Introduction and purpose of the IDE
MPIDE (Multi-Platform Integrated Development Environment) is an Arduino-like project of chipKIT™, which allows you to reprogram the board with different custom sketches. The IDE can be free downloaded from their official site.
It is used to reflash the program memory of the microcontroller without an external programmer after a bootloader (check Software tab) is uploaded.
As a difference of the other similar IDEs (like Arduino, Maple, Pinguino etc.) this one gives you the opportunity to work with different kind of microcontrollers. You don't have to change the IDE, in case you need to work with another family of microprocessor.
MPIDE inherits all the core functions from Arduino IDE. In addition to these it has some specific libraries.
Without any modifications MPIDE 0.023 provides the following libraries:
- SD card
- Software Serial
- Wire (I2C)
and for chipKit there are few additional libraries:
Detailed information about all of them can be found on the page chipKIT™ Libraries
For all those libraries chipKit™ also provides an examples to demonstrate functionality of all of them. In addition to all these they have also simple examples like blinking LED, push button, serial communication etc.
Inside the IDE there is an embedded Serial Monitor which allows you easily to communicate with the host computer via virtual USB COM port. This is possible only when the board is not in programming (bootloader) state. So with this feature you don't need an external terminal program like PuTTY, Siow, HyperTerminal, TeraTerm etc. in order to transfer data between the host and the device.
In order to adapt bootloader for your custom board, chipKIT™ are providing source code of their projects on GitHUB: chipKIT™ bootloaders
Uploading of the bootloader requires external programmer (for example PicKit3).
For this moment Olimex provides support for 6 of our boards:<br\>
1) PIC32-Pinguino and MPIDE Library<br\>
2) PIC32-Pinguino-OTG and MPIDE Library<br\>
3) PIC32-Pinguino-Micro and MPIDE Library<br\>
4) PIC32-T795H and MPIDE Library<br\>
5) DUINOMITE-MEGA and MPIDE Library<br\>
6) DUINOMITE-eMEGA and MPIDE Library<br\>
Each of these libraries consist of:<br\>
1) Demo (dir)<br\>
1.1) Demo description.txt - description about the demo and the menu displayed on the terminal<br\>
1.2) Demo.pde - this is the sketch witch to be compiled and uploaded with MPIDE<br\>
2) Olimex_<board name> (dir) - the files inside contain the pinout of the board<br\>
3) MPIDE board selection.txt - this text should be appended to "..\MPIDE 0.023\hardware\pic32\board.txt". When this is done the board will be visible inside the MPIDE<br\>
4) MPIDE <board name> bootloader.hex - this is the prebuilt hex file of the bootloader for the respective board<br\>
5) ReadMe.txt - a short help file which describes the pins of the board and the steps to make this library work<br\>