Module: MobyBehaviour::QT::SUT

Includes:
Behaviour
Defined in:
lib/testability-driver-plugins/testability-driver-qt-sut-plugin/behaviours/sut.rb

Overview

description

Qt SUT specific behaviours

behaviour

QtSUT

requires

testability-driver-qt-sut-plugin

input_type

*

sut_type

QT

sut_version

*

objects

sut

Constant Summary collapse

@@_event_type_map = 
{ :Mouse => '0', :Touch => '1', :Both => '2' }

Instance Method Summary collapse

Instance Method Details

#agent_mem_usage ⇒ Object

description

Returns the memory used by the qttassever in bytes. Note that this will query for the details from the device. If you intend to use all of the memory details see system_information on how to get the details in one query.

arguments

returns

Integer

description: Memory usage in bytes, or -1 if there was an error
example: 7376896

exceptions



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# File 'lib/testability-driver-plugins/testability-driver-qt-sut-plugin/behaviours/sut.rb', line 426

def agent_mem_usage
  info = system_information
  begin 
    info.MemoryStatus.attribute('qttasMemUsage').to_i
  rescue Exception => e
    -1
  end
end

#close_qttas ⇒ Object

nodoc

description

Request the qttasserver to shutdown. This command will cause the qttasserver to close. The sut will no longer be usable after this command. To resume testing qttasserver must be restarted.

returns

NilClass

description: -
example: -

exceptions

RuntimeError

description: Unable to close qttas: Exception: s (s)



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# File 'lib/testability-driver-plugins/testability-driver-qt-sut-plugin/behaviours/sut.rb', line 521

def close_qttas
  begin
    # execute the application control service request
    execute_command( MobyCommand::Application.new( :CloseQttas ) )
    $logger.behaviour "PASS;Successfully closed qttas.;#{ id };sut;{};close_qttas;"
  rescue Exception => e
    $logger.behaviour "FAIL;Failed to close qttas.;#{ id };sut;{};close_qttas;"
    raise RuntimeError, "Unable to close qttas: Exception: #{ e.message } (#{ e.class })"
  end
  nil
end

#cpu_load_start(cpu_load) ⇒ Object

description

Starts generating CPU load. Tries to generate CPU load as accurately as it can but depending on other activities on the system it might vary. n n

b]NOTE:[/b

Currently only supported on Symbian platform.

arguments

cpu_load

Integer
 description: Requested CPU load in percentage.
 example: 50

returns

NilClass

description: -
example: -



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# File 'lib/testability-driver-plugins/testability-driver-qt-sut-plugin/behaviours/sut.rb', line 663

def cpu_load_start( cpu_load )
  begin

=begin
    status = execute_command(
                MobyCommand::Application.new(
                           :CpuLoadStart,
                           nil, nil, nil, nil, nil, nil, nil,
                           {:cpu_load => cpu_load} ) )
=end


    status = execute_command(
      MobyCommand::Application.new(
        :CpuLoadStart,
        { :flags => { :cpu_load => cpu_load } } 
      ) 
    )

    $logger.behaviour "PASS;Successfully started generating CPU load.;#{ id };sut;{};cpu_load_start;"

  rescue Exception => e

    $logger.behaviour "FAIL;Failed to start generating CPU load.;#{ id };sut;{};cpu_load_start;"

    raise RuntimeError, "Unable to start generating CPU load: Exception: #{ e.message } (#{ e.class })"

  end

end

#cpu_load_stop ⇒ Object

description

Stops generating CPU load.n n

b]NOTE:[/b

Currently only supported on Symbian platform.

returns

NilClass

description: -
example: -



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# File 'lib/testability-driver-plugins/testability-driver-qt-sut-plugin/behaviours/sut.rb', line 703

def cpu_load_stop
  begin
    status = execute_command(MobyCommand::Application.new(:CpuLoadStop) )
    $logger.behaviour "PASS;Successfully started generating CPU load.;#{ id };sut;{};cpu_load_start;"
  rescue Exception => e
    $logger.behaviour "FAIL;Failed to start generating CPU load.;#{ id };sut;{};cpu_load_start;"
    raise RuntimeError, "Unable to start generating CPU load: Exception: #{ e.message } (#{ e.class })"
  end
end

#dump_heap(thread_name) ⇒ Object

description

Does MemSpy heap dump from the given application. The dump will be saved in a file, which need to be separately fetched from the device.n n

b]NOTE:[/b

Only supported on Symbian platform.

