For the following problem, draw a flowchart, write a function and then execute the function with your choice of input parameter values:

For given two input parameters: If parameter 1 is smaller than parameter 2 return the remainder of parameter 1 by parameter 2 Otherwise, return the multiplication of two input parameters.

Python programming language

1. Identify three applications of information systems at the college or the university that you are attending. Write three applications, and provide an example of the type of decisions that are being improved by each application.

2.  RFID tags are being increasingly used by companies such as Macy's, Walmart, and Home Depot. Identify an additional company that uses RFIDs and describe the company’s specific application of RFIDs.

Write a C++ programm which

• reads an input file named 'input.txt'
• content of input.txt are not known to you
• copies content of input file into an output file named 'output.txt'
• contents of output.txt should be exactly the same as contents of input.txt
• the user should be given a choice to select input and output file in any folder
• remember to check that input file opened successfully

Please add comments next to the code, so I can learn from the solution. Also please use beginner coding, nothing too advance.

C++ question.

I want to write all output to the file "output.txt", but it will write just first character. Can you fix it?

#include

#include

#include

#include

#include

using namespace std;

using std::cin;

using std::cout;

using std::string;

// remove dashes convert letters to upper case

string normalize(const string &isbn) {

string ch;

for (char i : isbn) {

if (i == '-') {

continue; // if "-" then skip it

}

if (isalpha(i)) {

i = toupper(i); // Check uppercase

}

ch += i;

}

return ch;

}

// return the number of digits in to the string

size_t numDigits(string &str) {

size_t numDigits = 0;

for (char ch : str) {

if (isdigit(ch)) {

++numDigits;

}

}

return numDigits;

}

enum ValidationCode {

Ok, // validation passed

NumDigits, // wrong number of digits

ExtraChars,// extra characters in isbn

Done

};

enum ValidationCode validate(string &isbn) {

int Done = 4;

string normal = normalize(isbn);

size_t count = numDigits(normal);

if (normal.size() == Done)

exit(0);

if (count != 10) {

return NumDigits;

}

if (normal.size() == 10 || normal.size() == 11 && normal[10] == 'X') {

return Ok;

}

return ExtraChars;

}

int main() {

// open a file

ofstream file("output.txt");

//The following code is taken from (https://en.cppreference.com/w/cpp/io/basic_ios/fail)

// check if the file can open

if(!file) // operator! is used here

{

std::cout << "File opening failed\n";

return EXIT_FAILURE;

} //end of borrowed code

// read a file

//The following code is referenced from (https://stackoverflow.com/questions/7868936/read-file-line-by-line-using-ifstream-in-c)

std::ifstream ifs("test_data.txt");

// check if the file can read

if (ifs.fail())

{

std::cerr << "test_data.txt could not read" << std::endl;

return -1;

} //end of referenced code

std::string str;

while (ifs >> str){

switch (validate(str)) {

case Ok:

cout << str << " is a valid isbn\n";

file << str << " is a valid isbn\n";

break;

case NumDigits:

cout << str << " doesn't have 10 digits\n";

file << str << " doesn't have 10 digits\n";

break;

case ExtraChars:

cout << str << " has extra characters\n";

file << str << " has extra characters\n";

break;

default:

cout << "ERROR: validate(" << str << ") return an unknown status\n";

file << "ERROR: validate(" << str << ") return an unknown status\n";

break;

}

}

ifs.close();

file.close();

}

test_data.txt

1-214-02031-3
0-070-21604-5
2-14-241242-4
2-120-12311-x
0-534-95207-x
2-034-00312-2
1-013-10201-2
2-142-1223
3-001-0000a-4
done

Using the sample code included at the end of the document to create the tables, Please write an anonymous PL/SQL program the following problems.

Problem 1. Print out estimated charge for rental ID 1 if the customer returns the tool in time. The charge is computed by the price in the price_tool table * number of units the customer plans to rent. E.g., if a customer rents a tool hourly for 5 hours, and the hourly rate for the tool is $6, the estimated charge should be $30. [30 points]

Problem 2. [30 points] Print out name of tools rented by Susan and their due time.

