To build a kernel with a c compiler, you should have a maximum of 512GB, all what is above 512GB, are used for a linux kernel, because of the stack rate.
Interpreters
Interpreters
Symbol table.
Memory cells
Compilers check correctness of your program syntax, memory allocation procedures and so on.
malloc will return a 0 if memory is unable to be allocated. new on the other hand will either throw an exception or also return 0, depending on the compiler and the compiler settings.
All variables (and constants) must be declared before they can be used. This is so the compiler knows exactly how much memory to allocate to the variable, as the declaration tells the compiler exactly what the variable's type is.
The far keyword is not accepted by gcc compiler and hence it will show the error. 'far' allows you to access a physical memory address directly which is not allowed in modern operating systems like windows or gnu/linux. I think far works on DJGPP - a dos compiler.
: Compiler generates relocatable code if memory location is not known at compile time. Address assigned as loaded; If starting address
There is no preset limit on the size of an else-if ladder in C++. It depends on compiler design and available memory.
The stack is a local memory reserve where the program stores variable and function data. The heap is a special memory reserve where the programmer can dynamically allocate memory from. The heap is useful when the programmer doesn't know how large to make certain variables, he just constructs one of the right size during run-time.
Lack of memory in the computer ! Many older machines are only supplies with 1 or 2 Megabytes - Windows is a 'memory-hungry' program that will reserve vast chucks for itself. Increasing the memory of the computer will usually cure the 'problem' !