips leading white space before reading the data. getline does not skip this leading
whitespace. So, before using getline use the following code:
peek looks at the next character you are about to read. If it is a space, get is used to read the
space character, to get it out of the way.
If the carType is \"Car\", declare a Car object named temp using the constructor that takes 5
parameters.
Call the output function for the Car named temp.
If the carType is not \"Car\", send an error message and do nothing.
At the bottom of the input function, close the file.
3.Call the inp.
#include iostream #include string#includeiomanip using.docx
This C++ program defines a Car class with private member variables and public member functions. The main function gets user input, creates a Car object, calls its setUp member function to set the object's variables, and then calls its output member function to display the variable values. A non-member input function gets data from the user and a main function handles program flow, creating and calling the Car object.
For the following questions, you will implement the data structure to.pdf
For the following questions, you will implement the data structure to store information used by a
local car dealer. Each car has some information and stored in a text files called cars: Write a
main program for all questions to let the user enter, delete, search for information, and print
current cars stored in the data structure. Cars formatted so car records separated by a blank line.
Each record contains (in order, each in a single line): Make (manufacturer). Model, Year,
Mileage, Price. Implement a double linked-list to store cars data. Write a double linked-list class
including search, delete, append (to the head and tail), and remove (from the head and tail).
Implement a FIFO queue of car data using the double linked-list. You can use the double linked
list you wrote in Q1. Implement a max-heap of cars data that can extract the car with the highest
price. Write a max-heap class including heapify, build heap, extract, and insertion. Implement a
binary search tree of car data. Write a BST class including search, insertion, and deletion.
Solution
Cars.java
package pacages;
public class Cars {
String make;
String model;
int year;
double mileage;
double price;
// Setters and getters for the Cars member variables
public String getMake() {
return make;
}
public void setMake(String make) {
this.make = make;
}
public String getModel() {
return model;
}
public void setModel(String model) {
this.model = model;
}
public int getYear() {
return year;
}
public void setYear(int year) {
this.year = year;
}
public double getMileage() {
return mileage;
}
public void setMileage(double mileage) {
this.mileage = mileage;
}
public double getPrice() {
return price;
}
public void setPrice(double price) {
this.price = price;
}
public String toString()
{
return \"Make: \"+getMake()+ \" Model: \"+getModel()+ \" Year: \"+getYear() + \"
Mileage: \"+getMileage() + \" Price: \"+getPrice();
}
}
DoublyLinkedList.java
package pacages;
class Node
{
protected Cars data;
protected Node next, prev;
/* Constructor */
public Node()
{
next = null;
prev = null;
data = null;
}
/* Constructor */
public Node(Cars d, Node n, Node p)
{
data = d;
next = n;
prev = p;
}
/* Function to set link to next node */
public void setLinkNext(Node n)
{
next = n;
}
/* Function to set link to previous node */
public void setLinkPrev(Node p)
{
prev = p;
}
/* Funtion to get link to next node */
public Node getLinkNext()
{
return next;
}
/* Function to get link to previous node */
public Node getLinkPrev()
{
return prev;
}
/* Function to set data to node */
public void setData(Cars d)
{
data = d;
}
/* Function to get data from node */
public Cars getData()
{
return data;
}
}
/* Class linkedList */
public class DoublyLinkedList
{
protected Node start;
protected Node end ;
public int size;
/* Constructor */
public DoublyLinkedList()
{
start = null;
end = null;
size = 0;
}
/* Function to check if list is empty */
public boolean isEmpty()
{
return start == null;
}
/* Function to get size of list */
public.
public static void main(String[], args) throws FileNotFoundExcepti.pdf
Providing for Doubtful Accounts At the end of the current year, the accounts receivable account
has a debit balance of $844,000 and sales for the year total $9,560,000 a. The allowance account
before adjustment has a credit balance of $11,400. Bad debt expense is estimated at 12 of 1% of
sales. b. The allowance account before adjustment has a credit balance of $11,400. An aging of
the accounts in the customer ledger indicates estimated doubtful accounts of 36,500 c. The
allowance account before adjustment has a debit balance of $7,200. Bad debt expense is
estimated at 1/4 of 1% of sales d. The allowance account before adjustment has a debit balance
of $7,200. An aging of the accounts in the customer ledger indicates estimated doubtful accounts
of $59,800 Determine the amount of the adjusting entry to provide for doubtful accounts under
each of the assumptions (a through d) listed above. a. b. C. d.
Solution
Calculate amount of adjusting entry :
A) Adjusting entry amount = 9560000*1%*1/2 = 47800
B) Adjusting entry amount = 36500-11400 = 25100
c) Adjusting entry amount = 9560000*1%*1/4 = 23900
d) Adjusting entry amount = 59800+7200 = 67000.
Software Engineer Screening Question - OOP
The document describes a parking structure class for a simulation game. It includes stubs for a constructor, Park() and UnPark() methods, and a GetCarMakeCount() method. The constructor and Park/UnPark methods need input parameters and return types specified. GetCarMakeCount() should return a list of MakeCount objects with each make and count, sorted by highest count first.
Goal The goal of this assignment is to help students understand the.pdf
Goal: The goal of this assignment is to help students understand the use of JUnit to test Java
code.
Description: In this assignment you will create a set of unit tests, to test the behavior of the code
written for Assignment 1. To keep things consistent, please use the solution to assignment 1
provided by the instructor. You can find the solution on TRACS, under Resources >
Assignment-related material > Assignment
Solution
s.
A unit test is an automated piece of code that invokes a unit of work in the system and then
checks a single assumption about the behavior of that unit of work. A unit of work is a single
logical functional use case in the system that can be invoked by some public interface (in most
cases). A unit of work can span a single method, a whole class or multiple classes working
together to achieve one single logical purpose that can be verified.
Think of unit testing as a way to test the behavior of the code (or parts of the code) written,
without actually having to run the program. For example, in the case of assignments 1, assume
that the front-end (console user interface) part of the program and the back-end part of the
program (dealership database management) are written by two different developers. How would
the developer of the back-end be able to ensure that the code he/she has written does what it is
supposed to do without having access to the front-end?
A good unit test is:
• Able to be fully automated
• Has full control over all the pieces running.
• Can be run in any order, if part of many other tests
• Runs in memory (no DB or File access, for example)
• Consistently returns the same result (You always run the same test, so no random numbers, for
example.)
• Runs fast
• Tests a single logical concept in the system
• Readable
• Maintainable
• Trustworthy (when you see its result, you don’t need to debug the code just to be sure)
In this assignment, you are asked to create JUnit tests to test the classes and methods written for
assignment 1. First you should consider testing the behavior of theses classes/methods under
normal operation scenarios. For example, to test the method findCar(String vin) of the class
Dealership, you may need to create a test method, which creates a mock Car object and adds it to
the carList before the method findCar can be called to search for it. To ensure that everything
worked as planned, you can then search for the car using its VIN and see if the correct car is
found. Mock objects can be created either in the same test method or before any test methods are
run, using the @BeforeClass annotation.
Subsequently, you can consider creating test cases for unusual scenarios, e.g. when a certain
input or behavior is expected to cause an exception to be thrown, or when a user input is not as
expected.
At the end create a TestRunner class, which has a main method that runs the unit tests that you
have created, and prints out the test results.
Tasks:
1. Implement the JUnit tests to test only the.
(7) cpp abstractions inheritance_part_ii
- C++11: Explicit Overrides and final Methods
- Run Time Type Identification (RTTI) and dynamic_cast
- protected Members
- Abstract Types with pure virtual Member Functions
- Virtual Destructors
- Inheritance and Operators
publicclass VehicleParser {publicstatic Vehicle parseStringToVehic.pdf
publicclass VehicleParser {
publicstatic Vehicle parseStringToVehicle(String lineToParse) {
String[] vehicleInfo = lineToParse.split(\"/\");
if(vehicleInfo[0].equalsIgnoreCase(\"NewVehicle\")) {
//type/make/modelYear/motivePower/vehiclePrice
returnnew NewVehicle(vehicleInfo[1],
Integer.parseInt(vehicleInfo[2]),
vehicleInfo[3],
Double.parseDouble(vehicleInfo[4]));
} elseif(vehicleInfo[0].equalsIgnoreCase(\"UsedVehicle\")) {
//type/make/modelYear/motivePower/previousState/currentYear
returnnew UsedVehicle(vehicleInfo[1],
Integer.parseInt(vehicleInfo[2]),
vehicleInfo[3],
vehicleInfo[4],
Integer.parseInt(vehicleInfo[5]));
}
returnnull;
}
}
publicabstractclass Vehicle {
//Attributes
protected String make;
protectedint modelYear;
protected String motivePower;
protecteddouble licenseFee;
/**
* Constructor
* @param make
* @param modelYear
* @param motivePower
*/
public Vehicle(String make, int modelYear, String motivePower) {
this.make = make;
this.modelYear = modelYear;
this.motivePower = motivePower;
this.licenseFee = 0.0;
}
/**
* @return the modelYear
*/
publicint getModelYear() {
return modelYear;
}
@Override
public String toString() {
return \"\ Make:\\t\\t\" + this.make +
\"\ Model Year:\\t\" + this.modelYear +
\"\ Motive Power:\\t\" + this.motivePower +
\"\ License Fee:\\t$\" + this.licenseFee + \"\ \";
}
publicabstractvoid computeLicenseFee();
}
publicclass NewVehicle extends Vehicle {
privatestaticdoubleBASE_FEE = 150.00;
privatestaticdoublePRICE_FEE = 0.15;
//Attributes
privatedouble vehiclePrice;
/**
* Constructor
* @param make
* @param modelYear
* @param motivePower
* @param vehiclePrice
*/
public NewVehicle(String make, int modelYear, String motivePower, double vehiclePrice) {
super(make, modelYear, motivePower);
this.vehiclePrice = vehiclePrice;
}
@Override
publicvoid computeLicenseFee() {
double smogAbatement = 0.0;
if(motivePower.equalsIgnoreCase(\"gas\"))
smogAbatement = 20.00;
licenseFee = BASE_FEE + smogAbatement + (this.vehiclePrice * PRICE_FEE);
}
@Override
public String toString() {
return \"\ NEW Vehicle:\" +
super.toString() +
\"Price:\\t\\t$\" + this.vehiclePrice + \"\ \ \";
}
}
publicclass UsedVehicle extends Vehicle {
privatestaticdoubleBASE_FEE = 100.00;
privatestaticdoubleTITLE_TRANSFER_FEE = 15.00;
//Attributes
private String previousLicenseState;
privateint currentYear;
public UsedVehicle(String make, int modelYear, String motivePower, String
previousLicenseState, int currentYear) {
super(make, modelYear, motivePower);
this.previousLicenseState = previousLicenseState;
this.currentYear = currentYear;
}
@Override
publicvoid computeLicenseFee() {
double smogWaiverFee = 0.0;
if((this.currentYear - this.modelYear) >= 5)
smogWaiverFee = 8.00;
double smogAbatement = 0.0;
if(motivePower.equalsIgnoreCase(\"gas\"))
smogAbatement = 20.00;
licenseFee = BASE_FEE + smogAbatement + TITLE_TRANSFER_FEE + smogWaiverFee;
}
@Override
public String toString() {
return \"\ USED Vehicle:\" +
super.toString() +
\"Years Old:\\t\" + (this.curren.
