APR设计接口
2016-04-07 20:04:04 0 举报
AI智能生成
APR设计接口是一种高级编程接口,用于简化应用程序与硬件设备之间的通信。它提供了一个统一的编程模型,使开发人员能够轻松地访问和控制各种硬件功能,如处理器、内存、存储和网络。通过使用APR设计接口,开发人员可以专注于实现业务逻辑,而无需深入了解底层硬件细节。此外,APR设计接口还支持多线程和并发操作,从而提高了应用程序的性能和可扩展性。总之,APR设计接口为开发人员提供了一个强大而灵活的工具,帮助他们更高效地开发高性能的应用程序。
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大纲/内容
LAVA
testcase
Writing Tests
Writing a LAVA test shell definition
Timeouts
Test definitions in version control
LAVA Test Shell
Publishing artifacts
Writing Health Checks for devices
LAVA Hacking Sessions
QEMU options
Dispatcher Action Reference
Deploying test images using LXC
MultiNode LAVA
Writing MultiNode tests
MultiNode API
VLANd support in LAVA test jobs
Debugging LAVA test failures
Advanced Use Cases
开发lava
Development process
LAVA development
Pipeline Design
Writing YAML files for the pipeline dispatcher
Pipeline schema
Testing the new design
Developing LAVA on Debian
Packaging lava-server for distributions
Developing new classes for LAVA V2
安装
Configuring user authentication
Adding your first devices
管理LAVA
Simple Administration
Creating Backups
Restoring a V2 master from a backup
Restoring a V2 worker from backups
Advanced Installation Topics
Growing your lab
Setting up a LAVA pipeline instance
Understanding the Pipeline - an administrator guide
Device types
Device Capabilities Support
Hidden device types
Building and manipulating images for your devices
PDU Daemon
Deploying LXC devices
Deploying an ipmi/pxe-boot Device
Cache Proxy Setting Up
Handling bots
Switch / Hijack User
LAVA Migrate Management Command
Administering VLANd support in LAVA
Administrator debugging
Fixing issues with lava-tool
结果分析
Using Test Results
Exporting data out of LAVA
User notifications in LAVA
Custom result handling
Using tables in LAVA
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