def finish(self):
for vof_site in sites.getSites():
obj = self.siteByName(vof_site)
if obj:
obj.calculate()
self.addEntryFromSite(obj)
else:
self.addEntry(vof_site, "white", -1.0)
def finish(self):
for vof_site in sites.getSites():
obj = self.siteByName(vof_site)
if obj:
obj.calculate()
self.addEntryFromSite(obj)
else:
self.addEntry(vof_site,"white",-1.0)
# talk about it!)
if not siteName in hammerCloud.getSites():
return False
# if site has at least one green slot in the given time range
# (please check the hammerCloud link given as a parameter to see
# the time range), return False
slots = hammerCloud.getSiteEntries(siteName).values()
for slot in slots:
if slot.color == dashboard.green: return False
return True
# merge sites that are not in the vo-feed (sites.getSites)
# --look at the loop, we are getting some sites from the manual changes
# metric. reason: some sites are not listed in the sites.getSites
siteList = sites.getSites()
for site in usableSitesMC.getSites():
if not site in siteList:
siteList[site] = {}
for i in siteList:
badSiteFlag = False
## detect bad sites!
# site has bad hammercloud history
if sites.getTier(i) == 2 and hasBadHistory(i):
print i + " hasBadHistory"
badSiteFlag = True
# site is in the morgue
elif morgue.hasSite(i) and morgue.getSiteEntry(i).value == 'Morgue':
print i + " is in the Morgue"
badSiteFlag = True
# if the site is not in the hc metric, return False
# (you don't have any idea about the site, you cannot
# talk about it!)
if not siteName in hammerCloud.getSites():
return False
# if site has at least one green slot in the given time range
# (please check the hammerCloud link given as a parameter to see
# the time range), return False
slots = hammerCloud.getSiteEntries(siteName).values()
for slot in slots:
if slot.color == dashboard.green: return False
return True
for i in sites.getSites():
badSiteFlag = False
## detect bad sites!
# site has bad hammercloud history
if sites.getTier(i) == 2 and hasBadHistory(i):
badSiteFlag = True
# site is in the morgue
elif morgue.hasSite(i) and morgue.getSiteEntry(i).color == dashboard.red:
badSiteFlag = True
# site has been blocked
elif usableSitesMC.hasSite(i) and usableSitesMC.getSiteEntry(i).color == dashboard.red:
badSiteFlag = True
if badSiteFlag:
metric.append(dashboard.entry(None, i, 'not_usable', dashboard.red, urlStamp))
else:
parsed[cmsSite][id] = subject
# generate output for twiki meeting page
ticketURL = "https://ggus.eu/?mode=ticket_info&ticket_id="
twikiTable = "\n| *CMS Site* | *Number of Tickets* | * Tickets* |\n"
sum = 0
for site in parsed:
url = ""
sum = sum + len(parsed[site])
for id in parsed[site]:
url = url + "[[%s][%s]] " % (ticketURL + id, id)
twikiTable = twikiTable + "| %s | %d | %s |\n" % (site, len(
parsed[site]), url)
dateStamp = time.strftime("%d/%b/%Y %H:%M:%S (GMT)", time.gmtime())
twikiTable = twikiTable + "| *<i>generated on %s</i>, Total number of tickets: %s* |||" % (
dateStamp, sum)
fileOps.write(sys.argv[2], twikiTable)
# generate text file for the dashboard metric
metric = dashboard.metric()
allSites = sites.getSites().keys()
url = "https://ggus.eu/?mode=ticket_search&cms_site=%s&timeframe=any&status=open&search_submit=GO%%21"
for site in parsed:
value = len(parsed[site])
metric.append(dashboard.entry(None, site, value, dashboard.red,
url % site))
for site in allSites:
if site in parsed.keys(): continue
metric.append(dashboard.entry(None, site, 0, dashboard.green, url % site))
fileOps.write(sys.argv[3], str(metric))
if not cmsSite: continue
if not parsed.has_key(cmsSite):
parsed[cmsSite] = {}
parsed[cmsSite][id] = subject
# generate output for twiki meeting page
ticketURL = "https://ggus.eu/?mode=ticket_info&ticket_id="
twikiTable = "\n| *CMS Site* | *Number of Tickets* | * Tickets* |\n"
sum = 0
for site in parsed:
url = ""
sum = sum + len(parsed[site])
for id in parsed[site]:
url = url + "[[%s][%s]] " % (ticketURL + id, id)
twikiTable = twikiTable + "| %s | %d | %s |\n" % (site, len(parsed[site]), url)
dateStamp = time.strftime("%d/%b/%Y %H:%M:%S (GMT)", time.gmtime())
twikiTable = twikiTable + "| *<i>generated on %s</i>, Total number of tickets: %s* |||" % (dateStamp, sum)
fileOps.write(sys.argv[2], twikiTable)
# generate text file for the dashboard metric
metric = dashboard.metric()
allSites = sites.getSites().keys()
url = "https://ggus.eu/?mode=ticket_search&cms_site=%s&timeframe=any&status=open&search_submit=GO%%21"
for site in parsed:
value = len(parsed[site])
metric.append(dashboard.entry(None, site, value, dashboard.red, url % site))
for site in allSites:
if site in parsed.keys(): continue
metric.append(dashboard.entry(None, site, 0, dashboard.green, url % site))
fileOps.write(sys.argv[3], str(metric))
