########################################################################### # # Copyright (c) 2019-2021 Diality Inc. - All Rights Reserved. # # THIS CODE MAY NOT BE COPIED OR REPRODUCED IN ANY FORM, IN PART OR IN # WHOLE, WITHOUT THE EXPLICIT PERMISSION OF THE COPYRIGHT OWNER. # # @file utils.py # # @author (last) Joseph varghese # @date (last) 16-Jun-2022 # ############################################################################ import object import names import sys import squish import time import test from dialin.ui.hd_simulator import HDSimulator from builtins import int as pyInt from configuration import config from dialin.ui import utils from datetime import datetime from dialin.common.msg_ids import MsgIds hd_simulator = HDSimulator() LOG_LOCATION = "/home/denali/Desktop/sd-card/log/*.log" def start_application(app_name): """ Function to start application and verify application status [running] If application does not start or running status is false, test stops Argument: @param app_name : (str) - Name of the application @param app_executable : (str) - Actual application @return: handle for the application if the application is in running state, or error (exist the application) """ counter = 0 while True: try: counter += 1 test.log("Starting {}".format(app_name)) squish.startApplication(app_name) if counter == 1: test.log("Application launched at the "+str(counter)+" st try.") elif counter == 2: test.log("Application launched at the "+str(counter)+" nd try.") elif counter == 3: test.log("Application launched at the "+str(counter)+" rd try.") else: test.log("Application launched at the "+str(counter)+" th try.") break except RuntimeError: if counter == 1: test.log("Application failed to launch after "+str(counter)+" try - Please refer logs") elif counter == 20: test.log("Exiting after "+str(counter)+ " tries..") sys.exit(1) else: test.log("Application failed to launch after "+str(counter)+ " tries - Please refer logs") except: logErrorDetails("Failed to start the application") sys.exit(1) def check_if_object_is_within_the_container(obj=None, container=None): """ check if an object is inside a container @param obj - child UI object @param container - container UI object @return boolean true/false """ container = squish.findObject(container) containerPos = container.mapToGlobal(squish.QPoint(0, 0)) container_x, container_y = pyInt(containerPos.x), pyInt(containerPos.y) container_width, container_height = pyInt(container.width), pyInt(container.height) obj = squish.findObject(obj) objPos = obj.mapToGlobal(squish.QPoint(0, 0)) obj_x, obj_y = pyInt(objPos.x), pyInt(objPos.y) obj_width, obj_height = pyInt(obj.width), pyInt(obj.height) if obj_x >= container_x and obj_y >= container_y: if (obj_x + obj_width) <= (container_x + container_width) and (obj_y + obj_height) <= (container_y + container_height): return True return False def scroll_to_zone(zone=None, screen_object=None): """ scroll to the numeric if object is hidden @param zone - UI object @param screen_object - UI object (UI Home screen = waveforms + numerics) @return boolean true/false """ counter = 0 while counter <= 100: try: counter += 1 squish.findObject(zone) squish.snooze(0.5) if check_if_object_is_within_the_container(obj=zone, container=screen_object): return True else: raise RuntimeError except RuntimeError: ScreenObj = squish.waitForObject(screen_object) screenHeight = pyInt(ScreenObj.height) screenWidth = pyInt(ScreenObj.width) squish.mouseWheel(ScreenObj, screenWidth-1000, screenHeight-10, 0, -50, squish.Qt.NoModifier) raise LookupError("zone object is not in view to the user after trying 100 times") def navigate_to_pretreatment_screen(mode): """ Method to navigate to sub mode under pre-treatment screen @param mode - (int) pre treatment state """ hd_simulator.cmd_set_hd_operation_mode_data(5,0) hd_simulator.cmd_send_pre_treatment_state_data(sub_mode=mode, water_sample_state=0,consumables_self_test_state=0, no_cartridge_self_test_state=0,installation_state=0, dry_self_test_state=0, prime_state=0,recirculate_state=0, patient_connection_state=0) def set_arterial_ranges_min_val(art_low): """ Method to set the Arterial range maximum value to user expected value @param art_low - (int) user expected value """ test.startSection("Set Arterial range minimum value to {}".format(art_low)) arterial_min = squish.waitForObjectExists(names.o_PreTreatmentCreate_rangeRect_RangeRect_Artery) arterial_min = pyInt(arterial_min.minimum) arterial_max = squish.waitForObjectExists(names.o_PreTreatmentCreate_rangeRect_RangeRect_Artery) arterial_max = pyInt(arterial_max.maximum) low_handler_parent = object.parent(squish.waitForObjectExists(names.o_PreTreatmentCreate_rangeRect_RangeRect_Artery)) low_handler_children = object.children(low_handler_parent) low_handler = low_handler_children[-2] width = pyInt(low_handler.width) - 8 height = pyInt(low_handler.height)- 10 if arterial_min == art_low: test.passes("Arterial range minimum is already set to {}".format(art_low)) elif arterial_min < art_low: while arterial_min != art_low: squish.mouseDrag(low_handler, width, height, 1, 0, squish.Qt.NoModifier, squish.Qt.LeftButton) arterial_min += 10 # arterial blood pressure low limit should be lower than the high limit by at least 30mmHg if arterial_min == arterial_max - config.BUFFER_LOW_AND_HIGH_LIMITS: squish.mouseDrag(low_handler, width, height, 1, 0, squish.Qt.NoModifier, squish.Qt.LeftButton) test.log("Arterial range minimum value cannot be moved beyond {}".format(arterial_min)) break else: continue elif arterial_min > art_low: while arterial_min != art_low: squish.mouseDrag(low_handler, width, height, -1, 0, squish.Qt.NoModifier, squish.Qt.LeftButton) arterial_min -= 10 # arterial blood pressure low limit should be lower than the high limit by at least 30mmHg if arterial_min == arterial_max - config.BUFFER_LOW_AND_HIGH_LIMITS: squish.mouseDrag(low_handler, width, height, -1, 0, squish.Qt.NoModifier, squish.Qt.LeftButton) test.log("Arterial range minimum value cannot be moved beyond {}".format(arterial_min)) break else: continue # arterial blood pressure low limit should be lower than the high limit by atleast 30mmHg if arterial_min == arterial_max - config.BUFFER_LOW_AND_HIGH_LIMITS: test.compare(low_handler_parent.minValue, arterial_min, "Arterial range minimum value cannot be moved beyond {}".format(arterial_min)) else: test.compare(arterial_min, art_low, "Actual Arterial range minimum value: {} is equal to Expected value: {}".format(arterial_min, art_low)) test.endSection() def set_arterial_ranges_max_val(art_high): """ Method to set the Arterial range maximum value to user expected value @param art_high - (int) user expected value """ test.startSection("Set Arterial range maximum value to {}".format(art_high)) arterial_max = squish.waitForObjectExists(names.o_PreTreatmentCreate_rangeRect_RangeRect_Artery) arterial_max = pyInt(arterial_max.maximum) arterial_min = squish.waitForObjectExists(names.o_PreTreatmentCreate_rangeRect_RangeRect_Artery) arterial_min = pyInt(arterial_min.minimum) high_handler_parent = object.parent(squish.waitForObjectExists(names.o_PreTreatmentCreate_rangeRect_RangeRect_Artery)) high_handler_children = object.children(high_handler_parent) high_handler = high_handler_children[-1] width = pyInt(high_handler.width) - 20 height = pyInt(high_handler.height) - 25 if arterial_max == art_high: test.passes("Arterial range maximum is already set to {}".format(art_high)) elif arterial_max < art_high: while arterial_max != art_high: squish.mouseDrag(high_handler, -1, height, width, 0, squish.Qt.NoModifier, squish.Qt.LeftButton) arterial_max += 10 # arterial blood pressure low limit should be lower than the high limit by at least 30mmHg if arterial_max == arterial_min + config.BUFFER_LOW_AND_HIGH_LIMITS: squish.mouseDrag(high_handler, width, height, 1, 0, squish.Qt.NoModifier, squish.Qt.LeftButton) test.log("Arterial range maximum value cannot be moved beyond {}".format(arterial_max)) break else: continue elif arterial_max > art_high: while arterial_max != art_high: squish.mouseDrag(high_handler, width, height, -1, 0, squish.Qt.NoModifier, squish.Qt.LeftButton) arterial_max -= 10 # arterial blood pressure low limit should be lower than the high limit by at least 30mmHg if arterial_max == arterial_min + config.BUFFER_LOW_AND_HIGH_LIMITS: squish.mouseDrag(high_handler, width, height, -1, 0, squish.Qt.NoModifier, squish.Qt.LeftButton) test.log("Arterial range maximum value cannot be moved beyond {}".format(arterial_max)) break else: continue # arterial blood pressure low limit should be lower than the high limit by at least 30mmHg if arterial_max == arterial_min + config.BUFFER_LOW_AND_HIGH_LIMITS: test.compare(high_handler_parent.maxValue, arterial_max,"Arterial range maximum value cannot be moved beyond {}".format(arterial_max)) else: test.compare(arterial_max, art_high, "Actual Arterial range maximum value: {} is equal to Expected value: {}".format(arterial_max, art_high)) test.endSection() def set_venous_ranges_max_val(ven_high): """ Method to set the Venous range maximum value to user expected