azure-quickstart-templates
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Add VM Deployment Template and Debugging Documentation
Description:
This PR introduces a fully functional Azure Bicep deployment template for virtual machine configuration, accompanied by debugging documentation that records the troubleshooting process encountered during local development and Azure CLI integration.
Changes Summary:
Files Added:
main.bicep: Core Bicep template defining VM deployment configurations.azuredeploy.parameters.json: Deployment parameters file for customizing deployment values.main.json: Compiled ARM template generated from the Bicep file.README.md: Comprehensive deployment guide, including setup instructions and debugging logs.metadata.json: Metadata file providing descriptive information about the template for indexing.
Details:
Deployment Highlights:
- Resource Group Scope: Configures a virtual machine deployment using Azure Bicep.
- Parameterization: Uses best practices for parameter definition and secure value handling.
Documentation Highlights:
- Azure CLI Setup: Instructions for installing and configuring Azure CLI and Bicep tools.
- Troubleshooting Records: Step-by-step records of resolving issues like Azure subscription errors, local deployment failures, and permission conflicts.
- Resolution Path: Documented all resolutions, including creating custom roles, validating templates, and adjusting the deployment pipeline.
Contribution Guide Compliance:
- File Naming: Follows required file naming conventions (
main.bicep,azuredeploy.parameters.json,metadata.json). - Folder Structure: Template placed in the
quickstarts/vm-deployment-with-custom-configfolder. - Metadata Format: Conforms to Azure template standards for metadata and search indexing.
- Documentation Standard: Provided a comprehensive
README.mdusing GitHub-flavored Markdown as recommended.
Please review the submission and provide feedback if additional adjustments are required. Thank you!
Hello, we are also working on rt-thread kernel fuzz testing recently. Have you solved this problem? And I want to know whether it is feasible to use syzkaller to test the kernel of rt-thread?