I am having issues using bool CustomerList::updateStore(). I am using strcpy in order to update input for the Store class, but all I am getting is the same input from before. Here is what I am trying to do:

Ex.

(1234, "Name", "Street Address", "City", "State", "Zip")

Using the function bool CustomerList::updateStore()

Updating..successful

New Address:

(1234, "Store", "111 Main St.", "Townsville", "GA", "67893")

CustomerList.h

#pragma once;

#include
#include "Store.h"

class CustomerList
{

   public:
       Store *m_pHead;
       CustomerList();
       ~CustomerList();
       bool addStore(Store *s);
       Store *removeStore(int ID);
       Store *getStore(int ID);
       bool updateStore(int ID, char *name, char *addr, char *city, char *st, char *zip);
       void printStoresInfo();

  
};

CustomerList.cpp

#include

#include "CustomerList.h"

#include "Store.h"

using namespace std;

CustomerList::CustomerList()

{
m_pHead = NULL;
}

CustomerList::~CustomerList()

{
delete m_pHead;
}

bool CustomerList:: addStore(Store *s)

{

if(m_pHead==NULL)

   {
       m_pHead = new Store(s->getStoreID(),s->getStoreName(), s->getStoreAddress(), s->getStoreCity(), s->getStoreState(), s->getStoreZip());
       return true;
   }

else

{
   Store * temp;

       temp=m_pHead;

       while(temp->m_pNext != NULL)

       {
           temp = temp->m_pNext;
       }

       temp->m_pNext = new Store(s->getStoreID(),s->getStoreName(), s->getStoreAddress(), s->getStoreCity(), s->getStoreState(), s->getStoreZip());

   return true;
}

}

Store *CustomerList::removeStore(int ID)

{

Store *temp, *back;
temp = m_pHead;
back = NULL;

while((temp != NULL)&&(ID != temp ->getStoreID()))

   {
       back=temp;
       temp=temp->m_pNext;
   }

if(temp==NULL)
return NULL;

else if(back==NULL)
   {
       m_pHead = m_pHead ->m_pNext;
       return temp;
   }

else

   {
       back -> m_pNext = temp-> m_pNext;
       return temp;
   }

return NULL;

}

Store *CustomerList::getStore(int ID)

{

Store *temp;

temp = m_pHead;

while((temp != NULL) && (ID != temp ->getStoreID()))

   {
           temp = temp->m_pNext;
   }

       if(temp == NULL)
       return NULL;

else

   {

       Store *retStore = new Store();
       *retStore = *temp;
       retStore->m_pNext = NULL;
       return retStore;

   }

}

bool CustomerList::updateStore(int ID, char *name, char *addr, char *city, char *st, char *zip)

   {
       Store *temp;
       temp = m_pHead;

           while((temp!= NULL)&&(ID != temp->getStoreID()))
           {
               temp = temp->m_pNext;
           }

               if(temp == NULL)
               {
                   return false;
               }

               else
               {
                       strcpy(temp->getStoreName(),name);
                       strcpy(temp->getStoreAddress(),addr);
                       strcpy(temp->getStoreCity(),city);
                       strcpy(temp->getStoreState(),st);
                       strcpy(temp->getStoreZip(),zip);
                       return true;
               }
          
          
   }

void CustomerList::printStoresInfo()

{

Store *temp;

if(m_pHead == NULL)

{
       cout << " The List is empty.\n" ;
}

   else

   {

   temp = m_pHead;

       while(temp != NULL)

       {
       temp->printStoreInfo();
       temp = temp->m_pNext;
       }

   }

}

Store.h

#pragma once;

#include
#include

using namespace std;

class Store
{
   private:
       int       m_iStoreID;
       char   m_sStoreName[64];
       char   m_sAddress[64];
       char   m_sCity[32];
       char   m_sState[32];
       char   m_sZip[11];

   public:
       Store   *m_pNext;

