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Editing: dot_visitor.rb
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# frozen_string_literal: true # :markup: markdown =begin -- This file is generated by the templates/template.rb script and should not be modified manually. See templates/lib/prism/dot_visitor.rb.erb if you are looking to modify the template ++ =end require "cgi/escape" require "cgi/util" unless defined?(CGI::EscapeExt) module Prism # This visitor provides the ability to call Node#to_dot, which converts a # subtree into a graphviz dot graph. class DotVisitor < Visitor class Field # :nodoc: attr_reader :name, :value, :port def initialize(name, value, port) @name = name @value = value @port = port end def to_dot if port "<tr><td align=\"left\" colspan=\"2\" port=\"#{name}\">#{name}</td></tr>" else "<tr><td align=\"left\">#{name}</td><td>#{CGI.escapeHTML(value || raise)}</td></tr>" end end end class Table # :nodoc: attr_reader :name, :fields def initialize(name) @name = name @fields = [] end def field(name, value = nil, port: false) fields << Field.new(name, value, port) end def to_dot dot = <<~DOT <table border="0" cellborder="1" cellspacing="0" cellpadding="4"> <tr><td colspan="2"><b>#{name}</b></td></tr> DOT if fields.any? "#{dot} #{fields.map(&:to_dot).join("\n ")}\n</table>" else "#{dot}</table>" end end end class Digraph # :nodoc: attr_reader :nodes, :waypoints, :edges def initialize @nodes = [] @waypoints = [] @edges = [] end def node(value) nodes << value end def waypoint(value) waypoints << value end def edge(value) edges << value end def to_dot <<~DOT digraph "Prism" { node [ fontname=\"Courier New\" shape=plain style=filled fillcolor=gray95 ]; #{nodes.map { |node| node.gsub(/\n/, "\n ") }.join("\n ")} node [shape=point]; #{waypoints.join("\n ")} #{edges.join("\n ")} } DOT end end private_constant :Field, :Table, :Digraph # The digraph that is being built. attr_reader :digraph # Initialize a new dot visitor. def initialize @digraph = Digraph.new end # Convert this visitor into a graphviz dot graph string. def to_dot digraph.to_dot end # Visit a AliasGlobalVariableNode node. def visit_alias_global_variable_node(node) table = Table.new("AliasGlobalVariableNode") id = node_id(node) # new_name table.field("new_name", port: true) digraph.edge("#{id}:new_name -> #{node_id(node.new_name)};") # old_name table.field("old_name", port: true) digraph.edge("#{id}:old_name -> #{node_id(node.old_name)};") # keyword_loc table.field("keyword_loc", location_inspect(node.keyword_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a AliasMethodNode node. def visit_alias_method_node(node) table = Table.new("AliasMethodNode") id = node_id(node) # new_name table.field("new_name", port: true) digraph.edge("#{id}:new_name -> #{node_id(node.new_name)};") # old_name table.field("old_name", port: true) digraph.edge("#{id}:old_name -> #{node_id(node.old_name)};") # keyword_loc table.field("keyword_loc", location_inspect(node.keyword_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a AlternationPatternNode node. def visit_alternation_pattern_node(node) table = Table.new("AlternationPatternNode") id = node_id(node) # left table.field("left", port: true) digraph.edge("#{id}:left -> #{node_id(node.left)};") # right table.field("right", port: true) digraph.edge("#{id}:right -> #{node_id(node.right)};") # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a AndNode node. def visit_and_node(node) table = Table.new("AndNode") id = node_id(node) # left table.field("left", port: true) digraph.edge("#{id}:left -> #{node_id(node.left)};") # right table.field("right", port: true) digraph.edge("#{id}:right -> #{node_id(node.right)};") # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ArgumentsNode node. def visit_arguments_node(node) table = Table.new("ArgumentsNode") id = node_id(node) # flags table.field("flags", arguments_node_flags_inspect(node)) # arguments if node.arguments.any? table.field("arguments", port: true) waypoint = "#{id}_arguments" digraph.waypoint("#{waypoint};") digraph.edge("#{id}:arguments -> #{waypoint};") node.arguments.each { |child| digraph.edge("#{waypoint} -> #{node_id(child)};") } else table.field("arguments", "[]") end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ArrayNode node. def visit_array_node(node) table = Table.new("ArrayNode") id = node_id(node) # flags table.field("flags", array_node_flags_inspect(node)) # elements if node.elements.any? table.field("elements", port: true) waypoint = "#{id}_elements" digraph.waypoint("#{waypoint};") digraph.edge("#{id}:elements -> #{waypoint};") node.elements.each { |child| digraph.edge("#{waypoint} -> #{node_id(child)};") } else table.field("elements", "[]") end # opening_loc unless (opening_loc = node.opening_loc).nil? table.field("opening_loc", location_inspect(opening_loc)) end # closing_loc unless (closing_loc = node.closing_loc).nil? table.field("closing_loc", location_inspect(closing_loc)) end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ArrayPatternNode node. def visit_array_pattern_node(node) table = Table.new("ArrayPatternNode") id = node_id(node) # constant unless (constant = node.constant).nil? table.field("constant", port: true) digraph.edge("#{id}:constant -> #{node_id(constant)};") end # requireds if node.requireds.any? table.field("requireds", port: true) waypoint = "#{id}_requireds" digraph.waypoint("#{waypoint};") digraph.edge("#{id}:requireds -> #{waypoint};") node.requireds.each { |child| digraph.edge("#{waypoint} -> #{node_id(child)};") } else table.field("requireds", "[]") end # rest unless (rest = node.rest).nil? table.field("rest", port: true) digraph.edge("#{id}:rest -> #{node_id(rest)};") end # posts if node.posts.any? table.field("posts", port: true) waypoint = "#{id}_posts" digraph.waypoint("#{waypoint};") digraph.edge("#{id}:posts -> #{waypoint};") node.posts.each { |child| digraph.edge("#{waypoint} -> #{node_id(child)};") } else table.field("posts", "[]") end # opening_loc unless (opening_loc = node.opening_loc).nil? table.field("opening_loc", location_inspect(opening_loc)) end # closing_loc unless (closing_loc = node.closing_loc).nil? table.field("closing_loc", location_inspect(closing_loc)) end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a AssocNode node. def visit_assoc_node(node) table = Table.new("AssocNode") id = node_id(node) # key table.field("key", port: true) digraph.edge("#{id}:key -> #{node_id(node.key)};") # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") # operator_loc unless (operator_loc = node.operator_loc).nil? table.field("operator_loc", location_inspect(operator_loc)) end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a AssocSplatNode node. def visit_assoc_splat_node(node) table = Table.new("AssocSplatNode") id = node_id(node) # value unless (value = node.value).nil? table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(value)};") end # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a BackReferenceReadNode node. def visit_back_reference_read_node(node) table = Table.new("BackReferenceReadNode") id = node_id(node) # name table.field("name", node.name.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a BeginNode node. def visit_begin_node(node) table = Table.new("BeginNode") id = node_id(node) # begin_keyword_loc unless (begin_keyword_loc = node.begin_keyword_loc).nil? table.field("begin_keyword_loc", location_inspect(begin_keyword_loc)) end # statements unless (statements = node.statements).nil? table.field("statements", port: true) digraph.edge("#{id}:statements -> #{node_id(statements)};") end # rescue_clause unless (rescue_clause = node.rescue_clause).nil? table.field("rescue_clause", port: true) digraph.edge("#{id}:rescue_clause -> #{node_id(rescue_clause)};") end # else_clause unless (else_clause = node.else_clause).nil? table.field("else_clause", port: true) digraph.edge("#{id}:else_clause -> #{node_id(else_clause)};") end # ensure_clause unless (ensure_clause = node.ensure_clause).nil? table.field("ensure_clause", port: true) digraph.edge("#{id}:ensure_clause -> #{node_id(ensure_clause)};") end # end_keyword_loc unless (end_keyword_loc = node.end_keyword_loc).nil? table.field("end_keyword_loc", location_inspect(end_keyword_loc)) end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a BlockArgumentNode node. def visit_block_argument_node(node) table = Table.new("BlockArgumentNode") id = node_id(node) # expression unless (expression = node.expression).nil? table.field("expression", port: true) digraph.edge("#{id}:expression -> #{node_id(expression)};") end # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a BlockLocalVariableNode node. def visit_block_local_variable_node(node) table = Table.new("BlockLocalVariableNode") id = node_id(node) # flags table.field("flags", parameter_flags_inspect(node)) # name table.field("name", node.name.