In forums, people often say that 64-bit versions of programs consume a larger amount of memory and stack. Saying so, they usually argue that the sizes of data have become twice larger. But this statement is unfounded since the size of most types (char, short, int, float) in the C/C++ language remains the same on 64-bit systems. Of course, for instance, the size of a pointer has increased but far not all the data in a program consist of pointers. The reasons why the memory amount consumed by programs has increased are more complex. I decided to investigate this issue in detail.
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What is Android History and Version Software Stack Core Building Blocks Android Emulator Installing softwares Setup Eclipse Hello Android example Internal Details Dalvik VM AndroidManifest.xml R.java Hide Title Bar Screen Orientation
What is Android History and Version Software Stack Core Building Blocks Android Emulator Installing softwares Setup Eclipse Hello Android example Internal Details Dalvik VM AndroidManifest.xml R.java Hide Title Bar Screen Orientation
What is Android History and Version Software Stack Core Building Blocks Android Emulator Installing softwares Setup Eclipse Hello Android example Internal Details Dalvik VM AndroidManifest.xml R.java Hide Title Bar Screen Orientation