I've put together an alternative, pared down approach to doing python debugging inside emacs - pdbtrack: http://www.zope.org/Wikis/klm/PDBTrack Once loaded, pdbtrack watches your (comint) process interaction buffers for the pdb stacktrace. When it sees it, and can find the file containing the current stacktrace focus, it pops the file up in a separate emacs buffer, centered on the current debug line. This way you continue to interact with pdb, stepping into and out of functions, moving up and down stack frames, anything that changes focus - and emacs displays the right place in the source in a companion buffer. Of course, pdbtrack works just fine with the zope interactive debugger (reachable, for example, via: % cd $SOFTWARE_HOME/lib/python % python
import Zope; app = Zope.app() Zope.debug('Zope.app().whatever', d=1) [debug...]
) The big difference between pdbtrack.el and pdb.el is that you don't need to start your debugging session in a GUD (Grand Unified Debugger) buffer. I often have to arrange a lot of state in the interpreter before i can jump into debugging. This generally defeats switching to a GUD session, with its separate process - while pdbtrack just jumps in whenever i go into the python debugger, within the accumulated context. pdbtrack lacks a number of things that GUD does have. It doesn't highlight the current source line other than centering it in the source buffer, and it doesn't provide nicities like stepping and setting breakpoints from within the source buffer. However, pdbtrack is much much more lightweight than gud - and it might be interesting to see about providing some of the gud features, like debug keybindings in the source file buffers involved in the debug session, with this more open, decentralized model. In the meanwhile, pdbtrack goes a long way towards doing what i want - i hope it's useful to others. I've submitted an entry for vaults of parnassus, not sure how long it takes to show. To repeat from above, you can find it at: http://www.zope.org/Wikis/klm/PDBTrack Ken Manheimer klm@digicool.com