This session will look at the revolution in low cost easy to program embedded computing. It focuses on the Arduino open source hardware and software platform and how this can be connected to and communicate with ColdFusion. Topics covered include how to implement the Firmata protocol in ColdFusion, using Arduino Ethernet shields and unsing Pachube.
This session looks at the revolution in low cost, easy to program embedded computing and connecting it to the internet. Focusing on the Arduino open source hardware and software platform and how it can be easily connected to various RIA platforms – directly, via the ethernet or via the cloud. Topics covered range from digital and analogue input and output to creating your own Arduino web server (in under 20 lines of code). Show that it's easier than you realise to interface with hardware and that with a little knowledge you can do this.
A Practical Guide to Connecting Hardware to FlexJustin Mclean
A look at the revolution in low cost, easy to program embedded computing and how to connect it to Flex. Focusing on the Arduino open source hardware and software platform and how it can be easily connected both directly and via the Ethernet. The slides cover digital and analogue input and output and how to create your own web server (in under 20 lines of code). It’s easier than you realise to interface Flex with hardware and with a little knowledge you too can can do this.
BarCamp Melbourne 2012: Internet of ThingsAndy Gelme
The document summarizes a presentation about Internet of Things (IoT) and Machine-to-Machine (M2M) communication given at BarCamp Melbourne on July 29, 2012. It discusses the history of distributed computing from the 1970s to present, challenges with connecting devices over networks, and proposes solutions like using MQTT for messaging and IPv6/802.15.4 networks. The presentation also invites attendees to local hacker spaces and Raspberry Jam events.
Presentation at the ATA Melbourne Branch meeting on 2012-06-20 ... covering Internet Of Things, Arduino, OpenWRT routers and Smart Energy Groups electricity consumption measurement.
Building Connected IoT Gadgets with Particle.io & AzureNick Landry
The Internet of Things (IoT) extends your reach as a software developer into the world of diverse hardware devices controlled by your code, and powered by the cloud. Connectivity is a key component in IoT. Without it, all you have is a normal “thing” that is always offline. Connecting devices isn’t always easy however, requiring custom chips, boards or shields and their associated drivers & libraries. A new generation of maker boards is now emerging – many thanks to successful crowdfunding campaigns – featuring built-in wireless hardware and everything you need to easily connect to the cloud. One of the most popular of such boards is the Particle Photon (formerly known as Spark, see https://www.particle.io) which features a built-in Wi-Fi in a small & affordable package. The Photon is a $19 development kit for creating Wi-Fi connected products, and the spiritual sequel of the Spark Core. Particle uses Wiring, the same code framework as Arduino. This session is your introduction to building connected IoT gadgets with Particle hardware. We’ll explore the hardware & shield options, and the software platform used to program it, including both the Web and desktop IDEs. We’ll cover device setup, the command-line interface, and debugging tools. Next we’ll look at common maker scenarios and we’ll connect our gadgets to Azure – including IoT Hubs, Event Hubs and Mobile App Services – and integrate our cloud solutions with Particle’s REST API. Beginner and veteran makers are welcome to join.
This session will look at the revolution in low cost easy to program embedded computing. It focuses on the Arduino open source hardware and software platform and how this can be connected to and communicate with ColdFusion. Topics covered include how to implement the Firmata protocol in ColdFusion, using Arduino Ethernet shields and unsing Pachube.
This session looks at the revolution in low cost, easy to program embedded computing and connecting it to the internet. Focusing on the Arduino open source hardware and software platform and how it can be easily connected to various RIA platforms – directly, via the ethernet or via the cloud. Topics covered range from digital and analogue input and output to creating your own Arduino web server (in under 20 lines of code). Show that it's easier than you realise to interface with hardware and that with a little knowledge you can do this.
A Practical Guide to Connecting Hardware to FlexJustin Mclean
A look at the revolution in low cost, easy to program embedded computing and how to connect it to Flex. Focusing on the Arduino open source hardware and software platform and how it can be easily connected both directly and via the Ethernet. The slides cover digital and analogue input and output and how to create your own web server (in under 20 lines of code). It’s easier than you realise to interface Flex with hardware and with a little knowledge you too can can do this.