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a BlockNode node. def visit_block_node(node) table = Table.new("BlockNode") id = node_id(node) # locals table.field("locals", node.locals.inspect) # parameters unless (parameters = node.parameters).nil? table.field("parameters", port: true) digraph.edge("#{id}:parameters -> #{node_id(parameters)};") end # body unless (body = node.body).nil? table.field("body", port: true) digraph.edge("#{id}:body -> #{node_id(body)};") end # opening_loc table.field("opening_loc", location_inspect(node.opening_loc)) # closing_loc table.field("closing_loc", location_inspect(node.closing_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a BlockParameterNode node. def visit_block_parameter_node(node) table = Table.new("BlockParameterNode") id = node_id(node) # flags table.field("flags", parameter_flags_inspect(node)) # name table.field("name", node.name.inspect) # name_loc unless (name_loc = node.name_loc).nil? table.field("name_loc", location_inspect(name_loc)) end # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a BlockParametersNode node. def visit_block_parameters_node(node) table = Table.new("BlockParametersNode") id = node_id(node) # parameters unless (parameters = node.parameters).nil? table.field("parameters", port: true) digraph.edge("#{id}:parameters -> #{node_id(parameters)};") end # locals if node.locals.any? table.field("locals", port: true) waypoint = "#{id}_locals" digraph.waypoint("#{waypoint};") digraph.edge("#{id}:locals -> #{waypoint};") node.locals.each { |child| digraph.edge("#{waypoint} -> #{node_id(child)};") } else table.field("locals", "[]") end # opening_loc unless (opening_loc = node.opening_loc).nil? table.field("opening_loc", location_inspect(opening_loc)) end # closing_loc unless (closing_loc = node.closing_loc).nil? table.field("closing_loc", location_inspect(closing_loc)) end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a BreakNode node. def visit_break_node(node) table = Table.new("BreakNode") id = node_id(node) # arguments unless (arguments = node.arguments).nil? table.field("arguments", port: true) digraph.edge("#{id}:arguments -> #{node_id(arguments)};") end # keyword_loc table.field("keyword_loc", location_inspect(node.keyword_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a CallAndWriteNode node. def visit_call_and_write_node(node) table = Table.new("CallAndWriteNode") id = node_id(node) # flags table.field("flags", call_node_flags_inspect(node)) # receiver unless (receiver = node.receiver).nil? table.field("receiver", port: true) digraph.edge("#{id}:receiver -> #{node_id(receiver)};") end # call_operator_loc unless (call_operator_loc = node.call_operator_loc).nil? table.field("call_operator_loc", location_inspect(call_operator_loc)) end # message_loc unless (message_loc = node.message_loc).nil? table.field("message_loc", location_inspect(message_loc)) end # read_name table.field("read_name", node.read_name.inspect) # write_name table.field("write_name", node.write_name.inspect) # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a CallNode node. def visit_call_node(node) table = Table.new("CallNode") id = node_id(node) # flags table.field("flags", call_node_flags_inspect(node)) # receiver unless (receiver = node.receiver).nil? table.field("receiver", port: true) digraph.edge("#{id}:receiver -> #{node_id(receiver)};") end # call_operator_loc unless (call_operator_loc = node.call_operator_loc).nil? table.field("call_operator_loc", location_inspect(call_operator_loc)) end # name table.field("name", node.name.inspect) # message_loc unless (message_loc = node.message_loc).nil? table.field("message_loc", location_inspect(message_loc)) end # opening_loc unless (opening_loc = node.opening_loc).nil? table.field("opening_loc", location_inspect(opening_loc)) end # arguments unless (arguments = node.arguments).nil? table.field("arguments", port: true) digraph.edge("#{id}:arguments -> #{node_id(arguments)};") end # closing_loc unless (closing_loc = node.closing_loc).nil? table.field("closing_loc", location_inspect(closing_loc)) end # equal_loc unless (equal_loc = node.equal_loc).nil? table.field("equal_loc", location_inspect(equal_loc)) end # block unless (block = node.block).nil? table.field("block", port: true) digraph.edge("#{id}:block -> #{node_id(block)};") end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a CallOperatorWriteNode node. def visit_call_operator_write_node(node) table = Table.new("CallOperatorWriteNode") id = node_id(node) # flags table.field("flags", call_node_flags_inspect(node)) # receiver unless (receiver = node.receiver).nil? table.field("receiver", port: true) digraph.edge("#{id}:receiver -> #{node_id(receiver)};") end # call_operator_loc unless (call_operator_loc = node.call_operator_loc).nil? table.field("call_operator_loc", location_inspect(call_operator_loc)) end # message_loc unless (message_loc = node.message_loc).nil? table.field("message_loc", location_inspect(message_loc)) end # read_name table.field("read_name", node.read_name.inspect) # write_name table.field("write_name", node.write_name.inspect) # binary_operator table.field("binary_operator", node.binary_operator.inspect) # binary_operator_loc table.field("binary_operator_loc", location_inspect(node.binary_operator_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a CallOrWriteNode node. def visit_call_or_write_node(node) table = Table.new("CallOrWriteNode") id = node_id(node) # flags table.field("flags", call_node_flags_inspect(node)) # receiver unless (receiver = node.receiver).nil? table.field("receiver", port: true) digraph.edge("#{id}:receiver -> #{node_id(receiver)};") end # call_operator_loc unless (call_operator_loc = node.call_operator_loc).nil? table.field("call_operator_loc", location_inspect(call_operator_loc)) end # message_loc unless (message_loc = node.message_loc).nil? table.field("message_loc", location_inspect(message_loc)) end # read_name table.field("read_name", node.read_name.inspect) # write_name table.field("write_name", node.write_name.inspect) # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a CallTargetNode node. def visit_call_target_node(node) table = Table.new("CallTargetNode") id = node_id(node) # flags table.field("flags", call_node_flags_inspect(node)) # receiver table.field("receiver", port: true) digraph.edge("#{id}:receiver -> #{node_id(node.receiver)};") # call_operator_loc table.field("call_operator_loc", location_inspect(node.call_operator_loc)) # name table.field("name", node.name.inspect) # message_loc table.field("message_loc", location_inspect(node.message_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a CapturePatternNode node. def visit_capture_pattern_node(node) table = Table.new("CapturePatternNode") id = node_id(node) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") # target table.field("target", port: true) digraph.edge("#{id}:target -> #{node_id(node.target)};") # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a CaseMatchNode node. def visit_case_match_node(node) table = Table.new("CaseMatchNode") id = node_id(node) # predicate unless (predicate = node.predicate).nil? table.field("predicate", port: true) digraph.edge("#{id}:predicate -> #{node_id(predicate)};") end # conditions if node.conditions.any? table.field("conditions", port: true) waypoint = "#{id}_conditions" digraph.waypoint("#{waypoint};") digraph.edge("#{id}:conditions -> #{waypoint};") node.conditions.each { |child| digraph.edge("#{waypoint} -> #{node_id(child)};") } else table.field("conditions", "[]") end # else_clause unless (else_clause = node.else_clause).nil? table.field("else_clause", port: true) digraph.edge("#{id}:else_clause -> #{node_id(else_clause)};") end # case_keyword_loc table.field("case_keyword_loc", location_inspect(node.case_keyword_loc)) # end_keyword_loc table.field("end_keyword_loc", location_inspect(node.end_keyword_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a CaseNode node. def visit_case_node(node) table = Table.new("CaseNode") id = node_id(node) # predicate unless (predicate = node.predicate).nil? table.field("predicate", port: true) digraph.edge("#{id}:predicate -> #{node_id(predicate)};") end # conditions if node.conditions.any? table.field("conditions", port: true) waypoint = "#{id}_conditions" digraph.waypoint("#{waypoint};") digraph.edge("#{id}:conditions -> #{waypoint};") node.conditions.each { |child| digraph.edge("#{waypoint} -> #{node_id(child)};") } else table.field("conditions", "[]") end # else_clause unless (else_clause = node.else_clause).nil? table.field("else_clause", port: true) digraph.edge("#{id}:else_clause -> #{node_id(else_clause)};") end # case_keyword_loc table.field("case_keyword_loc", location_inspect(node.case_keyword_loc)) # end_keyword_loc table.field("end_keyword_loc", location_inspect(node.end_keyword_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ClassNode node. def visit_class_node(node) table = Table.new("ClassNode") id = node_id(node) # locals table.field("locals", node.locals.inspect) # class_keyword_loc table.field("class_keyword_loc", location_inspect(node.class_keyword_loc)) # constant_path table.field("constant_path", port: true) digraph.edge("#{id}:constant_path -> #{node_id(node.constant_path)};") # inheritance_operator_loc unless (inheritance_operator_loc = node.inheritance_operator_loc).nil? table.field("inheritance_operator_loc", location_inspect(inheritance_operator_loc)) end # superclass unless (superclass = node.superclass).nil? table.field("superclass", port: true) digraph.edge("#{id}:superclass -> #{node_id(superclass)};") end # body unless (body = node.body).nil? table.field("body", port: true) digraph.edge("#{id}:body -> #{node_id(body)};") end # end_keyword_loc table.field("end_keyword_loc", location_inspect(node.end_keyword_loc)) # name table.field("name", node.name.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ClassVariableAndWriteNode node. def visit_class_variable_and_write_node(node) table = Table.new("ClassVariableAndWriteNode") id = node_id(node) # name table.field("name", node.name.inspect) # name_loc table.field("name_loc", location_inspect(node.name_loc)) # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ClassVariableOperatorWriteNode node. def visit_class_variable_operator_write_node(node) table = Table.new("ClassVariableOperatorWriteNode") id = node_id(node) # name table.field("name", node.name.inspect) # name_loc table.field("name_loc", location_inspect(node.name_loc)) # binary_operator_loc table.field("binary_operator_loc", location_inspect(node.binary_operator_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") # binary_operator table.field("binary_operator", node.binary_operator.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ClassVariableOrWriteNode node. def visit_class_variable_or_write_node(node) table = Table.new("ClassVariableOrWriteNode") id = node_id(node) # name table.field("name", node.name.inspect) # name_loc table.field("name_loc", location_inspect(node.name_loc)) # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ClassVariableReadNode node. def visit_class_variable_read_node(node) table = Table.new("ClassVariableReadNode") id = node_id(node) # name table.field("name", node.name.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ClassVariableTargetNode node. def visit_class_variable_target_node(node) table = Table.new("ClassVariableTargetNode") id = node_id(node) # name table.field("name", node.name.