def main():
attachToApplication("MyApplicationAttachable")
login.login("moe", "moonshine")
list = [
"4D\n Flow", "4D\n Viewer", "Biplanar\n LAX", "Flow", "Patient\n Data",
"Report", "MPR", "Multiple\n Long LAX", "Perfusion", "T1", "T2",
"Tissue\n Char", "Tissue\n Tracking", "Vascular", "Viewer",
"Series\n Overview"
]
# loadStudy.load("Functions1")
studyFunctions.reset_workspace()
i = 0
for x in range(50000):
module = random.choice(list)
start = time.time()
studyFunctions.click_module(module)
end = time.time()
if i == 0:
module = module.replace('\n', ' ')
if end - start > 1.0:
test.log("%s module load time = %.2f" % (module, end - start))
oldModule = module
else:
oldModule = oldModule.replace('\n', ' ')
module = module.replace('\n', ' ')
if end - start > 1.0:
test.log("From %s -> %s = %.2f " %
(oldModule, module, end - start))
oldModule = module
i += 1
# for child in object.children(waitForObject(":Primary Study.blackBackground_QWidget")):
# for kid in child:
# test.log("%s"%kid)
# clickButton(waitForObject(":Primary Study.seriesPreview_SeriesPreview")
# :Primary Study.seriesPreview_SeriesPreview_2
# status = ":cmr42MainWindow.cmr42StatusBar_QStatusBar"
# if object.exists(status) is True:
# test.log("yes")
# else:
# activateItem(waitForObjectItem(":cmr42MainWindow.appMenuBar_QMenuBar", "View"))
# activateItem(waitForObjectItem(":cmr42MainWindow.viewMenu_QMenu", "Hide Status Bar"))
# user = "******"
# server = ":cmr42MainWindow.connectionStatusLabel_QLabel"
# for name, value in object.properties(waitForObject(user)).iteritems():
# if name == "text":
# test.log("Users = %s"%value)
# break
# for name, value in object.properties(waitForObject(server)).iteritems():
# if name == "text":
# test.log("Users = %s"%value)
# break
def ml_full_workflow(dialog, app, pid, study, button, series):
studyFunctions.click_module(dialog, "Short\n 3D", pid)
studyFunctions.load_series(dialog, study, "SAX3D Stack", series)
ml_time = click_ml(dialog, button, app)
return ml_time
def viewer_module_full_workflow(dialog, pid, study, window, series):
studyFunctions.click_module(dialog, "Viewer", pid)
load_series(dialog, study, window, series)
drawContour.freehand_counter(dialog, window)
drawContour.line_contour(dialog, window, 3)
drawContour.curved_measurement_contour(dialog, window, 3)
return
def check_report42_status(dialog, pid, filename, flag):
start = time.time()
studyFunctions.click_module(dialog, "Report", pid)
dialog.child_window(title="Cardiac Imaging Reporting - Report",
control_type="Document").wait('visible', timeout=100)
dialog.child_window(title="Save in progress",
control_type="Image").exists()
dialog.child_window(title="Save in progress",
control_type="Image").wait_not('visible', timeout=1000)
end = time.time()
print "%.2f" % float(end - start)
outputFile.print_timing(flag, end - start, filename)
return end - start
def the_test():
# # Makes sure cvi42 is not running
# studyFunctions.close_cvi42()attachToApplication("MyApplicationAttachable")
startApplication("cvi42")
# Login
login.login("moeadmin", "absinthe")
# Anonymize and load Function-Flow-Perfusion
study_mr = studyFunctions.anonymize_study("Function-Flow-Perfusion",
"Automation-FuncFlow")
loadStudy.load(study_mr)
# Short3D entire stack ML
studyFunctions.click_module("Short\n 3D")
studyFunctions.load_series("short3d", 1)
short3d.click_ml("Detect LV Endo/Epi Contours Entire Stack")
