Hey QEMU developers, Cedric mentioned here[1] that QEMU can support emulating a more complete board, e.g. a machine with an AST2600 *and* an AST1030.
I read through the memory API docs[2] and it mostly makes sense to me, but what I don’t understand is, what does system_memory represent? Or, what should the layout be for a situation like I’m interested in, where you have an AST2600 and an AST1030 (and actually, maybe even an x86 CPU too? idk if that would be possible). I need to make sure each SoC runs in a different address space, right? But, how do I actually do that? Do I model it as two containers inside the large system_memory container, or as two different containers that get swapped in for system_memory when executing their associated CPU? I was having trouble figuring out what the Xilinx boards are actually doing in this case. Does each CPU share peripherals, or are the A + R cpu’s actually in separate address spaces? I’m very confused lol. If anyone can provide suggestions, they would be greatly appreciated! Thanks, Peter [1] https://lore.kernel.org/qemu-devel/2ab490a2-875d-ae82-38d0-425415f98...@kaod.org/ [2] https://www.qemu.org/docs/master/devel/memory.html
