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all: refactor coding style

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Loïc Grégoire
2026-08-05 17:43:46 -04:00
parent 2a09642f4d
commit bec872bc26
31 changed files with 887 additions and 330 deletions
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src/kern/dpc.zig
+8 -6
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@@ -6,7 +6,7 @@ const ke = r.ke;
const ki = ke.private;
/// Deferred Procedure Call (DPC) structure.
/// Used for scheduling work to be done when IPL is lowered below `ke.Ipl.Dispatch`.
/// Used for scheduling work to be done when IPL is lowered below `.Dispatch`.
pub const Dpc = struct {
/// Entry into per-CPU DPC queue
link: rtl.List.Entry,
@@ -78,7 +78,8 @@ fn dispatch_queue(cpu: u32) void {
ipl_cpu.ipl = .Dispatch;
// Mark as handled, this must be done before enabling interrupts or we will race.
// Mark as handled, this must be done before enabling interrupts or we will
// race.
ki.ipl.clear_softint_pending(cpu, .Dispatch);
_ = ki.impl.enable_interrupts();
@@ -100,8 +101,9 @@ fn dispatch_queue(cpu: u32) void {
dpc = @fieldParentPtr("link", first_elem);
dpc.inserted.store(false, .release);
// An interrupt which would enqueue this DPC could occur between loading the argument and calling the routine,
// which is why we capture it here to ensure that we get the intended context.
// An interrupt which would enqueue this DPC could occur between
// loading the argument and calling the routine, which is why we capture
// it here to ensure that we get the intended context.
const arg = dpc.arg;
dpc_cpu.lock.release(ipl);
@@ -148,8 +150,8 @@ fn dispatch_queue(cpu: u32) void {
/// Dispatch the DPC queue on `cpu`.
pub fn dispatch(cpu: u32) void {
// DPC processing is done at Ipl.Dispatch
// We can't call lower/raise here because they might call us again recursively.
// DPC processing is done at IPL Dispatch.
// Don't call lower/raise here because they might call us again recursively.
var mycpu = cpu;
const old_ipl = ki.ipl.percpu.remote(mycpu).ipl;
const int_state = ki.impl.disable_interrupts();