def warnExtra(warn, src, matchSyms=[], excludeSyms=[]):
if warn:
extras = src.getTaggedSymbols(1)
for i in extras:
if not Misc.symbolContainsListItem(i, matchSyms):
continue
if len(excludeSyms) > 0 and Misc.symbolContainsListItem(i, excludeSyms):
continue
warnMessage("Unused splice from input: "+i, False)
def warnMissing( symbols, insertions, warn, warnCommon, commonSuppressions, fatal, matchSyms=[], excludeSyms=[]):
if warn:
for i in symbols:
if not Misc.symbolContainsListItem(i, matchSyms):
continue
if len(excludeSyms) > 0 and Misc.symbolContainsListItem(i, excludeSyms):
continue
p = insertions.get(i, None)
if p == None and \
(warnCommon or not Misc.isCommon(i, commonSuppressions)):
msg = "No block or splice found for output symbol " + i
warnMessage(msg,fatal)
def findSplices(symbols, insertions, sf, verbose, methodMatch=False, oldtype="", newtype="", matchSyms=[], excludeSyms=[]):
""" find blocks from prepared src matching symbols
given and add them to the symbol keyed insertions list.
@param sf Source from which to splice.
@param methodMatch if True, then rename matches from sf are done for symbols,
taking symbol $oldtype.$method to match $newtype.$method. To insure
correct operation, oldtype, newtype should be fully qualified sidl names.
@param matchSyms if given is a list of symbols to match in target and ignore all others.
"""
checkMatchSym = (len(matchSyms) > 0)
if verbose:
print "findSplices: user match list=" , matchSyms
print "findSplices: user exclude list=", excludeSyms
if methodMatch:
print "fromType = ", oldtype, "toType = ", newtype
for j in symbols:
if excludeSyms and len(excludeSyms) > 0 and Misc.symbolContainsListItem(j, excludeSyms):
if verbose: print 'Matched excluded symbol, skipping: ' , j
continue
if checkMatchSym:
if not Misc.symbolContainsListItem(j, matchSyms):
if verbose:
print "No Match of " , j
continue
else:
if verbose:
print "Match of " , j
p = insertions.get(j, None)
if methodMatch:
jold = j.replace(newtype, oldtype)
else:
jold = j
ins = sf.getBlock(jold)
if ins != None:
if verbose:
print "found an insertion for " , j
if p != None:
# FIXME whine about duplicate.
pass
else:
if methodMatch:
# this is cleaner in some sense (readonly treatment) but messes up warning management
if False:
# make a new block from body of old and symbol of new.
insfixed = Block.Block()
oldlines = ins.getLines()
newbegin=oldlines[0].replace(oldtype, newtype)
newend=oldlines[len(oldlines)-1].replace(oldtype, newtype)
newlines = [newbegin] + oldlines[1:len(oldlines)-2] + [newend ]
insfixed.init(ins.key(), newlines, ins.source(), ins.start() )
insertions[j] = insfixed
if verbose:
print "it is len " , len(newlines)
else:
# modify in place
oldlines = ins.getLines()
newbegin=oldlines[0].replace(oldtype, newtype)
newend=oldlines[len(oldlines)-1].replace(oldtype, newtype)
oldlines[0] = newbegin
oldlines[len(oldlines)-1] = newend
insertions[j] = ins
else:
# transfer from sf to insertions
insertions[j] = ins