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Google Associate-Cloud-Engineer Exam Syllabus Topics:
| Section | Weight | Objectives |
|---|
| Topic 1: Ensuring successful operation of a cloud solution | 20% | - Monitoring and logging
- 1. Use Cloud Monitoring
- 2. Set up alerts
- 3. Use Cloud Logging
- Managing cost and performance
- 1. Optimize resource usage
- 2. Analyze cost reports
- Managing resources
- 1. Scale resources
- 2. Troubleshoot common issues
- 3. Update configurations
|
| Topic 2: Configuring access and security | 17.5% | - Managing IAM
- 1. Define roles and permissions
- 2. Manage service accounts
- 3. Implement least privilege access
- Configuring network security
- 1. Configure private access
- 2. Secure VPC networks
- 3. Manage security controls
- Managing data security
- 1. Manage access to data
- 2. Enable encryption
|
| Topic 3: Setting up a cloud solution environment | 20% | - Managing billing configuration
- 1. Set budgets and alerts
- 2. Link projects to billing accounts
- 3. Configure billing exports
- 4. Create and manage billing accounts
- Setting up cloud projects and accounts
- 1. Enable APIs
- 2. Manage quotas and limits
- 3. Manage users and groups
- 4. Create resource hierarchy
- 5. Apply organizational policies
- 6. Manage IAM roles and permissions
|
| Topic 4: Deploying and implementing a cloud solution | 25% | - Deploying and implementing serverless resources
- 1. Deploy Cloud Run services
- 2. Create Cloud Functions
- Deploying and implementing data solutions
- 1. Set up data processing pipelines
- 2. Provision databases
- Deploying and implementing Compute Engine resources
- 1. Manage images and snapshots
- 2. Launch virtual machines
- 3. Create managed instance groups
- 4. Configure access and security
- Deploying and implementing Google Kubernetes Engine resources
- 1. Configure networking for GKE
- 2. Deploy workloads
- 3. Create and manage clusters
|
| Topic 5: Planning and configuring a cloud solution | 17.5% | - Planning and configuring network resources
- 1. Plan firewall rules
- 2. Plan hybrid connectivity
- 3. Choose load balancing options
- 4. Design VPC networks
- Planning and configuring compute resources
- 1. Choose storage options
- 2. Plan data storage solutions
- 3. Plan instance configuration
- 4. Select compute options
- Planning and configuring storage resources
- 1. Plan data durability and availability
- 2. Select storage classes
|
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最新的 Google Cloud Certified Associate-Cloud-Engineer 免費考試真題 (Q159-Q164):
問題 #159
(Your company was recently impacted by a service disruption that caused multiple Dataflow jobs to get stuck, resulting in significant downtime in downstream applications and revenue loss. You were able to resolve the issue by identifying and fixing an error you found in the code. You need to design a solution with minimal management effort to identify when jobs are stuck in the future to ensure that this issue does not occur again.
What should you do?)
- A. Use the Personalized Service Health dashboard to identify issues with Dataflow jobs across regions.
- B. Update the Dataflow job configurations to send messages to a Pub/Sub topic when there are delays.
Configure a backup Dataflow job to process jobs that are delayed. Use Cloud Tasks to trigger an alert when messages are pushed to the Pub/Sub topic. - C. Set up Cloud Monitoring alerts on the data freshness metric for the Dataflow jobs to receive a notification when a certain threshold is reached.
- D. Set up Error Reporting to identify stack traces that indicate slowdowns in Dataflow jobs. Set up alerts based on these log entries.
答案:C
解題說明:
Comprehensive and Detailed In Depth Explanation:
The goal is to proactively identify stuck Dataflow jobs with minimal management effort. Let's analyze each option:
A). Error Reporting for slowdowns: Error Reporting primarily focuses on capturing and aggregating exceptions and errors (stack traces). While a stuck job might eventually throw an error, it might also just become unresponsive without generating explicit errors. Relying solely on Error Reporting might not provide timely detection of stuck jobs. Identifying stack traces that indicate slowdowns can also be complex and require significant manual configuration and analysis.
B). Personalized Service Health dashboard: The Personalized Service Health dashboard provides information about Google Cloud service incidents that might be affecting your resources. While it can alert you to broader Dataflow service outages, it won't specifically identify individual stuck jobs due to application-level errors or logic within your Dataflow pipeline.
C). Pub/Sub messages for delays, backup job, and Cloud Tasks alerts: This approach involves significant custom implementation and management. You would need to instrument your Dataflow jobs to detect delays, send messages to Pub/Sub, manage a backup job, and configure Cloud Tasks for alerting. This adds considerable operational overhead and complexity.
D). Cloud Monitoring alerts on data freshness metric: Dataflow provides built-in metrics, including "data freshness" (or similar metrics like "system lag" or "processing time"), which indicate how far behind the pipeline is in processing data. If a job gets stuck, the data freshness will deteriorate beyond an acceptable threshold. Cloud Monitoring allows you to easily set up alerts based on these built-in metrics. This requires minimal custom coding and leverages the platform's existing monitoring capabilities, aligning with the "minimal management effort" requirement.
Therefore, setting up Cloud Monitoring alerts on relevant Dataflow metrics like data freshness is the most efficient and recommended way to detect stuck Dataflow jobs with minimal management overhead.