# BiplanarLAX entire stack ML
studyFunctions.click_module("Biplanar\n LAX")
studyFunctions.load_series("2cv", 2)
studyFunctions.load_series("4cv", 3)
biplanarLAX.ml_button()
# Close MR study
studyFunctions.close_study()
# Anonymize and load Annulus-016
study_ct = studyFunctions.anonymize_study(
"Annulus-016 (Anonymize This for Load Tests)", "Automation-Annulus")
loadStudy.load(study_ct, True)
# Click and load ct study in 4D viewer
studyFunctions.click_module("4D\n Viewer", True)
studyFunctions.load_series("4d", 1)
studyFunctions.close_study()
# Anonymize and load 4d flow study
study_4d = studyFunctions.anonymize_study("4D\\_066", "Automation-4DFlow")
loadStudy.load(study_4d)
studyFunctions.click_module("4D\n Flow")
studyFunctions.load_series("4d flow", 1)
if object.exists(cvi42Objects.confirmAreaButton):
mouseClick(waitForObject(cvi42Objects.confirmAreaButton))
flow4D = studyFunctions.loading_time()
test.log("4D Flow loading %s" % flow4D)
studyFunctions.close_study()
# Delete anon studies
studyFunctions.delete_study(study_mr)
studyFunctions.delete_study(study_ct)
studyFunctions.delete_study(study_4d)
def check_report42():
reportTab = ":tabBar.Report_TabItem"
greenStatusbar = ":webEngView.Save in progress_HTML_Object"
reportLoading = "{container=':mCentralStack.stackWidget_QStackedWidget' name='webEndView' "
"type='QWebEngineView' visible='1'}id='loader' tagName='DIV' type='HTML_Object' visible='true'}"
feedbackMessage = ":webEngView.study-update-feeback_HTML_Object"
counter = 0
start = time.time()
# Select the Report module to check progress, wait one second to allow the system to catch up
studyFunctions.click_module("Report")
# squish.snooze(1)
# Wait for the green progress bar to disappear
while True:
if object.exists(feedbackMessage):
if object.exists(greenStatusbar) is True:
pass
else:
if object.exists(greenStatusbar) is True or object.exists(
reportLoading) is True:
pass
counter = 0
# If dialog doesn't exist for three consecutive iterations, break and time.
else:
counter += 1
if counter > 2:
break
else:
pass
counter += 1
if counter > 100:
test.log("Can't check report42")
squish.mouseClick(squish.waitForObject(reportTab))
return
end = time.time()
test.log("Added to report42 %.2f" % (end - start))
# squish.snooze(1)
return
def flow_full_workflow(dialog, pid, study_name, flow_type, series):
studyFunctions.click_module(dialog, "Flow", pid)
if flow_type == "s":
systemic_flow_select(dialog)
elif flow_type == "p":
pulmonary_flow_select(dialog)
else:
print "Wrong flow_type input"
return
studyFunctions.load_series(dialog, study_name, "Magnitude", series)
flow_roi_1(dialog, "Magnitude")
return
def run(dialog, app, pid, filename):
# Step 3 - Anonymize Function-Flow-Perfusion
functionFlow = studyFunctions.test1001_anonymize_study(
dialog, "Function-Flow-Perfusion", "AutomationTest2-FuncFlow",
filename)
# Step 4 - Load Function-Flow-Perfusion
loadTest.test1002_load(dialog, functionFlow, filename)
# Step 5 - Draw 5 contours in viewer module
viewerModule.viewer_module_full_workflow(dialog, pid, functionFlow,
"Viewer1", 1)
report42.add_to_report(dialog)
report42.check_report42_status(dialog, pid, filename, 1003)
# Step 6 - add to report from capture measurements
studyFunctions.click_module(dialog, "Viewer", pid)
viewerModule.add_measurement_capture(dialog)
report42.check_report42_status(dialog, pid, filename, 1004)
