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[chore] Upgrade golangci-lint, ignore existing int overflow warnings (#3420)
* [chore] Bump tooling versions, bump go -> v1.23.0 * undo silly change * sign * bump go version in go.mod * allow overflow in imaging * goreleaser deprecation notices * [chore] Upgrade golangci-lint, ignore existing int overflow warnings There is a new lint for unchecked int casts. Integer overflows are bad, but the old code that triggers this lint seems to be perfectly fine. Instead of disabling the lint entirely for new code as well, grandfather in existing code. * fix golangci-lint documentation link * revert unrelated changes * revert another unrelated change * get rid of remaining nolint:gosec * swagger updates * apply review feedback * fix wrong formatting specifier thing * fix the linter for real --------- Co-authored-by: tobi <tobi.smethurst@protonmail.com>
This commit is contained in:
Markus Unterwaditzer
GitHub
parent
3e8c4951e1
commit
a48cce82b9
22 changed files with 86 additions and 74 deletions
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@ -556,10 +556,10 @@ func (res *ffprobeResult) Process() (*result, error) {
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if p := strings.SplitN(str, "/", 2); len(p) == 2 {
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n, _ := strconv.ParseUint(p[0], 10, 32)
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d, _ := strconv.ParseUint(p[1], 10, 32)
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num, den = uint32(n), uint32(d)
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num, den = uint32(n), uint32(d) // #nosec G115 -- ParseUint is configured to check
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} else {
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n, _ := strconv.ParseUint(p[0], 10, 32)
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num = uint32(n)
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num = uint32(n) // #nosec G115 -- ParseUint is configured to check
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}
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// Set final divised framerate.
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@ -399,9 +399,9 @@ func (s *scanner) scan(x1, y1, x2, y2 int, dst []uint8) {
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g16 := uint16(s[1])
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b16 := uint16(s[2])
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a16 := uint16(a)
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d[0] = uint8(r16 * 0xff / a16)
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d[1] = uint8(g16 * 0xff / a16)
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d[2] = uint8(b16 * 0xff / a16)
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d[0] = uint8(r16 * 0xff / a16) // #nosec G115 -- Overflow desired.
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d[1] = uint8(g16 * 0xff / a16) // #nosec G115 -- Overflow desired.
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d[2] = uint8(b16 * 0xff / a16) // #nosec G115 -- Overflow desired.
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d[3] = a
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}
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j += 4
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@ -431,9 +431,9 @@ func (s *scanner) scan(x1, y1, x2, y2 int, dst []uint8) {
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g32 := uint32(s[2])<<8 | uint32(s[3])
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b32 := uint32(s[4])<<8 | uint32(s[5])
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a32 := uint32(s[6])<<8 | uint32(s[7])
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d[0] = uint8((r32 * 0xffff / a32) >> 8)
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d[1] = uint8((g32 * 0xffff / a32) >> 8)
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d[2] = uint8((b32 * 0xffff / a32) >> 8)
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d[0] = uint8((r32 * 0xffff / a32) >> 8) // #nosec G115 -- Overflow desired.
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d[1] = uint8((g32 * 0xffff / a32) >> 8) // #nosec G115 -- Overflow desired.
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d[2] = uint8((b32 * 0xffff / a32) >> 8) // #nosec G115 -- Overflow desired.
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}
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d[3] = a
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j += 4
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@ -509,30 +509,30 @@ func (s *scanner) scan(x1, y1, x2, y2 int, dst []uint8) {
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cr1 := int32(img.Cr[ic]) - 128
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r := yy1 + 91881*cr1
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if uint32(r)&0xff000000 == 0 {
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if uint32(r)&0xff000000 == 0 { //nolint:gosec
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r >>= 16
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} else {
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r = ^(r >> 31)
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}
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g := yy1 - 22554*cb1 - 46802*cr1
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if uint32(g)&0xff000000 == 0 {
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if uint32(g)&0xff000000 == 0 { //nolint:gosec
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g >>= 16
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} else {
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g = ^(g >> 31)
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}
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b := yy1 + 116130*cb1
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if uint32(b)&0xff000000 == 0 {
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if uint32(b)&0xff000000 == 0 { //nolint:gosec
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b >>= 16
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} else {
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b = ^(b >> 31)
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}
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d := dst[j : j+4 : j+4]
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d[0] = uint8(r)
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d[1] = uint8(g)
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d[2] = uint8(b)
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d[0] = uint8(r) // #nosec G115 -- Overflow desired.