--------- Sample code

drop table rental cascade constraints;

drop table tool_price cascade constraints;

drop table tool cascade constraints;

drop table category cascade constraints;

drop table cust cascade constraints;

drop table time_unit cascade constraints;

create table cust(

cid int, -- customer id

cname varchar(50), --- customer name

cphone varchar(10), --- customer phone

cemail varchar(30), --- customer email

primary key(cid)

);

insert into cust values(1,'John','1234567888','[email protected]');

insert into cust values(2,'Susan','1235555555','[email protected]');

insert into cust values(3,'David','1237777777','[email protected]');

create table category(

ctid int, --- category id

ctname varchar(30), --- category name

parent int, --- parent category id

primary key(ctid),

foreign key (parent) references category

);

insert into category values(1,'mower',null);

insert into category values(2,'electric mower',1);

insert into category values(3,'gasoline mower',1);

insert into category values(4,'carpet cleaner',null);

create table tool

(tid int, --- tool id

tname varchar(50), -- tool name

ctid int, --- category id

quantity int,

primary key (tid),

foreign key (ctid) references category

);

insert into tool values(1,'21 inch electric mower',2,2);

insert into tool values(2,'30 inch large gasoline mower',3,2);

insert into tool values(3,'small carpet cleaner',4,2);

insert into tool values(4,'large carpet cleaner',4,2);

create table time_unit

(tuid int, --- time unit id

len interval day to second, --- length of unit, can be 1 hour, 1 day, etc.

min_len int, --- minimal number of units

primary key (tuid)

);

--- hourly minimal four hours.

insert into time_unit values(1, interval '1' hour, 4);

-- hourly minimal 1 day

insert into time_unit values(2, interval '1' day, 1);

--- weekly

insert into time_unit values(3, interval '7' day, 1);

create table tool_price

(tid int, --- too id

tuid int, --- time unit id

price number,

primary key(tid,tuid),

foreign key(tid) references tool,

foreign key(tuid) references time_unit

);

--- mower, $20 per 4 hours. $30 per day

insert into tool_price values(1,1,5.00);

insert into tool_price values(1,2,30);

insert into tool_price values(1,3,120);

insert into tool_price values(2,1,7.00);

insert into tool_price values(2,2,40);

insert into tool_price values(2,3,160);

insert into tool_price values(3,1,6.00);

insert into tool_price values(3,2,32);

insert into tool_price values(3,3,125);

insert into tool_price values(4,1,7.00);

insert into tool_price values(4,2,40);

insert into tool_price values(4,3,160);

create table rental

(

rid int, --- rental id

cid int, --- customer id

tid int, --- tool id

tuid int, --- time unit id

num_unit int, --- number of units, if unit = 1 hour, num_unit = 5 means 5 hours.

start_time timestamp, -- rental start time

end_time timestamp, --- suppose rental end_time

return_time timestamp,--- actual return time

credit_card varchar(20),

total number, --- total charge

primary key (rid),

foreign key(cid) references cust,

foreign key(tid) references tool,

foreign key(tuid) references time_unit

);

-- John rented a mower for 4 hours,

insert into rental values(1,1,1,1,4,timestamp '2019-08-01 10:00:00.00',null,null,'123456789',null);

-- susan rented a small carpet cleaner for one day

insert into rental values(2,2,3,2,1,timestamp '2019-08-11 10:00:00.00',null,null,'123456789',null);

--susan also rented a small mower for 5 hours, before 8 am case

insert into rental values(3,2,1,1,5,timestamp '2019-08-12 21:00:00.00',null,null,'123456789',null);

--david also rented a small carpet cleaner for 4 hours, after 10 pm case

insert into rental values(4,3,3,1,4,timestamp '2019-08-13 19:00:00.00',null,null,'12222828828',null);

commit;

Use the median of 3 partitioning algorithm (given in the next page) to implement quick sort. This algorithm chooses the pivot element as the median of the 3 elements namely: A[p], A[r], and A[(p+r)/2].(Java language)

Quicksort(A,p,r)

1 if p

2 N = r- p +1

3 m = Median3(A, p, p + N/2 , r)

4 exchange A[m] with A[r]

5 q = Partition (A,p,r)

6 Quicksort(A,p, q-1)

7 Quicksort(A,q+1,r)

Write a function of interest to you. It should that take at least 3 inputs from different types and return at least three different values.

