Techniques for it include the Baker's algorithm, and the Appel-Ellis-Li system , which uses page protection to enforce a mutator invariant, which limits where new memory can be allocated.
Techniques for it include the Baker's algorithm, and the Appel-Ellis-Li system , which uses page protection to enforce a mutator invariant, which limits where new memory can be allocated. More well known, however, is the mark-and-sweep method which start at a root and iterate through all allocated pointers, and reference counting, which keeps track of all the pointers. Famously, advocates of Java contend that the inline use of it makes it superior to C++, but most every language nowadays has it. FTP, identify this function of a programming language where memory is freed after its used.
Techniques for it include the Baker's algorithm, and the Appel-Ellis-Li system , which uses page protection to enforce a mutator invariant, which limits where new memory can be allocated.
{garbage collection}