Repository URL to install this package:
|
Version:
1.0 ▾
|
!<arch>
__.PKGDEF 0 0 0 644 22781 `
go object linux amd64 go1.6 X:none
build id "3e1435328c8a909a61fc1b4a4983e5beed2fe727"
$$
package profile
import errors "errors"
import fmt "fmt"
import math "math"
import strconv "strconv"
import io "io"
import sort "sort"
import regexp "regexp"
import strings "strings"
import bytes "bytes"
import bufio "bufio"
import gzip "compress/gzip"
import time "time"
import ioutil "io/ioutil"
type @"".TagMatch func(@"".key string, @"".val string, @"".nval int64) (? bool)
var @"".LegacyHeapAllocated bool
type @"".buffer struct { @"".field int; @"".typ int; @"".u64 uint64; @"".data []byte; @"".tmp [16]byte }
type @"".message interface { @"".decoder() (? []@"".decoder); @"".encode(? *@"".buffer) }
type @"".decoder func(? *@"".buffer, ? @"".message) (? error)
type @"".ValueType struct { Type string; Unit string; @"".typeX int64; @"".unitX int64 }
func (@"".p·2 *@"".ValueType "esc:0x1") @"".decoder () (? []@"".decoder) { return @"".valueTypeDecoder }
func (@"".p·1 *@"".ValueType "esc:0x1") @"".encode (@"".b·2 *@"".buffer "esc:0x9")
type @"".Mapping struct { ID uint64; Start uint64; Limit uint64; Offset uint64; File string; BuildID string; HasFunctions bool; HasFilenames bool; HasLineNumbers bool; HasInlineFrames bool; @"".fileX int64; @"".buildIDX int64 }
func (@"".p·2 *@"".Mapping "esc:0x1") @"".decoder () (? []@"".decoder) { return @"".mappingDecoder }
func (@"".p·1 *@"".Mapping "esc:0x1") @"".encode (@"".b·2 *@"".buffer "esc:0x9")
type @"".Function struct { ID uint64; Name string; SystemName string; Filename string; StartLine int64; @"".nameX int64; @"".systemNameX int64; @"".filenameX int64 }
func (@"".p·2 *@"".Function "esc:0x1") @"".decoder () (? []@"".decoder) { return @"".functionDecoder }
func (@"".p·1 *@"".Function "esc:0x1") @"".encode (@"".b·2 *@"".buffer "esc:0x9")
type @"".Line struct { Function *@"".Function; Line int64; @"".functionIDX uint64 }
func (@"".p·2 *@"".Line "esc:0x1") @"".decoder () (? []@"".decoder) { return @"".lineDecoder }
func (@"".p·1 *@"".Line "esc:0x1") @"".encode (@"".b·2 *@"".buffer "esc:0x9")
import syntax "regexp/syntax" // indirect
type @"regexp/syntax".InstOp uint8
func (@"regexp/syntax".i·2 @"regexp/syntax".InstOp) String () (? string) { if uint(@"regexp/syntax".i·2) >= uint(len(@"regexp/syntax".instOpNames)) { return string("") }; return @"regexp/syntax".instOpNames[@"regexp/syntax".i·2] }
type @"regexp/syntax".Inst struct { Op @"regexp/syntax".InstOp; Out uint32; Arg uint32; Rune []rune }
func (@"regexp/syntax".i·2 *@"regexp/syntax".Inst "esc:0x1") MatchEmptyWidth (@"regexp/syntax".before·3 rune, @"regexp/syntax".after·4 rune) (? bool)
func (@"regexp/syntax".i·2 *@"regexp/syntax".Inst "esc:0x1") MatchRune (@"regexp/syntax".r·3 rune) (? bool)
func (@"regexp/syntax".i·2 *@"regexp/syntax".Inst "esc:0x1") MatchRunePos (@"regexp/syntax".r·3 rune) (? int)
func (@"regexp/syntax".i·2 *@"regexp/syntax".Inst "esc:0x1") String () (? string)
func (@"regexp/syntax".i·2 *@"regexp/syntax".Inst "esc:0x1") @"regexp/syntax".op () (? @"regexp/syntax".InstOp)
type @"regexp/syntax".EmptyOp uint8
type @"regexp/syntax".Prog struct { Inst []@"regexp/syntax".Inst; Start int; NumCap int }
func (@"regexp/syntax".p·3 *@"regexp/syntax".Prog "esc:0x1") Prefix () (@"regexp/syntax".prefix·1 string, @"regexp/syntax".complete·2 bool)
func (@"regexp/syntax".p·2 *@"regexp/syntax".Prog "esc:0x1") StartCond () (? @"regexp/syntax".EmptyOp)
