forked from forgejo/forgejo
[Vendor] Update directly used dependencys (#15593)
* update github.com/blevesearch/bleve v2.0.2 -> v2.0.3 * github.com/denisenkom/go-mssqldb v0.9.0 -> v0.10.0 * github.com/editorconfig/editorconfig-core-go v2.4.1 -> v2.4.2 * github.com/go-chi/cors v1.1.1 -> v1.2.0 * github.com/go-git/go-billy v5.0.0 -> v5.1.0 * github.com/go-git/go-git v5.2.0 -> v5.3.0 * github.com/go-ldap/ldap v3.2.4 -> v3.3.0 * github.com/go-redis/redis v8.6.0 -> v8.8.2 * github.com/go-sql-driver/mysql v1.5.0 -> v1.6.0 * github.com/go-swagger/go-swagger v0.26.1 -> v0.27.0 * github.com/lib/pq v1.9.0 -> v1.10.1 * github.com/mattn/go-sqlite3 v1.14.6 -> v1.14.7 * github.com/go-testfixtures/testfixtures v3.5.0 -> v3.6.0 * github.com/issue9/identicon v1.0.1 -> v1.2.0 * github.com/klauspost/compress v1.11.8 -> v1.12.1 * github.com/mgechev/revive v1.0.3 -> v1.0.6 * github.com/microcosm-cc/bluemonday v1.0.7 -> v1.0.8 * github.com/niklasfasching/go-org v1.4.0 -> v1.5.0 * github.com/olivere/elastic v7.0.22 -> v7.0.24 * github.com/pelletier/go-toml v1.8.1 -> v1.9.0 * github.com/prometheus/client_golang v1.9.0 -> v1.10.0 * github.com/xanzy/go-gitlab v0.44.0 -> v0.48.0 * github.com/yuin/goldmark v1.3.3 -> v1.3.5 * github.com/6543/go-version v1.2.4 -> v1.3.1 * do github.com/lib/pq v1.10.0 -> v1.10.1 again ...
This commit is contained in:
6543
GitHub
parent
834fc74873
commit
792b4dba2c
558 changed files with 32080 additions and 24669 deletions
414
vendor/github.com/klauspost/compress/zstd/enc_dfast.go
generated
vendored
414
vendor/github.com/klauspost/compress/zstd/enc_dfast.go
generated
vendored
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@ -11,6 +11,9 @@ const (
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dFastLongTableSize = 1 << dFastLongTableBits // Size of the table
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dFastLongTableMask = dFastLongTableSize - 1 // Mask for table indices. Redundant, but can eliminate bounds checks.
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dLongTableShardCnt = 1 << (dFastLongTableBits - dictShardBits) // Number of shards in the table
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dLongTableShardSize = dFastLongTableSize / tableShardCnt // Size of an individual shard
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dFastShortTableBits = tableBits // Bits used in the short match table
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dFastShortTableSize = 1 << dFastShortTableBits // Size of the table
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dFastShortTableMask = dFastShortTableSize - 1 // Mask for table indices. Redundant, but can eliminate bounds checks.
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@ -18,8 +21,14 @@ const (
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type doubleFastEncoder struct {
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fastEncoder
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longTable [dFastLongTableSize]tableEntry
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dictLongTable []tableEntry
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longTable [dFastLongTableSize]tableEntry
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}
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type doubleFastEncoderDict struct {
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fastEncoderDict
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longTable [dFastLongTableSize]tableEntry
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dictLongTable []tableEntry
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longTableShardDirty [dLongTableShardCnt]bool
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}
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// Encode mimmics functionality in zstd_dfast.c
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@ -678,9 +687,379 @@ encodeLoop:
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}
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}
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// Encode will encode the content, with a dictionary if initialized for it.
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func (e *doubleFastEncoderDict) Encode(blk *blockEnc, src []byte) {
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const (
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// Input margin is the number of bytes we read (8)
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// and the maximum we will read ahead (2)
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inputMargin = 8 + 2
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minNonLiteralBlockSize = 16
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)
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// Protect against e.cur wraparound.
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for e.cur >= bufferReset {
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if len(e.hist) == 0 {
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for i := range e.table[:] {
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e.table[i] = tableEntry{}
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}
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for i := range e.longTable[:] {
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e.longTable[i] = tableEntry{}
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}
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e.markAllShardsDirty()
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e.cur = e.maxMatchOff
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break
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}
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// Shift down everything in the table that isn't already too far away.
