Cortex-M + RTOS整合環境 (uC/OS II + EWARM)

Cortex-M + RTOS整合環境
(uC/OS II + EWARM)
主講人: 新華電腦業務經理 黃瑞安
台北公司：台北市111承德路4段222號4F
高雄公司: 高雄市806中山二路91號9F之6
TEL：02-28811791; 07-3300818
Email: [email protected]
WEB: http://www.microtime.com.tw
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嵌 入 式 ARM 整 合 發 展 方 案
IAR
Embedded
Workbench
IAR
visualSTATE
Design
Verify,
Validate,
Implement
Compile
I-Jet
JTAGjet-Trace
J-link, Flasher
Debug
Deploy
Target
application
Idea
RTOS & Middleware
Micrium
uC/OS II, III,
Middleware
Cortex M
IAR Kit, PTK
訓練, 設計
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IAR visualSTATE – design & test tools
• IAR visualSTATE
• Micrium uC/OS II/III, Middleware
• IAR Embedded Workbench ARM
• Power optimization
• KickStart Kit, PTK
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Documentation
Design by means of
Graphical programming
Event1() /
A
Event3() /
Event6() /
B
Event4() /
Event2() /
C
D
Event5() /
This TV set has been
developed for a
Motorola platform...
Automatic test
(Verification)
Error if Event1 and state1 and state2
Event1() /
A
Event3() /
B
Event6() /
Event4() /
Event2() /
C
D
Event5() /
Manual test
Event1
Event3
Event7
Event4
... Event6() /
Event1() /
A
Event3() /
B
Event4() /
Event2() /
C
D
Event5() /
Prototyping on
top of design
Event1() /
A
Event6() /
Event3() /
B
Event4() /
Event2() /
C
D
Event5() /
{
if (SEM.CSV [4] == 0x05)
SEM.WSV [3] = 0x0F;
....
}
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RTOS & middleware - Micrium
• IAR visualSTATE
• Micrium uC/OS II/III, Middleware
• IAR Embedded Workbench
• Power optimization
• KickStart Kit, PTK
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Advantages of using an
Commercial RTOS
• Creates a professional product architecture
• Free from implementing a scheduler/related services
• Simplifies product design
• Simplifies product upgrades and maintenance
• Allows team development
• Lowers total cost of development
• Allows focus on ‘time to market’
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Micriµm’s Reputation
#2 RTOS for new designs
TechInsights
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Micrium Competitively
• An average project
with Micrium
software and tools
costs a fraction of
the industry
average.
• It is also clear that
the savings
expected when
using “free”
software does not
make it to the
bottom line.
Source: Embedded
Forecast
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What is Source Available?
‘Source Available’ – a Micriµm Innovation
Commercial
Micriµ m
Commercial
Free-ware
Source Available
Robust,
Supported,
But ‘closed’
Robust
Supported,
And ‘Free for Evaluation’
Questionable quality,
Limited support,
But ‘open’
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µC/OS-II v.s. µC/OS-III
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µC/OS-II v.s. µC/OS-III
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Micrium ─ Product Portfolio
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Complexity in TCP/IP
TCP/IP represents a series of protocols
• Standards-based (RFCs)
• High performance
• Built-in SSL API
• Extremely Complex
• 100s of thousands of lines of code!
• Micriµm spent 20 man-years to
develop and test
TCP/IP Application layer components:
• DHCP (client), DNS (client)
• FTP (client and server), TFTP (client and
server)
• HTTP (web server), SMTP (client), POP3
(client)
• SNTP (client), Telnet (server), Shell, Clock
• Many others
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Complexity in File Systems
Typically based on Microsoft FAT12, 16, 32
• Highly Complex
• Tens of thousands of lines of code!
• Micriµm spent 4 man-years to develop and test
• DOS and Windows compatible
Media:
• RAM-disk
• SD/MMC/eMMC, microSD
• CompactFlash and IDE
• NOR and NAND Flash (SLC and MLC)
• MSC Driver
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Highly complex:
•
•
•
•
•
Tens of thousands of lines of code
20+ man years to develop and test
B/W, Grayscale, Color
2D/3D Graphics
Touch-screen interface
uC/GUI S/W Suite
Must work with:
•
•
•
•
•
100s of CPUs
Wide range of LCD-controllers
Hundreds of controllers -> drivers
Wide range of display sizes
With or without an RTOS
Expected features:
•
•
•
•
•
•
GUIBuilder
Dialogs, virtual screen
Multiple buffering
Multilayer/Multi-Display
Pointer input devices
Fonts, Color management
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Complexity in USB Device
Simple to use … Complex to develop
• Tens of thousands of lines of code
• Complex drivers
• Able to run on 8-, 16-, 32- or 64-bit CPUs and DSPs
• Must work with or without an RTOS
• Long develop and test cycle
Your Application
HID
Mass
Storage
CDC
Device Stack Core
Other
OS
Interface Drivers
OS Abstraction
Expected Classes:
• MSD
• CDC
• HID
• PHDC
• Vendor
• Other
Device Controller Port
Device Controller (Hardware)
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Complexity in USB Host
Simple to use … Complex to develop … Complex to test
• Tens of thousands of lines of code
• Complex drivers
• Must run on 8-, 16-, 32- or 64-bit CPUs and DSPs
• Work with or without an RTOS
• Man years to develop and test
Expected Classes:
• MSD
• CDC
• HID
• FTDI
• Printer
• Other
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uC/Probe – Graphical Live Watch
• uC/Probe graphically visualizes the internals of any
embedded system effortlessly, with just a few mouse clicks.
