def update():
distinct_names = TestMeasure.objects.exclude(
test_run__test_suite__name="DEBUG"
).values(
"test_run__test_suite__pk",
"test_run__test_suite__name",
"name"
).order_by(
"test_run__test_suite__name",
"name"
).distinct()
for x in distinct_names:
pk = x['test_run__test_suite__pk']
qs = TestMeasure.objects.filter(
config__isnull=True,
test_run__test_suite__pk=pk,
name=x['name']
)
count = qs.count()
print "%s => %s: %s" % (
x["test_run__test_suite__name"],
x["name"],
count
)
if count > 0:
try:
cnf = TestMeasureConfig.objects.get(
test_suite=pk,
name=x['name']
)
except TestMeasureConfig.DoesNotExist:
cnf = TestMeasureConfig(
test_suite=TestSuite.objects.get(pk=pk),
name=x['name']
)
cnf.save()
qs.update(
config=cnf
)
def update():
distinct_names = TestMeasure.objects.exclude(
test_run__test_suite__name="DEBUG").values(
"test_run__test_suite__pk", "test_run__test_suite__name",
"name").order_by("test_run__test_suite__name", "name").distinct()
for x in distinct_names:
pk = x['test_run__test_suite__pk']
qs = TestMeasure.objects.filter(config__isnull=True,
test_run__test_suite__pk=pk,
name=x['name'])
count = qs.count()
print "%s => %s: %s" % (x["test_run__test_suite__name"], x["name"],
count)
if count > 0:
try:
cnf = TestMeasureConfig.objects.get(test_suite=pk,
name=x['name'])
except TestMeasureConfig.DoesNotExist:
cnf = TestMeasureConfig(
test_suite=TestSuite.objects.get(pk=pk), name=x['name'])
cnf.save()
qs.update(config=cnf)
def get(self, request, *args, **kwargs):
cnf = TestMeasureConfig.get_or_create(
kwargs["pk"], kwargs["mname"]
)
cnf.reset_alarm_status()
return HttpResponse("OK", 'text/plin')
def get_context_data(self, **kwargs):
context = super(MeasureView, self).get_context_data(**kwargs)
img_args = self.request.GET.copy()
context['testsuite'] = TestSuite.objects.get(pk=kwargs['pk'])
context['mname'] = kwargs['mname']
days = self.request.GET.get("days", "7")
try:
days = int(days)
except:
days = 7
if days not in [x[0] for x in MeasureView.by_days_choices]:
days = 7
context["days"] = days
context["days_choices"] = [
{'text': x[1], 'value': x[0], 'selected': x[0] == days}
for x in MeasureView.by_days_choices
]
img_remove_args = ["days", "cmp_ts"]
if days != MeasureView.BY_DAYS_MANUAL:
img_remove_args.append("from")
img_remove_args.append("to")
for x in img_remove_args:
if x in img_args:
img_args.pop(x)
if days > 0:
dt = timezone.now() - datetime.timedelta(days=days)
img_args['from'] = dt.strftime('%d-%m-%Y')
autoupdate = self.request.GET.get("autoupdate", "10")
if autoupdate not in ["1", "10", "30", "60", ""]:
autoupdate = "10"
context["autoupdate"] = autoupdate
cmp_data = []
own_measures = []
other_measures = []
qs = TestMeasure.objects.exclude(
test_run__test_suite__name="DEBUG"
).values(
"test_run__test_suite__pk",
"test_run__test_suite__name",
"name"
).order_by(
"test_run__test_suite__name",
"name"
).distinct()
ts_pk = int(kwargs['pk'])
for m in qs:
if (len(cmp_data) == 0 or
cmp_data[-1]["pk"] != m["test_run__test_suite__pk"]):
cmp_data.append({
"pk": m["test_run__test_suite__pk"],
"name": m["test_run__test_suite__name"],
"items": []
})
cmp_data[-1]["items"].append(
'%s/%s' % (m["test_run__test_suite__pk"], m["name"])
)
if m['test_run__test_suite__pk'] == ts_pk:
if m["name"] != kwargs["mname"]:
own_measures.append(m)
else:
other_measures.append(m)
context["cmp_data"] = cmp_data
context["cmp_data_json"] = json.dumps(cmp_data)
