def doit():
a = pickle.load(open('dateeee.pydat','r'))
for key in a.keys():
print a[key]
inoutdict = {
'id':key,
'label':a[key]['LB'],
'TI':a[key]['get_title'],
'AB':a[key]['get_AB'],
'PY':a[key]['get_PY'],
'VL':a[key]['get_VL'],
'IS':a[key]['get_IS'],
'SP':a[key]['get_SP'],
'doc':a[key]['get_fulltext'],
'created_on':datetime.datetime.now(),
}
if type(a[key]['T2']) == type(10L):
inoutdict['T2'] = journal.objects.get(pk=a[key]['T2'])
try:
j1 = journalarticle(**inoutdict)
j1.save()
except:
continue
# create the authors
if len(a[key]['get_author']) > 0:
for au in a[key]['get_author']:
author = authors.objects.get(pk=au[0])
mpublication = publication.objects.get(pk=j1.id)
sequence = au[1]
aa = Authorship(author=author,publication=mpublication,sequence=sequence)
aa.save()
try:
# create the keywords
for kw in a[key]['get_KW']:
j1.KWS.add(kw)
j1.save()
except:
continue
print 1
def find_or_create_authorlist(inputstring,pb):
aulist = []
if ',' in inputstring:
strings = inputstring.split(',')
i = 1
for singlestr in strings:
au = find_or_create_author(singlestr)
au1 = Authorship(author=au,publication=pb,sequence=i)
au1.save()
aulist.append(au1)
i += 1
else:
au = find_or_create_author(inputstring)
au1 = Authorship(author=au,publication=pb,sequence=1)
au1.save()
aulist.append(au1)
return aulist
