def test_be_auto_python(self):
# Open pingdom website
sel = self.selenium
sel.set_timeout(1000000)
sel.open("http://tools.pingdom.com")
for i in range(180):
try:
if sel.is_element_present("id=urlinput"):
break
except:
pass
time.sleep(20)
else:
self.fail("time out")
# Get url from BESPEEDTEST.PY
URLlist = get_url_from_excel()
Gradelist = []
Requestslist = []
Loadtimelist = []
Pagesizelist = []
# Test each url by pingdom
for url in URLlist:
sel.type("id=urlinput", url)
print url
sel.click("css=button.large.TestButt")
# Wait grade, requests, pagesize, loadtime display
time.sleep(60)
status = sel.get_text("//div[@id='feedbackMessage']/h4/text()")
print status
if status == "Unable to connect to test server" or status == "An error occured":
# If there is error, will refresh and re-type the url
sel.refresh()
time.sleep(600)
sel.type("id=urlinput", url)
sel.click("css=button.large.TestButt")
time.sleep(60)
try:
self.failUnless(sel.is_element_present("css=dl.last > dt"))
except AssertionError, e:
self.verificationErrors.append(str(e))
try:
self.failUnless(sel.is_element_present("//div[@id='rt_sumright']/dl[3]/dt"))
except AssertionError, e:
self.verificationErrors.append(str(e))
def test_be_auto_python(self):
# Open pingdom website
sel = self.selenium
sel.set_timeout(1000000)
sel.open("/")
for i in range(600):
try:
if sel.is_element_present("id=location"): break
except: pass
time.sleep(20)
else: self.fail("time out")
sel.select("id=location", "label=New York, NY USA (IE 11,Chrome,Firefox)")
sel.select("id=browser", "label=Chrome")
# Get url from BESPEEDTEST.PY
URLlist = get_url_from_excel()
FirstLoadTimeList = []
RepeatLoadTimeList = []
FirstByteTimeList = []
KeepAliveEnabledList = []
CompressTransferList = []
CompressImagesList = []
ProgressiveJPEGsList = []
CacheStaticContentList = []
EffectiveUseofCDNList = []
msFirstPaintList = []
domContentLoadedList = []
# Test each url by pingdom
try:
for url in URLlist:
sel.type("id=url", url)
print url
sel.click("name=submit")
time.sleep(30)
try: self.assertEqual("Testing...", sel.get_text("css=h3"))
except AssertionError, e: self.verificationErrors.append(str(e))
for i in range(600):
try:
if "Web Page Performance Test" in sel.get_text("css=h2.alternate.cufon-dincond_regular"): break
except: pass
time.sleep(1)
else: self.fail("time out")
GetResultStatus = sel.get_text("//table[@id='table1']/tbody/tr[2]/td")
if "Timed Out" in GetResultStatus:
sel.click("css=input[value='Re-run the test']")
time.sleep(30)
try: self.assertEqual("Testing...", sel.get_text("css=h3"))
except AssertionError, e: self.verificationErrors.append(str(e))
for i in range(600):
try:
if "Web Page Performance Test" in sel.get_text("css=h2.alternate.cufon-dincond_regular"): break
except: pass
time.sleep(1)
else: self.fail("time out")
## try: self.assertEqual("Repeat View", sel.get_text("css=td.even"))
## except AssertionError, e: self.verificationErrors.append(str(e))
## try: self.assertEqual("First View", sel.get_text("css=td"))
## except AssertionError, e: self.verificationErrors.append(str(e))
# Get loadtime value
time.sleep(30)
FirstLoadTime = sel.get_text("id=fvLoadTime")
print FirstLoadTime
FirstLoadTimeList.append(FirstLoadTime)
RepeatLoadTime = sel.get_text("id=rvLoadTime")
print RepeatLoadTime
RepeatLoadTimeList.append(RepeatLoadTime)
FirstByteTime = sel.get_text("css=li.first_byte_time > a > h2")
print FirstByteTime
FirstByteTimeList.append(FirstByteTime)
KeepAliveEnabled = sel.get_text("css=li.keep_alive_enabled > a > h2")
print KeepAliveEnabled
KeepAliveEnabledList.append(KeepAliveEnabled)
CompressTransfer = sel.get_text("css=li.compress_text > a > h2")
print CompressTransfer
CompressTransferList.append(CompressTransfer)
CompressImages = sel.get_text("css=li.compress_images > a > h2")
print CompressImages
CompressImagesList.append(CompressImages)
## ProgressiveJPEGs = sel.get_text("css=li.progressive_jpeg > a > h2")
## print ProgressiveJPEGs
## ProgressiveJPEGsList.append(ProgressiveJPEGs)
CacheStaticContent = sel.get_text("css=li.cache_static_content > a > h2")
print CacheStaticContent
CacheStaticContentList.append(CacheStaticContent)
EffectiveUseofCDN = sel.get_text("css=li.use_of_cdn > a > h2")
print EffectiveUseofCDN
EffectiveUseofCDNList.append(EffectiveUseofCDN)
sel.click("link=Details")
## sel.wait_for_page_to_load("30000")
##
## self.assertEqual("msFirstPaint", sel.get_text("css=#tableW3CTiming > tbody > tr > th"))
for i in range(600):
try:
if sel.is_element_present("css=#tableW3CTiming > tbody > tr > th"): break
except: pass
time.sleep(1)
else: self.fail("time out")