BarCamp Melbourne 2012: Internet of ThingsAndy Gelme
The document summarizes a presentation about Internet of Things (IoT) and Machine-to-Machine (M2M) communication given at BarCamp Melbourne on July 29, 2012. It discusses the history of distributed computing from the 1970s to present, challenges with connecting devices over networks, and proposes solutions like using MQTT for messaging and IPv6/802.15.4 networks. The presentation also invites attendees to local hacker spaces and Raspberry Jam events.
Presentation at the ATA Melbourne Branch meeting on 2012-06-20 ... covering Internet Of Things, Arduino, OpenWRT routers and Smart Energy Groups electricity consumption measurement.
Building Connected IoT Gadgets with Particle.io & AzureNick Landry
The Internet of Things (IoT) extends your reach as a software developer into the world of diverse hardware devices controlled by your code, and powered by the cloud. Connectivity is a key component in IoT. Without it, all you have is a normal “thing” that is always offline. Connecting devices isn’t always easy however, requiring custom chips, boards or shields and their associated drivers & libraries. A new generation of maker boards is now emerging – many thanks to successful crowdfunding campaigns – featuring built-in wireless hardware and everything you need to easily connect to the cloud. One of the most popular of such boards is the Particle Photon (formerly known as Spark, see https://www.particle.io) which features a built-in Wi-Fi in a small & affordable package. The Photon is a $19 development kit for creating Wi-Fi connected products, and the spiritual sequel of the Spark Core. Particle uses Wiring, the same code framework as Arduino. This session is your introduction to building connected IoT gadgets with Particle hardware. We’ll explore the hardware & shield options, and the software platform used to program it, including both the Web and desktop IDEs. We’ll cover device setup, the command-line interface, and debugging tools. Next we’ll look at common maker scenarios and we’ll connect our gadgets to Azure – including IoT Hubs, Event Hubs and Mobile App Services – and integrate our cloud solutions with Particle’s REST API. Beginner and veteran makers are welcome to join.
ColdFusion Security and Risk ManagementJustin Mclean
This document outlines the process of conducting a risk assessment for a ColdFusion application. It discusses identifying assets, threats, likelihood and consequences to determine risk levels. It then covers setting an acceptable risk level and prioritizing threats. For a student election system example, it examines specific threats like SQL injection, server configuration issues, and code modification, providing treatments to address each risk. The overall goal is to balance security and costs to achieve an adequately secure system.
Looks at the revolution in low cost easy to program embedded computing. We’ll look at how this has come about and how easy it now is to be able to interface with hardware from within a web browser with a focus on the Arduino platform.
The document discusses the challenges of managing a large workforce during times of change. It notes that communication is key to helping employees understand changes and maintaining productivity. Regular updates that are honest, clear, and provide context can reassure employees and reduce uncertainty. Leaders must also listen to employee concerns, address issues promptly and be open to feedback to build trust throughout the organization.
ColdFusion Security and Risk ManagementJustin Mclean
This talk shows how you can via a risk assessment process work out how to minimise risk and what security features you should implement that is cost effective. It then shows how this risk assessment process was applied to a ColdFusion project.
This talk was presented at the cf.Objective() conference in Minneapolis in April 2010.
What's the Right Messaging Standard for the IoT?Angelo Corsaro
Different messaging and data sharing standards, such as AMQP, CoAP, DDS, MQTT, and REST have been proposed as candidate for addressing the data sharing challenges of the Internet of Things (IoT) and the Industrial Internet (I2).
In technical forums and social media there is no lack of passionate discussions that praise the merits of one standard over the other. Yet, to date, there are little or perhaps no analysis that look at the details of the different standards and perform an in depth, qualitative, analytic and empirical evaluation.
This presentation, will (1) introduce the key standards that are being proposed for the Internet of Things and the Industrial Internet, such as AMQP, CoAP, DDS, MQTT and REST, (2) present a qualitative comparison that highlights the different features provided by the various standards, (3) present an analytic comparison looking at the efficiency and scalability of the various protocols and (3) report the results of an empirical evaluation comparing the actual performances of the various standards.
A Practical Guide to Connecting Hardware to the Webelliando dias
This document provides an overview of connecting hardware devices to the web using the Arduino platform. It discusses trends in electronics and computing that make this easier, describes the Arduino hardware and software, and covers various connection methods including directly to a computer, via wireless modems, Ethernet shields, and services like Pachube that allow sharing sensor data over the internet. The document aims to demonstrate how Arduinos can communicate with other devices and be used to build interactive systems.