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minOff := e.cur + int32(len(e.hist)) - e.maxMatchOff
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for i := range e.table[:] {
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v := e.table[i].offset
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if v < minOff {
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v = 0
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} else {
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v = v - e.cur + e.maxMatchOff
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}
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e.table[i].offset = v
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}
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for i := range e.longTable[:] {
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v := e.longTable[i].offset
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if v < minOff {
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v = 0
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} else {
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v = v - e.cur + e.maxMatchOff
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}
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e.longTable[i].offset = v
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}
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e.markAllShardsDirty()
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e.cur = e.maxMatchOff
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break
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}
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s := e.addBlock(src)
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blk.size = len(src)
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if len(src) < minNonLiteralBlockSize {
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blk.extraLits = len(src)
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blk.literals = blk.literals[:len(src)]
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copy(blk.literals, src)
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return
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}
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// Override src
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src = e.hist
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sLimit := int32(len(src)) - inputMargin
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// stepSize is the number of bytes to skip on every main loop iteration.
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// It should be >= 1.
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const stepSize = 1
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const kSearchStrength = 8
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// nextEmit is where in src the next emitLiteral should start from.
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nextEmit := s
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cv := load6432(src, s)
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// Relative offsets
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offset1 := int32(blk.recentOffsets[0])
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offset2 := int32(blk.recentOffsets[1])
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addLiterals := func(s *seq, until int32) {
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if until == nextEmit {
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return
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}
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blk.literals = append(blk.literals, src[nextEmit:until]...)
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s.litLen = uint32(until - nextEmit)
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}
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if debug {
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println("recent offsets:", blk.recentOffsets)
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}
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encodeLoop:
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for {
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var t int32
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// We allow the encoder to optionally turn off repeat offsets across blocks
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canRepeat := len(blk.sequences) > 2
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for {
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if debugAsserts && canRepeat && offset1 == 0 {
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panic("offset0 was 0")
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}
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nextHashS := hash5(cv, dFastShortTableBits)
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nextHashL := hash8(cv, dFastLongTableBits)
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candidateL := e.longTable[nextHashL]
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candidateS := e.table[nextHashS]
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const repOff = 1
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repIndex := s - offset1 + repOff
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entry := tableEntry{offset: s + e.cur, val: uint32(cv)}
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e.longTable[nextHashL] = entry
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e.markLongShardDirty(nextHashL)
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e.table[nextHashS] = entry
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e.markShardDirty(nextHashS)
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if canRepeat {
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if repIndex >= 0 && load3232(src, repIndex) == uint32(cv>>(repOff*8)) {
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// Consider history as well.
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var seq seq
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lenght := 4 + e.matchlen(s+4+repOff, repIndex+4, src)
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seq.matchLen = uint32(lenght - zstdMinMatch)
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// We might be able to match backwards.
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// Extend as long as we can.
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start := s + repOff
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// We end the search early, so we don't risk 0 literals
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// and have to do special offset treatment.
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startLimit := nextEmit + 1
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tMin := s - e.maxMatchOff
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if tMin < 0 {
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tMin = 0
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}
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for repIndex > tMin && start > startLimit && src[repIndex-1] == src[start-1] && seq.matchLen < maxMatchLength-zstdMinMatch-1 {
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repIndex--
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start--
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seq.matchLen++
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}
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addLiterals(&seq, start)
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// rep 0
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seq.offset = 1
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if debugSequences {
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println("repeat sequence", seq, "next s:", s)
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}
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blk.sequences = append(blk.sequences, seq)
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s += lenght + repOff
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nextEmit = s
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if s >= sLimit {
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if debug {
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println("repeat ended", s, lenght)
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}
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break encodeLoop
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}
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cv = load6432(src, s)
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continue
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}
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}
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// Find the offsets of our two matches.
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coffsetL := s - (candidateL.offset - e.cur)
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coffsetS := s - (candidateS.offset - e.cur)
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// Check if we have a long match.
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if coffsetL < e.maxMatchOff && uint32(cv) == candidateL.val {
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// Found a long match, likely at least 8 bytes.
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// Reference encoder checks all 8 bytes, we only check 4,
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// but the likelihood of both the first 4 bytes and the hash matching should be enough.