FedExPlanes7.txt1 medical 111 Boeing767 120000 London 3 packages.pdf
FedExPlanes7.txt
1 medical 111 Boeing767 120000 London
3 packages 555 MD11 180000 Barcelona
4 animals 444 MD11 30000 Miami
6 animals 333 Boeing757 60000 Jackson
7 packages 666 Boeing777 230000 Seattle
9 medical 222 Boeing767 100000 Frankfurt
10 packages 777 Boeing757 90000 Austin
FedExTrucks7.txt
1 688 Memphis
3 820 Denver
4 728 Dallas
Assignment4.java
import java.util.*;
import java.io.*;
public class Assignment4 {
public static void main(String[] args) throws IOException {
//creates plane & truck file objs + cargo terminal
Scanner planeFile = new Scanner(new File("FedExPlanes.txt"));
Scanner truckFile = new Scanner(new File("FedExTrucks.txt"));
CargoTerminal terminal = new CargoTerminal(truckFile.nextInt(),
planeFile.nextInt());
//add semiTrucks into terminal
System.out.println("Loading semi-trucks and planes into cargo
terminal...\n");
while(truckFile.hasNext()) {
int dock = truckFile.nextInt();
int number = truckFile.nextInt();
String destination = truckFile.next();
terminal.addSemiTruck(dock, new SemiTruck(number, destination));
}
truckFile.close();
//add planes into terminal
while(planeFile.hasNext()) {
int stand = planeFile.nextInt();
int flight = planeFile.nextInt();
String type = planeFile.next();
double capacity = planeFile.nextDouble();
String destination = planeFile.next();
terminal.addCargoPlane(stand, new CargoPlane(flight, type,
capacity, destination));
}
planeFile.close();
//display planes and trucks
terminal.displayTrucksAndPlanes();
//print tarmac report
System.out.println("Flight \t\t Stand \t\t Deparing To \t\t Type \t\t
Capacity(lbs)\t\t \n"
+
"----------------------------------------------------------------------------------
----\n");
printTarmacStatus(terminal);
}
//status report method for tarmac
public static void printTarmacStatus(CargoTerminal terminal) {
ArrayList reports = new ArrayList();
for(int i = 0; i < terminal.getNumStands(); i++) {
//get plane obj and store vars for report
CargoPlane temp;
if(terminal.getCargoPlane(i) != null) {
temp = terminal.getCargoPlane(i);
int flight = temp.getNumber();
String type = temp.getType();
double capacity = temp.getCapacity();
String destination = temp.getDestination();
reports.add(new PlaneReport(i, flight, type, capacity,
destination));
}
}
Collections.sort(reports);
for(int i = 0; i < reports.size(); i++) {
PlaneReport report = reports.get(i);
System.out.println(report.print());
}
}
}
//define printable interface with abstract method
interface Printable {
public abstract String print();
}
//define cargo terminal class
class CargoTerminal {
private int numberDocks;
private int numberStands;
private SemiTruck[] loadingDock;
private CargoPlane[] tarmac;
//define constructor
public CargoTerminal(int numberDocks, int numberStands) {
this.numberDocks = numberDocks;
this.numberStands = numberStands;
this.loadingDock = new SemiTruck[numberDocks];
this.tarmac = new CargoPlane[numberStands];
}
//define getter methods
public int getNumDocks() {
return this.numberDocks;
}
public int.
Public class race track {public static void main(string[] args
This document describes a programming assignment to simulate a car race with multiple cars. The main tasks are:
1. Create a car class to represent each racing car as an object, with attributes like name, handling, speed etc. and methods to operate the car.
2. Modify the code to run the race 25 times to simulate a season, and track each car's wins. Determine an overall season champion.
3. For each race, randomly generate a different racetrack by appending characters to a string. This introduces variation between races.
There are also bonus objectives to read car data from files rather than hardcoding, and to draw the cars' progress on the same line when possible.
C# Programming Help
Programming in C#
This program demonstrates the use of a class car and overriding a function in C-sharp.
Programminghomeworkshelp.com started with the mission of helping students in the field of computer science who find it challenging to understand the theoretical concepts and work on executing C# Programming Projects.
14. Java defining classes
In this chapter we will understand how to define custom classes and their elements. We will learn to declare fields, constructors and properties for the classes. We will revise what a method is and we will broaden our knowledge about access modifiers and methods.
Oop in java script
The document discusses classical inheritance patterns in JavaScript. It provides examples of defining a base Car constructor and inheriting from it to create an ItalianCar constructor. It demonstrates using different classical inheritance patterns like default pattern, rent-a-constructor, rent and set prototype, share prototype, and temporary constructor to inherit properties and methods from the base constructor to the derived constructor.
CountryData.cppEDIT THIS ONE#include fstream #include str.pdf
CountryData.cpp
*EDIT THIS ONE*
#include
#include
#include "CountryData.h"
#include "utilities.h"
using namespace std;
CountryData::CountryData(const string& n, double p1, double p2) : name(n), pop1980(p1),
pop2010(p2)
{
}
string getName() const {
return name(n);
}
double calcGrowth() const {
return (pop2010(p2) - pop1980(p1)) / pop1980(p2);
}
private:
string name_;
double pop1980(p1);
double pop2010(p2);
}
double fieldToDouble(const string& field) {
try {
return stod(field);
}
catch (...) {
throw runtime_error("invalid floating-point field: " + field);
}
}
vector split(const string& s, char sep) {
vector fields;
stringstream ss(s);
string field;
while (getline(ss, field, sep)) {
fields.push_back(field);
}
return fields;
}
CountryData parseCountryData(const string& line) {
vector fields = split(line, ',');
if (fields.size() != 12) {
throw runtime_error("invalid line: " + line);
}
string name = fields[0];
double pop1980 = fieldToDouble(fields[1]);
double pop2010 = fieldToDouble(fields[11]);
return CountryData(name, pop1980, pop2010);
}
vector readCountryData(const string& filename) {
vector countryDataList;
ifstream infile(filename);
if (!infile) {
throw runtime_error("unable to open file: " + filename);
}
string line;
while (getline(infile, line)) {
try {
CountryData countryData = parseCountryData(line);
countryDataList.push_back(countryData);
}
catch (const runtime_error&) {
// ignore the error; just don't add this one to the vector
}
}
return countryDataList;
}
vector ReadCountryData(const string & filename)
{
vector data;
ifstream ifs{ filename };
string line;
// Read the header line
getline(ifs, line);
while (getline(ifs, line)) {
try {
CountryData cd = ParseCountryData(line);
data.push_back(cd);
}
catch (runtime_error & e) {
string error{ e.what() };
}
}
return data;
}
CountrtyData.h
#pragma once
#include
#include
class CountryData
{
public:
CountryData(const std::string & n, double p1, double p2);
std::string GetName() const;
double CalcGrowth() const;
private:
std::string name;
double pop1980;
double pop2010;
};
CountryData ParseCountryData(const std::string& line);
std::vector ReadCountryData(const std::string& filename);
utilities.h
#pragma once
#include
#include
// Split a string into sub-strings based on the given
// delimiter. For example, if the input is
//
// Ron,Ginny,George,Fred,Percy,Bill,Charlie
//
// the output is a 7-element vector with
// the following entries:
//
// [0] = "Ron"
// [1] = "Ginny"
// [2] = "George"
// [3] = "Fred"
// [4] = "Percy"
// [5] = "Bill"
// [6] = "Charlie"
//
std::vector split(const std::string& s, char seperator);
// Converts a database field string to an integer.
// If the field cannot be converted to an int,
// a runtime_error exception is thrown.
int fieldToInt(const std::string & field);
// Converts a database field to a double.
// If the field cannot be converted to an double,
// a runtime_error exception is thrown.
double fieldToDouble(const std::string & field);
utilities.cpp
#include
#incl.
The Ring programming language version 1.10 book - Part 97 of 212
The document discusses how to use the Ring code generator to wrap C/C++ libraries for use in Ring applications. It describes the configuration file format used as input to the generator, including how to specify function prototypes, constants, structures, and more. Example configuration files are provided, such as for the Allegro game library, to generate wrapper code.
C#i need help creating the instance of stream reader to read from .pdf
C#
i need help creating the instance of stream reader to read from a file the using statement will also
close the StreamReader
the txt files are \"NumofAutos.txt\" which is 5
and the txt files for \"AutoData.txt\"
which is Corolla
2013
23000
6
FORD
F150
2012
31000
8
BMW
328XI
2009
42000
3
CHEVY
Volt
2013
39000
5
NISSAN
Cube
2012
17500
5
this is the code that i have
using System;
using System.IO;
using System.Collections.Generic;
using System.Linq;
using System.Text;
namespace AutoInventory
{
//Class that holds the entire information related to Auto
class Auto
{
//Attributes
private string maker;
private string model;
private int year;
private double price;
private int inStock;
private double inventoryCost;
public static double totalInventoryCost = 0;
//Constructor
public Auto(string maker, string model, int year, double price, int inStock)
{
this.maker = maker;
this.model = model;
this.year = year;
this.price = price;
this.inStock = inStock;
}
//Setter methods
public void setMaker(string maker)
{
this.maker = maker;
}
public void setModel(string model)
{
this.model = model;
}
public void setYear(int year)
{
this.year = year;
}
public void setPrice(double price)
{
this.price = price;
}
public void setInStock(int stock)
{
this.inStock = stock;
}
//Getter Methods
public string getMaker()
{
return maker;
}
public string getModel()
{
return model;
}
public int getYear()
{
return year;
}
public double getPrice()
{
return price;
}
public int getInStock()
{
return inStock;
}
//Readonly Property
public double getInventoryCost()
{
return inventoryCost;
}
//Method that updates inventory
public void calcInventoryCost()
{
inventoryCost = price * inStock;
totalInventoryCost += inventoryCost;
}
}
//Main class
class Program
{
static void Main(string[] args)
{
//Getting number of autos
int count = getCount();
//Creating an array with size obtained
Auto[] autos = new Auto[count];
//Loading data
loadData(autos);
//Displaying and reading menu options
int option = menuOptions();
//Loop till user quits
while (true)
{
//Calling appropriate function
switch (option)
{
case 1: displayData(autos); break;
case 2: addAuto(autos); break;
case 3: sellAuto(autos); break;
case 4: saveExit(autos); Environment.Exit(0); break;
default: Console.WriteLine(\"\ \ Invalid Option.... \ \ \"); break;
}
option = menuOptions();
}
}
//Function that fetches the number of autos from file
public static int getCount()
{
int count = 0;
try
{
// Create an instance of StreamReader to read from a file.
// The using statement also closes the StreamReader.
using (StreamReader sr = new StreamReader(\"c:/NumofAuto.txt\"))
{
string line;
//Reading count value
while ((line = sr.ReadLine()) != null)
{
count = Convert.ToInt32(line);
}
}
}
catch (Exception e)
{
//Handling exceptions
Console.WriteLine(\"The file could not be read:\");
Console.WriteLine(e.Message);
}
return count;
}
//Method that loads data from file to array
public static void loadData(Auto[] autos)
{
int i, length = autos.Length;
try
{
/.
L9
The document summarizes key concepts of object-oriented programming (OOP) and inheritance in C++. It discusses the three main pillars of OOP - encapsulation, inheritance, and polymorphism. Encapsulation involves grouping related data and functions into objects. Inheritance allows defining class hierarchies where derived classes inherit from base classes. Polymorphism enables values to take on multiple types through techniques like virtual functions, which allow calling the appropriate function at runtime based on an object's type.
