Renamed docs folder
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About pywinauto
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===============
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Pywinauto is a tool to automate Windows dialogs and controls.
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There are also some tests supplied - but these are more
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applicable to Localisation UI testing.
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========
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How To's
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========
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How to sepcify an usable Application instance
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---------------------------------------------
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An ``Application()`` instance is the point of contact for all work
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with the app you are automating. So the Application instance needs
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to be connected to a process. There are two ways of doing this::
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start_(self, cmd_line, timeout = app_start_timeout):
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or ::
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connect_(self, **kwargs):
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``start_()`` is used when the application is not running and you
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need to start it. Use it in the following way::
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app = Application()
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app.start_(r"c:\path\to\your\application -a -n -y --arguments")
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The timeout parameter is optional, it should only be necessary to use
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it if the application takes a long time to start up.
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``connect_()`` is used when the application to be automated is already
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running. To specify a an already runing application you need to specify
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one of the following:
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:process: the process id of the application, e.g.
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::
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app = Application()
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app.connect_(process = 2341)
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:handle: The windows handle of a window of the application, e.g.
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::
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app = Application()
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app.connect_(handle = 0x010f0c)
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:path: The path of the executable of the process (``GetModuleFileNameEx``
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is used to find the path of each process and compared against
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the value passed in) e.g.
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::
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app = Application()
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app.connect_(path = r"c:\windows\system32\notepad.exe")
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or any combination of the parameters that specify a window, these get
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passed to the ``findwindows.find_windows()`` function. e.g. ::
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app = Application()
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app.connect_(title_re = ".*Notepad", class_name = "Notepad")
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How to sepcify a dialog of the application
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------------------------------------------
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Once the application instance knows what application it is connected to
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a dialog to work on needs to be specified.
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There are many different ways of doing this. The most common will be
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using item or attribute access to select a dialog based on it's title. e.g ::
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dlg = app.Notepad
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or equivalently ::
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dlg = app['Notepad']
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The next easiest method is to ask for the ``top_window_()`` e.g. ::
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dlg = app.top_window_()
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This will return the window that has the highest Z-Order of the top-level
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windows of the application.
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**Note**: This is currently fairly untested so I am not sure it will
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return the correct window. It will definitely be a top level window of
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the application - it just might not be the one highest in the Z-Order.
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If this is not enough control they you can use the same parameters as
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can be passed to ``findwindows.find_windows()`` e.g. ::
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dlg = app.window_(title_re = "Page Setup", class_name = "#32770")
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Finally to have the most control you can use ::
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dialogs = app.windows_()
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this will return a list of all the visible, enabled, top level windows
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of the application. You can then use some of the methods in ``handleprops``
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module select the dialog you want. Once you have the handle you need
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then use ::
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Application.window_(handle = win)
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How to specify a control on a dialog
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------------------------------------
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There are a number of ways to specify a control, the simplest are::
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app.dlg.control
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app['dlg']['control']
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The 2nd is better for non English OS's where you need to pass unicode
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strings e.g. app[u'your dlg title'][u'your ctrl title']
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The code builds up multiple identifiers for each control from the following:
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+ title
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+ friendly class
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+ title + friendly class
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If the control's text is empty (after removing non char characters) text is
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not used. Instead we look for the closest control above and to the right fo
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the contol. And append the friendly class. So the list becomes
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+ friendly class
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+ closest text + friendly class
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Once a set of identifiers has been created for all controls in the dialog
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we disambiguate them.