       Store();                       // Default constructor
       Store(int ID,                   // Constructor
           char *name,
           char *addr,
           char *city,
           char *st,
           char *zip);
       ~Store();                       // Destructor
       int getStoreID();               // Get/Set store ID
       void setStoreID(int ID);
       char *getStoreName();           // Get/Set store name
       void setStoreName(char *name);
       char *getStoreAddress();       // Get/Set store address
       void setStoreAddress(char *addr);
       char *getStoreCity();           // Get/Set store city
       void setStoreCity(char *city);
       char *getStoreState();           // Get/Set store state
       void setStoreState(char *state);
       char *getStoreZip();           // Get/Set store zip code
       void setStoreZip(char *zip);
       void printStoreInfo();           // Print all info on this store
};

Store.cpp

#include "Store.h"

#include

using namespace std;

Store::Store()
{
   m_pNext = NULL;
}

Store::Store(int ID, char *name, char *addr, char *city, char *st, char *zip)
{
   m_iStoreID = ID;
   strcpy(m_sStoreName, name);
   strcpy(m_sAddress, addr);
   strcpy(m_sCity, city);
   strcpy(m_sState, st);
   strcpy(m_sZip, zip);
   m_pNext = NULL;
}

Store::~Store()
{
   // Nothing to do here
}

int Store::getStoreID()
{
   return m_iStoreID;
}

void Store::setStoreID(int ID)
{
   m_iStoreID = ID;
}

char *Store::getStoreName()
{
   char *name = new char[strlen(m_sStoreName) + 1];
   strcpy(name, m_sStoreName);
   return name;
}

void Store::setStoreName(char *name)
{
   strcpy(m_sStoreName, name);
}

char *Store::getStoreAddress()
{
   char *addr = new char[strlen(m_sAddress) + 1];
   strcpy(addr, m_sAddress);
   return addr;
}

void Store::setStoreAddress(char *addr)
{
   strcpy(m_sAddress, addr);
}

char *Store::getStoreCity()
{
   char *city = new char[strlen(m_sCity) + 1];
   strcpy(city, m_sCity);
   return city;
}

void Store::setStoreCity(char *city)
{
   strcpy(m_sCity, city);
}

char *Store::getStoreState()
{
   char *state = new char[strlen(m_sState) + 1];
   strcpy(state, m_sState);
   return state;
}

void Store::setStoreState(char *state)
{
   strcpy(m_sState, state);
}

char *Store::getStoreZip()
{
   char *zip = new char[strlen(m_sZip) + 1];
   strcpy(zip, m_sZip);
   return zip;
}

void Store::setStoreZip(char *zip)
{
   strcpy(m_sZip, zip);
}

void Store::printStoreInfo()
{
   cout << m_iStoreID << setw(20) << m_sStoreName << setw(15) << m_sAddress
       << setw(15) << m_sCity << ", " << m_sState << setw(10) << m_sZip << "\n";
}

Employee Record.h

#pragma once
#include "CustomerList.h"
class EmployeeRecord
{
private:
int m_iEmployeeID;
char m_sLastName[32];
char m_sFirstName[32];
int m_iDeptID;
double m_dSalary;
         
public:
     
           CustomerList *getCustomerList();
           CustomerList *m_pCustomerList;

           //The default constructor
EmployeeRecord();

       EmployeeRecord(int ID, char *fName, char *lName, int dept, double sal);

  
~EmployeeRecord();

int getID();

  
void setID(int ID);

  
void getName(char *fName, char *lName);

  
void setName(char *fName, char *lName);

int getDept();

void setDept(int d);

double getSalary();

void setSalary(double sal);

void printRecord();

         
};

Employee Record.cpp

#include
#include "EmployeeRecord.h"
#include "CustomerList.h"

using namespace std;