arguments

thread_name

String
 description: Name of the application thread.
 example: 'phonebook2'

returns

String

description: Response message
example: 'OK'



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# File 'lib/testability-driver-plugins/testability-driver-qt-sut-plugin/behaviours/sut.rb', line 730

def dump_heap(thread_name)
  status = nil
  begin
    status = execute_command(MobyCommand::Application.new(
                                :ThreadHeapDump,
                                {:application_name => thread_name}
                              )
                            )
    $logger.behaviour "PASS;Successfully dumped thread heap.;#{ id };sut;{};dump_heap;"
  rescue Exception => e
    $logger.behaviour "FAIL;Failed to dump thread heap.;#{ id };sut;{};dump_heap;"
    raise RuntimeError, "Unable to dump thread heap: Exception: #{ e.message } (#{ e.class })"
  end
  status
end

#execute_shell_command(command, param = { :detached => "false"}) ⇒ Object

description

Executes the command in a shell in the target sut. Note that the executable need to be in path or otherwise you need to use full absolute path. No relative paths can be used with this command. If the process started will take more than 4 seconds to exit then you should launch the process in detached mode by adding the parameter hash “:detached => ‘true’” to the arguments. By default processes are launched in “synchronus” mode.

arguments

command

String
 description: String containing the command executable to execute and any arguments it might need. Executable can be used without path if it is in PATH. Otherwise full absolute path is needed. A shell is required for piped commands (UNIX).
 example: "ruby script.rb" or 'sh -c "ruby script.rb|grep output'"

param

Hash
 description: Hash with the flags for the command
 example: {:wait => 'true', :timeout => 13}

tables

execute_shell_command_hash

title: Parameter hash keys
|Key|Description|Default|
|:detached|Hash containing the ':detached' key with 'true' or 'false' strings as value.|false|
|:threaded|If :thread is set true, the command will be run in a background thrad and the command will return the PID of the process. See [link="#QtSUT:shell_command"]shell_command[/link] for information about controlling the command.|false|
|:wait|Execute a threaded command and wait for the command to complete. Return value will contain the output of the command. Use :wait if the shell command execution taks longer than 4 seconds.|false|
|:timeout|Timeout for :wait, in seconds. If timeout is reached, the command will be killed. RunTimeError occurs if timeout is reached.|300|

returns

String

description: Output of the command if any
example: "OK"

Exceptions

ArgumentError

description: The command argument was not a non empty String.

ArgumentError

description: The parameters argumet must be a Hash.

RuntimeError

description: Timeout of %s seconds reached. %s

Raises:

  • (ArgumentError) 


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# File 'lib/testability-driver-plugins/testability-driver-qt-sut-plugin/behaviours/sut.rb', line 212

def execute_shell_command(command, param = { :detached => "false"} )      

  raise ArgumentError, "The command argument must be a non empty String." unless command.kind_of?( String ) and !command.empty?
  raise ArgumentError, "The parameters argumet must be a Hash." unless param.kind_of?( Hash )

  if param[:detached].nil?
    param[:detached] = "false"
  end
      
  param[:timeout].nil? ? timeout = 300 : timeout = param[:timeout].to_i

  # Launch the program execution into the background, wait for it to finish.
  if param[:wait].to_s == "true"
    param[:threaded] = "true"

    #pid = execute_command( MobyCommand::Application.new( :Shell, command, nil, nil, nil, nil, nil, nil, param ) ).to_i

    pid = execute_command( MobyCommand::Application.new( :Shell, { :application_name => command, :flags => param } ) ).to_i
   
    data = "" 
    if pid != 0
      time = Time.new + timeout
      while true

        obj = shell_command(pid)

        sleep 1

        data += obj['output'].to_s # cast to string in case of output is nil

        if Time.new > time
          command_params = {:kill => 'true'}
          command_output = shell_command(pid, command_params)['output']
          raise RuntimeError, "Timeout of #{timeout.to_s} seconds reached. #{command_output}"
        elsif obj['status'] == "RUNNING"
          next
        else 
          break
        end

      end
    end
    return data
  end

  #return execute_command( MobyCommand::Application.new( :Shell, command, nil, nil, nil, nil, nil, nil, nil, param ) ).to_s

  return execute_command( MobyCommand::Application.new( :Shell, { :application_name => command, :flags => param } ) ).to_s

end

#find_object(app_details = nil, objects = nil, checksum = nil) ⇒ Object

nodoc

=> ”, id => ”, applicationUid => ”,[ => ” , :className => , :text => ,..]



