snapshot: sagernet/gvisor v0.0.0-20250811.0-sing-box-mod.1
Содержимое пина, зафиксированного в go.mod sing-box-lx, одним коммитом без истории. Полная история SagerNet/gvisor — 1.45 ГБ и клонируется в каждой CI-джобе; наша дельта — одна вставка в одну функцию, история для неё не нужна. Module path github.com/sagernet/gvisor сохранён намеренно: на него опирается replace-директива суперпроекта. Патч поверх — отдельным коммитом, чтобы дельта читалась одним git show и переносилась на новый пин копированием. SPECS/TASKS/048-GVISOR_HANDSHAKE_NIL_CRASH
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76
pkg/hostarch/addr_range.go
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76
pkg/hostarch/addr_range.go
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package hostarch
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// A Range represents a contiguous range of T.
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//
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// +stateify savable
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type AddrRange struct {
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// Start is the inclusive start of the range.
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Start Addr
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// End is the exclusive end of the range.
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End Addr
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}
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// WellFormed returns true if r.Start <= r.End. All other methods on a Range
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// require that the Range is well-formed.
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//
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//go:nosplit
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func (r AddrRange) WellFormed() bool {
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return r.Start <= r.End
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}
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// Length returns the length of the range.
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//
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//go:nosplit
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func (r AddrRange) Length() Addr {
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return r.End - r.Start
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}
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// Contains returns true if r contains x.
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//
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//go:nosplit
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func (r AddrRange) Contains(x Addr) bool {
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return r.Start <= x && x < r.End
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}
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// Overlaps returns true if r and r2 overlap.
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//
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//go:nosplit
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func (r AddrRange) Overlaps(r2 AddrRange) bool {
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return r.Start < r2.End && r2.Start < r.End
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}
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// IsSupersetOf returns true if r is a superset of r2; that is, the range r2 is
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// contained within r.
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//
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//go:nosplit
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func (r AddrRange) IsSupersetOf(r2 AddrRange) bool {
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return r.Start <= r2.Start && r.End >= r2.End
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}
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// Intersect returns a range consisting of the intersection between r and r2.
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// If r and r2 do not overlap, Intersect returns a range with unspecified
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// bounds, but for which Length() == 0.
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//
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//go:nosplit
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func (r AddrRange) Intersect(r2 AddrRange) AddrRange {
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if r.Start < r2.Start {
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r.Start = r2.Start
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}
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if r.End > r2.End {
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r.End = r2.End
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}
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if r.End < r.Start {
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r.End = r.Start
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}
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return r
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}
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// CanSplitAt returns true if it is legal to split a segment spanning the range
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// r at x; that is, splitting at x would produce two ranges, both of which have
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// non-zero length.
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//
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//go:nosplit
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func (r AddrRange) CanSplitAt(x Addr) bool {
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return r.Contains(x) && r.Start < x
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}
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