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| == Operating System Support ==
| | #REDIRECT [[Phidget Programming Basics]] |
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| Phidgets can '''run directly''' on these operating systems:
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| * [[OS - Windows]]
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| * [[OS - Mac OSX]]
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| * [[OS - Linux]]
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| * [[OS - Windows CE]] ??
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| * [[OS - Android]] (3.1 and above)
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| Phidgets can be '''driven remotely''' by these operating systems:
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| * [[OS - Windows]]
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| * [[OS - Mac OSX]]
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| * [[OS - Linux]]
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| * [[OS - Windows CE]]
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| * [[OS - iOS]]
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| * [[OS - Android]]
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| == Language Support ==
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| Phidgets can be programmed either by an '''event-driven''' model, or by traditional '''linear code'''. All languages below support linear code. Some languages support our complete API, which includes support for event-driven design.
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| If you are flexible on what language you can use, we suggest choosing a language which supports event-driven code.
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| Phidgets have libraries to support [[#Event Driven Code|Event Driven Code]] in the following languages:
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| * [[Language - C/C++]]
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| * ...
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| Phidgets have libraries to support only [[#Linear Code|Linear Code]] in the following languages:
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| * [[Language - MATLAB]]
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| * ...
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| == Different Code Styles ==
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| User and device actions can be handled by either:
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| *Letting the program tell you when they happen and then doing something (event driven code)
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| *Waiting for them on your own and then and then doing something (linear code)
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| These styles can mix. For example, you can take a defined set of steps at first such as turning on an LED or antenna (linear code) and then doing nothing until an output change event is fired (event code).
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| With languages that support both styles, you can mix and match. For languages that support only linear code (see the [[#Language Support|Language Support Categories]] above) you can only use the linear style.
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| Examples in pseudo-code are given below for each style type so you can see how your language choice can affect your code design.
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| === Event Driven Code ===
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| Event driven code
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| <div style="background-color: #f3f3f3; border-color: #1c9edb; border-width:1px; border-style: dashed;">
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| <font size="3">
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| <source lang=text>
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| // --- Event Functions ---
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| Create any Language-Specific Functions
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| Create General Attach, Detach, and Error Handling Functions
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| On attach: Initialize hardware (antennas, etc)
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| On detach: Reset any state variables
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| Create Hardware-Specific Functions
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| Print messages to notify they are called
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| Perform minor accompanying changes (turn on LED, etc)
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| // --- Main Code ---
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| Create Device Software Object
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| Attach Event Functions created above to Device
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| Open Device
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| Loop waiting for events and user input:
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| If device attached: Get and Print various device statuses on request by input
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| Handle on-going attach and detach events
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| Exit upon specific user input
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| Close Device
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| Delete Device
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| </source>
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| </font>
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| </div>
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| === Linear Code ===
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| Linear code
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| <div style="background-color: #f3f3f3; border-color: #1c9edb; border-width:1px; border-style: dashed;">
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| <font size="3">
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| <source lang=text>
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| Create Device Software Object
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| Open Device
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| Wait for Device Attachment
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| Initialize any hardware (antennas, etc)
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| Loop waiting for requests from user input:
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| Get and Print various device statuses on request by input
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| Exit upon specific user input
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| Close Device
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| Delete Device
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| </source>
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| </font>
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| </div>
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