context["own_measures"] = own_measures
context["other_measures"] = other_measures
context['measureconfig'] = TestMeasureConfig.get_or_create(
context['testsuite'], kwargs['mname']
)
context['img_args'] = img_args.urlencode(safe='%/')
context['cancel_alarm_url'] = reverse(
'appmonitor:cancelalarm', args=[kwargs["pk"], kwargs["mname"]]
)
return context
def get(self, request, *args, **kwargs):
cnf = TestMeasureConfig.get_or_create(kwargs["pk"], kwargs["mname"])
cnf.reset_alarm_status()
return HttpResponse("OK", 'text/plin')
def get_context_data(self, **kwargs):
context = super(MeasureView, self).get_context_data(**kwargs)
img_args = self.request.GET.copy()
context['testsuite'] = TestSuite.objects.get(pk=kwargs['pk'])
context['mname'] = kwargs['mname']
days = self.request.GET.get("days", "7")
try:
days = int(days)
except:
days = 7
if days not in [x[0] for x in MeasureView.by_days_choices]:
days = 7
context["days"] = days
context["days_choices"] = [{
'text': x[1],
'value': x[0],
'selected': x[0] == days
} for x in MeasureView.by_days_choices]
img_remove_args = ["days", "cmp_ts"]
if days != MeasureView.BY_DAYS_MANUAL:
img_remove_args.append("from")
img_remove_args.append("to")
for x in img_remove_args:
if x in img_args:
img_args.pop(x)
if days > 0:
dt = timezone.now() - datetime.timedelta(days=days)
img_args['from'] = dt.strftime('%d-%m-%Y')
autoupdate = self.request.GET.get("autoupdate", "10")
if autoupdate not in ["1", "10", "30", "60", ""]:
autoupdate = "10"
context["autoupdate"] = autoupdate
cmp_data = []
own_measures = []
other_measures = []
qs = TestMeasure.objects.exclude(
test_run__test_suite__name="DEBUG").values(
"test_run__test_suite__pk", "test_run__test_suite__name",
"name").order_by("test_run__test_suite__name",
"name").distinct()
ts_pk = int(kwargs['pk'])
for m in qs:
if (len(cmp_data) == 0
or cmp_data[-1]["pk"] != m["test_run__test_suite__pk"]):
cmp_data.append({
"pk": m["test_run__test_suite__pk"],
"name": m["test_run__test_suite__name"],
"items": []
})
cmp_data[-1]["items"].append(
'%s/%s' % (m["test_run__test_suite__pk"], m["name"]))
if m['test_run__test_suite__pk'] == ts_pk:
if m["name"] != kwargs["mname"]:
own_measures.append(m)
else:
other_measures.append(m)
context["cmp_data"] = cmp_data
context["cmp_data_json"] = json.dumps(cmp_data)
context["own_measures"] = own_measures
context["other_measures"] = other_measures
context['measureconfig'] = TestMeasureConfig.get_or_create(
context['testsuite'], kwargs['mname'])
context['img_args'] = img_args.urlencode(safe='%/')
context['cancel_alarm_url'] = reverse(
'appmonitor:cancelalarm', args=[kwargs["pk"], kwargs["mname"]])
return context
def plot_png(argsdict):
django.setup()
timezone.activate(timezone.get_current_timezone())
pk = qdict.get("test_suite_pk")
mname = qdict.get("measure_name")
test_suite = TestSuite.objects.get(pk=pk)
fullscreen = qdict.get("fs", False)
cmp_args = qdict.get("cmp")
if cmp_args:
cmp_args = cmp_args.split("/")
else:
cmp_args = [None, None]
cmp_pk = cmp_args[0]
cmp_mname = cmp_args[1]
t_from = parse_date_arg(qdict.get("from"))
t_to = parse_date_arg(qdict.get("to"))
if t_from is None:
t_from = timezone.now() - timedelta(days=7)
if not (pk and mname):
raise Exception(
"You must specify at least test_suite_pk and measure_name"
)
config = TestMeasureConfig.get_or_create(pk, mname)
targetvalue = config.failure_threshold
try:
