def compose(self, args, optargs):
if self.bracket_operator:
if needs_wrap(self._args[0]):
args[0] = T('r.expr(', args[0], ')')
return T(args[0], '[', args[1], ':', args[2], ']')
else:
return RqlBracketQuery.compose(self, args, optargs)
def compose(self, args, optargs):
if self.bracket_operator:
if needs_wrap(self._args[0]):
args[0] = T('r.expr(', args[0], ')')
return T(args[0], '[', T(*args[1:], intsp=[',']), ']')
else:
return RqlMethodQuery.compose(self, args, optargs)
def compose(self, args, optargs):
t_args = [
T('r.expr(', args[i], ')')
if needs_wrap(self._args[i]) else args[i]
for i in xrange(len(args))
]
return T('(', T(*t_args, intsp=[' ', self.st, ' ']), ')')
def compose(self, args, optargs):
return T(
'lambda ',
T(*[
v.compose([v._args[0].compose(None, None)], [])
for v in self.vrs
],
intsp=', '), ': ', args[1])
def compose(self, args, optargs):
t_args = [T('r.expr(', args[i], ')')
if needs_wrap(self._args[i]) else args[i]
for i in xrange(len(args))]
if self.infix:
return T('(', T(*t_args, intsp=[' ', self.statement_infix, ' ']), ')')
else:
return T('r.', self.statement, '(', T(*t_args, intsp=', '), ')')
def compose(self, args, optargs):
if len(args) != 2:
return T('r.do(', T(T(*(args[1:]), intsp=', '), args[0],
intsp=', '), ')')
if isinstance(self._args[1], Datum):
args[1] = T('r.expr(', args[1], ')')
return T(args[1], '.do(', args[0], ')')
def compose(self, args, optargs):
if len(args) == 0:
return T('r.', self.statement, '()')
if needs_wrap(self._args[0]):
args[0] = T('r.expr(', args[0], ')')
restargs = args[1:]
restargs.extend([T(k, '=', v) for k, v in dict_items(optargs)])
restargs = T(*restargs, intsp=', ')
return T(args[0], '.', self.statement, '(', restargs, ')')
def compose(self, args, optargs):
if isinstance(self._args[0], Datum):
args[0] = T('r.expr(', args[0], ')')
return T('(~', args[0], ')')
def compose(self, args, optargs):
return T('r.expr({', T(*[T(repr(key), ': ', value)
for key, value in dict_items(optargs)],
intsp=', '), '})')
def compose(self, args, optargs):
return T('[', T(*args, intsp=', '), ']')
def compose(self, args, optargs):
args.extend([T(key, '=', value) for key, value in dict_items(optargs)])
return T('r.', self.statement, '(', T(*(args), intsp=', '), ')')
def compose(self, args, optargs):
if len(self._args) == 0:
return T('r.', self.statement, '(bytes(<data>))')
else:
return RqlTopLevelQuery.compose(self, args, optargs)
def compose(self, args, optargs):
args.extend([T(k, '=', v) for k, v in dict_items(optargs)])
if isinstance(self._args[0], DB):
return T(args[0], '.table(', T(*(args[1:]), intsp=', '), ')')
else:
return T('r.table(', T(*(args), intsp=', '), ')')
def compose(self, args, optargs):
args.extend([T(k, '=', v) for k, v in dict_items(optargs)])
return T('r.', self.st, '(', T(*(args), intsp=', '), ')')
