SWAPY with a new code generator

1. We start manually Notepad ++.
2. We find the necessary menu item in the tree of SWAPY elements and click on it.
   
3. To update the element tree to display the newly opened window, you need to put a selection on the rootelement in the tree. In this case, all child elements will be updated.
4. We find About dialogue, it’s called for me Window#657198, it SWAPY itself formed the name from the handle of the window, since the window.Texts()name was not determined in the usual way ( ).
5. In the About hierarchy of the dialog we find the license text and click on it.
   
   
   
   Only the following lines were added:
   
   

   window = app.Dialog
   edit = window.Edit2
   edit.Click()  # Изменим на получение текста
   

   
   Those. SWAPY used an existing variable app. With auto-generated code for this test, we are done. Please note that Notepad ++ will be launched and closed after the test, the last line is responsible for this app.Kill_().

from pywinauto.application import Application
expected_text = “...”
app = Application().Start(cmd_line=u'"C:\\Program Files (x86)\\Notepad++\\notepad++.exe" ')
notepad = app[u'Notepad++']
notepad.Wait('ready')
menu_item = notepad.MenuItem(u'&?->\u041e \u043f\u0440\u043e\u0433\u0440\u0430\u043c\u043c\u0435...\tF1')
menu_item.Click()
window = app.Dialog
edit = window.Edit2
actual_text = edit.Texts()
app.Kill_()
assertEqual(expected_text, actual_text)

1. We start manually Notepad ++.
2. Open two additional tabs. We find the necessary in the tree of elements ToolBarand perform the action Clickon the button with index 0. As a result, the code appears and one new tab opens.
   
   
   
   We need another tab, repeat the action again. Since the button text is not available, addressing by index is used. We did not notice and accidentally clicked on the button with index 1.
   
   The code was added:
   
   

   toolbar_button2 = toolbarwindow.Button(1)
   toolbar_button2.Click()
   

   
   Need to be fixed. In order not to repeat everything from the beginning, SWAPY allows you to undo the last command (you can consecutively undo at least all the code).
   
   Clear last commandcancel the last command (highlighted fragment) - just what we need. To completely clear the code, there is a command Clear the code. A full cleaning is hidden behind a confirmation dialog, in order to avoid accidents at work.
   
   Now we will do everything right and click on the button with index 0.
   
   The code will be added:
   
   

   toolbar_button.Click()
   

   
   SWAPY remembers what is already there toolbar_button = toolbarwindow.Button(0)and for a second click to initialize it is no longer necessary.
   
3. For drug-n-drop, we use the method toolbarwindow.DragMouseInput. Details of use can be found in the documentation .
   
   Tab coordinates can be determined usingsystabcontrol.GetTabRect(0).mid_point()

# automatically generated by SWAPY
from pywinauto.application import Application
app = Application().Start(cmd_line=u'"C:\\Program Files (x86)\\'
                                   u'Notepad++\\notepad++.exe" ')
notepad = app[u'Notepad++']
notepad.Wait('ready')
systabcontrol = notepad.Tab
assertEqual([u'Tab', u'new 1'], systabcontrol.Texts())
toolbarwindow = notepad[u'3']
toolbar_button = toolbarwindow.Button(0)
toolbar_button.Click()
toolbar_button.Click()
assertEqual([u'Tab', u'new 1', u'new 2', u'new 3'], systabcontrol.Texts())
systabcontrol.DragMouseInput(
    press_coords=systabcontrol.GetTabRect(0).mid_point(),
    release_coords=systabcontrol.GetTabRect(2).mid_point())
assertEqual([u'Tab', u'new 2', u'new 3', u'new 1'], systabcontrol.Texts())
app.Kill_()

1. We will prepare test applications. Run and collapse Notepad ++, run the usual notepad with the test file = "notepad check.txt".
2. In the tree of objects we find the notebook and click on the contents of the editor.
   
   
   
   Please note that notepad will be launched with the original arguments.
3. Now we find Notepad ++ and its text box. You must not forget to deploy it first (Restore).
   
   
   
   
   
   Everything goes according to plan, but then suddenly we remembered that, according to the conditions of the task, Notepad ++ was already running, and our code would try to run it.
   SWAPY by default generates a bunch app = Application().Start ... app.Kill_(). But in our case, we do not need to run Notepad ++ again.
   
   The new code generator allows you to change the "approach" for generating code, and this can even be done ex post.
4. To change Application().Startto, Application().Connectyou need to call the context menu for the Notepad ++ application window and select Application().Connect.
   
   
5. Copying and pasting the text, we will issue later, but now suppose that the text is and needs to be saved.
   
   
6. The “Save as” window has opened, you need to update the element tree to see it. To do this, select the root element of the tree. After updating the tree, click on the field with the name of the file to be saved (in order to change it later) and on the button for saving.
   
   

# automatically generated by SWAPY
from pywinauto.application import Application
import time
import os
SAVE_PATH = r"Notepad_default_path"
app = Application().Start(cmd_line=u'"C:\\Windows\\system32\\notepad.exe" check.txt')
notepad = app.Notepad
notepad.Wait('ready')
edit = notepad.Edit
edit.TypeKeys("^a^c")  # Copy all the text
app2 = Application().Connect(title=u'new 1 - Notepad++', class_name='Notepad++')
notepad2 = app2[u'Notepad++']
notepad2.Restore()
scintilla = notepad2[u'1']
scintilla.TypeKeys("^a^v")  # Paste the text
#Save a file
menu_item = notepad2.MenuItem(u'&\u0424\u0430\u0439\u043b->\u0421\u043e\u0445\u0440\u0430\u043d\u0438\u0442\u044c \u043a\u0430\u043a...\tCtrl+Alt+S')
menu_item.Click()
window = app2.Dialog
edit2 = window.Edit
filename = "checked_at_%s" % time.time()  # Compose a filename
edit2.TypeKeys(filename)
button = window.Button
button.Click()
with open(os.path.join(SAVE_PATH, filename)) as f:
    assertEqual(“expected_text”, f.read())
app.Kill_()