mirror of
https://github.com/bspeice/libcvautomation
synced 2024-12-04 13:58:11 -05:00
Commit initial python libcvautomation_funcs wrapper
This commit is contained in:
Bradlee Speice
parent
7bc6a67a67
commit
dbe7bbd9c8
@ -68,7 +68,7 @@ def check_display():
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else:
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return True
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def get_display(): #Intended to be unsafe -
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def get_display(): #Intended to be unsafe (and a bit faster)-
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#all wrapper functions should use check_display() explicitly
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global X11_display
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return X11_display
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@ -80,7 +80,11 @@ def get_display(): #Intended to be unsafe -
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def open_display( display_name='' ):
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global X11_display
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X11_display = libcvautomation.cvaOpenDisplay( display_name )
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out( 'Opened display with name: ' + display_name )
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if X11_display not is Nothing:
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out( 'Opened display with name: ' + display_name )
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return True
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else:
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return False
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def close_display():
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global X11_display
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@ -97,80 +101,421 @@ def close_display():
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#-------------------------------------------------------------------------------
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_search_method_default=0
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_tolerance_default=2250000
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_tolerance_default=2250000 #Acceptable values are INT_MIN to INT_MAX
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_timeout_default=5
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_libcvautomation_error_location = libcvautomation.cvaPoint
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_libcvautomation_error_location.x = _libcvautomation_error_location.y = -1
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#-------------------------------------------------------------------------------
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# Begin the actual wrapper functions
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#-------------------------------------------------------------------------------
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def mouse_down( mouse_button = 1 ): #Default left-click
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pass
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"""Press a mouse button down, and leave it down."""
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if check_display():
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out( 'Mouse button down: ' + mouse_button )
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libcvautomation.xte_mouseDown( get_display(), mouse_button )
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return True
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else:
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#Display not open
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return False
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def mouse_up( mouse_button = 1 ): #Default left-click
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pass
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"""Release a mouse button."""
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if check_display():
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out( 'Mouse button up: ' + mouse_button )
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libcvautomation.xte_mouseUp( get_display(), mouse_button )
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return True
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else:
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#Display not open
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return False
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def mouse_click( mouse_button = 1 ): #Default left-click
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pass
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"""Click a mouse button where the mouse is currently located"""
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if check_display()
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out( 'Mouse button click: ' + mouse_button )
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libcvautomation.xte_clickMouse( get_display(), mouse_button )
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return True
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else:
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#Display not open
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return False
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def mouse_click_xy( x_coord, y_coord, mouse_button = 1 ):
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pass
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"""Click a mouse button at an absolute coordinate"""
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if check_display():
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out( 'Mouse button xy click: x=' + str(x_coord) + ' y=' + str(y_coord) + ' mouse_button=' + mouse_button )
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current_location = libcvautomation.xte_mouseLocation( get_display() )
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x_increment = x_coord - current_location.x
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y_increment = y_coord - current_location.y
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libcvautomation.xte_hoverMouseRXY( get_display(), x_increment, y_increment )
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libcvautomation.xte_clickMouse( get_display(), mouse_button )
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return True
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else:
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#Display not open
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return False
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def mouse_click_rxy( x_inc, y_inc, mouse_button = 1 ):
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pass
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"""Click a mouse button at a location relative to where it currently is at"""
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if check_display():
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out( 'Mouse button rxy click: x=' + str(x_inc) + ' y=' + str(y_inc) + ' mouse_button=' + mouse_button )
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libcvautomation.xte_hoverMouseRXY( get_display(), x_inc, y_inc )
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libcvautomation.xte_clickMouse( get_display(), mouse_button )
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return True
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else:
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#Display not open
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return False
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def mouse_click_image( [image_names], search_method = _search_method_default,
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tolerance = _tolerance_default, timeout = _timeout_default,
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mouse_button = 1, use_wait = True,
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use_center = True ):
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"""Click a mouse button on an image inside the root X11 window"""
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if check_display():
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out( 'Mouse button click on image: Images=' + image_names +
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' search_method=' + search_method + ' tolerance=' + tolerance +
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' timeout=' + _timeout_default + ' mouse_button=' +
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' use_wait=' + use_wait + ' use_center=' + use_center)
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if use_wait:
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#Loop through all images 'timeout' times, and click on the first match
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loop_check = 0