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use the `WindowSpecification.print_control_identifiers()` method
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e.g. ::
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app.YourDialog.print_control_identifiers()
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Sample output::
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Button - Paper (L1075, T394, R1411, B485)
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'PaperGroupBox' 'Paper' 'GroupBox'
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Static - Si&ze: (L1087, T420, R1141, B433)
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'SizeStatic' 'Static' 'Size'
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ComboBox - (L1159, T418, R1399, B439)
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'ComboBox' 'SizeComboBox'
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Static - &Source: (L1087, T454, R1141, B467)
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'Source' 'Static' 'SourceStatic'
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ComboBox - (L1159, T449, R1399, B470)
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'ComboBox' 'SourceComboBox'
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Button - Orientation (L1075, T493, R1171, B584)
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'GroupBox' 'Orientation' 'OrientationGroupBox'
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Button - P&ortrait (L1087, T514, R1165, B534)
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'Portrait' 'RadioButton' 'PortraitRadioButton'
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Button - L&andscape (L1087, T548, R1165, B568)
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'RadioButton' 'LandscapeRadioButton' 'Landscape'
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Button - Margins (inches) (L1183, T493, R1411, B584)
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'Marginsinches' 'MarginsinchesGroupBox' 'GroupBox'
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Static - &Left: (L1195, T519, R1243, B532)
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'LeftStatic' 'Static' 'Left'
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Edit - (L1243, T514, R1285, B534)
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'Edit' 'LeftEdit'
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Static - &Right: (L1309, T519, R1357, B532)
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'Right' 'Static' 'RightStatic'
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Edit - (L1357, T514, R1399, B534)
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'Edit' 'RightEdit'
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Static - &Top: (L1195, T550, R1243, B563)
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'Top' 'Static' 'TopStatic'
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Edit - (L1243, T548, R1285, B568)
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'Edit' 'TopEdit'
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Static - &Bottom: (L1309, T550, R1357, B563)
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'BottomStatic' 'Static' 'Bottom'
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Edit - (L1357, T548, R1399, B568)
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'Edit' 'BottomEdit'
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Static - &Header: (L1075, T600, R1119, B613)
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'Header' 'Static' 'HeaderStatic'
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Edit - (L1147, T599, R1408, B619)
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'Edit' 'TopEdit'
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Static - &Footer: (L1075, T631, R1119, B644)
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'FooterStatic' 'Static' 'Footer'
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Edit - (L1147, T630, R1408, B650)
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'Edit' 'FooterEdit'
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Button - OK (L1348, T664, R1423, B687)
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'Button' 'OK' 'OKButton'
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Button - Cancel (L1429, T664, R1504, B687)
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'Cancel' 'Button' 'CancelButton'
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Button - &Printer... (L1510, T664, R1585, B687)
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'Button' 'Printer' 'PrinterButton'
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Button - Preview (L1423, T394, R1585, B651)
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'Preview' 'GroupBox' 'PreviewGroupBox'
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Static - (L1458, T456, R1549, B586)
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'PreviewStatic' 'Static'
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Static - (L1549, T464, R1557, B594)
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'PreviewStatic' 'Static'
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Static - (L1466, T586, R1557, B594)
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'Static' 'BottomStatic'
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This exmple has been taken from test_application.py
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**Note** The identifiers printed by this method have been run through
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the process that makes the identifier unique. So if you have 2 edit boxes,
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they will both have "Edit" listed in their identifiers. In reality though
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the first one can be refered to as "Edit", "Edit0", "Edit1" and the 2nd
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should be refered to as "Edit2"
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**Note** You do not have to be exact!. Say we take an instance from the
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example above::
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Button - Margins (inches) (L1183, T493, R1411, B584)
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'Marginsinches' 'MarginsinchesGroupBox' 'GroupBox'
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Let's say that you don't like any of these
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- ``GroupBox`` - too generic, it could be any group box
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- ``Marginsinches`` and ``MarginsinchesGroupBox`` - these just don'
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look right, it would be nicer to leave out the 'inches' part
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Well you CAN! The code does a best match on the identifer you use against
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all the available identifiers in the dialog.
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For example if you break into the debugger you can see how different
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identifiers can be used::
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(Pdb) print app.PageSetup.Margins.Text()
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Margins (inches)
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(Pdb) print app.PageSetup.MarginsGroupBox.Text()
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Margins (inches)
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And this will also cater for typos. Though you still have to be careful
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as if there are 2 similar identifiers in the dialog the typo you have
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used might be more similar to another control then the one you were
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thinking of.
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How to use pywinauto with application languages other than English
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------------------------------------------------------------------
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Because Python does not support unicode identifiers in code
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you cannot use attribute access to reference a control so
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you would either have to use item access or make an explicit
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calls to ``window_()``.
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So instead of writing::
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app.dialog_ident.control_ident.Click()
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You would have to write::
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app['dialog_ident']['control_ident'].Click()
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Or use ``window_()`` explictly::
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app.window_(title_re = "NonAsciiCharacters").window_(title = "MoreNonAsciiCharacters").Click()
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To see an example of this see ``examples\MiscExamples.py.GetInfo()``
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How to deal with controls that do not respond as expected (e.g. OwnerDraw Controls)
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------------------------------------------------------------------------------------
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Some controls (especially Ownerdrawn controls) do not respond to events as
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expected. For example if you look at any HLP file and go to the Index Tab (click
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'Search' button) you will see a listbox. Running Spy or Winspector on this
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will show you that it is indeed a list box - but it is ownerdrawn. This means
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that the developer has told Windows that they will override how items are displayed
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and do it themselves. And in this case they have made it so that strings cannot be
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retrieved :-(.
