from numba.control_flow.tests.test_cfg_type_infer import *
from numba.testing.test_support import autojit_py3doc



@autojit_py3doc(warnstyle='simple', warn=False)
def test_circular_error():
    """
    >>> test_circular_error()
    Traceback (most recent call last):
        ...
    NumbaError: Unable to infer type for assignment to ..., insert a cast or initialize the variable.
    """
    for i in range(10):
        if i > 5:
            var1 = var2
        else:
            var2 = var1

@autojit(warnstyle='simple')
def test_simple_circular():
    """
    >>> test_simple_circular()
    Warning 29:16: local variable 'y' might be referenced before assignment
    """
    x = 2.0
    for i in range(10):
        if i > 5:
            x = y
        else:
            y = x

@autojit(warnstyle='simple')
def test_simple_circular2():
    """
    >>> test_simple_circular2()
    Warning 44:16: local variable 'x' might be referenced before assignment
    """
    y = 2.0
    for i in range(10):
        if i > 5:
            x = y
        else:
            y = x

@autojit
def test_simple_circular3():
    """
    >>> test_simple_circular3()
    (Value(5), Value(5))
    >>> sig, syms = infer(test_simple_circular3.py_func,
    ...                   functype(None, []))
    >>> types(syms, 'x', 'y')
    (object, object)
    """
    x = values[5]
    y = 2.0
    for i in range(10):
        if i > 5:
            x = y
        else:
            y = x

    return x, y

@autojit
def test_simple_circular_promotion():
    """
    >>> test_simple_circular_promotion()
    ((3-3j), (1-3j))
    >>> sig, syms = infer(test_simple_circular_promotion.py_func,
    ...                   functype(None, []))
    >>> types(syms, 'x', 'y')
    (complex128, complex128)
    """
    x = 1
    y = 2
    for i in range(10):
        if i > 5:
            x = y + 2.0
        else:
            y = x - 3.0j

    return x, y

@autojit
def test_simple_circular_binop_promotion():
    """
    >>> test_simple_circular_binop_promotion()
    ((3-3j), (3+0j))
    >>> sig, syms = infer(test_simple_circular_binop_promotion.py_func,
    ...                   functype(None, []))
    >>> types(syms, 'x', 'y')
    (complex128, complex128)
    """
    x = 1
    y = 2
    for i in range(10):
        if i > 5:
            x = y - 3.0j
        else:
            y = x + 2.0 # In pure python, y would always be a float

    return x, y

#------------------------------------------------------------------------
# Test Unary/Binary Operations and Comparisons
#------------------------------------------------------------------------

@autojit_py3doc(warn=False)
def test_circular_binop():
    """
    >>> test_circular_binop()
    (1.0, 2.0, 1.0, -3L)
    >>> sig, syms = infer(test_circular_binop.py_func,
    ...                   functype(None, []), warn=False)
    >>> types(syms, 'x', 'y', 'z', 'a')
    (float64, float64, float64, int)
    """
    x = 1
    y = 2
    for i in range(10):
        if i > 5:
            x = y - z
            z = 1.0
        else:
            z = int(x + y)
            y = x + z - y
            a = -z

    return x, y, z, a

@autojit(warn=False)
def test_circular_compare():
    """
    >>> test_circular_compare()
    (5.0, 1.0)
    >>> sig, syms = infer(test_circular_compare.py_func,
    ...                   functype(None, []), warn=False)
    >>> types(syms, 'x', 'y')
    (float64, float64)
    """
    x = 1
    for i in range(10):
        if i == 0:
            y = float(x)
        if x < 5:
            x += y

    return x, y

@autojit(warn=False)
def test_circular_compare2():
    """
    >>> test_circular_compare2()
    (2.0, 1.0)
    >>> sig, syms = infer(test_circular_compare.py_func,
    ...                   functype(None, []), warn=False)
    >>> types(syms, 'x', 'y')
    (float64, float64)
    """
    x = 1
    for i in range(10):
        if i == 0:
            y = float(x)
        if x < 5 and (x > 2 or i == 0):
            x += y

    return x, y

@autojit_py3doc(warn=False)
def test_circular_compare3():
    """
    >>> test_circular_compare3()
    1
    2
    3
    4
    (False, 10L)
    >>> sig, syms = infer(test_circular_compare3.py_func,
    ...                   functype(None, []), warn=False)
    >>> types(syms, 'cond')
    (bool,)
    >>> t, = types(syms, 'x'); assert t.is_int
    >>> assert t.itemsize == Py_ssize_t.itemsize
    """
    x = 1
    cond = True
    for i in range(10):
        if cond:
            x = i
        else:
            x = i + 1
        cond = x > 1 and x < 5
        if cond:
            x = cond or x < i
            cond = x
            x = i
            print(i)

    return cond, x

#------------------------------------------------------------------------
# Test Indexing
#------------------------------------------------------------------------

