bytecode

package
v6.0.0-...-a3052e6 Latest Latest
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This package is not in the latest version of its module.

 Go to latest Published: Jun 3, 2020 License: Apache-2.0 Imports: 7 Imported by: 0

Documentation

Index

Constants

View Source 
const (

	// SliceConstIndexLast - slice const index max
	SliceConstIndexLast = exec.SliceConstIndexLast
	// SliceDefaultIndex - unspecified index
	SliceDefaultIndex = exec.SliceDefaultIndex
)
View Source 
const (
	// ConstBoundRune - bound type: rune
	ConstBoundRune = exec.ConstBoundRune
	// ConstBoundString - bound type: string
	ConstBoundString = exec.ConstBoundString
	// ConstUnboundInt - unbound int type
	ConstUnboundInt = exec.ConstUnboundInt
	// ConstUnboundFloat - unbound float type
	ConstUnboundFloat = exec.ConstUnboundFloat
	// ConstUnboundComplex - unbound complex type
	ConstUnboundComplex = exec.ConstUnboundComplex
	// ConstUnboundPtr - nil: unbound ptr
	ConstUnboundPtr = exec.ConstUnboundPtr
)
View Source 
const (
	// SymbolVar - variable
	SymbolVar = exec.SymbolVar
	// SymbolFunc - function
	SymbolFunc = exec.SymbolFunc
	// SymbolFuncv - variadic function
	SymbolFuncv = exec.SymbolFuncv
)
View Source 
const (
	// OpInvalid - invalid operator
	OpInvalid = exec.OpInvalid
	// OpAdd '+' String/Int/Uint/Float/Complex
	OpAdd = exec.OpAdd
	// OpSub '-' Int/Uint/Float/Complex
	OpSub = exec.OpSub
	// OpMul '*' Int/Uint/Float/Complex
	OpMul = exec.OpMul
	// OpDiv '/' Int/Uint/Float/Complex
	OpDiv = exec.OpDiv
	// OpMod '%' Int/Uint
	OpMod = exec.OpMod
	// OpBitAnd '&' Int/Uint
	OpBitAnd = exec.OpBitAnd
	// OpBitOr '|' Int/Uint
	OpBitOr = exec.OpBitOr
	// OpBitXor '^' Int/Uint
	OpBitXor = exec.OpBitXor
	// OpBitAndNot '&^' Int/Uint
	OpBitAndNot = exec.OpBitAndNot
	// OpBitSHL '<<' Int/Uint, Uint
	OpBitSHL = exec.OpBitSHL
	// OpBitSHR '>>' Int/Uint, Uint
	OpBitSHR = exec.OpBitSHR
	// OpLT '<' String/Int/Uint/Float
	OpLT = exec.OpLT
	// OpLE '<=' String/Int/Uint/Float
	OpLE = exec.OpLE
	// OpGT '>' String/Int/Uint/Float
	OpGT = exec.OpGT
	// OpGE '>=' String/Int/Uint/Float
	OpGE = exec.OpGE
	// OpEQ '==' ComparableType
	// Slice, map, and function values are not comparable. However, as a special case, a slice, map,
	// or function value may be compared to the predeclared identifier nil.
	OpEQ = exec.OpEQ
	// OpEQNil '==' nil
	OpEQNil = exec.OpEQNil
	// OpNE '!=' ComparableType
	OpNE = exec.OpNE
	// OpNENil '!=' nil
	OpNENil = exec.OpNENil
	// OpLAnd '&&' Bool
	OpLAnd = exec.OpLAnd
	// OpLOr '||' Bool
	OpLOr = exec.OpLOr
	// OpNeg '-'
	OpNeg = exec.OpNeg
	// OpNot '!'
	OpNot = exec.OpNot
	// OpBitNot '^'
	OpBitNot = exec.OpBitNot
)
View Source 
const (
	// Bool type
	Bool = exec.Bool
	// Int type
	Int = exec.Int
	// Int8 type
	Int8 = exec.Int8
	// Int16 type
	Int16 = exec.Int16
	// Int32 type
	Int32 = exec.Int32
	// Int64 type
	Int64 = exec.Int64
	// Uint type
	Uint = exec.Uint
	// Uint8 type
	Uint8 = exec.Uint8
	// Uint16 type
	Uint16 = exec.Uint16
	// Uint32 type
	Uint32 = exec.Uint32
	// Uint64 type
	Uint64 = exec.Uint64
	// Uintptr type
	Uintptr = exec.Uintptr
	// Float32 type
	Float32 = exec.Float32
	// Float64 type
	Float64 = exec.Float64
	// Complex64 type
	Complex64 = exec.Complex64
	// Complex128 type
	Complex128 = exec.Complex128
	// String type
	String = exec.String
	// UnsafePointer type
	UnsafePointer = exec.UnsafePointer
)
View Source 
const (
	// OpAddrVal `*addr`
	OpAddrVal = exec.OpAddrVal
	// OpAddAssign `+=`
	OpAddAssign = exec.OpAddAssign
	// OpSubAssign `-=`
	OpSubAssign = exec.OpSubAssign
	// OpMulAssign `*=`
	OpMulAssign = exec.OpMulAssign
	// OpDivAssign `/=`
	OpDivAssign = exec.OpDivAssign
	// OpModAssign `%=`
	OpModAssign = exec.OpModAssign