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So what problems does this cause? ::
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app.HelpTopics.ListBox.Texts() # 1
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app.HelpTopics.ListBox.Select("ItemInList") # 2
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1. Will return a list of empty strings, all this means is that pywinauto has not
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been able to get the strings in the listbox
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2. This will fail with an IndexError because the Select(string) method of a ListBox
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looks for the item in the Texts to know the index of the item that it should select.
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The following workaround will work on this control ::
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app.HelpTopics.ListBox.Select(1)
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This will select the 2nd item in the listbox, because it is not a string lookup
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it works correctly.
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Unfortunately not even this will always work. The developer can make it so that the
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control does not respond to standard events like Select. In this case the only way
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you can select items in the listbox is by using the keyboard simulation of TypeKeys().
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This allows you to send any keystrokes to a control. So to select the 3rd item you
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would use::
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app.Helptopics.ListBox1.TypeKeys("{HOME}{DOWN 2}{ENTER}")
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- ``{HOME}`` will make sure that the first item is highlighted.
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- ``{DOWN 2}`` will then move the highlight down 2 items
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- ``{ENTER}`` will select the highlighted item
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If your application made extensive use of a similar control type then you could
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make using it easier by deriving a new class from ListBox, that could use extra
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knowledge about your particular application. For example in the WinHelp example
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evertime an item is highlighted in the list view, it's text is inserted into the
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Edit control above the list, and you CAN get the text of the item from there e.g. ::
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# print the text of the item currently selected in the list box
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# (as long as you are not typing into the Edit control!)
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print app.HelpTopics.Edit.Texts()[1]
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@ -0,0 +1,88 @@
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pywinauto
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(c) Mark Mc Mahon 2006
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Released under the LGPL licence
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What is it
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----------
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pywinauto is a set of python modules to automate the Microsoft Windows GUI.
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At it's simplest it allows you to send mouse and keyboard actions to windows
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dialogs and controls.
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Installation
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------------
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- Unzip the pywinauto zip file to a folder.
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- Install the following Python packages
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- ctypes http://starship.python.net/crew/theller/ctypes/
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- Sendkeys http://www.rutherfurd.net/python/sendkeys/index.html
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- *Optional* PIL http://www.pythonware.com/products/pil/index.htm
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- *Optional* elementtree http://effbot.org/downloads/
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To check you have it installed correctly
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Run Python ::
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>>> import application
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>>> app = application.Application()._start("notepad")
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>>> app.notepad.TypeKeys("%FX")
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Where to start
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--------------
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Look at the examples provided in test_application.py
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There are examples in there to work with Notepad and MSPaint.
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How does it work
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----------------
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A lot is done through attribute access (__getattr__) for each class. For example
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when you get the attribute of an Application or Dialog object it looks for a
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dialog or control (respectively).
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::
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myapp.Notepad # looks for a Window/Dialog of your app that has a title 'similar'
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# to "Notepad"
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myapp.PageSetup.OK # looks first for a dialog with a title like "PageSetup"
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# then it looks for a control on that dialog with a title
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# like "OK"
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This attribute resolution is delayed (currently a hard coded amount of time) until
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it succeeds. So for example if you Select a menu option and then look for the
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resulting dialog e.g. ::
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app.Notepad.MenuSelect("File->SaveAs")
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app.SaveAs.ComboBox5.Select("UTF-8")
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app.SaveAs.edit1.SetText("Example-utf8.txt")
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app.SaveAs.Save.Click()
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At the 2nd line the SaveAs dialog might not be open by the time this line is
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executed. So what happens is that we wait until we have a control to resolve
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before resolving the dialog. At that point if we can't find a SaveAs dialog with
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a ComboBox5 control then we wait a very short period of time and try again,
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this is repeated up to a maximum time (currently 1 second!)
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This avoid the user having to use time.sleep or a "WaitForDialog" function.
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Some similar tools for comparison
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---------------------------------
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* Python tools
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- Watsup
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- winGuiAuto
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* Other scripting language tools
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- Perl Win32::GuiTest
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- Ruby GuiTest
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- others?
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* Other free tools
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- AutoIt
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- See collection at:
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* Commercial tools
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- WinRunner
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- SilkTest
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- Visual Test
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- Many Others
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