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# File 'lib/testability-driver-plugins/testability-driver-qt-sut-plugin/behaviours/sut.rb', line 830

def find_object( app_details = nil, objects = nil, checksum = nil )
  execute_command( MobyCommand::FindObjectCommand.new( self, app_details, objects, checksum ) )
end

#group_behaviours(interval, app, &block) ⇒ Object

description

Groups behaviours into a single message. Commands are executed in the target in sequence using the given interval as timeout between the commands. The interval is not quaranteed to be exactly the specified amount and will vary depending on the load in the target device. Therefore it is not recommended to use the interval as basis for the test results. The commands are all executed in the target device in a single roundtrip from TDriver to the target device so no verification will or can be done between the commands so do not group behaviours which change the ui in a way that the next command may fail. Best use cases for the grouping is static behaviours such as virtual keyboard button taps. Behaviours can only be qrouped for one application at a time and you need to provide the application object as parameter. Sut behaviours cannot be grouped.

arguments

interval

Fixnum
 description: Inteval time in seconds (0.1 is an acceptable value)
 example: 1

app

MobyBase::TestObject
 description: The target application for the grouped behaviours
 example: -

&block

Proc
 description: Code block containing the behaviours to group as one.
 example: {app.Object.tap;app.Object_two.tap}

returns

NilClass

description: -
example: -



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# File 'lib/testability-driver-plugins/testability-driver-qt-sut-plugin/behaviours/sut.rb', line 765

def group_behaviours( interval, app, &block )
  begin      
    raise ArgumentError.new("Application must be defined!") unless app
    raise ArgumentError.new("Interval must be a number.") unless interval.kind_of?(Numeric)

    interval_millis = interval*1000 # to millis

    # make one refresh before execution then freeze
    find_object_state = parameter[ :use_find_object, false ]
    parameter[ :use_find_object] = false 

    app.force_refresh({:id => get_application_id})
    freeze

    #disable sleep to avoid unnecessary sleeping
    parameter[ :sleep_disabled ] = true

    ret = execute_command( MobyCommand::Group.new(interval_millis.to_i, app, block ) )

    parameter[ :sleep_disabled ] = false
    parameter[ :use_find_object] = find_object_state

    unfreeze

    # the behaviour returns the amout of behaviours
    # sleep to avoid sending messages to the app until the 
    # commands have been executed
    sleep ( ret * interval )

    $logger.behaviour "PASS;Successfully executed grouped behaviours.;#{ id };sut;{};group_behaviours;"
  rescue Exception => e
    $logger.behaviour "FAIL;Failed to execute grouped behaviours.;#{ id };sut;{};group_behaviours;"
    raise RuntimeError, "Unable to execute grouped behaviours: Exception: #{ e.message } (#{ e.class })"
  end
  nil
end

#kill_started_processes ⇒ Object

description

Kills all of the applications started through the server.

returns

NilClass

description: -
example: -



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# File 'lib/testability-driver-plugins/testability-driver-qt-sut-plugin/behaviours/sut.rb', line 61

def kill_started_processes

  # execute the application control service request
  execute_command( MobyCommand::Application.new( :KillAll ) )
  nil
end

#launch_with_uid(target_application_hash = {}) ⇒ Object

description

launches application in symbian device based on UID and return launched application if succesfull.

arguments

target_application_hash

Hash
 description: Hash defining expected attributes of the application
 example: { :UID => '' }

returns

MobyBase::Application

description: launched application that matched the uid
example: -

exceptions

TypeError

description: Wrong argument type %s for attributes (expected Hash)



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# File 'lib/testability-driver-plugins/testability-driver-qt-sut-plugin/behaviours/sut.rb', line 365

def launch_with_uid( target_application_hash = {} )

  begin

    target_application_hash.check_type Hash, 'wrong argument type $1 for application attributes (expected: $2)'
  
    the_uid =  "failed with uid:" + target_application_hash[ :UID ].to_s

    fullname = @sut.fixture( "launch", "launch_with_uid", target_application_hash )
    
    raise fullname if fullname == the_uid
    
    full_shortname = fullname.rpartition( '\\' )[ -1 ]
    
    shortname = full_shortname.rpartition( '.' )[ 0 ]
    
    app_child = @sut.application( :name => shortname )

  rescue

    $logger.behaviour "FAIL;Failed to find application.;#{ id.to_s };sut;{};application;#{ target_application_hash.inspect }"

    raise

  end

  $logger.behaviour "PASS;Application found.;#{ id.to_s };sut;{};application;#{ target_application_hash.inspect }"

  app_child

end

#list_apps ⇒ Object

description

Returns XML list of applications running on SUT known to qttasserver n

arguments

returns

String

description: tasMessage XML
example: <tasMessage dateTime="2010.10.26 17:01:53.930" version="0.9.1" ><tasInfo id="1" name="Qt4.7.0" type="qt" ><object id="" name="QApplications" type="applications" ></object></tasInfo></tasMessage>

exceptions

RuntimeError

description: if getting applications list throws any exception it's converted to RuntimeError with descriptive message



