INTRODUCTION TO SYNERGY SOFTWARE PACKAGE (SSP)

Transcription

1 INTRODUCTION TO SYNERGY SOFTWARE PACKAGE (SSP) 2016/10/04 CHENG PING CHAN SUPERVISOR, TECHNOLOGY DEVELOPMENT DEPT., ENGINEERING CENTER RENESAS ELECTRONICS CORPORATION

2 CHENG PING CHAN 詹承彬 服務單位 : 科技中心 部門 / 職稱 : 技術開發部 / 副主任 專長 / 職掌 :Synergy Platform Technical support Page 2

3 OUTLINE Why use the Renesas Synergy Software Package (SSP) What the User Interface of Synergy Software Package looks like What is the architecture and content of Synergy Software Package SSP Quality and Licensing Scheme Page 3

4 SYNERGY SOFTWARE PACKAGE (SSP) Software API ThreadX RTOS Stacks & Middleware Application Framework Board Support Package (BSP) Hardware Abstraction Layer (HAL) Functional Library Page 4

5 SYNERGY SOFTWARE PACKAGE MULTI-LAYER API ACCESS End-Application Synergy Platform projects start here Main () Network Thread Audio Thread Waveform Thread Display Thread Control Thread Motor Thread Software APIs ThreadX RTOS FileX GUIX USBX NetX NetX Duo Application Framework Audio Messaging and more Functional Libraries Security & Encryption CMSIS DSP and more Hardware Abstraction Layer (HAL) Drivers EMACC Driver Timing & Control Drivers GLCDC Driver...and more Custom Drivers Board Support Package Traditional projects start here Synergy Microcontrollers Page 5

6 THE USER INTERFACE OF SSP Page 6

7 SYNERGY ISDE SYNERGY CONFIGURATOR Synergy Configurator BSP setting page Clocks setting page Pins setting page Treads setting page Messaging setting page ICU setting page Components setting page Page 7

8 SYNERGY CONFIGURATOR BSP SETTING PAGE Page 8

9 SYNERGY CONFIGURATOR CLOCKS SETTING PAGE Page 9

10 SYNERGY CONFIGURATOR PINS SETTING PAGE Page 10

11 SYNERGY CONFIGURATOR THREADS SETTING PAGE Page 11

12 SYNERGY CONFIGURATOR MESSAGING SETTING PAGE Page 12

13 SYNERGY CONFIGURATOR ICU SETTING PAGE Page 13

14 SYNERGY CONFIGURATOR COMPONENTS SETTING PAGE Page 14

15 ARCHITECTURE AND CONTENT OF SSP Page 15

16 SYNERGY SOFTWARE PACKAGE BLOCK DIAGRAM Synergy Software Package (SSP) ThreadX RTOS FileX USBX GUIX NetX and NetX Duo Advanced Scheduler Inter-process and Inter-thread Communication Memory Management Message Queue FAT 12/16/32, exfat, SD, microsd, CF, and MemoryStick Complete Flash Management Very Fast Performance and Low Footprint Host Classes (Storage, CDC, HID, Hub) Host Stack Host Controller Device Classes (Storage, CDC, Audio, HID, Printer) Device Stack Device Controller Run Time Library Canvas Drawing Screen System Widget Window FTP TFTP Telnet PPP SMTP POP3 HTTP DNS DHCP SNTP NAT TCP IPv4/v6 UDP ICMP IGMP ARP RARP BSD Socket Library Application Framework Audio Console JPEG Touch Panel Messaging Cap. TouchSensi ng 2D Drawing Engine SPI I2C UART Thread Monitor ADC Power Profile External Interrupt Functional Libraries Security & Encryption CMSIS DSP Hardware Abstraction Layer (HAL) Drivers Ethernet MAC Controller USBHS USBFS CAN UART SDHI QSPI SPI IIC SSI Code Flash ADC12 ADC14 DAC12 DMA Controller Data Transfer Controller Low Power Modes Clock Management RTC GPIO Capacitive Touch Sensing Unit Asynchronous General Purpose Timer General PWM Timer 32-Bit WDT Graphics LCD Controller 2D Drawing Engine JPEG Decoder Safety Segment LCD Controller Parallel Data Capture Unit Security & Encryption Board Support Package (BSP) Page 16

17 THREADX RTOS Real-time operating system, optimized for size, performance, and ease of use Small FLASH footprint : Less than 2KB on Synergy MCU families Small RAM requirements : Minimum of <1KB for kernel RAM Fast Context Switch : 0.7ms on Synergy MCU of S7G2 Group Optimized for Synergy : Stack Bounds Checking, Cortex-M optimizations Intuitive API Application is divided into clearly defined threads Multiple scheduling algorithms Fully Preemptive, Round-Robin, Preemption-Threshold Built-in inter-task synchronization and communication features Built-in resource management features Built-in event trace capability supported by workstation based Visualizer (TraceX) Page 17

