This software package contains the USB framework core developped by ATMEL,
as well as a CDC driver for an USB to serial converter.
The following files are included :
- core/
-> Source code for the framework core
-> Makefile for the core
- cdc/
-> Source code for the CDC driver
-> Makefile for the CDC driver
- lib/
-> Lib v3 files for every supported chips
- bin/
-> Compiled binaries for every supported chips
- ./
-> Makefile for the framework
-> Startup file
This software package contains the USB framework core developped by ATMEL,
as well as two HID drivers for a mouse and a keyboard.
The following files are included :
- core/
-> Source code for the framework core
-> Makefile for the core
- hid/
-> Source code for the HID drivers
-> Makefile for the HID drivers
- lib/
-> Lib v3 files for every supported chips
- bin/
-> Compiled binaries for every supported chips
- ./
-> Makefile for the framework
-> Startup file
This software package contains the USB framework core developped by ATMEL,
as well as a Mass storage driver. The MSD driver uses the internal flash
of the chip to operate as a disk-on-key.
The following files are included :
- core/
-> Source code for the framework core
-> Makefile for the core
- msd/
-> Source code for the Mass Storage driver
-> Makefile for the MSD driver
- bin/
-> Compiled binaries for every supported chips
- lib/
-> Lib v3 files for every supported chips
- ./
-> Makefile for the framework
-> Startup file
This taglib contains tags used to create struts input forms, as well as other tags generally useful in the creation of HTML-based user interfaces.
Many of the tags in this tag library will throw a JspException at runtime when they are utilized incorrectly (such as when you specify an invalid combination of tag attributes). JSP allows you to declare an "error page" in the <％@ page ％> directive. If you wish to process the actual exception that caused the problem, it is passed to the error page as a request attribute under key org.apache.struts.action.EXCEPTION.
The Software Engineering Institute’s (SEI) Capability Maturity Model (CMM) provides a well-known benchmark of software
process maturity. The CMM has become a popular vehicle for assessing the maturity of an organization’s software process in
many domains. This white paper describes how the Rational Unified Process can support an organization that is trying to
achieve CMM Level-2, Repeatable, and Level-3, Defined, software process maturity levels.