# Step 7 - Repeat step 5 for a different series
viewerModule.viewer_module_full_workflow(dialog, pid, functionFlow,
"Viewer2", 3)
report42.add_to_report(dialog)
report42.check_report42_status(dialog, pid, filename, 1005)
# Step 8 - Load series 5 into systemic flow and draw/forward an ROI
flowModule.flow_full_workflow(dialog, pid, functionFlow, "s", 5)
report42.add_to_report(dialog)
report42.check_report42_status(dialog, pid, filename, 1006)
# Step 9 - Load series 6 into pulmonary flow and draw/forward an ROI
flowModule.flow_full_workflow(dialog, pid, functionFlow, "p", 6)
report42.add_to_report(dialog)
report42.check_report42_status(dialog, pid, filename, 1007)
# Step 10 - Go to comparison tab and add to report
studyFunctions.click_module(dialog, "Flow", pid)
flowModule.comparison_tab_select(dialog)
report42.add_to_report(dialog)
report42.check_report42_status(dialog, pid, filename, 1008)
# Step 11 - Short 3D Module ML Phase series 1
time_short3d_ml = short3d.ml_full_workflow(
dialog, app, pid, functionFlow,
"Detect LV Endo/Epi Contours Current Phase", 1)
outputFile.print_timing(1009, time_short3d_ml, filename)
# Step 12 - add ML Short3d to report
report42.add_to_report(dialog)
report42.check_report42_status(dialog, pid, filename, 1010)
# Step 14 - reset the workspace
studyFunctions.reset_workspace(dialog)
# Step 16 - Biplanar LAX assessment
time_biplanar_ml = biplanarLAX.full_workflow(
dialog, app, pid, functionFlow, "Detect LA/RA Contours Current Slice",
2, 3)
outputFile.print_timing(1011, time_biplanar_ml, filename)
report42.add_to_report(dialog)
report42.check_report42_status(dialog, pid, filename, 1012)
studyFunctions.close_study(dialog)
# studyFunctions.delete_anon_study(dialog, annulus16)
studyFunctions.delete_anon_study(dialog, functionFlow)
return
def main():
total_start = time.time()
attachToApplication("MyApplicationAttachable")
# Login
login.login("moeadmin", "everclear")
# Anonymize study
anon_study = studyFunctions.anonymize_study("ConcurrencyTest\\_Tester2",
"Concurrency-Test1")
# Load study
loadStudy.load(anon_study)
snooze(20)
# Draw and send viewer module
studyFunctions.click_module("Viewer")
studyFunctions.load_series("viewer1", 1)
drawContours.lineContour("viewer1", 5)
# report42.add_to_report()
snooze(10)
# Send capture
studyFunctions.click_module("Viewer")
# Edit check report42
# report42.measurement_capture()
snooze(10)
# Draw and send systemic flow
studyFunctions.click_module("Flow")
flowAnalysisModule.select_systemic()
studyFunctions.load_series("flow1", 16)
drawContours.flowContour("flow1", 1)
flowAnalysisModule.segment_forward()
# report42.add_to_report()
snooze(10)
# Draw and send pulmonary flow
studyFunctions.click_module("Flow")
flowAnalysisModule.select_pulmonary()
studyFunctions.load_series("flow1", 17)
drawContours.flowContour("flow1", 2)
flowAnalysisModule.segment_forward()
# report42.add_to_report()
snooze(10)
# Select and send comparison flow
studyFunctions.click_module("Flow")
flowAnalysisModule.select_comparison()
# report42.add_to_report()
snooze(10)
# export study
studyFunctions.close_study()
studyFunctions.export_study(anon_study)
studyFunctions.delete_study(anon_study)
total_end = time.time()
test.log("Total time: %.2f" % (total_end - total_start))
def confirm_report_tab_viewed(dialog, pid):
studyFunctions.click_module(dialog, "Report", pid)
dialog.child_window(title="Report", control_type="TabItem").click_input()
return
