mirror of
https://github.com/rubyjs/therubyrhino
synced 2023-03-27 23:21:34 -04:00
add a ruby class wrapper - acts as a JS contructor, reimplement RubyObject#get to treat accessors as properties but otherwise arbitrary methods with arity == 0 should rather act as functions, move all ruby wrappers to a single unit
This commit is contained in:
parent
38d40f6e95
commit
21f62eb245
7 changed files with 199 additions and 173 deletions
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@ -24,6 +24,5 @@ require 'rhino/object'
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require 'rhino/context'
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require 'rhino/error'
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require 'rhino/rhino_ext'
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require 'rhino/ruby_object'
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require 'rhino/ruby_function'
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require 'rhino/ruby'
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require 'rhino/deprecations'
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173
lib/rhino/ruby.rb
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173
lib/rhino/ruby.rb
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@ -0,0 +1,173 @@
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module Rhino
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class RubyObject < JS::ScriptableObject
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include JS::Wrapper
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# wrap an arbitrary (ruby) object
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def self.wrap(object)
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new(object)
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end
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def initialize(object)
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super()
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@ruby = object
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end
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# abstract Object Wrapper#unwrap();
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def unwrap
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@ruby
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end
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# abstract String Scriptable#getClassName();
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def getClassName
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@ruby.class.name
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end
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def toString
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"[ruby #{getClassName}]" # [object User]
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end
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# override Object Scriptable#get(String name, Scriptable start);
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# override Object Scriptable#get(int index, Scriptable start);
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def get(name, start)
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if name.is_a?(String)
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if @ruby.respond_to?(name)
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method = @ruby.method(name)
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if method.arity == 0 && # check if it is an attr_reader
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( @ruby.respond_to?("#{name}=") || @ruby.instance_variables.include?("@#{name}") )
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begin
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return Rhino.to_javascript(method.call, self)
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rescue => e
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raise RubyFunction.wrap_error(e)
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end
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else
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return RubyFunction.new(@ruby.method(name))
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end
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end
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end
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super
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end
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# override boolean Scriptable#has(String name, Scriptable start);
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# override boolean Scriptable#has(int index, Scriptable start);
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def has(name, start)
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if name.is_a?(String)
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if @ruby.respond_to?(name) ||
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@ruby.respond_to?("#{name}=") # might have a writer but no reader
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return true
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end
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end
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super
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end
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# override void Scriptable#put(String name, Scriptable start, Object value);
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# override void Scriptable#put(int index, Scriptable start, Object value);
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def put(name, start, value)
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if name.is_a?(String)
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if @ruby.respond_to?(set_name = "#{name}=")
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return @ruby.send(set_name, Rhino.to_ruby(value))
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end
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end
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super
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end
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# override Object[] Scriptable#getIds();
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def getIds
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ids = []
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@ruby.public_methods(false).each do |name|
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name = name[0...-1] if name[-1, 1] == '=' # 'foo=' ... 'foo'
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name = name.to_java # java.lang.String
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ids << name unless ids.include?(name)
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end
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super.each { |id| ids.unshift(id) }
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ids.to_java
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end
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# protected Object ScriptableObject#equivalentValues(Object value)
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def equivalentValues(other) # JS == operator
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other.is_a?(RubyObject) && unwrap.eql?(other.unwrap)
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end
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end
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class RubyFunction < JS::BaseFunction
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# wrap a callable (Method/Proc)
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def self.wrap(callable)
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new(callable)
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end
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def self.wrap_error(e)
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JS::WrappedException.new(org.jruby.exceptions.RaiseException.new(e))
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end
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def initialize(callable)
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super()
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@callable = callable
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end
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def unwrap
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@callable
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end
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# protected Object ScriptableObject#equivalentValues(Object value)