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# File 'lib/testability-driver-plugins/testability-driver-qt-sut-plugin/behaviours/sut.rb', line 81

def list_apps

  apps = nil

  begin
    # execute the application control service request
    apps = execute_command( MobyCommand::Application.new( :ListApps ) )
    $logger.behaviour "PASS;Successfully listed applications.;#{ id };sut;{};list_apps;"

  rescue Exception => e

    $logger.behaviour "FAIL;Failed to list applications.;#{ id };sut;{};list_apps;"
    raise RuntimeError, "Unable to list applications: Exception: #{ e.message } (#{ e.class })"

  end

  apps     

end

#list_crashed_apps ⇒ Object

nodoc

NOT SUPPORTED ANYMORE

Raises:

  • (ArgumentError) 


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# File 'lib/testability-driver-plugins/testability-driver-qt-sut-plugin/behaviours/sut.rb', line 169

def list_crashed_apps
    
  raise ArgumentError, 'Behaviour "list_crashed_apps" is no longer supported.'

end

#list_processes ⇒ Object

description

Returns XML list of processes running in the target. n

arguments

returns

String

description: tasMessage XML

exceptions

RuntimeError

description: if getting applications list throws any exception it's converted to RuntimeError with descriptive message



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# File 'lib/testability-driver-plugins/testability-driver-qt-sut-plugin/behaviours/sut.rb', line 113

def list_processes

  apps = nil

  begin
    # execute the application control service request
    apps = execute_command( MobyCommand::Application.new( :ListRunningProcesses ) )
    $logger.behaviour "PASS;Successfully listed processes.;#{ id };sut;{};list_processes;"

  rescue Exception => e

    $logger.behaviour "FAIL;Failed to list processes.;#{ id };sut;{};list_processes;"
    raise RuntimeError.new( "Unable to list processes: Exception: #{ e.message } (#{ e.class })" )

  end

  apps     

end

#list_started_apps ⇒ Object

description

Returns XML list of applications and start times for applications started by qttasserver n

arguments

returns

String

description: tasMessage XML
example: <tasMessage dateTime="2010.10.26 17:01:53.930" version="0.9.1" ><tasInfo id="1" name="Qt4.7.0" type="qt" ><object id="" name="QApplications" type="applications" ></object></tasInfo></tasMessage>

exceptions

RuntimeError

description: if getting applications list throws any exception it's converted to RuntimeError with descriptive message



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# File 'lib/testability-driver-plugins/testability-driver-qt-sut-plugin/behaviours/sut.rb', line 147

def list_started_apps

  apps = nil

  begin
    # execute the application control service request
    apps = execute_command( MobyCommand::Application.new( :ListStartedApps ) )
    $logger.behaviour "PASS;Successfully listed applications.;#{ id };sut;{};list_started_apps;"

  rescue Exception => e

    $logger.behaviour "FAIL;Failed to list applications.;#{ id };sut;{};list_started_apps;"
    raise RuntimeError, "Unable to list started applications: Exception: #{ e.message } (#{ e.class })"

  end

  apps     

end

#log_process_mem_start(thread_name, file_name = nil, timestamp_type = nil, interval_s = nil) ⇒ Object

nodoc

description

Starts process memory logging. Information about the given application’s heap memory usage will be stored in a file. In addition to application, used log file can be specified as well as the type of timestamp and interval length (in seconds).ŋ n

b]NOTE:[/b

Currently only supported on Symbian platform.

arguments

thread_name

String
 description: Name of the application process/thread.
 example: 'testapp'

file_name

String
 description: Full name (containing path) of the used log file.
 example: 'c:\Data\proc_mem.log'

timestamp_type

String
 description: Type of the used timestamp, either "absolute" for
              current system time or "relative" or not specified for
              relative timestamp from 0 in milliseconds.
 example: 'absolute'

interval_s

Integer
 description: Logging interval in seconds.
 example: 2

returns

String

description: Response message
example: 'OK'



