The WAM is an type of the "stage" version of them, which operate on theoretical systems. Briggs, Cooper, and Torczon made a type of optimization for them known as "rematerialization," while other methods of optimizing them include peepholing, which reduces the total number of instructions. Adding forward declarations makes "single-pass" ones less error-prone. Those that aren't used until runtime a
The WAM is an type of the "stage" version of them, which operate on theoretical systems. Briggs, Cooper, and Torczon made a type of optimization for them known as "rematerialization," while other methods of optimizing them include peepholing, which reduces the total number of instructions. Adding forward declarations makes "single-pass" ones less error-prone. Those that aren't used until runtime are known as "Just-In-Time" ones, and ones written in the language they're used for are called bootstrappers. Usually consisting of a lexical analyzer, a parser, and a code generator, for 10 points, name these objects that convert source code into machine code.
The WAM is an type of the "stage" version of them, which operate on theoretical systems.
{compilers}