Tizen IoT/tbb
Contents
Introduction
Tizen Building Block Tool is a tool to make a Tizen IoT Image easily.
It is experimental.
Tizen makes some building-blocks according to API reference category.
A developer can make a Tizen IoT image to select some building-blocks with tbb.
It is based on kconfig of Linux.
tbb supports Raspberry pi3 and ARTIK 530 reference boards.
In IoT Preview#1, officially craftroom based on web was released.
Tizen IoT Preview#1
Prerequisites
It works on Ubuntu 14.04.
libncurses5-dev, mic, libxml2-utils(xmllint), wget, gzip
how to install mic and gbs
https://source.tizen.org/documentation/developer-guide/getting-started-guide/installing-development-tools
Connected to internet (download.tizen.org)
How to download tbb
Cloning tbb from review.tizen.org
$ git clone https://git.tizen.org/cgit/tools/tbb
$ git checkout tizen_4.0
Usage
1. Cleanning configurations and build output
$ make distclean
2. Cleanning build output
$ make clean
3. Selecting configurations
$ make menuconfig
4. Making a image (After selecting configurations)
$ make
5. Saving a configuration file (After selection configurations)
$ cp .config configs/xxx_defconfig
xxx : configuration name
6. Loading a configuration
$ make xxx_defconfig
7. Help
$ make help
How to make a Tizen IoT image
It is simple.
A developer runs tbb UI, select some configurations and make a image.
In tbb directory, execute the below command
$ make menuconfig
Selecting configurations
1. Platform Version (Can use the default)
- You can select 4.0 or 5.0.
2. Snapshot ID (Can use the default)
- Tizen repo snapshot id. Its format is yyyymmdd.n.
- You can check it on http://download.tizen.org/snapshots/tizen/4.0-unified/ or http://download.tizen.org/snapshots/tizen/unified/.
3. Image Name (Can use the default)
- You can change the prefix of output image name.
4. Select Board
- You must select a board. (Currently ARTIK530, RPI3 are supported)
- You can see next menu when selecting a board.
5. HW & HAL Features
- You should select some HW and HAL feautres which you add to a device.
- According to selection, Post menu configuration will be different.
6. Select Partition
- You must select a partition.
- You can see next menu when selecting a partition.
→ 
7. Tizen IoT Preset
- You should select a Tizen IoT Preset.
- If you are a export, you can select no preset and packages directly in "Advanced Configuration" menu.
- There are two presets. (Tizne IoT Core and Tizen IoT Headed). You can see Tizen IoT Headed preset only when selecting Display Server in "HW & HAL Features" menu.
- You can see next menu when selecting a preset.
→ 
8. Tizen Native API Sets
- You should select API which you add to a device.
→ 
Optionally
9. Tizen Platform Internal Feature Sets
10. Tizen IoT Reference Application
11. Advanced Configuration
- You can select some individual packages.
12. Custom repository for your rpm packages.
Adding your repository to private repository menu if needed.
- local repo - file:///directory
- http(s) repo - http://URL or https://URL
Making a image
After selecting configurations, execute the below command.
$ make
After complete, you can see the output into the directory of "output/build"
tizen-iot-img-4.0-20171214.5_armv7l.tar.gz : image file
How to update a image
ARTIK 530 (under construction)
1. Changing the boot and partition for Tizen environment.
2. Updating boot image and platform image.
3. Installing plugin
- After updating a firmware, Do the below.
- Booting the device.
- Downloading the plugin on http://developer.samsung.com/tizendevice/firmware.
- Unzip and Install the plugin of artik530.
$ ./ARTIK_530_plugin_tizen4.0.sh
Raspberry pi3
1. Prerequisites
$ sudo apt-get install pv
2. Downloading the fusing-script for Raspberry pi3
$ wget https://git.tizen.org/cgit/platform/kernel/u-boot/plain/scripts/tizen/sd_fusing_rpi3.sh?h=tizen --output-document=sd_fusing_rpi3.sh
$ chmod 755 sd_fusing_rpi3.sh
3. Updating new firmware to sdcard
- Insert a sd-card to Linux host PC.
- Check the device node of the sd-card. (ex. sdx : x is alphabet)
- Download a boot image.
(http://download.tizen.org/snapshots/tizen/4.0-unified/tizen-4.0-unified_20171214.5/images/standard/iot-boot-arm64-rpi3/tizen-4.0-unified_20171214.5_iot-boot-arm64-rpi3.tar.gz)
- Update new firmwares.
$ sudo ./sd_fusing_rpi3.sh -d /dev/sdx -b tizen-iot-img-4.0-20171214.5.tar.gz tizen-4.0-unified_20171214.5_iot-boot-arm64-rpi3.tar.gz --format
4. Installing plugin
- After updating a firmware, Do the below.