Hacking Meatspace with Arduino and pyFirmataChes Martin
This document discusses Arduino, an open-source hardware platform used for electronics projects and interactive objects. Arduino uses a microcontroller board to read input and control output from devices connected to it. It can be programmed using the Arduino programming language based on C/C++. Projects using Arduino can be standalone, running directly on the board, or can communicate with other devices over USB or wirelessly using protocols like Firmata. The document provides an overview of Arduino and resources for learning and developing projects.
Implementation of an Arduino Remote Laboratory with Raspberry PiManuel Castro
Presentation at the IEEE EDUCON 2019 conference in Dubai, about the development and implementation of a remote laboratory based in Raspberry Pi as access through Arduino and IoT systems
This document discusses Arduino and its history and applications. It notes that Arduino was created in 2005 as an educational open-source hardware project. It was developed by Massimo Banzi and others to provide a low-cost, easy-to-use platform for prototyping that could be used in classrooms. Arduino was built upon Wiring, an earlier open-source electronics platform, to make hardware programming more approachable. It has since grown into a large community and product line used widely for hardware prototyping, especially in IoT and home automation applications.
Peripheral Programming using Arduino and Python on MediaTek LinkIt Smart 7688...MediaTek Labs
Want to add Wi-Fi to your IoT project? This 30 minute webinar, presented by technical consultant Ajith KP, demonstrated how to program (using Arduino and Python) for peripheral sensors connected to the MediaTek LinkIt Smart 7688 Duo’s microcontroller and how to communicate between the microcontroller and the MT7688 SOC.
Three ways to undertake the peripheral programming for the MediaTek LinkIt Smart 7688 Duo were covered:
1) Using a primitive UART connection
2) Using the Firmata protocol
3) Using the Arduino Yun Bridge Library
A recording of the live event can be found at http://home.labs.mediatek.com/technical-mediatek-linkit-smart-7688-webinar-recording-available/
Robots conf microcontroller and iot surveyMatt Haines
The document discusses various microcontroller and IoT platforms that can be used to build connected devices. It provides brief descriptions of Arduino, Netduino, Light Blue Bean, Espruino, Tessel, Pinocc.io, Spark IO, and Electric Imp - highlighting their programming languages, IDEs, connectivity options, and pricing. The document concludes by mentioning single board computers like Raspberry Pi, BeagleBone Black, Galileo, and Edison, and provides a link for getting started with Electric Imp.
Slides for the presentation given at the Webist 2021 conference
Abstract:
A research team that wants to validate a new IoT solution has to implement a testbed. It is a complex step
since it must provide a realistic environment, and this may require skills that are not present in the team. This
paper explores the requirements of an IoT testbed and proposes an open-source solution based on low-cost
and widely available components and technologies. The testbed implements an architecture consisting of a
collector managing several edge devices. Security levels and duty-cycle are tunable depending on the specific
application. After analyzing the testbed requirements, the paper illustrates a template that uses WiFi for the
link layer, HTTPS for structured communication, an ESP8266 board for edge units, and a RaspberryPi for the
collector.
This document provides information about an IoT workshop hosted by Null Mumbai. It introduces the workshop organizers, Nitesh Malviya and Ganesh Naik, and their backgrounds in security and embedded systems. It then defines IoT and discusses its various components, including physical devices, sensors, networks, and cloud services. The document outlines common processor architectures, operating systems, protocols, and hardware that are used in IoT, such as Arduino, Raspberry Pi, MQTT, and more. It provides examples of how these pieces fit together in an IoT system and references materials for further learning.
The document introduces Arduino, an open-source hardware platform used for electronics projects. It discusses that Arduino bridges the divide between the analog real world and digital computers by allowing users to control physical devices with code. The document outlines what is needed to get started with Arduino, including buying a board and components, using a simulator, or a starter kit. It also provides examples of sensing real world inputs and controlling outputs through demonstrations. Resources for learning more about Arduino are also listed.
Technical challenges (running on different providers (we need an overlay!!)) as well as social challenges (why are we famous in Peru?) during COVID-19 when running an opensource conference system.
The systems is based on Jitsi and run bei Freifunk Munich in Germany.
The document summarizes Lecture 4 of a course on digital DJing which covered the topics of HID devices, OSC, and using an iPhone/iPad as a controller. It provides information on MIDI, OSC, and HID protocols and discusses how to use TouchOSC and OSCulator apps to translate OSC signals from an iPhone into MIDI for use in Ableton Live. It also briefly covers the junXion app for translating HID inputs to MIDI.
