Q:
Java find output programs (Exception Handling) | set 3
belongs to collection: Java find output programs
Java find output programs
- Java find output programs (Data Types) | set 1
- Java find output programs (Data Types) | set 2
- Java find output programs (Data Types) | set 3
- Java find output programs (Operators) | set 1
- Java find output programs (Operators) | set 2
- Java find output programs (Operators) | set 3
- Java find output programs (if else) | set 1
- Java find output programs (if else) | set 3
- Java find output programs (switch case) | set 1
- Java find output programs (switch case) | set 2
- Java find output programs (switch case) | set 3
- Java find output programs (Loops) | set 1
- Java find output programs (Loops) | set 2
- Java find output programs (Loops) | set 3
- Java find output programs (Arrays) | set 1
- Java find output programs (Arrays) | set 2
- Java find output programs (Arrays) | set 3
- Java find output programs (this Keyword) | set 1
- Java find output programs (final Keyword) | set 1
- Java find output programs (final Keyword) | set 2
- Java find output programs (static Keyword) | set 1
- Java find output programs (static Keyword) | set 2
- Java find output programs (Parameter Passing) | set 1
- Java find output programs (Class and Objects) | set 1
- Java find output programs (Class and Objects) | set 2
- Java find output programs (Class and Objects) | set 3
- Java find output programs (Constructor & Destructor) | set 1
- Java find output programs (Constructor & Destructor) | set 2
- Java find output programs (Constructor & Destructor) | set 3
- Java find output programs (Inheritance) | set 1
- Java find output programs (Inheritance) | set 2
- Java find output programs (Inheritance) | set 3
- Java find output programs (Interface) | set 1
- Java find output programs (Interface) | set 2
- Java find output programs (Interface) | set 3
- Java find output programs (Overloading) | set 1
- Java find output programs (Overloading) | set 2
- Java find output programs (Overriding) | set 1
- Java find output programs (Overriding) | set 2
- Java find output programs (Overriding) | set 3
- Java find output programs (Exception Handling) | set 1
- Java find output programs (Exception Handling) | set 2
- Java find output programs (Exception Handling) | set 3
- Java find output programs (Enumeration) | set 1
- Java find output programs (Enumeration) | set 2
- Java find output programs (Autoboxing & Unboxing) | set 1
- Java find output programs (Autoboxing & Unboxing) | set 2
- Find output programs (Java String class)
- Find Output of Java program - 1 (Mixed topics)
- Find Output of Java program - 2 (Mixed topics)
- Java find output programs (if else) | set 2
Answer Question 1:
Output:
Explanation:
The above program will generate syntax error because of constructor defined in UserException class, which is given below,
The correct way is given below to call the superclass constructor,
Answer Question 2:
Output:
Explanation:
In the above program, we created a class UserException, here we inherit Exception class in the UserException class. The UserException class contains a parameterized constructor that calls the constructor of the Exception class user super keyword to set the exception message.
Now look to the main() method, here we created the object U of UserException class and throw the object U using the throw keyword that will be caught by catch block and print "Message: User Exception generated" on the console screen.
Answer Question 3:
Output:
Explanation:
In the above program, we created a class UserException, here we inherit Exception class in the UserException class. The UserException class contains a no-argument constructor with an empty body.
Now look to the main() method, here we created the object U of UserException class and throw the object U using the throw keyword that will be caught by catch block and print "Message: null" on the console screen.
Answer Question 4:
Output:
Explanation:
The above program will generate a syntax error because here we have thrown an exception from the catch block,
Here, exception object U caught by UserException class in the catch block and then we throw exception object U which is not possible directly.
Answer Question 5:
Output:
Explanation:
In the above program, we created a class UserException, here we inherit Exception class in the UserException class. The UserException class contains a no-argument constructor that will call the constructor method of Exception class using the super keyword.
Now look to the main() method, here we have thrown anonymous object of Exception class using the throw keyword that will be caught by catch block and print "Message: UserException" on the console screen.
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