	// OpBitAndAssign '&='
	OpBitAndAssign = exec.OpBitAndAssign
	// OpBitOrAssign '|='
	OpBitOrAssign = exec.OpBitOrAssign
	// OpBitXorAssign '^='
	OpBitXorAssign = exec.OpBitXorAssign
	// OpBitAndNotAssign '&^='
	OpBitAndNotAssign = exec.OpBitAndNotAssign
	// OpBitSHLAssign '<<='
	OpBitSHLAssign = exec.OpBitSHLAssign
	// OpBitSHRAssign '>>='
	OpBitSHRAssign = exec.OpBitSHRAssign
	// OpAssign `=`
	OpAssign = exec.OpAssign
	// OpInc '++'
	OpInc = exec.OpInc
	// OpDec '--'
	OpDec = exec.OpDec
)
View Source 
const (
	// GobLen - len: 1
	GobLen = exec.GobLen
	// GobCap - cap: 2
	GobCap = exec.GobCap
	// GobCopy - copy: 3
	GobCopy = exec.GobCopy
	// GobDelete - delete: 4
	GobDelete = exec.GobDelete
	// GobComplex - complex: 5
	GobComplex = exec.GobComplex
	// GobReal - real: 6
	GobReal = exec.GobReal
	// GobImag - imag: 7
	GobImag = exec.GobImag
	// GobClose - close: 8
	GobClose = exec.GobClose
)
View Source 
const InvalidReserved = exec.InvalidReserved

InvalidReserved is an invalid reserved position.

View Source 
const (
	// SameAsFirst means the second argument is same as first argument type.
	SameAsFirst = exec.SameAsFirst
)

Variables

This section is empty.

Functions

func CallAddrOp 

func CallAddrOp(kind Kind, op AddrOperator, data ...interface{})

CallAddrOp calls AddrOp

func CallBuiltinOp 

func CallBuiltinOp(kind Kind, op Operator, data ...interface{}) interface{}

CallBuiltinOp calls BuiltinOp

func GlobalInterface 

func GlobalInterface() exec.Interface

GlobalInterface returns the global Interface.

func ToValues 

func ToValues(args []interface{}) []reflect.Value

ToValues converts []interface{} into []reflect.Value.

Types

type AddrOperator 

type AddrOperator = exec.AddrOperator

AddrOperator type.

type AddrOperatorInfo 

type AddrOperatorInfo = exec.AddrOperatorInfo

AddrOperatorInfo represents an addr-operator information.

type Builder 

type Builder struct {
	// contains filtered or unexported fields
}

Builder is a class that generates executing byte code.

func NewBuilder 

func NewBuilder(code *Code) *Builder

NewBuilder creates a new Code Builder instance.

