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!<arch>
__.PKGDEF 0 0 0 644 9939 `
go object linux amd64 go1.4.1 X:precisestack
$$
package zlib
import runtime "runtime"
import bufio "bufio"
import hash "hash"
import errors "errors"
import io "io"
import adler32 "hash/adler32"
import fmt "fmt"
import flate "compress/flate"
var @"".ErrChecksum error
var @"".ErrDictionary error
var @"".ErrHeader error
type @"io".Reader interface { Read(@"io".p []byte) (@"io".n int, @"io".err error) }
type @"".Resetter interface { Reset(@"".r @"io".Reader, @"".dict []byte) (? error) }
type @"io".ReadCloser interface { Close() (? error); Read(@"io".p []byte) (@"io".n int, @"io".err error) }
func @"".NewReader (@"".r·3 @"io".Reader) (? @"io".ReadCloser, ? error)
func @"".NewReaderDict (@"".r·3 @"io".Reader, @"".dict·4 []byte) (? @"io".ReadCloser, ? error)
const @"".NoCompression = 0x0
const @"".BestSpeed = 0x1
const @"".BestCompression = 0x9
const @"".DefaultCompression = -0x1
type @"io".Writer interface { Write(@"io".p []byte) (@"io".n int, @"io".err error) }
type @"compress/flate".compressionLevel struct { @"compress/flate".good int; @"compress/flate".lazy int; @"compress/flate".nice int; @"compress/flate".chain int; @"compress/flate".fastSkipHashing int }
type @"compress/flate".literalNode struct { @"compress/flate".literal uint16; @"compress/flate".freq int32 }
type @"compress/flate".huffmanEncoder struct { @"compress/flate".codeBits []uint8; @"compress/flate".code []uint16 }
func (@"compress/flate".h·1 *@"compress/flate".huffmanEncoder "esc:0x0") @"compress/flate".assignEncodingAndSize (@"compress/flate".bitCount·2 []int32 "esc:0x0", @"compress/flate".list·3 []@"compress/flate".literalNode)
func (@"compress/flate".h·2 *@"compress/flate".huffmanEncoder "esc:0x0") @"compress/flate".bitCounts (@"compress/flate".list·3 []@"compress/flate".literalNode "esc:0x0", @"compress/flate".maxBits·4 int32) (? []int32)
func (@"compress/flate".h·2 *@"compress/flate".huffmanEncoder "esc:0x0") @"compress/flate".bitLength (@"compress/flate".freq·3 []int32 "esc:0x0") (? int64)
func (@"compress/flate".h·1 *@"compress/flate".huffmanEncoder) @"compress/flate".generate (@"compress/flate".freq·2 []int32 "esc:0x0", @"compress/flate".maxBits·3 int32)
type @"compress/flate".token uint32
func (@"compress/flate".t·2 @"compress/flate".token) @"compress/flate".length () (? uint32) { return uint32((@"compress/flate".t·2 - @"compress/flate".token(0x40000000)) >> 0x16) }
func (@"compress/flate".t·2 @"compress/flate".token) @"compress/flate".literal () (? uint32) { return uint32(@"compress/flate".t·2 - @"compress/flate".token(0x0)) }
func (@"compress/flate".t·2 @"compress/flate".token) @"compress/flate".offset () (? uint32) { return uint32(@"compress/flate".t·2) & 0x3FFFFF }
func (@"compress/flate".t·2 @"compress/flate".token) @"compress/flate".typ () (? uint32) { return uint32(@"compress/flate".t·2) & 0xC0000000 }
type @"compress/flate".huffmanBitWriter struct { @"compress/flate".w @"io".Writer; @"compress/flate".bits uint32; @"compress/flate".nbits uint32; @"compress/flate".bytes [64]byte; @"compress/flate".nbytes int; @"compress/flate".literalFreq []int32; @"compress/flate".offsetFreq []int32; @"compress/flate".codegen []uint8; @"compress/flate".codegenFreq []int32; @"compress/flate".literalEncoding *@"compress/flate".huffmanEncoder; @"compress/flate".offsetEncoding *@"compress/flate".huffmanEncoder; @"compress/flate".codegenEncoding *@"compress/flate".huffmanEncoder; @"compress/flate".err error }
