Workload policy label

goldens/Workload_create.txt

@@ -24,7 +24,7 @@ docker tag dry-run-runner gcr.io/golden-project/dry-run-runner:prefix-current
 [XPK] Task: `Upload Docker Image` is implemented by the following command not running since it is a dry run. 
 docker push gcr.io/golden-project/dry-run-runner:prefix-current
 [XPK] Task: `Creating Workload` is implemented by the following command not running since it is a dry run. 
-kubectl apply -f abc33690f7a11b2ba50a8f949970fd3ba812f088367b7f64260729f01f41a231
+kubectl apply -f e21c8ebdc21d15a852187058c096898c486d3b1066e67dcfb67e5052a1d0a7fa
 [XPK] Task: `GKE Dashboard List` is implemented by the following command not running since it is a dry run. 
 gcloud monitoring dashboards list --project=golden-project --filter="displayName:'GKE - TPU Monitoring Dashboard'" --format="value(name)" --verbosity=error
 [XPK] Check statistics and outlier mode of GKE metrics here: https://console.cloud.google.com/monitoring/dashboards/builder/0?project=golden-project&f.rlabel.cluster_name.ClusterName=golden-cluster. To view the metric data for your workload, select golden-workload from the JobName filter on the dashboard.

goldens/Workload_create_pathways.txt

@@ -26,7 +26,7 @@ docker tag dry-run-runner gcr.io/golden-project/dry-run-runner:prefix-current
 [XPK] Task: `Upload Docker Image` is implemented by the following command not running since it is a dry run. 
 docker push gcr.io/golden-project/dry-run-runner:prefix-current
 [XPK] Task: `Creating Workload` is implemented by the following command not running since it is a dry run. 
-kubectl apply -f 574963d6d441695d681ff94ad241e713559f64b4ce519f4f1e0708c659f1c25d
+kubectl apply -f 6fb0f350cf4e0dccc71f77392d12db3de6371d5148519657046613794358bfce
 [XPK] Task: `GKE Dashboard List` is implemented by the following command not running since it is a dry run. 
 gcloud monitoring dashboards list --project=golden-project --filter="displayName:'GKE - TPU Monitoring Dashboard'" --format="value(name)" --verbosity=error
 [XPK] Check statistics and outlier mode of GKE metrics here: https://console.cloud.google.com/monitoring/dashboards/builder/0?project=golden-project&f.rlabel.cluster_name.ClusterName=golden-cluster. To view the metric data for your workload, select golden-workload from the JobName filter on the dashboard.

src/xpk/commands/workload.py

@@ -63,6 +63,8 @@
     get_cpu_affinity,
     get_gpu_scheduler,
     create_sub_slicing_annotations,
+    create_placement_policy_label,
+    is_placement_policy_supported,
 )
 from ..core.storage import (
     GCE_PD_TYPE,
@@ -143,6 +145,7 @@
               nodeSelector:
                 {accelerator_label}
                 {machine_label}
+                {placement_policy_label}
                 {autoprovisioning_args}
               priorityClassName: {args.priority}
               hostNetwork: true
@@ -192,6 +195,8 @@
               {gpu_scheduler}
               priorityClassName: {args.priority}
               restartPolicy: Never
+              nodeSelector:
+                {placement_policy_label}
               imagePullSecrets:
               - name: {args.docker_image_pull_secret}
               hostNetwork: true
@@ -237,6 +242,8 @@
             spec:
               priorityClassName: {args.priority}
               restartPolicy: Never
+              nodeSelector:
+                {placement_policy_label}
               imagePullSecrets:
               - name: {args.docker_image_pull_secret}
               dnsPolicy: ClusterFirstWithHostNet
@@ -272,6 +279,7 @@
         terminationGracePeriodSeconds: {args.termination_grace_period_seconds}
         priorityClassName: {args.priority}
         nodeSelector:
+          {placement_policy_label}
           {autoprovisioning_args}
       pathwaysDir: {args.pathways_gcs_location} #This bucket needs to be created in advance.
       controller:
@@ -517,6 +525,11 @@ def workload_create(args) -> None:
           failure_policy_rules=failure_policy_rules,
           pod_failure_policy=pod_failure_policy,
           annotations=annotations,
+          placement_policy_label=(
+              create_placement_policy_label(system)
+              if is_placement_policy_supported(system)
+              else ''
+          ),
       )
 
       sub_networks = get_cluster_subnetworks()
@@ -541,6 +554,11 @@ def workload_create(args) -> None:
           service_account=service_account,
           failure_policy_rules=failure_policy_rules,
           pod_failure_policy=pod_failure_policy,
+          placement_policy_label=(
+              create_placement_policy_label(system)
+              if is_placement_policy_supported(system)
+              else ''
+          ),
       )
 