• A Windows application allows you to read/write
memory of embedded target during run-time.
• Absolutely no programming – simply drag and drop
graphic components into place, and watch them go.
• Works with wide embedded processors, e.g. via
J-Link, TCP/IP, RS-232 or Proxies, etc.
• To extend capabilities of debugging software by
running both at the same time.
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IAR Embedded Workbench – C/C++
compiler & debugger tools
• IAR visualSTATE
• Micrium uC/OS II/III, Middleware
• IAR Embedded Workbench ARM
• Power optimization
• KickStart Kit, PTK
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EWARM features update
• Improved optimizations – V6.40 & V6.50
• Complete integration of Eclipse tool suite plug-in
•
Code generation for execute-only code memory systems
•
Allowed to invoke external static analysis tool e.g. PC-lint
• I-Scope supported to measure current and voltage
• uC/Probe plug-in for graphical live watch with EWARM
• New license management system (LMS2)
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ARM Core Support
•
•
•
•
•
•
•
•
•
•
•
•
•
Cortex A15
Cortex-A9
Cortex-A8
Cortex A7
Cortex-A5
Cortex R7
Cortex R5
Cortex-R4(F)
Cortex-M4
Cortex-M3
Cortex-M1
Cortex M0+
Cortex-M0
•
•
•
•
•
•
•
ARM7
ARM9
ARM9E
ARM10
ARM11
SecurCore
XScale
•
•
•
•
Support for ARM, Thumb
and Thumb2 processor
modes
Support for ARM DSP and
SIMD extensions
Intrinsic NEON support
Generates code for ARM
VFP series of floating-point
coprocessors
• IAR EWARM now supports more than 2,500
devices and 3,700 project examples
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STM32 device Support
• Cortex M0, M3, M4; 300+ part no. fully supported
• Cover 7 product lines:
1) STM32F05X
2) STM32F10X
3) STM32F20X
STM32F21X
4) STM32F30X
STM32F37X
5) STM32F40X
STM32F41X
STM32F42X
STM32F43X
6) STM32L15X
7) STM32W10X
• Support levels in EWARM
Core support, Header/DDF files, Flash loader, Project examples
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What is IAR Embedded Workbench?
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Embedded Workbench - Quick Summary
• Powerful
– Features comprehensive and capable tools enable you to develop
new competitive products.
• User friendly
– Focused on embedded applications to ensure efficient development
• Reliable
– Proven in use with over 120,000 installed licenses worldwide
• Standardize
– A complete tool chain and an excellent enabler for standardization of
programming of 8-, 16-, 32-bit embedded systems
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High-performance C/C++ compiler
•
Optimizing C/C++ compiler
•
Language standards
•
– Pre-built and in source
– Thread safe libraries for
multitasking applications
– C89 and C99
– C++ 2003
– CMSIS DSP Library for CortexM3/M4
– Embedded C++
– ARM EABI
– CMSIS
•
Customizable C/C++ libraries
•
Automatic selection of smallest
printf/scanf formatter
IEEE-754 floating point
representation
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Powerful optimizations
- code size benchmark
35,9% smaller
32,4% smaller
ARM
33,5% smaller
Thumb
IAR Embeded Workbench
Thumb2
GCC
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Coremark and Speed Optimization
Coremark for STM32F417:
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Comprehensive IAR C-SPY Debugger
•
Integrated
–
•
Simulator
–
•
Extensive hardware target
system support including JTAG,
SWD and ETM
RTOS awareness
–
•
Built-in instruction simulator
Hardware debugging
–
•
Fully integrated debugger for
source and disassembly
debugging
Kernel awareness plugins for
debugging systems using RTOS
Macro system
–
C like macro system extends
debugger capabilities
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Hardware debug support
•
Available hardware drivers:
–
IAR I-Jet, JTAGjet, JTAG-Trace
–
IAR ROM-monitor
–
J-Link, J-Trace, Flasher
–
RDI (Remote Debug Interface)
–
Macgraigor JTAG/OCDemon
–
GDB server
–
Jeeni EPI
–
mIDASLink (Analog device)
–
P&E Micro JTAG
–
SAMICE (Atmel AT91SAM)
–
ST-LINK JTAG probe
–
ST-LINK V2
–
FTDI/ICDI JTAG
–
XDS100
–
DIGI JTAG
–
Angel debug monitor
–
Nulink
•
•
ETM Trace support
–
Full instruction trace
–
Complex start and stop triggers
–
IAR J-Trace probe
JTAG/SWD
–
SWO trace
–
IAR J-Link and IAR J-Link Ultra
–
Third party probes
•
Images are exportable to third
party debugger systems
•
Direct flash erase and download
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Extensive portfolio for debug
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Integrated RTOS Partners in EWRAM
• Debugger awareness for Integrated RTOSes and other software components
•
Micrium
