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Tizen architecture-solutionslinux-20130529

  1. Architecture Tizen Dominig ar Foll (Intel Open Source Technology Centre) <dominig.arfoll@fridu.net> Stéphane Desneux (Eurogiciel) <stephane.Desneux@eurogiciel.fr> Solutions Linux - Mai 2013
  2. INTRODUCTION
  3. 3 Architecture Tizen – Solutions Linux 2013 Eurogiciel Intégrateur et développeur Open source : • Tizen : Tizen PC / Tizen Application ; Meego • Développement embarqué multimédia : - Widi/Miracast stack - Wayland/Weston - Browser Webkit2 avec acceleration HW • Application: HTML5/CSS3, jquery, jqmobi, Cordova
  4. 4 Architecture Tizen – Solutions Linux 2013 1. Tizen Is Open Source Project • Upstream projects used by Tizen: – X Windows, Cairo, EFL for UI and graphics – Gstreamer, PulseAudio, OpenAL for multimedia – Connman, BlueZ, libsoup, wpa_supplicant for connectivity – WebKit for Web – Smack and OpenSSL for security – Dbus, glibc for base – Sqlite for database and PIM – Linux for OS Kernel – Eclipse for Tizen SDK – QEMU, U-Boot for target Emulator – GCC, llvm, cmake, gbs for build – And more…
  5. 5 Architecture Tizen – Solutions Linux 2013 1. Tizen Is Open Source Project | Contribution to OSS • Intel and Samsung maintain or significantly contribute to: – Linux, WebKit, EFL, GStreamer, U-Boot, FFMPEG, WebCL, Cairo, BlueZ, QEMU, GCC, ConnMan, NFC, PulseAudio, Smack, Wayland, oFono, X, wpa_supplicant, Dbus, glibc, OpenGL, Geoclue, and libsoup – With notices, attributions, full license statements, and compliance to other obligations • Virtually everything newly developed for Tizen has been open- sourced under Apache 2.0 License: – app-core, WRT(Web Runtime), system-server, sensor-fw, app-service, slp-pkgmgr, libslp-pm, msg-service, email-service, telephony-daemon, audio-session-manager, contacts-service, slp-calendar, accounts-svc, sync-fw, cert-svc, secure-storage, nfc-manager, and more.
  6. 6 Architecture Tizen – Solutions Linux 2013 2. Tizen Is a Cross-category Platform
  7. 7 Architecture Tizen – Solutions Linux 2013 3. Tizen Has Strong Industry Support
  8. 8 Architecture Tizen – Solutions Linux 2013 4. Tizen Is Standards-based | HTML5/W3C API Support • Tizen has the top score in html5test.com • HTML5 is being adopted rapidly, especially for mobile Web app development [1] http://www.dotcominfoway.com/blog/dot-com-infoway-releases-html5-infographic
  9. 9 Architecture Tizen – Solutions Linux 2013 Tizen Release History Web-centric platform ● Highest HTML5 coverage ● Tizen Device Web API ● Web UI framework (jQueryMobile based Extension) Web-centric platform ● Highest HTML5 coverage ● Tizen Device Web API ● Web UI framework (jQueryMobile based Extension) Tizen 1.0 Web/native dual framework • Native API • Unified SDK for Web and native • Web Runtime based on WebKit2 • Web Audio, HTML Media Capture • HTML Drag & Drop, Clipboard API Web/native dual framework • Native API • Unified SDK for Web and native • Web Runtime based on WebKit2 • Web Audio, HTML Media Capture • HTML Drag & Drop, Clipboard API Tizen 2.0 Readiness for commercialization in terms of stability & maturity ● Hybrid Web and native app support ● Content security policy ● Trusted inter-app sharing ● Account management ● QR code and image recognition ● Systemd replacing init daemon Readiness for commercialization in terms of stability & maturity ● Hybrid Web and native app support ● Content security policy ● Trusted inter-app sharing ● Account management ● QR code and image recognition ● Systemd replacing init daemon Tizen 2.1 Linux kernel 2.6.36 Linux kernel 3.0 (w/ many 3.4 features backported, such as CMA/IOMMU) Memory optimization for graphics (Framebuffer  DRM/GEM, DMABUF) eMMC 4.5 support, V4L2 (for codec and camera) support Apr. 2012 Feb. 2013 May. 2013
  10. 10 Architecture Tizen – Solutions Linux 2013 • Websites – http://www.tizen.org – http://developer.tizen.org/sdk – http://source.tizen.org/ – https://developer.tizen.org/documentation – http://seller.tizenstore.com • Community – Mailing lists: http://www.tizen.org/community/mailing-lists – IRC channel: #tizen – Wiki: https://www.tizen.org/community/wiki – IVI: https://wiki.tizen.org/wiki/IVI – JIRA: http://bugs.tizen.org Tizen Websites and Community
  11. TIZEN ARCHITECTURE
  12. 12 Architecture Tizen – Solutions Linux 2013 Architecture Overview (Mobile Profile) Manufacturer Adaptation InterfaceSMACK
  13. 13 Architecture Tizen – Solutions Linux 2013 • Web framework – Provides state-of-the-art HTML5/W3C APIs, Web UI framework, supplementary APIs, and additional Tizen device APIs • Native framework – Supports full-featured native application development and provides a variety of features like background service, image and face recognition, and TTS/STT • Core – Underlying layer for Web and native providing common functionalities and a security mechanism – HW adaptation layer with plug-in architecture – OpenGL® ES/EGL graphics driver Architecture Overview in Detail