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def equivalentValues(other) # JS == operator
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return false unless other.is_a?(RubyFunction)
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return true if unwrap == other.unwrap
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# Method.== does check if their bind to the same object
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# JS == means they might be bind to different objects :
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unwrap.to_s == other.unwrap.to_s # "#<Method: Foo#bar>"
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end
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# override Object ScriptableObject#getPrototype()
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def getPrototype
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unless proto = super
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#proto = ScriptableObject.getFunctionPrototype(getParentScope)
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#setPrototype(proto)
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end
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proto
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end
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# override Object BaseFunction#call(Context context, Scriptable scope,
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# Scriptable thisObj, Object[] args)
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def call(context, scope, this, args)
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rb_args = Rhino.args_to_ruby(args.to_a)
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begin
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result = @callable.call(*rb_args)
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rescue => e
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# ... correct wrapping thus it's try { } catch (e) works in JS :
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raise self.class.wrap_error(e)
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end
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Rhino.to_javascript(result, scope)
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end
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end
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class RubyConstructor < RubyFunction
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include JS::Wrapper
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# wrap a ruby class as as constructor function
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def self.wrap(klass)
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new(klass)
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end
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def initialize(klass)
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super(klass.method(:new))
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@klass = klass
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end
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def unwrap
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@klass
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end
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# override boolean Scriptable#hasInstance(Scriptable instance);
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def hasInstance(instance)
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return false unless instance
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return true if instance.is_a?(@klass)
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instance.is_a?(RubyObject) && instance.unwrap.is_a?(@klass)
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end
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end
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end
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@ -1,39 +0,0 @@
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module Rhino
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class RubyFunction < JS::BaseFunction
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def initialize(callable)
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super()
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@callable = callable
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end
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def unwrap
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@callable
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end
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# override Object BaseFunction#call(Context context, Scriptable scope,
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# Scriptable thisObj, Object[] args)
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def call(context, scope, this, args)
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rb_args = Rhino.args_to_ruby(args.to_a)
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begin
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result = @callable.call(*rb_args)
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rescue => e
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# ... correct wrapping thus it's try { } catch (e) works in JS :
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raise JS::WrappedException.new(org.jruby.exceptions.RaiseException.new(e))
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end
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Rhino.to_javascript(result, scope)
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end
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# protected Object ScriptableObject#equivalentValues(Object value)
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def equivalentValues(other) # JS == operator
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return false unless other.is_a?(RubyFunction)
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return true if unwrap == other.unwrap
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# Method.== does check if their bind to the same object
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# JS == means they might be bind to different objects :
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unwrap.to_s == other.unwrap.to_s # "#<Method: Foo#bar>"
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end
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end
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end
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@ -1,109 +0,0 @@
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module Rhino
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class RubyObject < JS::ScriptableObject
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include JS::Wrapper
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def initialize(object)
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super()
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@ruby = object
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end
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# abstract Object Wrapper#unwrap();
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def unwrap
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@ruby
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end
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# abstract String Scriptable#getClassName();
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def getClassName
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@ruby.class.name
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end
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def toString
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"[ruby #{getClassName}]" # [object User]
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end
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# override Object Scriptable#get(String name, Scriptable start);
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# override Object Scriptable#get(int index, Scriptable start);
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def get(name, start)
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if name.is_a?(String)
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# NOTE: preferrably when using a ruby object in JS methods should
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# be used but instance variables will work as well but if there's
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# a attr reader it is given a preference e.g. :
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#
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# class Foo
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# attr_reader :bar2
