def test_hours_per_consumer(self):
ReportData.drop_collection()
count = 0
for key, value in products_dict.items():
count += 1
entry = TestData.create_entry(key, mem_high=True)
entry.save(safe=True)
lookup = len(ReportData.objects.all())
self.assertEqual(lookup, count)
end = datetime.now()
delta=timedelta(days=1)
start = datetime.now() - delta
list_of_rhics = RHIC.objects.all()
results = hours_per_consumer(start, end, list_of_rhics )
# right now products_dict RHEL and JBoss are sharing a RHIC so.. -1 on length
self.assertEqual(len(results), (len(products_dict) -1 ), "correct number of results returned")
results_product_list = []
for r in results:
self.assertEqual(r[0]['nau'], '1', "number of checkins is accurate")
results_product_list.append(r[0]['product_name'])
intersect = set(results_product_list).intersection(products_dict.keys())
self.assertEqual(len(intersect), (len(products_dict) -1), "number of products returned in results is accurate")
def test_basic_mdu(self):
"""
Basic test of mdu
"""
ReportData.drop_collection()
rhel_entry = TestData.create_entry(RHEL, mem_high=True)
rhel_entry.save()
lookup = ReportData.objects.all()
self.assertEqual(len(lookup), 1)
delta=timedelta(days=1)
start = datetime.now() - delta
end = datetime.now() + delta
filter_args = {
"memtotal__gt": rhel_entry.memtotal - 1,
"product": rhel_entry.product,
"contract_id": rhel_entry.contract_id,
"support": rhel_entry.support,
"memtotal__lt": rhel_entry.memtotal + 1,
"consumer_uuid": rhel_entry.consumer_uuid,
"sla": rhel_entry.sla
}
args = {
"start": start.strftime(constants.epoch),
"end": end.strftime(constants.epoch),
"filter_args_dict": filter_args,
"description": {"Product": RHEL}
}
test_dict = MaxUsage.get_MDU_MCU(**args)
result = test_dict['mdu'][1]
self.assertEqual(result[1], 1, "correct mdu found")
def test_generic_config_RHEL_JBOSS_same_rhic(self):
ReportData.drop_collection()
# create 1 RHEL, 2 JBoss
entry_high = TestData.create_entry(RHEL, mem_high=True)
entry_high.save(safe=True)
entry_high = TestData.create_entry(JBoss, socket=5)
entry_high.save(safe=True)
entry_low = TestData.create_entry(JBoss, socket=4 )
entry_low.save(safe=True)
delta=timedelta(days=1)
start = datetime.now() - delta
end = datetime.now() + delta
environment = "us-east-1"
lookup = ReportData.objects.all()
self.assertEqual(len(lookup), 3)
#test for RHEL Match
rhic = RHIC.objects.filter(uuid=products_dict[RHEL][1])[0]
p = Product.objects.filter(name=RHEL, sla=rhic.sla,
support_level=rhic.support_level)[0]
results_dicts = Product_Def.get_count(p, rhic, start, end, rhic.contract, environment, report_biz_rules)
self.assertEqual(len(results_dicts), 1)
#test for JBoss match
rhic = RHIC.objects.filter(uuid=products_dict[JBoss][1])[0]
p = Product.objects.filter(name=JBoss, sla=rhic.sla,
support_level=rhic.support_level)[0]
results_dicts = Product_Def.get_count(p, rhic, start, end, rhic.contract, environment, report_biz_rules)
results_dicts = Product_Def.get_count(p, rhic, start, end, rhic.contract, environment, report_biz_rules)
self.assertEqual(len(results_dicts), 2)
def test_RHEL_Host_negative(self):
ReportData.drop_collection()
entry_high = TestData.create_entry(UNLIMITED, socket=3)
entry_high.save(safe=True)
entry_low = TestData.create_entry(UNLIMITED, socket=3, mem_high=True )
entry_low.save(safe=True)
self.check_product_result(1, 1)
def test_OpenShift_Gear_negative(self):
ReportData.drop_collection()
entry_high = TestData.create_entry(GEAR, cpu=2, mem_high=True)
entry_high.save(safe=True)
entry_low = TestData.create_entry(GEAR, cpu=3, mem_high=True)
entry_low.save(safe=True)
self.check_product_result(1, 1)
def test_JBoss_vcpu_negative(self):
ReportData.drop_collection()
entry_high = TestData.create_entry(JBoss, socket=5)
entry_high.save(safe=True)
entry_low = TestData.create_entry(JBoss, socket=5, mem_high=True )
entry_low.save(safe=True)
self.check_product_result(1, 1)
def test_RHEL_memory_negative(self):
ReportData.drop_collection()
entry_high = TestData.create_entry(RHEL, mem_high=True)
entry_high.save(safe=True)
entry_low = TestData.create_entry(RHEL, mem_high=True, socket=12)
entry_low.save(safe=True)
self.check_product_result(1, 1)
def test_advanced_mcu_mdu(self):
"""
three report data entries, each w/ unique instance_ident
2 in the same $hour
1 in $hour + 1
mcu = 2 , mdu = 3
"""
delta_day=timedelta(days=1)
delta_hour=timedelta(hours=1)
start = datetime.now() - delta_day
end = datetime.now() + delta_day
hour_plus_1 = datetime.now() + delta_hour
ReportData.drop_collection()
rhel_entry = TestData.create_entry(RHEL,
instance_identifier="00:10")
rhel_entry.save()