func (@"compress/flate".w·1 *@"compress/flate".huffmanBitWriter) @"compress/flate".flush ()
func (@"compress/flate".w·1 *@"compress/flate".huffmanBitWriter) @"compress/flate".flushBits ()
func (@"compress/flate".w·1 *@"compress/flate".huffmanBitWriter "esc:0x0") @"compress/flate".generateCodegen (@"compress/flate".numLiterals·2 int, @"compress/flate".numOffsets·3 int)
func (@"compress/flate".w·1 *@"compress/flate".huffmanBitWriter "esc:0x0") @"compress/flate".reset (@"compress/flate".writer·2 @"io".Writer)
func (@"compress/flate".w·1 *@"compress/flate".huffmanBitWriter) @"compress/flate".writeBits (@"compress/flate".b·2 int32, @"compress/flate".nb·3 int32)
func (@"compress/flate".w·1 *@"compress/flate".huffmanBitWriter) @"compress/flate".writeBlock (@"compress/flate".tokens·2 []@"compress/flate".token "esc:0x0", @"compress/flate".eof·3 bool, @"compress/flate".input·4 []byte)
func (@"compress/flate".w·1 *@"compress/flate".huffmanBitWriter) @"compress/flate".writeBytes (@"compress/flate".bytes·2 []byte)
func (@"compress/flate".w·1 *@"compress/flate".huffmanBitWriter) @"compress/flate".writeCode (@"compress/flate".code·2 *@"compress/flate".huffmanEncoder "esc:0x0", @"compress/flate".literal·3 uint32)
func (@"compress/flate".w·1 *@"compress/flate".huffmanBitWriter) @"compress/flate".writeDynamicHeader (@"compress/flate".numLiterals·2 int, @"compress/flate".numOffsets·3 int, @"compress/flate".numCodegens·4 int, @"compress/flate".isEof·5 bool)
func (@"compress/flate".w·1 *@"compress/flate".huffmanBitWriter) @"compress/flate".writeFixedHeader (@"compress/flate".isEof·2 bool)
func (@"compress/flate".w·1 *@"compress/flate".huffmanBitWriter) @"compress/flate".writeStoredHeader (@"compress/flate".length·2 int, @"compress/flate".isEof·3 bool)
type @"compress/flate".compressor struct { @"compress/flate".? @"compress/flate".compressionLevel; @"compress/flate".w *@"compress/flate".huffmanBitWriter; @"compress/flate".fill func(? *@"compress/flate".compressor, ? []byte) (? int); @"compress/flate".step func(? *@"compress/flate".compressor); @"compress/flate".sync bool; @"compress/flate".chainHead int; @"compress/flate".hashHead []int; @"compress/flate".hashPrev []int; @"compress/flate".hashOffset int; @"compress/flate".index int; @"compress/flate".window []byte; @"compress/flate".windowEnd int; @"compress/flate".blockStart int; @"compress/flate".byteAvailable bool; @"compress/flate".tokens []@"compress/flate".token; @"compress/flate".length int; @"compress/flate".offset int; @"compress/flate".hash int; @"compress/flate".maxInsertIndex int; @"compress/flate".err error }
func (@"compress/flate".d·2 *@"compress/flate".compressor) @"compress/flate".close () (? error)
func (@"compress/flate".d·1 *@"compress/flate".compressor) @"compress/flate".deflate ()
func (@"compress/flate".d·2 *@"compress/flate".compressor "esc:0x0") @"compress/flate".fillDeflate (@"compress/flate".b·3 []byte "esc:0x0") (? int)
