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package zlib;
pkgpath compress/zlib;
priority 8;
import bufio bufio "bufio";
import flate compress/flate "compress/flate";
import errors errors "errors";
import fmt fmt "fmt";
import hash hash "hash";
import adler32 hash/adler32 "hash/adler32";
import io io "io";
init zlib compress_zlib..import 8 math math..import 1 runtime runtime..import 1 unicode unicode..import 1 strconv strconv..import 2 io io..import 3 reflect reflect..import 3 syscall syscall..import 3 bytes bytes..import 4 time time..import 4 bufio bufio..import 5 os os..import 5 fmt fmt..import 6 flate compress_flate..import 7;
const BestCompression = 9 ;
const BestSpeed = 1 ;
const DefaultCompression = -1 ;
var ErrChecksum <type -19>;
var ErrDictionary <type -19>;
var ErrHeader <type -19>;
func NewReader (r <type 1 "io.Reader" <type 2 interface { Read (p <type 3 [] <type -20>>) (n <type -11>, err <type -19>); }>>) (? <type 4 "io.ReadCloser" <type 5 interface { ? <type 1>; ? <type 6 "io.Closer" <type 7 interface { Close () <type -19>; }>>; }>>, ? <type -19>);
func NewReaderDict (r <type 1>, dict <type 8 [] <type -20>>) (? <type 4>, ? <type -19>);
func NewWriter (w <type 9 "io.Writer" <type 10 interface { Write (p <type 11 [] <type -20>>) (n <type -11>, err <type -19>); }>>) <type 12 *<type 13 "Writer" <type 14 struct { .compress/zlib.w <type 9>; .compress/zlib.level <type -11>; .compress/zlib.dict <type 15 [] <type -20>>; .compress/zlib.compressor <type 16 *<type 17 "compress/flate.Writer" <type 18 struct { .compress/flate.d <type 19 ".compress/flate.compressor" <type 20 struct { ? <type 21 ".compress/flate.compressionLevel" <type 22 struct { .compress/flate.good <type -11>; .compress/flate.lazy <type -11>; .compress/flate.nice <type -11>; .compress/flate.chain <type -11>; .compress/flate.fastSkipHashing <type -11>; }>>; .compress/flate.w <type 23 *<type 24 ".compress/flate.huffmanBitWriter" <type 25 struct { .compress/flate.w <type 9>; .compress/flate.bits <type -7>; .compress/flate.nbits <type -7>; .compress/flate.bytes <type 26 [64 ] <type -20>>; .compress/flate.nbytes <type -11>; .compress/flate.literalFreq <type 27 [] <type -3>>; .compress/flate.offsetFreq <type 28 [] <type -3>>; .compress/flate.codegen <type 29 [] <type -5>>; .compress/flate.codegenFreq <type 30 [] <type -3>>; .compress/flate.literalEncoding <type 31 *<type 32 ".compress/flate.huffmanEncoder" <type 33 struct { .compress/flate.codeBits <type 34 [] <type -5>>; .compress/flate.code <type 35 [] <type -6>>; }>
func (h <type 36 *<type 32>>) .compress/flate.bitCounts (list <type 37 [] <type 38 ".compress/flate.literalNode" <type 39 struct { .compress/flate.literal <type -6>; .compress/flate.freq <type -3>; }>>>, maxBits <type -3>) <type 40 [] <type -3>>;
func (h <type 36>) .compress/flate.assignEncodingAndSize (bitCount <type 41 [] <type -3>>, list <type 42 [] <type 38>>);
func (h <type 36>) .compress/flate.bitLength (freq <type 43 [] <type -3>>) <type -4>;
func (h <type 36>) .compress/flate.generate (freq <type 44 [] <type -3>>, maxBits <type -3>);
>>; .compress/flate.offsetEncoding <type 31>; .compress/flate.codegenEncoding <type 31>; .compress/flate.err <type -19>; }>
func (w <type 45 *<type 24>>) .compress/flate.writeBlock (tokens <type 46 [] <type 47 ".compress/flate.token" <type -7>
func (t <type 47>) .compress/flate.length () <type -7>;
func (t <type 47>) .compress/flate.typ () <type -7>;
func (t <type 47>) .compress/flate.literal () <type -7>;
func (t <type 47>) .compress/flate.offset () <type -7>;
>>, eof <type -15>, input <type 48 [] <type -20>>);
func (w <type 45>) .compress/flate.writeBytes (bytes <type 49 [] <type -20>>);
