def test_spec_selector_labels():
k = KubernetesCluster()
k.load_dir(TEST_CLUSTER_FOLDER)
k._build_state()
for ds in filter(lambda x: isinstance(x, Service), k.state_objects):
if labelFactory.get("app",
"redis-evict") in ds.spec_selector._get_value():
return
raise Exception("Can not check labels load")
def test_load_folder_load_pod_labels():
k = KubernetesCluster()
k.load_dir(TEST_CLUSTER_FOLDER)
k._build_state()
for ds in filter(lambda x: isinstance(x, Pod), k.state_objects):
if labelFactory.get("app",
"redis-evict") in ds.metadata_labels._get_value():
return
raise Exception("Can not check labels load")
def test_service_load():
k = KubernetesCluster()
k.load_dir(TEST_CLUSTER_FOLDER)
k._build_state()
objects = filter(lambda x: isinstance(x, Service), k.state_objects)
for p in objects:
if p.metadata_name == "redis-master-evict" and \
labelFactory.get("app", "redis-evict") in p.metadata_labels._get_value():
return
raise ValueError("Could not find service loded")
def test_load_folder_create_labels():
k = KubernetesCluster()
# k.load_dir(TEST_CLUSTER_FOLDER)
k.create_resource(open(TEST_DAEMONET).read())
k._build_state()
for ds in filter(lambda x: isinstance(x, DaemonSet), k.state_objects):
if labelFactory.get(
"k8s-app",
"fluentd-logging") in ds.metadata_labels._get_value():
return
raise Exception("Can not check labels load")
def test_service_status():
k = KubernetesCluster()
k.load_dir(TEST_CLUSTER_FOLDER)
k._build_state()
objects = filter(lambda x: isinstance(x, Service), k.state_objects)
service_found = False
for p in objects:
if p.metadata_name == "redis-master-evict" and \
labelFactory.get("app", "redis-evict") in p.metadata_labels._get_value() and \
labelFactory.get("app", "redis-evict") in p.spec_selector._get_value() and \
p.status == STATUS_SERV["Pending"]:
service_found = True
break
assert service_found
objects = filter(lambda x: isinstance(x, Pod), k.state_objects)
for p in objects:
if p.targetService == Pod.TARGET_SERVICE_NULL and \
labelFactory.get("app", "redis-evict") in p.metadata_labels._get_value():
return
raise ValueError("Could not find service loded")
def test_service_link_to_pods():
objects = filter(lambda x: isinstance(x, Service), ALL_STATE)
serv = None
for p in objects:
if p.metadata_name == "redis-master-evict" and \
labelFactory.get("app", "redis-evict") in p.metadata_labels._get_value() and \
p.status == STATUS_SERV["Started"]:
serv = p
assert not serv is None
objects = filter(lambda x: isinstance(x, Pod), ALL_STATE)
for p in objects:
if str(p.metadata_name).startswith("redis-master-evict")\
and p.targetService == serv:
return
raise ValueError("Could not find service loded")
def k8s_to_domain_object(obj):
try_int = False
try:
int(obj)
try_int = True
except:
pass
if isinstance(obj, int):
return obj
elif isinstance(obj, dict) and len(obj) == 1:
k,v=list(obj.items())[0]
return labelFactory.get(k,v)
elif isinstance(obj, str) and obj[0] in string.digits+"-" and not obj[-1] in string.digits:
# pass on, probably someone will take care
return obj
elif isinstance(obj, str) and try_int:
return int(obj)
elif isinstance(obj, str) and not obj[0] in string.digits+"-":