# (you don't have any idea about the site, you cannot
# talk about it!)
if not siteName in hammerCloud.getSites():
return False
# if site has at least one green slot in the given time range
# (please check the hammerCloud link given as a parameter to see
# the time range), return False
slots = hammerCloud.getSiteEntries(siteName).values()
for slot in slots:
if slot.color == dashboard.green: return False
return True
for i in sites.getSites():
badSiteFlag = False
## detect bad sites!
# site has bad hammercloud history
if sites.getTier(i) == 2 and hasBadHistory(i):
badSiteFlag = True
# site is in the morgue
elif morgue.hasSite(i) and morgue.getSiteEntry(i).color == dashboard.red:
badSiteFlag = True
# site has been blocked
elif usableSitesMC.hasSite(i) and usableSitesMC.getSiteEntry(
i).color == dashboard.red:
badSiteFlag = True
if badSiteFlag:
metric.append(
new_state_sites = []
for site in lifeStatus_metric_today.getSites():
if lifeStatus_metric_today.getLatestEntry(site).value != lifeStatus_metric_yesterday.getLatestEntry(site).value:
problems=[]
if hc.getLatestEntry(site):
if hc.getLatestEntry(site).color == 'red': problems.append("HammerCloud")
if sam.getLatestEntry(site):
if sam.getLatestEntry(site).color == 'red': problems.append("SAM")
if T2_T1_links.getLatestEntry(site):
if T2_T1_links.getLatestEntry(site).color == 'red': problems.append("T2_T1_links")
if T1_T2_links.getLatestEntry(site):
if T1_T2_links.getLatestEntry(site).color == 'red': problems.append("T1_T2_links")
item = {
"cms_name": site,
"name": sites.getSites()[site]['name'],
"new_status": lifeStatus_metric_today.getLatestEntry(site).value,
"old_status": lifeStatus_metric_yesterday.getLatestEntry(site).value,
"problems": ', '.join(problems)
}
new_state_sites.append(item)
for site in new_state_sites:
if site['new_status'] == "waiting_room":
subject = waiting_room_subject %(site['cms_name'])
description = waiting_room_description %(site['cms_name'], site['problems'], site['cms_name'])
if 'HammerCloud' in site['problems']:
description = description + hc_results % site['cms_name']
if 'SAM' in site['problems']:
description = description + sam_results % site['cms_name']
if "T2_T1_links" in site['problems']:
site).value:
problems = []
if hc.getLatestEntry(site):
if hc.getLatestEntry(site).color == 'red':
problems.append("HammerCloud")
if sam.getLatestEntry(site):
if sam.getLatestEntry(site).color == 'red': problems.append("SAM")
if T2_T1_links.getLatestEntry(site):
if T2_T1_links.getLatestEntry(site).color == 'red':
problems.append("T2_T1_links")
if T1_T2_links.getLatestEntry(site):
if T1_T2_links.getLatestEntry(site).color == 'red':
problems.append("T1_T2_links")
item = {
"cms_name": site,
"name": sites.getSites()[site]['name'],
"new_status": lifeStatus_metric_today.getLatestEntry(site).value,
"old_status":
lifeStatus_metric_yesterday.getLatestEntry(site).value,
"problems": ', '.join(problems)
}
new_state_sites.append(item)
for site in new_state_sites:
if site['new_status'] == "waiting_room":
subject = waiting_room_subject % (site['cms_name'])
description = waiting_room_description % (
site['cms_name'], site['problems'], site['cms_name'])
if 'HammerCloud' in site['problems']:
description = description + hc_results % site['cms_name']
if 'SAM' in site['problems']:
