Gadgeteer, une plateforme de prototypage facile

1. PROTOTYPAGE
FACILE AVEC
GADGETEER
Le hardware
rendu
accessible

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/studio
Expertise
Qualité
Respect
Agile Big Data custom
CQRS Desktop Event
Sourcing Microsoft .NET C#
Scrum Software
development Training
Web
noussommes

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POURQUOI GADGETEER?

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AVEC ARDUINO (NETDUINO) C’EST MIEUX

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GADGETEER PLUG & PLAY

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Managed
Native
QU’EST-CE GADGETEER?
Hardware
ORHAL Drivers OS Emulator
PAL Timers RAM I/O
CLR Execution
Engine
Interop
Type
System
Garbage
Collector
Libraries .NET …WPF COMM
Gadgeteer CoreSocket InterfacesMicroFramework
TinyCLR

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 GPIO (General Purpuse Input/Output) avec ou sans
interruption
 UART (Universal Asynchronous Receiver/Transmitter)
 I²C Bus (Inter-Integrated Circuit)
 SPI Bus (Serial Peripheral Interface)
 Analog Input/Output
 USB Host/Client
 CAN Bus (Controller Area Network)
 Graphics Display
 Touchscreen
 PWM (Pulse Width Modulation)
 Ethernet
 SD (Secure Digital)
 Autre spécifique aux manufacturier
LES FONCTIONS HARDWARE

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A QUOI RESSEMBLE UN MAIN BOARD?

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A QUOI RESSEMBLE UN MAIN BOARD?
Reset Button
Socket number
Socket types

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A QUOI RESSEMBLE UN DEVICE?

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Type Letter Pin 1 Pin 2 Pin 3 Pin 4 Pin 5 Pin 6 Pin 7 Pin 8 Pin 9 Pin 10
Analog In A +3.3V +5V AIN (G!) AIN (G) AIN GPIO [UN] [UN] [UN] GND
LCD B +3.3V +5V LCD B0 LCD B1 LCD B2 LCD B3 LCD B4 LCD EN LCD CLK GND
CAN C +3.3V +5V GPIO! TD (G) RD (G) GPIO [UN] [UN] [UN] GND
USB Device D +3.3V +5V GPIO! D- D+ GPIO GPIO [UN] [UN] GND
Ethernet E +3.3V +5V [UN] LED1? LED2? TX D- TX D+ RX D- RX D+ GND
SD Card F +3.3V +5V GPIO! DAT0 DAT1 CMD DAT2 DAT3 CLK GND
LCD G +3.3V +5V LCD G0 LCD G1 LCD G2 LCD G3 LCD G4 LCD G5 BL GND
USB Host H +3.3V +5V GPIO! D- D+ [UN] [UN] [UN] [UN] GND
I²C I +3.3V +5V GPIO! [UN] [UN] GPIO [UN] SDA SCL GND
UART +
Handshaking
K +3.3V +5V GPIO! TX (G) RX (G) RTS CTS [UN] [UN] GND
Analog Out O +3.3V +5V GPIO! GPIO AOUT [UN] [UN] [UN] [UN] GND
PWM P +3.3V +5V GPIO! [UN] [UN] GPIO PWM (G) PWM (G) PWM GND
LCD R +3.3V +5V LCD R0 LCD R1 LCD R2 LCD R3 LCD R4 VSYNC HSYNC GND
SPI S +3.3V +5V GPIO! GPIO GPIO GPIO MOSI MISO SCK GND
Touch T +3.3V +5V [UN] YU XL YD XR [UN] [UN] GND
UART U +3.3V +5V GPIO! TX (G) RX (G) GPIO [UN] [UN] [UN] GND
3 GPIO X +3.3V +5V GPIO! GPIO GPIO [UN] [UN] [UN] [UN] GND
7 GPIO Y +3.3V +5V GPIO! GPIO GPIO GPIO GPIO GPIO GPIO GND
Manufacturer
Specific
Z +3.3V +5V GPIO! [MS] [MS] [MS] [MS] [MS] [MS] GND
DaisyLink
Downstream
* +3.3V +5V GPIO! GPIO GPIO [MS] [MS] [MS] [MS] GND
ALL SOCKETS TABLE

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SOCKET SAMPLE
Type Letter Pin 1 Pin 2 Pin 3 Pin 4 Pin 5 Pin 6 Pin 7 Pin 8 Pin 9 Pin 10
Analog In A +3.3V +5V AIN (G!) AIN (G) AIN GPIO [UN] [UN] [UN] GND
I²C I +3.3V +5V GPIO! [UN] [UN] GPIO [UN] SDA SCL GND
Touch T +3.3V +5V [UN] YU XL YD XR [UN] [UN] GND
3 GPIO X +3.3V +5V GPIO! GPIO GPIO [UN] [UN] [UN] [UN] GND

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Visual Studio 2013 Express (ou +)
Microsoft NETMF (Visual Studio
Extension)
Microsoft NETMF SDK (Librairies)
Microsoft .NET Gadgeteer (Designer &
gabarit de projets)
GHI Electronics’ SDK (Drivers pour les
microcontrôleur et les modules)
COMMENT DÉMARRER?
https://www.ghielectronics.com/downloads/Gadgeteer/NET_Gadgeteer_for_beginners.pdf

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 Hello world « à la » Gadgeteer
ENVIRONNEMENT DE DÉVELOPPEMENT

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UNE CAMÉRA

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UNE CAMÉRA (AVEC HUB)

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PROJET D’IRRIGATION AUTOMATIQUE

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PROJET D’IRRIGATION AUTOMATIQUE

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Rappelez-vous
Comprendre le système de
connecteurs
Toujours penser asynchrone
Ecrire du code « clean »
Questions?
19
LA FIN