return obj
else:
raise ValueError("Value type not suported: %s" % repr(obj))
def test_service_active_pods():
k = KubernetesCluster()
k.load_dir(TEST_CLUSTER_FOLDER)
k._build_state()
p = StartServiceGoal(k.state_objects)
p.select_target_service()
global ALL_STATE
ALL_STATE = k.state_objects
# p.debug()
try:
p.xrun()
except EmptyPlanError:
return
objects = filter(lambda x: isinstance(x, Service), k.state_objects)
pods_active = False
for p in objects:
if p.metadata_name == "redis-master-evict" and \
labelFactory.get("app", "redis-evict") in p.metadata_labels._get_value() and \
p.status == STATUS_SERV["Started"] and\
p.amountOfActivePods > 0:
pods_active = True
break
assert pods_active
def test_label_factory():
l = labelFactory.get("test", "test")
def problem(self):
# super().problem()
self.priorityHigh = self.addObject(PriorityClass('HighPreemptive'))
self.priorityHigh.priority = 5
self.priorityHigh.preemtionPolicy = POLICY["PreemptLowerPriority"]
self.priorityHighNoPreem = self.addObject(
PriorityClass('HighNoPreemptive'))
self.priorityHighNoPreem.priority = 5
self.priorityHighNoPreem.preemtionPolicy = POLICY["Never"]
self.priorityLow = self.addObject(PriorityClass('Low'))
self.priorityLow.priority = 1
self.priorityLow.preemtionPolicy = POLICY["Never"]
self.priorityUndefined = self.addObject(PriorityClass('Undefined'))
self.priorityUndefined.priority = 0
self.priorityUndefined.preemtionPolicy = POLICY["Never"]
self.daemonset1 = self.addObject(DaemonSet('DS1'))
self.nullLb = self.addObject(LoadBalancer('Null'))
self.service1 = self.addObject(mservice.Service('service1'))
self.service1.amountOfActivePods = 0
self.service1.status = STATUS_SERV["Pending"]
self.service1.spec_selector.add(labelFactory.get("test", "test"))
self.service.append(self.service1)
self.service2 = self.addObject(mservice.Service('service2'))
self.service2.amountOfActivePods = 0
self.service2.status = STATUS_SERV["Pending"]
self.service2.spec_selector.add(labelFactory.get("test2", "test2"))
self.service.append(self.service2)
self.service3 = self.addObject(mservice.Service('service3'))
self.service3.amountOfActivePods = 0
self.service3.spec_selector.add(labelFactory.get("test3", "test3"))
self.service3.status = STATUS_SERV["Pending"]
self.node1 = self.addObject(mnode.Node('node1'))
self.node1.status = STATUS_NODE[
"Active"] ##TODO - make Node activation mechanism
self.node1.cpuCapacity = 3
self.node1.memCapacity = 3
self.node1.currentFormalCpuConsumption = 2
self.node1.currentFormalMemConsumption = 2
self.node1.currentRealMemConsumption = 0
self.node1.currentRealCpuConsumption = 0
self.node1.AmountOfPodsOverwhelmingMemLimits = 0
self.node.append(self.node1)
self.node2 = self.addObject(mnode.Node('node2'))
self.node2.status = STATUS_NODE["Active"]
self.node2.cpuCapacity = 3
self.node2.memCapacity = 3
self.node2.memCapacityBarier = 3
self.node2.currentFormalCpuConsumption = 2
self.node2.currentFormalMemConsumption = 2
self.node2.currentRealMemConsumption = 0
self.node2.currentRealCpuConsumption = 0
self.node2.AmountOfPodsOverwhelmingMemLimits = 0
self.node.append(self.node2)