In C#, visual studio, I want no more text boxes added, I have button.pdf
In C#, visual studio, I want no more text boxes added, I have buttons, buttons to add, buttons to
remove, show, sort the list by price, sort the list by model, I have it to where the show button
shows the first car, I need the add button to add one more car, I have more cars and their
attributes set up in the Driver class. I need the remove button to just remove the latest one, and
the restock item button, to basically fill the list with all of the cars. Every car in the list is
showing up in ONE text box. heres the code:
public partial class Form1 : Form
{
Car car = new Car();
Driver driver = new Driver();
InventoryManager manager;
public Form1(InventoryManager invMan)
{
InitializeComponent();
manager = invMan;
}
private void btnShow_Click(object sender, EventArgs e)
{
if (manager.inventory.Count > 0)
{
Car latestCar = manager.inventory[manager.inventory.Count - 1];
carTextBox.Text = "Car make is " + latestCar.Make + "\r\n"
+ "Car Model is: " + latestCar.Model + "\r\n"
+ "Car Year is: " + latestCar.Year + "\r\n"
+ "Car Miles Per Gallon is: " + latestCar.MilesPerGallon + "\r\n"
+ "Car Horse Power is: " + latestCar.HorsePower + "\r\n"
+ "Quantity of cars in stock is: " + latestCar.Quantity + "\r\n";
}
}
private void hideBtn_Click(object sender, EventArgs e)
{
carTextBox.Text = String.Empty;
}
private void closeBtn_Click(object sender, EventArgs e)
{
this.Close();
}
public void btnAdd_Click(object sender, EventArgs e)
{
manager.AddItem(car);
manager.DisplayItems();
}
private void removeItemButton_Click(object sender, EventArgs e)
{
manager.RemoveItem(car);
manager.DisplayItems();
}
private void restockItemButton_Click(object sender, EventArgs e)
{
manager.DisplayItems();
}
private void searchPriceButton_Click(object sender, EventArgs e)
{
}
private void searchModelButton_Click(object sender, EventArgs e)
{
}
internal class Driver
{
static void Main(string[] args)
{
// Create an inventory manager with a capacity of 10 items
InventoryManager manager = new InventoryManager(10);
Boolean windowOpen = true;
// Add some cars to the inventory
manager.AddItem(new Car()
{
Make = "Ford",
Model = "Mustang",
Year = 2020,
MilesPerGallon = 22,
HorsePower = 450,
CarPrice = 35000,
Quantity = 5
});
manager.AddItem(new Car()
{
Make = "Chevrolet",
Model = "Camaro",
Year = 2019,
MilesPerGallon = 20,
HorsePower = 455,
CarPrice = 32000,
Quantity = 3
});
manager.AddItem(new Car()
{
Make = "Dodge",
Model = "Charger",
Year = 2018,
MilesPerGallon = 19,
HorsePower = 292,
CarPrice = 28000,
Quantity = 2
});
// Display all the cars in the inventory
manager.DisplayItems();
// Remove the Dodge Charger from the inventory
Car dodgeCharger = new Car()
{
Make = "Dodge",
Model = "Charger",
Year = 2018,
MilesPerGallon = 19,
HorsePower = 292,
CarPrice = 28000,
Quantity = 2
};
manager.RemoveItem(dodgeCharger);
// Display all the cars in the inventory again
manager.DisplayItems();
// Restock the Ford Mustang by 2 units
Car fordMustang = new Car()
{
Make = "Ford",
Model = "Mustang",
Yea.
TypeScript Presentation - Jason Haffey
TypeScript is a superset of JavaScript that primarily adds support for static types, classes, and interfaces to the language without imposing constraints on JavaScript code. It is primarily used to enable catching errors earlier and providing better tooling support. Some key benefits of TypeScript include managing modules and namespaces, scoping variables, and adding type safety to JavaScript code. TypeScript code is compiled to plain JavaScript, so any valid JavaScript code is also valid TypeScript code.
Scala Self Types by Gregor Heine, Principal Software Engineer at Gilt
This document provides an overview of Scala self-types and the Cake Pattern design pattern for dependency injection in Scala. It begins with an example of defining interfaces for components in a car, like Engine and Car, and using inheritance and composition to assemble them. It then introduces self-types as a way to declare dependencies between traits. The document explains how the Cake Pattern uses traits and self-types to assemble components in a typesafe way at compile-time without external configuration. It discusses pros and cons of this approach and cautions about exposing fragile self-type dependencies in libraries.
Gift-VT Tools Development Overview
The document provides an overview of the GIFT-VT tools framework. It describes the different levels and types of tools, the classes and inheritance used to implement tools, modules and services, how tools are executed by the server by loading the shared library and calling functions, and examples of tool configuration files and Makefiles.
In this assignment you will practice creating classes and enumeratio.pdf
In this assignment you will practice creating classes and enumerations in the context of a larger
system. Overall, we are building pieces of an airline flight booking system. The classes that we
are constructing in this assignment will take care of representing the flight data in Java. The final
booking system should be able to searching for flights from a list of commercial airlines (e.g.
American, United, or Delta), and locate various routes between two airports. The output is
somewhat inspired by Google Flights. Don\'t panic! We go will through this system step by step.
For the sake of simplifying the problem, we will make a couple of assumptions: There is only
one timezone. All flights occur in the same day. Already provided for you is a file called
Driver.java. A \"driver\" is a common term for the main program that manages a set of objects,
and manipulates them. It contains the entry point (main) for an entire project. The file you have
been provided contains five static methods that can be called from main. These are testing
methods that will run sample operations on the enumerations and classes you will be
constructing. Initally, they are all commented out. As you implement parts of the assignment,
you should uncomment lines in the test methods, in order to see how your program behaves.
Also attached is the file sample_output.txt. This file contains the sample output for running this
Driver with all of the included tests. You should check the output of your program against the
sample output. Plan to test your files one at a time, for example: make sure to test your Airline
and Airport enumerations before you start on Plane. Don\'t start working on Plane until those two
classes work completely. Time is independent of Airline, Airport, and Plane, but is complicated
enough that you\'ll want the experience of implementing those other questions before you started
it.
Q1: Create an Airline enumeration. This is a datatype that represents airlines in our system.
Include three values: American, United, and Delta. This should be a single file containing the
enum declaration. [2 points]
Q2: Create a smart Airport enumeration. This is a datatype that represents airports in our system,
and has the ability to change from airport code and city name. Include five values: PHX, LAX,
SFO, NRT, and SIN. Also add a static method called getAirportCity. This should be a single file
containing the enum declaration, with the method declaration nested inside. (Hint:
ExampleSmartEnum contains an example of including a method into an enumeration.) [8 points]
getAirportCity(...) will take an Airport enumeration value as a parameter, and return a String
containing the city where that airport is located (e.g., \"Phoenix\", \"Los Angeles\", \"Tokyo\",
\"San Francisco\"). Use a switch statement. Have a default case that returns \"Unknown City\".
Do not implement the switch statement for SIN (Singapore) - we want to test the default case
first.
Q3: Create a Plane clas.
C programming session 01
The document discusses various topics related to C language including:
- Benefits and features of C like low-level operations, structured programming, and modular programming
- Data types in C like fundamental types (char, int, float), derived types, and defining variables
- Structure of C functions including single-level and multiple-level functions
- Input-output functions in C like character-based (getc, putc), string-based (gets, puts)
ORM in Django
The document discusses Object Relational Mapping (ORM) in Django. It begins by explaining that ORM provides an API that allows accessing databases in an object-oriented style, making the database more transparent. It then provides examples of how to define models by inheriting from Django's Model class and adding fields. Various field types like CharField, IntegerField, DateField are demonstrated. It also shows how to define relationships and primary keys. The document concludes by explaining how to perform CRUD operations on models in an object-oriented way using Django's ORM APIs.
NEW YORK STATE It is important to identify and develop vario.docx
NEW YORK STATE
It is important to identify and develop various strategies to motivate and engage students in science. Review the resources in this week’s topic materials to guide you on how to structure your video.
For this assignment, you will create a video using any video recording device and develop a 2-3 minute Lope Talk video similar to a Ted Talk, in which you will describe ways to engage and motivate students through the instruction of science. This would be presented as a professional development to fellow science teachers. Select a grade level or grade level strand (K-3, 4-5, or 6-8) as you prepare for this video.
Your video should include:
Strategies to engage students through active inquiry within science instruction.
Explanation of engagement strategies to support collaboration and interaction.
Methods to capture and hold the interest of the students.
Two examples of how to incorporate technology.
When creating your video presentation, consider the following:
Design visual elements to emphasize major points
Prepare a presentation outline and a brief script
Design slides for major points
Practice and rehearse
Record your presentation
Add effects and edit as necessary
.
Next, offer your perspective on transparency. In Chapter 3 of th.docx
Next, offer your perspective on transparency. In Chapter 3 of their book
Trust and Betrayal in the Workplace
, Reina and Reina suggest that although one might "assume that they are obligated to share only what they need to complete specific tasks or projects" (p.45), this couldn't be further from the truth.
Considering the statement above, discuss why leaders might provide information about their activities and decision making, even when employees may not be directly affected? Do you support this notion? Explain why or why not.
both give and get the information you need to do your job, take responsibility for and learn from your mistakes, and talk through issues and concerns with an eye toward deep understanding and effective resolutions. Trust of Communication helps you create workplace relationships infused with positive energy, a sense of community, and shared purpose.You earn Trust of Communication by practicing six primary behaviors: share information, tell the truth, admit mistakes, give and receive constructive feedback, maintain confidentiality, and speak with good purpose.Behaviors that Contribute to Trust of Communication You need Trust of Communication to develop open, honest inter-actions that will support you and your colleagues in doing your best work. You want trustworthy communication, right? Cultivat-ing it begins with you. Let’s explore how to get it by practicing the six Trust of Communication behaviors.Share Information Do the people you work with willingly provide information to others? Or is information shared on a “need to know” basis? Do you assume you’re obligated to share only what others need to complete specific tasks or projects? Do your bosses or colleagues take this approach with you? Answering these questions requires honesty, both with yourself and with others.Think about how fast the world is moving and how this speed highlights the importance of fluid information flow. You know firsthand how vital information is to you. You can’t be effective without it. You and others need timely information to tie your efforts to your organization’s purpose and strategy.
MLA (Modern Language Assoc.)
Reina, Dennis, and Michelle Reina. Trust and Betrayal in the Workplace : Building Effective Relationships in Your Organization. Vol. 3rd ed, Berrett-Koehler Publishers, 2015.
APA (American Psychological Assoc.)
Reina, D., & Reina, M. (2015). Trust and Betrayal in the Workplace : Building Effective Relationships in Your Organization: Vol. 3rd ed. Berrett-Koehler Publishers.
.
New research suggests that the m ost effective executives .docx
New research suggests
that the m ost effective executives
use a collection o f distinct leadership styles -
each in the right measure, at just the right time.
Such flexibility is tough to put into action, but it pays
off in performance. And better yet,
it can be learned.
by Daniel Golem an
A sk a n y g r o u p of businesspeople
f —I the question "What do effective
X X leaders do?" and y o u 'll h ear a
sweep of answers. Leaders set strategy;
they motivate; they create a mission; they build a
culture. Then ask "What should leaders do?" If the
group is seasoned, you'll likely hear one response:
the leader's singular job is to get results.
But how? The mystery of what leaders can and
ought to do in order to spark the best performance
from their people is age-old. In recent years, that
mystery has spawned an entire cottage industry:
literally thousands of "leadership experts" have
made careers of testing and coaching executives, all
in pursuit of creating businesspeople who can turn
bold objectives-be they strategic, financial, organi
zational, or all th re e -in to reality.
Still, effective leadership eludes many people and
organizations. One reason is that until recently, vir
tually no quantitative research has demonstrated
EADERSHIP
THAT GETS
ESULTS
which precise leadership behaviors yield
positive results. Leadership experts prof
fer advice based on inference, experience,
and instinct. Sometimes th at advice is
right on target; sometimes it's not.
But new research by the consulting firm Hay/
McBer, which draws on a random sample of 3,871
executives selected from a database of more than
20,000 executives worldwide, takes much of the
mystery out of effective leadership. The research
found six distinct leadership styles, each springing
from different components of em otional in telli
gence. The styles, taken individually, appear to have
a direct and unique impact on the working atmo
sphere of a company, division, or team, and in turn,
on its financial performance. And perhaps most
important, the research indicates that leaders with
the best results do not rely on only one leadership
style,- they use most of them in a given week -seam
lessly and in different m easure-depending on the
78 H A R V A R D B U S I N E S S R E V I E W M a r c h - A p r i l 2 0 0 0
A
R
T
W
O
R
K
B
Y
C
f
.
P
A
Y
N
E
L e a d e r s h i p T h a t G ets Res ults
Emotional Intelligence: A Primer
E m o tio n a l i n t e l l i g e n c e - t h e a b ilit y t o m a n a g e o u rs e lv e s a n d o u r re la tio n s h ip s e f f e c t i v e ly -
c o n s is ts o f f o u r fu n d a m e n ta l c a p a b ilitie s : se lf-a w a re n e s s , s e lf-m a n a g e m e n t, s o c ia l a w a re n e ss,
a n d s o cia l s kill. Each c a p a b ility , in t u r n , is c o m p o s e d o f s p e c ific sets o f c o m p e te n c ie s . B e lo w
is a lis t o f t h e c a p a b ilitie s.