//Default Constructor

EmployeeRecord::EmployeeRecord()
{

// The default constructor shall set the member variables to the following
m_iEmployeeID = 0;
m_sFirstName[0] = '\0';
m_sLastName[0] = '\0';
m_iDeptID = 0;
m_dSalary = 0.0;
}

EmployeeRecord::EmployeeRecord(int ID, char *fName, char *lName, int dept, double sal)
{

  
strcpy(m_sFirstName, fName);
strcpy(m_sLastName, lName);

m_iEmployeeID = ID;
m_iDeptID = dept;
m_dSalary = sal;
fName = NULL;
lName = NULL;
}

// Default Desctrutor

EmployeeRecord::~EmployeeRecord()
{
   delete m_pCustomerList;
}

int EmployeeRecord:: getID()
{
return m_iEmployeeID;

}

void EmployeeRecord::setID(int ID)
{
  
m_iEmployeeID = ID;

}

void EmployeeRecord::getName(char *fName, char *lName)
{
  

strcpy(fName, m_sFirstName);
strcpy(lName, m_sLastName);
  

}

void EmployeeRecord::setName(char *fName, char *lName)
{
  
strcpy(m_sFirstName, fName);
strcpy(m_sLastName, lName);

  

}

int EmployeeRecord::getDept()
{
  
return m_iDeptID;
  
}

void EmployeeRecord::setDept(int d)
{
m_iDeptID = d;
  
}

double EmployeeRecord::getSalary()
{
  
return m_dSalary;
  

}

void EmployeeRecord::setSalary(double sal)
{
  
m_dSalary = sal;

}

void EmployeeRecord::printRecord()
{

cout << "ID: " << m_iEmployeeID << "\t";
   cout << "\tName: " << m_sLastName << " , " << m_sFirstName << "\t";
   cout << "\tDept: " << m_iDeptID << "\t" << "\t";
   cout << "Salary: $" << m_dSalary << "\t" << endl << endl;

}

CustomerList *EmployeeRecord::getCustomerList()
{
   CustomerList *m_pCustomerList = new CustomerList();
   return m_pCustomerList;
}

MainProgram.cpp

#include
#include "EmployeeRecord.h"
#include
using namespace std;

int main()
{

   int employee_id = 100, dept_id = 42, IDNum;
   char fname [32];
   char lname [32];
   double salary = 65000;
   double salaryp;
   double *p_salary ;

   salaryp = 65000;
   p_salary = &salaryp;

   //=========================================================================EmployeeRecord Testing==========================================================================================
      
   EmployeeRecord *Employee1 = new EmployeeRecord(dept_id, fname, lname, dept_id, salary);
   Employee1->setID(employee_id);
   Employee1->setName("John", "Doe");
   Employee1->setDept(42);
   Employee1->setSalary(salary);

   IDNum = Employee1-> getID();
   Employee1->getName(fname,lname);
   Employee1->getDept();
   Employee1->getSalary();

   if(IDNum == employee_id)
       //Test Successful
   if((strcmp(fname, "John") == 0)&&(strcmp(lname,"Doe") == 0))
       //Test Successful
   if(dept_id == 42)
       //Test Successful
   if(*p_salary == salary)
       //Test Successful
     
   Employee1->printRecord();

   Employee1->setID(456);
   Employee1->setName("Jane", "Smith");
   Employee1->setDept(45);
   Employee1->setSalary(4000);

   IDNum = Employee1-> getID();
   Employee1->getName(fname,lname);
   Employee1->getDept();
   Employee1->getSalary();

   if(IDNum == 456)
       //Test Successful
   if((strcmp(fname, "Jane") == 0)&&(strcmp(lname,"Smith") == 0))
       //Test Successful
   if(dept_id == 45)
       //Test Successful
   if(*p_salary == 4000)

   Employee1->printRecord();

   //=====================================Customer List Testing====================================

   cout <<"\n===============================================================================================================" << endl;
   cout <<"   Adding stores to the list " << endl;
   cout <<"===============================================================================================================" << endl << endl;

