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1 |
It is used to free unmanaged resources like files, database connections etc. at any time.
"Yah unmanaged resources like files, database connections etc. ko kisi bhi samay free karne ke liye use hota hai"
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It can be used to free unmanaged resources (when you implement it) like files, database connections etc. held by an object before that object is destroyed.
"Yah unmanaged resources (jab aap implement karte ho) like files, database connections etc. ko ek object ke dwara aur ush object ke destroy hone se pahle free karne ke liye use hota hai"
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2 |
Dispose() belongs to the IDisposable interface.
"Dispose() IDisposable interface se belong karta hai"
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Finalize() belongs to the Object class.
"Finalize() Object class se belong karta hai"
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3 |
Explicitly, it is called by user code and the class which is implementing dispose method, must has to implement IDisposable interface.
"Explicitly, yah user code ke dwara call kiya jata hai aur jo class dispose method ko implement karti hai, ushe IDisposable interface ko bhi implement karna padta hai"
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Internally, it is called by Garbage Collector and cannot be called by user code.
"Internally, yah Garbage Collector ke dwara call kiya jata hai aur ishe user code ke dwara call nahi kar sakte"
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4 |
It's implemented by implementing IDisposable interface Dispose() method.
"Iska implementation IDisposable interface Dispose() method ke implementation ke dwara hota hai"
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It's implemented with the help of destructor in C++ & C#.
"C++ & C# me iska implementation destructor ki help se hota hai"
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5 |
There is no performance costs associated with Dispose method.
"Dispose method ke sath koi performance cost associate nahi hoti hai"
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There is performance costs associated with Finalize method since it doesn't clean the memory immediately and called by GC automatically.
"Finalize method ke sath performance cost associate hoti hai jab tak yah memory ko immediately clean nahi kar deti aur GC ke dwara automatically call nahi ho jati"
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