Difference between revisions of "Embedded System Tutorial GPIO"

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Socialledge is moving to two portals. 
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*  The Wiki will remain here for general references about the SJ-One board, and to document student reports.
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*  The bookstack will now be used for SJSU assignments
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[http://books.socialledge.com/books/embedded-drivers-real-time-operating-systems/chapter/lesson-gpio This article has been moved here]
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== Objective ==
 
== Objective ==
 
Interface your LPC17xx to a switch and an LED.
 
Interface your LPC17xx to a switch and an LED.
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== Conclusion ==
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== Assignment ==
At the end of this lab, you should be familiar with how a microcontroller's memory can access physical pins.
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At the end of this lab, you should be familiar with how a microcontroller's memory can access physical pins. Test your knowledge by doing the following:
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*  Interface your board's GPIO pin to an external switch
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*  Interface your board's GPIO pin to an LED
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*  If the switch is pressed, light up an LED
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*  Do not use any pre-existing library such as a GPIO class
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Upload into the textbox just the relevant code, probably just main.cpp
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<b>Extra Credit:</b> Do something creative, such as lighting up an LED based on a terminal command.
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[[Embedded System GPIO Assignment]]
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Latest revision as of 20:02, 25 January 2019

Socialledge is moving to two portals.

  • The Wiki will remain here for general references about the SJ-One board, and to document student reports.
  • The bookstack will now be used for SJSU assignments

This article has been moved here