def ask(code, _fast=None):
with ProgramContext():
tree = ast.parse(code, 'ask', 'eval')
tree = _transform_ast().visit(tree)
code = compile(tree, 'ask', 'eval')
newglobals = {}
add_symbols(code.co_names, newglobals)
parsed_code = eval(code, newglobals)
parsed_code = parsed_code.literal() if isinstance(parsed_code, Body) else parsed_code
return pyEngine.toAnswer(parsed_code.lua, parsed_code.lua.ask(_fast))
def ask(code, _fast=None):
with ProgramContext():
tree = ast.parse(code, 'ask', 'eval')
tree = _transform_ast().visit(tree)
code = compile(tree, 'ask', 'eval')
newglobals = {}
add_symbols(code.co_names, newglobals)
parsed_code = eval(code, newglobals)
parsed_code = parsed_code.literal() if isinstance(
parsed_code, Body) else parsed_code
return pyEngine.toAnswer(parsed_code.lua, parsed_code.lua.ask(_fast))
def __call__ (self, *args, **kwargs):
""" called when compiling p(args) """
"time to create a literal !"
if self._pyD_name == 'ask':
if 1<len(args):
raise RuntimeError('Too many arguments for ask !')
fast = kwargs['_fast'] if '_fast' in list(kwargs.keys()) else False
literal = args[0] if not isinstance(args[0], Body) else args[0].literal()
return pyEngine.toAnswer(literal.lua, literal.lua.ask(fast))
elif self._pyD_name == '_sum':
if isinstance(args[0], VarSymbol):
return Sum_aggregate(args[0], for_each=kwargs.get('for_each', kwargs.get('key', [])))
else:
return sum(args)
elif self._pyD_name == 'concat':
return Concat_aggregate(args[0], order_by=kwargs.get('order_by',kwargs.get('key', [])), sep=kwargs['sep'])
elif self._pyD_name == '_min':
if isinstance(args[0], VarSymbol):
return Min_aggregate(args[0], order_by=kwargs.get('order_by',kwargs.get('key', [])),)
else:
return min(args)
elif self._pyD_name == '_max':
if isinstance(args[0], VarSymbol):
return Max_aggregate(args[0], order_by=kwargs.get('order_by',kwargs.get('key', [])),)
else:
return max(args)
elif self._pyD_name == 'rank':
return Rank_aggregate(None, for_each=kwargs.get('for_each', []), order_by=kwargs.get('order_by', []))
elif self._pyD_name == 'running_sum':
return Running_sum(args[0], for_each=kwargs.get('for_each', []), order_by=kwargs.get('order_by', []))
elif self._pyD_name == '_len':
if isinstance(args[0], VarSymbol):
return Len_aggregate(args[0])
else:
return len(args[0])
else:
new_args, pre_calculations = [], Body()
for arg in args:
if isinstance(arg, (Operation, Function, Lambda)):
Y = Function.newSymbol()
new_args.append(Y)
pre_calculations = pre_calculations & (Y == arg)
else:
new_args.append(arg)
literal = Literal.make(self._pyD_name, tuple(new_args))
literal.pre_calculations = pre_calculations
return literal
def __call__(self, *args, **kwargs):
""" called when compiling p(args) """
"time to create a literal !"
if self._pyD_name == 'ask':
if 1 < len(args):
raise RuntimeError('Too many arguments for ask !')
fast = kwargs['_fast'] if '_fast' in list(kwargs.keys()) else False
literal = args[0] if not isinstance(args[0],
Body) else args[0].literal()
return pyEngine.toAnswer(literal.lua, literal.lua.ask(fast))
elif self._pyD_name == '_sum':
if isinstance(args[0], VarSymbol):
return Sum_aggregate(args[0],
for_each=kwargs.get(
'for_each', kwargs.get('key', [])))
else:
return sum(args)
elif self._pyD_name == 'concat':
return Concat_aggregate(args[0],
order_by=kwargs.get(
'order_by', kwargs.get('key', [])),
sep=kwargs['sep'])
elif self._pyD_name == '_min':
if isinstance(args[0], VarSymbol):
return Min_aggregate(
args[0],
order_by=kwargs.get('order_by', kwargs.get('key', [])),
)
else:
return min(args)
elif self._pyD_name == '_max':
if isinstance(args[0], VarSymbol):
return Max_aggregate(
args[0],
order_by=kwargs.get('order_by', kwargs.get('key', [])),
)
else:
return max(args)
elif self._pyD_name == 'rank':
return Rank_aggregate(None,
for_each=kwargs.get('for_each', []),
order_by=kwargs.get('order_by', []))
elif self._pyD_name == 'running_sum':
return Running_sum(args[0],
for_each=kwargs.get('for_each', []),
order_by=kwargs.get('order_by', []))
elif self._pyD_name == '_len':
if isinstance(args[0], VarSymbol):
return Len_aggregate(args[0])
else:
return len(args[0])
else:
new_args, pre_calculations = [], Body()
for arg in args:
if isinstance(arg, (Operation, Function, Lambda)):
Y = Function.newSymbol()
new_args.append(Y)
pre_calculations = pre_calculations & (Y == arg)
else:
new_args.append(arg)
literal = Literal.make(self._pyD_name, tuple(new_args))
literal.pre_calculations = pre_calculations
return literal