     
   CustomerList *cl = Employee1 ->getCustomerList();
   //----Testing the addStore, and printStoresInfo functions:--------------------------------------
   Store *s = new Store(4567,"A Computer Store", "1111 Main St." ,"West City" ,"Alabama", "12345");
   Store *s1 = new Store(7654,"Jones Computers", "1234 Main St." ,"North City" ,"Alabama", "54321");
   Store *s2 = new Store(1234, "Smith Electronics", "2222 2nd St." ,"Eastville", "Alabama","12346");

     
   cout <<"Calling printStoresInfo() after adding one store to list."<< endl;
   cout <<"\n===============================================================================================================" << endl;
   cout << "   Stores in List " << endl;
   cout <<"===============================================================================================================" << endl;
   cl -> addStore(s);
   cl -> printStoresInfo();
   cout <<"===============================================================================================================" << endl << endl;

   cout <<"Calling printStoresInfo() after adding second store to list."<< endl;
   cout <<"\n===============================================================================================================" << endl;
   cout << "   Stores in List " << endl;
   cout <<"===============================================================================================================" << endl;
   cl -> addStore(s1);
   cl -> printStoresInfo();
   cout <<"===============================================================================================================" << endl<< endl;
  
   cout <<"Calling printStoresInfo() after adding third store to list."<< endl;
   cout <<"\n===============================================================================================================" << endl;
   cout << "   Stores in List " << endl;
   cout <<"===============================================================================================================" << endl;
   cl -> addStore(s2);
   cl -> printStoresInfo();
   cout <<"===============================================================================================================" << endl << endl;

   //---Testing the get store function:---------
   Store *s3 = NULL;
   s3=cl->getStore(1234);

   if((s3 != NULL) && (s3->getStoreID() == 1234))
       cout << "Testing getStore(1234)...successful" << endl;

   Store *s4 = NULL;
   s4=cl->getStore(7654);

   if((s4 != NULL) && (s4->getStoreID() == 7654))
       cout << "Testing getStore(7654)...successful" << endl;

      
      
         
   cout << "Testing getStore(9999)..." << endl;
       Store *s9 = NULL;
       s9 = cl->getStore(9999);
       if(s9 == NULL)
       cout << "getStore() correctly reported failure to find the store." << endl;
   //-------------------------------------------
  
     
   //---Testing updateStore Function: ----------------------------------------------------------------------
   bool chk = cl->updateStore(1234, "hello", "1111 TestAddress", "TestCity", "TestState", "TestZip");
   if(chk)
   {
   cout <<"\n===============================================================================================================" << endl;
   cout << "   Stores in List " << endl;
   cout <<"===============================================================================================================" << endl;
       cl ->printStoresInfo();
   cout <<"===============================================================================================================" << endl;
   }
   else
       cout << "updateStore test failed\n";

   bool chk1 = cl -> updateStore(9999, "NoName", "1111 NoAddress", "NoCity", "NoState", "NoZip");

   if(!chk1)
       cout << "updateStore negative test passed.\n";
   else
       cout << "updateStore negative test failed.\n";
   //---------------------------------------------------------------------------------------------------------
     
     

   //--Testing the removeStore function-------------------------------------------------------------------------------------------------

   Store *s5;

   s5 = cl ->removeStore(4567);
   if(s5 == NULL)

       Store *s5 = cl -> removeStore(4567);

       if(( s5 != NULL) && (s5->getStoreID() == 4567))
     
   cout << "\nRemoving store 4567 from the list...successful" << endl;
   cout << "Calling printStoresInfo after deleting a store from the head of the list." << endl;
   cout <<"===============================================================================================================" << endl;
   cout << "   Stores in List " << endl;
   cout <<"===============================================================================================================" << endl;
   cl -> printStoresInfo();
   cout <<"===============================================================================================================" << endl << endl;