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t = candidateL.offset - e.cur
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if debugAsserts && s <= t {
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panic(fmt.Sprintf("s (%d) <= t (%d)", s, t))
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}
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if debugAsserts && s-t > e.maxMatchOff {
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panic("s - t >e.maxMatchOff")
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}
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if debugMatches {
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println("long match")
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}
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break
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}
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// Check if we have a short match.
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if coffsetS < e.maxMatchOff && uint32(cv) == candidateS.val {
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// found a regular match
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// See if we can find a long match at s+1
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const checkAt = 1
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cv := load6432(src, s+checkAt)
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nextHashL = hash8(cv, dFastLongTableBits)
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candidateL = e.longTable[nextHashL]
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coffsetL = s - (candidateL.offset - e.cur) + checkAt
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// We can store it, since we have at least a 4 byte match.
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e.longTable[nextHashL] = tableEntry{offset: s + checkAt + e.cur, val: uint32(cv)}
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e.markLongShardDirty(nextHashL)
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if coffsetL < e.maxMatchOff && uint32(cv) == candidateL.val {
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// Found a long match, likely at least 8 bytes.
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// Reference encoder checks all 8 bytes, we only check 4,
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// but the likelihood of both the first 4 bytes and the hash matching should be enough.
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t = candidateL.offset - e.cur
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s += checkAt
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if debugMatches {
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println("long match (after short)")
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}
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break
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}
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t = candidateS.offset - e.cur
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if debugAsserts && s <= t {
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panic(fmt.Sprintf("s (%d) <= t (%d)", s, t))
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}
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if debugAsserts && s-t > e.maxMatchOff {
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panic("s - t >e.maxMatchOff")
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}
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if debugAsserts && t < 0 {
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panic("t<0")
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}
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if debugMatches {
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println("short match")
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}
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break
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}
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// No match found, move forward in input.
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s += stepSize + ((s - nextEmit) >> (kSearchStrength - 1))
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if s >= sLimit {
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break encodeLoop
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}
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cv = load6432(src, s)
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}
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// A 4-byte match has been found. Update recent offsets.
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// We'll later see if more than 4 bytes.
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offset2 = offset1
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offset1 = s - t
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if debugAsserts && s <= t {
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panic(fmt.Sprintf("s (%d) <= t (%d)", s, t))
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}
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if debugAsserts && canRepeat && int(offset1) > len(src) {
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panic("invalid offset")
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}
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// Extend the 4-byte match as long as possible.
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l := e.matchlen(s+4, t+4, src) + 4
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// Extend backwards
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tMin := s - e.maxMatchOff
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if tMin < 0 {
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tMin = 0
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}
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for t > tMin && s > nextEmit && src[t-1] == src[s-1] && l < maxMatchLength {
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s--
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t--
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l++
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}
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// Write our sequence
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var seq seq
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seq.litLen = uint32(s - nextEmit)
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seq.matchLen = uint32(l - zstdMinMatch)
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if seq.litLen > 0 {
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blk.literals = append(blk.literals, src[nextEmit:s]...)
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}
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seq.offset = uint32(s-t) + 3
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s += l
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if debugSequences {
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println("sequence", seq, "next s:", s)
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}
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blk.sequences = append(blk.sequences, seq)
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nextEmit = s
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if s >= sLimit {
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break encodeLoop
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}
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// Index match start+1 (long) and start+2 (short)
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index0 := s - l + 1
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// Index match end-2 (long) and end-1 (short)
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index1 := s - 2
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cv0 := load6432(src, index0)
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cv1 := load6432(src, index1)
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te0 := tableEntry{offset: index0 + e.cur, val: uint32(cv0)}
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te1 := tableEntry{offset: index1 + e.cur, val: uint32(cv1)}
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longHash1 := hash8(cv0, dFastLongTableBits)
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longHash2 := hash8(cv0, dFastLongTableBits)
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e.longTable[longHash1] = te0
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e.longTable[longHash2] = te1
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e.markLongShardDirty(longHash1)
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e.markLongShardDirty(longHash2)
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cv0 >>= 8
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cv1 >>= 8
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te0.offset++
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te1.offset++
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te0.val = uint32(cv0)
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te1.val = uint32(cv1)
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hashVal1 := hash5(cv0, dFastShortTableBits)
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hashVal2 := hash5(cv1, dFastShortTableBits)
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e.table[hashVal1] = te0
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e.markShardDirty(hashVal1)
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e.table[hashVal2] = te1
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e.markShardDirty(hashVal2)
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cv = load6432(src, s)
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if !canRepeat {
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continue
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}
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// Check offset 2
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for {
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o2 := s - offset2
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if load3232(src, o2) != uint32(cv) {
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// Do regular search
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break
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}
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// Store this, since we have it.
