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package main
import "core:fmt"
import "core:sys/kqueue"
main :: proc() {
fmt.println("kevent", size_of(kqueue.KEvent), align_of(kqueue.KEvent))
fmt.println("kevent.ident", offset_of(kqueue.KEvent, ident))
fmt.println("kevent.filter", offset_of(kqueue.KEvent, filter))
fmt.println("kevent.flags", offset_of(kqueue.KEvent, flags))
fmt.println("kevent.fflags", offset_of(kqueue.KEvent, fflags))
fmt.println("kevent.data", offset_of(kqueue.KEvent, data))
fmt.println("kevent.udata", offset_of(kqueue.KEvent, udata))
fmt.println("EV_ADD", transmute(kqueue._Flags_Backing)kqueue.Flags{.Add})
fmt.println("EV_DELETE", transmute(kqueue._Flags_Backing)kqueue.Flags{.Delete})
fmt.println("EV_ENABLE", transmute(kqueue._Flags_Backing)kqueue.Flags{.Enable})
fmt.println("EV_DISABLE", transmute(kqueue._Flags_Backing)kqueue.Flags{.Disable})
fmt.println("EV_ONESHOT", transmute(kqueue._Flags_Backing)kqueue.Flags{.One_Shot})
fmt.println("EV_CLEAR", transmute(kqueue._Flags_Backing)kqueue.Flags{.Clear})
fmt.println("EV_RECEIPT", transmute(kqueue._Flags_Backing)kqueue.Flags{.Receipt})
fmt.println("EV_DISPATCH", transmute(kqueue._Flags_Backing)kqueue.Flags{.Dispatch})
fmt.println("EV_ERROR", transmute(kqueue._Flags_Backing)kqueue.Flags{.Error})
fmt.println("EV_EOF", transmute(kqueue._Flags_Backing)kqueue.Flags{.EOF})
fmt.println("EVFILT_READ", int(kqueue.Filter.Read))
fmt.println("EVFILT_WRITE", int(kqueue.Filter.Write))
fmt.println("EVFILT_AIO", int(kqueue.Filter.AIO))
fmt.println("EVFILT_VNODE", int(kqueue.Filter.VNode))
fmt.println("EVFILT_PROC", int(kqueue.Filter.Proc))
fmt.println("EVFILT_SIGNAL", int(kqueue.Filter.Signal))
fmt.println("EVFILT_TIMER", int(kqueue.Filter.Timer))
fmt.println("EVFILT_USER", int(kqueue.Filter.User))
fmt.println("NOTE_SECONDS", transmute(u32)kqueue.Timer_Flags{.Seconds})
fmt.println("NOTE_USECONDS", transmute(u32)kqueue.Timer_Flags{.USeconds})
fmt.println("NOTE_NSECONDS", transmute(u32)kqueue.TIMER_FLAGS_NSECONDS)
fmt.println("NOTE_ABSOLUTE", transmute(u32)kqueue.Timer_Flags{.Absolute})
fmt.println("NOTE_LOWAT", transmute(u32)kqueue.RW_Flags{.Low_Water_Mark})
fmt.println("NOTE_DELETE", transmute(u32)kqueue.VNode_Flags{.Delete})
fmt.println("NOTE_WRITE", transmute(u32)kqueue.VNode_Flags{.Write})
fmt.println("NOTE_EXTEND", transmute(u32)kqueue.VNode_Flags{.Extend})
fmt.println("NOTE_ATTRIB", transmute(u32)kqueue.VNode_Flags{.Attrib})
fmt.println("NOTE_LINK", transmute(u32)kqueue.VNode_Flags{.Link})
fmt.println("NOTE_RENAME", transmute(u32)kqueue.VNode_Flags{.Rename})
fmt.println("NOTE_REVOKE", transmute(u32)kqueue.VNode_Flags{.Revoke})
fmt.println("NOTE_EXIT", transmute(u32)kqueue.Proc_Flags{.Exit})
fmt.println("NOTE_FORK", transmute(u32)kqueue.Proc_Flags{.Fork})
fmt.println("NOTE_EXEC", transmute(u32)kqueue.Proc_Flags{.Exec})
fmt.println("NOTE_TRIGGER", transmute(u32)kqueue.User_Flags{.Trigger})
fmt.println("NOTE_FFAND", transmute(u32)kqueue.User_Flags{.FFAnd})
fmt.println("NOTE_FFOR", transmute(u32)kqueue.User_Flags{.FFOr})
fmt.println("NOTE_FFCOPY", transmute(u32)kqueue.USER_FLAGS_COPY)
}
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