func (@"regexp/syntax".p·2 *@"regexp/syntax".Prog "esc:0x1") String () (? string)
func (@"regexp/syntax".p·3 *@"regexp/syntax".Prog "esc:0x22") @"regexp/syntax".skipNop (@"regexp/syntax".pc·4 uint32) (? *@"regexp/syntax".Inst, ? uint32)
type @"regexp".onePassInst struct { ? @"regexp/syntax".Inst; Next []uint32 }
type @"regexp".onePassProg struct { Inst []@"regexp".onePassInst; Start int; NumCap int }
import sync "sync" // indirect
type @"sync".Mutex struct { @"sync".state int32; @"sync".sema uint32 }
func (@"sync".m·1 *@"sync".Mutex) Lock ()
func (@"sync".m·1 *@"sync".Mutex) Unlock ()
type @"regexp".input interface { @"regexp".canCheckPrefix() (? bool); @"regexp".context(@"regexp".pos int) (? @"regexp/syntax".EmptyOp); @"regexp".hasPrefix(@"regexp".re *@"regexp".Regexp) (? bool); @"regexp".index(@"regexp".re *@"regexp".Regexp, @"regexp".pos int) (? int); @"regexp".step(@"regexp".pos int) (@"regexp".r rune, @"regexp".width int) }
type @"regexp".job struct { @"regexp".pc uint32; @"regexp".arg int; @"regexp".pos int }
type @"regexp".bitState struct { @"regexp".prog *@"regexp/syntax".Prog; @"regexp".end int; @"regexp".cap []int; @"regexp".input @"regexp".input; @"regexp".jobs []@"regexp".job; @"regexp".visited []uint32 }
func (@"regexp".b·1 *@"regexp".bitState "esc:0x9") @"regexp".push (@"regexp".pc·2 uint32, @"regexp".pos·3 int, @"regexp".arg·4 int)
func (@"regexp".b·1 *@"regexp".bitState "esc:0x1") @"regexp".reset (@"regexp".end·2 int, @"regexp".ncap·3 int)
func (@"regexp".b·2 *@"regexp".bitState "esc:0x1") @"regexp".shouldVisit (@"regexp".pc·3 uint32, @"regexp".pos·4 int) (? bool) { var @"regexp".n·5 uint; ; @"regexp".n·5 = uint(int(@"regexp".pc·3) * (@"regexp".b·2.@"regexp".end + int(0x1)) + @"regexp".pos·4); if @"regexp".b·2.@"regexp".visited[@"regexp".n·5 / uint(0x20)] & (uint32(0x1) << (@"regexp".n·5 & uint(0x1f))) != uint32(0x0) { return bool(false) }; @"regexp".b·2.@"regexp".visited[@"regexp".n·5 / uint(0x20)] |= uint32(0x1) << (@"regexp".n·5 & uint(0x1f)); return bool(true) }
type @"regexp".thread struct { @"regexp".inst *@"regexp/syntax".Inst; @"regexp".cap []int }
type @"regexp".entry struct { @"regexp".pc uint32; @"regexp".t *@"regexp".thread }
type @"regexp".queue struct { @"regexp".sparse []uint32; @"regexp".dense []@"regexp".entry }
type @"regexp".inputBytes struct { @"regexp".str []byte }
func (@"regexp".i·2 *@"regexp".inputBytes "esc:0x1") @"regexp".canCheckPrefix () (? bool) { return bool(true) }
func (@"regexp".i·2 *@"regexp".inputBytes "esc:0x1") @"regexp".context (@"regexp".pos·3 int) (? @"regexp/syntax".EmptyOp)
func (@"regexp".i·2 *@"regexp".inputBytes "esc:0x1") @"regexp".hasPrefix (@"regexp".re·3 *@"regexp".Regexp "esc:0x1") (? bool)
func (@"regexp".i·2 *@"regexp".inputBytes "esc:0x1") @"regexp".index (@"regexp".re·3 *@"regexp".Regexp "esc:0x1", @"regexp".pos·4 int) (? int)
func (@"regexp".i·3 *@"regexp".inputBytes "esc:0x1") @"regexp".step (@"regexp".pos·4 int) (? rune, ? int)
type @"regexp".inputString struct { @"regexp".str string }
func (@"regexp".i·2 *@"regexp".inputString "esc:0x1") @"regexp".canCheckPrefix () (? bool) { return bool(true) }
func (@"regexp".i·2 *@"regexp".inputString "esc:0x1") @"regexp".context (@"regexp".pos·3 int) (? @"regexp/syntax".EmptyOp)
func (@"regexp".i·2 *@"regexp".inputString "esc:0x1") @"regexp".hasPrefix (@"regexp".re·3 *@"regexp".Regexp "esc:0x1") (? bool) { return @"strings".HasPrefix(@"regexp".i·2.@"regexp".str, @"regexp".re·3.@"regexp".prefix) }
func (@"regexp".i·2 *@"regexp".inputString "esc:0x9") @"regexp".index (@"regexp".re·3 *@"regexp".Regexp "esc:0x9", @"regexp".pos·4 int) (? int)
