his design is the initial design when the board is powered-up. It increments a counter and displays the value on the
7-segment displays and LEDs. An image is also displayed on the VGA port.
usb bulk 傳輸例程。
* The bulkusb driver is a generic function driver, based on the Windows Driver Model (WDM).
* Supports Plug and Play(PnP), Power Management(PM), Windows Management Instrumentation (WMI) and the Selective Suspend (SS) features.
* This sample is based off the selSusp DDK sample. Please refer the selSusp sample and the DDK docs to understand the handling of PnP, PM, WMI and SS features and implementations.
*
The USB device used for this sample is a generic Intel I82930 USB evaluation board programmed with a simple loopback test using a 64 KB circular buffer. None of the code in the sample is specific to this controller chip.
This application creates an USB HID (Human-Interface Device) keyboard on a host computer. Pressing any of the buttons on the board outputs characters or special keys on the host side
A section includes USB, thetouchscreen liquid crystal and so on rich peripheral device monolithicintegrated circuit development board schematic diagram
The source code example of ARM9 development board from Artila (M-501 starter kit). The source code can compile on linux or cygwin. find more information on
http://www.artila.com/p_matrix.html#m_501.
The P89LPC938 is a single-chip microcontroller, available in low cost packages, based on
a high performance processor architecture that executes instructions in two to four clocks,
six times the rate of standard 80C51 devices. Many system-level functions have been
incorporated into the P89LPC938 in order to reduce component count, board space, and
system cost.
This file contains board-specific information for the Motorola cpv3060
target board. Specifically, this file contains information on any BSP
interface changes from previous software or hardware versions, and
contains caveats that the user must be aware of before using this BSP.
Additionally, the target board s reference entry (i.e., cpv3060/target.nr)
provides board-specific information necessary to run VxWorks, and
should be read before this BSP is used.
This file contains board-specific information for the Motorola LoPEC in
support of the lopec BSP. Specifically, this file contains information on
any BSP interface changes from previous software or hardware versions, and
contains caveats that the user must be aware of before using this BSP.
Additionally, the target board s manual page entry (for example,
lopec/target.nr) provides board-specific information necessary to run
VxWorks, and should be read before this BSP is used.
VxWorks 6.6 BSP開發執導
This document describes, in general terms, the elements that make up a board
support package [BSP], the requirements for a VxWorks BSP, and the general
behavior of a BSP during the boot process. This document outlines the steps
needed to port an existing BSP to a new hardware platform or to write a new
VxWorks BSP for custom hardware using a reference BSP or template BSP as a
starting point. It provides hints and tips for debugging a BSP and solving common
BSP development problems. It also provides information on the BSP validation test
suite [BSP VTS] that is used to assess the functionality of a VxWorks BSP.