Call your function from the main.

Print the resultant outputs in the main (not in the function).

Construct a DFA machine to recognize the language of all binary numbers which are a multiple of 5.
L = { w belongs {0,1}* : w is a binary number and is a multiple of 5}
Example: 101 belongs to L; 1010 belongs to L; 110 doesn't belong to L.

Upsetfowl inC++

knock­off version of the Angry Birds game. The starter program is a working first draft of the game.

1. Correct the first FIXME by moving the intro text to a function named PrintIntro. Development suggestion: Verify the program has the same behavior before continuing.

2. Correct the second FIXME. Notice that the function GetUsrInpt will need to return two values: fowlAngle and fowlVel.

3. Correct the third FIXME. Notice that the function LaunchFowl only needs to return the value fowlLandingX, but needs the parameters fowlAngle and fowlVel.

4. Correct the fourth FIXME. Notice that the function DtrmnIfHit only needs to return the value didHitSwine, but needs the parameters fowlLandingX and swineX. The main should now look like the following code and the program should behave the same as the first draft: intmain(){ doublefowlAngle=0.0;

//angleoflaunchoffowl(rad) doublefowlVel=0.0;//velocityoffowl(m/s) doubleswineX=0.0;//distancetoswine(m) doublefowlLandingX=0.0;

//fowl’shoriz.dist.fromstart(m) booldidHitSwine=false;

//didhittheswine? srand(time(0)); swineX=(rand()%201)+50; PrintIntro(); GetUsrInpt(swineX,fowlAngle,fowlVel); fowlLandingX=LaunchFowl(fowlAngle,fowlVel); didHitSwine=DtrmnIfHit(fowlLandingX,swineX); return0; }

5. Modify the program to continue playing the game until the swine is hit. Add a loop in main that contains the functions GetUsrInpt, LaunchFowl, and DtrmnIfHit.

6. Modify the program to give the user at most 4 tries to hit the swine. If the swine is hit, then stop the loop. Here is an example program execution (user input is highlighted here for clarity):

WelcometoUpsetFowl! TheobjectiveistohittheMeanSwine. TheMeanSwineis84metersaway. Enterlaunchangle(deg):45 Enterlaunchvelocity(m/s):30 Time 1 x= 0 y= 0 Time 2 x= 21 y= 16 Time 3 x= 42 y= 23 Time 4 x= 64 y= 20 Time 5 x= 85 y= 6 Time 6 x=106 y=-16 Missed'em...

TheMeanSwineis84metersaway. Enterlaunchangle(deg):45 Enterlaunchvelocity(m/s):25 Time 1 x= 0 y= 0 Time 2 x= 18 y= 13 Time 3 x= 35 y= 16 Time 4 x= 53 y= 9 Time 5 x= 71 y= -8 Hit'em!!!

In MIPS assembly:

Ask the user to enter two numbers and an operation (+ - / *).

Print the expression back to the user with a blank after the = sign (since the calculation is not being completed.  

C++ Language

Write a program that reads the numbers.txt file and stores it into an array of integers. Use the sample functions in the text and in the notes from chapter 8 to sort the array in ascending order (low to high). You can use either method (bubble or selection sort) to accomplish this. Then store the sorted array into an output file sorted Numbers.txt. There are 100 values both positive and negative integers in this file.

Compare between connectionless and connection-oriented services by explaining how they work. You should explain their advantages and disadvantages.