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After the next patch, if a masked PIC interrupts causes CPU_INTERRUPT_POLL to be set, the CPU will spuriously get out of halted state. While this is technically valid, we should avoid that. Make CPU_INTERRUPT_POLL run apic_update_irq in the right thread and then look at CPU_INTERRUPT_HARD. If CPU_INTERRUPT_HARD does not get set, do not report the CPU as having work. Also move the handling of software-disabled APIC from apic_update_irq to apic_irq_pending, and always trigger CPU_INTERRUPT_POLL. This will be important once we will add a case that resets CPU_INTERRUPT_HARD from apic_update_irq. We want to run it even if we go through CPU_INTERRUPT_POLL, and even if the local APIC is software disabled. Reported-by: Richard Bilson <rbilson@qnx.com> Tested-by: Richard Bilson <rbilson@qnx.com> Signed-off-by: Paolo Bonzini <pbonzini@redhat.com> |
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arch_dump.c | ||
arch_memory_mapping.c | ||
cc_helper_template.h | ||
cc_helper.c | ||
cpu-qom.h | ||
cpu.c | ||
cpu.h | ||
excp_helper.c | ||
fpu_helper.c | ||
gdbstub.c | ||
helper.c | ||
helper.h | ||
int_helper.c | ||
ioport-user.c | ||
kvm_i386.h | ||
kvm-stub.c | ||
kvm.c | ||
machine.c | ||
Makefile.objs | ||
mem_helper.c | ||
misc_helper.c | ||
ops_sse_header.h | ||
ops_sse.h | ||
seg_helper.c | ||
shift_helper_template.h | ||
smm_helper.c | ||
svm_helper.c | ||
svm.h | ||
TODO | ||
topology.h | ||
translate.c |