This document provides an overview and getting started guide for Pinoccio, an open source software and hardware prototyping system based on Arduino and mesh networking. It describes Pinoccio's architecture which uses Node.js services, an easy UI, WiFi backpack, SD card, and Arduino components. It outlines including the necessary Pinoccio libraries, selecting the Scout board in the Arduino IDE, and debugging sketches using serial monitor or remote HQ debugging. The document also provides examples of a basic LED blinking sketch, using mesh networking and LWM messaging between nodes, and discusses some initial experiences with Pinoccio.
ColdFusion Security and Risk ManagementJustin Mclean
This document outlines the process of conducting a risk assessment for a ColdFusion application. It discusses identifying assets, threats, likelihood and consequences to determine risk levels. It then covers setting an acceptable risk level and prioritizing threats. For a student election system example, it examines specific threats like SQL injection, server configuration issues, and code modification, providing treatments to address each risk. The overall goal is to balance security and costs to achieve an adequately secure system.
Looks at the revolution in low cost easy to program embedded computing. We’ll look at how this has come about and how easy it now is to be able to interface with hardware from within a web browser with a focus on the Arduino platform.
The document discusses the challenges of managing a large workforce during times of change. It notes that communication is key to helping employees understand changes and maintaining productivity. Regular updates that are honest, clear, and provide context can reassure employees and reduce uncertainty. Leaders must also listen to employee concerns, address issues promptly and be open to feedback to build trust throughout the organization.
ColdFusion Security and Risk ManagementJustin Mclean
This talk shows how you can via a risk assessment process work out how to minimise risk and what security features you should implement that is cost effective. It then shows how this risk assessment process was applied to a ColdFusion project.
This talk was presented at the cf.Objective() conference in Minneapolis in April 2010.
What's the Right Messaging Standard for the IoT?Angelo Corsaro
Different messaging and data sharing standards, such as AMQP, CoAP, DDS, MQTT, and REST have been proposed as candidate for addressing the data sharing challenges of the Internet of Things (IoT) and the Industrial Internet (I2).
In technical forums and social media there is no lack of passionate discussions that praise the merits of one standard over the other. Yet, to date, there are little or perhaps no analysis that look at the details of the different standards and perform an in depth, qualitative, analytic and empirical evaluation.
This presentation, will (1) introduce the key standards that are being proposed for the Internet of Things and the Industrial Internet, such as AMQP, CoAP, DDS, MQTT and REST, (2) present a qualitative comparison that highlights the different features provided by the various standards, (3) present an analytic comparison looking at the efficiency and scalability of the various protocols and (3) report the results of an empirical evaluation comparing the actual performances of the various standards.
A Practical Guide to Connecting Hardware to the Webelliando dias
This document provides an overview of connecting hardware devices to the web using the Arduino platform. It discusses trends in electronics and computing that make this easier, describes the Arduino hardware and software, and covers various connection methods including directly to a computer, via wireless modems, Ethernet shields, and services like Pachube that allow sharing sensor data over the internet. The document aims to demonstrate how Arduinos can communicate with other devices and be used to build interactive systems.
Hacking Meatspace with Arduino and pyFirmataChes Martin
This document discusses Arduino, an open-source hardware platform used for electronics projects and interactive objects. Arduino uses a microcontroller board to read input and control output from devices connected to it. It can be programmed using the Arduino programming language based on C/C++. Projects using Arduino can be standalone, running directly on the board, or can communicate with other devices over USB or wirelessly using protocols like Firmata. The document provides an overview of Arduino and resources for learning and developing projects.
Implementation of an Arduino Remote Laboratory with Raspberry PiManuel Castro
Presentation at the IEEE EDUCON 2019 conference in Dubai, about the development and implementation of a remote laboratory based in Raspberry Pi as access through Arduino and IoT systems
This document discusses Arduino and its history and applications. It notes that Arduino was created in 2005 as an educational open-source hardware project. It was developed by Massimo Banzi and others to provide a low-cost, easy-to-use platform for prototyping that could be used in classrooms. Arduino was built upon Wiring, an earlier open-source electronics platform, to make hardware programming more approachable. It has since grown into a large community and product line used widely for hardware prototyping, especially in IoT and home automation applications.