func (@"regexp".i·3 *@"regexp".inputString "esc:0x1") @"regexp".step (@"regexp".pos·4 int) (? rune, ? int)
type @"io".RuneReader interface { ReadRune() (@"io".r rune, @"io".size int, @"io".err error) }
type @"regexp".inputReader struct { @"regexp".r @"io".RuneReader; @"regexp".atEOT bool; @"regexp".pos int }
func (@"regexp".i·2 *@"regexp".inputReader "esc:0x1") @"regexp".canCheckPrefix () (? bool) { return bool(false) }
func (@"regexp".i·2 *@"regexp".inputReader "esc:0x1") @"regexp".context (@"regexp".pos·3 int) (? @"regexp/syntax".EmptyOp) { return @"regexp/syntax".EmptyOp(0x0) }
func (@"regexp".i·2 *@"regexp".inputReader "esc:0x1") @"regexp".hasPrefix (@"regexp".re·3 *@"regexp".Regexp "esc:0x1") (? bool) { return bool(false) }
func (@"regexp".i·2 *@"regexp".inputReader "esc:0x1") @"regexp".index (@"regexp".re·3 *@"regexp".Regexp "esc:0x1", @"regexp".pos·4 int) (? int) { return int(-0x1) }
func (@"regexp".i·3 *@"regexp".inputReader "esc:0x9") @"regexp".step (@"regexp".pos·4 int) (? rune, ? int)
type @"regexp".machine struct { @"regexp".re *@"regexp".Regexp; @"regexp".p *@"regexp/syntax".Prog; @"regexp".op *@"regexp".onePassProg; @"regexp".maxBitStateLen int; @"regexp".b *@"regexp".bitState; @"regexp".q0 @"regexp".queue; @"regexp".q1 @"regexp".queue; @"regexp".pool []*@"regexp".thread; @"regexp".matched bool; @"regexp".matchcap []int; @"regexp".inputBytes @"regexp".inputBytes; @"regexp".inputString @"regexp".inputString; @"regexp".inputReader @"regexp".inputReader }
func (@"regexp".m·2 *@"regexp".machine "esc:0x3a") @"regexp".add (@"regexp".q·3 *@"regexp".queue "esc:0x1", @"regexp".pc·4 uint32, @"regexp".pos·5 int, @"regexp".cap·6 []int "esc:0x9", @"regexp".cond·7 @"regexp/syntax".EmptyOp, @"regexp".t·8 *@"regexp".thread) (? *@"regexp".thread)
func (@"regexp".m·2 *@"regexp".machine "esc:0x32") @"regexp".alloc (@"regexp".i·3 *@"regexp/syntax".Inst) (? *@"regexp".thread) { var @"regexp".t·4 *@"regexp".thread; ; var @"regexp".n·5 int; ; @"regexp".n·5 = len(@"regexp".m·2.@"regexp".pool); if @"regexp".n·5 > int(0x0) { @"regexp".t·4 = @"regexp".m·2.@"regexp".pool[@"regexp".n·5 - int(0x1)]; @"regexp".m·2.@"regexp".pool = @"regexp".m·2.@"regexp".pool[:@"regexp".n·5 - int(0x1)] } else { @"regexp".t·4 = new(@"regexp".thread); @"regexp".t·4.@"regexp".cap = make([]int, len(@"regexp".m·2.@"regexp".matchcap), cap(@"regexp".m·2.@"regexp".matchcap)) }; @"regexp".t·4.@"regexp".inst = @"regexp".i·3; return @"regexp".t·4 }
func (@"regexp".m·2 *@"regexp".machine "esc:0x9") @"regexp".backtrack (@"regexp".i·3 @"regexp".input, @"regexp".pos·4 int, @"regexp".end·5 int, @"regexp".ncap·6 int) (? bool)
func (@"regexp".m·1 *@"regexp".machine "esc:0x9") @"regexp".clear (@"regexp".q·2 *@"regexp".queue "esc:0x9")
func (@"regexp".m·1 *@"regexp".machine "esc:0x9") @"regexp".free (@"regexp".t·2 *@"regexp".thread) { @"regexp".m·1.@"regexp".inputBytes.@"regexp".str = nil; @"regexp".m·1.@"regexp".inputString.@"regexp".str = string(""); @"regexp".m·1.@"regexp".inputReader.@"regexp".r = nil; @"regexp".m·1.@"regexp".pool = append(@"regexp".m·1.@"regexp".pool, @"regexp".t·2) }
func (@"regexp".m·1 *@"regexp".machine "esc:0x1") @"regexp".init (@"regexp".ncap·2 int)
func (@"regexp".m·2 *@"regexp".machine "esc:0x9") @"regexp".match (@"regexp".i·3 @"regexp".input, @"regexp".pos·4 int) (? bool)
func (@"regexp".m·2 *@"regexp".machine "esc:0x12") @"regexp".newInputBytes (@"regexp".b·3 []byte) (? @"regexp".input) { @"regexp".m·2.@"regexp".inputBytes.@"regexp".str = @"regexp".b·3; return &@"regexp".m·2.@"regexp".inputBytes }
