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Android vehicle system framework
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AOSP12 source code download and deployment
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Chapters
Chapter 1:Android system engineer reveals Android car system framework
Chapter 2:Development History of Automotive Electronic and Electrical Architecture (EEA)
Chapter 3:AutoSar vehicle control operating system and vehicle operating system
Chapter 4:Automotive system customization requirements: middleware integration
Chapter 5:Automotive system middleware permission configuration
Chapter 6:Analysis of career directions of Android practitioners in the automotive industry
Chapter 7:What is Automotive? Analysis of the direction of vehicle development
Chapter 8:The difference between in-vehicle application development and mobile application development
Chapter 9:In-vehicle system development, practical experience in automotive system customization
Chapter 10:AutoSar vehicle control operating system and vehicle operating system
Chapter 11:Analysis of career development direction of Android development in the automotive industry
Chapter 12:Interview question 1: What is the logic of monitoring memory leaks?
Chapter 13:Interview question 2: Do you know IdleHandler? How does it work?
Chapter 14:Interview question three: How to apply the JVM memory recovery principle?
Chapter 15:Interview question 4: Do you know the vulnerability of LeakCanary monitoring memory leaks?
Chapter 16:When is the process's Binder created?
Chapter 17:The principle of Binder communication
Chapter 18:How to break the 1M limit of Binder
Chapter 19:Technical solutions for Framework management (AMS, WMS, PMS, wifiService, BluetoothService)
Chapter 20:How do AMS&WMS and other services use Binder to complete communication
Chapter 21:In-vehicle domain controller and underlying OS system
Chapter 22:FDBUS-Domain Name Server-
Chapter 23:Compilation and deployment of FDBUS server
Chapter 24:Design of cross-system communication
Chapter 25:In-vehicle SOA architecture cross-domain communication
Chapter 26:In-vehicle domain controller and smart cockpit underlying OS
Chapter 27:Design of Android & QNX communication architecture for smart cockpit
Chapter 28:Communication service center deployment and cross-domain communication
Chapter 29:What is SOA architecture and why is it needed
Chapter 30:In-vehicle SOA architecture communication solution
Chapter 31:Structural hierarchical analysis of the NIO OS system
Chapter 32:Analysis of NIO OS system init process
Chapter 33:NIO OS system Zygote process source code
Chapter 34:Sharing the mechanism of NIO OS daemon
Chapter 35:NIO OS Framework layer system service interview sharing
Chapter 36:NIO OS custom boot process permission restriction
Chapter 37:How does NIO OS add access rights to the air conditioning service to the vehicle system?
Chapter 38:NIO OS Android system permission control process
Chapter 39:The connection between NIO OS Android application and DAC mechanism
Chapter 40:NIO OS SEAndroid's MAC mandatory access control
Chapter 41:Where is the future of Android?
Chapter 42:Install VMware on Windows 11 and then install Ubuntu
Chapter 43:Install Ubuntu directly on your computer
Chapter 44:Ubuntu Foundation Support
Chapter 45:AOSP12 source code download and deployment
Chapter 46:AOSP12 on-board compilation work
Chapter 47:AOSP12 car simulator firmware burning work
Chapter 48:AOSP12 Modify the deployment of vehicle launcher
Chapter 49:Car Launcher source code analysis work
Chapter 50:Volvo vehicle equipment system
Chapter 51:Customize the boot system service process
Chapter 52:DAC autonomous access control
Chapter 53:Android App User Allocation
Chapter 54:The connection between Android App permissions and DAC
Chapter 55:Boot service DAC permission configuration and DAC mechanism defects
Chapter 56:SEAndroid Security Context
Chapter 57:SEAndroid TE policy configuration
Chapter 58:Service demonstration after authorization
Chapter 59:Concept of GraphicBuffer
Chapter 60:The role of GraphicBuffer in the graphics display system
Chapter 61:GraphicBuffer property structure
Chapter 62:What is handle in GraphicBuffer structure?
Chapter 63:GraphicBuffer creation architecture Alloca
Chapter 64:GraphicBuffer creation process
Chapter 65:The significance of hardware acceleration to app development
Chapter 66:Differences between CPU and GPU structures
Chapter 67:Comparison of CPU and GPU mathematical operation efficiency
Chapter 68:GPU's pixel processing capabilities
Chapter 69:Source code explanation of software drawing and hardware drawing
Duration:7 minutes and 31 seconds
Date:2024/06/02
Uploader:抛砖引玉
Introduction
keywords:
Android
Automotive
Android system engineer reveals Android in-vehicle system framework automotive
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