   Store *s6;

   s6 = cl ->removeStore(1234);
   if(s6 == NULL)

   Store *s6 = cl -> removeStore(1234);

   if(( s6 != NULL) && (s6->getStoreID() == 1234))
     
   cout << "\nRemoving store 1234 from the list...successful" << endl;
   cout << "Calling printStoresInfo after deleting a store from the head of the list." << endl;
   cout <<"===============================================================================================================" << endl;
   cout << "   Stores in List " << endl;
   cout <<"===============================================================================================================" << endl;
   cl -> printStoresInfo();
   cout <<"===============================================================================================================" << endl << endl;
     
     
   Store *s7;

   s7 = cl ->removeStore(7654);
   if(s7 == NULL)

       Store *s7 = cl -> removeStore(7654);

       if(( s7 != NULL) && (s7->getStoreID() == 7654))
     
   cout << "\nRemoving store 7654 from the list...successful" << endl;
   cout << "Calling printStoresInfo after deleting a store from the head of the list." << endl;
   cout <<"===============================================================================================================" << endl;
   cout << "   Stores in List " << endl;
   cout <<"===============================================================================================================" << endl;
   cl -> printStoresInfo();
   cout <<"===============================================================================================================" << endl << endl;
       //---------------------------------------------------------------------------------------------------------------------------------------

       //---Testing the destructor-----------------
       EmployeeRecord *e = new EmployeeRecord();

       delete e;
       //------------------------------------------
      

   system ("pause");
   return 0;
}

The syntax of a language is quite simple. The alphabet of the language is {a, b, d, #} where # stands for a space. The grammar is
<sentence> → <word> | <sentence> # <word>
<word> → <syllable> | <syllable> <word> <syllable>
<syllable> → <plosive> | <plosive> <stop> | a <plosive> | a <stop>
<plosive> → <stop> a
<stop> → b | d

Which of the following speakers is an imposter? An impostor does not follow the rules of the language.
a: ba#ababadada#bad#dabbada Chimp:

b: abdabaadab#ada
c: Baboon: dad#ad#abaadad#badadbaad

In GoogleCollab (Python)

• Write a function power(x,i) that takes an int i and a float (i.e. real number) x and returns xi, do not use Python’s in-built power function x**i , instead write a loop to do so using only multiplication.
• Now do use the power function x**i to write a second function unit_test(y) that tests whether your first function is working correctly or not.  
• Does power(x,i) work for any value of x and i ? For which values x and i does it throw an error? What happens if the input variables are letters instead of a float and an int?
• Write a new function power_2(x,i)so that instead of throwing an error, the function prints a message that explains what went wrong in each case?  

add the following numbers using 16-bit 2's complement.
show all the steps and calculations.
Please also show steps to verify that the answer is correct.

2368 and -772

Need hep with this c++ program

Declare an array of integers of size 8 and initialize it with any non-duplicate integer values you like. Don’t enter the values in any order. Print the unsorted array. Sort the array using selection sort or insertion sort in descending order. Print what sort you are using. Write any additional functions that you need for sorting. Keep monitoring the number of comparisons and number of swaps performed while sorting. Report both after sorting. Print the sorted array.