func (@"regexp".m·2 *@"regexp".machine "esc:0x12") @"regexp".newInputReader (@"regexp".r·3 @"io".RuneReader) (? @"regexp".input) { @"regexp".m·2.@"regexp".inputReader.@"regexp".r = @"regexp".r·3; @"regexp".m·2.@"regexp".inputReader.@"regexp".atEOT = bool(false); @"regexp".m·2.@"regexp".inputReader.@"regexp".pos = int(0x0); return &@"regexp".m·2.@"regexp".inputReader }
func (@"regexp".m·2 *@"regexp".machine "esc:0x12") @"regexp".newInputString (@"regexp".s·3 string) (? @"regexp".input) { @"regexp".m·2.@"regexp".inputString.@"regexp".str = @"regexp".s·3; return &@"regexp".m·2.@"regexp".inputString }
func (@"regexp".m·2 *@"regexp".machine "esc:0x9") @"regexp".onepass (@"regexp".i·3 @"regexp".input, @"regexp".pos·4 int) (? bool)
func (@"regexp".m·1 *@"regexp".machine "esc:0x9") @"regexp".step (@"regexp".runq·2 *@"regexp".queue "esc:0x9", @"regexp".nextq·3 *@"regexp".queue "esc:0x1", @"regexp".pos·4 int, @"regexp".nextPos·5 int, @"regexp".c·6 rune, @"regexp".nextCond·7 @"regexp/syntax".EmptyOp)
func (@"regexp".m·2 *@"regexp".machine "esc:0x1") @"regexp".tryBacktrack (@"regexp".b·3 *@"regexp".bitState "esc:0x9", @"regexp".i·4 @"regexp".input, @"regexp".pc·5 uint32, @"regexp".pos·6 int) (? bool)
type @"regexp".Regexp struct { @"regexp".expr string; @"regexp".prog *@"regexp/syntax".Prog; @"regexp".onepass *@"regexp".onePassProg; @"regexp".prefix string; @"regexp".prefixBytes []byte; @"regexp".prefixComplete bool; @"regexp".prefixRune rune; @"regexp".prefixEnd uint32; @"regexp".cond @"regexp/syntax".EmptyOp; @"regexp".numSubexp int; @"regexp".subexpNames []string; @"regexp".longest bool; @"regexp".mu @"sync".Mutex; @"regexp".machine []*@"regexp".machine }
func (@"regexp".re·2 *@"regexp".Regexp "esc:0xa") Copy () (? *@"regexp".Regexp) { var @"regexp".r·3 @"regexp".Regexp; ; @"regexp".r·3 = *@"regexp".re·2; @"regexp".r·3.@"regexp".mu = (@"sync".Mutex{ }); @"regexp".r·3.@"regexp".machine = nil; return &@"regexp".r·3 }
func (@"regexp".re·2 *@"regexp".Regexp "esc:0x1") Expand (@"regexp".dst·3 []byte "esc:0x1a", @"regexp".template·4 []byte "esc:0x1", @"regexp".src·5 []byte "esc:0x9", @"regexp".match·6 []int "esc:0x1") (? []byte)
func (@"regexp".re·2 *@"regexp".Regexp "esc:0x1") ExpandString (@"regexp".dst·3 []byte "esc:0x1a", @"regexp".template·4 string, @"regexp".src·5 string "esc:0x9", @"regexp".match·6 []int "esc:0x1") (? []byte)
func (@"regexp".re·2 *@"regexp".Regexp) Find (@"regexp".b·3 []byte) (? []byte)
func (@"regexp".re·2 *@"regexp".Regexp) FindAll (@"regexp".b·3 []byte, @"regexp".n·4 int) (? [][]byte)
func (@"regexp".re·2 *@"regexp".Regexp) FindAllIndex (@"regexp".b·3 []byte, @"regexp".n·4 int) (? [][]int)
func (@"regexp".re·2 *@"regexp".Regexp) FindAllString (@"regexp".s·3 string, @"regexp".n·4 int) (? []string)
func (@"regexp".re·2 *@"regexp".Regexp) FindAllStringIndex (@"regexp".s·3 string, @"regexp".n·4 int) (? [][]int)
func (@"regexp".re·2 *@"regexp".Regexp) FindAllStringSubmatch (@"regexp".s·3 string, @"regexp".n·4 int) (? [][]string)
func (@"regexp".re·2 *@"regexp".Regexp) FindAllStringSubmatchIndex (@"regexp".s·3 string, @"regexp".n·4 int) (? [][]int)
func (@"regexp".re·2 *@"regexp".Regexp) FindAllSubmatch (@"regexp".b·3 []byte, @"regexp".n·4 int) (? [][][]byte)
func (@"regexp".re·2 *@"regexp".Regexp) FindAllSubmatchIndex (@"regexp".b·3 []byte, @"regexp".n·4 int) (? [][]int)
func (@"regexp".re·2 *@"regexp".Regexp) FindIndex (@"regexp".b·3 []byte) (@"regexp".loc·1 []int)
