StaticRecomp: deliver pending external interrupts at EE-enabled dispatch boundaries - #18

Refactor target_include_directories for MSVC and non-MSVC.

The burst loop only broke for hook-raised synchronous exceptions;
external interrupts waited for the next timing slice. The interpreter
effectively offers a delivery point at every block boundary between an
interrupt enable and the following disable, but native bursts surface at
budget-guard exits, which sit at call sites and land almost entirely
inside interrupt-disabled OS windows. A guest waiting in a yield-spin
loop then starves: Pokemon Colosseum held a pending VI interrupt with
MSR[EE]=0 at 30% of delivery checks and rendered one frame per 3-second
timeout.

Break the burst and deliver as soon as a boundary shows a pending
external interrupt with MSR[EE] set. Paired with the DolRecomp change
that exits to the dispatcher when mtmsr enables EE, Colosseum goes from
0.25 to 28 fps against 30 for the C backend, and cold-boots past its THP
intros. Mario Kart Double Dash is unaffected (48.7 -> 51.0).

STATICRECOMP_LOCKSTEP_FILTER=<substr> reports only divergences whose
diff contains the substring, and STATICRECOMP_LOCKSTEP_NODEDUP=1
re-checks entry PCs instead of once each. By default the checked-PC set
capped output at one report per diverging entry, which read as "74
divergences" when it meant 74 distinct PCs; filtering to msr and
disabling the dedup is what exposed the EE starvation pattern on
Colosseum.

Delivering at every EE-enabled dispatch boundary preempts handlers that
run their callback with interrupts enabled (the AX audio frame callback)
in the middle of their work, and re-entering them at each boundary can
consume the guest instead of letting the callback finish. The
block-ending JITs deliver only where the guest executed mtmsr; match
that by checking the instruction before the boundary PC.

On Colosseum this removes a probabilistic stall that could catch every
backend at scene transitions: the C backend went from one crawl in two
uncapped runs to three clean passes at 53.6-56.8 fps, and the AOT arm
stays clean. The mtmsr delivery point keeps the retrace-wait fix intact
(the capped scene still renders at 25-29 fps against 30 for C).