  14. 14 Architecture Tizen – Solutions Linux 2013 [Ref] Presentation Map WebKit for Tizen Creating Tizen native apps with the native UI framework Tizen Web Runtime update Perf. optimization for Tizen WebKit: memory and graphic Tizen compliance overview Tizen compliance tests Tizen input service framework How to embrace Wayland for Tizen Protecting JS code during Web Runtime Tizen telephony framework In 2.1: what’s new? HTML5 features for Tizen Next generation BlueZ and BT Smart devicesSMACK It may be simple but how is it useful, smack me now Tizen Web Device API Migration of existing Web apps to Tizen
  15. 15 Architecture Tizen – Solutions Linux 2013 • Native and Web frameworks are complementary to each other – Web is strong in portability, ease of app development, and has a minimal learning curve – Native is relatively better in terms of performance and memory consumption – Native enables reusing the existing engine and libraries written in C & C++ in app development Web vs. Native Framework
  16. 16 Architecture Tizen – Solutions Linux 2013 • Different combinations for mixing Web and native, depending on the characteristics or requirements of the app to be developed Web and Native: Mix & Match Using W3C APIs only W3C + Device API Web app for UI with native app for service Standard C/C++ based Tizen Native API with standard C/C++ Native app with WebControl Web app with plug-in Hybrid appWeb app Native app Highly portable Portable and feature-rich Performance-centric and feature-rich Apps with bg monitoring (location, push,) Highly reusable (source-code level)
  17. 17 Architecture Tizen – Solutions Linux 2013 • Both are native in nature but focusing on different aspects • Core focuses on: – Providing common functionalities to Web and native frameworks – No need to guarantee app binary compatibility (ABC) – Performance and power optimization • Native framework focuses on: – Application development productivity while guaranteeing ABC – Well-documented API references, developer guide, sample codes, and associated tools Native Framework vs. Core
  18. 18 Architecture Tizen – Solutions Linux 2013 • Web and native applications – Apps using only public APIs to get full support for package installation and upgrade, security, backward compatibility, and so on – Many sample apps included in the SDK • Core applications – Apps using Core APIs to fully utilize device capabilities such as telephony – Usually implemented and preloaded by device implementers – Backward binary compatibility is not guaranteed Application Types v v v
  19. 19 Architecture Tizen – Solutions Linux 2013 • W3C standard Web APIs – W3C/HTML5 markup, CSS, and JavaScript APIs • Supplementary APIs – De-facto APIs (such as Khronos and Mozilla) • Tizen Device APIs – Advanced access to the device's platform capabilities • UI framework – jQueryMobile-based – Tools, such as widgets, events, effects, and animations Web Framework
  20. 20 Architecture Tizen – Solutions Linux 2013 • Package management (such as installation and update) • Execution and life-cycle (such as launching, pause, and resume) • Runtime security (such as API/network access and sandboxing) • Platform integration Web Runtime
  21. 21 Architecture Tizen – Solutions Linux 2013 • Since 2.0, Tizen is using WebKit2 (http://www.webkit.org) – Split process model for web content and UI with non-blocking APIs – UI responsiveness, robustness, security, and better use of multicore CPUs WebKit2 based Browser and Web Runtime
  22. 22 Architecture Tizen – Solutions Linux 2013 • HTML5 Canvas is accelerated by – Cairo OpenGL® ES backend • WebGL – Directly uses OpenGL® ES – Triple buffering Web 2D and 3D Graphics 2D Canvas performance score WebGL fps test Performance Optimization in Webkit Day2: 15:15-15:55 Seojin Kim Performance Optimization in Webkit Day2: 15:15-15:55 Seojin Kim
  23. 23 Architecture Tizen – Solutions Linux 2013 • Released in Tizen 2.0 • Set of C++ namespaces with more than 10,000 APIs – Base, IO, App, Security, Graphics and UI, Net, Messaging, Social, Locations, Web, etc • Support for standard C/C++, and popular open source libraries – eglibc, STL, libstdc++, libxml2, OpenGL® ES, OpenAL, and OpenMP® • Multiprocessing support – OpenMP, GCD Native Framework
  24. 24 Architecture Tizen – Solutions Linux 2013 Core • Providing common features – Various native and Web APIs are implemented using the functionalities of core modules • Unified management for: – Package (un)installation and upgrade – Launching applications – Windows for different apps with E17 – Sensor loading and value retrieval – Power consumption – Connectivity – Security enforcement with Smack from the kernel – And more..