func (@"regexp".re·2 *@"regexp".Regexp) FindReaderIndex (@"regexp".r·3 @"io".RuneReader) (@"regexp".loc·1 []int)
func (@"regexp".re·2 *@"regexp".Regexp) FindReaderSubmatchIndex (@"regexp".r·3 @"io".RuneReader) (? []int)
func (@"regexp".re·2 *@"regexp".Regexp) FindString (@"regexp".s·3 string) (? string)
func (@"regexp".re·2 *@"regexp".Regexp) FindStringIndex (@"regexp".s·3 string) (@"regexp".loc·1 []int)
func (@"regexp".re·2 *@"regexp".Regexp) FindStringSubmatch (@"regexp".s·3 string) (? []string)
func (@"regexp".re·2 *@"regexp".Regexp) FindStringSubmatchIndex (@"regexp".s·3 string) (? []int)
func (@"regexp".re·2 *@"regexp".Regexp) FindSubmatch (@"regexp".b·3 []byte) (? [][]byte)
func (@"regexp".re·2 *@"regexp".Regexp) FindSubmatchIndex (@"regexp".b·3 []byte) (? []int)
func (@"regexp".re·3 *@"regexp".Regexp "esc:0x22") LiteralPrefix () (@"regexp".prefix·1 string, @"regexp".complete·2 bool) { return @"regexp".re·3.@"regexp".prefix, @"regexp".re·3.@"regexp".prefixComplete }
func (@"regexp".re·1 *@"regexp".Regexp "esc:0x1") Longest () { @"regexp".re·1.@"regexp".longest = bool(true) }
func (@"regexp".re·2 *@"regexp".Regexp) Match (@"regexp".b·3 []byte) (? bool)
func (@"regexp".re·2 *@"regexp".Regexp) MatchReader (@"regexp".r·3 @"io".RuneReader) (? bool)
func (@"regexp".re·2 *@"regexp".Regexp) MatchString (@"regexp".s·3 string) (? bool)
func (@"regexp".re·2 *@"regexp".Regexp "esc:0x1") NumSubexp () (? int) { return @"regexp".re·2.@"regexp".numSubexp }
func (@"regexp".re·2 *@"regexp".Regexp) ReplaceAll (@"regexp".src·3 []byte, @"regexp".repl·4 []byte "esc:0x1") (? []byte)
func (@"regexp".re·2 *@"regexp".Regexp) ReplaceAllFunc (@"regexp".src·3 []byte, @"regexp".repl·4 func(? []byte) (? []byte) "esc:0x1") (? []byte)
func (@"regexp".re·2 *@"regexp".Regexp) ReplaceAllLiteral (@"regexp".src·3 []byte, @"regexp".repl·4 []byte "esc:0x9") (? []byte)
func (@"regexp".re·2 *@"regexp".Regexp) ReplaceAllLiteralString (@"regexp".src·3 string, @"regexp".repl·4 string "esc:0x9") (? string)
func (@"regexp".re·2 *@"regexp".Regexp) ReplaceAllString (@"regexp".src·3 string, @"regexp".repl·4 string) (? string)
func (@"regexp".re·2 *@"regexp".Regexp) ReplaceAllStringFunc (@"regexp".src·3 string, @"regexp".repl·4 func(? string) (? string) "esc:0x1") (? string)
func (@"regexp".re·2 *@"regexp".Regexp) Split (@"regexp".s·3 string, @"regexp".n·4 int) (? []string)
func (@"regexp".re·2 *@"regexp".Regexp "esc:0x22") String () (? string) { return @"regexp".re·2.@"regexp".expr }
func (@"regexp".re·2 *@"regexp".Regexp "esc:0x22") SubexpNames () (? []string) { return @"regexp".re·2.@"regexp".subexpNames }
func (@"regexp".re·1 *@"regexp".Regexp) @"regexp".allMatches (@"regexp".s·2 string, @"regexp".b·3 []byte, @"regexp".n·4 int, @"regexp".deliver·5 func(? []int) "esc:0x1")
func (@"regexp".re·2 *@"regexp".Regexp) @"regexp".doExecute (@"regexp".r·3 @"io".RuneReader, @"regexp".b·4 []byte, @"regexp".s·5 string, @"regexp".pos·6 int, @"regexp".ncap·7 int) (? []int)
func (@"regexp".re·2 *@"regexp".Regexp "esc:0x1") @"regexp".expand (@"regexp".dst·3 []byte "esc:0x1a", @"regexp".template·4 string, @"regexp".bsrc·5 []byte "esc:0x9", @"regexp".src·6 string "esc:0x9", @"regexp".match·7 []int "esc:0x1") (? []byte)
func (@"regexp".re·2 *@"regexp".Regexp) @"regexp".get () (? *@"regexp".machine)
func (@"regexp".re·2 *@"regexp".Regexp "esc:0x1") @"regexp".pad (@"regexp".a·3 []int "esc:0x1a") (? []int)
func (@"regexp".re·1 *@"regexp".Regexp) @"regexp".put (@"regexp".z·2 *@"regexp".machine)