targetvalue = float(targetvalue)
except:
targetvalue = None
dates = []
measures = []
extra_filters = {}
if t_from:
extra_filters['started__gte'] = t_from
if t_to:
extra_filters['ended__lte'] = t_to
max_measure = 0
items = TestMeasure.objects.filter(
test_run__test_suite__pk = pk,
name = mname,
success = 1,
**extra_filters
).order_by("started", "ended")
if len(items) == 0:
return ""
fig, ax = plt.subplots()
alarmstate=0
if config.alarm_status == TestMeasureConfig.ALARM_STATUS_ALARM:
ax.set_axis_bgcolor((1, 0.5, 0.5))
alarmstate=1
try:
xsize = int(argsdict.get('xsize', 800))
except ValueError:
xsize = 800
if xsize < 800:
xsize = 800
try:
ysize = int(argsdict.get('ysize', 600))
except ValueError:
ysize = 600
if ysize < 600:
ysize = 600
fig.set_size_inches(xsize/DPI, ysize/DPI)
for item in items:
dates.append(timezone.make_naive(item.started))
diff = (item.ended - item.started).total_seconds()
measures.append(diff)
if diff > max_measure:
max_measure = diff
min_date = dates[0]
max_date = dates[-1]
ax.plot_date(
dates, measures,
label=u'%s: %s' % (test_suite.name, config.name),
marker="x",
linestyle="-"
)
if cmp_pk and cmp_mname:
cmp_testsuite = TestSuite.objects.get(pk=cmp_pk)
cmp_items = TestMeasure.objects.filter(
test_run__test_suite__pk = cmp_pk,
name = cmp_mname,
success = 1,
**extra_filters
).order_by("started", "ended")
if len(cmp_items) > 0:
dates2 = []
measures2 = []
for item in cmp_items:
dates2.append(timezone.make_naive(item.started))
diff = (item.ended - item.started).total_seconds()
measures2.append(diff)
if diff > max_measure:
max_measure = diff
ax.plot_date(
dates2, measures2,
label=u'%s: %s' % (cmp_testsuite.name, cmp_mname),
marker="x",
linestyle="-",
color='g'
)
if targetvalue:
plt.axhline(
targetvalue, 0, 1, None,
color="r",
label=u"Alarmtærskel"
)
if targetvalue > max_measure:
max_measure = targetvalue
# Plot the legends
ax.legend(numpoints=1, loc='upper left', fontsize='x-small')
# Configure axes and grid
ax.xaxis.set_major_formatter(DateFormatter("%Y-%m-%d %H:%M"))
yaxis_scale = 1.1 if fullscreen else 1.2
ax.set_ylim(bottom = 0, top = max_measure * yaxis_scale)
ax.set_xlim(
min_date - datetime.timedelta(minutes = 15),
max_date + datetime.timedelta(minutes = 15)
)
ax.grid(True)
fig.autofmt_xdate()
fname = u"_".join([
unicode(x).replace("/", "_") for x in [
pk, mname, cmp_pk, cmp_mname, targetvalue, xsize, ysize
] if x
]) + ".png"
full_path_fname = os.path.join(settings.STATIC_ROOT, "plots", fname)
fig.tight_layout()
if fullscreen:
location_cnf = ConfigurationValue.get_or_create_default(
u"lokation", u"Ukendt lokation"
)
ax.set_title(
u"%s(%s) - %s: %s\n" % (
platform.node(), location_cnf.value, test_suite.name, mname
) +
u"Kontaktperson(er): %s" % ", ".join(
[x.full_name() for x in test_suite.contactpersons.all()]
),
fontsize='x-small'
)
fig.subplots_adjust(top=0.90)
fig.savefig(full_path_fname, format='png', dpi=DPI)
result = QueryDict('', mutable=True, encoding='utf8')
result.update({
'fname': full_path_fname,
'alarm': alarmstate
})
return result.urlencode(safe='/%')
def plot_png(argsdict):
django.setup()
timezone.activate(timezone.get_current_timezone())
pk = qdict.get("test_suite_pk")
mname = qdict.get("measure_name")
test_suite = TestSuite.objects.get(pk=pk)
fullscreen = qdict.get("fs", False)
cmp_args = qdict.get("cmp")
if cmp_args:
cmp_args = cmp_args.split("/")
else:
cmp_args = [None, None]
cmp_pk = cmp_args[0]