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# File 'lib/testability-driver-plugins/testability-driver-qt-sut-plugin/behaviours/sut.rb', line 570

def log_process_mem_start(thread_name, file_name = nil, timestamp_type = nil, interval_s = nil)
  status = nil
  begin

=begin
    status = execute_command(
                 MobyCommand::Application.new(
                              :ProcessMemLoggingStart,
                              thread_name,
                              nil, nil, nil, nil, nil, nil,
                              {:file_name => file_name, :timestamp => timestamp_type, :interval_s => interval_s} ) )
=end


    status = execute_command(
      MobyCommand::Application.new(
        :ProcessMemLoggingStart,
        { :application_name => thread_name, :flags => { :file_name => file_name, :timestamp => timestamp_type, :interval_s => interval_s } }
      ) 
    )

    $logger.behaviour "PASS;Successfully started process memory logging.;#{ id };sut;{};log_process_mem_start;"

  rescue Exception => e

    $logger.behaviour "FAIL;Failed to start process memory logging.;#{ id };sut;{};log_process_mem_start;"
    raise RuntimeError, "Unable to start process memory logging: Exception: #{ e.message } (#{ e.class })"

  end

  status

end

#log_process_mem_stop(thread_name, return_data = nil) ⇒ Object

nodoc

description

Stops process memory logging. Logging of the given application’s heap memory usage is stopped. Either the full log file name or the log file contents will be returned.n n

b]NOTE:[/b

Currently only supported on Symbian platform.

arguments

thread_name

String
 description: Name of the application process/thread.
 example: 'testapp'

return_data

String
 description: Should the log file data be returned in response message.
              If false, only the log file name will be returned.
 example: 'true'

returns

String

description: Either the full log file name or the log file contents.
example: 'OK'



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# File 'lib/testability-driver-plugins/testability-driver-qt-sut-plugin/behaviours/sut.rb', line 627

def log_process_mem_stop(thread_name, return_data = nil)
  log = nil
  begin

    log = execute_command(
      MobyCommand::Application.new(
        :ProcessMemLoggingStop,
        { :application_name => thread_name, :flags => { :return_data => return_data } } 
      ) 
    )

    $logger.behaviour "PASS;Successfully stopped process memory logging.;#{ id };sut;{};log_process_mem_stop;"
  rescue Exception => e
    $logger.behaviour "FAIL;Failed to stop process memory logging.;#{ id };sut;{};log_process_mem_stop;"
    raise RuntimeError, "Unable to stop process memory logging: Exception: #{ e.message } (#{ e.class })"
  end
  log
end

#set_event_type(new_type) ⇒ Object

description

Set the event type used to interact with the target. Possible methods are :Mouse, :Touch and :Both. Event generation depends on this setting. If set to :Mouse or :Touch then only those events are generated. If set to :Both then both mouse and touch events are sent. In this situation touch events are set as primary. This setting has no affect when using multitouch.nn

b]NOTE:[/b

If you generate multitouch type events e.g. a.tap_down,

b.tap_down then a.tap_up, b.tap_up you must set the type to :Touch to avoid mouse events to be generated.

arguments

new_type

Symbol
 description: Symbol defining which method to use: :Mouse, :Touch and :Both.
 example: :Touch

returns

NilClass

description: -
example: -

raises

ArgumentError

description: If invalid type is given.

Raises:

  • (ArgumentError) 


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# File 'lib/testability-driver-plugins/testability-driver-qt-sut-plugin/behaviours/sut.rb', line 822

def set_event_type(new_type)
   raise ArgumentError.new("Invalid event type. Accepted values :" << @@_event_type_map.keys.join(", :") ) unless @@_event_type_map.include?(new_type)
  $parameters[ id ][ :event_type] = @@_event_type_map[new_type]
  nil
end

#shell_command(pid, param = {}) ⇒ Object

description

Control and retrieve data from a command started by [link=“#QtSUT:execute_shell_command”]execute_shell_command. On a running process, the status and produced output is returned. The command will remove all output from the server that has already been retrieved by the testability driver script. If the command status is FINISHED, all information is removed from the server.

