To simplify the code, we use a curiously recurring template pattern for the x64asm memory classes. But, that makes things painful when you want to work with memory and you don't know its bitwidth. Therefore, I'm adding a new class called Mem that sits between Operand and the templated M<T> that abstracts away most of the functionality. That way we don't have to use templates to manipulate memory.
Also, in the past we would frequently cast memory arguments to a different type (e.g. M8) to do operations. We'll no longer need to do that.
This won't go into stoke until I've tested in my branches.
To simplify the code, we use a curiously recurring template pattern for the x64asm memory classes. But, that makes things painful when you want to work with memory and you don't know its bitwidth. Therefore, I'm adding a new class called
Memthat sits betweenOperandand the templatedM<T>that abstracts away most of the functionality. That way we don't have to use templates to manipulate memory.Also, in the past we would frequently cast memory arguments to a different type (e.g. M8) to do operations. We'll no longer need to do that.
This won't go into stoke until I've tested in my branches.