cmp_mname = cmp_args[1]
t_from = parse_date_arg(qdict.get("from"))
t_to = parse_date_arg(qdict.get("to"))
if t_from is None:
t_from = timezone.now() - timedelta(days=7)
if not (pk and mname):
raise Exception(
"You must specify at least test_suite_pk and measure_name")
config = TestMeasureConfig.get_or_create(pk, mname)
targetvalue = config.failure_threshold
try:
targetvalue = float(targetvalue)
except:
targetvalue = None
dates = []
measures = []
extra_filters = {}
if t_from:
extra_filters['started__gte'] = t_from
if t_to:
extra_filters['ended__lte'] = t_to
max_measure = 0
items = TestMeasure.objects.filter(test_run__test_suite__pk=pk,
name=mname,
success=1,
**extra_filters).order_by(
"started", "ended")
if len(items) == 0:
return ""
fig, ax = plt.subplots()
alarmstate = 0
if config.alarm_status == TestMeasureConfig.ALARM_STATUS_ALARM:
ax.set_axis_bgcolor((1, 0.5, 0.5))
alarmstate = 1
try:
xsize = int(argsdict.get('xsize', 800))
except ValueError:
xsize = 800
if xsize < 800:
xsize = 800
try:
ysize = int(argsdict.get('ysize', 600))
except ValueError:
ysize = 600
if ysize < 600:
ysize = 600
fig.set_size_inches(xsize / DPI, ysize / DPI)
for item in items:
dates.append(timezone.make_naive(item.started))
diff = (item.ended - item.started).total_seconds()
measures.append(diff)
if diff > max_measure:
max_measure = diff
min_date = dates[0]
max_date = dates[-1]
ax.plot_date(dates,
measures,
label=u'%s: %s' % (test_suite.name, config.name),
marker="x",
linestyle="-")
if cmp_pk and cmp_mname:
cmp_testsuite = TestSuite.objects.get(pk=cmp_pk)
cmp_items = TestMeasure.objects.filter(test_run__test_suite__pk=cmp_pk,
name=cmp_mname,
success=1,
**extra_filters).order_by(
"started", "ended")
if len(cmp_items) > 0:
dates2 = []
measures2 = []
for item in cmp_items:
dates2.append(timezone.make_naive(item.started))
diff = (item.ended - item.started).total_seconds()
measures2.append(diff)
if diff > max_measure:
max_measure = diff
ax.plot_date(dates2,
measures2,
label=u'%s: %s' % (cmp_testsuite.name, cmp_mname),
marker="x",
linestyle="-",
color='g')
if targetvalue:
plt.axhline(targetvalue, 0, 1, None, color="r", label=u"Alarmtærskel")
if targetvalue > max_measure:
max_measure = targetvalue
# Plot the legends
ax.legend(numpoints=1, loc='upper left', fontsize='x-small')
# Configure axes and grid
ax.xaxis.set_major_formatter(DateFormatter("%Y-%m-%d %H:%M"))
yaxis_scale = 1.1 if fullscreen else 1.2
ax.set_ylim(bottom=0, top=max_measure * yaxis_scale)
ax.set_xlim(min_date - datetime.timedelta(minutes=15),
max_date + datetime.timedelta(minutes=15))
ax.grid(True)
fig.autofmt_xdate()
fname = u"_".join([
unicode(x).replace("/", "_")
for x in [pk, mname, cmp_pk, cmp_mname, targetvalue, xsize, ysize] if x
]) + ".png"
full_path_fname = os.path.join(settings.STATIC_ROOT, "plots", fname)
fig.tight_layout()
if fullscreen:
location_cnf = ConfigurationValue.get_or_create_default(
u"lokation", u"Ukendt lokation")
ax.set_title(
u"%s(%s) - %s: %s\n" %
(platform.node(), location_cnf.value, test_suite.name, mname) +
u"Kontaktperson(er): %s" %
", ".join([x.full_name()
for x in test_suite.contactpersons.all()]),
fontsize='x-small')
fig.subplots_adjust(top=0.90)
fig.savefig(full_path_fname, format='png', dpi=DPI)
result = QueryDict('', mutable=True, encoding='utf8')
result.update({'fname': full_path_fname, 'alarm': alarmstate})
return result.urlencode(safe='/%')
