def test_exstyle(self): "Make sure the exstyle method returns correct result" self.assertEquals(0x110, exstyle(self.dlghandle)) self.assertEquals(0x200, exstyle(self.edit_handle))
def test_exstyle(self): """Make sure the exstyle method returns correct result""" self.assertEquals(0x110, exstyle(self.dlghandle)) self.assertEquals(0x200, exstyle(self.edit_handle))
def Last_Second_Save(): # start = time.time() hndls = None hndls = findwindows.find_windows() imgs = None imgs = [] for hndl in hndls: if ((handleprops.exstyle(hndl) == 256 or handleprops.exstyle(hndl) == 786688 or handleprops.exstyle(hndl) == 262400 or handleprops.exstyle(hndl) == 65792 or handleprops.exstyle(hndl) == 2097408 or handleprops.exstyle(hndl) == 262416 or handleprops.exstyle(hndl) == 327937 or handleprops.exstyle(hndl) == 0) and not (handleprops.text(hndl) == None or handleprops.text(hndl) == "")): print( str(handleprops.text(hndl)) + " - " + str(handleprops.exstyle(hndl))) if (str(handleprops.text(hndl)).strip() == ""): continue else: try: app = None app = hwndwrapper.HwndWrapper(hndl) # app.set_focus() win32functions.WaitGuiThreadIdle(hndl) if app.is_minimized(): app.restore() time.sleep(0.25) win32functions.WaitGuiThreadIdle(hndl) app.set_focus() win32functions.WaitGuiThreadIdle(hndl) rect = None rect = handleprops.rectangle(hndl) win32functions.WaitGuiThreadIdle(hndl) box = None box = (rect.left, rect.top, rect.right, rect.bottom) img = None img = getRectAsImage(box) imgs.append(img) # time.sleep(0.1) except: # print("ERROR --- "+(str(handleprops.text(hndl)) + " - " + str(handleprops.processid(hndl)))) # print("Unexpected error:", sys.exc_info()[0]) continue #START IF# if len(imgs) > 0: sqrt = math.sqrt(len(imgs)) # print(sqrt) if sqrt > int(sqrt): if len(imgs) == 1: matrix_col, matrix_row = (1, 1) else: matrix_col, matrix_row = (int(sqrt), int(sqrt)) addition = [0] while (matrix_col * matrix_row) < len(imgs): if (addition[0] == 0): matrix_col += 1 addition[0] = 1 else: matrix_row += 1 addition[0] = 0 else: matrix_col, matrix_row = (int(sqrt), int(sqrt)) # print("MATRIX: " + str(matrix_row) + "x" + str(matrix_col)) finalRes_width = 960 * matrix_col finalRes_height = 540 * matrix_row result = Image.new("RGB", (finalRes_width, finalRes_height)) # print("RESULT IMAGE SIZE: " + str(result.size)) perImg_width = 960 perImg_height = 540 lst_counter = 0 # print("NUMBER OF IMGS: " + str(len(imgs))) for col in range(matrix_col): for row in range(matrix_row): if len(imgs) > lst_counter: imgs[lst_counter].thumbnail((perImg_width, perImg_height), Image.LANCZOS) x = col * perImg_width y = row * perImg_height w, h = imgs[lst_counter].size result.paste(imgs[lst_counter], (x, y, x + w, y + h)) lst_counter += 1 now = datetime.now() name = ("LastSecondSave-" + str(now.year) + "-" + str(now.month) + "-" + str(now.day) + "-" + str(now.hour) + "-" + str(now.minute)) homeDir = os.path.expanduser("~") if os.path.isdir(homeDir + "\\LastSecondSave"): result.save(homeDir + "\\LastSecondSave\\" + name + ".jpg") else: os.mkdir(homeDir + "\\LastSecondSave") result.save(homeDir + "\\LastSecondSave\\" + name + ".jpg")