func (@"regexp".re·2 *@"regexp".Regexp) @"regexp".replaceAll (@"regexp".bsrc·3 []byte, @"regexp".src·4 string, @"regexp".nmatch·5 int, @"regexp".repl·6 func(@"regexp".dst []byte, @"regexp".m []int) (? []byte) "esc:0x1") (? []byte)
type @"".Location struct { ID uint64; Mapping *@"".Mapping; Address uint64; Line []@"".Line; @"".mappingIDX uint64 }
func (@"".p·2 *@"".Location "esc:0x1") @"".decoder () (? []@"".decoder) { return @"".locationDecoder }
func (@"".p·1 *@"".Location "esc:0x9") @"".encode (@"".b·2 *@"".buffer)
func (@"".loc·2 *@"".Location "esc:0x9") @"".matchesName (@"".re·3 *@"regexp".Regexp) (? bool)
func (@"".loc·2 *@"".Location "esc:0x9") @"".unmatchedLines (@"".re·3 *@"regexp".Regexp) (? []@"".Line)
type @"".Label struct { @"".keyX int64; @"".strX int64; @"".numX int64 }
func (@"".p·2 @"".Label) @"".decoder () (? []@"".decoder) { return @"".labelDecoder }
func (@"".p·1 @"".Label) @"".encode (@"".b·2 *@"".buffer "esc:0x9")
type @"".Sample struct { Location []*@"".Location; Value []int64; Label map[string][]string; NumLabel map[string][]int64; @"".locationIDX []uint64; @"".labelX []@"".Label }
func (@"".p·2 *@"".Sample "esc:0x1") @"".decoder () (? []@"".decoder) { return @"".sampleDecoder }
func (@"".p·1 *@"".Sample "esc:0x1") @"".encode (@"".b·2 *@"".buffer)
type @"io".Reader interface { Read(@"io".p []byte) (@"io".n int, @"io".err error) }
type @"io".Writer interface { Write(@"io".p []byte) (@"io".n int, @"io".err error) }
type @"".Demangler func(@"".name []string) (? map[string]string, ? error)
type @"".Profile struct { SampleType []*@"".ValueType; Sample []*@"".Sample; Mapping []*@"".Mapping; Location []*@"".Location; Function []*@"".Function; DropFrames string; KeepFrames string; TimeNanos int64; DurationNanos int64; PeriodType *@"".ValueType; Period int64; @"".dropFramesX int64; @"".keepFramesX int64; @"".stringTable []string }
func (@"".p·2 *@"".Profile "esc:0x9") Aggregate (@"".inlineFrame·3 bool, @"".function·4 bool, @"".filename·5 bool, @"".linenumber·6 bool, @"".address·7 bool) (? error)
func (@"".p·2 *@"".Profile "esc:0x9") CheckValid () (? error)
func (@"".p·2 *@"".Profile "esc:0x9") Compatible (@"".pb·3 *@"".Profile "esc:0x9") (? error)
func (@"".p·2 *@"".Profile) Copy () (? *@"".Profile)
func (@"".p·2 *@"".Profile "esc:0x9") Demangle (@"".d·3 @"".Demangler "esc:0x1") (? error)
func (@"".p·2 *@"".Profile "esc:0x1") Empty () (? bool) { return len(@"".p·2.Sample) == int(0x0) }
func (@"".p·4 *@"".Profile "esc:0x9") FilterSamplesByName (@"".focus·5 *@"regexp".Regexp, @"".ignore·6 *@"regexp".Regexp, @"".hide·7 *@"regexp".Regexp) (@"".fm·1 bool, @"".im·2 bool, @"".hm·3 bool)
func (@"".p·3 *@"".Profile "esc:0x9") FilterSamplesByTag (@"".focus·4 @"".TagMatch "esc:0x1", @"".ignore·5 @"".TagMatch "esc:0x1") (@"".fm·1 bool, @"".im·2 bool)
func (@"".p·2 *@"".Profile "esc:0x1") HasFileLines () (? bool)
func (@"".p·2 *@"".Profile "esc:0x1") HasFunctions () (? bool)
func (@"".p·2 *@"".Profile "esc:0x9") Merge (@"".pb·3 *@"".Profile, @"".r·4 float64) (? error)
func (@"".p·2 *@"".Profile "esc:0x9") ParseMemoryMap (@"".rd·3 @"io".Reader) (? error)
func (@"".p·1 *@"".Profile "esc:0x9") Prune (@"".dropRx·2 *@"regexp".Regexp, @"".keepRx·3 *@"regexp".Regexp)
func (@"".p·2 *@"".Profile "esc:0x9") RemoveUninteresting () (? error)
func (@"".p·2 *@"".Profile "esc:0x9") String () (? string)
func (@"".p·2 *@"".Profile) Write (@"".w·3 @"io".Writer) (? error)
func (@"".p·1 *@"".Profile "esc:0x1") @"".addLegacyFrameInfo ()
func (@"".p·2 *@"".Profile "esc:0x1") @"".decoder () (? []@"".decoder) { return @"".profileDecoder }
