
Input All Base Types
Program plan:
- Create a class InputBaseTypes to read different base types of input into standard output device.
- In main() function.
- Invoke the function inputAllBaseTypes() and write the different types of input to output device.
- In the method inputAllBaseTypes(),
- Read the different input values such as integer, decimal, big integer, big decimal, float, Boolean, long, and long integer from user and checks each base type of input value then it prints back to standard output device.
- Use the while loop and predefined function hasNextInt() to check whether the given input is integer or not..
- Use the while loop and predefined function hasNextBigDecimal() to check whether the given input is big decimal or not.
- Use the while loop and predefined function hasNextLong () to check whether the given input is long or not.
- Use the while loop and predefined function hasNextDouble() to check whether the given input is integer or not.
- Use the while loop and predefined function hasNextBoolean() to check whether the given input is Boolean or not.
- Use the while loop and predefined function hasNextBigInteger () to check whether the given input is big integer or not.
- Use the while loop and predefined function hasNextByte () to check whether the given input is byte or not.
- Use the while loop and predefined function hasNextFloat () to check whether the given input is float or not.
- In main() function.
Program to implement the method inputAllBaseTypes() that reads different base type input from input device and print the input back to standard output device.
Explanation of Solution
Program:
//Import the required java package
import java.util.Scanner;
Create a class InputBaseTypes to read different base types of input into standard output device.
//Main class definition
public class InputBaseTypes
{
The main() function prints all types of input into a standard output device.
//Main function
public static void main(String[] args)
{
//Display the header
System.out.println( "Basic input types." );
Invoke the function inputAllBaseTypes() and write the different types of input to output device.
//Call the function inputAllBaseTypes()
System.out.println(inputAllBaseTypes() );
}
Create the method inputAllBaseTypes() that reads the input value from user and checks each base type of input value then it prints back to standard output device.
//Create the method
public static int inputAllBaseTypes()
{
//Read the input from user
Scanner input = new Scanner(System.in);
Get the integer value from user.
//Read the integer value
System.out.print("Enter an integer: ");
Use the while loop and predefined function hasNextInt() to check whether the given input is integer or not. If not, skip the current input and display the error message. If the input is integer, then return back the input to display in standard output device.
/*Call the function hasNextInt() to check the given input is an integer*/
while( !input.hasNextInt() )
{
//Return the skipped input
input.nextLine();
//Display the error message
System.out.print("Not an integer, try again: ");
}
/*Display the entered big decimal into output device.*/
System.out.println( "You entered: " + input.nextInt() );
Get the big decimal from user.
//Read the integer value
System.out.print("Enter a BigDecimal: ");
Use the while loop and predefined function hasNextBigDecimal() to check whether the given input is big decimal or not. If not, skip the current input and display the error message. If the input is big decimal, then return back the input to display in standard output device.
/*Call the function hasNextBigDecimal () to check the given input is an big decimal*/
while( !input.hasNextBigDecimal() )
{
//Return the skipped input
input.nextLine();
//Display the error message
System.out.print("Not a BigDecimal, try again: ");
}
/*Display the entered big decimal into output device*/
System.out.println( "You entered: " + input.nextBigDecimal() );
Get the long value from user.
//Read the long value
System.out.println( "Enter a long: " );
Use the while loop and predefined function hasNextLong() to check whether the given input is long or not. If not, skip the current input and display the error message. If the input is long, then return back the input to display in standard output device.
/*Call the function hasNextLong() to check the given input is a long*/
while( !input.hasNextLong() )
{
//Return the skipped input
input.nextLine();
//Display the error message
System.out.println( "Not a long, try again" );
}
/*Display the entered long value into output device*/
System.out.println( "You entered: " + input.nextLong() );
Get the double value from user.
//Read the double value
System.out.println( "Enter a double: " );
Use the while loop and predefined function hasNextDouble() to check whether the given input is integer or not. If not, skip the current input and display the error message. If the input is integer, then return back the input to display in standard output device.
/*Call the function hasNextDouble() to check the given input is an double*/
while( !input.hasNextDouble() )
{
//Return the skipped input
input.nextLine();
//Display the error message
System.out.println( "Not a double, try again" );
}
/*Display the entered double value into output device.*/
System.out.println( "You entered: " + input.nextDouble() );
Get the Boolean value from user.
