def bitwise_or_multiple_types1():
a = I64Value(1)
a.value = 1 | I64Value(5) | 3 | I32Value(7)
return a.value
def abs_variable_i32():
a = I32Value(0)
b = I32Value(-5)
a.value = abs(b.value)
return a.value
def while_invalid_boolean_const():
while I32Value(0):
pass
def __call__(self, f):
return f
@nivs_rt_sequence
@FunkyDecorator(1, 2)
def return_parameter_invalid_decorator(param):
return param
@NivsParam('no_param', DoubleValue(0), NivsParam.BY_VALUE)
def _return_param_wrong_param_name_pure_python(param):
return param
@NivsParam("wrong", I32Value(5), NivsParam.BY_VALUE)
@nivs_rt_sequence
def return_parameter_with_decorator_wrong_name(param):
return param.value
@NivsParam("param", I32Value(5), NivsParam.BY_VALUE)
@nivs_rt_sequence
def _return_parameter_with_decorator(param):
return param.value
@NivsParam("param", I32Value(5), NivsParam.BY_REF)
@nivs_rt_sequence
def _return_parameter_with_decorator_by_ref(param):
return param.value
def call_parameter_with_many_decorators():
a = DoubleValue(3.1)
b = DoubleValue(4.999)
c = I32Value(0)
_return_by_ref_in_z_sqrt_of_square_x_plus_square_y(a, b, c)
return c.value
def exp_nivsdatatype_nivsdatatype2():
a = DoubleValue(0)
a.value = I32Value(2)**DoubleValue(3)
return a.value
def exp_use_rtseq4():
a = DoubleValue(0)
a.value = I32Value(2)**_return_constant()
return a.value
def add_use_rtseq5():
a = DoubleValue(0)
a.value = _return_constant() + I32Value(1)
return a.value
def add_with_parentheses1():
a = DoubleValue(0)
a.value = 1 + (DoubleValue(2) + I32Value(5))
return a.value
def two_levels_deep():
a = I32Value(0)
a.value = calls_another()
a.value += returns_one()
empty_func()
return a.value
def add_use_rtseq4():
a = DoubleValue(0)
a.value = I32Value(1) + _return_constant()
return a.value
def calls_another():
a = I32Value(0)
a.value = returns_one()
return a.value
def bitwise_or_use_rtseq3():
a = DoubleValue(0)
a.value = _return_constant() | I32Value(2)
return a.value
def bitwise_or_use_rtseq2():
a = DoubleValue(0)
a.value = I32Value(2) | _return_constant()
return a.value
def exp_variable_variable1():
a = DoubleValue(2)
b = I32Value(3)
c = DoubleValue(0)
c.value = a.value**b.value
return c.value
def add_with_parentheses2():
a = DoubleValue(0)
a.value = DoubleValue(1) + (I32Value(2) + 3.0) + DoubleValue(4)
return a.value
def aug_exp_with_parentheses():
a = DoubleValue(2)
a.value **= (I32Value(2)**3.0)**DoubleValue(2)
return a.value
def aug_add_with_parentheses():
a = DoubleValue(1)
a.value += (I32Value(2) + 3.0) + DoubleValue(4)
return a.value
def exp_nivsdatatype_nivsdatatype3():
a = I32Value(0)
a.value = I32Value(2)**I32Value(3)
return a.value
def add_nivsdatatype_nivsdatatype3():
a = DoubleValue(0)
a.value = I32Value(1) + I32Value(2)
return a.value
def exp_use_rtseq5():
a = DoubleValue(0)
a.value = _return_constant()**I32Value(3)
return a.value
def add_multiple_types1():
a = I32Value(0)
a.value = 1 + I32Value(2) + 3.0 + DoubleValue(4)
return a.value
def call_parameter_with_decorator():
a = I32Value(1)
b = I32Value(0)
b.value = _return_parameter_with_decorator(a.value)
return b.value
def operator_in_subscript1():
a = DoubleValueArray([0, 1, 2, 3, 4])
b = I32Value(1)
c = I32Value(2)
return a[b.value + c.value].value
def abs_nivsdatatype1():
a = I32Value(0)
a.value = abs(I32Value(-5))
return a.value
def exp_with_parentheses1():
a = DoubleValue(1)
a.value = 2**(DoubleValue(2)**I32Value(2))
return a.value
def while_false():
a = I32Value(1)
while False:
a.value = 2
return a.value
def exp_with_parentheses2():
a = DoubleValue(0)
a.value = DoubleValue(1) * (I32Value(2)**3.0)**DoubleValue(2)
return a.value
def while_invalid_boolean_var():
a = I32Value(1)
while a.value:
pass
def bitwise_or_multiple_types():
a = I32Value(0)
a.value = 1 | I32Value(3) | 5
return a.value