Module: ScientificNameCanonical

Includes:

ScientificNameDirty, Treetop::Runtime

Included in:

ScientificNameCanonicalParser

Defined in:

lib/biodiversity/parser/scientific_name_canonical.rb

Defined Under Namespace

Modules: Garbage0, Garbage1, Garbage2, MultinomialWithGarbage0, MultinomialWithGarbage1, MultinomialWithGarbage2, MultinomialWithGarbage3, MultinomialWithGarbage4, MultinomialWithGarbage5, Root0, Root1, UninomialWithGarbage0, UninomialWithGarbage1

Instance Method Summary

• #_nt_garbage ⇒ Object
• #_nt_multinomial_with_garbage ⇒ Object
• #_nt_root ⇒ Object
• #_nt_uninomial_with_garbage ⇒ Object
• #root ⇒ Object

Methods included from ScientificNameDirty

#_nt_approximate_year, #_nt_double_year, #_nt_infraspecies, #_nt_latin_word, #_nt_left_paren, #_nt_page_number, #_nt_right_paren, #_nt_scientific_name_5, #_nt_species, #_nt_string_authorship_inconsistencies, #_nt_valid_name_letters, #_nt_year, #_nt_year_number_with_punctuation

Methods included from ScientificNameClean

#_nt_abbreviated_genus, #_nt_annotation_identification, #_nt_author_filius, #_nt_author_maybe_filius, #_nt_author_name, #_nt_author_name_without_postfix, #_nt_author_prefix_word, #_nt_author_separator, #_nt_author_word, #_nt_authors_names, #_nt_authorship, #_nt_basionym_authorship_with_parenthesis, #_nt_cap_digraph, #_nt_cap_latin_word, #_nt_cap_latin_word_pair, #_nt_capped_dotted_char, #_nt_emend, #_nt_emend_authorship, #_nt_ex_authorship, #_nt_ex_sep, #_nt_genus, #_nt_hybrid_character, #_nt_infragenus, #_nt_infraspecies, #_nt_infraspecies_mult, #_nt_infraspecies_string, #_nt_latin_word, #_nt_left_paren, #_nt_multinomial_name, #_nt_multiplication_sign, #_nt_multiuninomial_name, #_nt_rank, #_nt_rank_uninomial, #_nt_right_paren, #_nt_scientific_name_1, #_nt_scientific_name_2, #_nt_scientific_name_3, #_nt_scientific_name_4, #_nt_scientific_name_5, #_nt_simple_authorship, #_nt_space, #_nt_space_hard, #_nt_species, #_nt_species_string, #_nt_species_word, #_nt_species_word_hybrid, #_nt_status_part, #_nt_status_word, #_nt_taxon_concept_rank, #_nt_uninomial_name, #_nt_uninomial_string, #_nt_unknown_auth, #_nt_unparsed, #_nt_valid_name_letter, #_nt_valid_name_letters, #_nt_year, #_nt_year_number, #_nt_year_number_with_character

Instance Method Details

#_nt_garbage ⇒ Object

# File 'lib/biodiversity/parser/scientific_name_canonical.rb', line 391

def _nt_garbage
  start_index = index
  if node_cache[:garbage].has_key?(index)
    cached = node_cache[:garbage][index]
    if cached
      node_cache[:garbage][index] = cached = SyntaxNode.new(input, index...(index + 1)) if cached == true
      @index = cached.interval.end
    end
    return cached
  end

  i0 = index
  i1, s1 = index, []
  r2 = _nt_space
  s1 << r2
  if r2
    if (match_len = has_terminal?("$$g@rbg3$$", false, index))
      r3 = instantiate_node(SyntaxNode,input, index...(index + match_len))
      @index += match_len
    else
      terminal_parse_failure('"$$g@rbg3$$"')
      r3 = nil
    end
    s1 << r3
  end
  if s1.last
    r1 = instantiate_node(SyntaxNode,input, i1...index, s1)
    r1.extend(Garbage0)
  else
    @index = i1
    r1 = nil
  end
  if r1
    r1 = SyntaxNode.new(input, (index-1)...index) if r1 == true
    r0 = r1
  else
    i4, s4 = index, []
    r5 = _nt_space
    s4 << r5
    if r5
      if has_terminal?(@regexps[gr = '\A["\',.]'] ||= Regexp.new(gr), :regexp, index)
        r6 = true
        @index += 1
      else
        terminal_parse_failure('["\',.]')
        r6 = nil
      end
      s4 << r6
      if r6
        r7 = _nt_space
        s4 << r7
        if r7
          s8, i8 = [], index
          loop do
            if has_terminal?(@regexps[gr = '\A[^щ]'] ||= Regexp.new(gr), :regexp, index)
              r9 = true
              @index += 1
            else
              terminal_parse_failure('[^щ]')
              r9 = nil
            end
            if r9
              s8 << r9
            else
              break
            end
          end
          r8 = instantiate_node(SyntaxNode,input, i8...index, s8)
          s4 << r8
        end
      end
    end
    if s4.last
      r4 = instantiate_node(SyntaxNode,input, i4...index, s4)
      r4.extend(Garbage1)
    else
      @index = i4
      r4 = nil
    end
    if r4
      r4 = SyntaxNode.new(input, (index-1)...index) if r4 == true
      r0 = r4
    else
      i10, s10 = index, []
      r11 = _nt_space_hard
      s10 << r11
      if r11
        s12, i12 = [], index
        loop do
          if has_terminal?(@regexps[gr = '\A[^ш]'] ||= Regexp.new(gr), :regexp, index)
            r13 = true
            @index += 1
          else
            terminal_parse_failure('[^ш]')
            r13 = nil
          end
          if r13
            s12 << r13
          else
            break
          end
        end
        if s12.empty?
          @index = i12
          r12 = nil
        else
          r12 = instantiate_node(SyntaxNode,input, i12...index, s12)
        end
        s10 << r12
      end
      if s10.last
        r10 = instantiate_node(SyntaxNode,input, i10...index, s10)
        r10.extend(Garbage2)
      else
        @index = i10
        r10 = nil
      end
      if r10
        r10 = SyntaxNode.new(input, (index-1)...index) if r10 == true
        r0 = r10
      else
        @index = i0
        r0 = nil
      end
    end
  end

