Esempio n. 1
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    def op_oonewcustomdict(self, DICT, eq_func, eq_obj, eq_method_name, hash_func, hash_obj, hash_method_name):
        eq_name, interp_eq = wrap_callable(self.llinterpreter, eq_func, eq_obj, eq_method_name)
        EQ_FUNC = ootype.StaticMethod([DICT._KEYTYPE, DICT._KEYTYPE], ootype.Bool)
        sm_eq = ootype.static_meth(EQ_FUNC, eq_name, _callable=interp_eq)

        hash_name, interp_hash = wrap_callable(self.llinterpreter, hash_func, hash_obj, hash_method_name)
        HASH_FUNC = ootype.StaticMethod([DICT._KEYTYPE], ootype.Signed)
        sm_hash = ootype.static_meth(HASH_FUNC, hash_name, _callable=interp_hash)

        # XXX: is it fine to have StaticMethod type for bound methods, too?
        return ootype.oonewcustomdict(DICT, sm_eq, sm_hash)
Esempio n. 2
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 def __get_func(self, interp, r_func, fn, TYPE):
     if isinstance(r_func, MethodOfFrozenPBCRepr):
         obj = r_func.r_im_self.convert_const(fn.im_self)
         r_func, nimplicitarg = r_func.get_r_implfunc()
     else:
         obj = None
     callable = r_func.get_unique_llfn().value
     func_name, interp_fn = llinterp.wrap_callable(interp, callable, obj, None)
     return ootype.static_meth(TYPE, func_name, _callable=interp_fn)
Esempio n. 3
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 def __get_func(self, interp, r_func, fn, TYPE):
     if isinstance(r_func, MethodOfFrozenPBCRepr):
         obj = r_func.r_im_self.convert_const(fn.im_self)
         r_func, nimplicitarg = r_func.get_r_implfunc()
     else:
         obj = None
     callable = r_func.get_unique_llfn().value
     func_name, interp_fn = llinterp.wrap_callable(interp, callable, obj,
                                                   None)
     return ootype.static_meth(TYPE, func_name, _callable=interp_fn)
Esempio n. 4
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def llhelper(F, f):
    """Gives a low-level function pointer of type F which, when called,
    invokes the RPython function f().
    """
    # Example - the following code can be either run or translated:
    #
    #   def my_rpython_code():
    #       g = llhelper(F, my_other_rpython_function)
    #       assert typeOf(g) == F
    #       ...
    #       g()
    #
    # however the following doesn't translate (xxx could be fixed with hacks):
    #
    #   prebuilt_g = llhelper(F, f)
    #   def my_rpython_code():
    #       prebuilt_g()

    # the next line is the implementation for the purpose of direct running
    if isinstance(F, ootype.OOType):
        return ootype.static_meth(F, f.func_name, _callable=f)
    else:
        return lltype.functionptr(F.TO, f.func_name, _callable=f)
Esempio n. 5
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def llhelper(F, f):
    """Gives a low-level function pointer of type F which, when called,
    invokes the RPython function f().
    """
    # Example - the following code can be either run or translated:
    #
    #   def my_rpython_code():
    #       g = llhelper(F, my_other_rpython_function)
    #       assert typeOf(g) == F
    #       ...
    #       g()
    #
    # however the following doesn't translate (xxx could be fixed with hacks):
    #
    #   prebuilt_g = llhelper(F, f)
    #   def my_rpython_code():
    #       prebuilt_g()

    # the next line is the implementation for the purpose of direct running
    if isinstance(F, ootype.OOType):
        return ootype.static_meth(F, f.func_name, _callable=f)
    else:
        return lltype.functionptr(F.TO, f.func_name, _callable=f)
Esempio n. 6
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 def constant_func(self, name, inputtypes, rettype, graph, **kwds):
     FUNC_TYPE = ootype.StaticMethod(inputtypes, rettype)
     fn_ptr = ootype.static_meth(FUNC_TYPE, name, graph=graph, **kwds)
     return Constant(fn_ptr, FUNC_TYPE)
Esempio n. 7
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 def constant_func(self, name, inputtypes, rettype, graph, **kwds):
     FUNC_TYPE = ootype.StaticMethod(inputtypes, rettype)
     fn_ptr = ootype.static_meth(FUNC_TYPE, name, graph=graph, **kwds)
     return Constant(fn_ptr, FUNC_TYPE)