msFirstPaint = sel.get_text("css=#tableW3CTiming > tbody > tr:nth-child(2) > td:nth-child(1)")
print msFirstPaint
msFirstPaintList.append(msFirstPaint)
domContentLoaded = sel.get_text("css=#tableW3CTiming > tbody > tr:nth-child(2) > td:nth-child(2)")
print domContentLoaded
domContentLoadedList.append(domContentLoaded)
# Go Back to Home
sel.click("link=Home")
for i in range(600):
try:
if sel.is_element_present("id=location"): break
except: pass
time.sleep(20)
else: self.fail("time out")
finally:
# Put the list value back to excel
print FirstLoadTimeList
print RepeatLoadTimeList
# Put the result to excel
file = xlwt.Workbook()
table = file.add_sheet('result')
table.write(0,0,'URL')
table.write(0,1,'FirstLoadtime')
table.write(0,2,'RepeatLoadTime')
table.write(0,3,'FirstByteTime')
table.write(0,4,'KeepAliveEnabled')
table.write(0,5,'CompressTransfer')
table.write(0,6,'CompressImages')
# table.write(0,7,'ProgressiveJPEGs')
table.write(0,8,'CacheStaticContent')
table.write(0,9,'EffectiveUseofCDN')
table.write(0,10,'msFirstPaint')
table.write(0,11,'domContentLoaded')
rownum = len(FirstLoadTimeList)
rownum1 = rownum+1
for i in range(1,rownum1):
table.write(i,0,URLlist[i-1])
table.write(i,1,FirstLoadTimeList[i-1])
table.write(i,2,RepeatLoadTimeList[i-1])
table.write(i,3,FirstByteTimeList[i-1])
table.write(i,4,KeepAliveEnabledList[i-1])
table.write(i,5,CompressTransferList[i-1])
table.write(i,6,CompressImagesList[i-1])
# table.write(i,7,ProgressiveJPEGsList[i-1])
table.write(i,8,CacheStaticContentList[i-1])
table.write(i,9,EffectiveUseofCDNList[i-1])
table.write(i,10,msFirstPaintList[i-1])
table.write(i,11,domContentLoadedList[i-1])
file.save('D:\\be\\webpagetest\\result.xls')
def test_be_auto_python(self):
# Open pingdom website
sel = self.selenium
sel.set_timeout(10000000000)
sel.open("/")
for i in range(180):
try:
if sel.is_element_present("id=Settings"): break
except: pass
time.sleep(180)
else: self.fail("time out")
#sel.click("//*[@id='settingsBox']/form/div[2]/label[2]/text()")
sel.click("//*[@id='settingsBox']/form/div[3]/label/")
#//*[@id="settingsBox"]/form/div[2]/label/text()
for i in range(180):
try:
if sel.is_element_present("id=urlinput"): break
except: pass
time.sleep(20)
else: self.fail("time out")
# Get url from BESPEEDTEST.PY
URLlist = get_url_from_excel()
## Gradelist = []
## Requestslist = []
## Loadtimelist = []
## Pagesizelist = []
Grade_avg = 0
Requests_avg = 0
Loadtime_avg = 0
Pagesize_avg = 0
Gradelist_avg = []
Requestslist_avg = []
Loadtimelist_avg = []
Pagesizelist_avg = []
# Test each url by pingdom
try:
for url in URLlist:
Gradelist = []
Requestslist = []
Loadtimelist = []
Pagesizelist = []
for k in range(0,5):
time.sleep(60)
if not sel.is_element_present("id=urlinput"):
time.sleep(120)
sel.type("id=urlinput", url)
print url
if not sel.is_element_present("//*[@id='settingsBox']/form/div[3]/label"):
time.sleep(60)
sel.click("//*[@id='settingsBox']/form/div[3]/label/")
#//*[@id="settingsBox"]/form/div[3]/label/text()
sel.click("css=button.large.TestButt")
# Wait grade, requests, pagesize, loadtime display
time.sleep(60)
try: self.failUnless(sel.is_element_present("//div[@id='feedbackMessage']/h4"))
except AssertionError, e: self.verificationErrors.append(str(e))
status = sel.get_text("//div[@id='feedbackMessage']/h4/text()")
status_1 = sel.is_element_present("//*[@id='sumright']")
print status
if status == "Unable to connect to test server" or status == "An error occured" or status_1 == False:
# If there is error, will refresh and re-type the url
sel.refresh()
time.sleep(60)
sel.type("id=urlinput", url)
sel.click("css=button.large.TestButt")
time.sleep(180)
try: self.failUnless(sel.is_element_present("css=dl.last > dt")) #grade
except AssertionError, e: self.verificationErrors.append(str(e))
#try: self.failUnless(sel.is_element_present("//div[@id='rt_sumright']/dl[3]/dt")) #request
try: self.failUnless(sel.is_element_present("//div[@id='rt_sumright']/dl[3]/dd"))
except AssertionError, e: self.verificationErrors.append(str(e))
try: self.failUnless(sel.is_element_present("//div[@id='rt_sumright']/dl[2]/dd")) #loadtime
except AssertionError, e: self.verificationErrors.append(str(e))
#try: self.failUnless(sel.is_element_present("css=#rt_sumright > dl.first > dt")) #pagesize
try: self.failUnless(sel.is_element_present("css=#rt_sumright > dl.first > dd"))
except AssertionError, e: self.verificationErrors.append(str(e))
# Get grade, loadtime, requests, pagesize value
time.sleep(30)
grade = sel.get_text("css=dl.last > dd")
print grade
result = grade.find('?')
