c[name + '_uc'] = objectgenerator.FirstOfGroup(children=u)
c[name] = objectgenerator.FirstOfGroup(children=r)
_build('locale_day_names', dn)
_build('locale_day_abbrs', da)
_build('locale_month_names', mn)
_build('locale_month_abbrs', ma)
da = [s.lower() for s in da]
dn = [s.lower() for s in dn]
ma = [s.lower() for s in ma]
mn = [s.lower() for s in mn]
common.share(c)
class NameInterpreter:
offset = 1
def __init__(self, offset=1):
self.offset = offset
def __call__(self, info, buffer):
(tag, left, right, children) = info
value = buffer[left:right].lower()
for table in self.tables:
try:
return table.index(value) + self.offset
except ValueError:
def dieSize(self, (t,s1,s2,sub), buffer):
self.expr.dieSize = int(buffer[s1+1:s2])
def repeat(self, (t,s1,s2,sub), buffer):
self.expr.repeat = int(buffer[s1:s2])
def rollRepeat(self, (t,s1,s2,sub), buffer):
return disp.dispatchList(self, sub, buffer)
diceParser = parser.Parser(grammar, root="diceExpressionRoot")
def parseDice(s):
succ, children, end = diceParser.parse(s, processor=Processor())
if not succ or not end == len(s):
raise RuntimeError('%s is not a valid dice expression' % (s,))
return children[0]
# make productions exportable
c = {}
for name in ['diceExpression', 'dieModifier']:
c[ name ] = objectgenerator.LibraryElement(
generator = diceParser._generator,
production = name,
)
common.share( c )