18 THREADX RTOS SCHEDULING Real-time scheduling algorithms and efficient Multitasking Round-robin scheduling + time-slicing Preemptive and Preemption-threshold scheduling Event-Chaining Technology 0 to 1024 priority levels for tasks Priority 3 Higher priority thread preempts D Interrupt preempts D D Interrupt preempts C D Priority 2 A B A B B A Priority 1 C C C Priority 0 C completes B restarts ISR ISR Round Robin/Time Slicing scheduling for tasks at same priority levels Preemptive Multitasking when tasks at different priority levels need to be scheduled Page 18

19 THREADX CERTIFICATION TÜ V Certified Industrial IEC Medical IEC Automotive ISO Rail Transportation EN First RTOS To Earn UL/IEC and UL/IEC Safety Certification Home Appliances Controls Using Software = UL/IEC Annex H Programmable Electronic Circuits = UL/IEC Annex R Certification Pack s for all other certifications Page 19

20 FILEX Fast execution, Fast Seek Logic, Small Footprint MS-DOS FAT (12/16/32) format High reliability Supported media USB Mass Storage Device SD/eMMC SPI flash, QSPI flash, on-chip flash RAM Page 20

21 USBX Complete Host, Device Support and Stacks Support for USB Low Speed, Full Speed, and High Speed Supports USB 1.1 and 2.0 The USB Controller driver The USBX core stack supports The USB class driver(s) Device class support CDC, HID, STORAGE PIMA (PTP), RNDIS Host class support CDC, HID, HUB, STORAGE ASIX, AUDIO, PIMA (PTP), PRINTER, PROLIF Page 21

22 GUIX A COMPLETE GRAPHICAL USER INTERFACE SUITE High-performance graphical user interface framework Includes full-featured runtime UI library Fully integrated with ThreadX Designed to have a small footprint Implemented as a C library Brings only the features used by the application into the final image Fast response Easy to use and integrate Page 22

23 NETX AND NETX DUO NetX supports IPv4 NetX Duo supports both IPv4 and IPv6 Optimized TCP/IP stack for embedded systems Based on Piconet architecture Small-footprint - as small as 5KB, automatic scaling Fast execution - achieve wire speed, no packet copying Phase-II IPv6 Ready Logo Certification for NetX Duo Integrates with TraceX system analysis support BSD-compatible socket layer Advanced Features UDP Fast-Path Technology Flexible packet management Page 23

24 APPLICATION FRAMEWORK Gives developers the kind of abstraction, re-use, ease of programming, and consistency that results in faster time to working code Provides standardized APIs Implements commonly used system services and frameworks Abstracts the use of hardware peripherals from application programs Examples of application frameworks Page 24

25 ADC FRAMEWORK What does it do Samples and buffers data from ADC channels Notifies applications when the configured number of samples are ready How it works Uses GPT or AGT timer interface for timing functions Uses DMA or DTC for efficient transfer of data from framework to application Configurable sampling rate and iterations Uses callback mechanism to notify availability of data Page 25

26 AUDIO FRAMEWORK What does it do Play long buffers by splitting the data into manageable chunks. Playback control features : Start, Stop, Pause, Resume, Volume Control Support mono and stereo output through the output peripherals (DAC / PWM / SSI) How it works creates a thread internally to handle the integration of multiple HAL peripherals to facilitate audio playback takes 16-bit uncompressed PCM data and scales it for the output hardware Page 26

27 TOUCH PANEL FRAMEWORK What does it do provides a high-level, C-callable programmable interface to external touch screen controllers via the IIC produces touch data messages with position information (X and Y coordinates) and event type information (down, up move, hold or invalid How it works Creates a thread to poll the touch driver and post touch data to the Messaging Framework. Uses External IRQ Framework for synchronization Page 27

28 CONSOLE FRAMEWORK What does it do Provides easy to use high level APIs for CLI (command line interface) How it works Defines command name and call back function per command Reads and parses input characters and invokes the relevant back function Utilizes communication framework to abstract different potential peripherals Page 28

29 SHARED INTERFACE Function specific and abstracts different potential hardware configurations providing the same feature Shared interfaces for all common microcontroller functions Timers Communications Clocks IIC, SPI, UART GPT, AGT Crypto Page 29

30 HARDWARE ABSTRACTION LAYER (HAL) RTOS-independent device driver for peripherals Each HAL driver is composed of two components: Low-level driver (LLD) Manipulates the peripheral registers directly Uses versions of the same peripheral seamlessly High-level driver (HLD) The code is specific to a Renesas hardware peripheral, but does not directly access hardware registers Exposes one or more APIs to the framework code Benefits include: Portability across SSP platforms Low level allows for very fast code However, more difficult to use than the SSP Frameworks Page 30

