You can use windbg (in Debugging Tools for Windows) to debug sanos. It can be downloaded from Microsoft. You need a null modem cable between you target system (running sanos) and you development system (running Windows). Build sanos in debug configuration and install it on the target system. To use the remote debugger you need the remote debugging gateway (dbggw.exe). This tool can be found in the sanos tools directory. You can find the source code for dbggw in the utils directory.

The environment for all virtual hosting plans at uplinkearth is considered to be "production". We expect that your code has been debugged prior to uploading to your virtual server. While we recognize that matching our server environment to your development environment may not be 100% possible, we do expect that most of your code is already production quality and does not require low level debugging facilities.

Yes. By starting OC4J using a JVM executing in debug mode it is possible to remotely debug Servlet code as it executes. To debug applications running on OC4J you must supply the standard JVM debug properties when starting the JVM. java -classic -Xdebug -Xnoagent -Djava.compiler=NONE -Xrunjdwp:transport=dt_socket,server=y,suspend=n,address=8000 -jar orion.

Sanos is a small 32-bit x86 operating system kernel for jbox appliances. A jbox is a JavaOS server appliance running on standard PC hardware. This enables you to run java server applications without the need to install a host operating system. Only a standard Java HotSpot VM and the sanos kernel are needed. The kernel was developed as part of an experiment on investigating the feasibility of running java server applications without a traditional host operating system only using a simple kernel.

Though this site specifically refers to setting up for ASP.NET remote debugging, it contains much useful remote debugging information:

Spartan-3 Configuration - JTAG configuration completes successfully, but the device is not fully operational or a verify fails

Microsoft has made their Visual C++ compiler available for free. It can be downloaded from Microsoft. You can use this compiler to build sanos. The sanos source distribution contains a Makefile which can be used to build sanos using the Visual C++ Toolkit 2003. However, some necessary tools are missing. The following files are missing: All tools but the MASM assembler (ml.exe) can be obtain freely from the Microsoft Platform SDK February 2003. MASM can be obtained from the Visual C++ 6.

To enable remote debugging on Microsoft?? Windows?? XP SP2 platforms, the Internet Connection Firewall (ICF) must be configured as follows: If ICF is in Shielded mode, you will need to perform appropriate actions so that it is no longer in Shielded mode. If ICF is on, a few ports need to be opened and permissions must be granted to Microsoft?? Visual Studio?? and other executables that are involved in the remote debugging.

The ''terminal monitor'' command directs your cisco to send debugging output to the current session. It's necessary to turn this on each time you telnet to your router to view debugging information. After that, you must specify the specific types of debugging you wish to turn on; please note that these stay on or off until changed, or until the router reboots, so remember to turn them off when you're done.

To enable debugging messages at run time, set the PAPI_DEBUG environment variable to one or more of the following with any character as a separator.

The remote cable RM-CB1 can be connected to the power battery holder HLD-3. The RM-CB1 remote cable cannot be connected to the camera body directly.

The Music Player does not provide any IR inputs. However, it is possible to provide IR control of a Music Player indirectly through an external control system such as those offered by Crestron or AMX.

you can define different local and remote editors from within Waffle, so it's simple. The STATUS command does not let you edit your local editor, however; you have to ADMIN T <you>. Prior to 1.65, you should modify /waffle/extern/_editors to run a batch file which gets passed the baud rate, and decides based on that whether to run a local or remote editor.

If you use CUTV with a computer, there is no remote. The Windows player is navigated using your mouse and/or keyboard.

ups has probably encountered some syntax in a library that it can't deal with. A work-around is to not load symbols for such libraries. Set the environment variable VERBOSE to 1 and start ups again. It should list the library that caused the crash. Then put a noload statement for this library in your ~/.upsinit file, for example:

The sanos kernel runs on standard PC hardware. For a list of supported hardware see here. Hopefully, it will work on any standard PC. For now sanos does not support SCSI disks, so it only runs on machines with IDE disks. Network drivers are another problem. You can use sanos without network, but in most cases, a network server appliance is no good without network support. The most common network cards are supported by sanos, but there are many different types of network boards.

