KaneAI - World’s First E2E Software Testing Agent.Book a Demo Join TestMu Conference

How to use initialize method of Monitor Package

Best Test-prof_ruby code snippet using Monitor.initialize

AccumulatingProgressMonitor.rb

Source:AccumulatingProgressMonitor.rb

...92        # Create a new collector.93        # @param subTask94        # @param work95        # @param monitor96        def initialize(sub_task, work, monitor)97          @sub_task = nil98          @worked = 0.099          @monitor = nil100          @sub_task = sub_task101          @worked = work102          @monitor = monitor103        end104        105        typesig { [::Java::Double] }106        # Add worked to the work.107        # @param workedIncrement108        def worked(worked_increment)109          @worked = @worked + worked_increment110        end111        112        typesig { [String] }113        # Set the subTask name.114        # @param subTaskName115        def sub_task(sub_task_name)116          @sub_task = sub_task_name117        end118        119        typesig { [] }120        # Run the collector.121        def run122          clear_collector(self)123          if (!(@sub_task).nil?)124            @monitor.sub_task(@sub_task)125          end126          if (@worked > 0)127            @monitor.internal_worked(@worked)128          end129        end130        131        private132        alias_method :initialize__collector, :initialize133      end }134    }135    136    typesig { [IProgressMonitor, Display] }137    # Creates an accumulating progress monitor wrapping the given one138    # that uses the given display.139    # 140    # @param monitor the actual progress monitor to be wrapped141    # @param display the SWT display used to forward the calls142    # to the wrapped progress monitor143    def initialize(monitor, display)144      @display = nil145      @collector = nil146      @current_task = nil147      super(monitor)148      @current_task = ""149      Assert.is_not_null(display)150      @display = display151    end152    153    typesig { [String, ::Java::Int] }154    # (non-Javadoc)155    # Method declared on IProgressMonitor.156    def begin_task(name, total_work)157      synchronized((self)) do158        @collector = nil159      end160      @display.async_exec(Class.new(Runnable.class == Class ? Runnable : Object) do161        local_class_in AccumulatingProgressMonitor162        include_class_members AccumulatingProgressMonitor163        include Runnable if Runnable.class == Module164        165        typesig { [] }166        define_method :run do167          self.attr_current_task = name168          get_wrapped_progress_monitor.begin_task(name, total_work)169        end170        171        typesig { [Vararg.new(Object)] }172        define_method :initialize do |*args|173          super(*args)174        end175        176        private177        alias_method :initialize_anonymous, :initialize178      end.new_local(self))179    end180    181    typesig { [Collector] }182    # Clears the collector object used to accumulate work and subtask calls183    # if it matches the given one.184    # @param collectorToClear185    def clear_collector(collector_to_clear)186      synchronized(self) do187        # Check if the accumulator is still using the given collector.188        # If not, don't clear it.189        if ((@collector).equal?(collector_to_clear))190          @collector = nil191        end192      end193    end194    195    typesig { [String, ::Java::Double] }196    # Creates a collector object to accumulate work and subtask calls.197    # @param subTask198    # @param work199    def create_collector(sub_task, work)200      @collector = Collector.new_local(self, sub_task, work, get_wrapped_progress_monitor)201      @display.async_exec(@collector)202    end203    204    typesig { [] }205    # (non-Javadoc)206    # Method declared on IProgressMonitor.207    def done208      synchronized((self)) do209        @collector = nil210      end211      @display.async_exec(Class.new(Runnable.class == Class ? Runnable : Object) do212        local_class_in AccumulatingProgressMonitor213        include_class_members AccumulatingProgressMonitor214        include Runnable if Runnable.class == Module215        216        typesig { [] }217        define_method :run do218          get_wrapped_progress_monitor.done219        end220        221        typesig { [Vararg.new(Object)] }222        define_method :initialize do |*args|223          super(*args)224        end225        226        private227        alias_method :initialize_anonymous, :initialize228      end.new_local(self))229    end230    231    typesig { [::Java::Double] }232    # (non-Javadoc)233    # Method declared on IProgressMonitor.234    def internal_worked(work)235      synchronized(self) do236        if ((@collector).nil?)237          create_collector(nil, work)238        else239          @collector.worked(work)240        end241      end242    end243    244    typesig { [String] }245    # (non-Javadoc)246    # Method declared on IProgressMonitor.247    def set_task_name(name)248      synchronized((self)) do249        @collector = nil250      end251      @display.async_exec(Class.new(Runnable.class == Class ? Runnable : Object) do252        local_class_in AccumulatingProgressMonitor253        include_class_members AccumulatingProgressMonitor254        include Runnable if Runnable.class == Module255        256        typesig { [] }257        define_method :run do258          self.attr_current_task = name259          get_wrapped_progress_monitor.set_task_name(name)260        end261        262        typesig { [Vararg.new(Object)] }263        define_method :initialize do |*args|264          super(*args)265        end266        267        private268        alias_method :initialize_anonymous, :initialize269      end.new_local(self))270    end271    272    typesig { [String] }273    # (non-Javadoc)274    # Method declared on IProgressMonitor.275    def sub_task(name)276      synchronized(self) do277        if ((@collector).nil?)278          create_collector(name, 0)279        else280          @collector.sub_task(name)281        end282      end283    end284    285    typesig { [::Java::Int] }286    # (non-Javadoc)287    # Method declared on IProgressMonitor.288    def worked(work)289      synchronized(self) do290        internal_worked(work)291      end292    end293    294    typesig { [] }295    # (non-Javadoc)296    # @see org.eclipse.core.runtime.ProgressMonitorWrapper#clearBlocked()297    def clear_blocked298      # If this is a monitor that can report blocking do so.299      # Don't bother with a collector as this should only ever300      # happen once and prevent any more progress.301      pm = get_wrapped_progress_monitor302      if (!(pm.is_a?(IProgressMonitorWithBlocking)))303        return304      end305      @display.async_exec(Class.new(Runnable.class == Class ? Runnable : Object) do306        local_class_in AccumulatingProgressMonitor307        include_class_members AccumulatingProgressMonitor308        include Runnable if Runnable.class == Module309        310        typesig { [] }311        # (non-Javadoc)312        # @see java.lang.Runnable#run()313        define_method :run do314          (pm).clear_blocked315          Dialog.get_blocked_handler.clear_blocked316        end317        318        typesig { [Vararg.new(Object)] }319        define_method :initialize do |*args|320          super(*args)321        end322        323        private324        alias_method :initialize_anonymous, :initialize325      end.new_local(self))326    end327    328    typesig { [IStatus] }329    # (non-Javadoc)330    # @see org.eclipse.core.runtime.ProgressMonitorWrapper#setBlocked(org.eclipse.core.runtime.IStatus)331    def set_blocked(reason)332      # If this is a monitor that can report blocking do so.333      # Don't bother with a collector as this should only ever334      # happen once and prevent any more progress.335      pm = get_wrapped_progress_monitor336      if (!(pm.is_a?(IProgressMonitorWithBlocking)))337        return338      end339      @display.async_exec(Class.new(Runnable.class == Class ? Runnable : Object) do340        local_class_in AccumulatingProgressMonitor341        include_class_members AccumulatingProgressMonitor342        include Runnable if Runnable.class == Module343        344        typesig { [] }345        # (non-Javadoc)346        # @see java.lang.Runnable#run()347        define_method :run do348          (pm).set_blocked(reason)349          # Do not give a shell as we want it to block until it opens.350          Dialog.get_blocked_handler.show_blocked(pm, reason, self.attr_current_task)351        end352        353        typesig { [Vararg.new(Object)] }354        define_method :initialize do |*args|355          super(*args)356        end357        358        private359        alias_method :initialize_anonymous, :initialize360      end.new_local(self))361    end362    363    private364    alias_method :initialize__accumulating_progress_monitor, :initialize365  end366  367end...

