a3load is 8051 firmware that can be used for uploading or downloading
to EZ-USB RAM (internal or EXTERNAL). It implements the vendor specific
command bRequest = 0xA3. The address to download/upload to/from is
specified in the wValue field of the SETUP packet and the length of
the transfer in the wLength field. The actual upload/download data
is transferred during the DATA stage of the SETUP transfer. This firmware
will function on all EZ-USB chips (EZ-USB, EZ-USB FX, FX2, FX2LP, FX1).
This document describes the MPI and MPI standards They are both extensions
to the MPI standard The MPI part of the document contains clarications and
corrections to the MPI standard and denes MPI The MPI part of the document
describes additions to the MPI standard and denes MPI These include miscellaneous
topics process creation and management onesided communications extended collective
operations EXTERNAL interfaces IO and additional language bindings
Metalog is a modern replacement for syslogd and klogd. The logged messages
can be dispatched according to their facility, urgency, program name and/or
Perl-compatible regular expressions. Log files can be automatically rotated
when they exceed a certain size or age. EXTERNAL shell scripts (e.g., mail)
can be launched when specific patterns are found.
Metalog is easier to configure than syslogd and syslog-ng, accepts unlimited
number of rules and has (switchable) memory bufferization for maximal
performance.
驅(qū)動開發(fā)向?qū)?
I came across an article QuickSYS which implements an NT driver framework. That article demonstrates a MFC application that gets a project name as a parameter and creates Visual C++ workspace with NT driver framework. I decided to copy the NT driver framework source and to put it in the Visual Studio project wizard as seen above. This is simpler rather than running an EXTERNAL executable application that generates the code for you.
This program provides an example of how to configure the C8051F02x device
to operate from an EXTERNAL 22.1184MHz crystal attached to the XTAL1 andXTAL2 pins. Also enables Missing Clock Detector.
This paper addresses the issues relating to the
enforcement of robust stability when implementing the Adaptive
Inverse Control (AIC) scheme. In this scheme, an adaptive
FIR filter is added to a closed-loop system in order to
reduce the output error caused by EXTERNAL disturbances,
enhancing the performance achieved by linear time-invariant
controllers alone.
This a collection of sample processes that provide examples ranging from
how to use a particular BPEL activity such as pick or scope, to more complex
examples of processes that invoke EXTERNAL Web services or show techniques
such as handling multiple start messages.