//Read the Boolean value
System.out.println( "Enter a boolean: " );
Use the while loop and predefined function hasNextBoolean() to check whether the given input is Boolean or not. If not, skip the current input and display the error message. If the input is Boolean, then return back the input to display in standard output device.
/*Call the function hasNextBoolean () to check the given input is an big decimal*/
while( !input.hasNextBoolean() )
{
//Return the skipped input
input.nextLine();
//Display the error message
System.out.println( "Not a boolean, try again" );
}
//Display the entered boolean into output device
System.out.println( "You entered: " + input.nextBoolean() );
Get the big integer value from user.
//Read the big integer value
System.out.println( "Enter a BigInteger: " );
Use the while loop and predefined function hasNextBigInteger() to check whether the given input is big integer or not. If not, skip the current input and display the error message. If the input is big integer, then return back the input to display in standard output device.
/*Call the function hasNextBigInteger() to check the given input is a long*/
while( !input.hasNextBigInteger() )
{
//Return the skipped input
input.nextLine();
//Display the error message
System.out.println( "Not a BigInteger, try again" );
}
/*Display the entered big integer into output device*/
System.out.println( "You entered: " + input.nextBigInteger() );
Get the input byte from user.
//Read the byte value
System.out.println( "Enter a Byte: " );
Use the while loop and predefined function hasNextByte () to check whether the given input is byte or not. If not, skip the current input and display the error message. If the input is byte, then return back the input to display in standard output device.
/*Call the function hasNextByte() to check the given input is a long*/
while( !input.hasNextByte() )
{
//Return the skipped input
input.nextLine();
//Display the error message
System.out.println( "Not a Byte, try again" );
}
//Display the entered byte into output device
System.out.println( "You entered: " + input.nextByte() );
Get the float value from user.
//Read the float value
System.out.println( "Enter a Float: " );
Use the while loop and predefined function hasNextFloat () to check whether the given input is float or not. If not, skip the current input and display the error message. If the input is float, then return back the input to display in standard output device.
/*Call the function hasNextFloat() to check the given input is a long*/
while( !input.hasNextFloat() )
{
//Return the skipped input
input.nextLine();
//Display the error message
System.out.println( "Not a Float, try again" );
}
//Display the entered float into output device
System.out.println( "You entered: " + input.nextFloat() );
//Return the value
return 0;
}
}
Output:
Basic input types.
Enter an integer: 1234
You entered: 1234
Enter a BigDecimal: 15
You entered: 15
Enter a long:
5
You entered: 5
Enter a double:
2
You entered: 2.0
Enter a boolean:
g
Not a boolean, try again
true
You entered: true
Enter a BigInteger:
89076
You entered: 89076
Enter a Byte:
u
Not a Byte, try again
8
You entered: 8
Enter a Float:
25
You entered: 25.0
0
Want to see more full solutions like this?
Chapter 1 Solutions
Data Structures and Algorithms in Java
- W Go Tools Window Help mac283_quiz3_fall2025.pdf Page 2 of 2 @ Q Q Û • ¨ ® - Qy Search X 00 01 11 10 0 1 1 1 0 1 1 1 1 1 A ABC 88% Problem 3. Draw the combinational circuit that directly implements the Boolean expression: F(x, y, z) = xyz + (y²+z) Problem 4. Find the truth table that describes the following circuit. y- z - X Problem 5. a) Describe how a decoder works and indicate typical inputs and outputs. b) How many inputs does a decoder have if it has 64 outputs? NOV 6 M tv♫ zoomarrow_forwardCPS 2390 Extra Credit Assignment For each problem, choose the best answer and explain how you arrived at your answer. (15 points each.) 1.If control is redirected to location x4444 after the execution of the following instructions, what should have been the relationship between R1 and R2 before these instructions were executed? Address Instruction x4400 1001100010111111 x4401 0001100100100001 x4402 0001100001000100 x4403 0000100001000000 A. R1 R2 (R1 was greater than R2) B. R1 R2 (R2 was greater than R1) C. R1 R2 (R1 and R2 were equal) = D. Cannot be determined with the given information. 2. If the value stored in RO is 5 at the end of the execution of the following instructions, what can be inferred about R5? Address x3000 Instruction 0101000000100000 x3001 0101111111100000 x3002 0001110111100001 x3003 0101100101000110 x3004 0000010000000001 x3005 0001000000100001 x3006 0001110110000110 x3007 0001111111100001 x3008 0001001111111000 x3009 0000100111111000 x300A 0101111111100000 A. The…arrow_forwardNeed help writing code to answer this question in Python! (image attached)arrow_forward