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ClassVariableWriteNode node. def visit_class_variable_write_node(node) table = Table.new("ClassVariableWriteNode") id = node_id(node) # name table.field("name", node.name.inspect) # name_loc table.field("name_loc", location_inspect(node.name_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ConstantAndWriteNode node. def visit_constant_and_write_node(node) table = Table.new("ConstantAndWriteNode") id = node_id(node) # name table.field("name", node.name.inspect) # name_loc table.field("name_loc", location_inspect(node.name_loc)) # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ConstantOperatorWriteNode node. def visit_constant_operator_write_node(node) table = Table.new("ConstantOperatorWriteNode") id = node_id(node) # name table.field("name", node.name.inspect) # name_loc table.field("name_loc", location_inspect(node.name_loc)) # binary_operator_loc table.field("binary_operator_loc", location_inspect(node.binary_operator_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") # binary_operator table.field("binary_operator", node.binary_operator.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ConstantOrWriteNode node. def visit_constant_or_write_node(node) table = Table.new("ConstantOrWriteNode") id = node_id(node) # name table.field("name", node.name.inspect) # name_loc table.field("name_loc", location_inspect(node.name_loc)) # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ConstantPathAndWriteNode node. def visit_constant_path_and_write_node(node) table = Table.new("ConstantPathAndWriteNode") id = node_id(node) # target table.field("target", port: true) digraph.edge("#{id}:target -> #{node_id(node.target)};") # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ConstantPathNode node. def visit_constant_path_node(node) table = Table.new("ConstantPathNode") id = node_id(node) # parent unless (parent = node.parent).nil? table.field("parent", port: true) digraph.edge("#{id}:parent -> #{node_id(parent)};") end # name table.field("name", node.name.inspect) # delimiter_loc table.field("delimiter_loc", location_inspect(node.delimiter_loc)) # name_loc table.field("name_loc", location_inspect(node.name_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ConstantPathOperatorWriteNode node. def visit_constant_path_operator_write_node(node) table = Table.new("ConstantPathOperatorWriteNode") id = node_id(node) # target table.field("target", port: true) digraph.edge("#{id}:target -> #{node_id(node.target)};") # binary_operator_loc table.field("binary_operator_loc", location_inspect(node.binary_operator_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") # binary_operator table.field("binary_operator", node.binary_operator.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ConstantPathOrWriteNode node. def visit_constant_path_or_write_node(node) table = Table.new("ConstantPathOrWriteNode") id = node_id(node) # target table.field("target", port: true) digraph.edge("#{id}:target -> #{node_id(node.target)};") # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ConstantPathTargetNode node. def visit_constant_path_target_node(node) table = Table.new("ConstantPathTargetNode") id = node_id(node) # parent unless (parent = node.parent).nil? table.field("parent", port: true) digraph.edge("#{id}:parent -> #{node_id(parent)};") end # name table.field("name", node.name.inspect) # delimiter_loc table.field("delimiter_loc", location_inspect(node.delimiter_loc)) # name_loc table.field("name_loc", location_inspect(node.name_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ConstantPathWriteNode node. def visit_constant_path_write_node(node) table = Table.new("ConstantPathWriteNode") id = node_id(node) # target table.field("target", port: true) digraph.edge("#{id}:target -> #{node_id(node.target)};") # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ConstantReadNode node. def visit_constant_read_node(node) table = Table.new("ConstantReadNode") id = node_id(node) # name table.field("name", node.name.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ConstantTargetNode node. def visit_constant_target_node(node) table = Table.new("ConstantTargetNode") id = node_id(node) # name table.field("name", node.name.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ConstantWriteNode node. def visit_constant_write_node(node) table = Table.new("ConstantWriteNode") id = node_id(node) # name table.field("name", node.name.inspect) # name_loc table.field("name_loc", location_inspect(node.name_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a DefNode node. def visit_def_node(node) table = Table.new("DefNode") id = node_id(node) # name table.field("name", node.name.inspect) # name_loc table.field("name_loc", location_inspect(node.name_loc)) # receiver unless (receiver = node.receiver).nil? table.field("receiver", port: true) digraph.edge("#{id}:receiver -> #{node_id(receiver)};") end # parameters unless (parameters = node.parameters).nil? table.field("parameters", port: true) digraph.edge("#{id}:parameters -> #{node_id(parameters)};") end # body unless (body = node.body).nil? table.field("body", port: true) digraph.edge("#{id}:body -> #{node_id(body)};") end # locals table.field("locals", node.locals.inspect) # def_keyword_loc table.field("def_keyword_loc", location_inspect(node.def_keyword_loc)) # operator_loc unless (operator_loc = node.operator_loc).nil? table.field("operator_loc", location_inspect(operator_loc)) end # lparen_loc unless (lparen_loc = node.lparen_loc).nil? table.field("lparen_loc", location_inspect(lparen_loc)) end # rparen_loc unless (rparen_loc = node.rparen_loc).nil? table.field("rparen_loc", location_inspect(rparen_loc)) end # equal_loc unless (equal_loc = node.equal_loc).nil? table.field("equal_loc", location_inspect(equal_loc)) end # end_keyword_loc unless (end_keyword_loc = node.end_keyword_loc).nil? table.field("end_keyword_loc", location_inspect(end_keyword_loc)) end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a DefinedNode node. def visit_defined_node(node) table = Table.new("DefinedNode") id = node_id(node) # lparen_loc unless (lparen_loc = node.lparen_loc).nil? table.field("lparen_loc", location_inspect(lparen_loc)) end # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") # rparen_loc unless (rparen_loc = node.rparen_loc).nil? table.field("rparen_loc", location_inspect(rparen_loc)) end # keyword_loc table.field("keyword_loc", location_inspect(node.keyword_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ElseNode node. def visit_else_node(node) table = Table.new("ElseNode") id = node_id(node) # else_keyword_loc table.field("else_keyword_loc", location_inspect(node.else_keyword_loc)) # statements unless (statements = node.statements).nil? table.field("statements", port: true) digraph.edge("#{id}:statements -> #{node_id(statements)};") end # end_keyword_loc unless (end_keyword_loc = node.end_keyword_loc).nil? table.field("end_keyword_loc", location_inspect(end_keyword_loc)) end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a EmbeddedStatementsNode node. def visit_embedded_statements_node(node) table = Table.new("EmbeddedStatementsNode") id = node_id(node) # opening_loc table.field("opening_loc", location_inspect(node.opening_loc)) # statements unless (statements = node.statements).nil? table.field("statements", port: true) digraph.edge("#{id}:statements -> #{node_id(statements)};") end # closing_loc table.field("closing_loc", location_inspect(node.closing_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a EmbeddedVariableNode node. def visit_embedded_variable_node(node) table = Table.new("EmbeddedVariableNode") id = node_id(node) # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) # variable table.field("variable", port: true) digraph.edge("#{id}:variable -> #{node_id(node.variable)};") digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a EnsureNode node. def visit_ensure_node(node) table = Table.new("EnsureNode") id = node_id(node) # ensure_keyword_loc table.field("ensure_keyword_loc", location_inspect(node.ensure_keyword_loc)) # statements unless (statements = node.statements).nil? table.field("statements", port: true) digraph.edge("#{id}:statements -> #{node_id(statements)};") end # end_keyword_loc table.field("end_keyword_loc", location_inspect(node.end_keyword_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a FalseNode node. def visit_false_node(node) table = Table.new("FalseNode") id = node_id(node) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a FindPatternNode node. def visit_find_pattern_node(node) table = Table.new("FindPatternNode") id = node_id(node) # constant unless (constant = node.constant).nil? table.field("constant", port: true) digraph.edge("#{id}:constant -> #{node_id(constant)};") end # left table.field("left", port: true) digraph.edge("#{id}:left -> #{node_id(node.left)};") # requireds if node.requireds.any? table.field("requireds", port: true) waypoint = "#{id}_requireds" digraph.waypoint("#{waypoint};") digraph.edge("#{id}:requireds -> #{waypoint};") node.requireds.each { |child| digraph.edge("#{waypoint} -> #{node_id(child)};") } else table.field("requireds", "[]") end # right table.field("right", port: true) digraph.edge("#{id}:right -> #{node_id(node.right)};") # opening_loc unless (opening_loc = node.opening_loc).nil? table.field("opening_loc", location_inspect(opening_loc)) end # closing_loc unless (closing_loc = node.closing_loc).nil? table.field("closing_loc", location_inspect(closing_loc)) end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a FlipFlopNode node. def visit_flip_flop_node(node) table = Table.new("FlipFlopNode") id = node_id(node) # flags table.field("flags", range_flags_inspect(node)) # left unless (left = node.left).nil? table.field("left", port: true) digraph.edge("#{id}:left -> #{node_id(left)};") end # right unless (right = node.right).nil? table.field("right", port: true) digraph.edge("#{id}:right -> #{node_id(right)};") end # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a FloatNode node. def visit_float_node(node) table = Table.new("FloatNode") id = node_id(node) # value table.field("value", node.value.