NewFCFF2StageTwo-Stage FCFF Discount ModelThis model is designed t.docx
NewFCFF2StageTwo-Stage FCFF Discount ModelThis model is designed to value a firm, with two stages of growth, an initialperiod of higher growth and a subsequent period of stable growth.For a richer version of this model, try the fcffginzu.xls spreadsheet.Assumptions1. The firm is expected to grow at a higher growth rate in the first period.2. The growth rate will drop at the end of the first period to the stable growth rate.The user has to define the following inputs:1. Length of high growth period2. Expected growth rate in earnings during the high growth period.3. Capital Spending, Depreciation and Working Capital needs during the high growth period.4. Expected growth rate in earnings during the stable growth period.5. Inputs for the cost of capital. (Cost of equity, Cost of debt, Weights on debt and equity)Inputs to the modelCurrent EBIT =$5,186.00Current Interest Expense =$118.00Current Capital Spending$2,152.00Current Depreciation & Amort'n =$1,228.00Tax Rate on Income =28.49%Current Revenues =$16,701.00Current Non-cash Working Capital =$3,755.00Chg. Working Capital =$499.00Last yearCash and Marketable Securities$500.00Value of equity options issued by firm =$1,500.00Book Value of Debt =$1,479.00$1,315.00Book Value of Equity =$12,941.00$12,156.00Weights on Debt and EquityIs the firm publicly traded ?Yes( Yes or No)If yes, enter the market price per share =$125.50(in currency)& Number of shares outstanding =993.57(in #)& Market Value of Debt =$1,822.00( in currency)If no, do you want to use the book value debt ratio ?No(Yes or No)If no, enter the debt to capital ratio to be used =(in percent)Enter length of extraordinary growth period =5(in years)Do you want to change the debt ratio in the stable growth period?NoIf yes, enter the debt ratio for the stable growth period =Costs of ComponentsDo you want to enter cost of equity directly?No(Yes or No)If yes, enter the cost of equity =(in percent)If no, enter the inputs to the cost of equityBeta of the stock =0.8Riskfree rate=5.30%(in percent)Risk Premium=5.50%(in percent)Enter the cost of debt for cost of capital calculation5.50%( in percent)Earnings InputsDo you want to use the historical growth rate?No(Yes or No)If yes, enter EBIT from five years ago =$800.00(in currency)Do you have an outside estimate of growth ?Yes(Yes or No)If yes, enter the estimated growth:12.50%(in percent)Do you want to calculate the growth rate from fundamentals?Yes(Yes or No)The following will be the inputs to the fundamental growth formulation:ROC =27.53%Reinv. Rate =38.37%Do you want to change any of these inputs for the high growth period?No(Yes or No)If yes, specify the values for these inputs (Please enter all variables)ROC =10.00%Reinv. Rate =100.00%Specify weights to be assigned to each of these growth rates:Historical Growth Rate =0.00%(in percent)Outside Prediction of Growth =0.00%(in percent)Fundamental Estimate of Growth =100.00%(in percent)Enter growth rate in stable growth period?6.00%(in percent)BetaW.
Negotiation StylesWe negotiate multiple times every day in e.docx
Negotiation Styles
We negotiate multiple times every day in encounters with others. Negotiation occurs when two or more parties have conflicting goals or interests.
Reflect on the past week and identify an instance where you negotiated with someone—at home, at work, or anytime you had contact with another person. For
the first paragraph
of your initial post, describe the negotiation event, including the participants, the key issues, and the outcome.
For
the second part
of your initial post, evaluate the following starter bullet points, using research on course concepts to inform your analysis:
Negotiators tend to have consistent styles. How would you assess your style in the negotiation? How would you assess the style of the other party? How might your style have been different had you been negotiating the same issue with a different person?
.
More Related Content
Similar to #include iostream#include string#include iomanip#inclu.docx
publicclass VehicleParser {publicstatic Vehicle parseStringToVehic.pdf
publicclass VehicleParser {
publicstatic Vehicle parseStringToVehicle(String lineToParse) {
String[] vehicleInfo = lineToParse.split(\"/\");
if(vehicleInfo[0].equalsIgnoreCase(\"NewVehicle\")) {
//type/make/modelYear/motivePower/vehiclePrice
returnnew NewVehicle(vehicleInfo[1],
Integer.parseInt(vehicleInfo[2]),
vehicleInfo[3],
Double.parseDouble(vehicleInfo[4]));
} elseif(vehicleInfo[0].equalsIgnoreCase(\"UsedVehicle\")) {
//type/make/modelYear/motivePower/previousState/currentYear
returnnew UsedVehicle(vehicleInfo[1],
Integer.parseInt(vehicleInfo[2]),
vehicleInfo[3],
vehicleInfo[4],
Integer.parseInt(vehicleInfo[5]));
}
returnnull;
}
}
publicabstractclass Vehicle {
//Attributes
protected String make;
protectedint modelYear;
protected String motivePower;
protecteddouble licenseFee;
/**
* Constructor
* @param make
* @param modelYear
* @param motivePower
*/
public Vehicle(String make, int modelYear, String motivePower) {
this.make = make;
this.modelYear = modelYear;
this.motivePower = motivePower;
this.licenseFee = 0.0;
}
/**
* @return the modelYear
*/
publicint getModelYear() {
return modelYear;
}
@Override
public String toString() {
return \"\ Make:\\t\\t\" + this.make +
\"\ Model Year:\\t\" + this.modelYear +
\"\ Motive Power:\\t\" + this.motivePower +
\"\ License Fee:\\t$\" + this.licenseFee + \"\ \";
}
publicabstractvoid computeLicenseFee();
}
publicclass NewVehicle extends Vehicle {
privatestaticdoubleBASE_FEE = 150.00;
privatestaticdoublePRICE_FEE = 0.15;
//Attributes
privatedouble vehiclePrice;
/**
* Constructor
* @param make
* @param modelYear
* @param motivePower
* @param vehiclePrice
*/
public NewVehicle(String make, int modelYear, String motivePower, double vehiclePrice) {
super(make, modelYear, motivePower);
this.vehiclePrice = vehiclePrice;
}
@Override
publicvoid computeLicenseFee() {
double smogAbatement = 0.0;
if(motivePower.equalsIgnoreCase(\"gas\"))
smogAbatement = 20.00;
licenseFee = BASE_FEE + smogAbatement + (this.vehiclePrice * PRICE_FEE);
}
@Override
public String toString() {
return \"\ NEW Vehicle:\" +
super.toString() +
\"Price:\\t\\t$\" + this.vehiclePrice + \"\ \ \";
}
}
publicclass UsedVehicle extends Vehicle {
privatestaticdoubleBASE_FEE = 100.00;
privatestaticdoubleTITLE_TRANSFER_FEE = 15.00;
//Attributes
private String previousLicenseState;
privateint currentYear;
public UsedVehicle(String make, int modelYear, String motivePower, String
previousLicenseState, int currentYear) {
super(make, modelYear, motivePower);
this.previousLicenseState = previousLicenseState;
this.currentYear = currentYear;
}
@Override
publicvoid computeLicenseFee() {
double smogWaiverFee = 0.0;
if((this.currentYear - this.modelYear) >= 5)
smogWaiverFee = 8.00;
double smogAbatement = 0.0;
if(motivePower.equalsIgnoreCase(\"gas\"))
smogAbatement = 20.00;
licenseFee = BASE_FEE + smogAbatement + TITLE_TRANSFER_FEE + smogWaiverFee;
}
@Override
public String toString() {
return \"\ USED Vehicle:\" +
super.toString() +
\"Years Old:\\t\" + (this.curren.
FedExPlanes7.txt1 medical 111 Boeing767 120000 London 3 packages.pdf
FedExPlanes7.txt
1 medical 111 Boeing767 120000 London
3 packages 555 MD11 180000 Barcelona
4 animals 444 MD11 30000 Miami
6 animals 333 Boeing757 60000 Jackson
7 packages 666 Boeing777 230000 Seattle
9 medical 222 Boeing767 100000 Frankfurt
10 packages 777 Boeing757 90000 Austin
FedExTrucks7.txt
1 688 Memphis
3 820 Denver
4 728 Dallas
Assignment4.java
import java.util.*;
import java.io.*;
public class Assignment4 {
public static void main(String[] args) throws IOException {
//creates plane & truck file objs + cargo terminal
Scanner planeFile = new Scanner(new File("FedExPlanes.txt"));
Scanner truckFile = new Scanner(new File("FedExTrucks.txt"));
CargoTerminal terminal = new CargoTerminal(truckFile.nextInt(),
planeFile.nextInt());
//add semiTrucks into terminal
System.out.println("Loading semi-trucks and planes into cargo
terminal...\n");
while(truckFile.hasNext()) {
int dock = truckFile.nextInt();
int number = truckFile.nextInt();
String destination = truckFile.next();
terminal.addSemiTruck(dock, new SemiTruck(number, destination));
}
truckFile.close();
//add planes into terminal
while(planeFile.hasNext()) {
int stand = planeFile.nextInt();
int flight = planeFile.nextInt();
String type = planeFile.next();
double capacity = planeFile.nextDouble();
String destination = planeFile.next();
terminal.addCargoPlane(stand, new CargoPlane(flight, type,
capacity, destination));
}
planeFile.close();
//display planes and trucks
terminal.displayTrucksAndPlanes();
//print tarmac report
System.out.println("Flight \t\t Stand \t\t Deparing To \t\t Type \t\t
Capacity(lbs)\t\t \n"
+
"----------------------------------------------------------------------------------
----\n");
printTarmacStatus(terminal);
}
//status report method for tarmac
public static void printTarmacStatus(CargoTerminal terminal) {
ArrayList reports = new ArrayList();
for(int i = 0; i < terminal.getNumStands(); i++) {
//get plane obj and store vars for report
CargoPlane temp;
if(terminal.getCargoPlane(i) != null) {
temp = terminal.getCargoPlane(i);
int flight = temp.getNumber();
String type = temp.getType();
double capacity = temp.getCapacity();
String destination = temp.getDestination();
reports.add(new PlaneReport(i, flight, type, capacity,
destination));
}
}
Collections.sort(reports);
for(int i = 0; i < reports.size(); i++) {
PlaneReport report = reports.get(i);
System.out.println(report.print());
}
}
}
//define printable interface with abstract method
interface Printable {
public abstract String print();
}
//define cargo terminal class
class CargoTerminal {
private int numberDocks;
private int numberStands;
private SemiTruck[] loadingDock;
private CargoPlane[] tarmac;
//define constructor
public CargoTerminal(int numberDocks, int numberStands) {
this.numberDocks = numberDocks;
this.numberStands = numberStands;
this.loadingDock = new SemiTruck[numberDocks];
this.tarmac = new CargoPlane[numberStands];
}
//define getter methods
public int getNumDocks() {
return this.numberDocks;
}
public int.
Public class race track {public static void main(string[] args
This document describes a programming assignment to simulate a car race with multiple cars. The main tasks are:
1. Create a car class to represent each racing car as an object, with attributes like name, handling, speed etc. and methods to operate the car.
2. Modify the code to run the race 25 times to simulate a season, and track each car's wins. Determine an overall season champion.
3. For each race, randomly generate a different racetrack by appending characters to a string. This introduces variation between races.
There are also bonus objectives to read car data from files rather than hardcoding, and to draw the cars' progress on the same line when possible.
C# Programming Help
Programming in C#
This program demonstrates the use of a class car and overriding a function in C-sharp.
Programminghomeworkshelp.com started with the mission of helping students in the field of computer science who find it challenging to understand the theoretical concepts and work on executing C# Programming Projects.
14. Java defining classes
In this chapter we will understand how to define custom classes and their elements. We will learn to declare fields, constructors and properties for the classes. We will revise what a method is and we will broaden our knowledge about access modifiers and methods.
Oop in java script
The document discusses classical inheritance patterns in JavaScript. It provides examples of defining a base Car constructor and inheriting from it to create an ItalianCar constructor. It demonstrates using different classical inheritance patterns like default pattern, rent-a-constructor, rent and set prototype, share prototype, and temporary constructor to inherit properties and methods from the base constructor to the derived constructor.