•
FreeRTOS
•
Freescale
MQX
•
Express Logic
•
CMX
•
Micro Digital
•
eForce
•
AVIX
•
Sciopta
•
eSysTech X
•
SEGGER
•
NORTi MiSPO
•
Quadros
•
OSEK (ORTI)
•
Wittenstein
•
Unicoi Fusion
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Power Optimization
• IAR visualSTATE
• Micrium uC/OS II/III, Middleware
• IAR Embedded Workbench ARM
• Power optimization
• KickStart Kit, PTK
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The third dimension of Optimization
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Power debugging
•
Integrated measuring of power
consumption correlated to
source code
•
Enables tuning of the
application to minimize power
consuming use of hardware
reources
•
Functional on all supported
ARM cores
•
Enabled by J-link/J-link Ultra,
ST-link, IAR I-Jet/JTAGjet or
other hardware with power
debugging support
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What we did
Debug
API
JTAG /
SWO
PCB
ARM
Cortex
J-link or IAR I-Jet
JTAG /
SWO
JTAG /
SWO
IAR Embedded
Workbench
ARM
Power
Sampling
Power
Power
Power
Power
API
Power
on Pin19
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Monitoring power consumption
•
Power profiling
– Function level power
profiling using statistic
sampling
•
Power graph
– Integrated in the
Timeline window with
interrupts and variable
graphs
•
Power log
– Detailed data for each
power sample
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IAR I-jet JTAG probe
主要特點～
支援 ARM7/ARM9/ARM11, Cortex-A/R/M核心
• 可完全整合至 IAR Embedded Workbench
• Hi-speed USB 2.0介面 (480Mbps)
• 目標電源上至400Ma可由I-Jet提供，具有過載
保護
• 目標電源消耗可用200µA於200KHZ量測
• JTAG及Serial Wire Debug (SWD)時脈可至
32MHz (MCU時脈速度並未限制)
• Serial Wire Viewer (SWV)具有UART及
Manchester編碼
• 支援Support for SWO速度可至60MHz
•
•
•
•
•
•
支援Embedded Trace Buffer
(ETB)
下載速度可達1MByte/sec
支援JTAG adaptive時脈 (RTCK)
自動JTAG/SWD 偵測
提供JTAG電壓量測及監看
支援目標電壓範圍自1.65V至5V
<Power debug>
J-link – Sampling 10KHz, Resolution: 7mA
I-Jet – Sampling 200KHz, Resolution: 200uA
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I-Scope now shipping
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EWARM and I-Scope
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User friendly -- Easy workflow
•
WEB-based information center
–
•
Quick get start, Tutorial, sample project…
Powerful Project Manager
– Multiple projects within the same workspace
•
Edit-while-debug
– Edit source files without leaving the debug
session and set breakpoints while editing the
code before starting the debugger
•
Pre-integrated and fully tested
– Provide integration wide range of partners,
e.g. silicon vendors, real time operating
systems and middleware vendors. Starter
kits to enable to start development.
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Eclipse build chain plugin
• Eclipse IDE fully integration for
IAR Compiler & Debugger
• Build chain
– IAR C/C++ compiler
– IAR Assembler
– IAR ILINK Linker
• C and C++ Libraries
• Parsing of error massages
• Options settings from Eclipse
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Reliable -- Proven in use
•
Over 120,000 licenses shipped
– A common technology platform for all
products ensures maximum exposure
of the code base
•
30 years experience of developing and
providing customers with tools
– Experiences made are incorporated in
the desgin of new products
•
Use in safety critical applications
– IAR Embedded Workbench is used in
projects with special requirements on
tool testing and conformance
– MISRA checker, Function safety
42
Certified for Functional Safety
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Embedded Standardization
Our customers require a simplified, seamless development
workflow, more flexibility in their development process, and
reliable support at hand when and where they need it.
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KickStart a project
• Templates
–
• IAR KickStart Kits
Ready-made templates
for C/C++ and
assembler projects
• Examples
–
3,700 example projects
for various ARM
devices and evaluation
boards
• Tutorials
–
Tutorials guiding
through all project
stages
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System solution platform - PTK
•
•
From Tool solution to Application solution
What’s the offer of PTK?
– Modular design, e.g. STM32F207/407
– Offer an basic solution Platform by EVB,
RTOS(uC/OS), Middleware(uC/FS, uC/USB,
uC/TCP/IP), visualSTATE, EWARM-EV, J-link-lite
– Application areas: Gaming, IoT, BioMedical,
Industrial control, Automotive…, etc
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技術訓練課程、整合設計服務
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Thank you!
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