How to design an IDisposable that unconditionally needs to be disposed?
Consider a class that implements IDisposable, and that has members in such a way that it will never become eligible for garbage collection when it is not disposed. And as it will not be garbage collected, it will not have the chance to use the destructor for cleaning up.
How to design an IDisposable that unconditionally needs to be disposed?
Consider a class that implements IDisposable, and that has members in such a way that it will never become eligible for garbage collection when it is not disposed. And as it will not be garbage collected, it will not have the chance to use the destructor for cleaning up.
How to design an IDisposable that unconditionally needs to be disposed?
Consider a class that implements IDisposable, and that has members in such a way that it will never become eligible for garbage collection when it is not disposed. And as it will not be garbage collected, it will not have the chance to use the destructor for cleaning up.
How to design an IDisposable that unconditionally needs to be disposed?
Consider a class that implements IDisposable, and that has members in such a way that it will never become eligible for garbage collection when it is not disposed. And as it will not be garbage collected, it will not have the chance to use the destructor for cleaning up.
How to design an IDisposable that unconditionally needs to be disposed?
Consider a class that implements IDisposable, and that has members in such a way that it will never become eligible for garbage collection when it is not disposed. And as it will not be garbage collected, it will not have the chance to use the destructor for cleaning up.
How to design an IDisposable that unconditionally needs to be disposed?
Consider a class that implements IDisposable, and that has members in such a way that it will never become eligible for garbage collection when it is not disposed. And as it will not be garbage collected, it will not have the chance to use the destructor for cleaning up.
Would using a hash table in garbage collection solve the stop the world problem of mark and sweep?
In mark-sweep-compact garbage collection algorithm you have to stop-the-world when relocating objects because reference graph becomes inconsistent and you have to replace values of all references pointing to the object.
Would using a hash table in garbage collection solve the stop the world problem of mark and sweep?
In mark-sweep-compact garbage collection algorithm you have to stop-the-world when relocating objects because reference graph becomes inconsistent and you have to replace values of all references pointing to the object.
Would using a hash table in garbage collection solve the stop the world problem of mark and sweep?
In mark-sweep-compact garbage collection algorithm you have to stop-the-world when relocating objects because reference graph becomes inconsistent and you have to replace values of all references pointing to the object.
Would using a hash table in garbage collection solve the stop the world problem of mark and sweep?
In mark-sweep-compact garbage collection algorithm you have to stop-the-world when relocating objects because reference graph becomes inconsistent and you have to replace values of all references pointing to the object.