31 QUALIFIED SOFTWARE ADD-ONS (QSA) Specialized connectivity stacks, security services, or control algorithms Sold and serviced by Renesas Developed and tested under same rigorous quality requirements as the SSP Highly integrated and optimized for use with SSP and API structure Qualified and warranted to operate as specified and maintained in the same manner as SSP Evaluation versions of QSA software components can be downloaded from Synergy Gallery free of charge Full licensed versions of QSA software may be acquired from Synergy Gallery under a separate software license than the SSP license SSP ThreadX RTOS Qualified Software (sold and serviced by Renesas) Stacks BSP Qualified Software Add-Ons (QSA) Synergy Software Application Framework HAL Drivers Functional Libraries Middleware Stacks and more Verified Software (sold and serviced by 3 rd parties) Verified Software Add-Ons (VSA) SDKPac Skkynet ETK CANOpen Stack BACnet Stack and more Qualified Software Add-on (QSA) Page 31

32 VERIFIED SOFTWARE ADD-ONS (VSA) Expand capabilities of SSP into specialized functions, tapping into vast array of technologies made available by third-party VSA suppliers VSA examples include industrial communication protocol stacks, audio codec, motor control algorithms, and more Separately sold and serviced by third parties as part of the Synergy Platform ecosystem Verified by Renesas to ensure compatibility with SSP Evaluation versions of VSA software components can be downloaded from Synergy Gallery free of charge Commercial licensed versions of VSA software is acquired from the VSA software third party vendor directly SSP ThreadX RTOS Qualified Software (sold and serviced by Renesas) Stacks BSP Qualified Software Add-Ons (QSA) Synergy Software Application Framework HAL Drivers Functional Libraries Middleware Stacks and more Verified Software (sold and serviced by 3 rd parties) Verified Software Add-Ons (VSA) SDKPac Skkynet ETK CANOpen Stack BACnet Stack and more Verified Software Add-on (VSA) Page 32

33 VERIFIED SOFTWARE ADD-ONS (VSA) SDKPac Cypherbridge Systems Secure Web Communication (SSL/TLS HTTPS Web server / Clients..) Skkynet ETK Skkynet Cloud Systems Secure Data Communication (secure connection to the cloud, access to data services such as SkkyHub and DataHub..) CANOpen Stack port GmbH CAN Communication Stack for Industrial Applications (CiA 301 profile compliant CANOpen communication stack, Multiple CiA profiles supported..) Page 33

34 SSP QUALITY & LICENSING Page 34

35 WHY DOES QUALITY MATTER? High-quality of the the Renesas SynergyTM Software Package (SSP) enables customers to shift their focus from low-level software integration and testing to product development High-quality frees up developers time enabling differentiated products High-quality provides the customer with assurance of reliability and maintainability of the SSP The exceptional quality of the SSP makes it software as a product Verification Industry Standards Testing Audits Page 35

36 SOFTWARE AS A PRODUCT Developed to meet market requirements Compliant to industry standards Created by developers trained to follow best practices Developed with industry-leading SQA tools Validated and verified to best practices which are audited and continually improved In order to deliver the SSP as a product, Renesas: Built in-house competence Established SQA(Software Quality Assurance) Developed an SDLC(Software Development Life Cycle) process Page 36

37 Source Code Types SSP SOURCE CODE TYPE All source code of SSP is completely visible and usable during development & debugging * e 2 studio enables full viewing and stepping through of SSP code during debugging phase Two types of source code Clear Source Code Source code files are available in clear text files that can be edited, saved to a file, and printed. * Certain exceptions apply Protected Source Code Protected against edits, saving, and printing of the files. Can be converted to clear text files upon purchase of a license Clear Source code Protected Source code Classification of Protected and Clear source code for the SSP Page 37

38 SYNERGY SSP LICENSE TYPES All SSP licenses include unlimited seats for e2studio, IAR EW for Synergy, TraceX and GUIX Studio Evaluation License Allows evaluation and prototyping Full-feature access: No restrictions or limitations No visibility in source files for ThreadX, middleware, libraries, and stacks, including X-Ware Source files viewable for application framework and HAL/BSP. Online delivery, click-through licensing Development and Production License Allows development, production & marketing commercial end products based on SSP Complete source visibility at debug No editing/modification of protected source Online delivery, click-through licensing No additional fees or royalty 1 Year Limited Warranty Renewable anytime at no fee (Max 2 years Warranty for a SSP release) Source License Allows development, production & marketing commercial end products based on SSP Complete source visibility at debug Editing and modification rights for SSP modules purchased in source format Additional License Fees 1 Year Limited Warranty and maintenance with optional extended maintenance Page 38

39 SUMMARY Page 39

40 SUMMARY Renesas Synergy Software Package (SSP) is suite of professional Renesas-qualified software: Build on solid software foundation Comprehensive middleware solution Consistent and intuitive API Extend capabilities through the use of pre-tested Verified Software Add-ons from third parties and Qualified Software Add-ons from Renesas Renesas is committed to provide SSP as a product: SDLC process Compliance with ISO/IEC/IEEE 12207

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