- Need help with python code! How do I simplify my code for a beginner to understand, simple fixed format and centering? Such as: print(f"As an int variable: {age_int:^7}") print(f"In numeric binary: {age_int:^7b}") My Code:name = input("Enter your name: ")print(f"In text name is: {' '.join(name)}")decimal_values = []binary_values = []for letter in name: ascii_val = ord(letter) binary_val = format(ascii_val, '08b') decimal_values.append(str(ascii_val)) binary_values.append(binary_val)# Loop through each letter:print(f"In ASCII decimal: {' '.join(decimal_values)}")print(f"In ASCII binary: {' '.join(binary_values)}")# Ageage_str = input("Enter your age: ")age_int = int(age_str)print(f"As a string \"{age_str}\": {' '.join(age_str)}")age_decimal_values = []age_binary_values = []for digit in age_str: ascii_val = ord(digit) binary_val = format(ascii_val, '07b') age_decimal_values.append(str(ascii_val)) age_binary_values.append(binary_val)print(f"In ASCII decimal: {'…arrow_forwardDon't use chatgpt or any other AIarrow_forwardDon't use chatgpt or any other AIarrow_forward
- Given a relation schema R = (A, B, C, D, E,G) with a set of functional dependencies F {ABCD BC → DE B→ D D→ A}. (a) Show that R is not in BCNF using the functional dependency A → BCD. (b) Show that AG is a superkey for R (c) Compute a canonical cover Fc for the set of functional dependencies F. Show your work. (d) Give a 3NF decomposition of R based on the canonical cover found in (c). Show your work. (e) Give a BCNF decomposition of R using F. Show your work.arrow_forwardThe following entity-relationship (ER) diagram models a database that helps car deal- ers maintain records of customers and cars in their inventory. Construct a relational database schema from the ER diagram. Your set of schemas should include primary-key and foreign-key constraints and you should ensure there are no redundant schemas. has_model model modelID name vehicle has_vehicle VIN dealer_ID brand name has_available_option has_option has_dealer options options_ID specification dealer dealer ID name customer_ID owned_by customer customer ID namearrow_forwardA relation schema R = (A, B, C, D, E) with a set of functional dependencies F= {D A CAB} is decomposed into R₁ = (A, B, C) and R2 = (C, D, E). (a) Is this a lossless-join decomposition? Why or why not? (b) Is the decomposition dependency preserving? Why or why not?arrow_forward
- No chatgpt pleasearrow_forwardPlease help draw alu diagraarrow_forward1. Level the resources (R) for the following network. Show exactly which activity is being moved at each cycle and how many days it is being moved. Show all cycles required to utilize the free float and the back float. B H 3 3 L 2 0-0-0 A C F G K N P Q T 0 3 2 2 1 2-2-2 7R 8R 4R 6R 4R 2R 5R 4R D 1 2R 2 M 000 4R 2 4R 1 2 3 4 B5 B BE B 5 5 7 D 2003 C NO C MBSCM В H 5 2 F 7 7 8 SH2F80 5 Н Н 6 7 7L3G4+ 6H2G4 J 4 4 14 8 L K 00 36 9 10 11 12 13 14 15 P 2 Z+ N N 4 4 Z t 2334 4 Σ + M M 4 +arrow_forward
Microsoft Visual C#Computer ScienceISBN:9781337102100Author:Joyce, Farrell.Publisher:Cengage Learning,
EBK JAVA PROGRAMMINGComputer ScienceISBN:9781337671385Author:FARRELLPublisher:CENGAGE LEARNING - CONSIGNMENT
EBK JAVA PROGRAMMINGComputer ScienceISBN:9781305480537Author:FARRELLPublisher:CENGAGE LEARNING - CONSIGNMENT
C++ Programming: From Problem Analysis to Program...Computer ScienceISBN:9781337102087Author:D. S. MalikPublisher:Cengage LearningProgramming Logic & Design ComprehensiveComputer ScienceISBN:9781337669405Author:FARRELLPublisher:Cengage
Systems ArchitectureComputer ScienceISBN:9781305080195Author:Stephen D. BurdPublisher:Cengage Learning