func (w <type 45>) .compress/flate.writeDynamicHeader (numLiterals <type -11>, numOffsets <type -11>, numCodegens <type -11>, isEof <type -15>);
func (w <type 45>) .compress/flate.writeBits (b <type -3>, nb <type -3>);
func (w <type 45>) .compress/flate.generateCodegen (numLiterals <type -11>, numOffsets <type -11>);
func (w <type 45>) .compress/flate.writeCode (code <type 31>, literal <type -7>);
func (w <type 45>) .compress/flate.writeFixedHeader (isEof <type -15>);
func (w <type 45>) .compress/flate.flushBits ();
func (w <type 45>) .compress/flate.writeStoredHeader (length <type -11>, isEof <type -15>);
func (w <type 45>) .compress/flate.flush ();
>>; .compress/flate.fill <type 50 (? <type 51 *<type 19>>, ? <type 52 [] <type -20>>) <type -11>>; .compress/flate.step <type 53 (? <type 51>)>; .compress/flate.sync <type -15>; .compress/flate.chainHead <type -11>; .compress/flate.hashHead <type 54 [] <type -11>>; .compress/flate.hashPrev <type 55 [] <type -11>>; .compress/flate.hashOffset <type -11>; .compress/flate.index <type -11>; .compress/flate.window <type 56 [] <type -20>>; .compress/flate.windowEnd <type -11>; .compress/flate.blockStart <type -11>; .compress/flate.byteAvailable <type -15>; .compress/flate.tokens <type 57 [] <type 47>>; .compress/flate.length <type -11>; .compress/flate.offset <type -11>; .compress/flate.hash <type -11>; .compress/flate.maxInsertIndex <type -11>; .compress/flate.err <type -19>; }>
func (d <type 58 *<type 19>>) .compress/flate.writeBlock (tokens <type 59 [] <type 47>>, index <type -11>, eof <type -15>) <type -19>;
func (d <type 58>) .compress/flate.store ();
func (d <type 58>) .compress/flate.syncFlush () <type -19>;
func (d <type 58>) .compress/flate.fillDeflate (b <type 60 [] <type -20>>) <type -11>;
func (d <type 58>) .compress/flate.write (b <type 61 [] <type -20>>) (n <type -11>, err <type -19>);
func (d <type 58>) .compress/flate.fillStore (b <type 62 [] <type -20>>) <type -11>;
func (d <type 58>) .compress/flate.close () <type -19>;
func (d <type 58>) .compress/flate.init (w <type 9>, level <type -11>) (err <type -19>);
func (d <type 58>) .compress/flate.findMatch (pos <type -11>, prevHead <type -11>, prevLength <type -11>, lookahead <type -11>) (length <type -11>, offset <type -11>, ok <type -15>);
func (d <type 58>) .compress/flate.deflate ();
func (d <type 58>) .compress/flate.initDeflate ();
func (d <type 58>) .compress/flate.writeStoredBlock (buf <type 63 [] <type -20>>) <type -19>;
>; }>
func (w <type 64 *<type 17>>) Write (data <type 65 [] <type -20>>) (n <type -11>, err <type -19>);
func (w <type 64>) Flush () <type -19>;
func (w <type 64>) Close () <type -19>;
>>; .compress/zlib.digest <type 66 "hash.Hash32" <type 67 interface { ? <type 68 "hash.Hash" <type 69 interface { ? <type 9>; Sum (b <type 70 [] <type -20>>) <type 71 [] <type -20>>; Reset (); Size () <type -11>; BlockSize () <type -11>; }>>; Sum32 () <type -7>; }>>; .compress/zlib.err <type -19>; .compress/zlib.scratch <type 72 [4 ] <type -20>>; .compress/zlib.wroteHeader <type -15>; }>
func (z <type 73 *<type 13>>) .compress/zlib.writeHeader () (err <type -19>);
func (z <type 73>) Write (p <type 74 [] <type -20>>) (n <type -11>, err <type -19>);
func (z <type 73>) Flush () <type -19>;
func (z <type 73>) Close () <type -19>;
>>;
func NewWriterLevel (w <type 9>, level <type -11>) (? <type 12>, ? <type -19>);
func NewWriterLevelDict (w <type 9>, level <type -11>, dict <type 75 [] <type -20>>) (? <type 12>, ? <type -19>);
const NoCompression = 0 ;
type <type 13>;
checksum 0AAE4D873922F9227DF2BF5F670EB1EBEC5E8E3B;
.symtab .strtab .shstrtab .go_export @ U � 0 � � &
Zerion Mini Shell 1.0