Google Cloud Documentation References:
Monitoring Dataflow Pipelines: https://cloud.google.com/dataflow/docs/guides/monitoring-your-pipeline - This document details the various metrics available for monitoring Dataflow jobs in Cloud Monitoring, including metrics related to processing time, system lag, and data freshness.
Creating Alerts in Cloud Monitoring: https://cloud.google.com/monitoring/alerts/create - Explains how to set up alerts based on metrics collected by Cloud Monitoring.
Dataflow Metrics: https://cloud.google.com/dataflow/docs/reference/monitoring-metrics - Provides a comprehensive list of Dataflow metrics that can be used for monitoring and alerting.
問題 #160
You have a number of compute instances belonging to an unmanaged instances group. You need to SSH to one of the Compute Engine instances to run an ad hoc script. You've already authenticated gcloud, however, you don't have an SSH key deployed yet. In the fewest steps possible, what's the easiest way to SSH to the instance?
- A. Use the gcloud compute ssh command.
- B. Run gcloud compute instances list to get the IP address of the instance, then use the ssh command.
- C. Create a key with the ssh-keygen command. Then use the gcloud compute ssh command.
- D. Create a key with the ssh-keygen command. Upload the key to the instance. Run gcloud compute instances list to get the IP address of the instance, then use the ssh command.
答案:A
解題說明:
gcloud compute ssh ensures that the user's public SSH key is present in the project's metadata. If the user does not have a public SSH key, one is generated using ssh-keygen and added to the project's metadata. This is similar to the other option where we copy the key explicitly to the project's metadata but here it is done automatically for us. There are also security benefits with this approach. When we use gcloud compute ssh to connect to Linux instances, we are adding a layer of security by storing your host keys as guest attributes. Storing SSH host keys as guest attributes improve the security of your connections by helping to protect against vulnerabilities such as man-in-the-middle (MITM) attacks. On the initial boot of a VM instance, if guest attributes are enabled, Compute Engine stores your generated host keys as guest attributes.
Compute Engine then uses these host keys that were stored during the initial boot to verify all subsequent connections to the VM instance.
問題 #161
You've deployed a microservice called myapp1 to a Google Kubernetes Engine cluster using the YAML file specified below:

You need to refactor this configuration so that the database password is not stored in plain text. You want to follow Google-recommended practices. What should you do?
- A. Store the database password inside the Docker image of the container, not in the YAML file.
- B. Store the database password in a file inside a Kubernetes persistent volume, and use a persistent volume claim to mount the volume to the container.
- C. Store the database password inside a Secret object. Modify the YAML file to populate the DB_PASSWORD environment variable from the Secret.
- D. Store the database password inside a ConfigMap object. Modify the YAML file to populate the DB_PASSWORD environment variable from the ConfigMap.
答案:C
解題說明:
https://cloud.google.com/config-connector/docs/how-to/secrets#gcloud
問題 #162
You are building an application that processes data files uploaded from thousands of suppliers. Your primary goals for the application are data security and the expiration of aged data. You need to design the application to:
*Restrict access so that suppliers can access only their own data.
*Give suppliers write access to data only for 30 minutes.
*Delete data that is over 45 days old.
You have a very short development cycle, and you need to make sure that the application requires minimal maintenance. Which two strategies should you use? (Choose two.)
- A. Build a lifecycle policy to delete Cloud Storage objects after 45 days.
- B. Develop a script that loops through all Cloud Storage buckets and deletes any buckets that are older than
45 days. - C. Build a Cloud function that triggers a timer of 45 days to delete objects that have expired.
- D. Set up an SFTP server for your application, and create a separate user for each supplier.
- E. Use signed URLs to allow suppliers limited time access to store their objects.
答案:A,E
解題說明:
Explanation
(A) Object Lifecycle Management
Delete
The Delete action deletes an object when the object meets all conditions specified in the lifecycle rule.
Exception: In buckets with Object Versioning enabled, deleting the live version of an object causes it to become a noncurrent version, while deleting a noncurrent version deletes that version permanently.
https://cloud.google.com/storage/docs/lifecycle#delete
(B) Signed URLs
This page provides an overview of signed URLs, which you use to give time-limited resource access to anyone in possession of the URL, regardless of whether they have a Google account
https://cloud.google.com/storage/docs/access-control/signed-urls
問題 #163
Your manager asks you to deploy a workload to a Kubernetes cluster. You are not sure of the workload's resource requirements or how the requirements might vary depending on usage patterns, external dependencies, or other factors. You need a solution that makes cost-effective recommendations regarding CPU and memory requirements, and allows the workload to function consistently in any situation. You want to follow Google-recommended practices. What should you do?
- A. Configure the Vertical Pod Autoscaler recommendations for availability, and configure the Horizontal Pod Autoscaler for suggestions.
- B. Configure the Horizontal Pod Autoscaler for availability, and configure the cluster autoscaler for suggestions.
- C. Configure the Vertical Pod Autoscaler recommendations for availability, and configure the Cluster autoscaler for suggestions.
- D. Configure the Horizontal Pod Autoscaler for availability, and configure the Vertical Pod Autoscaler recommendations for suggestions.
答案:D
問題 #164
......
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