that it should make your code easier to unit test. You can instantiate objects by using the new operator without even involving Spring. You can also use mock objects instead of real dependencies. Often auto-configuration is available for hosts that are monitored by the OneAgent or by the Dynatrace Operator for Kubernetes. Local OneAgent: If a OneAgent is running on the host, metrics are automatically Dynatrace Kubernetes Operator: When running in Kubernetes with the Dynatrace Operator installed, the registry will automatically pick up your endpoint URI and API token from the operator instead. This is

that it should make your code easier to unit test. You can instantiate objects by using the new operator without even involving Spring. You can also use mock objects instead of real dependencies. Often auto-configuration is available for hosts that are monitored by the OneAgent or by the Dynatrace Operator for Kubernetes. Local OneAgent: If a OneAgent is running on the host, metrics are automatically Dynatrace Kubernetes Operator: When running in Kubernetes with the Dynatrace Operator installed, the registry will automatically pick up your endpoint URI and API token from the operator instead. This is

that it should make your code easier to unit test. You can instantiate objects by using the new operator without even involving Spring. You can also use mock objects instead of real dependencies. Often auto-configuration is available for hosts that are monitored by the OneAgent or by the Dynatrace Operator for Kubernetes. Local OneAgent: If a OneAgent is running on the host, metrics are automatically Dynatrace Kubernetes Operator: When running in Kubernetes with the Dynatrace Operator installed, the registry will automatically pick up your endpoint URI and API token from the operator instead. This is

that it should make your code easier to unit test. You can instantiate objects by using the new operator without even involving Spring. You can also use mock objects instead of real dependencies. Often auto-configuration is available for hosts that are monitored by the OneAgent or by the Dynatrace Operator for Kubernetes. Local OneAgent: If a OneAgent is running on the host, metrics are automatically Dynatrace Kubernetes Operator: When running in Kubernetes with the Dynatrace Operator installed, the registry will automatically pick up your endpoint URI and API token from the operator instead. This is

that it should make your code easier to unit test. You can instantiate objects by using the new operator without even involving Spring. You can also use mock objects instead of real dependencies. Often auto-configuration is available for hosts that are monitored by the OneAgent or by the Dynatrace Operator for Kubernetes. Local OneAgent: If a OneAgent is running on the host, metrics are automatically Dynatrace Kubernetes Operator: When running in Kubernetes with the Dynatrace Operator installed, the registry will automatically pick up your endpoint URI and API token from the operator instead. This is

that it should make your code easier to unit test. You can instantiate objects by using the new operator without even involving Spring. You can also use mock objects instead of real dependencies. Often auto-configuration is available for hosts that are monitored by the OneAgent or by the Dynatrace Operator for Kubernetes. Local OneAgent: If a OneAgent is running on the host, metrics are automatically Dynatrace Kubernetes Operator: When running in Kubernetes with the Dynatrace Operator installed, the registry will automatically pick up your endpoint URI and API token from the operator instead. This is

that it should make your code easier to unit test. You can instantiate objects by using the new operator without even involving Spring. You can also use mock objects instead of real dependencies. Often auto-configuration is available for hosts that are monitored by the OneAgent or by the Dynatrace Operator for Kubernetes. Local OneAgent: If a OneAgent is running on the host, metrics are automatically Dynatrace Kubernetes Operator: When running in Kubernetes with the Dynatrace Operator installed, the registry will automatically pick up your endpoint URI and API token from the operator instead. This is

that it should make your code easier to unit test. You can instantiate objects by using the new operator without even involving Spring. You can also use mock objects instead of real dependencies. Often auto-configuration is available for hosts that are monitored by the OneAgent or by the Dynatrace Operator for Kubernetes. Local OneAgent: If a OneAgent is running on the host, metrics are automatically Dynatrace Kubernetes Operator: When running in Kubernetes with the Dynatrace Operator installed, the registry will automatically pick up your endpoint URI and API token from the operator instead. This is

that it should make your code easier to unit test. You can instantiate objects by using the new operator without even involving Spring. You can also use mock objects instead of real dependencies. Often auto-configuration is available for hosts that are monitored by the OneAgent or by the Dynatrace Operator for Kubernetes. Local OneAgent: If a OneAgent is running on the host, metrics are automatically Dynatrace Kubernetes Operator: When running in Kubernetes with the Dynatrace Operator installed, the registry will automatically pick up your endpoint URI and API token from the operator instead. This is

that it should make your code easier to unit test. You can instantiate objects by using the new operator without even involving Spring. You can also use mock objects instead of real dependencies. Often auto-configuration is available for hosts that are monitored by the OneAgent or by the Dynatrace Operator for Kubernetes. Local OneAgent: If a OneAgent is running on the host, metrics are automatically Dynatrace Kubernetes Operator: When running in Kubernetes with the Dynatrace Operator installed, the registry will automatically pick up your endpoint URI and API token from the operator instead. This is