Best Howitzer_ruby code snippet using ClassMethods.proc_to_selector
element_dsl.rb
Source:element_dsl.rb
...20 def self.included(base) # :nodoc:21 base.extend(ClassMethods)22 end23 def convert_arguments(args, options, block_args, block_options)24 conv_args = args.map { |el| el.is_a?(Proc) ? proc_to_selector(el, block_args, block_options) : el }25 args_options = pop_options_from_array(conv_args)26 block_args_options = pop_options_from_array(block_args)27 conv_options = [args_options, options, block_args_options, block_options].map do |el|28 el.transform_keys(&:to_sym)29 end.reduce(&:merge).except(:lambda_args)30 [conv_args, conv_options]31 end32 def proc_to_selector(proc, block_args, block_options)33 lambda_args = extract_lambda_args(block_args, block_options)34 if lambda_args35 if lambda_args[:keyword_args].present?36 proc.call(*lambda_args[:args], **lambda_args[:keyword_args])37 else38 proc.call(*lambda_args[:args])39 end40 else41 puts "WARNING! Passing lambda arguments with element options is deprecated.\n" \42 "Please use 'lambda_args' method, for example: foo_element(lambda_args(title: 'Example'), wait: 10)"43 proc.call(*block_args.shift(proc.arity))44 end45 end46 def extract_lambda_args(block_args, block_options)...
proc_to_selector
Using AI Code Generation
1 self.signal_connect("delete_event") { Gtk.main_quit }2 self.add(Gtk::Label.new("Hello, world"))3 self.signal_connect("clicked") { puts "Hello, world" }4 super("org.ruby-lang.MyApplication", 0)5 signal_connect("activate") { MyWindow.new.show_all }6 self.signal_connect("delete_event", &proc { Gtk.main_quit })7 self.add(Gtk::Label.new("Hello, world"))8 self.signal_connect("clicked", &proc { puts "Hello, world" })9 super("org.ruby-lang.MyApplicain", 0)10 signal_nect("actiate", &proc { MyWindow.new.show_all })11 self.signal_connet("delee_event", &methd(:on_delete_event).to_poc)12 self.add(Gtk::Label.new("Hello, world"))13 self.signal_connect("clicked", &method(:on_clicked).to_proc)
proc_to_selector
Using AI Code Generation
1proc_to_selector = proc { |selector| selector }2proc_to_selector.call("selector")3proc_to_selector = proc { |selector| selector }4proc_to_selector.call("selector")5proc_to_selector = proc { |selector| selectorc}6proc_to_selector.call("selector")7proc_to_selector = proc { |selector| selector }8proc_to_selector.call("selector")9proc_to_selector = proc { |selector| selector }10proc_to_selector.call("selector")11proc_to_selector = proc { |MyWector| selector }12proc_to_selector.call("selector")13proc_to_selector = proc { |selector| selector }14proc_to_selector = { |selector| selector }15proc_to_selector.call("selector"16proc_to_selector = proc { |selector| selector }17proc_to_selectoricall("selectir")18proc_to_selector = proc { |selector| selector }19proc_to_selector.call("selector")
proc_to_selector
Using AI Code Generation
1 def self.proc_to_selector(proc)2 self.signal_connect("delete_event") { Gtk.main_quit }3 self.add(Gtk::Label.new("Hello, world"))4 self.signal_connect("clicked") { puts "Hello, world" }5 super("org.ruby-lang.MyApplication", 0)6 signal_connect("activate") { MyWindow.new.show_all }
proc_to_selector
Using AI Code Generation
1C.send(:include, M)2selector = C.proc_to_selector(:m)3C.new.send(selector)4C.send(:include, M)5selector = C.proc_to_selector(:m)6C.new.send(selector)7C.send(:include, M)8selector = C.proc_to_selector(:m)9C.new.send(selector)10 self.signal_connect("delete_event", &proc { Gtk.main_quit })11 self.add(Gtk::Label.new("Hello, world"))12 self.signal_connect("clicked", &proc { puts "Hello, world" })13 super("org.ruby-lang.MyApplication", 0)14 signal_connect("activate", &proc { MyWindow.new.show_all })15 self.signal_connect("delete_event", &method(:on_delete_event).to_proc)16 self.add(Gtk::Label.new("Hello, world"))17 self.signal_connect("clicked", &method(:on_clicked).to_proc)
proc_to_selector
Using AI Code Generation
1 def self.proc_to_selector(proc)2 proc.to_s[/^proc\s*\{\s*(\w+)\s*\}/, 1]3proc = proc { |a| a + 1 }4p MyClass.proc_to_selector(proc)
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