func (*Builder) AddrOp 

func (p *Builder) AddrOp(kind Kind, op AddrOperator) *Builder

AddrOp instr

func (*Builder) AddrVar 

func (p *Builder) AddrVar(v *Var) *Builder

AddrVar instr

func (*Builder) Append 

func (p *Builder) Append(typ reflect.Type, arity int) *Builder

Append instr

func (*Builder) BuiltinOp 

func (ctx *Builder) BuiltinOp(kind Kind, op Operator) *Builder

BuiltinOp instr

func (*Builder) CallClosure 

func (p *Builder) CallClosure(arity int) *Builder

CallClosure instr

func (*Builder) CallFunc 

func (p *Builder) CallFunc(fun *FuncInfo) *Builder

CallFunc instr

func (*Builder) CallFuncv 

func (p *Builder) CallFuncv(fun *FuncInfo, arity int) *Builder

CallFuncv instr

func (*Builder) CallGoClosure 

func (p *Builder) CallGoClosure(arity int) *Builder

CallGoClosure instr

func (*Builder) CallGoFunc 

func (p *Builder) CallGoFunc(fun GoFuncAddr) *Builder

CallGoFunc instr

func (*Builder) CallGoFuncv 

func (p *Builder) CallGoFuncv(fun GoFuncvAddr, arity int) *Builder

CallGoFuncv instr

func (*Builder) CaseNE 

func (p *Builder) CaseNE(l *Label, arity int) *Builder

CaseNE instr

func (*Builder) Closure 

func (p *Builder) Closure(fun *FuncInfo) *Builder

Closure instr

func (*Builder) Default 

func (p *Builder) Default() *Builder

Default instr

func (*Builder) DefineFunc 

func (p *Builder) DefineFunc(fun *FuncInfo) *Builder

DefineFunc instr

func (*Builder) DefineVar 

func (p *Builder) DefineVar(vars ...*Var) *Builder

DefineVar defines variables.

func (*Builder) DefineVars 

func (p *Builder) DefineVars(vars ...exec.Var) *Builder

DefineVars defines variables.

func (*Builder) EndComprehension 

func (p *Builder) EndComprehension(c *Comprehension) *Builder

EndComprehension instr

func (*Builder) EndForPhrase 

func (p *Builder) EndForPhrase(f *ForPhrase) *Builder

EndForPhrase instr

func (*Builder) EndFunc 

func (p *Builder) EndFunc(fun *FuncInfo) *Builder

EndFunc instr

func (*Builder) FilterForPhrase 

func (p *Builder) FilterForPhrase(f *ForPhrase) *Builder

FilterForPhrase instr

func (*Builder) ForPhrase 

func (p *Builder) ForPhrase(f *ForPhrase, key, val *Var, hasExecCtx ...bool) *Builder

ForPhrase instr

func (*Builder) GoBuiltin 

func (p *Builder) GoBuiltin(typ reflect.Type, op GoBuiltin) *Builder

GoBuiltin instr

func (*Builder) GoClosure 

func (p *Builder) GoClosure(fun *FuncInfo) *Builder

GoClosure instr

func (*Builder) InCurrentCtx 

func (p *Builder) InCurrentCtx(v *Var) bool

InCurrentCtx returns if a variable is in current context or not.

func (*Builder) Index 

func (p *Builder) Index(idx int) *Builder

Index instr

func (*Builder) Interface 

func (p *Builder) Interface() exec.Builder

Interface converts *Builder to exec.Builder interface.

func (*Builder) Jmp 

func (p *Builder) Jmp(l *Label) *Builder

Jmp instr

func (*Builder) JmpIf 

func (p *Builder) JmpIf(zeroOrOne uint32, l *Label) *Builder

JmpIf instr

func (*Builder) Label 

func (p *Builder) Label(l *Label) *Builder

Label defines a label to jmp here.

func (*Builder) ListComprehension 

func (p *Builder) ListComprehension(c *Comprehension) *Builder

ListComprehension instr

func (*Builder) Load 

func (p *Builder) Load(idx int32) *Builder

Load instr

func (*Builder) LoadVar 

func (p *Builder) LoadVar(v *Var) *Builder

LoadVar instr

func (*Builder) Make 

func (p *Builder) Make(typ reflect.Type, arity int) *Builder

Make instr

func (*Builder) MakeArray 

func (p *Builder) MakeArray(typ reflect.Type, arity int) *Builder

MakeArray instr

func (*Builder) MakeMap 

func (p *Builder) MakeMap(typ reflect.Type, arity int) *Builder

MakeMap instr

func (*Builder) MapComprehension 

func (p *Builder) MapComprehension(c *Comprehension) *Builder

MapComprehension instr

func (*Builder) MapIndex 

func (p *Builder) MapIndex() *Builder

MapIndex instr

func (*Builder) Pop 

func (p *Builder) Pop(n int) *Builder

Pop instr

func (*Builder) Push 

func (p *Builder) Push(val interface{}) *Builder

Push instr

func (*Builder) Reserve 

func (p *Builder) Reserve() Reserved

Reserve reserves an instruction.

func (*Builder) ReservedAsPush 

func (p *Builder) ReservedAsPush(r Reserved, val interface{})