if result != -1:
sel.click("css=button.large.TestButt")
time.sleep(120)
grade = sel.get_text("css=dl.last > dd")
print grade
if grade.find('?') != -1:
time.sleep(120)
if grade.find('?') != -1:
Gradelist.append('fail')
break
try: grade=Fraction(grade)
except AssertionError, e: self.verificationErrors.append(str(e))
Gradelist.append(grade)
requests = sel.get_text("//div[@id='rt_sumright']/dl[3]/dd")
print requests
Requestslist.append(requests)
loadtime = sel.get_text("//div[@id='rt_sumright']/dl[2]/dd")
print loadtime
print loadtime[:-1]
Loadtimelist.append(loadtime[:-1])
pagesize = sel.get_text("css=#rt_sumright > dl.first > dd")
print pagesize
print pagesize[:-2]
Pagesizelist.append(pagesize[:-2])
# get grade average
Gradelist_1 = map(str, Gradelist)
res=[x for x in Gradelist_1 if 'fail' in x]
print "res is %s " % res
if not res: #no contains fail
Gradelist=map(float,Gradelist)
print "float Gradelist is %s" % Gradelist
Grade_avg=reduce(lambda x,y:x+y,Gradelist) / len(Gradelist)
print "Grade_avg is %s" % Grade_avg
Gradelist_avg.append(Grade_avg)
#get request average
Requestslist = map(float,Requestslist)
Requests_avg=reduce(lambda x,y:x+y,Requestslist) / len(Requestslist)
print "Requests_avg is %s" % Requests_avg
Requestslist_avg.append(Requests_avg)
#get loadtime average
Loadtimelist = map(float,Loadtimelist)
Loadtime_avg=reduce(lambda x,y:x+y,Loadtimelist) / len(Loadtimelist)
print "Loadtime_avg is %s" % Loadtime_avg
Loadtimelist_avg.append(Loadtime_avg)
#get pagesize average (unit is MB)
Pagesizelist = map(float,Pagesizelist)
Pagesize_avg=reduce(lambda x,y:x+y,Pagesizelist) / len(Pagesizelist)
print "Pagesize_avg is %s" % Pagesize_avg
Pagesizelist_avg.append(Pagesize_avg)
else:
Gradelist_avg.append('fail')
Requestslist_avg.append('fail')
Loadtimelist_avg.append('fail')
Pagesizelist_avg.append('fail')
finally:
print "finally ************"
print Gradelist_avg
print Requestslist_avg
print Loadtimelist_avg
print Pagesizelist_avg
## print Gradelist
## print Requestslist
## print Loadtimelist
## print Pagesizelist
print "==================="
#png = self.capture_entire_page_screenshot('D:\\be\\pingdomtest\\screenshot.png')
print Gradelist_avg
print Requestslist_avg
print Loadtimelist_avg
print Pagesizelist_avg
# Put the result to excel
file = xlwt.Workbook()
table = file.add_sheet('result')
table.write(0,0,'URL')
table.write(0,1,'Load time(s)')
table.write(0,2,'Page size(MB)')
table.write(0,3,'Requests')
table.write(0,4,'Perf. Grade')
rownum = len(Loadtimelist_avg)
rownum1 = rownum+1
for i in range(1,rownum1):
table.write(i,0,URLlist[i-1])
table.write(i,1,Loadtimelist_avg[i-1])
table.write(i,2,Pagesizelist_avg[i-1])
table.write(i,3,Requestslist_avg[i-1])
table.write(i,4,Gradelist_avg[i-1])
#table.write(i,4,Gradelist[i-1])
file.save('D:\\be\\pingdomtest\\result.xls')