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# def initialize
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# @bar1 = 'bar1'
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# @bar2 = 'bar2'
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# end
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# end
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#
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# fooObj.bar1; // 'bar1'
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# fooObj.bar2; // function
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# fooObj.bar2(); // 'bar2'
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#
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if @ruby.respond_to?(name)
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return RubyFunction.new(@ruby.method(name))
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elsif @ruby.instance_variables.include?(var_name = "@#{name}")
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var_value = @ruby.instance_variable_get(var_name)
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return Rhino.to_javascript(var_value, self)
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end
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end
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super
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end
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# override boolean Scriptable#has(String name, Scriptable start);
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# override boolean Scriptable#has(int index, Scriptable start);
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def has(name, start)
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if name.is_a?(String)
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if @ruby.respond_to?(name) ||
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@ruby.instance_variables.include?("@#{name}")
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return true
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end
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end
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super
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end
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# override void Scriptable#put(String name, Scriptable start, Object value);
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# override void Scriptable#put(int index, Scriptable start, Object value);
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def put(name, start, value)
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if name.is_a?(String)
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if @ruby.respond_to?(set_name = "#{name}=")
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return @ruby.send(set_name, Rhino.to_ruby(value))
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end
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end
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super
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end
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# override boolean Scriptable#hasInstance(Scriptable instance);
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def hasInstance(instance)
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super
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end
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# override Object[] Scriptable#getIds();
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def getIds
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ids = @ruby.instance_variables.map { |ivar| ivar[1..-1].to_java }
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@ruby.public_methods(false).each do |name|
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name = name[0...-1] if name[-1, 1] == '=' # 'foo=' ... 'foo'
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name = name.to_java
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ids << name unless ids.include?(name)
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end
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super.each { |id| ids.unshift(id) }
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ids.to_java
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end
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# protected Object ScriptableObject#equivalentValues(Object value)
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def equivalentValues(other) # JS == operator
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other.is_a?(RubyObject) && unwrap.eql?(other.unwrap)
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end
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# def equals(other)
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# other.is_a?(RubyObject) && unwrap.eql?(other.unwrap)
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# end
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#
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# def hashCode
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# unwrap.hash
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# end
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end
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end
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@ -20,9 +20,10 @@ module Rhino
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when Array then array_to_javascript(object, scope)
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when Hash then hash_to_javascript(object, scope)
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when Time then time_to_javascript(object, scope)
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when Proc, Method then RubyFunction.new(object)
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when Proc, Method then RubyFunction.wrap(object)
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when JS::Scriptable then object
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else RubyObject.new(object)
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when Class then RubyConstructor.wrap(object)
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else RubyObject.wrap(object)
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end
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end
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@ -3,12 +3,12 @@ require File.expand_path('../spec_helper', File.dirname(__FILE__))
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describe Rhino::RubyFunction do
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it "create and unwrap ruby function" do
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rb_function = Rhino::RubyFunction.new method = Object.new.method(:to_s)
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rb_function = Rhino::RubyFunction.wrap method = Object.new.method(:to_s)
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rb_function.unwrap.should be(method)
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end
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it "call a ruby function" do
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rb_function = Rhino::RubyFunction.new method = 'foo'.method(:to_s)
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rb_function = Rhino::RubyFunction.wrap method = 'foo'.method(:to_s)
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context = nil; scope = nil; this = nil; args = nil
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rb_function.call(context, scope, this, args).should == 'foo'
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end
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@ -19,7 +19,7 @@ describe Rhino::RubyFunction do
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array.all? { |elem| elem.is_a?(String) }
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end
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end
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rb_function = Rhino::RubyFunction.new method = klass.new.method(:foo)
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rb_function = Rhino::RubyFunction.wrap method = klass.new.method(:foo)
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context = nil; scope = nil; this = nil
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args = [ '1'.to_java, java.lang.String.new('2') ].to_java
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args = [ Rhino::JS::NativeArray.new(args) ].to_java
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@ -32,7 +32,7 @@ describe Rhino::RubyFunction do
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[ 42 ]
