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