simple

Documentation

Index

• Constants
• func Constructor(config map[string]interface{}, cache *registry.Cache) (highlight.Highlighter, error)
• type FragmentQueue
  • func (fq FragmentQueue) Len() int
  • func (fq FragmentQueue) Less(i, j int) bool
  • func (fq *FragmentQueue) Pop() interface{}
  • func (fq *FragmentQueue) Push(x interface{})
  • func (fq FragmentQueue) Swap(i, j int)
• type FragmentScorer
  • func NewFragmentScorer(tlm search.TermLocationMap) *FragmentScorer
  • func (s *FragmentScorer) Score(f *highlight.Fragment)
• type Highlighter
  • func NewHighlighter(fragmenter highlight.Fragmenter, formatter highlight.FragmentFormatter, ...) *Highlighter
  • func (s *Highlighter) BestFragmentInField(dm *search.DocumentMatch, doc *document.Document, field string) string
  • func (s *Highlighter) BestFragmentsInField(dm *search.DocumentMatch, doc *document.Document, field string, num int) []string
  • func (s *Highlighter) FragmentFormatter() highlight.FragmentFormatter
  • func (s *Highlighter) Fragmenter() highlight.Fragmenter
  • func (s *Highlighter) Separator() string
  • func (s *Highlighter) SetFragmentFormatter(f highlight.FragmentFormatter)
  • func (s *Highlighter) SetFragmenter(f highlight.Fragmenter)
  • func (s *Highlighter) SetSeparator(sep string)

Constants

const Name = "simple"

Functions

func Constructor

func Constructor(config map[string]interface{}, cache *registry.Cache) (highlight.Highlighter, error)

Types

type FragmentQueue

type FragmentQueue []*highlight.Fragment

FragmentQueue implements heap.Interface and holds Items.

func (FragmentQueue) Len

func (fq FragmentQueue) Len() int

func (FragmentQueue) Less

func (fq FragmentQueue) Less(i, j int) bool

func (*FragmentQueue) Pop

func (fq *FragmentQueue) Pop() interface{}

func (*FragmentQueue) Push

func (fq *FragmentQueue) Push(x interface{})

func (FragmentQueue) Swap

func (fq FragmentQueue) Swap(i, j int)

type FragmentScorer

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

FragmentScorer will score fragments by how many unique terms occur in the fragment with no regard for any boost values used in the original query

func NewFragmentScorer

func NewFragmentScorer(tlm search.TermLocationMap) *FragmentScorer

func (*FragmentScorer) Score

func (s *FragmentScorer) Score(f *highlight.Fragment)

type Highlighter

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

func NewHighlighter

func NewHighlighter(fragmenter highlight.Fragmenter, formatter highlight.FragmentFormatter, separator string) *Highlighter

func (*Highlighter) BestFragmentInField

func (s *Highlighter) BestFragmentInField(dm *search.DocumentMatch, doc *document.Document, field string) string

func (*Highlighter) BestFragmentsInField

func (s *Highlighter) BestFragmentsInField(dm *search.DocumentMatch, doc *document.Document, field string, num int) []string

func (*Highlighter) FragmentFormatter

func (s *Highlighter) FragmentFormatter() highlight.FragmentFormatter

func (*Highlighter) Fragmenter

func (s *Highlighter) Fragmenter() highlight.Fragmenter

func (*Highlighter) Separator

func (s *Highlighter) Separator() string

func (*Highlighter) SetFragmentFormatter

func (s *Highlighter) SetFragmentFormatter(f highlight.FragmentFormatter)

func (*Highlighter) SetFragmenter

func (s *Highlighter) SetFragmenter(f highlight.Fragmenter)

func (*Highlighter) SetSeparator

func (s *Highlighter) SetSeparator(sep string)