self.node2.prevNode = self.node1
self.node1.prevNode = self.node2
self.pod1 = self.addObject(mpod.Pod('pod1'))
self.pod1.currentRealCpuConsumption = 0
self.pod1.currentRealMemConsumption = 0
self.pod1.status = STATUS_POD["Running"]
self.pod1.memRequest = 2
self.pod1.cpuRequest = 2
self.pod1.podNotOverwhelmingLimits = True
self.pod1.realInitialMemConsumption = 0
self.pod1.realInitialCpuConsumption = 0
self.pod1.memLimit = 1
self.pod1.cpuLimit = 1
self.pod1.atNode = self.node2
self.pod1.toNode = mnode.Node.NODE_NULL
self.pod1.memLimitsStatus = STATUS_LIM["Limit Met"]
self.pod1.amountOfActiveRequests = 0
# self.pod1.targetService = self.service1
self.pod1.metadata_labels.add(labelFactory.get("test", "test"))
self.pod1.priorityClass = self.priorityLow
self.pod.append(self.pod1)
self.pod2 = self.addObject(mpod.Pod('pod2'))
self.pod2.currentRealCpuConsumption = 0
self.pod2.currentRealMemConsumption = 0
self.pod2.status = STATUS_POD["Running"]
self.pod2.memRequest = 2
self.pod2.cpuRequest = 2
self.pod2.podNotOverwhelmingLimits = True
self.pod2.realInitialMemConsumption = 0
self.pod2.realInitialCpuConsumption = 0
self.pod2.memLimit = 1
self.pod2.cpuLimit = 1
self.pod2.atNode = self.node2
self.pod2.toNode = mnode.Node.NODE_NULL
self.pod2.memLimitsStatus = STATUS_LIM["Limit Met"]
## todo: for relations it should give helpful error message when = instead of add.
self.pod2.amountOfActiveRequests = 0
# self.pod2.targetService = self.service1
self.pod2.metadata_labels.add(labelFactory.get("test", "test"))
self.pod2.priorityClass = self.priorityLow
self.pod.append(self.pod2)
self.pod3 = self.addObject(mpod.Pod('pod3'))
self.pod3.currentRealCpuConsumption = 0
self.pod3.currentRealMemConsumption = 0
self.pod3.status = STATUS_POD["Running"]
self.pod3.memRequest = 1
self.pod3.cpuRequest = 1
self.pod3.podNotOverwhelmingLimits = True
self.pod3.realInitialMemConsumption = 0
self.pod3.realInitialCpuConsumption = 0
self.pod3.memLimit = 2
self.pod3.cpuLimit = 2
self.pod3.atNode = self.node1
self.pod3.toNode = mnode.Node.NODE_NULL
self.pod3.memLimitsStatus = STATUS_LIM["Limit Met"]
self.pod3.amountOfActiveRequests = 0
# self.pod3.targetService = self.service2
self.pod3.metadata_labels.add(labelFactory.get("test2", "test2"))
self.pod3.priorityClass = self.priorityLow
self.pod.append(self.pod3)
self.pod4 = self.addObject(mpod.Pod('pod4'))
self.pod4.currentRealCpuConsumption = 0
self.pod4.currentRealMemConsumption = 0
self.pod4.status = STATUS_POD["Running"]
self.pod4.memRequest = 1
self.pod4.cpuRequest = 1
self.pod4.podNotOverwhelmingLimits = True
self.pod4.realInitialMemConsumption = 0
self.pod4.realInitialCpuConsumption = 0
self.pod4.memLimit = 1
self.pod4.cpuLimit = 1
self.pod4.atNode = self.node1
self.pod4.toNode = mnode.Node.NODE_NULL
self.pod4.memLimitsStatus = STATUS_LIM["Limit Met"]
self.pod4.amountOfActiveRequests = 0
# self.pod4.targetService = self.service3
self.pod4.metadata_labels.add(labelFactory.get("test3", "test3"))
self.pod4.priorityClass = self.priorityLow
self.pod.append(self.pod4)
self.pod5 = self.addObject(mpod.Pod('pod5'))
self.pod5.currentRealCpuConsumption = 0