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ForNode node. def visit_for_node(node) table = Table.new("ForNode") id = node_id(node) # index table.field("index", port: true) digraph.edge("#{id}:index -> #{node_id(node.index)};") # collection table.field("collection", port: true) digraph.edge("#{id}:collection -> #{node_id(node.collection)};") # statements unless (statements = node.statements).nil? table.field("statements", port: true) digraph.edge("#{id}:statements -> #{node_id(statements)};") end # for_keyword_loc table.field("for_keyword_loc", location_inspect(node.for_keyword_loc)) # in_keyword_loc table.field("in_keyword_loc", location_inspect(node.in_keyword_loc)) # do_keyword_loc unless (do_keyword_loc = node.do_keyword_loc).nil? table.field("do_keyword_loc", location_inspect(do_keyword_loc)) end # end_keyword_loc table.field("end_keyword_loc", location_inspect(node.end_keyword_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ForwardingArgumentsNode node. def visit_forwarding_arguments_node(node) table = Table.new("ForwardingArgumentsNode") id = node_id(node) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ForwardingParameterNode node. def visit_forwarding_parameter_node(node) table = Table.new("ForwardingParameterNode") id = node_id(node) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ForwardingSuperNode node. def visit_forwarding_super_node(node) table = Table.new("ForwardingSuperNode") id = node_id(node) # block unless (block = node.block).nil? table.field("block", port: true) digraph.edge("#{id}:block -> #{node_id(block)};") end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a GlobalVariableAndWriteNode node. def visit_global_variable_and_write_node(node) table = Table.new("GlobalVariableAndWriteNode") id = node_id(node) # name table.field("name", node.name.inspect) # name_loc table.field("name_loc", location_inspect(node.name_loc)) # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a GlobalVariableOperatorWriteNode node. def visit_global_variable_operator_write_node(node) table = Table.new("GlobalVariableOperatorWriteNode") id = node_id(node) # name table.field("name", node.name.inspect) # name_loc table.field("name_loc", location_inspect(node.name_loc)) # binary_operator_loc table.field("binary_operator_loc", location_inspect(node.binary_operator_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") # binary_operator table.field("binary_operator", node.binary_operator.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a GlobalVariableOrWriteNode node. def visit_global_variable_or_write_node(node) table = Table.new("GlobalVariableOrWriteNode") id = node_id(node) # name table.field("name", node.name.inspect) # name_loc table.field("name_loc", location_inspect(node.name_loc)) # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a GlobalVariableReadNode node. def visit_global_variable_read_node(node) table = Table.new("GlobalVariableReadNode") id = node_id(node) # name table.field("name", node.name.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a GlobalVariableTargetNode node. def visit_global_variable_target_node(node) table = Table.new("GlobalVariableTargetNode") id = node_id(node) # name table.field("name", node.name.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a GlobalVariableWriteNode node. def visit_global_variable_write_node(node) table = Table.new("GlobalVariableWriteNode") id = node_id(node) # name table.field("name", node.name.inspect) # name_loc table.field("name_loc", location_inspect(node.name_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a HashNode node. def visit_hash_node(node) table = Table.new("HashNode") id = node_id(node) # opening_loc table.field("opening_loc", location_inspect(node.opening_loc)) # elements if node.elements.any? table.field("elements", port: true) waypoint = "#{id}_elements" digraph.waypoint("#{waypoint};") digraph.edge("#{id}:elements -> #{waypoint};") node.elements.each { |child| digraph.edge("#{waypoint} -> #{node_id(child)};") } else table.field("elements", "[]") end # closing_loc table.field("closing_loc", location_inspect(node.closing_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a HashPatternNode node. def visit_hash_pattern_node(node) table = Table.new("HashPatternNode") id = node_id(node) # constant unless (constant = node.constant).nil? table.field("constant", port: true) digraph.edge("#{id}:constant -> #{node_id(constant)};") end # elements if node.elements.any? table.field("elements", port: true) waypoint = "#{id}_elements" digraph.waypoint("#{waypoint};") digraph.edge("#{id}:elements -> #{waypoint};") node.elements.each { |child| digraph.edge("#{waypoint} -> #{node_id(child)};") } else table.field("elements", "[]") end # rest unless (rest = node.rest).nil? table.field("rest", port: true) digraph.edge("#{id}:rest -> #{node_id(rest)};") end # opening_loc unless (opening_loc = node.opening_loc).nil? table.field("opening_loc", location_inspect(opening_loc)) end # closing_loc unless (closing_loc = node.closing_loc).nil? table.field("closing_loc", location_inspect(closing_loc)) end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a IfNode node. def visit_if_node(node) table = Table.new("IfNode") id = node_id(node) # if_keyword_loc unless (if_keyword_loc = node.if_keyword_loc).nil? table.field("if_keyword_loc", location_inspect(if_keyword_loc)) end # predicate table.field("predicate", port: true) digraph.edge("#{id}:predicate -> #{node_id(node.predicate)};") # then_keyword_loc unless (then_keyword_loc = node.then_keyword_loc).nil? table.field("then_keyword_loc", location_inspect(then_keyword_loc)) end # statements unless (statements = node.statements).nil? table.field("statements", port: true) digraph.edge("#{id}:statements -> #{node_id(statements)};") end # subsequent unless (subsequent = node.subsequent).nil? table.field("subsequent", port: true) digraph.edge("#{id}:subsequent -> #{node_id(subsequent)};") end # end_keyword_loc unless (end_keyword_loc = node.end_keyword_loc).nil? table.field("end_keyword_loc", location_inspect(end_keyword_loc)) end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ImaginaryNode node. def visit_imaginary_node(node) table = Table.new("ImaginaryNode") id = node_id(node) # numeric table.field("numeric", port: true) digraph.edge("#{id}:numeric -> #{node_id(node.numeric)};") digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ImplicitNode node. def visit_implicit_node(node) table = Table.new("ImplicitNode") id = node_id(node) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ImplicitRestNode node. def visit_implicit_rest_node(node) table = Table.new("ImplicitRestNode") id = node_id(node) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a InNode node. def visit_in_node(node) table = Table.new("InNode") id = node_id(node) # pattern table.field("pattern", port: true) digraph.edge("#{id}:pattern -> #{node_id(node.pattern)};") # statements unless (statements = node.statements).nil? table.field("statements", port: true) digraph.edge("#{id}:statements -> #{node_id(statements)};") end # in_loc table.field("in_loc", location_inspect(node.in_loc)) # then_loc unless (then_loc = node.then_loc).nil? table.field("then_loc", location_inspect(then_loc)) end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a IndexAndWriteNode node. def visit_index_and_write_node(node) table = Table.new("IndexAndWriteNode") id = node_id(node) # flags table.field("flags", call_node_flags_inspect(node)) # receiver unless (receiver = node.receiver).nil? table.field("receiver", port: true) digraph.edge("#{id}:receiver -> #{node_id(receiver)};") end # call_operator_loc unless (call_operator_loc = node.call_operator_loc).nil? table.field("call_operator_loc", location_inspect(call_operator_loc)) end # opening_loc table.field("opening_loc", location_inspect(node.opening_loc)) # arguments unless (arguments = node.arguments).nil? table.field("arguments", port: true) digraph.edge("#{id}:arguments -> #{node_id(arguments)};") end # closing_loc table.field("closing_loc", location_inspect(node.closing_loc)) # block unless (block = node.block).nil? table.field("block", port: true) digraph.edge("#{id}:block -> #{node_id(block)};") end # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a IndexOperatorWriteNode node. def visit_index_operator_write_node(node) table = Table.new("IndexOperatorWriteNode") id = node_id(node) # flags table.field("flags", call_node_flags_inspect(node)) # receiver unless (receiver = node.receiver).nil? table.field("receiver", port: true) digraph.edge("#{id}:receiver -> #{node_id(receiver)};") end # call_operator_loc unless (call_operator_loc = node.call_operator_loc).nil? table.field("call_operator_loc", location_inspect(call_operator_loc)) end # opening_loc table.field("opening_loc", location_inspect(node.opening_loc)) # arguments unless (arguments = node.arguments).nil? table.field("arguments", port: true) digraph.edge("#{id}:arguments -> #{node_id(arguments)};") end # closing_loc table.field("closing_loc", location_inspect(node.closing_loc)) # block unless (block = node.block).nil? table.field("block", port: true) digraph.edge("#{id}:block -> #{node_id(block)};") end # binary_operator table.field("binary_operator", node.binary_operator.inspect) # binary_operator_loc table.field("binary_operator_loc", location_inspect(node.binary_operator_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a IndexOrWriteNode node. def visit_index_or_write_node(node) table = Table.new("IndexOrWriteNode") id = node_id(node) # flags table.field("flags", call_node_flags_inspect(node)) # receiver unless (receiver = node.receiver).nil? table.field("receiver", port: true) digraph.edge("#{id}:receiver -> #{node_id(receiver)};") end # call_operator_loc unless (call_operator_loc = node.call_operator_loc).nil? table.field("call_operator_loc", location_inspect(call_operator_loc)) end # opening_loc table.field("opening_loc", location_inspect(node.opening_loc)) # arguments unless (arguments = node.arguments).nil? table.field("arguments", port: true) digraph.edge("#{id}:arguments -> #{node_id(arguments)};") end # closing_loc table.field("closing_loc", location_inspect(node.closing_loc)) # block unless (block = node.block).nil? table.field("block", port: true) digraph.edge("#{id}:block -> #{node_id(block)};") end # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a IndexTargetNode node. def visit_index_target_node(node) table = Table.new("IndexTargetNode") id = node_id(node) # flags table.field("flags", call_node_flags_inspect(node)) # receiver table.field("receiver", port: true) digraph.edge("#{id}:receiver -> #{node_id(node.receiver)};") # opening_loc table.field("opening_loc", location_inspect(node.opening_loc)) # arguments unless (arguments = node.arguments).nil? table.field("arguments", port: true) digraph.edge("#{id}:arguments -> #{node_id(arguments)};") end # closing_loc table.field("closing_loc", location_inspect(node.closing_loc)) # block unless (block = node.block).nil? table.field("block", port: true) digraph.edge("#{id}:block -> #{node_id(block)};") end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a InstanceVariableAndWriteNode node. def visit_instance_variable_and_write_node(node) table = Table.new("InstanceVariableAndWriteNode") id = node_id(node) # name table.field("name", node.name.inspect) # name_loc table.field("name_loc", location_inspect(node.name_loc)) # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a InstanceVariableOperatorWriteNode node. def visit_instance_variable_operator_write_node(node) table = Table.new("InstanceVariableOperatorWriteNode") id = node_id(node) # name table.field("name", node.name.inspect) # name_loc table.field("name_loc", location_inspect(node.name_loc)) # binary_operator_loc table.field("binary_operator_loc", location_inspect(node.binary_operator_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") # binary_operator table.field("binary_operator", node.binary_operator.