There's an early version of the Assembly Language Debugger, which is designed to work with assembly code, and is portable enough to run on Linux and *BSD. It is already functional and should be the right choice, check it out! You can also try gdb ;). Although it is source-level debugger, it can be used to debug pure assembly code, and with some trickery you can make gdb to do what you need (unfortunately, nasm '-g' switch does not generate proper debug info for gdb; this is nasm bug, I think).

More site specific. gdb is the command line debugger for C and C++ programs, and you might have ddd, which is a gui-interface for this. Read the banners and h is for help. The Java IDE should support debugging, otherwise think about print statements.

Roughly speaking, you need to start R inside the debugger, load the code, send an interrupt, and then set the required breakpoints. Next: How can I change compilation flags?, Previous: How can I debug dynamically loaded code?, Up: R Programming

AbiWord normally runs from a wrapper script that makes changes to your Unix environment and X server font path before starting the executable. If you want to run AbiWord in a debugger, you'll need to do these things manually first--these things are actually very simple. This archived mailing list message will explain how to get started debugging AbiWord using a debugger like gdb.

Generic directions are under the Subversion link on the inkscape sourceforge page. Note, however, that the command given on the sourceforge page will check out all modules of the Inkscape project and all branches of those modules. To only check out the latest copy of the main branch (also called "trunk") of the Inkscape program, do:svn checkout https://inkscape.svn.sourceforge.

Yes. Using EmTOS you can compile TinyOS applications so that TinyOS runs as a process in EmStar, and thus can participate in EmStar simulations, alongside other simulated Motes or EmStar Microservers.

assembly is sometimes described as a logical .EXE or .DLL, and can be an application (with a main entry point) or a library. An assembly consists of one or more files (dlls, exes, html files etc), and represents a group of resources, type definitions, and implementations of those types. An assembly may also contain references to other assemblies. These resources, types and references are described in a block of data called a manifest.

There are two kernels to consider. The new code is already in the development Linux Kernel. It was introduced in 2.5.11. The stable Linux Kernel, currently 2.4.20, still has the old driver. We are happy with the state of the code, but we still have to convince the Kernel Gods that it's good.

Porting Guide for the CDC and the Foundation Profile from SUN has a chapter on "C Debugging with GDB".

Debugging LabWindows/CVI code modules is allowed for steps that use the C/CVI Standard Prototype Adapter. The code modules can be either source code or DLLs with the debugging option enabled. To debug LabWindows/CVI code, you must first configure the LabWindows/CVI Standard Prototype Adapter to execute the code module in an external LabWindows/CVI process. In the Sequence Editor, select Configure » Adapters » C/CVI Standard Prototype.

You will need a suitable version of gdb: we normally use that from the Cygwin distribution. Debugging under Windows is often a fraught process, and sometimes does not work at all. If all you need is a just-in-time debugger to catch crashes, consider Dr. Mingw from the mingw-utils bundle on http://www.mingw.org (see also http://jrfonseca.dyndns.org/projects/gnu-win32/software/drmingw/).

Use device emulation for debugging (breakpoints, stepping, printfs), but make sure to keep checking that your program runs correctly on the device too as you add more code. This is to catch issues ñ before they become buried into too much code ñ that are hard or impossible to catch in device emulation mode. The two most frequent ones are: See Section "Debugging using the Device Emulation Mode" from the programming guide for more details.

Debugging uClinux application is the same as debugging Linux application. We can use printk() to print out kernel information; use GDB to debug applications; or use KGDB to debug the kernel or drivers.

Set IP address for Syslog Daemon to the IP address of the machine running syslogd. Select Submit Query Set minimum priority for syslog daemon to the desired level of logging. The lower the number next to the option the more information you get. Verbose is quite verbose. Debug is also probably more logging than you want. Select submit query. If you want the messages to go into a separate file called local1-local7 then you set the Unix Facility.

The simplest way to produce an assembly is directly from a .NET compiler. For example, the following C# program: public class CTest { public CTest() { System.Console.WriteLine( "Hello from CTest" ); } } You can then view the contents of the assembly by running the "IL Disassembler" tool that comes with the .NET SDK. Alternatively you can compile your source into modules, and then combine the modules into an assembly using the assembly linker (al.exe).

lt;li>Run the same query appending: ?errcheck=1&nocache=1<br>errcheck=1 will activate checks in a few places to make sure assumptions the code is making are valid. Sometimes this helps. It also occasional generates false warnings, especially about trying to pack invalid ids. lt;br>This will cause lots of debugging info to be reported, if the problem is with {..

Put your control on a from in VS.NET Start a 2nd Vs.Net Choose the Debug menu >> Processes ... Double click "devenv.exe" and choose "Common Language Runtime" as the types of debugging Open your code file, set your breakpoint, and you're debugging. Posted by Shawn Burke of MSFT in microsoft.public.dotnet.framework.windowsforms.

You can use the "-debug" and "-trace" options. You can have a look at the caesar.adt man page for more details.

To get an embedded only graph to run it is necessary to select one of the boxes in the graph and turn on the Options->Sink menu toggle. This is easy to overlook, and it is confusing that the graph does not run.

In IE go to Tools/Internet Options.../Advanced Tab and clear the "Disable Script Debugging" check box options. In VS.Net in your project properties dialog, select "Debugging" under "Configuration Properties" and make sure that "Enable ASP.Net Debugging" is turned on. You can then set break points in script code in VS.Net in custom script files or the application aspx file. VS.Net should give you detailed debugging information for variables in the scope just like other high-level languages.

FarsiWeb provides the source code to the packages in Sharif Linux 2. If you want a copy of the source code, please email us at sales@farsiweb.info and provide the postal address to which we should send you the source code. Attach the file on the Sharif Linux CDs called GPL-offer.txt to the email, or include it in the body of your message. Note: You should pay the cost of the postal or the courier service.

New architectures are implemented. This is usually OK, because the code that is specific to each architecture is (in theory, at least) separate from the others. Common code doesn't grow. New drivers are implemented. Again, this is OK, because each driver has different source files, and those are selectively compiled in the kernel executable or built as modules according to the specified kernel configuration. Old code gets adequately documented.

Yes, clause 4 allows you to do this. You can include it with other software packages, and you can also charge a small fee for distributing the media upon which that software distribution is stored (for example, a CD-ROM). Clause 3 says that the software itself is not for sale, so you can only sell the container, not the contents.

Directions are under the CVS link on the GOPchop sourceforge page. cvs -d:pserver:anonymous@cvs.sourceforge.net:/cvsroot/gopchop login cvs -z3 -d:pserver:anonymous@cvs.sourceforge.net:/cvsroot/gopchop co gopchop

There are two kernels to consider. The new code is already in the development Linux Kernel. It was introduced in 2.5.11. The stable Linux Kernel, currently 2.4.20, still has the old driver. We are happy with the state of the code, but we still have to convince the Kernel Gods that it's good. Until it is incorporated, we will make frequent releases in patch form.