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d[1] = uint8(g) // #nosec G115 -- Overflow desired.
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d[2] = uint8(b) // #nosec G115 -- Overflow desired.
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d[3] = 0xff
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iy++
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@ -569,9 +569,9 @@ func (s *scanner) scan(x1, y1, x2, y2 int, dst []uint8) {
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d := dst[j : j+4 : j+4]
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switch a16 {
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case 0xffff:
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d[0] = uint8(r16 >> 8)
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d[1] = uint8(g16 >> 8)
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d[2] = uint8(b16 >> 8)
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d[0] = uint8(r16 >> 8) // #nosec G115 -- Overflow desired.
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d[1] = uint8(g16 >> 8) // #nosec G115 -- Overflow desired.
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d[2] = uint8(b16 >> 8) // #nosec G115 -- Overflow desired.
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d[3] = 0xff
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case 0:
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d[0] = 0
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@ -579,10 +579,10 @@ func (s *scanner) scan(x1, y1, x2, y2 int, dst []uint8) {
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d[2] = 0
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d[3] = 0
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default:
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d[0] = uint8(((r16 * 0xffff) / a16) >> 8)
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d[1] = uint8(((g16 * 0xffff) / a16) >> 8)
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d[2] = uint8(((b16 * 0xffff) / a16) >> 8)
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d[3] = uint8(a16 >> 8)
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d[0] = uint8(((r16 * 0xffff) / a16) >> 8) // #nosec G115 -- Overflow desired.
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d[1] = uint8(((g16 * 0xffff) / a16) >> 8) // #nosec G115 -- Overflow desired.
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d[2] = uint8(((b16 * 0xffff) / a16) >> 8) // #nosec G115 -- Overflow desired.
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d[3] = uint8(a16 >> 8) // #nosec G115 -- Overflow desired.
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}
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j += 4
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}
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@ -617,7 +617,7 @@ func clampFloat(x float64) uint8 {
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return 255
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}
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if v > 0 {
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return uint8(v)
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return uint8(v) // #nosec G115 -- Just checked.
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}
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return 0
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}
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@ -49,9 +49,6 @@ func (m *Manager) RefetchEmojis(ctx context.Context, domain string, dereferenceM
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refetchIDs []string
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)
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// Get max supported remote emoji media size.
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maxsz := config.GetMediaEmojiRemoteMaxSize()
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// page through emojis 20 at a time, looking for those with missing images
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for {
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// Fetch next block of emojis from database
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@ -111,8 +108,10 @@ func (m *Manager) RefetchEmojis(ctx context.Context, domain string, dereferenceM
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continue
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}
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// Get max supported remote emoji media size.
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maxsz := int64(config.GetMediaEmojiRemoteMaxSize()) // #nosec G115 -- Already validated.
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dataFunc := func(ctx context.Context) (reader io.ReadCloser, err error) {
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return dereferenceMedia(ctx, emojiImageIRI, int64(maxsz))
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return dereferenceMedia(ctx, emojiImageIRI, maxsz)
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}
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processingEmoji, err := m.UpdateEmoji(ctx, emoji, dataFunc, AdditionalEmojiInfo{
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@ -145,7 +145,7 @@ func drainToTmp(rc io.ReadCloser) (string, error) {
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// Check to see if limit was reached,
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// (produces more useful error messages).
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if lr != nil && lr.N <= 0 {
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err := fmt.Errorf("reached read limit %s", bytesize.Size(limit))
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err := fmt.Errorf("reached read limit %s", bytesize.Size(limit)) // #nosec G115 -- Just logging
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return path, gtserror.SetLimitReached(err)
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}
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