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a InstanceVariableOrWriteNode node. def visit_instance_variable_or_write_node(node) table = Table.new("InstanceVariableOrWriteNode") id = node_id(node) # name table.field("name", node.name.inspect) # name_loc table.field("name_loc", location_inspect(node.name_loc)) # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a InstanceVariableReadNode node. def visit_instance_variable_read_node(node) table = Table.new("InstanceVariableReadNode") id = node_id(node) # name table.field("name", node.name.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a InstanceVariableTargetNode node. def visit_instance_variable_target_node(node) table = Table.new("InstanceVariableTargetNode") id = node_id(node) # name table.field("name", node.name.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a InstanceVariableWriteNode node. def visit_instance_variable_write_node(node) table = Table.new("InstanceVariableWriteNode") id = node_id(node) # name table.field("name", node.name.inspect) # name_loc table.field("name_loc", location_inspect(node.name_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a IntegerNode node. def visit_integer_node(node) table = Table.new("IntegerNode") id = node_id(node) # flags table.field("flags", integer_base_flags_inspect(node)) # value table.field("value", node.value.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a InterpolatedMatchLastLineNode node. def visit_interpolated_match_last_line_node(node) table = Table.new("InterpolatedMatchLastLineNode") id = node_id(node) # flags table.field("flags", regular_expression_flags_inspect(node)) # opening_loc table.field("opening_loc", location_inspect(node.opening_loc)) # parts if node.parts.any? table.field("parts", port: true) waypoint = "#{id}_parts" digraph.waypoint("#{waypoint};") digraph.edge("#{id}:parts -> #{waypoint};") node.parts.each { |child| digraph.edge("#{waypoint} -> #{node_id(child)};") } else table.field("parts", "[]") end # closing_loc table.field("closing_loc", location_inspect(node.closing_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a InterpolatedRegularExpressionNode node. def visit_interpolated_regular_expression_node(node) table = Table.new("InterpolatedRegularExpressionNode") id = node_id(node) # flags table.field("flags", regular_expression_flags_inspect(node)) # opening_loc table.field("opening_loc", location_inspect(node.opening_loc)) # parts if node.parts.any? table.field("parts", port: true) waypoint = "#{id}_parts" digraph.waypoint("#{waypoint};") digraph.edge("#{id}:parts -> #{waypoint};") node.parts.each { |child| digraph.edge("#{waypoint} -> #{node_id(child)};") } else table.field("parts", "[]") end # closing_loc table.field("closing_loc", location_inspect(node.closing_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a InterpolatedStringNode node. def visit_interpolated_string_node(node) table = Table.new("InterpolatedStringNode") id = node_id(node) # flags table.field("flags", interpolated_string_node_flags_inspect(node)) # opening_loc unless (opening_loc = node.opening_loc).nil? table.field("opening_loc", location_inspect(opening_loc)) end # parts if node.parts.any? table.field("parts", port: true) waypoint = "#{id}_parts" digraph.waypoint("#{waypoint};") digraph.edge("#{id}:parts -> #{waypoint};") node.parts.each { |child| digraph.edge("#{waypoint} -> #{node_id(child)};") } else table.field("parts", "[]") end # closing_loc unless (closing_loc = node.closing_loc).nil? table.field("closing_loc", location_inspect(closing_loc)) end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a InterpolatedSymbolNode node. def visit_interpolated_symbol_node(node) table = Table.new("InterpolatedSymbolNode") id = node_id(node) # opening_loc unless (opening_loc = node.opening_loc).nil? table.field("opening_loc", location_inspect(opening_loc)) end # parts if node.parts.any? table.field("parts", port: true) waypoint = "#{id}_parts" digraph.waypoint("#{waypoint};") digraph.edge("#{id}:parts -> #{waypoint};") node.parts.each { |child| digraph.edge("#{waypoint} -> #{node_id(child)};") } else table.field("parts", "[]") end # closing_loc unless (closing_loc = node.closing_loc).nil? table.field("closing_loc", location_inspect(closing_loc)) end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a InterpolatedXStringNode node. def visit_interpolated_x_string_node(node) table = Table.new("InterpolatedXStringNode") id = node_id(node) # opening_loc table.field("opening_loc", location_inspect(node.opening_loc)) # parts if node.parts.any? table.field("parts", port: true) waypoint = "#{id}_parts" digraph.waypoint("#{waypoint};") digraph.edge("#{id}:parts -> #{waypoint};") node.parts.each { |child| digraph.edge("#{waypoint} -> #{node_id(child)};") } else table.field("parts", "[]") end # closing_loc table.field("closing_loc", location_inspect(node.closing_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ItLocalVariableReadNode node. def visit_it_local_variable_read_node(node) table = Table.new("ItLocalVariableReadNode") id = node_id(node) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ItParametersNode node. def visit_it_parameters_node(node) table = Table.new("ItParametersNode") id = node_id(node) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a KeywordHashNode node. def visit_keyword_hash_node(node) table = Table.new("KeywordHashNode") id = node_id(node) # flags table.field("flags", keyword_hash_node_flags_inspect(node)) # elements if node.elements.any? table.field("elements", port: true) waypoint = "#{id}_elements" digraph.waypoint("#{waypoint};") digraph.edge("#{id}:elements -> #{waypoint};") node.elements.each { |child| digraph.edge("#{waypoint} -> #{node_id(child)};") } else table.field("elements", "[]") end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a KeywordRestParameterNode node. def visit_keyword_rest_parameter_node(node) table = Table.new("KeywordRestParameterNode") id = node_id(node) # flags table.field("flags", parameter_flags_inspect(node)) # name table.field("name", node.name.inspect) # name_loc unless (name_loc = node.name_loc).nil? table.field("name_loc", location_inspect(name_loc)) end # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a LambdaNode node. def visit_lambda_node(node) table = Table.new("LambdaNode") id = node_id(node) # locals table.field("locals", node.locals.inspect) # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) # opening_loc table.field("opening_loc", location_inspect(node.opening_loc)) # closing_loc table.field("closing_loc", location_inspect(node.closing_loc)) # parameters unless (parameters = node.parameters).nil? table.field("parameters", port: true) digraph.edge("#{id}:parameters -> #{node_id(parameters)};") end # body unless (body = node.body).nil? table.field("body", port: true) digraph.edge("#{id}:body -> #{node_id(body)};") end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a LocalVariableAndWriteNode node. def visit_local_variable_and_write_node(node) table = Table.new("LocalVariableAndWriteNode") id = node_id(node) # name_loc table.field("name_loc", location_inspect(node.name_loc)) # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") # name table.field("name", node.name.inspect) # depth table.field("depth", node.depth.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a LocalVariableOperatorWriteNode node. def visit_local_variable_operator_write_node(node) table = Table.new("LocalVariableOperatorWriteNode") id = node_id(node) # name_loc table.field("name_loc", location_inspect(node.name_loc)) # binary_operator_loc table.field("binary_operator_loc", location_inspect(node.binary_operator_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") # name table.field("name", node.name.inspect) # binary_operator table.field("binary_operator", node.binary_operator.inspect) # depth table.field("depth", node.depth.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a LocalVariableOrWriteNode node. def visit_local_variable_or_write_node(node) table = Table.new("LocalVariableOrWriteNode") id = node_id(node) # name_loc table.field("name_loc", location_inspect(node.name_loc)) # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") # name table.field("name", node.name.inspect) # depth table.field("depth", node.depth.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a LocalVariableReadNode node. def visit_local_variable_read_node(node) table = Table.new("LocalVariableReadNode") id = node_id(node) # name table.field("name", node.name.inspect) # depth table.field("depth", node.depth.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a LocalVariableTargetNode node. def visit_local_variable_target_node(node) table = Table.new("LocalVariableTargetNode") id = node_id(node) # name table.field("name", node.name.inspect) # depth table.field("depth", node.depth.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a LocalVariableWriteNode node. def visit_local_variable_write_node(node) table = Table.new("LocalVariableWriteNode") id = node_id(node) # name table.field("name", node.name.inspect) # depth table.field("depth", node.depth.inspect) # name_loc table.field("name_loc", location_inspect(node.name_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a MatchLastLineNode node. def visit_match_last_line_node(node) table = Table.new("MatchLastLineNode") id = node_id(node) # flags table.field("flags", regular_expression_flags_inspect(node)) # opening_loc table.field("opening_loc", location_inspect(node.opening_loc)) # content_loc table.field("content_loc", location_inspect(node.content_loc)) # closing_loc table.field("closing_loc", location_inspect(node.closing_loc)) # unescaped table.field("unescaped", node.unescaped.