you made my day.. Thanks for the crystal clear explanation in simple terms ❤🎉

Wow, You are a great teacher as well, You way of teaching makes concepts easy, My humble reaquest to you sir, Please do make more videos on springboot it will help us, please!

Really nice lecture, you made my day. I was literally searching for a Java course online and your course series is truly awesome. Thanks for your effort; such high-quality resources are rarely found almost free anywhere else. Thanks, Shreyansh ❣

Concise form, covered all the kakfa topic.

Does in L3 position SD is also being asked or in L4 and above only

Saksham sir, Big fan 💫✌

yeh mere se adobe mein bhi pucha gya tha

maza aagya

Great end to end now i got it ❤

It's true, I did the same and it hurts when you get rejected in the last round just because you were not able to provide optimal approach.

Bro, you're crazy!! You made the Spring DAMN easy!! Love your content

hi shreyansh, in the video for 0.7f we got 0.699...7 for float representation only right but when i ran the program for float a = 0.7f the printed 0.7 only. but we should get 0.699...7 right? am i missing something. please clarify my doubt

IN CPP #include <iostream> using namespace std; // Base class class BasePizza { public: virtual int cost() const = 0; // Pure virtual function virtual ~BasePizza() = default; // Virtual destructor for proper cleanup }; // Concrete components class Margherita : public BasePizza { public: int cost() const override { return 100; } }; class VeggieDelight : public BasePizza { public: int cost() const override { return 200; } }; // Base Decorator class Toppings : public BasePizza { protected: BasePizza* basePizza; public: Toppings(BasePizza* base) : basePizza(base) {} virtual ~Toppings() { delete basePizza; // Ensure the base pizza object is deleted to prevent memory leaks } }; // Concrete Decorators class ExtraCheese : public Toppings { public: ExtraCheese(BasePizza* base) : Toppings(base) {} int cost() const override { return basePizza->cost() + 20; } }; class Mushroom : public Toppings { public: Mushroom(BasePizza* base) : Toppings(base) {} int cost() const override { return basePizza->cost() + 40; } }; int main() { // Creating a Margherita pizza with extra cheese BasePizza* pizza = new ExtraCheese(new Margherita()); cout << "Cost of Margherita with Extra Cheese: " << pizza->cost() << " units" << endl; delete pizza; // Clean up memory // Creating a VeggieDelight pizza with extra cheese and mushrooms pizza = new Mushroom(new ExtraCheese(new VeggieDelight())); cout << "Cost of Veggie Delight with Extra Cheese and Mushroom: " << pizza->cost() << " units" << endl; delete pizza; // Clean up memory return 0; }

can we control the updation or versioning? since there's a possibility that the column which were update by txn A could be irrelevant for txn-B txn-B was trying to update some other column against the same row, but if txn - A changes the version, txn-B rolled back which is incorrect right.

Hey shreyansh could you please make one video on time complexity and space complexity

I have but one question how can you access price as it is a private member ?

This is basically Dependency Inversion Principle of SOLID?