   elif args.use_pathways and ensure_pathways_workload_prerequisites(
@@ -558,6 +576,11 @@ def workload_create(args) -> None:
         user_workload=get_user_workload_for_pathways(args, system),
         local_queue_name=LOCAL_QUEUE_NAME,
         autoprovisioning_args=autoprovisioning_args,
+        placement_policy_label=(
+            create_placement_policy_label(system)
+            if is_placement_policy_supported(system)
+            else ''
+        ),
     )
   else:
     container, debugging_dashboard_id = get_user_workload_container(
@@ -585,6 +608,11 @@ def workload_create(args) -> None:
                 create_sub_slicing_annotations(args.sub_slicing_topology)
             )
         ),
+        placement_policy_label=(
+            create_placement_policy_label(system)
+            if is_placement_policy_supported(system)
+            else ''
+        ),
         machine_label=create_machine_label(system.accelerator_type, system),
         local_queue_name=LOCAL_QUEUE_NAME,
         autoprovisioning_args=autoprovisioning_args,

src/xpk/core/nodepool.py

@@ -16,7 +16,7 @@
 
 from typing import List
 from ..utils.console import ask_for_user_consent, xpk_print
-from ..utils.topology import is_topology_valid
+from .scheduling import get_placement_policy_name, is_placement_policy_supported
 from .capacity import (
     AUTOPROVISIONING_CONFIG_VALUE,
     H100_MEGA_DEVICE_TYPE,
@@ -258,10 +258,8 @@ def run_gke_node_pool_create_command(
         return 1
 
   placement_args = ''
-  if system.requires_workload_policy and is_topology_valid(system.topology):
-    placement_policy = (
-        f'{system.device_type}-{system.topology}-placement-policy'
-    )
+  if is_placement_policy_supported(system):
+    placement_policy = get_placement_policy_name(system)
     ensure_resource_policy_exists(placement_policy, args, system.topology)
     placement_args = f' --placement-policy={placement_policy}'
 

src/xpk/core/nodepool_test.py

@@ -146,21 +146,23 @@ def mock_nodepool_dependencies(mocker):
   )
   mocker.patch("xpk.core.nodepool.run_commands", return_value=0)
   mocker.patch("xpk.core.nodepool.ask_for_user_consent", return_value=True)
-  mock_is_topology_valid = mocker.patch("xpk.core.nodepool.is_topology_valid")
+  mock_is_placement_policy_supported = mocker.patch(
+      "xpk.core.nodepool.is_placement_policy_supported"
+  )
   mock_ensure_resource_policy = mocker.patch(
       "xpk.core.nodepool.ensure_resource_policy_exists"
   )
-  return mock_is_topology_valid, mock_ensure_resource_policy
+  return mock_is_placement_policy_supported, mock_ensure_resource_policy
 
 
 def test_placement_policy_created_for_gpu_with_valid_topology(
     mocker, mock_nodepool_dependencies
 ):
   """Tests that placement policy is created for GPUs with a valid topology."""
-  mock_is_topology_valid, mock_ensure_resource_policy = (
+  mock_is_placement_policy_supported, mock_ensure_resource_policy = (
       mock_nodepool_dependencies
   )
-  mock_is_topology_valid.return_value = True
+  mock_is_placement_policy_supported.return_value = True
   args = mocker.Mock(
       tpu_type=None,
       device_type="h100-80gb-8",
@@ -188,10 +190,10 @@ def test_placement_policy_not_created_for_gpu_with_invalid_topology(
     mocker, mock_nodepool_dependencies
 ):
   """Tests that placement policy is not created for GPUs with an invalid topology."""
-  mock_is_topology_valid, mock_ensure_resource_policy = (
+  mock_is_placement_policy_supported, mock_ensure_resource_policy = (
       mock_nodepool_dependencies
   )
-  mock_is_topology_valid.return_value = False
+  mock_is_placement_policy_supported.return_value = False
   args = mocker.Mock(
       tpu_type=None,
       device_type="h100-80gb-8",
@@ -218,10 +220,10 @@ def test_placement_policy_created_for_tpu7x_with_valid_topology(
     mocker, mock_nodepool_dependencies
 ):
   """Tests that placement policy is created for tpu7x with a valid topology."""
-  mock_is_topology_valid, mock_ensure_resource_policy = (
+  mock_is_placement_policy_supported, mock_ensure_resource_policy = (
       mock_nodepool_dependencies
   )
-  mock_is_topology_valid.return_value = True
+  mock_is_placement_policy_supported.return_value = True
   args = mocker.Mock(
       tpu_type="tpu7x-8",
       device_type=None,
@@ -251,10 +253,10 @@ def test_placement_policy_not_created_for_non7x_tpu(
     mocker, mock_nodepool_dependencies
 ):
   """Tests that placement policy is not created for non-tpu7x TPUs."""
-  mock_is_topology_valid, mock_ensure_resource_policy = (
+  mock_is_placement_policy_supported, mock_ensure_resource_policy = (
       mock_nodepool_dependencies
   )
-  mock_is_topology_valid.return_value = True
+  mock_is_placement_policy_supported.return_value = False
   args = mocker.Mock(
       tpu_type="v6e",
       device_type=None,