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a MatchPredicateNode node. def visit_match_predicate_node(node) table = Table.new("MatchPredicateNode") id = node_id(node) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") # pattern table.field("pattern", port: true) digraph.edge("#{id}:pattern -> #{node_id(node.pattern)};") # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a MatchRequiredNode node. def visit_match_required_node(node) table = Table.new("MatchRequiredNode") id = node_id(node) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") # pattern table.field("pattern", port: true) digraph.edge("#{id}:pattern -> #{node_id(node.pattern)};") # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a MatchWriteNode node. def visit_match_write_node(node) table = Table.new("MatchWriteNode") id = node_id(node) # call table.field("call", port: true) digraph.edge("#{id}:call -> #{node_id(node.call)};") # targets if node.targets.any? table.field("targets", port: true) waypoint = "#{id}_targets" digraph.waypoint("#{waypoint};") digraph.edge("#{id}:targets -> #{waypoint};") node.targets.each { |child| digraph.edge("#{waypoint} -> #{node_id(child)};") } else table.field("targets", "[]") end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a MissingNode node. def visit_missing_node(node) table = Table.new("MissingNode") id = node_id(node) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ModuleNode node. def visit_module_node(node) table = Table.new("ModuleNode") id = node_id(node) # locals table.field("locals", node.locals.inspect) # module_keyword_loc table.field("module_keyword_loc", location_inspect(node.module_keyword_loc)) # constant_path table.field("constant_path", port: true) digraph.edge("#{id}:constant_path -> #{node_id(node.constant_path)};") # body unless (body = node.body).nil? table.field("body", port: true) digraph.edge("#{id}:body -> #{node_id(body)};") end # end_keyword_loc table.field("end_keyword_loc", location_inspect(node.end_keyword_loc)) # name table.field("name", node.name.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a MultiTargetNode node. def visit_multi_target_node(node) table = Table.new("MultiTargetNode") id = node_id(node) # lefts if node.lefts.any? table.field("lefts", port: true) waypoint = "#{id}_lefts" digraph.waypoint("#{waypoint};") digraph.edge("#{id}:lefts -> #{waypoint};") node.lefts.each { |child| digraph.edge("#{waypoint} -> #{node_id(child)};") } else table.field("lefts", "[]") end # rest unless (rest = node.rest).nil? table.field("rest", port: true) digraph.edge("#{id}:rest -> #{node_id(rest)};") end # rights if node.rights.any? table.field("rights", port: true) waypoint = "#{id}_rights" digraph.waypoint("#{waypoint};") digraph.edge("#{id}:rights -> #{waypoint};") node.rights.each { |child| digraph.edge("#{waypoint} -> #{node_id(child)};") } else table.field("rights", "[]") end # lparen_loc unless (lparen_loc = node.lparen_loc).nil? table.field("lparen_loc", location_inspect(lparen_loc)) end # rparen_loc unless (rparen_loc = node.rparen_loc).nil? table.field("rparen_loc", location_inspect(rparen_loc)) end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a MultiWriteNode node. def visit_multi_write_node(node) table = Table.new("MultiWriteNode") id = node_id(node) # lefts if node.lefts.any? table.field("lefts", port: true) waypoint = "#{id}_lefts" digraph.waypoint("#{waypoint};") digraph.edge("#{id}:lefts -> #{waypoint};") node.lefts.each { |child| digraph.edge("#{waypoint} -> #{node_id(child)};") } else table.field("lefts", "[]") end # rest unless (rest = node.rest).nil? table.field("rest", port: true) digraph.edge("#{id}:rest -> #{node_id(rest)};") end # rights if node.rights.any? table.field("rights", port: true) waypoint = "#{id}_rights" digraph.waypoint("#{waypoint};") digraph.edge("#{id}:rights -> #{waypoint};") node.rights.each { |child| digraph.edge("#{waypoint} -> #{node_id(child)};") } else table.field("rights", "[]") end # lparen_loc unless (lparen_loc = node.lparen_loc).nil? table.field("lparen_loc", location_inspect(lparen_loc)) end # rparen_loc unless (rparen_loc = node.rparen_loc).nil? table.field("rparen_loc", location_inspect(rparen_loc)) end # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a NextNode node. def visit_next_node(node) table = Table.new("NextNode") id = node_id(node) # arguments unless (arguments = node.arguments).nil? table.field("arguments", port: true) digraph.edge("#{id}:arguments -> #{node_id(arguments)};") end # keyword_loc table.field("keyword_loc", location_inspect(node.keyword_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a NilNode node. def visit_nil_node(node) table = Table.new("NilNode") id = node_id(node) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a NoKeywordsParameterNode node. def visit_no_keywords_parameter_node(node) table = Table.new("NoKeywordsParameterNode") id = node_id(node) # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) # keyword_loc table.field("keyword_loc", location_inspect(node.keyword_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a NumberedParametersNode node. def visit_numbered_parameters_node(node) table = Table.new("NumberedParametersNode") id = node_id(node) # maximum table.field("maximum", node.maximum.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a NumberedReferenceReadNode node. def visit_numbered_reference_read_node(node) table = Table.new("NumberedReferenceReadNode") id = node_id(node) # number table.field("number", node.number.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a OptionalKeywordParameterNode node. def visit_optional_keyword_parameter_node(node) table = Table.new("OptionalKeywordParameterNode") id = node_id(node) # flags table.field("flags", parameter_flags_inspect(node)) # name table.field("name", node.name.inspect) # name_loc table.field("name_loc", location_inspect(node.name_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a OptionalParameterNode node. def visit_optional_parameter_node(node) table = Table.new("OptionalParameterNode") id = node_id(node) # flags table.field("flags", parameter_flags_inspect(node)) # name table.field("name", node.name.inspect) # name_loc table.field("name_loc", location_inspect(node.name_loc)) # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) # value table.field("value", port: true) digraph.edge("#{id}:value -> #{node_id(node.value)};") digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a OrNode node. def visit_or_node(node) table = Table.new("OrNode") id = node_id(node) # left table.field("left", port: true) digraph.edge("#{id}:left -> #{node_id(node.left)};") # right table.field("right", port: true) digraph.edge("#{id}:right -> #{node_id(node.right)};") # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ParametersNode node. def visit_parameters_node(node) table = Table.new("ParametersNode") id = node_id(node) # requireds if node.requireds.any? table.field("requireds", port: true) waypoint = "#{id}_requireds" digraph.waypoint("#{waypoint};") digraph.edge("#{id}:requireds -> #{waypoint};") node.requireds.each { |child| digraph.edge("#{waypoint} -> #{node_id(child)};") } else table.field("requireds", "[]") end # optionals if node.optionals.any? table.field("optionals", port: true) waypoint = "#{id}_optionals" digraph.waypoint("#{waypoint};") digraph.edge("#{id}:optionals -> #{waypoint};") node.optionals.each { |child| digraph.edge("#{waypoint} -> #{node_id(child)};") } else table.field("optionals", "[]") end # rest unless (rest = node.rest).nil? table.field("rest", port: true) digraph.edge("#{id}:rest -> #{node_id(rest)};") end # posts if node.posts.any? table.field("posts", port: true) waypoint = "#{id}_posts" digraph.waypoint("#{waypoint};") digraph.edge("#{id}:posts -> #{waypoint};") node.posts.each { |child| digraph.edge("#{waypoint} -> #{node_id(child)};") } else table.field("posts", "[]") end # keywords if node.keywords.any? table.field("keywords", port: true) waypoint = "#{id}_keywords" digraph.waypoint("#{waypoint};") digraph.edge("#{id}:keywords -> #{waypoint};") node.keywords.each { |child| digraph.edge("#{waypoint} -> #{node_id(child)};") } else table.field("keywords", "[]") end # keyword_rest unless (keyword_rest = node.keyword_rest).nil? table.field("keyword_rest", port: true) digraph.edge("#{id}:keyword_rest -> #{node_id(keyword_rest)};") end # block unless (block = node.block).nil? table.field("block", port: true) digraph.edge("#{id}:block -> #{node_id(block)};") end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ParenthesesNode node. def visit_parentheses_node(node) table = Table.new("ParenthesesNode") id = node_id(node) # flags table.field("flags", parentheses_node_flags_inspect(node)) # body unless (body = node.body).nil? table.field("body", port: true) digraph.edge("#{id}:body -> #{node_id(body)};") end # opening_loc table.field("opening_loc", location_inspect(node.opening_loc)) # closing_loc table.field("closing_loc", location_inspect(node.closing_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a PinnedExpressionNode node. def visit_pinned_expression_node(node) table = Table.new("PinnedExpressionNode") id = node_id(node) # expression table.field("expression", port: true) digraph.edge("#{id}:expression -> #{node_id(node.expression)};") # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) # lparen_loc table.field("lparen_loc", location_inspect(node.lparen_loc)) # rparen_loc table.field("rparen_loc", location_inspect(node.rparen_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a PinnedVariableNode node. def visit_pinned_variable_node(node) table = Table.new("PinnedVariableNode") id = node_id(node) # variable table.field("variable", port: true) digraph.edge("#{id}:variable -> #{node_id(node.variable)};") # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a PostExecutionNode node. def visit_post_execution_node(node) table = Table.new("PostExecutionNode") id = node_id(node) # statements unless (statements = node.statements).nil? table.field("statements", port: true) digraph.edge("#{id}:statements -> #{node_id(statements)};") end # keyword_loc table.field("keyword_loc", location_inspect(node.keyword_loc)) # opening_loc table.field("opening_loc", location_inspect(node.opening_loc)) # closing_loc table.field("closing_loc", location_inspect(node.closing_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a PreExecutionNode node. def