proc

type G struct {
	Stack        stack          `name:"stack" binStrt:"runtime.stack"`
	ID           uint64         `name:"goid"`         // goid
	Status       gstatus        `name:"atomicstatus"` // atomicstatus
	WaitReason   gwaitReason    `name:"waitreason"`   // if Status ==Gwaiting
	Sched        Gobuf          `name:"sched" binStrt:"runtime.gobuf"`
	Startpc      uint64         `name:"startpc"`
	Gopc         uint64         `name:"gopc"`
	M            *M             `name:"m" binStrt:"runtime.m"` // hold worker thread info
	WaitingSudog *Sudog         `name:"waiting" binStrt:"runtime.sudog"`
	CurLoc       *gbin.Location // runtime location
	UserLoc      *gbin.Location // location of user code, a subset of CurLoc
	GoLoc        *gbin.Location // location of `go` statement that spawed this goroutine
	StartLoc     *gbin.Location // location of goroutine start function
	// contains filtered or unexported fields
}

type GSummary struct {
	ID         string
	Status     string
	WaitReason string
	Loc        string
}

type GoStructer interface {
	Init(p *Process, binStrt *gbin.Strt, addr uint64)
	Parse(addr uint64) error
	BinStrt() *gbin.Strt
	Process() *Process
}

type Gobuf struct {
	SP uint64 `name:"sp"`
	PC uint64 `name:"pc"`
	// contains filtered or unexported fields
}

type HChan struct {
	QCount    uint   `name:"qcount"`
	DataqSize uint   `name:"dataqsiz"`
	ElemSize  uint16 `name:"elemsize"`
	ElemType  *Type  `name:"elemtype" binStrt:"internal/abi.Type"`
	Closed    uint32 `name:"closed"`
	Sendx     uint   `name:"sendx"`
	Recvx     uint   `name:"recvx"`
	// contains filtered or unexported fields
}

type M struct {
	ID     uint64 `name:"id"`
	ProcID uint64 `name:"procid"`
	// contains filtered or unexported fields
}

type MCache struct {
	TinyOffset  uint64 `name:"tinyoffset"`
	NTinyallocs uint64 `name:"local_tinyallocs"`

	Alloc [numSpanClasses]*MSpan `name:"alloc" binStrt:"runtime.mspan"`

	LargeFree  uint64 `name:"local_largefree"`  // bytes freed for large objects (>maxsmallsize)
	NLargeFree uint64 `name:"local_nlargefree"` // number of frees for large objects (>maxsmallsize)
	FlushGen   uint32 `name:"flushGen"`         // added on 1.12
	// contains filtered or unexported fields
}

type MCentral struct {
	SpanClass spanClass `name:"spanclass"`
	NMalloc   uint64    `name:"nmalloc"`
	// contains filtered or unexported fields
}

type MHeap struct {
	Sweepgen    uint32   `name:"sweepgen"`  // used to compare with mspan.sweepgen
	SweepDone   uint32   `name:"sweepdone"` //all spans are swept
	Sweepers    uint32   `name:"sweepers"`  // number of active sweepone calls
	MSpans      []*MSpan `name:"allspans" binStrt:"runtime.mspan"`
	PagesInUse  uint64   `name:"pagesInUse"`  // pages of spans in stats mSpanInUse
	PagesSwept  uint64   `name:"pagesSwept"`  // pages swept this cycle
	LargeAlloc  uint64   `name:"largealloc"`  // bytes allocated for large objects
	NLargeAlloc uint64   `name:"nlargealloc"` // number of large object allocations
	Largefree   uint64   `name:"largefree"`   // bytes freed for large objects (>maxsmallsize)
	NLargefree  uint64   `name:"nlargefree"`  // number of frees for large objects (>maxsmallsize)
	Central     []*MCentral
	// contains filtered or unexported fields
}

type MSpan struct {
	StartAddr  uint64     `name:"startAddr"`
	Npages     uint64     `name:"npages"`
	SpanClass  spanClass  `name:"spanclass"`
	Sweepgen   uint32     `name:"sweepgen"`
	AllocCount uint16     `name:"allocCount"`
	ElemSize   uint8      `name:"elemsize"`
	State      mspanstate `name:"state"`
	// contains filtered or unexported fields
}

type MemStat struct {
	HeapInuse   uint64 `name:"heap_inuse"`   // bytes allocated and not yet freed
	HeapObjects uint64 `name:"heap_objects"` // total number of allocated objects
	HeapSys     uint64 `name:"heap_sys"`     // virtual address space obtained from system for GC'd heap
	HeapLive    uint64 `name:"heap_live"`    // HeapAlloc - (objects not sweeped)

	Nmalloc uint64 `name:"nmalloc"` // number of mallocs
	Nfree   uint64 `name:"nfree"`   // number of frees

	// gc related
	PauseTotalNs  uint64  `name:"pause_total_ns"`
	NumGC         uint32  `name:"numgc"`
	NumForcedGC   uint32  `name:"numforcedgc"`     // number of user-forced GCs
	LastGC        uint64  `name:"last_gc_unix"`    // last gc (in unix time)
	GCCPUFraction float64 `name:"gc_cpu_fraction"` // fraction of CPU time used by GC
	// contains filtered or unexported fields
}

type P struct {
	ID          int32   `name:"id"`
	Status      pstatus `name:"status"`
	Schedtick   uint32  `name:"schedtick"`
	Syscalltick uint32  `name:"syscalltick"`
	M           *M      `name:"m" binStrt:"runtime.m"`
	MCache      *MCache `name:"mcache" binStrt:"runtime.mcache"`
	Runq        []byte  `name:"runq"`
	Runqsize    int
	// contains filtered or unexported fields
}

type PSummary struct {
	BinPath         string
	RuntimeInitTime int64
	Gs              []*G
	Ps              []*P
	Sched           *Sched
	MemStat         *MemStat
	ThreadsTotal    int
	ThreadsSleeping int
	ThreadsStopped  int
	ThreadsRunning  int
	ThreadsZombie   int
	GTotal          int
	GIdle           int
	GRunning        int
	GSyscall        int
	GWaiting        int
	GoVersion       string
	Gomaxprocs      int
}

type Process struct {
	ID int
	// contains filtered or unexported fields
}

type Sched struct {
	Nmidle     int32  `name:"nmidle"` // number of idle m's waiting for work
	Nmspinning uint32 `name:"nmspinning"`
	Nmfreed    uint64 `name:"nmfreed"`  // cumulative number of freed m's
	Npidle     int32  `name:"npidle"`   // number of idle p's
	Ngsys      uint32 `name:"ngsys"`    // number of system goroutines
	Runqsize   int32  `name:"runqsize"` // global runnable queue size
	// contains filtered or unexported fields
}

type Sudog struct {
	IsSelect    bool   `name:"isSelect"`
	Ticket      uint32 `name:"ticket"`
	AcquireTime int64  `name:"acquiretime"`
	ReleaseTime int64  `name:"releasetime"`
	C           *HChan `name:"c" binStrt:"runtime.hchan"`
	// contains filtered or unexported fields
}

type Thread struct {
	ID int
	// contains filtered or unexported fields
}

type Type struct {
	Kind uint8 `name:"kind"`
	Str  int32 `name:"str"`
	// contains filtered or unexported fields
}