Deep Dive into Yocto Embedded Linux with Beagle Bone Black
What you'll learn
- Yocto Fundamentals
- Yocto build system setup and image generation for beaglebone black
- Yocto layer and recipes
- Creating new yocto layer
- Yocto bitbake - core engine
- Bitbake tasks like Normal, Manual, Image related, Kernel related
- Creating an HelloWorld recipe and adding into build system
- Customized image generation for a Media Box included with GStreamer
- Customized new Yocto Board Support Package Layer creation
- Linux Kernel Optimization in terms of Size and Speed
Requirements
- Basic usage experience of Ubuntu System
- BeagleBone Black Hardware
- USB to Serial TTL Cable
- Ethernet Cable
- Micro USB Cable for power
- Micro HDMI to HDMI Adapter
- HDMI Monitor for Media Box Functionality
Description
Course starts with a brief introduction about yocto fundamentals and architecture, poky reference system, bitbake, meta open embedded core, yocto board support package. Then it helps to step by step procedure to setup yocto build system for beagleboneblack, starts from installing dependencies, downloading the poky system from yocto-project git repository, preparing build environment, build targets, building core-image-minimal and various targets, flashing the image into beagleboneblack.
This also provides the information about yocto meta-data, recipes, bitbake files, bitbake append files, class file and etc.
Yocto bitbake layers with various options like show-layers, show-recipes, create-layer, add-layer, remove-layer, show-cross-depends, layerindex-fetch, show-overlays.
Helps you to create new yocto layer starting from a simple helloworld to optimized custom yocto board support package layer. Also it provides information to create recipes with starting from a helloworld, custom full feature media box image generation recipes and recipe to add IoT gateway middleware framework and applications.
Who this course is for:
- Embedded Linux Beginners, Intermediates
- Hobbyists interested to learn and build embedded linux system images
- Developers who are passionate to get start with Yocto
Instructor
![Hariharan Veerappan](data:image/svg+xml,%3Csvg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 64 64"%3E%3C/svg%3E){kind=avatar}
- 3.2 Instructor Rating
- 199 Reviews
- 5,534 Students
- 8 Courses
Having 14+ years of experience in complete end-to-end embedded software design & development includes,
• Embedded Linux Software System Design & Development
• Development of Embedded Linux / Android Device Drivers
• Protocol Stack & Telecommunication Standards Implementation
• Embedded Firmware Design, Development and testing
• Device driver development for Windows XP, WinCE, Windows 7 platform
• BSP, Device Driver, Application development based on VxWorks platform
• Professional Trainer of Embedded Linux, Device Drivers, Firmware Programming.
Embedded Systems
Networks Processors : Broadcom Apollo, Trident 2, MPC8360E, MPC8568E, AR7100.
Multi Media Processors : Nvidia TK1, NXP i.MX series, S3C2440A, PNX8532, ST5189.
Intel Processors : Baytrail, Sky Lake, Apollo Lake, Haswell, Celeron
Programming Language : C, C++, and ARM Assembly.
Micro Controller : Kinetis, STM32, nRF52xxx, TI Tiva Series, ATMEL AVR, LPC2136.
ARM Bus Interfaces : AMBA, AXI, AHB, AHB Lite, APB,
Operating Systems : Embedded Linux, Windows, QNX, VxWorks
RTOS : ThreadX, FreeRTOS, mBED, uCLinux, mynewt.
Micro Code : Trident, Wintegra, Freescale Quicc Engine.
BSP Porting & Development
High Speed Inteconnect : PCI, PCIe 3.0, USB 3.0, SDIO.
Memory Interfaces : DDR3, DDR2, Mobile DDR, PSRAM
Audio / Voice Interfaces : I2S, AC97, TDM.
Low speed interconnect : SPI, USART, I2C.
Ethernet PHY interface : MII, RMII, RGMII, XAUI.
Display Interface : HDMI, DVI, LVDS, Parallel LCD.
Camera Interface : MIPI-CSI2, Parallel CSI, USB.
Bootloader : U-Boot, Grub, Red-Boot
Android : 7.0 & below
Open Source
Linux Kernel : Linux 4.x, 3.x 2.6.x, 2.4.
Linux Device Drivers : Character, PCI, Ethernet, Network, Display, Video V4L2 device drivers.
Boot Loaders : U-Boot ( I.MX, MPC8360, S3C2440 ), Red Boot ( I.MX31, I.MX27 )
Open Source Framework : Android, Machina IoT, Asterisk, Freeswitch, OPIE Framework, Linux Streams.
Software Version Control : Git, SVN, CVS, IBM Clear Case.
Telecom Domain
Line Interfaces : FXS, FXO, T1 / E1, OC3 / STM-1.
Telecom Signaling standards : ISDN-PRI, FXS and FXO.
SS7 Line Interfaces : Low Speed Line ( MTP2 ), High Speed Line ( ATM ).
SS7 Signaling Standards : MTP, ISUP, SCCP, TCAP, SAAL, SSCOP, SSCF.
SS7 IP Signaling standard : SCTP, M2UA, M3UA, BSSMAP, DTAP.
L3 Protocols Known : TCP/IP, SIP, RTP, RTCP, MGCP, VLAN.
GSM Network Interface : GSM A Interface ( BSC – MSC ).
Video Telephony : H-324M, MPEG4 H.264, H.263
Software Stack Development
USB Device : USB 3 Vision, USB Video Class, USB HID.
PCIe Device : PCIe Data Acquisition Device, Ethernet, Video Capture, Vision
Telecomm : PTPv2 (IEEE1588), SyncE, MTP2 Stack with Freescale QE, Y.1731
Networking : VLAN, MPLS, UDP, MEF8, OSPF.
Bluetooth : HCI-H5 (Three-Wire UART), BLE.
Radio Interface : Digital Mobile Radio, ZigBee, 6LowPAN.
Internet of Things : Smart Lighting, Smart Home
Application Development
Linux GUI Frameworks : Qt, GTK, GTKMM, JAVA
Windows GUI Frameworks: VC++, C#, VB.Net