ReservedAsPush sets Reserved as Push(v)

func (*Builder) Resolve 

func (p *Builder) Resolve() *Code

Resolve resolves all unresolved labels/functions/consts/etc.

func (*Builder) Return 

func (p *Builder) Return(n int32) *Builder

Return instr

func (*Builder) SetIndex 

func (p *Builder) SetIndex(idx int) *Builder

SetIndex instr

func (*Builder) SetMapIndex 

func (p *Builder) SetMapIndex() *Builder

SetMapIndex instr

func (*Builder) Slice 

func (p *Builder) Slice(i, j int) *Builder

Slice instr

func (*Builder) Slice3 

func (p *Builder) Slice3(i, j, k int) *Builder

Slice3 instr

func (*Builder) Store 

func (p *Builder) Store(idx int32) *Builder

Store instr

func (*Builder) StoreVar 

func (p *Builder) StoreVar(v *Var) *Builder

StoreVar instr

func (*Builder) TypeCast 

func (p *Builder) TypeCast(from, to reflect.Type) *Builder

TypeCast instr

func (*Builder) Zero 

func (p *Builder) Zero(typ reflect.Type) *Builder

Zero instr

type Closure 

type Closure struct {
	// contains filtered or unexported fields
}

Closure represents a qlang closure.

func (*Closure) Call 

func (p *Closure) Call(in []reflect.Value) (out []reflect.Value)

Call calls a closure.

type Code 

type Code struct {
	// contains filtered or unexported fields
}

A Code represents generated instructions to execute.

func NewCode 

func NewCode() *Code

NewCode returns a new Code object.

func (*Code) Dump 

func (p *Code) Dump(w io.Writer)

Dump dumps code.

func (*Code) Len 

func (p *Code) Len() int

Len returns code length.

type Comprehension 

type Comprehension struct {
	TypeOut reflect.Type
	End     int
}

Comprehension represents a list/map comprehension.

func NewComprehension 

func NewComprehension(out reflect.Type) *Comprehension

NewComprehension creates a new Comprehension instance.

type ConstKind 

type ConstKind = exec.ConstKind

A ConstKind represents the specific kind of type that a Type represents. The zero Kind is not a valid kind.

type Context 

type Context struct {
	*Stack
	// contains filtered or unexported fields
}

A Context represents the context of an executor.

func NewContext 

func NewContext(in exec.Code) *Context

NewContext returns a new context of an executor.

func (*Context) Call 

func (p *Context) Call(fun exec.FuncInfo)

Call calls a function.

func (*Context) Exec 

func (ctx *Context) Exec(ip, ipEnd int)

Exec executes a code block from ip to ipEnd.

func (*Context) GetVar 

func (p *Context) GetVar(x *Var) interface{}

GetVar func.

func (*Context) SetVar 

func (p *Context) SetVar(x *Var, v interface{})

SetVar func.

type ForPhrase 

type ForPhrase struct {
	Key, Value *Var // Key, Value may be nil
	Cond, End  int
	TypeIn     reflect.Type
	// contains filtered or unexported fields
}

ForPhrase represents a for range phrase.

func NewForPhrase 

func NewForPhrase(in reflect.Type) *ForPhrase

NewForPhrase creates a new ForPhrase instance.

type FuncInfo 

type FuncInfo struct {
	Pkg *Package
	// contains filtered or unexported fields
}

FuncInfo represents a qlang function information.

func NewFunc 

func NewFunc(name string, nestDepth uint32) *FuncInfo

NewFunc create a qlang function.

func (*FuncInfo) Args 

func (p *FuncInfo) Args(in ...reflect.Type) *FuncInfo

Args sets argument types of a qlang function.

func (*FuncInfo) IsUnnamedOut 

func (p *FuncInfo) IsUnnamedOut() bool

IsUnnamedOut returns if function results unnamed or not.

func (*FuncInfo) IsVariadic 

func (p *FuncInfo) IsVariadic() bool

IsVariadic returns if this function is variadic or not.

func (*FuncInfo) Name 

func (p *FuncInfo) Name() string

Name returns the function name.

func (*FuncInfo) NumOut 

func (p *FuncInfo) NumOut() int

NumOut returns a function type's output parameter count. It panics if the type's Kind is not Func.

func (*FuncInfo) Out 

func (p *FuncInfo) Out(i int) *Var

Out returns the type of a function type's i'th output parameter. It panics if i is not in the range [0, NumOut()).

