b40acf99be
The current ioport dispatcher is a complex beast, mostly due to the need to deal with old portio interface users. But we can overcome it without converting all portio users by embedding the required base address of a MemoryRegionPortio access into that data structure. That removes the need to have the additional MemoryRegionIORange structure in the loop on every access. To handle old portio memory ops, we simply install dispatching handlers for portio memory regions when registering them with the memory core. This removes the need for the old_portio field. We can drop the additional aliasing of ioport regions and also the special address space listener. cpu_in and cpu_out now simply call address_space_read/write. And we can concentrate portio handling in a single source file. Signed-off-by: Jan Kiszka <jan.kiszka@siemens.com> Signed-off-by: Paolo Bonzini <pbonzini@redhat.com> |
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| .. | ||
| user | ||
| address-spaces.h | ||
| cpu-all.h | ||
| cpu-common.h | ||
| cpu-defs.h | ||
| cputlb.h | ||
| def-helper.h | ||
| exec-all.h | ||
| gdbstub.h | ||
| gen-icount.h | ||
| hwaddr.h | ||
| ioport.h | ||
| iorange.h | ||
| memory-internal.h | ||
| memory.h | ||
| poison.h | ||
| softmmu_defs.h | ||
| softmmu_exec.h | ||
| softmmu_header.h | ||
| softmmu_template.h | ||
| softmmu-semi.h | ||
| spinlock.h | ||