func (@"compress/flate".d·2 *@"compress/flate".compressor "esc:0x0") @"compress/flate".fillStore (@"compress/flate".b·3 []byte "esc:0x0") (? int) { var @"compress/flate".n·4 int; ; @"compress/flate".n·4 = copy(@"compress/flate".d·2.@"compress/flate".window[@"compress/flate".d·2.@"compress/flate".windowEnd:], @"compress/flate".b·3); @"compress/flate".d·2.@"compress/flate".windowEnd += @"compress/flate".n·4; return @"compress/flate".n·4 }
func (@"compress/flate".d·4 *@"compress/flate".compressor "esc:0x0") @"compress/flate".findMatch (@"compress/flate".pos·5 int, @"compress/flate".prevHead·6 int, @"compress/flate".prevLength·7 int, @"compress/flate".lookahead·8 int) (@"compress/flate".length·1 int, @"compress/flate".offset·2 int, @"compress/flate".ok·3 bool)
func (@"compress/flate".d·2 *@"compress/flate".compressor "esc:0x0") @"compress/flate".init (@"compress/flate".w·3 @"io".Writer, @"compress/flate".level·4 int) (@"compress/flate".err·1 error)
func (@"compress/flate".d·1 *@"compress/flate".compressor "esc:0x0") @"compress/flate".initDeflate ()
func (@"compress/flate".d·1 *@"compress/flate".compressor) @"compress/flate".reset (@"compress/flate".w·2 @"io".Writer)
func (@"compress/flate".d·1 *@"compress/flate".compressor) @"compress/flate".store ()
func (@"compress/flate".d·2 *@"compress/flate".compressor) @"compress/flate".syncFlush () (? error)
func (@"compress/flate".d·3 *@"compress/flate".compressor) @"compress/flate".write (@"compress/flate".b·4 []byte) (@"compress/flate".n·1 int, @"compress/flate".err·2 error)
func (@"compress/flate".d·2 *@"compress/flate".compressor) @"compress/flate".writeBlock (@"compress/flate".tokens·3 []@"compress/flate".token "esc:0x0", @"compress/flate".index·4 int, @"compress/flate".eof·5 bool) (? error)
func (@"compress/flate".d·2 *@"compress/flate".compressor) @"compress/flate".writeStoredBlock (@"compress/flate".buf·3 []byte) (? error)
type @"compress/flate".Writer struct { @"compress/flate".d @"compress/flate".compressor; @"compress/flate".dict []byte }
func (@"compress/flate".w·2 *@"compress/flate".Writer) Close () (? error)
func (@"compress/flate".w·2 *@"compress/flate".Writer) Flush () (? error)
func (@"compress/flate".w·1 *@"compress/flate".Writer) Reset (@"compress/flate".dst·2 @"io".Writer)
func (@"compress/flate".w·3 *@"compress/flate".Writer) Write (@"compress/flate".data·4 []byte) (@"compress/flate".n·1 int, @"compress/flate".err·2 error)
type @"hash".Hash32 interface { BlockSize() (? int); Reset(); Size() (? int); Sum(@"hash".b []byte) (? []byte); Sum32() (? uint32); Write(@"io".p []byte) (@"io".n int, @"io".err error) }
type @"".Writer struct { @"".w @"io".Writer; @"".level int; @"".dict []byte; @"".compressor *@"compress/flate".Writer; @"".digest @"hash".Hash32; @"".err error; @"".scratch [4]byte; @"".wroteHeader bool }
func (@"".z·2 *@"".Writer) Close () (? error)
func (@"".z·2 *@"".Writer) Flush () (? error)
func (@"".z·1 *@"".Writer) Reset (@"".w·2 @"io".Writer)
func (@"".z·3 *@"".Writer) Write (@"".p·4 []byte) (@"".n·1 int, @"".err·2 error)
func (@"".z·2 *@"".Writer) @"".writeHeader () (@"".err·1 error)
func @"".NewWriter (@"".w·2 @"io".Writer) (? *@"".Writer)
func @"".NewWriterLevel (@"".w·3 @"io".Writer, @"".level·4 int) (? *@"".Writer, ? error)
func @"".NewWriterLevelDict (@"".w·3 @"io".Writer, @"".level·4 int, @"".dict·5 []byte) (? *@"".Writer, ? error)
func @"".init ()
$$
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