func (*FuncInfo) Return 

func (p *FuncInfo) Return(out ...*Var) *FuncInfo

Return sets return types of a qlang function.

func (*FuncInfo) Type 

func (p *FuncInfo) Type() reflect.Type

Type returns type of this function.

func (*FuncInfo) Vargs 

func (p *FuncInfo) Vargs(in ...reflect.Type) *FuncInfo

Vargs sets argument types of a variadic qlang function.

type GoBuiltin 

type GoBuiltin = exec.GoBuiltin

GoBuiltin represents go builtin func.

type GoConstInfo 

type GoConstInfo = exec.GoConstInfo

GoConstInfo represents a Go constant information.

type GoFuncAddr 

type GoFuncAddr = exec.GoFuncAddr

GoFuncAddr represents a Go function address.

type GoFuncInfo 

type GoFuncInfo struct {
	Pkg  *GoPackage
	Name string
	This interface{}
	// contains filtered or unexported fields
}

GoFuncInfo represents a Go function information.

type GoFuncvAddr 

type GoFuncvAddr = exec.GoFuncvAddr

GoFuncvAddr represents a variadic Go function address.

type GoFuncvInfo 

type GoFuncvInfo struct {
	GoFuncInfo
	// contains filtered or unexported fields
}

GoFuncvInfo represents a Go function information.

type GoPackage 

type GoPackage struct {
	// contains filtered or unexported fields
}

GoPackage represents a Go package.

func FindGoPackage 

func FindGoPackage(pkgPath string) *GoPackage

FindGoPackage lookups a Go package by pkgPath. It returns nil if not found.

func NewGoPackage 

func NewGoPackage(pkgPath string) *GoPackage

NewGoPackage creates a new builtin Go Package.

func (*GoPackage) Const 

func (p *GoPackage) Const(name string, kind ConstKind, val interface{}) GoConstInfo

Const creates a GoConstInfo instance.

func (*GoPackage) Find 

func (p *GoPackage) Find(name string) (addr uint32, kind SymbolKind, ok bool)

Find lookups a symbol by specified its name.

func (*GoPackage) FindConst 

func (p *GoPackage) FindConst(name string) (ci *GoConstInfo, ok bool)

FindConst lookups a Go constant by name.

func (*GoPackage) FindFunc 

func (p *GoPackage) FindFunc(name string) (addr GoFuncAddr, ok bool)

FindFunc lookups a Go function by name.

func (*GoPackage) FindFuncv 

func (p *GoPackage) FindFuncv(name string) (addr GoFuncvAddr, ok bool)

FindFuncv lookups a Go function by name.

func (*GoPackage) FindType 

func (p *GoPackage) FindType(name string) (typ reflect.Type, ok bool)

FindType lookups a Go type by name.

func (*GoPackage) FindVar 

func (p *GoPackage) FindVar(name string) (addr GoVarAddr, ok bool)

FindVar lookups a Go variable by name.

func (*GoPackage) Func 

func (p *GoPackage) Func(name string, fn interface{}, exec func(i int, p *Context)) GoFuncInfo

Func creates a GoFuncInfo instance.

func (*GoPackage) Funcv 

func (p *GoPackage) Funcv(name string, fn interface{}, exec func(i int, p *Context)) GoFuncvInfo

Funcv creates a GoFuncvInfo instance.

func (*GoPackage) PkgPath 

func (p *GoPackage) PkgPath() string

PkgPath returns the package path for importing.

func (*GoPackage) RegisterConsts 

func (p *GoPackage) RegisterConsts(consts ...GoConstInfo)

RegisterConsts registers all exported Go constants of this package.

func (*GoPackage) RegisterFuncs 

func (p *GoPackage) RegisterFuncs(funs ...GoFuncInfo) (base GoFuncAddr)

RegisterFuncs registers all exported Go functions of this package.

func (*GoPackage) RegisterFuncvs 

func (p *GoPackage) RegisterFuncvs(funs ...GoFuncvInfo) (base GoFuncvAddr)

RegisterFuncvs registers all exported Go functions with variadic arguments of this package.

func (*GoPackage) RegisterTypes 

func (p *GoPackage) RegisterTypes(typinfos ...GoTypeInfo)

RegisterTypes registers all exported Go types defined by this package.

func (*GoPackage) RegisterVars 

func (p *GoPackage) RegisterVars(vars ...GoVarInfo) (base GoVarAddr)

RegisterVars registers all exported Go variables of this package.