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while loop_check < timeout:
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for image in image_names:
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if use_center:
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image_location = libcvautomation.xte_clickMouseImage_location_center( get_display(),
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image, mouse_button, search_method, tolerance )
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else:
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image_location = libcvautomation.xte_clickMouseImage_location( get_display(),
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image, mouse_button, search_method, tolerance )
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if image_location != _libcvautomation_error_location
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#We've found our image, break out of the for loop and while loop
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return True
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loop_check += 1
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else:
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#Just cycle through the images once
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for image in image_names:
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if use_center:
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image_location = libcvautomation.xte_clickMouseImage_location_center( get_display(),
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image, mouse_button, search_method, tolerance )
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else:
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image_location = libcvautomation.xte_clickMouseImage_location( get_display(),
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image, mouse_button, search_method, tolerance )
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if image_location != _libcvautomation_error_location
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#We've found our image, break out of the for loop
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return True
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else:
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#Display not open or no image found
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return False
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def mouse_click_image( [image_names] ):
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pass
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def mouse_doubleclick( mouse_button = 1 ):
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pass
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"""Click a mouse button twice where the mouse is currently located"""
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if check_display()
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out( 'Mouse button doubleclick: ' + mouse_button )
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libcvautomation.xte_clickMouse( get_display(), mouse_button )
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return True
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else:
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#Display not open
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return False
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def mouse_doubleclick_xy( x_coord, y_coord, mouse_button = 1 ):
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pass
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"""Click a mouse button twice at an absolute coordinate"""
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if check_display():
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out( 'Mouse button xy doubleclick: x=' + str(x_coord) + ' y=' + str(y_coord) + ' mouse_button=' + mouse_button )
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current_location = libcvautomation.xte_mouseLocation( get_display() )
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x_increment = x_coord - current_location.x
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y_increment = y_coord - current_location.y
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libcvautomation.xte_hoverMouseRXY( get_display(), x_increment, y_increment )
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libcvautomation.xte_clickMouse( get_display(), mouse_button )
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libcvautomation.xte_clickMouse( get_display(), mouse_button )
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return True
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else:
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#Display not open
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return False
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def mouse_doubleclick_rxy( x_inc, y_inc, mouse_button = 1 ):
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pass
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"""Click a mouse button twice at a location relative to where it currently is at"""
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if check_display():
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out( 'Mouse button relative xy doubleclick: x=' + str(x_inc) + ' y=' + str(y_inc) + ' mouse_button=' + mouse_button )
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libcvautomation.xte_hoverMouseRXY( get_display(), x_inc, y_inc )
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libcvautomation.xte_clickMouse( get_display(), mouse_button )
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libcvautomation.xte_clickMouse( get_display(), mouse_button )
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def mouse_doubleclick_image( [image_names] ):
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pass
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return True
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else:
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#Display not open
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return False
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def mouse_doubleclick_image( [image_names], search_method = _search_method_default,
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tolerance = _tolerance_default, timeout = _timeout_default,
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mouse_button = 1, use_wait = True,
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use_center = True ):
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"""Click a mouse button twice on an image inside the root X11 window"""
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if check_display():
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out( 'Mouse button doubleclick on image: Images=' + image_names +
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' search_method=' + search_method + ' tolerance=' + tolerance +
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' timeout=' + _timeout_default + ' mouse_button=' +
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' use_wait=' + use_wait + ' use_center=' + use_center)
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if use_wait:
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#Loop through all images 'timeout' times, and click on the first match
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loop_check = 0
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while loop_check < timeout:
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for image in image_names:
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if use_center:
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image_location = libcvautomation.xte_clickMouseImage_location_center( get_display(),
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image, mouse_button, search_method, tolerance )
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else:
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image_location = libcvautomation.xte_clickMouseImage_location( get_display(),
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image, mouse_button, search_method, tolerance )
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if image_location != _libcvautomation_error_location
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#Make sure to click twice once we've found the image
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#Technically assumes that the system mouse timeout is less than
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#the time it takes to do two boolean compares - I think this is pretty safe
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libcvautomation.xte_clickMouse( get_display(), mouse_button )
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#We've found our image, break out of the for loop and while loop
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return True
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loop_check += 1
