Saved What does the following code output? (What's the order of construction/destruction)

Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
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What does the following code output? (What's the order of construction/destruction) saved
+include <iostream>
class Transmission
public:
Transmission () { std::cout ce "Transmission (0" « std::endl: }
-Transmission (0 { std::cout « *-Transmission ()" « std::endl: }
class Adapter {
public:
Adapter () ( std::cout <« "Adapter ()" <« std::endl: )
-Adapter () { std::cout <« *-Adapter ()" « std::endl: }
class Vehicle (
public:
Vehicle () ( std::cout << "Vehicle ()" « std::endl: )
-Vehicle () ( std::cout <« -Vehicle ()" « std::endl:}
class Car : public Vehicle {
public:
Car (): Vehicle () { std::cout « "Car ()" « std::endl: }
-Car () ( std::cout <« *-Car ()* « std::endl: }
private:
Transmission tran:
class Hybrid : public Car {
public:
Hybrid(): Car 0 ( std::cout « "Hybrid() <e std::endl: }
-Bybrid () { std::cout <« -Hybrid()" <« std::endl: }
private:
Adapter power:
int main()
Hybrid nycar:
Write your answer here..
Transcribed Image Text:What does the following code output? (What's the order of construction/destruction) saved +include <iostream> class Transmission public: Transmission () { std::cout ce "Transmission (0" « std::endl: } -Transmission (0 { std::cout « *-Transmission ()" « std::endl: } class Adapter { public: Adapter () ( std::cout <« "Adapter ()" <« std::endl: ) -Adapter () { std::cout <« *-Adapter ()" « std::endl: } class Vehicle ( public: Vehicle () ( std::cout << "Vehicle ()" « std::endl: ) -Vehicle () ( std::cout <« -Vehicle ()" « std::endl:} class Car : public Vehicle { public: Car (): Vehicle () { std::cout « "Car ()" « std::endl: } -Car () ( std::cout <« *-Car ()* « std::endl: } private: Transmission tran: class Hybrid : public Car { public: Hybrid(): Car 0 ( std::cout « "Hybrid() <e std::endl: } -Bybrid () { std::cout <« -Hybrid()" <« std::endl: } private: Adapter power: int main() Hybrid nycar: Write your answer here..
Expert Solution
Constructor and Destructor

The Constructors are called automatically whenever an instance of that class is created and destructors are called automatically when the instance losses its scope or memory allocated to it

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