CountryData.cppEDIT THIS ONE#include fstream #include str.pdf
CountryData.cpp
*EDIT THIS ONE*
#include
#include
#include "CountryData.h"
#include "utilities.h"
using namespace std;
CountryData::CountryData(const string& n, double p1, double p2) : name(n), pop1980(p1),
pop2010(p2)
{
}
string getName() const {
return name(n);
}
double calcGrowth() const {
return (pop2010(p2) - pop1980(p1)) / pop1980(p2);
}
private:
string name_;
double pop1980(p1);
double pop2010(p2);
}
double fieldToDouble(const string& field) {
try {
return stod(field);
}
catch (...) {
throw runtime_error("invalid floating-point field: " + field);
}
}
vector split(const string& s, char sep) {
vector fields;
stringstream ss(s);
string field;
while (getline(ss, field, sep)) {
fields.push_back(field);
}
return fields;
}
CountryData parseCountryData(const string& line) {
vector fields = split(line, ',');
if (fields.size() != 12) {
throw runtime_error("invalid line: " + line);
}
string name = fields[0];
double pop1980 = fieldToDouble(fields[1]);
double pop2010 = fieldToDouble(fields[11]);
return CountryData(name, pop1980, pop2010);
}
vector readCountryData(const string& filename) {
vector countryDataList;
ifstream infile(filename);
if (!infile) {
throw runtime_error("unable to open file: " + filename);
}
string line;
while (getline(infile, line)) {
try {
CountryData countryData = parseCountryData(line);
countryDataList.push_back(countryData);
}
catch (const runtime_error&) {
// ignore the error; just don't add this one to the vector
}
}
return countryDataList;
}
vector ReadCountryData(const string & filename)
{
vector data;
ifstream ifs{ filename };
string line;
// Read the header line
getline(ifs, line);
while (getline(ifs, line)) {
try {
CountryData cd = ParseCountryData(line);
data.push_back(cd);
}
catch (runtime_error & e) {
string error{ e.what() };
}
}
return data;
}
CountrtyData.h
#pragma once
#include
#include
class CountryData
{
public:
CountryData(const std::string & n, double p1, double p2);
std::string GetName() const;
double CalcGrowth() const;
private:
std::string name;
double pop1980;
double pop2010;
};
CountryData ParseCountryData(const std::string& line);
std::vector ReadCountryData(const std::string& filename);
utilities.h
#pragma once
#include
#include
// Split a string into sub-strings based on the given
// delimiter. For example, if the input is
//
// Ron,Ginny,George,Fred,Percy,Bill,Charlie
//
// the output is a 7-element vector with
// the following entries:
//
// [0] = "Ron"
// [1] = "Ginny"
// [2] = "George"
// [3] = "Fred"
// [4] = "Percy"
// [5] = "Bill"
// [6] = "Charlie"
//
std::vector split(const std::string& s, char seperator);
// Converts a database field string to an integer.
// If the field cannot be converted to an int,
// a runtime_error exception is thrown.
int fieldToInt(const std::string & field);
// Converts a database field to a double.
// If the field cannot be converted to an double,
// a runtime_error exception is thrown.
double fieldToDouble(const std::string & field);
utilities.cpp
#include
#incl.
The Ring programming language version 1.10 book - Part 97 of 212
The document discusses how to use the Ring code generator to wrap C/C++ libraries for use in Ring applications. It describes the configuration file format used as input to the generator, including how to specify function prototypes, constants, structures, and more. Example configuration files are provided, such as for the Allegro game library, to generate wrapper code.
C#i need help creating the instance of stream reader to read from .pdf
C#
i need help creating the instance of stream reader to read from a file the using statement will also
close the StreamReader
the txt files are \"NumofAutos.txt\" which is 5
and the txt files for \"AutoData.txt\"
which is Corolla
2013
23000
6
FORD
F150
2012
31000
8
BMW
328XI
2009
42000
3
CHEVY
Volt
2013
39000
5
NISSAN
Cube
2012
17500
5
this is the code that i have
using System;
using System.IO;
using System.Collections.Generic;
using System.Linq;
using System.Text;
namespace AutoInventory
{
//Class that holds the entire information related to Auto
class Auto
{
//Attributes
private string maker;
private string model;
private int year;
private double price;
private int inStock;
private double inventoryCost;
public static double totalInventoryCost = 0;
//Constructor
public Auto(string maker, string model, int year, double price, int inStock)
{
this.maker = maker;
this.model = model;
this.year = year;
this.price = price;
this.inStock = inStock;
}
//Setter methods
public void setMaker(string maker)
{
this.maker = maker;
}
public void setModel(string model)
{
this.model = model;
}
public void setYear(int year)
{
this.year = year;
}
public void setPrice(double price)
{
this.price = price;
}
public void setInStock(int stock)
{
this.inStock = stock;
}
//Getter Methods
public string getMaker()
{
return maker;
}
public string getModel()
{
return model;
}
public int getYear()
{
return year;
}
public double getPrice()
{
return price;
}
public int getInStock()
{
return inStock;
}
//Readonly Property
public double getInventoryCost()
{
return inventoryCost;
}
//Method that updates inventory
public void calcInventoryCost()
{
inventoryCost = price * inStock;
totalInventoryCost += inventoryCost;
}
}
//Main class
class Program
{
static void Main(string[] args)
{
//Getting number of autos
int count = getCount();
//Creating an array with size obtained
Auto[] autos = new Auto[count];
//Loading data
loadData(autos);
//Displaying and reading menu options
int option = menuOptions();
//Loop till user quits
while (true)
{
//Calling appropriate function
switch (option)
{
case 1: displayData(autos); break;
case 2: addAuto(autos); break;
case 3: sellAuto(autos); break;
case 4: saveExit(autos); Environment.Exit(0); break;
default: Console.WriteLine(\"\ \ Invalid Option.... \ \ \"); break;
}
option = menuOptions();
}
}
//Function that fetches the number of autos from file
public static int getCount()
{
int count = 0;
try
{
// Create an instance of StreamReader to read from a file.
// The using statement also closes the StreamReader.
using (StreamReader sr = new StreamReader(\"c:/NumofAuto.txt\"))
{
string line;
//Reading count value
while ((line = sr.ReadLine()) != null)
{
count = Convert.ToInt32(line);
}
}
}
catch (Exception e)
{
//Handling exceptions
Console.WriteLine(\"The file could not be read:\");
Console.WriteLine(e.Message);
}
return count;
}
//Method that loads data from file to array
public static void loadData(Auto[] autos)
{
int i, length = autos.Length;
try
{
/.
L9
The document summarizes key concepts of object-oriented programming (OOP) and inheritance in C++. It discusses the three main pillars of OOP - encapsulation, inheritance, and polymorphism. Encapsulation involves grouping related data and functions into objects. Inheritance allows defining class hierarchies where derived classes inherit from base classes. Polymorphism enables values to take on multiple types through techniques like virtual functions, which allow calling the appropriate function at runtime based on an object's type.
In C#, visual studio, I want no more text boxes added, I have button.pdf
In C#, visual studio, I want no more text boxes added, I have buttons, buttons to add, buttons to
remove, show, sort the list by price, sort the list by model, I have it to where the show button
shows the first car, I need the add button to add one more car, I have more cars and their
attributes set up in the Driver class. I need the remove button to just remove the latest one, and
the restock item button, to basically fill the list with all of the cars. Every car in the list is
showing up in ONE text box. heres the code:
public partial class Form1 : Form
{
Car car = new Car();
Driver driver = new Driver();
InventoryManager manager;
public Form1(InventoryManager invMan)
{
InitializeComponent();
manager = invMan;
}
private void btnShow_Click(object sender, EventArgs e)
{
if (manager.inventory.Count > 0)
{
Car latestCar = manager.inventory[manager.inventory.Count - 1];
carTextBox.Text = "Car make is " + latestCar.Make + "\r\n"
+ "Car Model is: " + latestCar.Model + "\r\n"
+ "Car Year is: " + latestCar.Year + "\r\n"
+ "Car Miles Per Gallon is: " + latestCar.MilesPerGallon + "\r\n"
+ "Car Horse Power is: " + latestCar.HorsePower + "\r\n"
+ "Quantity of cars in stock is: " + latestCar.Quantity + "\r\n";
}
}
private void hideBtn_Click(object sender, EventArgs e)
{
carTextBox.Text = String.Empty;
}
private void closeBtn_Click(object sender, EventArgs e)
{
this.Close();
}
public void btnAdd_Click(object sender, EventArgs e)
{
manager.AddItem(car);
manager.DisplayItems();
}
private void removeItemButton_Click(object sender, EventArgs e)
{
manager.RemoveItem(car);
manager.DisplayItems();
}
private void restockItemButton_Click(object sender, EventArgs e)
{
manager.DisplayItems();
}
private void searchPriceButton_Click(object sender, EventArgs e)
{
}
private void searchModelButton_Click(object sender, EventArgs e)
{
}
internal class Driver
{
static void Main(string[] args)
{
// Create an inventory manager with a capacity of 10 items
InventoryManager manager = new InventoryManager(10);
Boolean windowOpen = true;
// Add some cars to the inventory
manager.AddItem(new Car()
{
Make = "Ford",
Model = "Mustang",
Year = 2020,
MilesPerGallon = 22,
HorsePower = 450,
CarPrice = 35000,
Quantity = 5
});
manager.AddItem(new Car()
{
Make = "Chevrolet",
Model = "Camaro",
Year = 2019,
MilesPerGallon = 20,
HorsePower = 455,
CarPrice = 32000,
Quantity = 3
});
manager.AddItem(new Car()
{
Make = "Dodge",
Model = "Charger",
Year = 2018,
MilesPerGallon = 19,
HorsePower = 292,
CarPrice = 28000,
Quantity = 2
});
// Display all the cars in the inventory
manager.DisplayItems();
// Remove the Dodge Charger from the inventory
Car dodgeCharger = new Car()
{
Make = "Dodge",
Model = "Charger",
Year = 2018,
MilesPerGallon = 19,
HorsePower = 292,
CarPrice = 28000,
Quantity = 2
};
manager.RemoveItem(dodgeCharger);
// Display all the cars in the inventory again
manager.DisplayItems();
// Restock the Ford Mustang by 2 units
Car fordMustang = new Car()
{
Make = "Ford",
Model = "Mustang",
Yea.
TypeScript Presentation - Jason Haffey
TypeScript is a superset of JavaScript that primarily adds support for static types, classes, and interfaces to the language without imposing constraints on JavaScript code. It is primarily used to enable catching errors earlier and providing better tooling support. Some key benefits of TypeScript include managing modules and namespaces, scoping variables, and adding type safety to JavaScript code. TypeScript code is compiled to plain JavaScript, so any valid JavaScript code is also valid TypeScript code.
Scala Self Types by Gregor Heine, Principal Software Engineer at Gilt
This document provides an overview of Scala self-types and the Cake Pattern design pattern for dependency injection in Scala. It begins with an example of defining interfaces for components in a car, like Engine and Car, and using inheritance and composition to assemble them. It then introduces self-types as a way to declare dependencies between traits. The document explains how the Cake Pattern uses traits and self-types to assemble components in a typesafe way at compile-time without external configuration. It discusses pros and cons of this approach and cautions about exposing fragile self-type dependencies in libraries.
Gift-VT Tools Development Overview
The document provides an overview of the GIFT-VT tools framework. It describes the different levels and types of tools, the classes and inheritance used to implement tools, modules and services, how tools are executed by the server by loading the shared library and calling functions, and examples of tool configuration files and Makefiles.
In this assignment you will practice creating classes and enumeratio.pdf
In this assignment you will practice creating classes and enumerations in the context of a larger
system. Overall, we are building pieces of an airline flight booking system. The classes that we
are constructing in this assignment will take care of representing the flight data in Java. The final
booking system should be able to searching for flights from a list of commercial airlines (e.g.
American, United, or Delta), and locate various routes between two airports. The output is
somewhat inspired by Google Flights. Don\'t panic! We go will through this system step by step.
For the sake of simplifying the problem, we will make a couple of assumptions: There is only
one timezone. All flights occur in the same day. Already provided for you is a file called
Driver.java. A \"driver\" is a common term for the main program that manages a set of objects,
and manipulates them. It contains the entry point (main) for an entire project. The file you have
been provided contains five static methods that can be called from main. These are testing
methods that will run sample operations on the enumerations and classes you will be
constructing. Initally, they are all commented out. As you implement parts of the assignment,
you should uncomment lines in the test methods, in order to see how your program behaves.
Also attached is the file sample_output.txt. This file contains the sample output for running this
Driver with all of the included tests. You should check the output of your program against the
sample output. Plan to test your files one at a time, for example: make sure to test your Airline
and Airport enumerations before you start on Plane. Don\'t start working on Plane until those two
classes work completely. Time is independent of Airline, Airport, and Plane, but is complicated
enough that you\'ll want the experience of implementing those other questions before you started
it.