No. There is a native sanos API. You can develop applications in C using Microsoft Visual Studio. The native sanos API resembles the standard POSIX Unix API, with functions like open(), close() etc. There is also an implementation of the ANSI Standard C library routines. See here for a brief guide to building a simple hello world application in C for sanos.

Most of the source code for sanos is under a BSD license. However, some of the network drivers, which have been ported from Linux, are under a GNU public license. The sanos kernel supports dual licensing mode. Because the BSD license is GPL compatible, BSD code can be re-licensed under GPL without problems. This means that the kernel as a whole can be re-licensed under GPL. If you re-license the kernel under GPL you must comply with the GPL conditions, including source code availability etc.

Yes. You can use multiple remotes to run the same engine. The last command given from any remote takes precedence in this case. You could also opt to control your DCS engines and TMCC? engines on the same layout, each controlled by its own respective remote; their signals will not interfere with each other. The DCS remote will also address Z-4000 remote receivers directly, giving you another option for your operations.

Good try, but NO! It would not only control your robot but the other team's as well. It also violates the AUTONOMY rule and the spirit of FLL. A remote has benefits during testing in the pit area, but should be left there. Do not even bring it into the competition area. Remotes make referees very nervous. Nervous referees may confiscate the remote for the rest of the competition. No. You cannot come to the table with your own team's objects all built into a container and use that instead.

Our QMP-M1RN-TR and QMP-MI Monopoints allow the use of a remote low voltage transformer. The Multipoints all have integral electronic low voltage transformers.

Yes. The system can be used for many applications. The system will keep track of all moisture and temperature readings (as well as watering times). This information can be accessed through an Excel spreadsheet for analysis if desired.

Well often you can, but you will rarely be as happy with a universal as with the original. Universal remotes have a very poor track record for working all the features of particular brands. They are generally designed for main stream sets that don't have many features. They usually do poor with TV/VCR combo's or VCR's because they will rarely operate the menus. When using a universal the best advice is the get a universal that is made by the manufacturer of the set you want to operate. I.E.

For the basic principles read the paper titled "Programmable appliance controls" available on my publications page. Sorry, I can not help you. I obtained the details for accessing the HP-100LX ports under a non disclosure agreement from HP; I do not have any information for other computers. To obtain the information for programming the HP-100LX contact Hewlett Packard and ask for the software development kit. Yes; no; no; no; no. Sorry if I sound negative.

MBSA requires NetBIOS access to the Server service and to the Workstation service on the remote computer. If the remote computer is running Microsoft Windows 2000 or a later version of Windows, MBSA also requires NetBIOS access to the Remote Registry service. The Server service is installed when you enable the File and Print Sharing option on the computer.

First you must install Remote Desktop Web Connection. The Installing Remote Desktop Web Connection in Windows XP (Q284931) step-by-step article shows you how. You use the Remote Desktop Web Connection the same way you use the standard Remote Desktop Connection application. You enter in the blank field the name of the remote computer you want to connect to and then press the connect button.

The remote camera function allows you to see other areas of the system without physically flying your ship. Only areas visible to your team will be visible on the camera, however. Thus, if an enemy ship is not within sensor range of you or a friendly ship or planet, you will not be able to target or camera them. However, if an enemy ship is within range of your sensors, you can zoom in on them with the camera and see better what they are doing. To use, target an object and hit the C key.

Upon starting a session you can request to view and control the customer's computer screen. Alternatively, you can start a session and request remote control of the guest machine during the session. In order to do so, click on the icon and choose Request Remote Control. You can also give your customer remotel control of your computer. Yes. When you start or join a session, Beam2Support establishes one or several secure connections with a Beam2Support server.