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else:
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#Just cycle through the images once
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for image in image_names:
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if use_center:
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image_location = libcvautomation.xte_clickMouseImage_location_center( get_display(),
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image, mouse_button, search_method, tolerance )
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else:
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image_location = libcvautomation.xte_clickMouseImage_location( get_display(),
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image, mouse_button, search_method, tolerance )
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if image_location != _libcvautomation_error_location
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#We've found our image, break out of the for loop
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return True
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else:
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#Display not open, or no image found
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return False
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def mouse_hover_xy( x_coord, y_coord ):
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pass
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"""Move the mouse to an absolute coordinate"""
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if check_display():
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out( 'Mouse button hover xy: x=' + str(x_coord) + ' y=' + str(y_coord) + ' mouse_button=' + mouse_button )
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current_location = libcvautomation.xte_mouseLocation( get_display() )
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x_increment = x_coord - current_location.x
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y_increment = y_coord - current_location.y
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libcvautomation.xte_hoverMouseRXY( get_display(), x_increment, y_increment )
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return True
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else:
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#Display not open
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return False
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def mouse_hover_rxy( x_inc, y_inc ):
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pass
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"""Move the mouse to a location relative to where it currently is at"""
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if check_display():
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out( 'Mouse button hover relative xy: x=': + str(x_inc) + ' y=' + str(y_inc) )
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libcvautomation.xte_hoverMouseRXY( get_display(), x_inc, y_inc )
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return True
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else:
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#Display not open
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return False
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def mouse_hover_image( [image_names], search_method = _search_method_default,
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tolerance = _tolerance_default, timeout = _timeout_default,
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mouse_button = 1, use_wait = True,
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use_center = True ):
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"""Move the mouse to an image inside the root X11 window"""
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if check_display():
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out( 'Mouse button click on image: Images=' + image_names +
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' search_method=' + search_method + ' tolerance=' + tolerance +
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' timeout=' + _timeout_default + ' mouse_button=' +
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' use_wait=' + use_wait + ' use_center=' + use_center)
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if use_wait:
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#Loop through all images 'timeout' times, and click on the first match
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loop_check = 0
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while loop_check < timeout:
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for image in image_names:
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if use_center:
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image_location = libcvautomation.xte_hoverMouseImage_location_center( get_display(),
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image, mouse_button, search_method, tolerance )
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else:
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image_location = libcvautomation.xte_hoverMouseImage_location( get_display(),
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image, mouse_button, search_method, tolerance )
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if image_location != _libcvautomation_error_location
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#We've found our image, break out of the for loop and while loop
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return True
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loop_check += 1
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else:
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#Just cycle through the images once
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for image in image_names:
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if use_center:
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image_location = libcvautomation.xte_hoverMouseImage_location_center( get_display(),
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image, mouse_button, search_method, tolerance )
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else:
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image_location = libcvautomation.xte_hoverMouseImage_location( get_display(),
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image, mouse_button, search_method, tolerance )
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if image_location != _libcvautomation_error_location
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#We've found our image, break out of the for loop
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return True
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else:
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#Display not open or no image found
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return False
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def mouse_hover_image( [image_names] ):
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pass
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def mouse_jiggle():
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pass
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"""Jiggle the mouse in place"""
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if check_display():
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out( 'Mouse button jiggle' )
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libcvautomation.xte_mouseJiggle( get_display() )
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return True
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else:
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#Display not open
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return False
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def mouse_scroll_up():
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pass
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"""Scroll the mouse wheel up"""
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if check_display():
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out( 'Mouse scroll up' )
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libcvautomation.xte_mouseScrollUp( get_display() )
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return True
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else:
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#Display not open
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return False
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def mouse_scroll_down():
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pass
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"""Scroll the mouse wheel down"""
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if check_display():
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out( 'Mouse scroll down' )