Q1: Create an Airline enumeration. This is a datatype that represents airlines in our system.
Include three values: American, United, and Delta. This should be a single file containing the
enum declaration. [2 points]
Q2: Create a smart Airport enumeration. This is a datatype that represents airports in our system,
and has the ability to change from airport code and city name. Include five values: PHX, LAX,
SFO, NRT, and SIN. Also add a static method called getAirportCity. This should be a single file
containing the enum declaration, with the method declaration nested inside. (Hint:
ExampleSmartEnum contains an example of including a method into an enumeration.) [8 points]
getAirportCity(...) will take an Airport enumeration value as a parameter, and return a String
containing the city where that airport is located (e.g., \"Phoenix\", \"Los Angeles\", \"Tokyo\",
\"San Francisco\"). Use a switch statement. Have a default case that returns \"Unknown City\".
Do not implement the switch statement for SIN (Singapore) - we want to test the default case
first.
Q3: Create a Plane clas.
C programming session 01
The document discusses various topics related to C language including:
- Benefits and features of C like low-level operations, structured programming, and modular programming
- Data types in C like fundamental types (char, int, float), derived types, and defining variables
- Structure of C functions including single-level and multiple-level functions
- Input-output functions in C like character-based (getc, putc), string-based (gets, puts)
ORM in Django
The document discusses Object Relational Mapping (ORM) in Django. It begins by explaining that ORM provides an API that allows accessing databases in an object-oriented style, making the database more transparent. It then provides examples of how to define models by inheriting from Django's Model class and adding fields. Various field types like CharField, IntegerField, DateField are demonstrated. It also shows how to define relationships and primary keys. The document concludes by explaining how to perform CRUD operations on models in an object-oriented way using Django's ORM APIs.
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The Ring programming language version 1.10 book - Part 97 of 212
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C#i need help creating the instance of stream reader to read from .pdf
C#i need help creating the instance of stream reader to read from .pdf
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Scala Self Types by Gregor Heine, Principal Software Engineer at Gilt
Scala Self Types by Gregor Heine, Principal Software Engineer at Gilt
In this assignment you will practice creating classes and enumeratio.pdf
In this assignment you will practice creating classes and enumeratio.pdf
More from mayank272369
NEW YORK STATE It is important to identify and develop vario.docx
NEW YORK STATE
It is important to identify and develop various strategies to motivate and engage students in science. Review the resources in this week’s topic materials to guide you on how to structure your video.
For this assignment, you will create a video using any video recording device and develop a 2-3 minute Lope Talk video similar to a Ted Talk, in which you will describe ways to engage and motivate students through the instruction of science. This would be presented as a professional development to fellow science teachers. Select a grade level or grade level strand (K-3, 4-5, or 6-8) as you prepare for this video.
Your video should include:
Strategies to engage students through active inquiry within science instruction.
Explanation of engagement strategies to support collaboration and interaction.
Methods to capture and hold the interest of the students.
Two examples of how to incorporate technology.
When creating your video presentation, consider the following:
Design visual elements to emphasize major points
Prepare a presentation outline and a brief script
Design slides for major points
Practice and rehearse
Record your presentation
Add effects and edit as necessary
.
Next, offer your perspective on transparency. In Chapter 3 of th.docx
Next, offer your perspective on transparency. In Chapter 3 of their book
Trust and Betrayal in the Workplace
, Reina and Reina suggest that although one might "assume that they are obligated to share only what they need to complete specific tasks or projects" (p.45), this couldn't be further from the truth.
Considering the statement above, discuss why leaders might provide information about their activities and decision making, even when employees may not be directly affected? Do you support this notion? Explain why or why not.
both give and get the information you need to do your job, take responsibility for and learn from your mistakes, and talk through issues and concerns with an eye toward deep understanding and effective resolutions. Trust of Communication helps you create workplace relationships infused with positive energy, a sense of community, and shared purpose.You earn Trust of Communication by practicing six primary behaviors: share information, tell the truth, admit mistakes, give and receive constructive feedback, maintain confidentiality, and speak with good purpose.Behaviors that Contribute to Trust of Communication You need Trust of Communication to develop open, honest inter-actions that will support you and your colleagues in doing your best work. You want trustworthy communication, right? Cultivat-ing it begins with you. Let’s explore how to get it by practicing the six Trust of Communication behaviors.Share Information Do the people you work with willingly provide information to others? Or is information shared on a “need to know” basis? Do you assume you’re obligated to share only what others need to complete specific tasks or projects? Do your bosses or colleagues take this approach with you? Answering these questions requires honesty, both with yourself and with others.Think about how fast the world is moving and how this speed highlights the importance of fluid information flow. You know firsthand how vital information is to you. You can’t be effective without it. You and others need timely information to tie your efforts to your organization’s purpose and strategy.
MLA (Modern Language Assoc.)
Reina, Dennis, and Michelle Reina. Trust and Betrayal in the Workplace : Building Effective Relationships in Your Organization. Vol. 3rd ed, Berrett-Koehler Publishers, 2015.
APA (American Psychological Assoc.)
Reina, D., & Reina, M. (2015). Trust and Betrayal in the Workplace : Building Effective Relationships in Your Organization: Vol. 3rd ed. Berrett-Koehler Publishers.
.
New research suggests that the m ost effective executives .docx
New research suggests
that the m ost effective executives
use a collection o f distinct leadership styles -
each in the right measure, at just the right time.
Such flexibility is tough to put into action, but it pays
off in performance. And better yet,
it can be learned.
by Daniel Golem an
A sk a n y g r o u p of businesspeople
f —I the question "What do effective
X X leaders do?" and y o u 'll h ear a
sweep of answers. Leaders set strategy;
they motivate; they create a mission; they build a
culture. Then ask "What should leaders do?" If the
group is seasoned, you'll likely hear one response:
the leader's singular job is to get results.
But how? The mystery of what leaders can and
ought to do in order to spark the best performance
from their people is age-old. In recent years, that
mystery has spawned an entire cottage industry:
literally thousands of "leadership experts" have
made careers of testing and coaching executives, all
in pursuit of creating businesspeople who can turn
bold objectives-be they strategic, financial, organi
zational, or all th re e -in to reality.
Still, effective leadership eludes many people and
organizations. One reason is that until recently, vir
tually no quantitative research has demonstrated
EADERSHIP
THAT GETS
ESULTS
which precise leadership behaviors yield
positive results. Leadership experts prof
fer advice based on inference, experience,
and instinct. Sometimes th at advice is
right on target; sometimes it's not.
But new research by the consulting firm Hay/
McBer, which draws on a random sample of 3,871
executives selected from a database of more than
20,000 executives worldwide, takes much of the
mystery out of effective leadership. The research
found six distinct leadership styles, each springing
from different components of em otional in telli
gence. The styles, taken individually, appear to have
a direct and unique impact on the working atmo
sphere of a company, division, or team, and in turn,
on its financial performance. And perhaps most
important, the research indicates that leaders with
the best results do not rely on only one leadership
style,- they use most of them in a given week -seam
lessly and in different m easure-depending on the
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L e a d e r s h i p T h a t G ets Res ults
Emotional Intelligence: A Primer
E m o tio n a l i n t e l l i g e n c e - t h e a b ilit y t o m a n a g e o u rs e lv e s a n d o u r re la tio n s h ip s e f f e c t i v e ly -
c o n s is ts o f f o u r fu n d a m e n ta l c a p a b ilitie s : se lf-a w a re n e s s , s e lf-m a n a g e m e n t, s o c ia l a w a re n e ss,
a n d s o cia l s kill. Each c a p a b ility , in t u r n , is c o m p o s e d o f s p e c ific sets o f c o m p e te n c ie s . B e lo w
is a lis t o f t h e c a p a b ilitie s.
NewFCFF2StageTwo-Stage FCFF Discount ModelThis model is designed t.docx
NewFCFF2StageTwo-Stage FCFF Discount ModelThis model is designed to value a firm, with two stages of growth, an initialperiod of higher growth and a subsequent period of stable growth.For a richer version of this model, try the fcffginzu.xls spreadsheet.Assumptions1. The firm is expected to grow at a higher growth rate in the first period.2. The growth rate will drop at the end of the first period to the stable growth rate.The user has to define the following inputs:1. Length of high growth period2. Expected growth rate in earnings during the high growth period.3. Capital Spending, Depreciation and Working Capital needs during the high growth period.4. Expected growth rate in earnings during the stable growth period.5. Inputs for the cost of capital. (Cost of equity, Cost of debt, Weights on debt and equity)Inputs to the modelCurrent EBIT =$5,186.00Current Interest Expense =$118.00Current Capital Spending$2,152.00Current Depreciation & Amort'n =$1,228.00Tax Rate on Income =28.49%Current Revenues =$16,701.00Current Non-cash Working Capital =$3,755.00Chg. Working Capital =$499.00Last yearCash and Marketable Securities$500.00Value of equity options issued by firm =$1,500.00Book Value of Debt =$1,479.00$1,315.00Book Value of Equity =$12,941.00$12,156.00Weights on Debt and EquityIs the firm publicly traded ?Yes( Yes or No)If yes, enter the market price per share =$125.50(in currency)& Number of shares outstanding =993.57(in #)& Market Value of Debt =$1,822.00( in currency)If no, do you want to use the book value debt ratio ?No(Yes or No)If no, enter the debt to capital ratio to be used =(in percent)Enter length of extraordinary growth period =5(in years)Do you want to change the debt ratio in the stable growth period?NoIf yes, enter the debt ratio for the stable growth period =Costs of ComponentsDo you want to enter cost of equity directly?No(Yes or No)If yes, enter the cost of equity =(in percent)If no, enter the inputs to the cost of equityBeta of the stock =0.8Riskfree rate=5.30%(in percent)Risk Premium=5.50%(in percent)Enter the cost of debt for cost of capital calculation5.50%( in percent)Earnings InputsDo you want to use the historical growth rate?No(Yes or No)If yes, enter EBIT from five years ago =$800.00(in currency)Do you have an outside estimate of growth ?Yes(Yes or No)If yes, enter the estimated growth:12.50%(in percent)Do you want to calculate the growth rate from fundamentals?Yes(Yes or No)The following will be the inputs to the fundamental growth formulation:ROC =27.53%Reinv. Rate =38.37%Do you want to change any of these inputs for the high growth period?No(Yes or No)If yes, specify the values for these inputs (Please enter all variables)ROC =10.00%Reinv. Rate =100.00%Specify weights to be assigned to each of these growth rates:Historical Growth Rate =0.00%(in percent)Outside Prediction of Growth =0.00%(in percent)Fundamental Estimate of Growth =100.00%(in percent)Enter growth rate in stable growth period?6.00%(in percent)BetaW.
Negotiation StylesWe negotiate multiple times every day in e.docx
Negotiation Styles
We negotiate multiple times every day in encounters with others. Negotiation occurs when two or more parties have conflicting goals or interests.
Reflect on the past week and identify an instance where you negotiated with someone—at home, at work, or anytime you had contact with another person. For
the first paragraph
of your initial post, describe the negotiation event, including the participants, the key issues, and the outcome.
For
the second part
of your initial post, evaluate the following starter bullet points, using research on course concepts to inform your analysis:
Negotiators tend to have consistent styles. How would you assess your style in the negotiation? How would you assess the style of the other party? How might your style have been different had you been negotiating the same issue with a different person?
.
Neurological SystemThe nervous system is a collection of nerves .docx
Neurological System
The nervous system is a collection of nerves and specialized cells forming a spectacular network of connections which transmit signals between different parts of the body. It controls the activities of all body organs and tissues. Structurally, it is organized into two parts: the central nervous system, comprising the brain and spinal cord, and the peripheral nervous system, which connects the central nervous system to other parts of the body.
The aging process is associated with many biological, physiological, environmental, psychological, behavioral, and physical processes. These changes often result in several complex health conditions dubbed geriatric syndromes. Most cells have a short life span and are easily regenerated and replaced by new cells in the human body. On the other hand, nerve cells are generated in vivo, have a longer life span, and are usually not replaced when they die or are destroyed.