Peripheral Programming using Arduino and Python on MediaTek LinkIt Smart 7688...MediaTek Labs
Want to add Wi-Fi to your IoT project? This 30 minute webinar, presented by technical consultant Ajith KP, demonstrated how to program (using Arduino and Python) for peripheral sensors connected to the MediaTek LinkIt Smart 7688 Duo’s microcontroller and how to communicate between the microcontroller and the MT7688 SOC.
Three ways to undertake the peripheral programming for the MediaTek LinkIt Smart 7688 Duo were covered:
1) Using a primitive UART connection
2) Using the Firmata protocol
3) Using the Arduino Yun Bridge Library
A recording of the live event can be found at http://home.labs.mediatek.com/technical-mediatek-linkit-smart-7688-webinar-recording-available/
Robots conf microcontroller and iot surveyMatt Haines
The document discusses various microcontroller and IoT platforms that can be used to build connected devices. It provides brief descriptions of Arduino, Netduino, Light Blue Bean, Espruino, Tessel, Pinocc.io, Spark IO, and Electric Imp - highlighting their programming languages, IDEs, connectivity options, and pricing. The document concludes by mentioning single board computers like Raspberry Pi, BeagleBone Black, Galileo, and Edison, and provides a link for getting started with Electric Imp.
Slides for the presentation given at the Webist 2021 conference
Abstract:
A research team that wants to validate a new IoT solution has to implement a testbed. It is a complex step
since it must provide a realistic environment, and this may require skills that are not present in the team. This
paper explores the requirements of an IoT testbed and proposes an open-source solution based on low-cost
and widely available components and technologies. The testbed implements an architecture consisting of a
collector managing several edge devices. Security levels and duty-cycle are tunable depending on the specific
application. After analyzing the testbed requirements, the paper illustrates a template that uses WiFi for the
link layer, HTTPS for structured communication, an ESP8266 board for edge units, and a RaspberryPi for the
collector.
This document provides information about an IoT workshop hosted by Null Mumbai. It introduces the workshop organizers, Nitesh Malviya and Ganesh Naik, and their backgrounds in security and embedded systems. It then defines IoT and discusses its various components, including physical devices, sensors, networks, and cloud services. The document outlines common processor architectures, operating systems, protocols, and hardware that are used in IoT, such as Arduino, Raspberry Pi, MQTT, and more. It provides examples of how these pieces fit together in an IoT system and references materials for further learning.
The document introduces Arduino, an open-source hardware platform used for electronics projects. It discusses that Arduino bridges the divide between the analog real world and digital computers by allowing users to control physical devices with code. The document outlines what is needed to get started with Arduino, including buying a board and components, using a simulator, or a starter kit. It also provides examples of sensing real world inputs and controlling outputs through demonstrations. Resources for learning more about Arduino are also listed.
Technical challenges (running on different providers (we need an overlay!!)) as well as social challenges (why are we famous in Peru?) during COVID-19 when running an opensource conference system.
The systems is based on Jitsi and run bei Freifunk Munich in Germany.
The document summarizes Lecture 4 of a course on digital DJing which covered the topics of HID devices, OSC, and using an iPhone/iPad as a controller. It provides information on MIDI, OSC, and HID protocols and discusses how to use TouchOSC and OSCulator apps to translate OSC signals from an iPhone into MIDI for use in Ableton Live. It also briefly covers the junXion app for translating HID inputs to MIDI.
This document provides an overview and getting started guide for Pinoccio, an open source software and hardware prototyping system based on Arduino and mesh networking. It describes Pinoccio's architecture which uses Node.js services, an easy UI, WiFi backpack, SD card, and Arduino components. It outlines including the necessary Pinoccio libraries, selecting the Scout board in the Arduino IDE, and debugging sketches using serial monitor or remote HQ debugging. The document also provides examples of a basic LED blinking sketch, using mesh networking and LWM messaging between nodes, and discusses some initial experiences with Pinoccio.
Caspar Zhang is seeking an objective as a Linux Kernel QA. He received his undergraduate education from Beijing University of Posts and Telecommunications in software engineering. His skills include proficiency in C/C++, Java, and shell scripting as well as experience with Linux/Unix systems, kernel development, software engineering principles, and open source software. Relevant experience includes developing a simple operating system with a floppy disk driver, a scientific simulation software, involvement with the university's open source club, and moderating a Linux forum. He has received several academic awards and scholarships.
