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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: HUAWEI CLOUD Stack Planning and Design | 12% | - Cloud infrastructure design principles
|
| Topic 2: HUAWEI CLOUD Stack Resource and Service Scale-out | 7% | - Resource expansion and scaling
|
| Topic 3: HUAWEI CLOUD Stack DR and Backup Service Introduction | 3% | - Disaster recovery and backup concepts
|
| Topic 4: Huawei Cloud Migration Solution | 7% | - Migration planning and execution
|
| Topic 5: Container and Container Orchestration | 33% | - Container fundamentals and orchestration
|
| Topic 6: HUAWEI CLOUD Stack Solution | 3% | - Cloud solution fundamentals and architecture overview
|
| Topic 7: HUAWEI CLOUD Stack Maintenance | 7% | - Operations and maintenance
|
| Topic 8: HUAWEI CLOUD Stack Deployment and Installation | 7% | - Deployment processes and installation procedures
|
>> New H13-531_V3.0 Exam Format <<
The Prep4King is a leading platform that offers real, valid, and subject matter expert's verified H13-531_V3.0 exam questions. These H13-531_V3.0 exam practice questions are particularly designed for fast HCIE-Cloud Computing (Written) V3.0 (H13-531_V3.0) exam preparation. The Prep4King H13-531_V3.0 exam questions are designed and verified by experienced and qualified Huawei H13-531_V3.0 Exam trainers. They work together and put all their expertise and experience to ensure the top standard of Prep4King H13-531_V3.0 exam practice questions all the time.
NEW QUESTION # 28
Which of the following statements about the container ecosystem are correct?
Select All that Apply
Answer: C,D
Explanation:
OCI defines standardized container runtime and image behavior, while CNCF supports projects such as Kubernetes. Kubernetes uses CRI to communicate with compatible container-runtime implementations. runC is itself an OCI-compatible runtime, not a compliance standard that Docker or containerd must be called runC- compliant against. The statements attributing direct CRI calls to CNCF and organizational leadership to Docker are imprecise. A and C represent the intended interoperability model with that qualification. In the V3.
0 container curriculum, the precise command, Kubernetes API field, runtime behavior, and selected node or namespace matter. Similar-looking terms often refer to separate lifecycle stages and are not interchangeable.
A practical verification step is to identify which component owns the operation, which network or storage plane carries it, and which resource object records the state. This prevents confusing an architectural dependency with an optional capability. For examination accuracy, absolute phrases such as ' always ' , ' must
' , ' only ' , and ' cannot ' deserve special attention. The source sometimes demonstrates a supported example without establishing that every other deployment is prohibited.
Source-extract limitation: No directly matching text could be verified in the selected PDF text layer; consult the cited diagram/slide.
Official reference: HCIE-Cloud Computing V3.0 Training Material, PDF pages 854,855,856,857.
; CNCF/OCI terminology imprecise
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NEW QUESTION # 29
As service requirements evolve, when an IPv6 data plane needs to be supported by a HUAWEI CLOUD Stack project that supports only the IPv4 data plane, engineers must expand the project capacity by installing optional cloud services.
Answer: B
Explanation:
IPv6 availability is determined by the supported service network type and address planning, not by simply installing an optional cloud service. The training material distinguishes an IPv4 management network from IPv4 or IPv4/IPv6 dual-stack service network configurations. A project originally deployed for IPv4 may need a supported network change procedure and compatible routing, gateways, addresses, and tenant service settings. Optional application-service installation does not automatically perform a data-plane conversion.
Expansion planning must respect management-node scale, existing AZ capacity, network-egress bandwidth, and storage compatibility. Raw capacity calculations may be overridden by Huawei ' s minimum supported deployment size. The correct interpretation should be limited to the product version and topology in the cited training material. Later product releases or alternative deployment modes should not silently be substituted for the V3.0 curriculum. A practical verification step is to identify which component owns the operation, which network or storage plane carries it, and which resource object records the state. This prevents confusing an architectural dependency with an optional capability.
