def addsequence(element):
tag, elements = element
tag = hextag(tag)
for element in elements:
if type(element) == long:
addtosba(tag, element)
elif type(element) == str:
if element == mm:
print >> sys.stderr, "macro", mm, "includes itself"
continue
for element in expand(element):
addtosba(tag, element)
else:
addtosba(tag, element[0])
addsequence(element)
def addsequence(element):
tag,elements=element
tag=hextag(tag)
for element in elements:
if type(element)==long:
addtosba(tag,element)
elif type(element)==str:
if element==mm:
print >> sys.stderr, "macro",mm,"includes itself"
continue
for element in expand(element):
addtosba(tag,element)
else:
addtosba(tag,element[0])
addsequence(element)
if element==mm:
print >> sys.stderr, "macro",mm,"includes itself"
continue
for element in expand(element):
addtosba(tag,element)
else:
addtosba(tag,element[0])
addsequence(element)
sequencesbyattribute={}
for chapter,table,elements in modulemacros.values():
for element in elements:
if type(element) in (long,str):
continue
addsequence(element)
print "# list of possible sequences an attribute can occur within by attribute"
print "sequencesbyattribute={"
for tag,sqlist in sequencesbyattribute.items():
reprlist='['
for item in sqlist:
reprlist+=item+', '
reprlist=reprlist[:-2]+']'
print '# '+keyword_for_tag(tag)
print hextag(tag)+': ',reprlist+','
print "}"
print >> sys.stderr, "macro", mm, "includes itself"
continue
for element in expand(element):
addtosba(tag, element)
else:
addtosba(tag, element[0])
addsequence(element)
sequencesbyattribute = {}
for chapter, table, elements in modulemacros.values():
for element in elements:
if type(element) in (long, str):
continue
addsequence(element)
print "# list of possible sequences an attribute can occur within by attribute"
print "sequencesbyattribute={"
for tag, sqlist in sequencesbyattribute.items():
reprlist = '['
for item in sqlist:
reprlist += item + ', '
reprlist = reprlist[:-2] + ']'
print '# ' + keyword_for_tag(tag)
print hextag(tag) + ': ', reprlist + ','
print "}"
# met:
#
# * Redistributions of source code must retain the above copyright notice,
# this list of conditions and the following disclaimer.
#
# * Redistributions in binary form must reproduce the above copyright notice,
# this list of conditions and the following disclaimer in the documentation
# and/or other materials provided with the distribution.
#
# * Neither name of Mathieu Malaterre, or CREATIS, nor the names of any
# contributors (CNRS, INSERM, UCB, Universite Lyon I), may be used to
# endorse or promote products derived from this software without specific
# prior written permission.
#
"""
print "datadict={"
for tag,value in datadict.items():
tag=hextag(tag)
print tag+": "+repr(value)+","
print """}
def keyword_for_tag(tag):
tag=long(tag)
if tag in datadict:
return datadict[tag][4]
return ''
"""
for module, usage in modules:
for attribute in expand(module):
if attribute in iesbyattribute:
if ie not in iesbyattribute[attribute][None]:
iesbyattribute[attribute][None].append(ie)
if iod in iesbyattribute[attribute]:
if ie not in iesbyattribute[attribute][iod]:
iesbyattribute[attribute][iod].append(ie)
else:
iesbyattribute[attribute][iod] = [ie]
else:
iesbyattribute[attribute] = {None: [ie], iod: [ie]}
print "# list of possible IEs for an attribute by attribute and IOD name"
print "# (2-dimensional dictionary)"
print "# The key None for the IOD yields all possible IEs for the attribute"
print "# regardless of IOD context"
print "iesbyattribute={"
for tag, iedict in iesbyattribute.items():
print '# ' + keyword_for_tag(tag)
print hextag(tag) + ': {'
for key, value in iedict.items():
print ' ' + repr(key) + ': ' + repr(value) + ','
if key != None and len(value) > 1:
print >> sys.stderr, "tag", hextag(
tag), "not unique in", key, ":", value
print '},'
print "}"
for ie,modules in ioddict.items():
for module,usage in modules:
for attribute in expand(module):
if attribute in iesbyattribute:
if ie not in iesbyattribute[attribute][None]:
iesbyattribute[attribute][None].append(ie)
if iod in iesbyattribute[attribute]:
if ie not in iesbyattribute[attribute][iod]:
iesbyattribute[attribute][iod].append(ie)
else:
iesbyattribute[attribute][iod]=[ie]
else:
iesbyattribute[attribute]={None:[ie],iod:[ie]}
print "# list of possible IEs for an attribute by attribute and IOD name"
print "# (2-dimensional dictionary)"
print "# The key None for the IOD yields all possible IEs for the attribute"
print "# regardless of IOD context"
print "iesbyattribute={"
for tag,iedict in iesbyattribute.items():
print '# '+keyword_for_tag(tag)
print hextag(tag)+': {'
for key,value in iedict.items():
print ' '+repr(key)+': '+repr(value)+','
if key!=None and len(value) > 1:
print >> sys.stderr,"tag",hextag(tag),"not unique in",key,":",value
print '},'
print "}"