def readrow(self,row):
if self._alt:
md = altfmt.read(('metadata','value'),row,False)
if md is not None:
if md[0] not in self._metadata:
self._metadata[md[0]] = []
self._metadata[md[0]].append(md[1])
return None
row = altfmt.read(('course','type','who','what','when','where','merge'),row)
out = row[0:7]
if len(row) > 8:
for (i,md) in enumerate(row[8:]):
self._metadata[self._mk[i]].append(md)
self._first = False
return out
def readrow(self, row):
if self._alt:
md = altfmt.read(('metadata', 'value'), row, False)
if md is not None:
if md[0] not in self._metadata:
self._metadata[md[0]] = []
self._metadata[md[0]].append(md[1])
return None
row = altfmt.read(
('course', 'type', 'who', 'what', 'when', 'where', 'merge'),
row)
out = row[0:7]
if len(row) > 8:
for (i, md) in enumerate(row[8:]):
self._metadata[self._mk[i]].append(md)
self._first = False
return out
def readhead(self):
if self._alt:
out = altfmt.read(("id","name","org","location"),self._reader.next())
else:
out = self._reader.next()[0:4]
self._reader.next()
for kss in self._reader.next()[8:]:
k = self._to_key(kss)
self._mk.append(k)
self._metadata[k] = []
return out
def readhead(self):
if self._alt:
out = altfmt.read(("id", "name", "org", "location"),
self._reader.next())
else:
out = self._reader.next()[0:4]
self._reader.next()
for kss in self._reader.next()[8:]:
k = self._to_key(kss)
self._mk.append(k)
self._metadata[k] = []
return out