func (@"".p·1 *@"".Profile "esc:0x9") @"".encode (@"".b·2 *@"".buffer)
func (@"".p·2 *@"".Profile "esc:0x9") @"".postDecode () (? error)
func (@"".p·1 *@"".Profile "esc:0x9") @"".preEncode ()
func (@"".p·1 *@"".Profile "esc:0x9") @"".remapFunctionIDs ()
func (@"".p·1 *@"".Profile "esc:0x9") @"".remapLocationIDs ()
func (@"".p·1 *@"".Profile "esc:0x9") @"".remapMappingIDs ()
func (@"".p·1 *@"".Profile "esc:0x9") @"".setMain ()
func @"".ParseTracebacks (@"".b·3 []byte) (? *@"".Profile, ? error)
func @"".Parse (@"".r·3 @"io".Reader) (? *@"".Profile, ? error)
func @"".init ()
var @"".valueTypeDecoder []@"".decoder
var @"".mappingDecoder []@"".decoder
var @"".functionDecoder []@"".decoder
var @"".lineDecoder []@"".decoder
var @"regexp/syntax".instOpNames []string
func @"strings".HasPrefix (@"strings".s·2 string "esc:0x1", @"strings".prefix·3 string "esc:0x1") (? bool) { return len(@"strings".s·2) >= len(@"strings".prefix·3) && @"strings".s·2[int(0x0):len(@"strings".prefix·3)] == @"strings".prefix·3 }
var @"".locationDecoder []@"".decoder
var @"".labelDecoder []@"".decoder
var @"".sampleDecoder []@"".decoder
var @"".profileDecoder []@"".decoder
$$
_go_.o 0 0 0 644 633132 `
go object linux amd64 go1.6 X:none
!
go13lderrors.a
fmt.asort.aregexp.abufio.abytes.aio.amath.astrconv.astrings.acompress/gzip.aio/ioutil.atime.a þ*"".(*Profile).decoder ` `1ÛH H\$H H\$H H\$ ÃÌÌÌÌÌÌÌÌÌ
""".profileDecoder " """.profileDecoder : """.profileDecoder @ "".~r0 "type.[]"".decoder "".p type.*"".Profile 0 0
. Tgclocals·2fccd208efe70893f9ac8d682812ae72 Tgclocals·33cdeccccebe80329f1fdbee7f5874cb `$GOROOT/src/cmd/pprof/internal/profile/encode.goþ."".(*Profile).preEncode à àdH% H$ùÿÿH;Aü" Hìh 1ÛH$H $P $Q $T H$X H$` H$h H$p H¼$ WÀHÇÐè H H$HÇD$ H$H H\$H$ H\$è HT$ H$° 1ÉH$ H$ H H$H$ HT$H$Ð HL$H$Ø HL$è H$ HL$ ¶\$(H û uwHÓ1íH9êtHHØH$ H$À H$ H$È H$ H$P H H$HT$H$À H\$H$P H\$è H$ H$p Hû o! HHCHkH¬$@ 1ÉH$8 H$@ H$0 HÐH¬$@ H9éF H$` HH$H H$ð Hû ! HHkH$° H$Ð H¬$Ø H H$H$ HT$H$Ð HL$H¬$Ø Hl$è H$ HL$ ¶\$(H û uwHÓ1íH9êtHHØH$Ð H$À H$Ø H$È H$° H$P H H$HT$H$À H\$H$P H\$è H$° H$ð HK H$ð Hû ö HKHkH$° H$@ H¬$H H H$H$Ð HT$H$Ð HL$H¬$Ø Hl$è H$Ð HL$ ¶\$(H û uwHÓ1íH9êtHHØH$@ H$À H$H H$È H$è H$P H H$HT$H$À H\$H$P H\$è H$è H$ð HK(H$` H$H HÀHÿÁH¬$@ H9éºýÿÿH$p Hû Á HSHC Hk(H¬$( 1ÉH$ H$@ H$ HÐH¬$@ H9é
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âÞ runtime.duffzero ð &type.map[string]int È runtime.makemap &type.map[string]int ô 4runtime.mapaccess2_faststr ¶ &type.map[string]int $runtime.mapassign1 Ò &type.map[string]int ² 4runtime.mapaccess2_faststr ô
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.runtime.writebarrierptr type.[]string º "runtime.growslice º type.[]"".Label ô "runtime.growslice ö (runtime.writeBarrier ² .runtime.writebarrierptr ª .runtime.writebarrierptr type.[]string ü "runtime.growslice ° 0runtime.morestack_noctxt Ð Ê"".autotmp_0160 type.int "".autotmp_0159 type.int64 "".autotmp_0158 type.*int "".autotmp_0157 type.string "".autotmp_0156 type.int64 "".autotmp_0155 type.*int "".autotmp_0154 type.string "".autotmp_0153 type.int64 "".autotmp_0152 type.*int "".autotmp_0151 type.string "".autotmp_0150 type.int64 "".autotmp_0149 type.*int "".autotmp_0148 type.string "".autotmp_0147 type.int64 "".autotmp_0146 type.*int "".autotmp_0145 type.string "".autotmp_0144 type.int64 "".autotmp_0143 type.*int "".autotmp_0142 type.string "".autotmp_0141 type.int64 "".autotmp_0140 type.*int "".autotmp_0139 type.string "".autotmp_0138 "type.*"".Function "".autotmp_0137 ÿ$type.