Thanks for checking me on this guys. Ivan, I am getting the same print out
now... the runtime exception does indeed work. I realized I hadn't tested it
properly -- DERP.
the "print nuke.allNodes()" was just a quick test call I threw in there -- in
my code, I was actually running a block that included
"nuke.selectConnectedNodes()" -- that spits out an unbelievable amount of junk
when run on a script with "issues" -- any one know how to suppress all that
garbage when run via shell? We should be able to run that in "quiet" mode.
Ivan, can you confirm you're getting the same behavior with
nuke.selectConnectedNodes when running your "gizmos missing" script through
something like:
##### process2.py ##########
import nuke
import os
def main():
nk = os.path.abspath(sys.argv[1])
try:
nuke.scriptOpen(nk)
except RuntimeError:
print "A RuntimeError occurred: Ignoring..."
pass
# Moving on...
activeWrites = [ x['selected'].setValue(True) for x in
nuke.allNodes('Write') if not x['disable'].value() ]
if activeWrites:
nuke.selectConnectedNodes()
files = list(set([ x['file'].value() for x in
nuke.selectedNodes('Read') ]))
print "\n%s\n" % '\n'.join(files)
if __name__ == '__main__':
main()
######################
nuke -t process2.py missing_gizmos.nk
It may be that this behavior is just inherent with the
nuke.selectConnectedNdoes method -- the larger issue I'm looking to solve
(lot's of posts on this issue -- not sure what the latest conventional wisdom
is as of 2014)
Basically, I'd like to optimize selectConnectedNodes to be able to find out the
files *actually used* by the active (non-disabled) write nodes to replace a
"tree walker" which is very slow. Ultimately I'd like to implement a solution
OUTSIDE of nuke that just parses the script file however, the .nk file leaves
no clues (that I've found) that would suggest which Read nodes are actually
used in any of the script trees. Since a shell based parse doesn't seem to be
an option, and python seems overly slow, perhaps C++ is a better route to take?
Thanks again...
Cheers,
Jep
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