- Downloading the plugin on http://developer.samsung.com/tizendevice/firmware
- Insert a sd-card to Linux host PC.
- Check the device node of the sd-card. (ex. sdx : x is alphabet)
- Install the plugin of rpi3
$ sudo RPI3_plugin_tizen4.0 /dev/sdx
Structure of Building Blocks
The structure of Building Blocks is almost same as the structure of Tizen Native API.
https://developer.tizen.org/development/api-references/native-application
Building Blocks─┬─Account─┬AccountManager
│ ├FIDO Client
│ ├OAuth2
│ ├Sync Manager
│ └libOauth
├─AppFW──┬Alarm
│ ├Attach-Pannel
│ ├Badge
│ ├Data Contorl
│ ├App Event
│ ├Package management in externel storage SD card
│ ├Media Key
│ ├Message Port
│ ├Native EFL UI app model
│ ├EFL widget App model
│ ├Notification
│ ├Shortcut
│ └TPK package management
├─Base ──┬C++ Standard library
│ ├Common Error
│ ├Glib
│ ├Glibc
│ ├LibXML
│ ├Minizip
│ ├OpenMP
│ ├Sqlite
│ ├Base-Utils
│ └zlib
├─Content─┬Download
│ ├MIME Type
│ └Media Content
├─Context─┬ActivityGeusture Recognition
│ ├Contextual History
│ └Contextual Trigger
├─Location ┬Geofence Manager
│ └Location Manager
├─Maps ──┬Here_Plugin
│ ├Maps_Service
│ └Mapzen_Plugin
├─Messaging┬Email
│ ├Messages
│ └Push Client
├─Multimedia┬AudioCore
│ ├Audio_IO
│ ├Camera
│ ├Configuration
│ ├Image_Util
│ ├Media_Codec
│ ├Media_Controller
│ ├Media_Demuxer
│ ├Media_Muxer
│ ├Media_Streamer
│ ├Media_Tool
│ ├Media_Vision_Barcode
│ ├Media_Vision_Face
│ ├Media_Vision_Image
│ ├Media_Vision_Surveillance
│ ├Metadata_Editor
│ ├Metadata_Extractor
│ ├OpenAL
│ ├Player
│ ├Radio
│ ├Recorder
│ ├Screen_Mirroring
│ ├Sound_Manager
│ ├Stream Recorder
│ ├Thumbnail_Util
│ ├Tone_Player
│ ├Video_Util
│ ├WAV_Player
│ └libEXIF
├─Network─┬ASP
│ ├Bluetooth_BREDR
│ ├Bluetooth_Call_Audio
│ ├Bluetooth_LE
│ ├Bluetooth_Media_Audio
│ ├Bluetooth_Transfer
│ ├Connection
│ ├Curl
│ ├DNS-SD
│ ├HTTP
│ ├IoTCon
│ ├MTP
│ ├NFC
│ ├SSDP
│ ├STC
│ ├Smartcard
│ ├VPN_Service
│ ├WiFi
│ ├WiFi_Direct
│ └WiFi_Manager
├─Security ┬CSR
│ ├Device Certificate
│ ├Device Policy
│ ├Key Manager
│ ├OpenSSL
│ ├Privilege Info
│ └YACA
├─Social ─┬Calendar
│ ├Contacts
│ └Phonenumber utils
├─System ─┬Device_Battery
│ ├Device_Callback
│ ├Device_Display
│ ├Device_Haptic
│ ├Device_IR
│ ├Device_Led
│ ├Device_Power
│ ├Feedback
│ ├Runtime information with Resourced
│ ├Runtime information with Resourced-headless
│ ├Runtime information with Resourced-light
│ ├Sensor_Listener
│ ├Sensor_Recorder
│ ├Storage
│ ├System information
│ ├System_Settings
│ ├T_Trace
│ ├USB_Host
│ └dlog
├─Telephony
├─UI ───┬Cairo
│ ├Clipboard History Manager
│ ├DALi
│ ├Display_Server
│ ├Display_ServerHeadless
│ ├EFL_ELM_Accessbility
│ ├EFL_Extension
│ ├EFL_MainLoop
│ ├EFL_NativeUIToolkit
│ ├External_Output_Manager
│ ├FontConfig
│ ├Freetype
│ ├HarfBuzz
│ ├Minicontrol
│ ├OpenGL ES with SDL
│ ├Vulkan with SDL
│ ├TBM_Surface
│ ├Tizen_WS_Shell
│ ├ViewManager
│ └Vulkan
├─UIX───┬Input Method
│ ├STT
│ ├TTS
│ ├Voice control
│ └Voice control elementary
└─Web──┬WebView
└json glib