rhel_entry = TestData.create_entry(RHEL,
instance_identifier="00:11")
rhel_entry.save()
rhel_entry = TestData.create_entry(RHEL,
date=hour_plus_1,
instance_identifier="00:12")
rhel_entry.save()
lookup = ReportData.objects.all()
self.assertEqual(len(lookup), 3)
filter_args = {
"memtotal__gt": rhel_entry.memtotal - 1,
"product": rhel_entry.product,
"contract_id": rhel_entry.contract_id,
"support": rhel_entry.support,
"memtotal__lt": rhel_entry.memtotal + 1,
"consumer_uuid": rhel_entry.consumer_uuid,
"sla": rhel_entry.sla
}
args = {
"start": start.strftime(constants.epoch),
"end": end.strftime(constants.epoch),
"filter_args_dict": filter_args,
"description": {"Product": RHEL}
}
test_dict = MaxUsage.get_MDU_MCU(**args)
mdu = test_dict['mdu'][1]
mcu = test_dict['mcu'][1]
self.assertEqual(mdu[1], 3, "correct mdu found")
self.assertEqual(mcu[1], 2, "correct mcu found")
def main():
SpliceServer.drop_collection()
ProductUsage.drop_collection()
ReportData.drop_collection()
ss1 = TestData.create_splice_server("test01", "east")
uuid_rhel_jboss = products_dict[RHEL][1]
prod_rhel = products_dict[RHEL][0]
prod_jboss = products_dict[JBoss][0]
uuid_ha = products_dict[HA][1]
prod_ha = products_dict[HA][0]
uuid_edu = products_dict[EDU][1]
prod_edu = products_dict[EDU][0]
now = datetime.now()
delta_day = timedelta(days=4)
delta_hour = timedelta(days=3)
for i in range(1, 10):
this_time = now - (delta_hour * i)
create_set_of_usage(
prod_rhel, uuid_rhel_jboss, get_times(this_time), ss1, 7)
for i in range(1, 10):
this_time = now - (delta_hour * i)
create_set_of_usage(
prod_jboss, uuid_rhel_jboss, get_times(this_time), ss1, 4)
for i in range(1, 4):
this_time = now - (delta_hour * i)
create_set_of_usage(prod_ha, uuid_ha, get_times(this_time), ss1, 7)
for i in range(5, 10):
this_time = now - (delta_hour * i)
create_set_of_usage(
prod_edu, uuid_edu, get_times(this_time), ss1, 5)
# run import
results = import_data(force_import=True)
# verify 1 items in db
lookup = ReportData.objects.all()
def test_generic_config_RHEL(self):
ReportData.drop_collection()
entry_high = TestData.create_entry(RHEL, mem_high=True)
entry_high.save(safe=True)
delta=timedelta(days=1)
start = datetime.now() - delta
end = datetime.now() + delta
contract_num = "3116649"
environment = "us-east-1"
lookup = ReportData.objects.all()
self.assertEqual(len(lookup), 1)
#test perfect match
p = Product.objects.filter(name=RHEL)[0]
#print(products_dict[RHEL][1])
rhic = RHIC.objects.filter(uuid=products_dict[RHEL][1])[0]
results_dicts = Product_Def.get_count(p, rhic, start, end, contract_num, environment, report_biz_rules)
self.assertEqual(len(results_dicts), 1)
def test_find_each_product(self):
ReportData.drop_collection()
count = 0
for key, value in products_dict.items():
count += 1
entry = TestData.create_entry(key, mem_high=True)
entry.save(safe=True)
lookup = len(ReportData.objects.all())
self.assertEqual(lookup, count)
end = datetime.now()
delta=timedelta(days=1)
start = datetime.now() - delta
for key, value in products_dict.items():
rhic = RHIC.objects.filter(uuid=value[1])[0]
p = Product.objects.filter(name=key, sla=rhic.sla,
support_level=rhic.support_level)[0]
results_dicts = Product_Def.get_count(p, rhic, start, end, rhic.contract, "us-east-1", report_biz_rules)
self.assertEqual(len(results_dicts), 1)
def import_data(product_usage=[],
checkin_interval=1,
from_splice_server="NA",
force_import=False):
"""
@param product_usage
@type mongoengine cursor
@param checkin_interval
@type int
@description the interval between client checkins range 1-23, 24=daily
@return dict w/ keys start, end to measure how long the import took
@rtype dict
"""
# config fail/pass on missing rhic
if not product_usage:
product_usage = ProductUsage.objects.all()
start_stop_time = []
quarantined = []
#total_import_count = len(product_usage)
#remaining_import_count = total_import_count
# debug
start = datetime.utcnow()
#provide a way to throttle how often import can be run
time = {}
time['start'] = start.strftime(constants.full_format)
time_now = datetime.utcnow()
threshold = 0
if config.CONFIG.has_option('import', 'quiet_period'):
threshold = int(config.CONFIG.get('import', 'quiet_period'))
last_import_threshhold = time_now - timedelta(minutes=threshold)
last_import = ImportHistory.objects.filter(
date__gt=last_import_threshhold).count()
if last_import > 0 and force_import == False:
time['end'] = -1 # -1 send import skipped message
start_stop_time.append(time)
_LOG.info("import skipped")
return [], start_stop_time
else:
record = ImportHistory(date=start, splice_server=from_splice_server)
record.save()