@autojit_py3doc(warn=False)
def test_delayed_array_indexing():
    """
    >>> test_delayed_array_indexing()
    (array([ 0.,  1.,  2.,  3.,  4.,  5.,  6.,  7.,  8.,  9.]), 1.0, 10L)
    >>> sig, syms = infer(test_delayed_array_indexing.py_func,
    ...                   functype(None, []), warn=False)
    >>> types(syms, 'array', 'var', 'x')
    (float64[:], float64, int)
    """
    array = np.ones(10, dtype=np.float64)
    x = 0
    for i in range(11):
        var = array[x]
        array[x] = var * x
        x = int(i * 1.0)

    return array, var, x

@autojit(warn=False)
def test_delayed_array_slicing():
    """
    >>> array, row = test_delayed_array_slicing()
    >>> array2, row2 = test_delayed_array_slicing.py_func()
    >>> assert np.all(array == array2)
    >>> assert np.all(row == row2)

    >>> sig, syms = infer(test_delayed_array_slicing.py_func,
    ...                   functype(None, []), warn=False)
    >>> types(syms, 'array', 'row')
    (float64[:, :], float64[:])
    """
    array = np.ones((8, 10), dtype=np.float64)
    for i in range(8):
        row = array[i, :]
        array[i, i] = row[i] * i
        array = array[:, :]

    return array, row


@autojit(warn=False)
def test_delayed_array_slicing2():
    """
    >>> array, row = test_delayed_array_slicing2()
    >>> array2, row2 = test_delayed_array_slicing2.py_func()
    >>> assert np.all(array == array2)
    >>> assert np.all(row == row2)

    >>> sig, syms = infer(test_delayed_array_slicing.py_func,
    ...                   functype(None, []), warn=False)
    >>> types(syms, 'array', 'row')
    (float64[:, :], float64[:])
    """
    for i in range(8):
        if i == 0:
            array = np.ones((8, 10), dtype=np.float64)

        row = array[i, :]
        array[i, i] = row[i] * i
        array = array[:, :]

    return array, row

@autojit_py3doc(warn=False)
def test_delayed_string_indexing_simple():
    """
    >>> test_delayed_string_indexing_simple()
    ('eggs', 3L)
    >>> sig, syms = infer(test_delayed_string_indexing_simple.py_func,
    ...                   functype(None, []), warn=False)
    >>> types(syms, 's', 'x')
    (string, Py_ssize_t)
    """
    s = "spam ham eggs"
    for i in range(4):
        if i < 3:
            x = i + i

        s = s[x:]
        x = i

    return s[1:], x

@autojit_py3doc(warn=False)
def test_delayed_string_indexing():
    """
    >>> test_delayed_string_indexing()
    ('ham eggs', 3L)
    >>> sig, syms = infer(test_delayed_string_indexing.py_func,
    ...                   functype(None, []), warn=False)
    >>> types(syms, 's', 'x')
    (string, Py_ssize_t)
    """
    s = "spam ham eggs"
    for i in range(4):
        if i < 3:
            x = i
            tmp1 = s[x:]
            tmp2 = tmp1
            s = tmp2
        elif i < 5:
            s = tmp1[x:]
        else:
            s = "hello"

        x = i

    return s, x

@autojit_py3doc(warn=False)
def test_delayed_string_indexing2():
    """
    >>> test_delayed_string_indexing2()
    ('ham eggs', 3L)
    >>> sig, syms = infer(test_delayed_string_indexing2.py_func,
    ...                   functype(None, []), warn=False)
    >>> types(syms, 's', 'x')
    (string, Py_ssize_t)
    """
    for i in range(4):
        if i == 0:
            s = "spam ham eggs"

        if i < 3:
            x = i
            tmp1 = s[x:]
            tmp2 = tmp1
            s = tmp2
        elif i < 5:
            s = tmp1[x:]
        else:
            s = "hello"

        x = i

    return s, x

@autojit_py3doc(warn=False, warnstyle='simple')
def test_string_indexing_error():
    """
    >>> try: test_string_indexing_error()
    ... except Exception as e: print(e)
    Cannot promote types string and char
    """
    for i in range(4):
        if i == 0:
            s = "spam ham eggs"

        if i < 3:
            s = s[i]
        elif i < 5:
            s = s[i:]

