Arduino Communications
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== Summary == | == Summary == | ||
| − | In my search for ways to communicate with the Arduino board, I found lots of ways that required me to learn new languages or learn serial communication programming. | + | In my search for ways to communicate with the Arduino board, I found lots of ways that required me to learn new languages or learn serial communication programming. I do want to eventually pick up these skills, but I found a quicker way for my needs. I have learned over time that you can always find a better way to solve a problem, but I realize that the amount of time to learn that better way is sometimes greater than the project time-frame, and therefore just solve it in the best way you can with the tools you have. I believe that the solution below encompasses that spirit. Here you will find a quick, dirty yet effective solution for communicating with the Arduino. |
This solution met my goals, but it may not meet yours. It is limited in the effect that a transfer in a message may take as long as 5 sec. This fits fine for my needs where I am just looking to form a distributed network of smart sensors/controllers that allow the setting of certain variables and the reporting of alarms and/or useful tracking information from the individual controllers. | This solution met my goals, but it may not meet yours. It is limited in the effect that a transfer in a message may take as long as 5 sec. This fits fine for my needs where I am just looking to form a distributed network of smart sensors/controllers that allow the setting of certain variables and the reporting of alarms and/or useful tracking information from the individual controllers. | ||
'''Note: I owe a BIG debt of gratitude to all the Arduino developers that provided me with the tools/code/knowledge to allow this solution''' | '''Note: I owe a BIG debt of gratitude to all the Arduino developers that provided me with the tools/code/knowledge to allow this solution''' | ||
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| + | == Functional Description of the Communications Method == | ||
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| + | * w;rleigj qrkjf qerjf q'rjf 'qerjf 'qerjf' qeprjf 'eqrjf 'qerjf 'qerjf 'qerjf 'qerjf qe'oihg rtgbhvwbrtgiwtbg qperj | ||
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== Requirements == | == Requirements == | ||
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* Knowledge of ''samba'' for sharing folders over the network | * Knowledge of ''samba'' for sharing folders over the network | ||
| − | == Example of Method == | + | |
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| + | == Example of Communications Method == | ||
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| + | '''Quick Guide:''' | ||
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'''Step 1 -''' Buy an Arduino Board - http://www.arduino.cc/en/Main/Buy | '''Step 1 -''' Buy an Arduino Board - http://www.arduino.cc/en/Main/Buy | ||
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'''Step 4 -''' Create a Folder on the Linux box and share the Folder over the network using ''samba'' - http://us1.samba.org/samba/ | '''Step 4 -''' Create a Folder on the Linux box and share the Folder over the network using ''samba'' - http://us1.samba.org/samba/ | ||
| − | '''Step 5 -''' | + | '''Step 5 -''' Load the following BASH scripting text into an executable file in your shared directory on the Linux box - http://www.gnu.org/software/bash/ |
| − | '''Step 6 -''' | + | '''Step 6 -''' Build your Thermistor circuit based on the following diagram or something similar |
| − | '''Step 7 -''' | + | '''Step 7 -''' Load AutoIT on your windows box - http://www.autoitscript.com/autoit3/ |
'''Step 8 -''' | '''Step 8 -''' | ||
Revision as of 17:39, 5 August 2008
Arduino Communications Page
Contents |
Summary
In my search for ways to communicate with the Arduino board, I found lots of ways that required me to learn new languages or learn serial communication programming. I do want to eventually pick up these skills, but I found a quicker way for my needs. I have learned over time that you can always find a better way to solve a problem, but I realize that the amount of time to learn that better way is sometimes greater than the project time-frame, and therefore just solve it in the best way you can with the tools you have. I believe that the solution below encompasses that spirit. Here you will find a quick, dirty yet effective solution for communicating with the Arduino.
This solution met my goals, but it may not meet yours. It is limited in the effect that a transfer in a message may take as long as 5 sec. This fits fine for my needs where I am just looking to form a distributed network of smart sensors/controllers that allow the setting of certain variables and the reporting of alarms and/or useful tracking information from the individual controllers.
Note: I owe a BIG debt of gratitude to all the Arduino developers that provided me with the tools/code/knowledge to allow this solution
Functional Description of the Communications Method
- w;rleigj qrkjf qerjf q'rjf 'qerjf 'qerjf' qeprjf 'eqrjf 'qerjf 'qerjf 'qerjf 'qerjf qe'oihg rtgbhvwbrtgiwtbg qperj
Requirements
The method requires the following hardware/knowledge:
- An Arduino Board or equivalent
- Linux computer that is able to communicate with the Arduino
- Your favorite development language
- Basic Linux operational skill
- Knowledge of samba or NIS if networking is desired
This example requires the following hardware/knowledge:
- An Arduino Board or equivalent (I used an actual Arduino Board with the USB connection)
- Linux computer that is able to communicate with the Arduino (I used an Ubuntu 8.x box)
- A Windows computer that is able to support AutoIT
- A network between the two computers
- Development languages - BASH scripting for Linux and AutoIT for windows
- Knowledge of samba for sharing folders over the network
Example of Communications Method
Quick Guide:
Step 1 - Buy an Arduino Board - http://www.arduino.cc/en/Main/Buy
Step 2 - Load the Arduino software on your linux box - http://www.arduino.cc/en/Main/Software
Step 3 - Load the following Arduino code into your Arduino board - http://www.arduino.cc/en/Guide/HomePage
Step 4 - Create a Folder on the Linux box and share the Folder over the network using samba - http://us1.samba.org/samba/
Step 5 - Load the following BASH scripting text into an executable file in your shared directory on the Linux box - http://www.gnu.org/software/bash/
Step 6 - Build your Thermistor circuit based on the following diagram or something similar
Step 7 - Load AutoIT on your windows box - http://www.autoitscript.com/autoit3/
Step 8 -
