def expand(r, c, end):
print('expand(%s,%s,%s)' % (r, c, end))
i0, t0 = r, table[r][c]
if not t0:
return t0
if c + 1 < ncols and (table[r][c + 1] or not c):
d = {}
keys = []
new_end = r + 1
for i in range(r + 1, end + 1):
t = table[i][c] if i < end else None
if t or i >= end:
# start,name,stop for each key
keys.append((i0, t0, new_end))
t0, i0 = t, i
new_end = i + 1
for i, key, new_end in keys:
nd = expand(i, c + 1, new_end)
d[key] = nd if key not in d else djoin(d.get(key), nd)
print('expand(%s to %s,%s): %s' % (r, end, c, d))
return d
else:
d = [table[i][c] for i in range(r, end)]
print('expand(%s to %s,%s): %s' % (r, end, c, d))
return d
def save(self):
self.getValues()
self.info('DictionaryEditor.save(%s(%s)): %s' %
(type(self.data), self.data, self.callback))
if self.callback:
self.callback(self.data)
elif self.dctmodel is None:
self.dctmodel = self.data
else: # Overwriting dctmodel
if isSequence(self.dctmodel):
while len(self.dctmodel):
self.dctmodel.pop(0)
self.dctmodel.extend(self.data)
elif isDictionary(self.dctmodel):
self.dctmodel.clear()
self.dctmodel = djoin(self.dctmodel, self.data)
return self.data