Lines Matching full:instruction

40 Just as real CPUs can expose different instruction set architectures, there is no universal way of
72 operates with smaller instructions. Indeed, each instruction `push_arg1`, `push_arg1`, and `add`
77 just a single register-based instruction. Since the interpreter has an extra work to do to read
78 each bytecode instruction, execute it and move to the next one, running more instruction results in
87 **Panda uses register-based instruction set architecture**.
112 some "stack-based'ness" into an otherwise register-based instruction set in attempt to make the
149 the instruction as follows:
172 instruction lacks a wide-range form, we can prepare operands for it with moves that have all
175 With such approach, we can carefully introduce various "overloads" for instruction when it could
185 `adda ...` instruction, what are types of its operands?
195 The first approach bloats the instruction set, but keeps the semantics of each instruction simple
196 and compact. The second approach keeps the instruction set small, but bloats the semantics of
197 each instruction.
205 and Python-style addition within a single instruction, which would eventually lead us to an
213 language to some statically typed instruction set: after all, all native hardware instructions