Several changes occur in the central nervous system. Firstly, nerve cells and supporting neuroglia are gradually lost with age. On the other hand, the remaining cells function less efficiently, and there is an increased concentration of harmful materials such as free radicals and iron in the remaining brain tissue (Knight & Nigam, 2017). Secondly, there is a decrease in brain mass leading to decreased function of affected areas such as the cerebral cortex, hippocampus, and motor cortex, manifesting as impairments in higher functions, memory loss, and gait. Thirdly, the ventricles increase in size and due to the loss of cells lining the ventricles. Fourthly, there is a decrease in cerebral blood flow and diminished integrity of the blood-brain barrier over time. There is also a decline in the production of neurotransmitters. Lastly, age-related changes to the vertebrae and intervertebral discs may increase pressure on the spinal cord and its branching nerve roots. This can slow down nerve impulses' conduction along motor neurons, contributing to reduced muscular strength (Manini et al., 2013).
There is a slowed nerve conduction in the peripheral nervous system attributed to decreased axonal length, loss of mitochondria, and degeneration of peripheral neurons' myelin sheath. This may result in decreased sensation, slower reflexes, and clumsiness. On top of that, damaged neurons are not repaired efficiently in older adults, and some are not repaired at all.
The decrease in brain function with aging may impair mental function seen in neurodegenerative conditions such as delirium and dementia. Delirium is defined as an acute confusional state characterized by an acute decline in attention-focus, perception, cognition, and consciousness. In contrast, dementia is an acquired global impairment of intellect, memory, and personality but without impaired consciousness.
The two conditions are similar in that they exhibit similarities in their presentation: impaired memory and judgment, confusion, disorientation, and varia.
Neuroleadership is an emerging trend in the field of management..docx
Neuroleadership is an emerging trend in the field of management. As we look at the importance of global leadership in our ever-changing business environment, we find a connection between our way of thinking and our leadership and decision-making style. Below are several articles related to this topic.
Please choose 2-3 articles from below to read on the subject and then evaluate and discuss the rise of neuroleadership in the human resource and organizational development disciplines.
Articles:
David Rock. (2013).
T + D, 67
(10), 84-85
.
Dr. David Rock presented on the brain science behind performance at PeopleFluent global user conference WISDOM 2015. (2015, Mar 10).
Business Wire.
Dr. David Rock presents 'the brain science behind performance' at PeopleFluent WISDOM 2015. (2015). Professional Services Close - Up.
Fox, A. (2011). Leading with the brain.
HRMagazine, 56
(6), 52-53
.
In an interview, David Rock, founder of the NeuroLeadership Institute, talked about how scientists' growing understanding of the brain illuminates techniques for leadership and decision-making. Rock said mindfulness is the ability to be meta-cognitive or to think about your thinking. Labeling is the ability to put words on your mental state -- for instance, to articulate when you are feeling anxious. All involve an area of the brain that is central for self-regulation -- the ventrolateral prefrontal cortex. Researchers are discovering that self-regulation -- regulating emotion, regulating your thoughts, regulating your attention -- is essential in leadership. The optimal leader is adaptive. Leaders have to know when to be dogmatic in their beliefs and when to be collaborative, when to get granular and when to be big-picture-focused. To be adaptive, you must have an integrated brain. A big part of the creative process is using your non-conscious brain, because the problems being tackled are simply too big for conscious processing resources.
Hogan, T. (2010). Neuroscience provides tools to navigate the new business reality.
People and Strategy, 33
(4), 8-9
.
The four domains of NeuroLeadership; problem solving, emotion regulation, collaborating and facilitating change provide an interesting lens through which to examine the field of global leadership development. Leaders today face greater challenges than ever before as they work across multiple geographies, functions, product lines and national cultures. Neuorscience provides a useful framework for understanding how leaders gain insights while learning to work in new ways across traditional boundaries in a borderless world. Leaders, therefore, need to be able to see and process information in new ways, making connections between phenomena that have never been linked before in their minds. This is systems thinking, and it is the hallmark of resourceful and innovative leaders throughout history
.
Kiefer, T. (2010). Neuroleadership-more than another leadership framework.
People and Strategy, 33
(4), 1.
Network security A firewall is a network security device tha.docx
Network security
A firewall is a network security device that screens approaching and active network traffic and chooses whether to permit or block explicit traffic dependent on a defined set of security rules. Firewalls have been the first line of protection in network security for more than 25 years. They set up a boundary among verified and controlled inner networks that can be trusted and untrusted outside networks, for example, the Internet. A firewall can be hardware, software, or both.
There are several types of firewalls such as:
Proxy firewall; An early sort of firewall gadget, a proxy firewall serves as the gateway from one system then onto the next for a particular application. Proxy servers can give extra usefulness, for example, content storing and security by keeping direct connections from outside the system.
Stateful inspection firewall; Presently thought of as a "customary" firewall, a stateful inspection firewall permits or blocks traffic dependent on the state, port, and protocol. It screens all activity from the opening of a connection until it is shut.
Unified threat management (UTM) firewall; An UTM device normally join, in an inexactly coupled way, the elements of a stateful inspection firewall with intrusion prevention and antivirus.
Next-generation firewall (NGFW); Firewalls have developed past straightforward packet sifting and stateful inspection. Most organizations are conveying next-generation firewalls to block modern dangers, for example progressed malware and application-layer attacks.
threat-focused NGFW; These firewalls incorporate every one of the capacities of a conventional NGFW and furthermore give propelled threat detection and remediation.
In its relevance to the network security, firewall plays the following roles:
Gives defense against outside dangers by declining unapproved connections to the router from potential attackers, for example, hackers.
It additionally shields the network infrastructure from inside. In other words, it blocks active connections from the router. It mitigates the spread of viruses, keyloggers, or malware that have sneaked past the router and on the network. Such malicious software may transmit confidential information back to the hacker, for example, passwords. Just a firewall can keep them from doing such by hindering their connection.
References
William R. Cheswick, Steven M. Bellovin, Aviel D. Rubin (2003). "Google Books Link". Firewalls and Internet Security: repelling the wily hacker
o 500-700 word, double spaced, written in APA format, showing sources and a bibliography
o Prepare a 15 presentation on your final topic
project
Policy:
Describing the technology for defeating DDOS attacks would be a great presentation.
o 500-700 word, double spaced, written in APA format, showing sources and a bibliography
o Prepare a 15 presentation on your final topic
.
Network Forensics Use the Internet or the Strayer Library to.docx
"Network Forensics"
Use the Internet or the Strayer Library to research and select at least one article involving a cybercrime case, within the last year, in which forensics was utilized. Summarize the article you researched and specify how forensic analysis was used to analyze the crime. Provide the link to the article.
.
Negotiation Process in the International ArenaNegotiation is.docx
Negotiation Process in the International Arena
Negotiation is a common practice for leaders of international businesses. International negotiation includes consideration of cultural similarities and differences, conflict resolution perspectives, power or status views, and decision-making styles. Using the United States and two other countries, research negotiation practices of all three countries.
Assess the cultural similarities and differences between the countries, including how negotiations might be affected.
Explain how negotiators would be selected for each country and any issues differences in selection criteria might cause for negotiations.
Propose strategies for conducting a negotiation between the countries.
.
Needs to be 150 word min. Perform a scholarly search (using Pu.docx
Populations that have been found to have a high incidence of voice disorders include teachers. One study examined the prevalence of voice disorders in teachers, with a sample of 100 primary school teachers who completed questionnaires and underwent laryngeal examinations. This study provided useful data on the rates of voice problems in teachers with a moderate sample size and methodology.
Needing assistance with powerpoint presentation for Sociology in the.docx
The student needs help summarizing a sociology presentation on digital world topics and attached the instructions and rubric. They are on a tight deadline and will submit additional requests for this class. The student asks that any questions be asked first to avoid confusion over the scope of work and only paying for requested papers.
Need to write essay on 1000 words about Guns and Crimes , in context.docx
Need to write essay on 1000 words about Guns and Crimes , in context of Texas. Subject is texas government.
Step 1
: Identify the issue and how both the US government and the Texas government have been currently addressing it (historical perspective).
Step 2
: Gather a minimum of three scholarly research articles and additional news/current events relevant to the topic.
Step 3
: Prepare a formal policy report that is
a minimum of 1000 words (excluding cited text),
which includes a discussion of the following:
A statement of the current policy
Reasons for initiating changes
Policy options to be considered
Pros and cons of each option
Recommended course of action
Reasoning for selecting that course of action
.
Need Research Paper related to the course Related topic in the.docx
Need Research Paper related to the course
Related topic in the field of Information Technology, e−Participation, Policy−Making in a Complex World, Organizational Decision−Making, ICT for Policy−Making, Challenges to Policy−Making, etc.
Course: Information Technology in a Global Economy
.
Need it in about 12 hours. There are 3 docx file each one of.docx
Need it in about
12 hours
. There are
3 docx file
each one of them has a question and the reading material. The response for each question should be around
400 words(+- 50 words)
. You can use the internet article as well, just need to include the reference at the end.
I have posted the due date as 10/17/2019 since the website doesn't allow me for today.
.
Need plagiarism very important Select one type of cryptography o.docx
Need plagiarism very important
Select one type of cryptography or encryption and explain it in detail. Include the benefits as well as the limitations of this type of encryption. Your summary should be 2-3 paragraphs in length and uploaded as a TEXT DOCUMENT. Click the link above to submit your work. There is an EXAMPLE attached to show you the format requirements.
Be sure ti include your reference citation.
.
Need the below with in 24 hours.Provide 2 references,500 words.docx
Need the below with in 24 hours.Provide 2 references,500 words
Crime Prevention through Environmental Design (CPTED) long established operations currently used across the globe but not problem free operations. (Fennelly, 2017). The environmental design approach to security recognizes the space’s designated which often related to CPTED solution process. Effective physical security designing process must focus on internal and external use facility space to prevent crime. CPTED’s objectives falls on designing and implement effective use of space, implement toughening approach on crime prevention. Facility hardening is a standard measure that must fully implemented to deny access to a crime target through physical and artificial barrier techniques such as locks, alarms, fences, and gates to protect the facility, access control and surveillance system to make environments sterile, unsightly, and unfriendly.
1.
Provide comprehensive narrative to confirm advantages and disadvantages of CPTED on residents of urban community.
References
Fennelly, Lawrence J. (2017). Effective Physical Security: “Introduction to
Vulnerability Assessment”. (pp. 23-53). Cambridge: MA
.
Need it within 12-14 hours of time.One paragraph with 300 words .docx
Need it within 12-14 hours of time.
One paragraph with 300 words and other with 200 words.
Vulnerability: categorized
as weakness, helplessness and defenselessness.
Assessment:
classified
as inclusive wide range of approaches on assessment mechanism to measure skill acquisition and compliance with acceptable standards and procedures.
Preamble
Vulnerability assessment (VA)
is the process of identifying, quantifying, and prioritizing vulnerabilities, broad range of assessing measurable mechanisms, risk management, active planning, facility infrastructure, data and alarm communication systems. In addition, VA in this modern era must include collective assessment instrument relative to disaster management, threats on vulnerable innocent community and facility infrastructure. It is worth noting that Vulnerability Assessment (VA) is entrenched with standard requirements set forth by regulatory agency to assess and monitor facility performance.
Scenario
You have been designated as a Lead Regulatory Administrator to assess the Millennium Healthcare Enterprise’s (MHE) facility that have been attacked and agonized by the lost vital assets, eroded public confidence and damaged facility, but MHE is still determined to improve protection of asset and renovation of the damaged facility and continue as a functional organization.
Dialogue
Identify Millennium Healthcare Enterprise (MHE) weakness; if any.
Apparently, MHE is so concerned about the public trust, Why?
Identify the scope of offensive and defensive plan against future threat.
.
Need it to be 300 words. Two paragraphs only. What would you co.docx
Need it to be 300 words. Two paragraphs only.
What would you consider to be defining traits and behaviors of a successful leader?