**"".Function "".autotmp_0136 type.int "".autotmp_0135 type.int "".autotmp_0134 ïtype."".Line "".autotmp_0132 type.int "".autotmp_0131 type.int "".autotmp_0130 "type.*"".Location "".autotmp_0129 $type.**"".Location "".autotmp_0128 type.int "".autotmp_0127 type.int "".autotmp_0126 type.int64 "".autotmp_0125 type.*int "".autotmp_0124 type.string "".autotmp_0123 type.int64 "".autotmp_0122 type.*int "".autotmp_0121 type.string "".autotmp_0119 ï"type.**"".Mapping "".autotmp_0118 type.int "".autotmp_0117 type.int "".autotmp_0116 type.uint64 "".autotmp_0114 ß$type.**"".Location "".autotmp_0113 type.int "".autotmp_0112 type.int "".autotmp_0111 type."".Label "".autotmp_0110 type.int64 "".autotmp_0109 type.*int "".autotmp_0108 type.int64 "".autotmp_0107 Ïtype.*int64 "".autotmp_0106 type.int "".autotmp_0105 type.int "".autotmp_0104 type.string "".autotmp_0103 type.*string "".autotmp_0102 type.int "".autotmp_0101 type.int "".autotmp_0100 type."".Label "".autotmp_0099 type.int64 "".autotmp_0098 type.*int "".autotmp_0097 type.int64 "".autotmp_0096 type.*int "".autotmp_0095 type.string "".autotmp_0094 ¿type.*string "".autotmp_0093 type.int "".autotmp_0092 ÿtype.int "".autotmp_0091 type.string "".autotmp_0090 ¯type.*string "".autotmp_0089 ïtype.int "".autotmp_0088 ßtype.int "".autotmp_0086 type.**"".Sample "".autotmp_0085 type.int "".autotmp_0084 type.int "".autotmp_0083 type.int64 "".autotmp_0082 type.*int "".autotmp_0081 type.string "".autotmp_0080 type.int64 "".autotmp_0079 type.*int "".autotmp_0078 type.string "".autotmp_0076 &type.**"".ValueType "".autotmp_0075 Ïtype.int "".autotmp_0074 ¿type.int "".autotmp_0071 4type.map.bucket[string]int "".autotmp_0070 ¿.type.map.hdr[string]int "".autotmp_0069 ß0type.map.iter[string]int "".autotmp_0068 ÿ&type.map[string]int "".autotmp_0067 type.[]string "".autotmp_0066 type.int "".autotmp_0065 type.int "".autotmp_0064 type.string "".autotmp_0063 type.string "".autotmp_0062 type.int "".autotmp_0061 type.string "".autotmp_0060 type.string "".autotmp_0059 type.int "".autotmp_0058 type.string "".autotmp_0057 type.string "".autotmp_0056 type.int "".autotmp_0055 type.string "".autotmp_0054 type.string "".autotmp_0053 type.int "".autotmp_0052 type.string "".autotmp_0051 type.string "".autotmp_0050 type.int "".autotmp_0049 type.string "".autotmp_0048 type.string "".autotmp_0047 type.int "".autotmp_0046 type.string "".autotmp_0045 type.string "".autotmp_0044 ¿&type.[]*"".Function "".autotmp_0042 &type.[]*"".Location "".autotmp_0041 type.int "".autotmp_0040 type.string "".autotmp_0039 type.string "".autotmp_0038 type.int "".autotmp_0037 type.string "".autotmp_0036 type.string "".autotmp_0035 $type.[]*"".Mapping "".autotmp_0034 ß
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type.[]int64 "".autotmp_0028 type.string "".autotmp_0027 type.[]string "".autotmp_0026 8type.map.iter[string][]int64 "".autotmp_0024 type.int "".autotmp_0023 type.string "".autotmp_0022 type.string "".autotmp_0021 type.int "".autotmp_0020 type.string "".autotmp_0019 type.string "".autotmp_0018 type.[]string "".autotmp_0017 ÿ type.[]string "".autotmp_0016 type.string "".autotmp_0015 Ï type.[]string "".autotmp_0014 ß:type.map.iter[string][]string "".autotmp_0012 "type.[]*"".Sample "".autotmp_0011 type.int "".autotmp_0010 type.string "".autotmp_0009 type.string "".autotmp_0008 type.int "".autotmp_0007 type.string "".autotmp_0006 type.string "".autotmp_0005 ï(type.[]*"".ValueType "".autotmp_0004 ¯type.int "".autotmp_0003 Ïtype.string "".autotmp_0002 ¯type.string "".~r2 Ïtype.int64
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