data_structures.rb

Source:data_structures.rb

...11  module ThreadSafe12    module Util13      def self.make_synchronized_on_cruby(klass)14        klass.class_eval do15          def initialize(*args, &block)16            @_monitor = Monitor.new17            super18          end19          def initialize_copy(other)20            # make sure a copy is not sharing a monitor with the original object!21            @_monitor = Monitor.new22            super23          end24        end25        klass.superclass.instance_methods(false).each do |method|26          klass.class_eval <<-RUBY, __FILE__, __LINE__ + 127            def #{method}(*args)28              monitor = @_monitor29              monitor or raise("BUG: Internal monitor was not properly initialized. Please report this to the concurrent-ruby developers.")30              monitor.synchronize { super }31            end32          RUBY33        end34      end35      def self.make_synchronized_on_rbx(klass)36        klass.class_eval do37          private38          def _mon_initialize39            @_monitor ||= Monitor.new # avoid double initialisation40          end41          def self.new(*args)42            obj = super(*args)43            obj.send(:_mon_initialize)44            obj45          end46        end47        klass.superclass.instance_methods(false).each do |method|48          case method49          when :new_range, :new_reserved50            klass.class_eval <<-RUBY, __FILE__, __LINE__ + 151              def #{method}(*args)52                obj = super53                obj.send(:_mon_initialize)54                obj55              end56            RUBY57          else58            klass.class_eval <<-RUBY, __FILE__, __LINE__ + 159              def #{method}(*args)60                monitor = @_monitor61                monitor or raise("BUG: Internal monitor was not properly initialized. Please report this to the concurrent-ruby developers.")62                monitor.synchronize { super }63              end64            RUBY65          end66        end67      end68      def self.make_synchronized_on_truffleruby(klass)69        klass.superclass.instance_methods(false).each do |method|70          klass.class_eval <<-RUBY, __FILE__, __LINE__ + 171            def #{method}(*args, &block)    72              TruffleRuby.synchronized(self) { super(*args, &block) }73            end74          RUBY75        end...

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.