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libcvautomation.xte_mouseScrollDown( get_display() )
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return True
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else:
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#Display not open
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return False
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def mouse_drag_n_drop( drag_image, drag_to ):
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pass
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"""Drag and drop from one location to another"""
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if check_display():
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out( 'Mouse drag and drop: dragging from=' + drag_image +
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' dragging to=' + drag_to )
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successful_hover = mouse_hover_image( drag_image )
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if successful_hover:
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mouse_down( mouse_button=1 )
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successful_hover = mouse_hover_image( drag_to )
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mouse_up( mouse_button=1 )
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#Return True if both hovers are successful, False otherwise
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return successful_hover
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else:
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#Display not open
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return False
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def key_string( string ):
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pass
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"""Enter a string of text on the keyboard"""
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if check_display():
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out( 'Key string enter: string=' + string )
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libcvautomation.xte_clickKeyStr( get_display(), string )
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return True
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else:
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#Display not open
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return False
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def key_down( key_name ):
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pass
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"""Press a key down on the keyboard"""
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if check_display():
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out( 'Key button down: key_name=' + key_name )
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libcvautomation.xte_keyDown( get_display(), key_name )
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return True
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else:
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#Display not open
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return False
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def key_up( key_name ):
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pass
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"""Press a key down on the keyboard"""
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if check_display():
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out( 'Key button up: key_name=' + key_name )
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libcvautomation.xte_keyUp( get_display(), key_name )
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return True
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else:
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#Display not open
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return False
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def key_click( key_name ):
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pass
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"""Press a key down on the keyboard and release it"""
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if check_display():
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out( 'Key button click: key_name=' + key_name )
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libcvautomation.xte_keyDown( get_display(), key_name )
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return True
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else:
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#Display not open
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return False
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def image_location( [image_names] ):
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pass
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def image_location( [image_names], search_method = _search_method_default,
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tolerance = _tolerance_default, use_center = True ):
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"""Find the location of an image on screen (don't wait for it to show up)"""
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if check_display():
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location_array = {}
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out( 'Locate image (image_location): image_names=' + image_names )
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if use_center:
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for image in image_names:
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image_location = libcvautomation.matchSubImage_X11_center( get_display(), image,
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search_method, tolerance )
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location_array += [image, image_location]
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else:
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for image in image_names:
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image_location = libcvautomation.matchSubImage_X11( get_display(), image,
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search_method, tolerance )
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location_array += [image, image_location]
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def waitfor( [image_names] ):
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pass
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return location_array
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else:
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#Display not open, but return the same type
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return {}
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def wait_for( [image_names], search_method = _search_method_default,
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tolerance = _tolerance_default, timeout = _timeout_default,
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use_wait = True, use_center = True ):
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"""Find the location of an image on screen (wait for it to show up if it's not immediately available)"""
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if check_display():
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location_array = {}
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out( 'Locate image (waitfor): image_names=' + image_names )
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if use_center:
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for image in image_names:
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image_location = libcvautomation.waitForImage_location( get_display(), image,
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search_method, tolerance, timeout )
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location_array += [image, image_location]
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else:
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for image in image_names:
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image_location = libcvautomation.waitForImage_location_center( get_display(), image,
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search_method, tolerance, timeout )
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location_array += [image, image_location]
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return location_array
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else:
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#Display not open, but return the same type
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return {}
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## \file libcvautomation_funcs.py
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# \brief Libcvautomation wrapper for python
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