tree

Documentation

Index

• func IsBuiltinKind(kind reflect.Kind) bool
• func NameWithMonadicity(name string, monadic bool) string
• func RenderTreeString(text Textual) string
• func Sprint(v interface{}) string
• func SprintType(t reflect.Type) string
• func StructFieldIsExported(f reflect.StructField) bool
• func TypeName(t reflect.Type) string
• type Cycle
  • func (v Cycle) Text() Textual
  • func (v Cycle) TreeHash() string
• type ExplainCtx
  • func (ctx *ExplainCtx) Explain(t reflect.Type) Tree
  • func (ctx *ExplainCtx) ExplainNoName(t reflect.Type) Tree
• type GoValue
  • func (v GoValue) Text() Textual
  • func (v GoValue) TreeHash() string
• type IndexTree
• type Label
  • func TypeLabel(t reflect.Type) Label
  • func (l Label) IsEmpty() bool
• type MultiSet
  • func (mset MultiSet) Add(elem interface{}) MultiSet
  • func (mset MultiSet) Copy() MultiSet
  • func (mset MultiSet) Count(elem interface{}) int
  • func (mset MultiSet) Size() int
• type MultiSetElem
• type NameTree
• type NoQuote
  • func (v NoQuote) Text() Textual
  • func (v NoQuote) TreeHash() string
• type Opaque
  • func (v Opaque) Text() Textual
  • func (v Opaque) TreeHash() string
• type Parallel
  • func (parallel Parallel) Text() Textual
  • func (parallel Parallel) TreeHash() string
• type Quote
  • func (v Quote) Text() Textual
  • func (v Quote) TreeHash() string
• type Relabeler
• type Series
  • func (series Series) Text() Textual
  • func (series Series) TreeHash() string
• type Sometimes
  • func (v Sometimes) Text() Textual
  • func (v Sometimes) TreeHash() string
• type SplayCtx
  • func (ctx *SplayCtx) Cache(x interface{}) *SplayCtx
  • func (ctx *SplayCtx) SplayValue(v reflect.Value) Tree
• type Splayer
• type Tree
  • func Explain(t reflect.Type) Tree
  • func Splay(v interface{}) Tree

Functions

func IsBuiltinKind

func IsBuiltinKind(kind reflect.Kind) bool

func NameWithMonadicity

func NameWithMonadicity(name string, monadic bool) string

func RenderTreeString

func RenderTreeString(text Textual) string

func Sprint

func Sprint(v interface{}) string

func SprintType

func SprintType(t reflect.Type) string

func StructFieldIsExported

func StructFieldIsExported(f reflect.StructField) bool

func TypeName

func TypeName(t reflect.Type) string

Types

type Cycle

type Cycle struct{}

Cycle is a tree.

func (Cycle) Text

func (v Cycle) Text() Textual

func (Cycle) TreeHash

func (v Cycle) TreeHash() string

type ExplainCtx

type ExplainCtx struct{}

func (*ExplainCtx) Explain

func (ctx *ExplainCtx) Explain(t reflect.Type) Tree

func (*ExplainCtx) ExplainNoName

func (ctx *ExplainCtx) ExplainNoName(t reflect.Type) Tree

type GoValue

type GoValue struct {
	reflect.Value `ko:"name=value"`
}

GoValue is a tree.

func (GoValue) Text

func (v GoValue) Text() Textual

func (GoValue) TreeHash

func (v GoValue) TreeHash() string

From Go doc:

func (v Value) String() string
    String returns the string v's underlying value, as a string. String is a
    special case because of Go's String method convention. Unlike the other
    getters, it does not panic if v's Kind is not String. Instead, it returns a
    string of the form "<T value>" where T is v's type. The fmt package treats
    Values specially. It does not call their String method implicitly but
    instead prints the concrete values they hold.

type IndexTree

type IndexTree struct {
	Index int `ko:"name=index"`
	Tree  `ko:"name=tree"`
}

type Label

type Label struct {
	Path string `ko:"name=path"`
	Name string `ko:"name=name"`
}

func TypeLabel

func TypeLabel(t reflect.Type) Label

func (Label) IsEmpty

func (l Label) IsEmpty() bool

type MultiSet

type MultiSet []MultiSetElem

func (MultiSet) Add

func (mset MultiSet) Add(elem interface{}) MultiSet

func (MultiSet) Copy

func (mset MultiSet) Copy() MultiSet

func (MultiSet) Count

func (mset MultiSet) Count(elem interface{}) int

func (MultiSet) Size

func (mset MultiSet) Size() int

type MultiSetElem

type MultiSetElem struct {
	Elem  interface{}
	Count int
}

type NameTree

type NameTree struct {
	Name    KoGoName `ko:"name=name"`
	Monadic bool     `ko:"name=monadic"`
	Tree    `ko:"name=tree"`
}

type NoQuote

type NoQuote struct {
	String_ string `ko:"name=string"`
}

NoQuote is a tree.

func (NoQuote) Text

func (v NoQuote) Text() Textual

func (NoQuote) TreeHash

func (v NoQuote) TreeHash() string

type Opaque

type Opaque struct{}

Opaque is a tree.

func (Opaque) Text

func (v Opaque) Text() Textual

func (Opaque) TreeHash

func (v Opaque) TreeHash() string

type Parallel

type Parallel struct {
	Label   Label      `ko:"name=label"`
	Bracket string     `ko:"name=bracket"` // "{}", "[]"
	Elem    []NameTree `ko:"name=field"`
}

Parallel is a tree.

func (Parallel) Text

func (parallel Parallel) Text() Textual

func (Parallel) TreeHash

func (parallel Parallel) TreeHash() string

type Quote

type Quote struct {
	String_ string `ko:"name=string"`
}

Quote is a tree.

func (Quote) Text

func (v Quote) Text() Textual

func (Quote) TreeHash

func (v Quote) TreeHash() string

type Relabeler

type Relabeler interface {
	Relabel() Label
}

type Series

type Series struct {
	Label   Label       `ko:"name=label"`
	Bracket string      `ko:"name=bracket"` // "{}", "[]"
	Elem    []IndexTree `ko:"name=elem"`
}

Series is a tree.

func (Series) Text

func (series Series) Text() Textual

func (Series) TreeHash

func (series Series) TreeHash() string

type Sometimes

type Sometimes struct {
	Elem Tree `ko:"name=elem"`
}

Sometimes is a tree.

func (Sometimes) Text

func (v Sometimes) Text() Textual

func (Sometimes) TreeHash

func (v Sometimes) TreeHash() string

type SplayCtx

type SplayCtx struct {
	Seen MultiSet `ko:"name=seen"`
}

func (*SplayCtx) Cache

func (ctx *SplayCtx) Cache(x interface{}) *SplayCtx

func (*SplayCtx) SplayValue

func (ctx *SplayCtx) SplayValue(v reflect.Value) Tree

type Splayer

type Splayer interface {
	Splay() Tree
}

type Tree

type Tree interface {
	Text() Textual
	TreeHash() string
}

func Explain

func Explain(t reflect.Type) Tree

func Splay

func Splay(v interface{}) Tree