JAVA

Design and implement a class called Boxthat represents a 3-dimensional box.1.Instance DataYour Box class will need variables to store the size of the box. All of these variables will be of type ‘private double’.•width•height•depthYour Boxclass will also need a variable to keep track of whether or not the box is full. This will be of type ‘private boolean’.•full2.ConstructorDeclaration: public Box( double width, double height, double depth)•Your Boxconstructor will accept the width, height,and depthof the box.•In your constructor, initialize the width, height,and depthinstance variables to values passed in as parameters to the constructor.•Each newly created box will be empty. This means that you will also need to initialize fullto false in your constructor.3.Getter and Setter MethodsInclude getter and setter methods for all instance data. We will assume that all supplied dimension values are positive values. Here is an example of the method declarations for width to get you started.•Getter: public double getWidth()•Setter: public void setWidth(double width)4.Public Methods•Write a public double volume()method that will calculate and return the volume of the box based on the instance data values.•Write a public double surfaceArea()method that will calculate and return the surface area of the box based on the instance data values.5.toString MethodWrite apublic String toString() method that returns a one-line description of the box. The description should provide its dimensions and whether or not the box is full. Format all double values to 2 decimal places.Example: An empty 4.00x 5.00 x 2.00 box.Part 2: Testing your ClassNow, create a driver class called BoxTestand do the following in the main method.Create your first box1.Create a Boxvariable called smallBoxand instantiate it with width 4, height 5, and depth 2.2.Print the one-line description of smallBoxusing its toString()method.3.Confirm that smallBox’s width, height, and depth getter methods are returning the correct values.4.Confirm that smallBox’s volume()and surfaceArea()methods are returning the correct values.5.Use smallBox’s setter methods to change it from “empty” to “full” and to change its dimension values to width 2, height 3, and depth 1.6.Print the one-line description of smallBoxusing toString()again, and confirm that all changed values are reflected.7.Confirm that all getter and other methods return the correct values reflecting smallBox’s current dimensions and full value.Create several boxes and find the largest oneDo not delete what you did above! Add the following code to the end of your BoxTestclass.1.Declare and instantiate an ArrayListobject that will store your Boxobjects.See the listing below as a sample of how to use the ArrayListbut with Stringobjects.2.In a standard “for” loop that iterates 5 times, create a new Boxwith randomly generated width, height, and depth and add the box to your ArrayList. Limit dimension values to a reasonable range. Randomly generate a Boolean value and use it to call the Box’s method for setting “full” (use the nextBoolean()method in the Randomclass).3.In the loop, print outthe Box’s details, labeled according to the loop iteration (i.e. if this isthe first iteration of the loop, label the box as “Box 1: “ in the output).4.Use a for-each loop(as shown in the listing above)to find the Boxwith the largest volume. You will need to declare a largest box variable of type Boxto keep track of the largest box. This variable needs to be declared outside of the loop so that it will still be available when the loop ends. Use conditional statements inside the loop to compare the current Box to the largest Box, so far, and update the largest box variable when appropriate.5.After the loop, print the details of the largest Box. Confirm that you program identified the correct boxes.

create a program that will calculate a student s grade in a class that uses a weighted gradebook

Question 3: Write the following Java program.

A. Create a class called Quadrilateral that contains the following: [4 Marks]

• Five double type data fields for: side1, side2, side3, side4, and perimeter

• A no-argument constructor that creates a Quadrilateral with all sides equal to 1

• Methods named setSide1(double s1), setSide2(double s2), setSide3(double s3), and

setSide4(double s4) to set the values of the four sides

• A method named calculatePerimeter( ) to calculate and return the perimeter of the

quadrilateral

B. Create a child class called Square that contains a method named calculateArea() to

calculate the area of the Square. [2 Marks]

C. Create a java main class named TestQuad to do the following: [4 Marks]

• Create a Quadrilateral object named Quad1 and a Square object named Sq1.

• Call the methods setSide1(double s1), setSide2(double s2), setSide3(double s3), and

setSide4(double s4) to:

o set the sides of Quad1 to 10, 20, 25, and 30, respectively

o set all sides of Sq1 to 3

• Display the perimeter of Quad1 by calling the method calculatePerimeter ( ). Display

the perimeter of Sq1 by calling the method calculatePerimeter ( ).

• Display the area of Sq1 by calling the method calculateArea()

Hint: Perimeter = sum of all sides & Area of Square = side * side

JAVA - Write a program that prompts the user (at the command line) for 4 positive integers, then draws a pie chart in a window. Convert the numbers to percentages of the numbers’ total sum; color each segment differently; use Arc2D. No text fields (other than the window title) are required. Provide a driver in a separate source file to test your class.

