def pad(self, rows):
'''
Pad a series of column values for aligned display.
'''
widths = []
for i in range(len(rows[0])):
widths.append(max([len(r[i]) for r in rows]))
retn = []
for row in rows:
retn.append([r.rjust(size) for r, size in s_common.iterzip(row, widths)])
return retn
def _norm_list(self, valu, oldval=None):
opts = {}
subs = {}
retn = []
vlen = len(valu)
if vlen < self.fsize:
self._raiseBadValu(valu,
mesg='Expected %d fields and got %d' %
(self.fsize, len(valu)))
for k, v in valu[self.fsize:]:
opts[k] = v
vals = valu[:self.fsize]
for v, (name, tname) in s_common.iterzip(vals, self.fields):
# FIXME - this if/else is a artifact of typelib/datamodel separation
if self.prop:
if self.tlib.isTufoProp(tname):
norm, ssubs = self._getPropNorm(tname, v)
else:
norm, ssubs = self.tlib.getTypeNorm(tname, v)
else:
norm, ssubs = self.tlib.getTypeNorm(tname, v)
subs[name] = norm
for subkey, subval in ssubs.items():
subs[name + ':' + subkey] = subval
retn.append(norm)
for name, tname in self.optfields:
v = opts.get(name)
if v is None:
continue
norm, ssubs = self.tlib.getTypeNorm(tname, v)
subs[name] = norm
for subkey, subval in ssubs.items():
subs[name + ':' + subkey] = subval
retn.append((name, norm))
return s_common.guid(retn), subs
def _norm_fields(self, valu):
fields = self._get_fields()
if len(valu) != len(fields):
self._raiseBadValu(valu, mesg='field count != %d' % (len(fields),))
vals = []
subs = {}
for valu, (name, item) in s_common.iterzip(valu, fields):
norm, fubs = item.norm(valu)
vals.append(norm)
subs[name] = norm
for fubk, fubv in fubs.items():
subs[name + ':' + fubk] = fubv
return vals, subs
def _zipvals(self, vals):
return s_common.iterzip(vals, self._get_fields())
