class SyntaxTree::Elsif
Elsif
represents another clause in an if
or unless
chain.
if variable elsif other_variable end
Attributes
predicate[R]
Node
-
the expression to be checked
statements[R]
Statements
-
the expressions to be executed
Public Class Methods
new(predicate:, statements:, consequent:, location:)
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# File lib/syntax_tree/node.rb, line 4878 def initialize(predicate:, statements:, consequent:, location:) @predicate = predicate @statements = statements @consequent = consequent @location = location @comments = [] end
Public Instance Methods
===(other)
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# File lib/syntax_tree/node.rb, line 4942 def ===(other) other.is_a?(Elsif) && predicate === other.predicate && statements === other.statements && consequent === other.consequent end
accept(visitor)
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# File lib/syntax_tree/node.rb, line 4886 def accept(visitor) visitor.visit_elsif(self) end
child_nodes()
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# File lib/syntax_tree/node.rb, line 4890 def child_nodes [predicate, statements, consequent] end
Also aliased as: deconstruct
copy(predicate: nil, statements: nil, consequent: nil, location: nil)
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# File lib/syntax_tree/node.rb, line 4894 def copy(predicate: nil, statements: nil, consequent: nil, location: nil) node = Elsif.new( predicate: predicate || self.predicate, statements: statements || self.statements, consequent: consequent || self.consequent, location: location || self.location ) node.comments.concat(comments.map(&:copy)) node end
deconstruct_keys(_keys)
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# File lib/syntax_tree/node.rb, line 4909 def deconstruct_keys(_keys) { predicate: predicate, statements: statements, consequent: consequent, location: location, comments: comments } end
format(q)
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# File lib/syntax_tree/node.rb, line 4919 def format(q) q.group do q.group do q.text("elsif ") q.nest("elsif".length - 1) { q.format(predicate) } end unless statements.empty? q.indent do q.breakable_force q.format(statements) end end if consequent q.group do q.breakable_force q.format(consequent) end end end end