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nextHashS := hash5(cv, dFastShortTableBits)
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nextHashL := hash8(cv, dFastLongTableBits)
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// We have at least 4 byte match.
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// No need to check backwards. We come straight from a match
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l := 4 + e.matchlen(s+4, o2+4, src)
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entry := tableEntry{offset: s + e.cur, val: uint32(cv)}
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e.longTable[nextHashL] = entry
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e.markLongShardDirty(nextHashL)
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e.table[nextHashS] = entry
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e.markShardDirty(nextHashS)
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seq.matchLen = uint32(l) - zstdMinMatch
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seq.litLen = 0
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// Since litlen is always 0, this is offset 1.
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seq.offset = 1
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s += l
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nextEmit = s
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if debugSequences {
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println("sequence", seq, "next s:", s)
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}
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blk.sequences = append(blk.sequences, seq)
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// Swap offset 1 and 2.
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offset1, offset2 = offset2, offset1
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if s >= sLimit {
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// Finished
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break encodeLoop
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}
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cv = load6432(src, s)
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}
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}
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if int(nextEmit) < len(src) {
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blk.literals = append(blk.literals, src[nextEmit:]...)
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blk.extraLits = len(src) - int(nextEmit)
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}
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blk.recentOffsets[0] = uint32(offset1)
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blk.recentOffsets[1] = uint32(offset2)
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if debug {
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println("returning, recent offsets:", blk.recentOffsets, "extra literals:", blk.extraLits)
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}
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// If we encoded more than 64K mark all dirty.
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if len(src) > 64<<10 {
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e.markAllShardsDirty()
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}
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}
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// ResetDict will reset and set a dictionary if not nil
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func (e *doubleFastEncoder) Reset(d *dict, singleBlock bool) {
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e.fastEncoder.Reset(d, singleBlock)
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if d != nil {
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panic("doubleFastEncoder: Reset with dict not supported")
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}
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}
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|
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// ResetDict will reset and set a dictionary if not nil
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func (e *doubleFastEncoderDict) Reset(d *dict, singleBlock bool) {
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allDirty := e.allDirty
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e.fastEncoderDict.Reset(d, singleBlock)
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if d == nil {
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return
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}
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@ -706,8 +1085,37 @@ func (e *doubleFastEncoder) Reset(d *dict, singleBlock bool) {
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}
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}
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e.lastDictID = d.id
|
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e.allDirty = true
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}
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// Reset table to initial state
|
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e.cur = e.maxMatchOff
|
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copy(e.longTable[:], e.dictLongTable)
|
||||
|
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dirtyShardCnt := 0
|
||||
if !allDirty {
|
||||
for i := range e.longTableShardDirty {
|
||||
if e.longTableShardDirty[i] {
|
||||
dirtyShardCnt++
|
||||
}
|
||||
}
|
||||
}
|
||||
|
||||
if allDirty || dirtyShardCnt > dLongTableShardCnt/2 {
|
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copy(e.longTable[:], e.dictLongTable)
|
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for i := range e.longTableShardDirty {
|
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e.longTableShardDirty[i] = false
|
||||
}
|
||||
return
|
||||
}
|
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for i := range e.longTableShardDirty {
|
||||
if !e.longTableShardDirty[i] {
|
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continue
|
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}
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|
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copy(e.longTable[i*dLongTableShardSize:(i+1)*dLongTableShardSize], e.dictLongTable[i*dLongTableShardSize:(i+1)*dLongTableShardSize])
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e.longTableShardDirty[i] = false
|
||||
}
|
||||
}
|
||||
|
||||
func (e *doubleFastEncoderDict) markLongShardDirty(entryNum uint32) {
|
||||
e.longTableShardDirty[entryNum/dLongTableShardSize] = true
|
||||
}
|
||||
|
|
|
|||
Loading…
Add table
Add a link
Reference in a new issue