value @param ven_high - (int) user expected value """ test.startSection("Set Venous range maximum value to {}".format(ven_high)) ven_max = squish.waitForObjectExists(names.o_PreTreatmentCreate_rangeRect_RangeRect_Venous) ven_max = pyInt(ven_max.maximum) ven_min = squish.waitForObjectExists(names.o_PreTreatmentCreate_rangeRect_RangeRect_Venous) ven_min = pyInt(ven_min.minimum) high_handler_parent = object.parent(squish.waitForObjectExists(names.o_PreTreatmentCreate_rangeRect_RangeRect_Venous)) high_handler_children = object.children(high_handler_parent) high_handler = high_handler_children[-1] width = pyInt(high_handler.width) - 15 height = pyInt(high_handler.height) - 10 if ven_max == ven_high: test.passes("Venous range maximum is already set to {}".format(ven_high)) elif ven_max < ven_high: while ven_max != ven_high: squish.mouseDrag(high_handler, width, height, 1, 0, squish.Qt.NoModifier, squish.Qt.LeftButton) ven_max += 10 # venous blood pressure low limit should be lower than the high limit by at least 30mmHg if ven_max == ven_min + config.BUFFER_LOW_AND_HIGH_LIMITS: squish.mouseDrag(high_handler, width, height, 1, 0, squish.Qt.NoModifier, squish.Qt.LeftButton) test.log("Venous range maximum value cannot be moved beyond {}".format(ven_max)) break else: continue elif ven_max > ven_high: while ven_max != ven_high: squish.mouseDrag(high_handler, width, height, -1, 0, squish.Qt.NoModifier, squish.Qt.LeftButton) ven_max -= 10 # venous blood pressure low limit should be lower than the high limit by at least 30mmHg if ven_max == ven_min + config.BUFFER_LOW_AND_HIGH_LIMITS: squish.mouseDrag(high_handler, width, height, -1, 0, squish.Qt.NoModifier, squish.Qt.LeftButton) test.log("Venous range maximum value cannot be moved beyond {}".format(ven_max)) break else: continue # venous blood pressure low limit should be lower than the high limit by at least 30mmHg if ven_max == ven_min + config.BUFFER_LOW_AND_HIGH_LIMITS: test.compare(high_handler_parent.maxValue, ven_max, "Venous range maximum value cannot be moved beyond {}".format(ven_max)) else: test.compare(ven_max, ven_high, "Actual Venous range maximum value: {} is equal to Expected value: {}".format(ven_max, ven_high)) test.endSection() #Methods for create custom treatment def set_venous_ranges_min_val(ven_low): """ Method to set the Venous range maximum value to user expected value @param ven_low - (int) user expected value """ test.startSection("set Venous range minimum value to {}".format(ven_low)) ven_min = squish.waitForObjectExists(names.o_PreTreatmentCreate_rangeRect_RangeRect_Venous) ven_min = pyInt(ven_min.minimum) ven_max = squish.waitForObjectExists(names.o_PreTreatmentCreate_rangeRect_RangeRect_Venous) ven_max = pyInt(ven_max.maximum) low_handler_parent = object.parent(squish.waitForObjectExists(names.o_PreTreatmentCreate_rangeRect_RangeRect_Venous)) low_handler_children = object.children(low_handler_parent) low_handler = low_handler_children[-2] width = pyInt(low_handler.width) - 15 height = pyInt(low_handler.height) - 10 if ven_min == ven_low: test.passes("Venous range minimum is already set to {}".format(ven_low)) elif ven_min < ven_low: while ven_min != ven_low: squish.mouseDrag(low_handler, width, height, 1, 0, squish.Qt.NoModifier, squish.Qt.LeftButton) ven_min += 10 if ven_min == ven_max - config.BUFFER_LOW_AND_HIGH_LIMITS: # venous blood pressure low limit should be lower than the high limit by at least 30mmHg squish.mouseDrag(low_handler, width, height, 1, 0,squish.Qt.NoModifier, squish.Qt.LeftButton) test.log("Venous range minimum value cannot be moved beyond {}".format(ven_min)) break else: continue elif ven_min > ven_low: while ven_min != ven_low: squish.mouseDrag(low_handler, width, height, -1, 0,squish.Qt.NoModifier, squish.Qt.LeftButton) ven_min -= 10 # venous blood pressure low limit should be lower than the high limit by at least 30mmHg if ven_min == ven_max - config.BUFFER_LOW_AND_HIGH_LIMITS: squish.mouseDrag(low_handler, width, height, -1, 0,squish.Qt.NoModifier, squish.Qt.LeftButton) test.log("Venous range minimum value cannot be moved beyond {}".format(ven_min)) break else: continue # venous blood pressure low limit should be lower than the high limit by at least 30mmHg if ven_min == ven_max - config.BUFFER_LOW_AND_HIGH_LIMITS: test.compare(low_handler_parent.minValue, ven_min,"Venous range minimum value cannot be moved beyond {}".format(ven_min)) else: test.compare(ven_min, ven_low, "Actual Venous range minimum value: {} is equal to Expected value: {}".format(ven_min, ven_low)) test.endSection()