Delete duplicate resource.Quantity.Copy()

test/e2e/windows/memory_limits.go

@@ -88,7 +88,7 @@ func checkNodeAllocatableTest(f *framework.Framework) {
 	e2elog.Logf("nodeMem says: %+v", nodeMem)
 
 	// calculate the allocatable mem based on capacity - reserved amounts
-	calculatedNodeAlloc := nodeMem.capacity.Copy()
+	calculatedNodeAlloc := nodeMem.capacity.DeepCopy()
 	calculatedNodeAlloc.Sub(nodeMem.systemReserve)
 	calculatedNodeAlloc.Sub(nodeMem.kubeReserve)
 	calculatedNodeAlloc.Sub(nodeMem.softEviction)

test/e2e_node/cpu_manager_test.go

@@ -94,7 +94,7 @@ func getLocalNodeCPUDetails(f *framework.Framework) (cpuCapVal int64, cpuAllocVa
 	cpuCap := localNodeCap[v1.ResourceCPU]
 	localNodeAlloc := getLocalNode(f).Status.Allocatable
 	cpuAlloc := localNodeAlloc[v1.ResourceCPU]
-	cpuRes := cpuCap.Copy()
+	cpuRes := cpuCap.DeepCopy()
 	cpuRes.Sub(cpuAlloc)
 
 	// RoundUp reserved CPUs to get only integer cores.

test/e2e_node/node_container_manager_test.go

@@ -89,11 +89,13 @@ func getAllocatableLimits(cpu, memory, pids string, capacity v1.ResourceList) (*
 	// Total cpu reservation is 200m.
 	for k, v := range capacity {
 		if k == v1.ResourceCPU {
-			allocatableCPU = v.Copy()
+			c := v.DeepCopy()
+			allocatableCPU = &c
 			allocatableCPU.Sub(resource.MustParse(cpu))
 		}
 		if k == v1.ResourceMemory {
-			allocatableMemory = v.Copy()
+			c := v.DeepCopy()
+			allocatableMemory = &c
 			allocatableMemory.Sub(resource.MustParse(memory))
 		}
 	}