Epicurus Commentary
Chapter 4 Materials
Section 1:
Epicurus begins his exposition of hedonism with a particular cosmology—that is, with a comprehensive and rational account of the ultimate nature of the cosmos, or universe. The cosmology we speak of is called atomism, which comes from the ancient Greek word atomos, meaning “uncuttable” or “indivisible.” According to atomism, the universe (and everything in it) is composed of an infinite number of atoms combining and separating in the infinite void. Atoms are the most basic building blocks of reality. They are eternal—they are neither created nor can they ever be destroyed. Thus it makes no sense to ask “where did the atoms come from?” or “why does anything exist at all?” Atoms do not come from anywhere, since they have always existed and always will exist.
Epicurus believes that atomism is the most common-sense approach to understanding reality. The fact that there are only material things, or bodies, is confirmed by the experience of all men. It impossible, he says, to even conceive of anything besides bodies and the empty space (void) through which those bodies move. Now it is true that many people believe in incorporeal (i.e., non-bodily) souls, not to mention angels and gods. But Epicurus finds this belief rather silly, since our senses do not allow us to perceive anything that is not a body. In fact, even when we try to imagine angels and gods, we invest them with a human shape or form, as if they were some kind of spiritual body, which is a contradiction in terms (because to be a real, existing being, it must have the power of acting and being acted upon, and only corporeal beings are capable of this). No, says Epicurus, the only real beings are material things. (From this observation he makes the logical deduction that if you divide bodies into halves you will at some point reach a body that is so simple that it can no longer be divided into anything smaller—this is the atom.) Everything else (immaterial gods, souls, angels, demons, spirits, etc.) is the product of our vivid imaginations. The sooner we realize this, the better off we will all be.
There are two types of bodies: compounds, which are clusters of two or more atoms, and then the actual atoms out of which those compounds are formed. As we pointed out already, the atoms are indestructible. The constellations of atoms, or compounds, on the other hand, are not indestructible: at some point they will cease to exist as particular compounds. Let us use you as an example: You, as a human being, are a highly complex bundle of perhaps trillions of atoms arranged in a particular configuration. But you have not always been such as you are now. At some point you did not exist: the atoms that now make up your body existed somewhere else in nature (perhaps in the plants and animals your parents used for fo.
Need it for tomorrow morning!!!!For your synthesis essay, yo.docx
Need it for tomorrow morning!!!!
For your synthesis essay, you will develop an original thesis in response to a question, while also engaging with two assigned readings to use as textual evidence or counter-evidence.
This is the same format expected in the Final Exam.
Please choose
two
of the following readings:
· “Small Change: Why the Revolution Will Not Be Tweeted” by Malcolm Gladwell
· “Is Google Making Us Stupid?” by Nicolas Carr
· “Our Vanishing Night” by Verlyn Klinkenborg
· “The Loser Edit” by Colson Whitehead
Choose
one
of the following questions to respond to:
1. Is there a relationship between technology, society,
and/or
identity? If so, what is it? How does it influence our lives? Choose
two
essays and explain.
2. How is our technology – in any aspect – hurting society? Or, how is it helping society? Choose
two
essays and explain.
3 pages long
.
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NEW YORK STATE It is important to identify and develop vario.docx
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Next, offer your perspective on transparency. In Chapter 3 of th.docx
Next, offer your perspective on transparency. In Chapter 3 of th.docx
New research suggests that the m ost effective executives .docx
New research suggests that the m ost effective executives .docx
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#include iostream#include string#include iomanip#inclu.docx
- 1. #include <iostream> #include <string> #include <iomanip> #include <fstream> using namespace std; class Car { private: string reportingMark; int carNumber; string kind; bool loaded; string destination; public: Car(); Car(const Car &c); Car(const string &mark, const int &num, const string &kd, const bool &ld, const string &dest);
- 2. ~Car(); friend bool operator==(Car a,Car b); Car& operator=(const Car & carB); void output1(); void setUp(const string &mark, const int &num, const string &kd, const bool &ld, const string &dest); }; class StringOfCars { private: static const int ARRAY_SIZE=10; Car *ptr; int carCount; public: StringOfCars();
- 3. StringOfCars( const StringOfCars &obj); ~StringOfCars(); void push(Car addCar); void pop(Car &removeCar); void output2(); }; void input( StringOfCars & string1); int main() { //test 1 Car car1("SP", 34567, "business", true, "Salt Lake City"); Car car2(car1); cout<<"********************* TEST 1 ***********************"<<endl; car2.output1(); //test 2
- 4. StringOfCars string1; input(string1); cout<<"********************* TEST 2 ***********************"<<endl; string1.output2(); //test 3 Car car3; string1.pop(car3); cout<<"********************* TEST 3 ***********************"<<endl; car3.output1(); string1.output2(); return 0; } Car::Car()
- 5. { reportingMark = " "; carNumber = 0; kind = "other"; loaded = false; destination= "NONE"; } Car::Car(const Car &c) { reportingMark = c.reportingMark; carNumber = c.carNumber; kind = c.kind; loaded = c.loaded; destination = c.destination; } Car::Car(const string &mark, const int &num, const string &kd,
- 6. const bool &ld, const string &dest) { setUp(mark, num, kd, ld, dest); } Car:: ~Car() {} void Car::output1() { cout<<"========================================= ============================="<< endl; cout<< "The reportingMark: " << reportingMark << endl; cout<< "The carNumber: " << carNumber<<endl; cout<< "Kind: " << kind << endl; if(loaded=true) cout<< "Loaded: " << "true" << endl; else cout<< "Loaded: " << "false" << endl;
- 7. cout<< "Destination: " << destination << endl; } void Car::setUp (const string &mark, const int &num, const string &kd, const bool &ld,const string &dest) { reportingMark = mark; carNumber = num; kind = kd; loaded = ld; destination = dest; } Car & Car::operator=(const Car & carB) { setUp(carB.reportingMark, carB.carNumber, carB.kind, carB.loaded, carB.destination);
- 8. return * this; } StringOfCars::StringOfCars() { ptr= new Car[ARRAY_SIZE]; carCount=0; } //copy constructor StringOfCars::StringOfCars( const StringOfCars &obj) { int ARRAY_CARS = ARRAY_SIZE; ptr= new Car[ARRAY_CARS]; carCount=obj.carCount; for(int i=0; i<carCount;i++) { ptr[i]= obj.ptr[i]; }
- 9. } //destructor StringOfCars::~StringOfCars() { delete ptr; ptr=0; } //output2 void StringOfCars::output2() { if(carCount>0) { for(int i=0; i<carCount; i++) { cout<<"Car Number"<< (i+1)<<endl; (ptr+i)->output1();
- 10. } } else { cout<<"NO Cars"<<endl; } } void StringOfCars::push(Car addCar) { ptr[carCount]=addCar; carCount++; } void StringOfCars::pop (Car &removeCar) { removeCar=ptr[carCount-1];
- 11. carCount--; } //========================================friend function======================== bool operator==(Car a, Car b) { bool x; if (a.reportingMark == b.reportingMark && a.carNumber == b.carNumber) x= true; else x= false; return x; } //============================================== =========input function===================
- 12. void input(StringOfCars & string1 ) { ifstream inputFile; string m; int n; string k; string load; bool l; string d; string carType; inputFile.open("cardata.txt"); if(!inputFile) { cout<<"Error, the file cannot be found!"; }
- 13. while(inputFile.peek() != EOF) { inputFile >> carType >> m >> n >> k >> load; if(load=="true") l=true; else l=false; while(inputFile.peek() == ' ') inputFile.get(); getline(inputFile,d); Car temp( m, n, k, l, d); string1.push(temp); } inputFile.close(); } Assignment 5
- 14. Use the same format for problem and function headings as assignment 1. Problem 5.1 Copy the solution from problem 4.2 In this problem we will use inheritance to create two new classes, both of which will inherit from the class Car Do not change the StringOfCar class . You are not using a StringOfCars in this problem, but will need it later. You can remove the StringOfCars from the parameter list for the input function and put it back later, or keep the StringOfCars parameter, pass a StringOfCars to the input funcion, and ignore it. As a preliminary step, create a new global function (that is a function that is not a member function) named buildCar. The buildCar function has the five parameters needed for a Car. When called, it builds an object of type Car by using the Car constructor that has five parameters. For testing in this assignment, after building the car object, the buildCar function calls the output member function for the Car. Now, modify the input function so it calls the buildCar function to build the car, rather than building the car in the input function. The kind of cars for the three classes will be: Car: business, maintenance, other FreightCar: box, tank, flat, otherFreight PassengerCar: chair, sleeper, otherPassenger Use an enum to keep the kind, rather than using a string as we did in previous problems. In the global area define an enum named Kind, with the following values in this order: business, maintenance, other, box, tank, flat, otherFreight, chair, sleeper, otherPassenger Also in the global area define an array of const string objects named KIND_ARRAY. It will contain strings with the same text as the names of the values in the enum, in the same order.
- 15. Change the Kind field in the Car class so it is: Kind kind; Adjust the functions to use the enum and KIND_ARRAY. The output function can use the KIND_ARRAY values to print the string corresponding to the enum value. Build a new member function setKind. in the Car::setUpCar functionm pass it a constant reference to the string provided by the user. If the string is not business or maintenance in the Car class, set the kind to other. The setKind member function will set the correct Kind. Change private to protected in the Car class only. Make two classes that inherit from the Car class: FreightCar and PassengerCar. Each class will need a default constructor, a copy constructor, and a constructor that has five parameters. Only one more function will be built in each class; all the rest will be inherited. No additional member data will be added. Create setKind functions for the FreightCar and PassengerCar classes that are similar to the setKind function for the Car class, but with different values. The setKind function for the FreightCar class uses only the values: box, tank, flat, otherFreight The setKind function for the PassengerCar class uses only the values: chair, sleeper, otherPassenger Create two new global function named buildFreightCar and buildPassengerCar, similar to the buildCar function. These are used to build a FreightCar or a Passenger car, respectively. Revise the main function to call the input function and do nothing else. In the input function loop read one line from the file each time through the loop, look at the Type field in the record and call the corresponding build function to build that type of car. Before calling the appropriate build function, print a header giving the sequence number of the car read, with the number 1
- 16. for the first car and incremented for each successive car. The file for this problem is called cardata5.txt, and must contain (without headers, of course): Type order ARR number kind loaded destination Car car1 CN 819481 maintenance false NONE Car car2 SLSF 46871 business true Memphis Car car3 AOK 156 tender true McAlester FreightCar car4 MKT 123456 tank false Fort Worth FreightCar car5 MP 98765 box true Saint Louis FreightCar car6 SP 567890 flat true Chicago FreightCar car7 GMO 7878 hopper true Mobile PassengerCar car8 KCS 7893 chair true Kansas City PassengerCar car9 PAPX 145 sleeper true Tucson PassengerCar car10 GN 744 combine false NONEProblem 5.2 Copy the solution from problem 5.1. In this problem you will change the StringOfCars class so it has an array of pointers to objects, rather than an array of objects themselves. This will allow us to have a string of cars that contains Car, FreightCar, and PassengerCar objects all in the same string of cars. This works because a pointer of type Car * can be made to point to Car objects as well as point to the child FreightCar and PassengerCar objects. Remove the call to the output member function from the three build funtions: buildCar, buildFreightCar, and buildPassengerCar. Because you have pointers of type Car * that may point to any one of the three types of objects, there is a problem. The system does not know what type object will be encountered until execution time. That means a system is needed so the functions that are overridden need to have a mechanism to select the correct version of the function at execution time, rather than having it fixed at compile time. This is done with the virtual declaration. To do this make the declaration of the setKind and the declaration of the ~Car functions virtual in the Car class.
- 17. This is only done in the declaration, not the definition of the function. This is only done in the parent class, not the children classes. To change the class StringOfCars, comment out all the code in the member functions of the StringOfCars class and fix them one or two at a time in the following order. These are similar to the previous functions, but changed to allow for the fact that we are putting pointers to cars in the array. · Build the default constructor first. Create a default string of cars in main. · Build an output function, similar to the old one, but dereferrencing the pointers. · Write a push function which adds a car to the string of cars. It takes a Car by constant reference, allocates space in the heap, makes a copy of the Car, and puts the pointer to the Car in the array. · Write a copy constructor similar to the old one, but it gets space for each car and copies each one, as well as getting space for the array. · omit the pop member function. Add to the build functions a call to push the objects onto the string of cars. Remove the output from the build functions. Test the copy constructor by making stringOfCars2 in the stack for main that is a copy of stringOfCars1. Print stringOfCars2.