Please use the following:

java.lang.Object

java.awt.Graphics

java.awt.Graphics2D

Take note of the following:

setPaint

setStroke

fill

// imports

public class PieChartPanel extends JPanel {

// attributes

// constructor

public void paintComponent(Graphics g) {

super.paintComponent (g);

Graphics2D g2d = ( Graphics2D ) g;

...

}

There should be a paintComponent method that calls its parent

Computer Science Multiple Choice: Please complete all 5 questions in exchange for an immediate upvote. Incomplete answers will be downvoted so please move on if they aren't worth your time. Thank you!

1. A node that is the root of a balanced tree is called a(n) _____ node.
   1. balanced
   2. master
   3. search
   4. AVL
2. When there is an addition to a node’s right subtree that creates an unbalanced search tree, you can correct it with a(n)
   1. left rotation
   2. right rotation
   3. reheap
   4. sift up
3. What type of rotation do you need to rebalance an AVL tree if the addition that unbalanced the tree occurred in the left subtree of node N, the unbalanced node’s left child?
   1. left rotation
   2. right rotation
   3. right-left rotation
   4. left-right rotation
4. What type of rotation do you need to rebalance an AVL tree if the addition that unbalanced the tree occurred in the right subtree of node N, the unbalanced node’s left child?
   1. left rotation
   2. right rotation
   3. right-left rotation
   4. left-right rotation
5. What type of rotation do you need to rebalance an AVL tree if the addition that unbalanced the tree occurred in the left subtree of node N, the unbalanced node’s right child?
   1. left rotation
   2. right rotation
   3. right-left rotation
   4. left-right rotation

Note: The built-in character analysis functions (isdigit(), islower(),
etc.) may not be used.

Exercise 6.1 Write to an output file
Open an output file (stream) and write your identifying information to the
associated output file using a function. Put your standard output informa-
tion in a function named ShowHeader(). The file stream must be passed by
reference to the function. To do this, an & (ampersand) is used between the
data type (ofstream) and the name of the argument (I like to use fOut for
output file stream objects and fIn for input file stream object names).

Exercise 6.2 Read from an input file
Read/Process an input file a character at a time. Open an input file (stream)
and read a single character on each pass through a loop (a while() loop is
probably easiest) until the end of file is reached. After reading the character,
write it to the output file created earlier. The output should contain the
same characters as the input file.

Exercise 6.3 Character Analysis
Suggestion: Develop the remainder of this program in piecewise manner–
specifically, add one character analysis operation at a time, before adding
the next.
Analyze the characters in a file using functions to display their charac-
teristics, e.g., lower case, digit etc. The logic for analysis will be inside the
loop above.
Specifically, test if the character:
• is a letter.
• test if it is lower case or upper case.
• if the character is a letter, test if it is a vowel or consonant.
• is a digit.
• if the character is a digit, test if the value is odd or even.
• is a punctuation character.
• is a logical operator symbol.
Write a short function for most operations in the list above. If a character
is a letter, then it is either upper or lower case, so we only need to write one
function to test the case of the character. Do not use the built-in functions.

Note: there are no I/O (input/output) operations in the functions, only a
single character is examined.

Describe a simple SIMD architecture for “Image processing” application.

Hi

I have an assignment that has this question basis on network protocols (multiple access protocols):

Q1 ) Explain why collision is an issue in random access protocols but not in channelization protocols?

I need an explanision for that question

Discuss in what areas of your organization, or an organization you are familiar with, should conduct association analysis. With what data objects should the organization attempt to discover relationships to other data objects. What would be the business benefits of uncovering these relationships?

Experiment with a simple derivation relationship between two classes. Put println statements in constructors of both the parent and child classes. Do not explicitly call the constructor of the parent in the child. What happens? Why? Change the child’s constructor to explicitly call the constructor of the parent. Now what happens?