self.pod5.currentRealMemConsumption = 0
self.pod5.status = STATUS_POD["Pending"]
self.pod5.memRequest = 2
self.pod5.cpuRequest = 2
self.pod5.podNotOverwhelmingLimits = True
self.pod5.realInitialMemConsumption = 0
self.pod5.realInitialCpuConsumption = 0
self.pod5.memLimit = 1
self.pod5.cpuLimit = 1
self.pod5.atNode = mnode.Node.NODE_NULL
self.pod5.toNode = mnode.Node.NODE_NULL
self.pod5.memLimitsStatus = STATUS_LIM["Limit Met"]
self.pod5.amountOfActiveRequests = 0
# self.pod5.targetService = self.service3
self.pod5.metadata_labels.add(labelFactory.get("test3", "test3"))
self.pod5.priorityClass = self.priorityHigh
self.pod.append(self.pod5)
self.pod6 = self.addObject(mpod.Pod('pod6'))
self.pod6.currentRealCpuConsumption = 0
self.pod6.currentRealMemConsumption = 0
self.pod6.status = STATUS_POD["Pending"]
self.pod6.memRequest = 2
self.pod6.cpuRequest = 2
self.pod6.podNotOverwhelmingLimits = True
self.pod6.realInitialMemConsumption = 0
self.pod6.realInitialCpuConsumption = 0
self.pod6.memLimit = 1
self.pod6.cpuLimit = 1
self.pod6.atNode = mnode.Node.NODE_NULL
self.pod6.toNode = self.node1
self.pod6.memLimitsStatus = STATUS_LIM["Limit Met"]
self.pod6.amountOfActiveRequests = 0
# self.pod6.targetService = self.service3
self.pod6.metadata_labels.add(labelFactory.get("test3", "test3"))
self.daemonset1.podList.add(self.pod6)
self.pod6.priorityClass = self.priorityHigh
self.pod.append(self.pod6)
self.pod7 = self.addObject(mpod.Pod('pod7'))
self.pod7.currentRealCpuConsumption = 0
self.pod7.currentRealMemConsumption = 0
self.pod7.status = STATUS_POD["Pending"]
self.pod7.memRequest = 2
self.pod7.cpuRequest = 2
self.pod7.podNotOverwhelmingLimits = True
self.pod7.realInitialMemConsumption = 0
self.pod7.realInitialCpuConsumption = 0
self.pod7.memLimit = 1
self.pod7.cpuLimit = 1
self.pod7.atNode = mnode.Node.NODE_NULL
self.pod7.toNode = self.node2
self.pod7.memLimitsStatus = STATUS_LIM["Limit Met"]
self.pod7.amountOfActiveRequests = 0
# self.pod7.targetService = self.service3
self.pod7.metadata_labels.add(labelFactory.get("test3", "test3"))
self.daemonset1.podList.add(self.pod7)
self.pod7.priorityClass = self.priorityHigh
self.pod.append(self.pod7)
# WARN: can do "optimal skips" of RR chain
self.pod7.nextPod = self.pod1
self.pod6.nextPod = self.pod7
self.pod5.nextPod = self.pod6
self.pod4.nextPod = self.pod5
self.pod3.nextPod = self.pod4
self.pod2.nextPod = self.pod3
self.pod1.nextPod = self.pod2
# mpod.Pod.POD_NULL.nextPod = self.pod1
self.globalVar1 = self.addObject(mglobals.GlobalVar('globalVar1'))
##self.globalVar1.numberOfRejectedReq =0
#self.globalVar1.lastPod = self.pod1
#self.globalVar1.memCapacity = 6
#self.globalVar1.cpuCapacity = 6
#self.globalVar1.currentFormalCpuConsumption = 4
#self.globalVar1.currentFormalMemConsumption = 4
#self.globalVar1.queueLength =0
#self.globalVar1.amountOfPods = 5
self.scheduler1 = self.addObject(mscheduler.Scheduler('scheduler1'))
self.scheduler1.podQueue.add(self.pod5)
self.scheduler1.podQueue.add(self.pod6)
self.scheduler1.podQueue.add(self.pod7)
self.scheduler1.status = STATUS_SCHED["Changed"]
self.scheduler1.queueLength = 3