  node_cache[:garbage][start_index] = r0

  r0
end

#_nt_multinomial_with_garbage ⇒ Object

# File 'lib/biodiversity/parser/scientific_name_canonical.rb', line 194

def _nt_multinomial_with_garbage
  start_index = index
  if node_cache[:multinomial_with_garbage].has_key?(index)
    cached = node_cache[:multinomial_with_garbage][index]
    if cached
      node_cache[:multinomial_with_garbage][index] = cached = SyntaxNode.new(input, index...(index + 1)) if cached == true
      @index = cached.interval.end
    end
    return cached
  end

  i0 = index
  i1, s1 = index, []
  r2 = _nt_genus
  s1 << r2
  if r2
    r3 = _nt_space
    s1 << r3
    if r3
      r4 = _nt_infragenus
      s1 << r4
      if r4
        r5 = _nt_space
        s1 << r5
        if r5
          r6 = _nt_species
          s1 << r6
          if r6
            r7 = _nt_garbage
            s1 << r7
          end
        end
      end
    end
  end
  if s1.last
    r1 = instantiate_node(SyntaxNode,input, i1...index, s1)
    r1.extend(MultinomialWithGarbage0)
    r1.extend(MultinomialWithGarbage1)
  else
    @index = i1
    r1 = nil
  end
  if r1
    r1 = SyntaxNode.new(input, (index-1)...index) if r1 == true
    r0 = r1
  else
    i8, s8 = index, []
    r9 = _nt_genus
    s8 << r9
    if r9
      r10 = _nt_space
      s8 << r10
      if r10
        r11 = _nt_infragenus
        s8 << r11
        if r11
          r12 = _nt_garbage
          s8 << r12
        end
      end
    end
    if s8.last
      r8 = instantiate_node(SyntaxNode,input, i8...index, s8)
      r8.extend(MultinomialWithGarbage2)
      r8.extend(MultinomialWithGarbage3)
    else
      @index = i8
      r8 = nil
    end
    if r8
      r8 = SyntaxNode.new(input, (index-1)...index) if r8 == true
      r0 = r8
    else
      i13, s13 = index, []
      r14 = _nt_genus
      s13 << r14
      if r14
        r15 = _nt_space
        s13 << r15
        if r15
          r16 = _nt_species
          s13 << r16
          if r16
            r17 = _nt_garbage
            s13 << r17
          end
        end
      end
      if s13.last
        r13 = instantiate_node(SyntaxNode,input, i13...index, s13)
        r13.extend(MultinomialWithGarbage4)
        r13.extend(MultinomialWithGarbage5)
      else
        @index = i13
        r13 = nil
      end
      if r13
        r13 = SyntaxNode.new(input, (index-1)...index) if r13 == true
        r0 = r13
      else
        @index = i0
        r0 = nil
      end
    end
  end

  node_cache[:multinomial_with_garbage][start_index] = r0

  r0
end

#_nt_root ⇒ Object

# File 'lib/biodiversity/parser/scientific_name_canonical.rb', line 42

def _nt_root
  start_index = index
  if node_cache[:root].has_key?(index)
    cached = node_cache[:root][index]
    if cached
      node_cache[:root][index] = cached = SyntaxNode.new(input, index...(index + 1)) if cached == true
      @index = cached.interval.end
    end
    return cached
  end

  i0 = index
  r1 = _nt_multinomial_with_garbage
  r1.extend(Root0)
  r1.extend(Root0)
  if r1
    r1 = SyntaxNode.new(input, (index-1)...index) if r1 == true
    r0 = r1
  else
    r2 = _nt_uninomial_with_garbage
    r2.extend(Root1)
    r2.extend(Root1)
    if r2
      r2 = SyntaxNode.new(input, (index-1)...index) if r2 == true
      r0 = r2
    else
      @index = i0
      r0 = nil
    end
  end

  node_cache[:root][start_index] = r0

  r0
end

#_nt_uninomial_with_garbage ⇒ Object

# File 'lib/biodiversity/parser/scientific_name_canonical.rb', line 334

def _nt_uninomial_with_garbage
  start_index = index
  if node_cache[:uninomial_with_garbage].has_key?(index)
    cached = node_cache[:uninomial_with_garbage][index]
    if cached
      node_cache[:uninomial_with_garbage][index] = cached = SyntaxNode.new(input, index...(index + 1)) if cached == true
      @index = cached.interval.end
    end
    return cached
  end

  i0, s0 = index, []
  r1 = _nt_uninomial_string
  s0 << r1
  if r1
    r2 = _nt_garbage
    s0 << r2
  end
  if s0.last
    r0 = instantiate_node(SyntaxNode,input, i0...index, s0)
    r0.extend(UninomialWithGarbage0)
    r0.extend(UninomialWithGarbage1)
  else
    @index = i0
    r0 = nil
  end

  node_cache[:uninomial_with_garbage][start_index] = r0

  r0
end

#root ⇒ Object

# File 'lib/biodiversity/parser/scientific_name_canonical.rb', line 8

def root
  @root ||= :root
end