arguments

pid

Integer
 description: Process id of the command returned by the threaded execute_shell_command.
 example: 23442

param

Hash
 description: Additional parameters for the command. Currently supported is ":kill", which will kill the process.
 example: {:kill => 'true'}

tables

shell_command_return_values

title: Shell command return values
|Key|Description|
|status|RUNNING, ERROR, FINISHED|
|output|Command output|
|exitCode|Return code of the command if finished|

returns

Hash

description: The return hash will be empty if no pid is found.
example: {:status => 'FINISHED', :output => 'example_output', :exitCode => 0}

exceptions

ArgumentError

description: The command argument was not a non empty String

Raises:

  • (ArgumentError) 


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# File 'lib/testability-driver-plugins/testability-driver-qt-sut-plugin/behaviours/sut.rb', line 294

def shell_command( pid, param = {} )

  raise ArgumentError, "pid argument should be positive integer." unless pid.to_i > 0

  param[ :status ] = 'true'

  xml_source = execute_command( 
    MobyCommand::Application.new( 
      :Shell, 
      { 
        :application_name => pid.to_s, 
        :flags => param 
      }
     )
  ).to_s

  if param[ :kill ].nil?


    object_xml_data, unused_rule = @test_object_adapter.get_objects( MobyUtil::XML.parse_string( xml_source ), { :type => 'Response' }, true )

=begin
    data = {}

    object_xml_data.collect{ | element |
    
      data.merge!( 

        @test_object_adapter.test_object_attributes( element ) 

      )

    }
=end

    object_xml_data.inject( {} ){ | result, element |

      result.merge!( @test_object_adapter.test_object_attributes( element ) )

    }

  else

    # Killed processes have no relevant data.
    {
      :status => "KILLED",
      :output => xml_source
    }

  end

end

#system_available_mem ⇒ Object

description

Returns the amount of available memory in bytes. Note that this will query for the details from the device. If you intend to use all of the memory details see system_information on how to get the details in one query.

arguments

returns

Integer

description: Amount of available memory, or -1 if there was an error
example: 1214980096

exceptions



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# File 'lib/testability-driver-plugins/testability-driver-qt-sut-plugin/behaviours/sut.rb', line 460

def system_available_mem
  info = system_information
  begin 
    info.MemoryStatus.attribute('available').to_i
  rescue Exception => e
    -1
  end
end

#system_information ⇒ Object

description

Returns details about the tested target. The data is platform/device specific which will make your scripts platform dependant. For devices with mobility apis the data available from them is returned and could be somewhat similar across platforms. Memory details are returned in a fixed format so they can be used and still maintain compatibility cross platforms. However it should be noted that platforms which do not support memory details will return -1 (scripts will not break but data will not be usable).

arguments

returns

MobyBase::StateObject

description: Similar object to test objects.
example: -

exceptions



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# File 'lib/testability-driver-plugins/testability-driver-qt-sut-plugin/behaviours/sut.rb', line 405

def system_information

  # xml_source = execute_command( MobyCommand::Application.new( :SystemInfo, nil) )
  # @sut.state_object( xml_source )

  @sut.state_object( 
    execute_command( 
      MobyCommand::Application.new( :SystemInfo ) 
    )
  )

end

#system_total_mem ⇒ Object

description

Returns the total amount of memory in bytes. Note that this will query for the details from the device. If you intend to all of the memory details see system_information on how to get the details in one query.

arguments

returns

Integer

description: Amount of total memory, or -1 if there was an error
example: 2147483647

exceptions



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# File 'lib/testability-driver-plugins/testability-driver-qt-sut-plugin/behaviours/sut.rb', line 443

def system_total_mem
  info = system_information
  begin 
    info.MemoryStatus.attribute('total').to_i
  rescue Exception => e
    -1
  end
end

#tap_screen(x, y, time_to_hold = 0.1) ⇒ Object

description

Taps the SUT screen at the specified coordinates.n n

b]NOTE:[/b

Method is only implemented in *nix enviroments.

arguments

x

Fixnum
 description: Target point vertical axis coordinate.
 example: 50

y

Fixnum
 description: Target point horizontal axis coordinate.
 example: 100

time_to_hold

Float
 description: Duration of the tap, in seconds.
 example: 0.1

returns

NilClass

description: Always returns nil
example: -



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# File 'lib/testability-driver-plugins/testability-driver-qt-sut-plugin/behaviours/sut.rb', line 494

def tap_screen( x, y, time_to_hold = 0.1 ) # todo count
    
  command = MobyCommand::Tap.new(x,y,time_to_hold)

  begin 
    execute_command( command )            
    nil
  rescue Exception
    
    $logger.behaviour "FAIL;Failed tap_screen on coords \"#{ x }:#{ y }\";"

    raise
    
  end      

end