visit_pre_execution_node(node) table = Table.new("PreExecutionNode") id = node_id(node) # statements unless (statements = node.statements).nil? table.field("statements", port: true) digraph.edge("#{id}:statements -> #{node_id(statements)};") end # keyword_loc table.field("keyword_loc", location_inspect(node.keyword_loc)) # opening_loc table.field("opening_loc", location_inspect(node.opening_loc)) # closing_loc table.field("closing_loc", location_inspect(node.closing_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ProgramNode node. def visit_program_node(node) table = Table.new("ProgramNode") id = node_id(node) # locals table.field("locals", node.locals.inspect) # statements table.field("statements", port: true) digraph.edge("#{id}:statements -> #{node_id(node.statements)};") digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a RangeNode node. def visit_range_node(node) table = Table.new("RangeNode") id = node_id(node) # flags table.field("flags", range_flags_inspect(node)) # left unless (left = node.left).nil? table.field("left", port: true) digraph.edge("#{id}:left -> #{node_id(left)};") end # right unless (right = node.right).nil? table.field("right", port: true) digraph.edge("#{id}:right -> #{node_id(right)};") end # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a RationalNode node. def visit_rational_node(node) table = Table.new("RationalNode") id = node_id(node) # flags table.field("flags", integer_base_flags_inspect(node)) # numerator table.field("numerator", node.numerator.inspect) # denominator table.field("denominator", node.denominator.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a RedoNode node. def visit_redo_node(node) table = Table.new("RedoNode") id = node_id(node) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a RegularExpressionNode node. def visit_regular_expression_node(node) table = Table.new("RegularExpressionNode") id = node_id(node) # flags table.field("flags", regular_expression_flags_inspect(node)) # opening_loc table.field("opening_loc", location_inspect(node.opening_loc)) # content_loc table.field("content_loc", location_inspect(node.content_loc)) # closing_loc table.field("closing_loc", location_inspect(node.closing_loc)) # unescaped table.field("unescaped", node.unescaped.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a RequiredKeywordParameterNode node. def visit_required_keyword_parameter_node(node) table = Table.new("RequiredKeywordParameterNode") id = node_id(node) # flags table.field("flags", parameter_flags_inspect(node)) # name table.field("name", node.name.inspect) # name_loc table.field("name_loc", location_inspect(node.name_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a RequiredParameterNode node. def visit_required_parameter_node(node) table = Table.new("RequiredParameterNode") id = node_id(node) # flags table.field("flags", parameter_flags_inspect(node)) # name table.field("name", node.name.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a RescueModifierNode node. def visit_rescue_modifier_node(node) table = Table.new("RescueModifierNode") id = node_id(node) # expression table.field("expression", port: true) digraph.edge("#{id}:expression -> #{node_id(node.expression)};") # keyword_loc table.field("keyword_loc", location_inspect(node.keyword_loc)) # rescue_expression table.field("rescue_expression", port: true) digraph.edge("#{id}:rescue_expression -> #{node_id(node.rescue_expression)};") digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a RescueNode node. def visit_rescue_node(node) table = Table.new("RescueNode") id = node_id(node) # keyword_loc table.field("keyword_loc", location_inspect(node.keyword_loc)) # exceptions if node.exceptions.any? table.field("exceptions", port: true) waypoint = "#{id}_exceptions" digraph.waypoint("#{waypoint};") digraph.edge("#{id}:exceptions -> #{waypoint};") node.exceptions.each { |child| digraph.edge("#{waypoint} -> #{node_id(child)};") } else table.field("exceptions", "[]") end # operator_loc unless (operator_loc = node.operator_loc).nil? table.field("operator_loc", location_inspect(operator_loc)) end # reference unless (reference = node.reference).nil? table.field("reference", port: true) digraph.edge("#{id}:reference -> #{node_id(reference)};") end # then_keyword_loc unless (then_keyword_loc = node.then_keyword_loc).nil? table.field("then_keyword_loc", location_inspect(then_keyword_loc)) end # statements unless (statements = node.statements).nil? table.field("statements", port: true) digraph.edge("#{id}:statements -> #{node_id(statements)};") end # subsequent unless (subsequent = node.subsequent).nil? table.field("subsequent", port: true) digraph.edge("#{id}:subsequent -> #{node_id(subsequent)};") end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a RestParameterNode node. def visit_rest_parameter_node(node) table = Table.new("RestParameterNode") id = node_id(node) # flags table.field("flags", parameter_flags_inspect(node)) # name table.field("name", node.name.inspect) # name_loc unless (name_loc = node.name_loc).nil? table.field("name_loc", location_inspect(name_loc)) end # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a RetryNode node. def visit_retry_node(node) table = Table.new("RetryNode") id = node_id(node) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ReturnNode node. def visit_return_node(node) table = Table.new("ReturnNode") id = node_id(node) # keyword_loc table.field("keyword_loc", location_inspect(node.keyword_loc)) # arguments unless (arguments = node.arguments).nil? table.field("arguments", port: true) digraph.edge("#{id}:arguments -> #{node_id(arguments)};") end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a SelfNode node. def visit_self_node(node) table = Table.new("SelfNode") id = node_id(node) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a ShareableConstantNode node. def visit_shareable_constant_node(node) table = Table.new("ShareableConstantNode") id = node_id(node) # flags table.field("flags", shareable_constant_node_flags_inspect(node)) # write table.field("write", port: true) digraph.edge("#{id}:write -> #{node_id(node.write)};") digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a SingletonClassNode node. def visit_singleton_class_node(node) table = Table.new("SingletonClassNode") id = node_id(node) # locals table.field("locals", node.locals.inspect) # class_keyword_loc table.field("class_keyword_loc", location_inspect(node.class_keyword_loc)) # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) # expression table.field("expression", port: true) digraph.edge("#{id}:expression -> #{node_id(node.expression)};") # body unless (body = node.body).nil? table.field("body", port: true) digraph.edge("#{id}:body -> #{node_id(body)};") end # end_keyword_loc table.field("end_keyword_loc", location_inspect(node.end_keyword_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a SourceEncodingNode node. def visit_source_encoding_node(node) table = Table.new("SourceEncodingNode") id = node_id(node) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a SourceFileNode node. def visit_source_file_node(node) table = Table.new("SourceFileNode") id = node_id(node) # flags table.field("flags", string_flags_inspect(node)) # filepath table.field("filepath", node.filepath.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a SourceLineNode node. def visit_source_line_node(node) table = Table.new("SourceLineNode") id = node_id(node) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a SplatNode node. def visit_splat_node(node) table = Table.new("SplatNode") id = node_id(node) # operator_loc table.field("operator_loc", location_inspect(node.operator_loc)) # expression unless (expression = node.expression).nil? table.field("expression", port: true) digraph.edge("#{id}:expression -> #{node_id(expression)};") end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a StatementsNode node. def visit_statements_node(node) table = Table.new("StatementsNode") id = node_id(node) # body if node.body.any? table.field("body", port: true) waypoint = "#{id}_body" digraph.waypoint("#{waypoint};") digraph.edge("#{id}:body -> #{waypoint};") node.body.each { |child| digraph.edge("#{waypoint} -> #{node_id(child)};") } else table.field("body", "[]") end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a StringNode node. def visit_string_node(node) table = Table.new("StringNode") id = node_id(node) # flags table.field("flags", string_flags_inspect(node)) # opening_loc unless (opening_loc = node.opening_loc).nil? table.field("opening_loc", location_inspect(opening_loc)) end # content_loc table.field("content_loc", location_inspect(node.content_loc)) # closing_loc unless (closing_loc = node.closing_loc).nil? table.field("closing_loc", location_inspect(closing_loc)) end # unescaped table.field("unescaped", node.unescaped.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a SuperNode node. def visit_super_node(node) table = Table.new("SuperNode") id = node_id(node) # keyword_loc table.field("keyword_loc", location_inspect(node.keyword_loc)) # lparen_loc unless (lparen_loc = node.lparen_loc).nil? table.field("lparen_loc", location_inspect(lparen_loc)) end # arguments unless (arguments = node.arguments).nil? table.field("arguments", port: true) digraph.edge("#{id}:arguments -> #{node_id(arguments)};") end # rparen_loc unless (rparen_loc = node.rparen_loc).nil? table.field("rparen_loc", location_inspect(rparen_loc)) end # block unless (block = node.block).nil? table.field("block", port: true) digraph.edge("#{id}:block -> #{node_id(block)};") end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a SymbolNode node. def visit_symbol_node(node) table = Table.new("SymbolNode") id = node_id(node) # flags table.field("flags", symbol_flags_inspect(node)) # opening_loc unless (opening_loc = node.opening_loc).nil? table.field("opening_loc", location_inspect(opening_loc)) end # value_loc unless (value_loc = node.value_loc).nil? table.field("value_loc", location_inspect(value_loc)) end # closing_loc unless (closing_loc = node.closing_loc).nil? table.field("closing_loc", location_inspect(closing_loc)) end # unescaped table.field("unescaped", node.unescaped.