How to use each_ancestor method of Machinist Package

Best Machinist code snippet using Machinist.each_ancestor

blueprint.rb

Source:blueprint.rb

...18    # Pass in attributes to override values defined in the blueprint.19    def make(attributes = {})20      lathe = lathe_class.new(@klass, new_serial_number, attributes)21      lathe.instance_eval(&@block)22      each_ancestor {|blueprint| lathe.instance_eval(&blueprint.block) }23      lathe.object24    end25    # Returns the Lathe class used to make objects for this blueprint.26    #27    # Subclasses can override this to substitute a custom lathe class.28    def lathe_class29      Lathe30    end31    # Returns the parent blueprint for this blueprint.32    def parent_blueprint33      case @parent34        when nil35          nil36        when Blueprint37          # @parent references the parent blueprint directly.38          @parent39        else40          # @parent is a class in which we should look for a blueprint.41          find_blueprint_in_superclass_chain(@parent)42      end43    end44    # Yields the parent blueprint, its parent blueprint, etc.45    def each_ancestor46      ancestor = parent_blueprint47      while ancestor48        yield ancestor49        ancestor = ancestor.parent_blueprint50      end51    end52  protected53    def new_serial_number  #:nodoc:54      parent_blueprint = self.parent_blueprint  # Cache this for speed.55      if parent_blueprint56        parent_blueprint.new_serial_number57      else58        @serial_number ||= 059        @serial_number += 1...

each_ancestor

Using AI Code Generation

1Sham.name { Faker::Name.name }2Sham.email { Faker::Internet.email }3Sham.login { Faker::Internet.user_name }4Sham.password { Faker::Internet.password }5user = User.make(:each_ancestor => 3)6user = User.make(:each_ancestor => 3, :each_child => 2)7user = User.make(:each_ancestor => 3, :each_child => 2, :each_grandchild => 1)8user = User.make(:each_ancestor => 3, :each_child => 2, :each_grandchild => 1, :each_greatgrandchild => 1)9user = User.make(:each_ancestor => 3, :each_child => 2, :each_grandchild => 1, :each_greatgrandchild => 1, :each_greatgreatgrandchild => 1)10user = User.make(:each_ancestor => 3, :each_child => 2, :each_grandchild => 1, :each_greatgrandchild => 1, :each_greatgreatgrandchild => 1, :each_greatgreatgreatgrandchild => 1)11user = User.make(:each_ancestor => 3, :each_child => 2, :each_grandchild =>

each_ancestor

Using AI Code Generation

1  def each_ancestor(&block)2    block.call(self)3    parent.each_ancestor(&block) unless parent.nil?4  def each_ancestor(&block)5    block.call(self)6    parent.each_ancestor(&block) unless parent.nil?7  def each_ancestor(&block)8    block.call(self)9    parent.each_ancestor(&block) unless parent.nil?10  def each_ancestor(&block)11    block.call(self)12    parent.each_ancestor(&block) unless parent.nil?13  def each_ancestor(&block)14    block.call(self)15    parent.each_ancestor(&block) unless parent.nil?16  def each_ancestor(&block)17    block.call(self)18    parent.each_ancestor(&block) unless parent.nil?19  def each_ancestor(&block)20    block.call(self)21    parent.each_ancestor(&block) unless parent.nil?22  def each_ancestor(&block)23    block.call(self)24    parent.each_ancestor(&block) unless parent.nil?

each_ancestor

Using AI Code Generation

1 def each_ancestor(cls)2 cls.ancestors.each {|anc| puts anc}3m.each_ancestor(E)

each_ancestor

Using AI Code Generation

1  def each_ancestor(&block)2    return to_enum(:each_ancestor) unless block_given?3    block.call(self)4      block.call(ancestor)5  def each_ancestor(&block)6    return to_enum(:each_ancestor) unless block_given?7    block.call(self)8      block.call(ancestor)9  def each_ancestor(&block)10    return to_enum(:each_ancestor) unless block_given?11    block.call(self)12      block.call(ancestor)13  def each_ancestor(&block)14    return to_enum(:each_ancestor) unless block_given?15    block.call(self)16      block.call(ancestor)17  def each_ancestor(&block)18    return to_enum(:each_ancestor) unless block_given?19    block.call(self)20      block.call(ancestor)21  def each_ancestor(&block)22    return to_enum(:each_ancestor) unless block_given?23    block.call(self)24      block.call(ancestor)25  def each_ancestor(&block)26    return to_enum(:

each_ancestor

Using AI Code Generation

1    @parent.each_ancestor { |ancestor| yield ancestor } if @parent2machinist.each_ancestor { |ancestor| puts ancestor.inspect }3machinist.each_ancestor { |ancestor| puts ancestor.inspect }4machinist.each_ancestor { |ancestor| puts ancestor.inspect }5machinist.each_ancestor { |ancestor| puts ancestor.inspect }

each_ancestor

Using AI Code Generation

1  def add_node(node)2      @root.add_node(node)3  def each_ancestor(node)4    @root.each_ancestor(node) { |ancestor| yield ancestor }5  def initialize(value)6  def add_node(node)7        @left.add_node(node)8        @right.add_node(node)9tree.add_node(Node.new(4))10tree.add_node(Node.new(2))11tree.add_node(Node.new(6))12tree.add_node(Node.new(1))13tree.add_node(Node.new(3))14tree.add_node(Node.new(5))15tree.add_node(Node.new(7))16tree.add_node(Node.new(0.5))17tree.add_node(Node.new(1.5))18tree.add_node(Node.new(6.5))19tree.add_node(Node.new(7.5))20tree.each_ancestor(tree.root.left.right) { |ancestor| puts ancestor.value }

each_ancestor

Using AI Code Generation

1    @parent.each_ancestor { |ancestor| yield ancestor } if @parent2machinist.each_ancestor { |ancestor| puts ancestor.inspect }3machinist.each_ancestor { |ancestor| puts ancestor.inspect }4machinist.each_ancestor { |ancestor| puts ancestor.inspect }5machinist.each_ancestor { |ancestor| puts ancestor.inspect }

each_ancestor

Using AI Code Generation

1  def add_node(node)2      @root.add_node(node)3  def each_ancestor(node)4    @root.each_ancestor(node) { |ancestor| yield ancestor }5  def initialize(value)6  def add_node(node)7        @left.add_node(node)8        @right.add_node(node)9tree.add_node(Node.new(4))10tree.add_node(Node.new(2))11tree.add_node(Node.new(6))12tree.add_node(Node.new(1))13tree.add_node(Node.new(3))14tree.add_node(Node.new(5))15tree.add_node(Node.new(7))16tree.add_node(Node.new(0.5))17tree.add_node(Node.new(1.5))18tree.add_node(Node.new(6.5))19tree.add_node(Node.new(7.5))20tree.each_ancestor(tree.root.left.right) { |ancestor| puts ancestor.value }

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