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end
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end
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rb_function = Rhino::RubyFunction.new method = klass.new.method(:foo)
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rb_function = Rhino::RubyFunction.wrap method = klass.new.method(:foo)
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context = nil; scope = nil; this = nil; args = [].to_java
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rb_function.call(context, scope, this, args).should be_a(Rhino::JS::NativeArray)
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end
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@ -3,7 +3,7 @@ require File.expand_path('../spec_helper', File.dirname(__FILE__))
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describe Rhino::RubyObject do
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it "unwraps a ruby object" do
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rb_object = Rhino::RubyObject.new object = Object.new
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rb_object = Rhino::RubyObject.wrap object = Object.new
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rb_object.unwrap.should be(object)
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end
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@ -11,12 +11,12 @@ describe Rhino::RubyObject do
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end
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it "returns the ruby class name" do
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rb_object = Rhino::RubyObject.new UII.new
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rb_object = Rhino::RubyObject.wrap UII.new
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rb_object.getClassName.should == UII.name
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end
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it "reports being a ruby object on toString" do
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rb_object = Rhino::RubyObject.new UII.new
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rb_object = Rhino::RubyObject.wrap UII.new
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rb_object.toString.should == '[ruby UII]'
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end
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@ -28,10 +28,10 @@ describe Rhino::RubyObject do
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def initialize
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@anAttr0 = nil
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@the_attr_1 = 'attr_1'
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@an_attr_2 = 'an_attr_2'
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@an_attr_2 = 'attr_2'
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end
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def theMethod0; nil; end
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def theMethod0; @theMethod0; end
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def a_method1; 1; end
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@ -40,11 +40,11 @@ describe Rhino::RubyObject do
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end
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it "gets methods and instance variables" do
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rb_object = Rhino::RubyObject.new UII.new
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rb_object = Rhino::RubyObject.wrap UII.new
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rb_object.get('anAttr0', nil).should be_a(Rhino::RubyFunction)
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rb_object.get('the_attr_1', nil).should be_a(Rhino::RubyFunction)
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rb_object.get('an_attr_2', nil).should == 'an_attr_2'
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rb_object.get('anAttr0', nil).should be_nil
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rb_object.get('the_attr_1', nil).should == 'attr_1'
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rb_object.get('an_attr_2', nil).should be(Rhino::JS::Scriptable::NOT_FOUND) # no reader
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[ 'theMethod0', 'a_method1', 'the_method_2' ].each do |name|
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rb_object.get(name, nil).should be_a(Rhino::RubyFunction)
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@ -54,11 +54,11 @@ describe Rhino::RubyObject do
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end
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it "has methods and instance variables" do
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rb_object = Rhino::RubyObject.new UII.new
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rb_object = Rhino::RubyObject.wrap UII.new
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rb_object.has('anAttr0', nil).should be_true
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rb_object.has('the_attr_1', nil).should be_true
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rb_object.has('an_attr_2', nil).should be_true
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rb_object.has('an_attr_2', nil).should be_false # no reader nor writer
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[ 'theMethod0', 'a_method1', 'the_method_2' ].each do |name|
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rb_object.has(name, nil).should be_true
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@ -70,7 +70,7 @@ describe Rhino::RubyObject do
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it "puts using attr writer" do
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start = mock('start')
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start.expects(:put).never
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rb_object = Rhino::RubyObject.new UII.new
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rb_object = Rhino::RubyObject.wrap UII.new
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rb_object.put('the_attr_1', start, 42)
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rb_object.the_attr_1.should == 42
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@ -79,24 +79,25 @@ describe Rhino::RubyObject do
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it "puts a non-existent attr (delegates to start)" do
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start = mock('start')
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start.expects(:put).once
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rb_object = Rhino::RubyObject.new UII.new
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rb_object = Rhino::RubyObject.wrap UII.new
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rb_object.put('nonExistingAttr', start, 42)
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end
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it "getIds include ruby class methods" do
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rb_object = Rhino::RubyObject.new UII.new
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rb_object = Rhino::RubyObject.wrap UII.new
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[ 'anAttr0', 'the_attr_1', 'an_attr_2' ].each do |attr|
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[ 'anAttr0', 'the_attr_1' ].each do |attr|
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rb_object.getIds.to_a.should include(attr)
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end
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rb_object.getIds.to_a.should_not include('an_attr_2')
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[ 'theMethod0', 'a_method1', 'the_method_2' ].each do |method|
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rb_object.getIds.to_a.should include(method)
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end
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end
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it "getIds include ruby instance methods" do
|
||||
rb_object = Rhino::RubyObject.new object = UII.new
|
||||
rb_object = Rhino::RubyObject.wrap object = UII.new
|
||||
object.instance_eval do
|
||||
def foo; 'foo'; end
|
||||
end
|
||||
|
@ -105,7 +106,7 @@ describe Rhino::RubyObject do
|
|||
end
|
||||
|
||||
it "getIds include writers as attr names" do
|
||||
rb_object = Rhino::RubyObject.new object = UII.new
|
||||
rb_object = Rhino::RubyObject.wrap object = UII.new
|
||||
|
||||
rb_object.getIds.to_a.should include('the_attr_1')
|
||||
rb_object.getIds.to_a.should_not include('the_attr_1=')
|
||||
|
|
Loading…
Reference in a new issue