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a TrueNode node. def visit_true_node(node) table = Table.new("TrueNode") id = node_id(node) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a UndefNode node. def visit_undef_node(node) table = Table.new("UndefNode") id = node_id(node) # names if node.names.any? table.field("names", port: true) waypoint = "#{id}_names" digraph.waypoint("#{waypoint};") digraph.edge("#{id}:names -> #{waypoint};") node.names.each { |child| digraph.edge("#{waypoint} -> #{node_id(child)};") } else table.field("names", "[]") end # keyword_loc table.field("keyword_loc", location_inspect(node.keyword_loc)) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a UnlessNode node. def visit_unless_node(node) table = Table.new("UnlessNode") id = node_id(node) # keyword_loc table.field("keyword_loc", location_inspect(node.keyword_loc)) # predicate table.field("predicate", port: true) digraph.edge("#{id}:predicate -> #{node_id(node.predicate)};") # then_keyword_loc unless (then_keyword_loc = node.then_keyword_loc).nil? table.field("then_keyword_loc", location_inspect(then_keyword_loc)) end # statements unless (statements = node.statements).nil? table.field("statements", port: true) digraph.edge("#{id}:statements -> #{node_id(statements)};") end # else_clause unless (else_clause = node.else_clause).nil? table.field("else_clause", port: true) digraph.edge("#{id}:else_clause -> #{node_id(else_clause)};") end # end_keyword_loc unless (end_keyword_loc = node.end_keyword_loc).nil? table.field("end_keyword_loc", location_inspect(end_keyword_loc)) end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a UntilNode node. def visit_until_node(node) table = Table.new("UntilNode") id = node_id(node) # flags table.field("flags", loop_flags_inspect(node)) # keyword_loc table.field("keyword_loc", location_inspect(node.keyword_loc)) # do_keyword_loc unless (do_keyword_loc = node.do_keyword_loc).nil? table.field("do_keyword_loc", location_inspect(do_keyword_loc)) end # closing_loc unless (closing_loc = node.closing_loc).nil? table.field("closing_loc", location_inspect(closing_loc)) end # predicate table.field("predicate", port: true) digraph.edge("#{id}:predicate -> #{node_id(node.predicate)};") # statements unless (statements = node.statements).nil? table.field("statements", port: true) digraph.edge("#{id}:statements -> #{node_id(statements)};") end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a WhenNode node. def visit_when_node(node) table = Table.new("WhenNode") id = node_id(node) # keyword_loc table.field("keyword_loc", location_inspect(node.keyword_loc)) # conditions if node.conditions.any? table.field("conditions", port: true) waypoint = "#{id}_conditions" digraph.waypoint("#{waypoint};") digraph.edge("#{id}:conditions -> #{waypoint};") node.conditions.each { |child| digraph.edge("#{waypoint} -> #{node_id(child)};") } else table.field("conditions", "[]") end # then_keyword_loc unless (then_keyword_loc = node.then_keyword_loc).nil? table.field("then_keyword_loc", location_inspect(then_keyword_loc)) end # statements unless (statements = node.statements).nil? table.field("statements", port: true) digraph.edge("#{id}:statements -> #{node_id(statements)};") end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a WhileNode node. def visit_while_node(node) table = Table.new("WhileNode") id = node_id(node) # flags table.field("flags", loop_flags_inspect(node)) # keyword_loc table.field("keyword_loc", location_inspect(node.keyword_loc)) # do_keyword_loc unless (do_keyword_loc = node.do_keyword_loc).nil? table.field("do_keyword_loc", location_inspect(do_keyword_loc)) end # closing_loc unless (closing_loc = node.closing_loc).nil? table.field("closing_loc", location_inspect(closing_loc)) end # predicate table.field("predicate", port: true) digraph.edge("#{id}:predicate -> #{node_id(node.predicate)};") # statements unless (statements = node.statements).nil? table.field("statements", port: true) digraph.edge("#{id}:statements -> #{node_id(statements)};") end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a XStringNode node. def visit_x_string_node(node) table = Table.new("XStringNode") id = node_id(node) # flags table.field("flags", encoding_flags_inspect(node)) # opening_loc table.field("opening_loc", location_inspect(node.opening_loc)) # content_loc table.field("content_loc", location_inspect(node.content_loc)) # closing_loc table.field("closing_loc", location_inspect(node.closing_loc)) # unescaped table.field("unescaped", node.unescaped.inspect) digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end # Visit a YieldNode node. def visit_yield_node(node) table = Table.new("YieldNode") id = node_id(node) # keyword_loc table.field("keyword_loc", location_inspect(node.keyword_loc)) # lparen_loc unless (lparen_loc = node.lparen_loc).nil? table.field("lparen_loc", location_inspect(lparen_loc)) end # arguments unless (arguments = node.arguments).nil? table.field("arguments", port: true) digraph.edge("#{id}:arguments -> #{node_id(arguments)};") end # rparen_loc unless (rparen_loc = node.rparen_loc).nil? table.field("rparen_loc", location_inspect(rparen_loc)) end digraph.nodes << <<~DOT #{id} [ label=<#{table.to_dot.gsub(/\n/, "\n ")}> ]; DOT super end private # Generate a unique node ID for a node throughout the digraph. def node_id(node) "Node_#{node.object_id}" end # Inspect a location to display the start and end line and column numbers. def location_inspect(location) "(#{location.start_line},#{location.start_column})-(#{location.end_line},#{location.end_column})" end # Inspect a node that has arguments_node_flags flags to display the flags as a # comma-separated list. def arguments_node_flags_inspect(node) flags = [] #: Array[String] flags << "contains_forwarding" if node.contains_forwarding? flags << "contains_keywords" if node.contains_keywords? flags << "contains_keyword_splat" if node.contains_keyword_splat? flags << "contains_splat" if node.contains_splat? flags << "contains_multiple_splats" if node.contains_multiple_splats? flags.join(", ") end # Inspect a node that has array_node_flags flags to display the flags as a # comma-separated list. def array_node_flags_inspect(node) flags = [] #: Array[String] flags << "contains_splat" if node.contains_splat? flags.join(", ") end # Inspect a node that has call_node_flags flags to display the flags as a # comma-separated list. def call_node_flags_inspect(node) flags = [] #: Array[String] flags << "safe_navigation" if node.safe_navigation? flags << "variable_call" if node.variable_call? flags << "attribute_write" if node.attribute_write? flags << "ignore_visibility" if node.ignore_visibility? flags.join(", ") end # Inspect a node that has encoding_flags flags to display the flags as a # comma-separated list. def encoding_flags_inspect(node) flags = [] #: Array[String] flags << "forced_utf8_encoding" if node.forced_utf8_encoding? flags << "forced_binary_encoding" if node.forced_binary_encoding? flags.join(", ") end # Inspect a node that has integer_base_flags flags to display the flags as a # comma-separated list. def integer_base_flags_inspect(node) flags = [] #: Array[String] flags << "binary" if node.binary? flags << "decimal" if node.decimal? flags << "octal" if node.octal? flags << "hexadecimal" if node.hexadecimal? flags.join(", ") end # Inspect a node that has interpolated_string_node_flags flags to display the flags as a # comma-separated list. def interpolated_string_node_flags_inspect(node) flags = [] #: Array[String] flags << "frozen" if node.frozen? flags << "mutable" if node.mutable? flags.join(", ") end # Inspect a node that has keyword_hash_node_flags flags to display the flags as a # comma-separated list. def keyword_hash_node_flags_inspect(node) flags = [] #: Array[String] flags << "symbol_keys" if node.symbol_keys? flags.join(", ") end # Inspect a node that has loop_flags flags to display the flags as a # comma-separated list. def loop_flags_inspect(node) flags = [] #: Array[String] flags << "begin_modifier" if node.begin_modifier? flags.join(", ") end # Inspect a node that has parameter_flags flags to display the flags as a # comma-separated list. def parameter_flags_inspect(node) flags = [] #: Array[String] flags << "repeated_parameter" if node.repeated_parameter? flags.join(", ") end # Inspect a node that has parentheses_node_flags flags to display the flags as a # comma-separated list. def parentheses_node_flags_inspect(node) flags = [] #: Array[String] flags << "multiple_statements" if node.multiple_statements? flags.join(", ") end # Inspect a node that has range_flags flags to display the flags as a # comma-separated list. def range_flags_inspect(node) flags = [] #: Array[String] flags << "exclude_end" if node.exclude_end? flags.join(", ") end # Inspect a node that has regular_expression_flags flags to display the flags as a # comma-separated list. def regular_expression_flags_inspect(node) flags = [] #: Array[String] flags << "ignore_case" if node.ignore_case? flags << "extended" if node.extended? flags << "multi_line" if node.multi_line? flags << "once" if node.once? flags << "euc_jp" if node.euc_jp? flags << "ascii_8bit" if node.ascii_8bit? flags << "windows_31j" if node.windows_31j? flags << "utf_8" if node.utf_8? flags << "forced_utf8_encoding" if node.forced_utf8_encoding? flags << "forced_binary_encoding" if node.forced_binary_encoding? flags << "forced_us_ascii_encoding" if node.forced_us_ascii_encoding? flags.join(", ") end # Inspect a node that has shareable_constant_node_flags flags to display the flags as a # comma-separated list. def shareable_constant_node_flags_inspect(node) flags = [] #: Array[String] flags << "literal" if node.literal? flags << "experimental_everything" if node.experimental_everything? flags << "experimental_copy" if node.experimental_copy? flags.join(", ") end # Inspect a node that has string_flags flags to display the flags as a # comma-separated list. def string_flags_inspect(node) flags = [] #: Array[String] flags << "forced_utf8_encoding" if node.forced_utf8_encoding? flags << "forced_binary_encoding" if node.forced_binary_encoding? flags << "frozen" if node.frozen? flags << "mutable" if node.mutable? flags.join(", ") end # Inspect a node that has symbol_flags flags to display the flags as a # comma-separated list. def symbol_flags_inspect(node) flags = [] #: Array[String] flags << "forced_utf8_encoding" if node.forced_utf8_encoding? flags << "forced_binary_encoding" if node.forced_binary_encoding? flags << "forced_us_ascii_encoding" if node.forced_us_ascii_encoding? flags.join(", ") end end end
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