# committing every 100 records instead of every 1 record saves about 5
# seconds.
cached_rhics = {}
cached_contracts = {}
for pu in product_usage:
uuid = pu.consumer
#BEGIN SANITIZE THE PU DATA
if not pu.allowed_product_info:
_LOG.critical('product usuage object does not have any allowed products (engineering ids)')
continue
try:
splice_server = SpliceServer.objects.get(uuid=pu.splice_server)
_LOG.info('splice server = ' + splice_server.hostname)
except Exception:
_LOG.critical('splice server named: ' + str(pu.splice_server) + ' not found')
continue
if uuid in cached_rhics:
rhic = cached_rhics[uuid]
else:
try:
_LOG.info('using RHIC: ' + uuid)
rhic = RHIC.objects.filter(uuid=uuid)[0]
cached_rhics[uuid] = rhic
except IndexError:
_LOG.critical('rhic not found @ import: ' + uuid)
_LOG.critical('product usuage object will NOT be imported')
continue
#END SANITIZE THE PU DATA
account = Account.objects(account_id=rhic.account_id).only('contracts').first()
contract = None
if rhic.contract in cached_contracts:
contract = cached_contracts['rhic.contract']
else:
for c in account.contracts:
if c.contract_id == rhic.contract:
cached_contracts['rhic.contract'] = c
contract = c
break
# Set of used engineering ids for this checkin
product_set = Set(pu.allowed_product_info)
# Iterate over each product in the contract, see if it matches sla and
# support level, and consumed engineering ids. If so, save an instance
# of ReportData
for product in contract.products:
# Match on sla and support level
if not (product.sla == rhic.sla and
product.support_level == rhic.support_level):
continue
# Set of engineering ids for this product.
product_eng_id_set = set(product.engineering_ids)
# If the set of engineering ids for the product is a subset of the
# used engineering ids for this checkin, create an instance of
# ReportData, check for dupes, and save the instance.
if product_eng_id_set.issubset(product_set):
# This line isn't technically necessary, but it improves
# performance by making the set we need to search smaller each
# time.
product_set.difference_update(product_eng_id_set)
splice_server = SpliceServer.objects.get(uuid=pu.splice_server)
for interval in range(checkin_interval):
td = timedelta(hours=interval)
this_time = pu.date + td
rd = ReportData(
instance_identifier=str(pu.instance_identifier),
consumer=rhic.name,
consumer_uuid=uuid,
product=product.engineering_ids,
product_name=product.name,
date=this_time,
hour=this_time.strftime(
constants.hr_fmt),
day=pu.date.strftime(
constants.day_fmt),
sla=product.sla,
support=product.support_level,
contract_id=rhic.contract,
contract_use=str(product.quantity),
memtotal=int(
pu.facts['memory_dot_memtotal']),
cpu_sockets=int(
pu.facts['lscpu_dot_cpu_socket(s)']),
cpu=int(
pu.facts['lscpu_dot_cpu(s)']),
environment=str(
splice_server.environment),
splice_server=str(
splice_server.hostname),
duplicate=interval,
record_identifier=rhic.name +
str(pu.instance_identifier) +
pu.date.strftime(constants.day_fmt) +
product.name
)
try:
rd.save(safe=True)
_LOG.info(
'recording: ' + str(product.engineering_ids))
except NotUniqueError:
_LOG.info("Ignorning NotUniqueError for: %s" % (rd))
except OperationError as oe:
_LOG.info("could not import:" +
str(pu) + "Exception: " + str(oe))
quarantined.append(rd)
end = datetime.utcnow()
time['end'] = end.strftime(constants.full_format)
start_stop_time.append(time)
_LOG.info('import complete')
return quarantined, start_stop_time
def drop_collections(self):
ReportData.drop_collection()
def drop_report_data(self):
ReportData.drop_collection()
def drop_collections(self):
ReportData.drop_collection()
QuarantinedReportData.drop_collection()