A presentation I gave in Sept. 2008 at the WV Higher Ed conference. Covers some ideas on how to use Podcast Producer along with iTunes U to deliver recorded classroom content. WVU does not use this system.
Arduino is an open-source hardware and software platform for building electronics projects. It uses a simple C++-based programming language and consists of a microcontroller board and IDE software. The Arduino platform is popular for beginners due to its ease of use - it can be programmed via USB without additional hardware. It was created in 2003 by students in Italy to provide a low-cost alternative for learning electronics and programming. The core components of an Arduino board include a microcontroller, analog and digital pins, power supply, and USB interface.
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Connecting open source hardware to the web
1. Connecting Open Source
Hardware to the Web
Justin Mclean
Web: http://www.classsoftware.com.au
Mail: justin@classsoftware.com.au
Twitter: justinmclean
Sunday, 28 February 2010
2. Who am I?
• Programming for 25 years
• Developing and creating web applications for
15 years
• Developer and trainer in Flex and ColdFusion
• Adode Community Professional
Sunday, 28 February 2010
3. Arduino
Overview of the Arduino Platform
Sunday, 28 February 2010
4. Arduino Platform
• Open source hardware and software platform
• Easy to program
• Hardware is flexible, fast and low power
Sunday, 28 February 2010
5. Arduino Hardware
• Comes in a number of shapes sizes
• Low cost
• Easy to extend
Sunday, 28 February 2010
8. Arduino Software Platform
• Open source cross platform IDE
• Alpha but very stable
• Code in high level C like language
• Updated frequently
• Growing and active community
Sunday, 28 February 2010
9. Arduino Code
• C like high level language
• Inbuilt functions to read and set digital and
analog inputs and outputs
• Includes libraries to perform common
hardware or software tasks
Sunday, 28 February 2010
12. Issues
• Debugging can be hard
• Memory, power and speed limits
• Helps to have a little electronic knowledge
Sunday, 28 February 2010
13. Connecting
Arduinos to the Web
How Arduinos can communicate with
the outside world.
Sunday, 28 February 2010
14. Connection Methods
• Direct to computer
• Wireless (XBee modems)
• Ethernet or WiFi
• “The Cloud”
Sunday, 28 February 2010
15. Supported Languages
• Flash and Flex
• Processing
• Python
• Ruby
• Java
• C, C++, C# and Objective C
• .NET
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16. Direct Connection
How to communicate with Arduinos
via a computer
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17. Direct Communication
• Most languages can’t talk USB
• Solution: Socket to USB proxy
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18. Layers of Communication
• Code Library
• Proxy to USB
• Program on arduino to USB
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19. Firmata Protocal
• Standard Arduino library
• Simple binary protocol
• Based on MIDI
• Easy to extend
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20. Computer Arduino
Application Code Arduino
Function Calls and
Code
Events
TCP/IP USB
Library USB Proxy Firmata
Socket Cable
Connection Diagram
Sunday, 28 February 2010
22. Issues
• Works best with a persistent connection
• Otherwise startup time and auto reset may be
issues
• Proxy must be running on computer the
Arduino is connected to
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23. Ethernet
Using Arduino Ethernet Shields
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24. Ethernet Shields
• Allow direct internet connection
• No computer needed
• Can act as web server or client
• Shields need a little configuration
Sunday, 28 February 2010
26. Web Servers
• Simpler than you think
• A web server:
• Listens for connections
• Parse requests
• Send back status messages/resources
requested
Sunday, 28 February 2010
27. HTTP Requests
• Start with request “GET index.html HTTP/1.1”
• Optional headers “Accept-Language: en”
• Empty line
• Optional message body (POST and other
requests)
Sunday, 28 February 2010
30. Why do this?
• Expose yourself to new ideas and new ways of
solving problems
• Involves interaction with the real world
• Encourages creativity
• Makes you a better programmer
Sunday, 28 February 2010
32. Useful Sites
List of useful hardware and software
sites
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33. Software Sites
• Arduino http://www.arduino.cc for software,
user forum and playground
• Ethernet Shields http://arduino.cc/en/
Reference/Ethernet
• Pachhub http://www.pachube.com/
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35. Other Sites
• Lady Ada http://www.ladyada.net/
• Evil Mad Scientist http://
www.evilmadscientist.com/
• NY Resistor http://www.nycresistor.com/
• Make Zine http://makezine.com/
Sunday, 28 February 2010