Exact source extract: "Service network type: IPv4 and IPv4 & IPv6 dual stacks are supported" Official reference: HCIE-Cloud Computing V3.0 Training Material, PDF pages 324, 322,324.
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NEW QUESTION # 30
In HUAWEI CLOUD Stack, after Cloud Container Engine (CCE) has been installed, automated commissioning cannot be carried out using HUAWEI CLOUD Stack Deploy.
Answer: B
Explanation:
Deploy provides commissioning workflows after installation; CCE setup includes prerequisite checks, component installation, and post-installation debugging. The question ' s blanket claim that automated commissioning cannot be carried out is inconsistent with Deploy ' s general purpose. However, the source does not precisely identify every automated CCE commissioning task. Distinguish the platform commissioning function from any CCE-specific manual validation steps. In the V3.0 container curriculum, the precise command, Kubernetes API field, runtime behavior, and selected node or namespace matter.
Similar-looking terms often refer to separate lifecycle stages and are not interchangeable. The correct interpretation should be limited to the product version and topology in the cited training material. Later product releases or alternative deployment modes should not silently be substituted for the V3.0 curriculum.
A practical verification step is to identify which component owns the operation, which network or storage plane carries it, and which resource object records the state. This prevents confusing an architectural dependency with an optional capability.
Exact source extract: "deployment task. However, the commissioning task is relatively simple. For the" Official reference: HCIE-Cloud Computing V3.0 Training Material, PDF pages 340,428,430.
; CCE-specific commissioning not explicit
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NEW QUESTION # 31
Which of the following statements regarding container networking are true?
Select All that Apply
Answer: C,D
Explanation:
In Docker bridge networking, the host bridge and a container ' s virtual Ethernet interface ordinarily occupy different network namespaces linked by a veth pair. Host networking removes that separation by placing the container in the host network namespace. Kubernetes networking typically uses supported CNI plug-ins.
Docker also supports extensible network drivers, so the claim that it cannot use third-party drivers is false.
Different network modes trade isolation, performance, and operational simplicity. In the V3.0 container curriculum, the precise command, Kubernetes API field, runtime behavior, and selected node or namespace matter. Similar-looking terms often refer to separate lifecycle stages and are not interchangeable. A practical verification step is to identify which component owns the operation, which network or storage plane carries it, and which resource object records the state. This prevents confusing an architectural dependency with an optional capability. For examination accuracy, absolute phrases such as ' always ' , ' must ' , ' only ' , and ' cannot ' deserve special attention. The source sometimes demonstrates a supported example without establishing that every other deployment is prohibited.
Source-extract limitation: No directly matching text could be verified in the selected PDF text layer; consult the cited diagram/slide.
Official reference: HCIE-Cloud Computing V3.0 Training Material, PDF pages 885,886,889.
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NEW QUESTION # 32
In Kubernetes, when an object is created from a YAML file, which of the following statements about deleting that object is true?
Answer: D
Explanation:
A Kubernetes object created from a YAML file can be deleted by referencing either its resource identity or a manifest that identifies the same object. kubectl delete pod name and kubectl delete -f file.yaml use distinct argument styles but both submit deletion through the API server. The -f option is optional; YAML does not need execute permission; and the original file is not a permanent prerequisite for removal. The Huawei lab demonstrates object-name and manifest-based deletion. In the V3.0 container curriculum, the precise command, Kubernetes API field, runtime behavior, and selected node or namespace matter. Similar-looking terms often refer to separate lifecycle stages and are not interchangeable. A practical verification step is to identify which component owns the operation, which network or storage plane carries it, and which resource object records the state. This prevents confusing an architectural dependency with an optional capability. For examination accuracy, absolute phrases such as ' always ' , ' must ' , ' only ' , and ' cannot ' deserve special attention. The source sometimes demonstrates a supported example without establishing that every other deployment is prohibited.
Source-extract limitation: No directly matching text could be verified in the selected PDF text layer; consult the cited diagram/slide.
Official reference: HCIE-Cloud Computing V3.0 Training Material, PDF pages 35,37,968.
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NEW QUESTION # 33
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