func (*GoPackage) Rtype 

func (p *GoPackage) Rtype(typ reflect.Type) GoTypeInfo

Rtype gets the real type information.

func (*GoPackage) Type 

func (p *GoPackage) Type(name string, typ reflect.Type) GoTypeInfo

Type creates a GoTypeInfo instance.

func (*GoPackage) Var 

func (p *GoPackage) Var(name string, addr interface{}) GoVarInfo

Var creates a GoVarInfo instance.

type GoTypeInfo 

type GoTypeInfo struct {
	Pkg  *GoPackage
	Name string
	Type reflect.Type
}

GoTypeInfo represents a Go type information.

type GoVarAddr 

type GoVarAddr = exec.GoVarAddr

GoVarAddr represents a variadic Go variable address.

type GoVarInfo 

type GoVarInfo struct {
	Pkg  *GoPackage
	Name string
	Addr interface{}
}

GoVarInfo represents a Go variable information.

type Instr 

type Instr = uint32

A Instr represents a instruction of the executor.

type InstrInfo 

type InstrInfo struct {
	Name   string
	Arg1   string
	Arg2   string
	Params uint16
}

InstrInfo represents the information of an instr.

func DecodeInstr 

func DecodeInstr(i Instr) (InstrInfo, int32, int32)

DecodeInstr returns

type Kind 

type Kind = exec.Kind

A Kind represents the specific kind of type that a Type represents.

type Label 

type Label struct {
	// contains filtered or unexported fields
}

Label represents a label.

func NewLabel 

func NewLabel(name string) *Label

NewLabel creates a label object.

func (*Label) Name 

func (p *Label) Name() string

Name returns the label name.

type Operator 

type Operator = exec.Operator

Operator type.

type OperatorInfo 

type OperatorInfo = exec.OperatorInfo

OperatorInfo represents an operator information.

type Package 

type Package struct {
}

Package represents a qlang package.

type Reserved 

type Reserved = exec.Reserved

Reserved represents a reserved instruction position.

type Stack 

type Stack struct {
	// contains filtered or unexported fields
}

A Stack represents a FILO container.

func NewStack 

func NewStack() (p *Stack)

NewStack creates a Stack instance.

func (*Stack) Get 

func (p *Stack) Get(idx int) interface{}

Get returns the value at specified index.

func (*Stack) GetArgs 

func (p *Stack) GetArgs(arity int) []interface{}

GetArgs returns all arguments of a function.

func (*Stack) Init 

func (p *Stack) Init()

Init initializes this Stack object.

func (*Stack) Len 

func (p *Stack) Len() int

Len returns count of stack elements.

func (*Stack) Pop 

func (p *Stack) Pop() interface{}

Pop pops a value from this stack.

func (*Stack) PopN 

func (p *Stack) PopN(n int)

PopN pops n elements.

func (*Stack) Push 

func (p *Stack) Push(v interface{})

Push pushes a value into this stack.

func (*Stack) Ret 

func (p *Stack) Ret(arity int, results ...interface{})

Ret pops n values from this stack, and then pushes results.

func (*Stack) Set 

func (p *Stack) Set(idx int, v interface{})

Set returns the value at specified index.

func (*Stack) SetLen 

func (p *Stack) SetLen(base int)

SetLen sets count of stack elements.

type StructField 

type StructField = reflect.StructField

A StructField describes a single field in a struct.

type StructInfo 

type StructInfo struct {
	Fields []StructField
	// contains filtered or unexported fields
}

A StructInfo represents a struct information.

func Struct 

func Struct(fields []StructField) *StructInfo

Struct creates a new struct.

func (*StructInfo) Type 

func (p *StructInfo) Type() reflect.Type

Type returns the struct type.

type SymbolKind 

type SymbolKind = exec.SymbolKind

SymbolKind represents symbol kind.

type Var 

type Var struct {
	// contains filtered or unexported fields
}

Var represents a variable.

func NewVar 

func NewVar(typ reflect.Type, name string) *Var

NewVar creates a variable instance.

func (*Var) IsUnnamedOut 

func (p *Var) IsUnnamedOut() bool

IsUnnamedOut returns if variable unnamed or not.

func (*Var) Name 

func (p *Var) Name() string

Name returns variable's name.

func (*Var) SetAddr 

func (p *Var) SetAddr(nestDepth, idx uint32)

SetAddr sets a variable address.

func (*Var) Type 

func (p *Var) Type() reflect.Type

Type returns variable's type.

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