  25. TIZEN ARCHITECTURE (IVI)
  26. 26 Architecture Tizen – Solutions Linux 2013 IVI Demands more from Tizen Navigation GPS Dual Display TTS/STT BluRay playback Radio Display Audio Front– video analytics Rear– video analytics Display Audio Mobile Device Display Audio Video playback DRIVER Passenger 1 Passenger 2 Passenger 3
  27. 27 Architecture Tizen – Solutions Linux 2013 Architecture Overview (IVI profile) W3C/HTML5 Device APIs Web Runtime Video Touch CSS3 WebGL Worker BT Call LBS NFC Msg… … ApplicationsApplications Web FrameworkWeb Framework KernelKernel CoreCore Application Framework Application Framework Graphics & UIGraphics & UI MultimediaMultimedia WebWeb MessagingMessaging LocationLocation SecuritySecurity SystemSystem BaseBase ConnectivityConnectivity TelephonyTelephony PIMPIM Linux Kernel & device driversLinux Kernel & device drivers Web ApplicationsWeb Applications Public API IVIIVI
  28. 28 Architecture Tizen – Solutions Linux 2013 Tizen IVI Release History Fully functional Web framework • Automotive Message Broker ● HTML5 application • BT HFP dialer application • DLNA • Murphy Policy Manager • WiFi Tethering • Dual Display Support • Sample IVI apps Fully functional Web framework • Automotive Message Broker ● HTML5 application • BT HFP dialer application • DLNA • Murphy Policy Manager • WiFi Tethering • Dual Display Support • Sample IVI apps Tizen 2.0 Focus areas • Wayland • Fast Boot • Small Footprint • Ethernet • AVB Murphy + • NFC • HW Acceleration • Vehicle & Additional Web APIs for Automotive • UI Manager Focus areas • Wayland • Fast Boot • Small Footprint • Ethernet • AVB Murphy + • NFC • HW Acceleration • Vehicle & Additional Web APIs for Automotive • UI Manager Tizen NextApr. 2013 GENIVI Compliance • Fastboot with systemd < 5 secs • Rootfs < 500 Mb • Sample Navigation App • Sample Hands free dialer App • Media Player App • IVI Home Screen App GENIVI Compliance • Fastboot with systemd < 5 secs • Rootfs < 500 Mb • Sample Navigation App • Sample Hands free dialer App • Media Player App • IVI Home Screen App Tizen 1.0 2012 Introduction to IVI Day3: 09:00-09:40 Rusty Lynch Introduction to IVI Day3: 09:00-09:40 Rusty Lynch
  29. 29 Architecture Tizen – Solutions Linux 2013 Tizen Going Forward
  30. 30 Architecture Tizen – Solutions Linux 2013 Tizen 3.0 @ tizen.org • All development at @ tizen.org – Git trees are maintained @ tizen.org – Patch submission via Gerrit @ tizen.org – Daily / Weekly images availability @ tizen.org • Upstream and Tizen specific packages already available @ tizen.org • Generic Images are available @ tizen.org – Images for IVI and mobile platforms is being worked @ tizen.org The Tizen Development Model Day2: 14:15-14:55 Anas Nashif The Tizen Development Model Day2: 14:15-14:55 Anas Nashif
  31. 31 Architecture Tizen – Solutions Linux 2013 Conclusions • Tizen is Standard-based, open source, cross category software platform under Linux Foundation that has strong industry support. • Architecture: – Linux Kernel 3.0 – Core, – Web and Native frameworks • Profiles – Mobile – IVI • Tizen 3.0 Development @ tizen.org
  32. 32 Architecture Tizen – Solutions Linux 2013 Questions ? / En savoir plus • Point d'entrée : https://www.tizen.org • Développeurs : https://developer.tizen.org • Open source: https://source.tizen.org • Bugs : https://bugs.tizen.org • mailto:philippe.coval@eurogiciel.fr • https://wiki.tizen.org/wiki/User:Pcoval
  33. 33 Architecture Tizen – Solutions Linux 2013 Remerciements • Dominique, Patrick, Romuald, Daniel pour les ressources de ce document. • BeMyApp pour l’organisation du Devlab Tizen • Les équipes TizenPC, WRT, et SDK. • Tout le monde à Intel OTC et partenaires (dont Eurogiciel) • Les fondateurs de Tizen : Intel, Samsung, et ex MeeGo. • Les projets opensources : WebKit, Gnome, EFL, Linux, Eclipse...

Notas del editor

  1. Slide 1 Nom de votre présentation Votre Nom + email et le mien + email. Vous excusez pour moi car je bloqué au Japon avec Linux Con. Cela vous permettra d&apos;introduite Eurogiciel (Vannes) comme étant en charge de l&apos;intégration de Tizen avec Intel. A la question &quot;Intel a un site à Vannes ?&quot; La réponse est &quot;Intel possède Wind River qui a un site à Vannes depuis 20 ans&quot;.
  2. Here is a component view of Tizen SW Architecture. It is based on Linux Kernel. On top of Linux Kernel, there is the core service layer with native implementation. There are the application framework, Graphics &amp; UI, Multimedia, Web, Messaging, Location, Security, System, Base, Connectivity, Telephony and PIM are composing this layer. On top of core services layer, Tizen provide Web APIs for Web applications. Let me explain more details about each layer from bottom to top
  3. TODO: demo live ou video