src/xpk/core/scheduling.py

@@ -15,6 +15,7 @@
 """
 
 from ..utils.console import xpk_print
+from ..utils.topology import is_topology_valid
 from ..utils.execution_context import is_dry_run
 from .capacity import AUTOPROVISIONING_CONFIG_MAXIMUM_KEY, AUTOPROVISIONING_CONFIG_VALUE
 from .resources import CLUSTER_RESOURCES_CONFIGMAP, get_cluster_configmap
@@ -303,3 +304,16 @@ def create_sub_slicing_annotations(sub_slicing_topology: str) -> list[str]:
       ),
       f'cloud.google.com/gke-tpu-slice-topology: {sub_slicing_topology}',
   ]
+
+
+def create_placement_policy_label(system: SystemCharacteristics) -> str:
+  name = get_placement_policy_name(system)
+  return f'cloud.google.com/placement-policy-name: {name}'
+
+
+def get_placement_policy_name(system: SystemCharacteristics) -> str:
+  return f'{system.device_type}-{system.topology}-placement-policy'
+
+
+def is_placement_policy_supported(system: SystemCharacteristics) -> bool:
+  return system.requires_workload_policy and is_topology_valid(system.topology)

src/xpk/core/scheduling_test.py

@@ -14,7 +14,8 @@
 limitations under the License.
 """
 
-from .scheduling import create_sub_slicing_annotations
+from .scheduling import create_sub_slicing_annotations, create_placement_policy_label, get_placement_policy_name, is_placement_policy_supported
+from .system_characteristics import SystemCharacteristics, AcceleratorType
 
 
 def test_create_sub_slicing_annotations_returns_valid_annotations():
@@ -29,3 +30,83 @@ def test_create_sub_slicing_annotations_returns_valid_annotations():
       ),
       'cloud.google.com/gke-tpu-slice-topology: 2x2',
   ]
+
+
+def test_create_placement_policy_label_returns_valid_label():
+  system_characteristics = SystemCharacteristics(
+      chips_per_vm=1,
+      gce_machine_type='tpu7x-standard-1t',
+      gke_accelerator='tpu7x',
+      requires_workload_policy=False,
+      topology='1x1x1',
+      vms_per_slice=1,
+      device_type='tpu7x',
+      accelerator_type=AcceleratorType.TPU,
+      supports_sub_slicing=False,
+  )
+  label = create_placement_policy_label(system_characteristics)
+  assert (
+      label
+      == 'cloud.google.com/placement-policy-name: tpu7x-1x1x1-placement-policy'
+  )
+
+
+def test_get_placement_policy_name_returns_valid_name():
+  system_characteristics = SystemCharacteristics(
+      chips_per_vm=1,
+      gce_machine_type='tpu7x-standard-1t',
+      gke_accelerator='tpu7x',
+      requires_workload_policy=False,
+      topology='1x1x1',
+      vms_per_slice=1,
+      device_type='tpu7x',
+      accelerator_type=AcceleratorType.TPU,
+      supports_sub_slicing=False,
+  )
+  name = get_placement_policy_name(system_characteristics)
+  assert name == 'tpu7x-1x1x1-placement-policy'
+
+
+def test_is_placement_policy_supported_returns_true_for_system_characteristics_supporting_workload_policy_and_having_valid_topology():
+  system_characteristics = SystemCharacteristics(
+      chips_per_vm=1,
+      gce_machine_type='tpu7x-standard-1t',
+      gke_accelerator='tpu7x',
+      requires_workload_policy=True,
+      topology='1x1x1',
+      vms_per_slice=1,
+      device_type='tpu7x',
+      accelerator_type=AcceleratorType.TPU,
+      supports_sub_slicing=False,
+  )
+  assert is_placement_policy_supported(system_characteristics) is True
+
+
+def test_is_placement_policy_supported_returns_false_for_system_characteristics_not_supporting_workload_policy_and_having_valid_topology():
+  system_characteristics = SystemCharacteristics(
+      chips_per_vm=1,
+      gce_machine_type='tpu7x-standard-1t',
+      gke_accelerator='tpu7x',
+      requires_workload_policy=False,
+      topology='1x1x1',
+      vms_per_slice=1,
+      device_type='tpu7x',
+      accelerator_type=AcceleratorType.TPU,
+      supports_sub_slicing=False,
+  )
+  assert is_placement_policy_supported(system_characteristics) is False
+
+
+def test_is_placement_policy_supported_returns_false_for_system_characteristics_supporting_workload_policy_and_having_invalid_topology():
+  system_characteristics = SystemCharacteristics(
+      chips_per_vm=1,
+      gce_machine_type='tpu7x-standard-1t',
+      gke_accelerator='tpu7x',
+      requires_workload_policy=True,
+      topology='aaa',
+      vms_per_slice=1,
+      device_type='tpu7x',
+      accelerator_type=AcceleratorType.TPU,
+      supports_sub_slicing=False,
+  )
+  assert is_placement_policy_supported(system_characteristics) is False