@autojit_py3doc(warn=False, warnstyle='simple')
def test_string_indexing_error2():
    """
    >>> try: chr(test_string_indexing_error2())
    ... except Exception as e: print(e)
    Cannot promote types string and char
    """
    for i in range(4):
        if i == 0:
            s = "spam ham eggs"
        s = s[i]

    return s

@autojit(warn=False, warnstyle='simple')
def test_string_indexing_valid():
    """
    >>> chr(test_string_indexing_valid())
    'm'
    """
    for i in range(4):
        s = "spam ham eggs"
        s = s[i]

    return s

#------------------------------------------------------------------------
# Test circular Calling of functions
#------------------------------------------------------------------------

@autojit
def simple_func(x):
    y = x * x + 4
    return y

@autojit_py3doc(warn=False, warnstyle='simple')
def test_simple_call():
    """
    >>> test_simple_call()
    1091100052L
    >>> infer_simple(test_simple_call, 'x')
    (int,)
    """
    x = 0
    for i in range(10):
        x = simple_func(x)

    return x

@autojit
def func_with_promotion(x):
    y = x * x + 4.0
    return y

@autojit(warn=False)
def test_simple_call_promotion():
    """
    >>> test_simple_call_promotion()
    26640768404.0
    >>> infer_simple(test_simple_call_promotion, 'x')
    (float64,)
    """
    x = 0
    for i in range(5):
        x = func_with_promotion(x)

    return x

#print test_simple_call_promotion.py_func()

@autojit
def func_with_promotion2(x):
    y = x * x + 4.0
    return np.sqrt(y) + 1j

@autojit(warn=False, warnstyle='simple')
def test_simple_call_promotion2():
    """
    >>> result =test_simple_call_promotion2()
    >>> "%.4f" % round(result.real, 4)
    '3.9818'
    >>> round(result.imag, 4)
    3.9312
    >>> infer_simple(test_simple_call_promotion2, 'x')
    (complex128,)
    """
    x = 0
    for i in range(5):
        x = func_with_promotion2(x)

    return x

#print test_simple_call_promotion2.py_func()

#------------------------------------------------------------------------
# Test Utilities
#------------------------------------------------------------------------

def infer_simple(numba_func, *varnames):
    sig, syms = infer(numba_func.py_func, functype(None, []), warn=False)
    return types(syms, *varnames)

testmod()

from numba.control_flow.tests.test_cfg_type_infer import *
from numba.testing.test_support import autojit_py3doc



@autojit_py3doc(warnstyle='simple', warn=False)
def test_circular_error():
    """
    >>> test_circular_error()
    Traceback (most recent call last):
        ...
    NumbaError: Unable to infer type for assignment to ..., insert a cast or initialize the variable.
    """
    for i in range(10):
        if i > 5:
            var1 = var2
        else:
            var2 = var1

@autojit(warnstyle='simple')
def test_simple_circular():
    """
    >>> test_simple_circular()
    Warning 29:16: local variable 'y' might be referenced before assignment
    """
    x = 2.0
    for i in range(10):
        if i > 5:
            x = y
        else:
            y = x

@autojit(warnstyle='simple')
def test_simple_circular2():
    """
    >>> test_simple_circular2()
    Warning 44:16: local variable 'x' might be referenced before assignment
    """
    y = 2.0
    for i in range(10):
        if i > 5:
            x = y
        else:
            y = x

@autojit
def test_simple_circular3():
    """
    >>> test_simple_circular3()
    (Value(5), Value(5))
    >>> sig, syms = infer(test_simple_circular3.py_func,
    ...                   functype(None, []))
    >>> types(syms, 'x', 'y')
    (object, object)
    """
    x = values[5]
    y = 2.0
    for i in range(10):
        if i > 5:
            x = y
        else:
            y = x

    return x, y

@autojit
def test_simple_circular_promotion():
    """
    >>> test_simple_circular_promotion()
    ((3-3j), (1-3j))
    >>> sig, syms = infer(test_simple_circular_promotion.py_func,
    ...                   functype(None, []))
    >>> types(syms, 'x', 'y')
    (complex128, complex128)
    """
    x = 1
    y = 2
    for i in range(10):
        if i > 5:
            x = y + 2.0
        else:
            y = x - 3.0j

    return x, y

@autojit
def test_simple_circular_binop_promotion():
    """
    >>> test_simple_circular_binop_promotion()
    ((3-3j), (3+0j))
    >>> sig, syms = infer(test_simple_circular_binop_promotion.py_func,
    ...                   functype(None, []))
    >>> types(syms, 'x', 'y')
    (complex128, complex128)
    """
    x = 1
    y = 2
    for i in range(10):
        if i > 5:
            x = y - 3.0j
        else:
            y = x + 2.0 # In pure python, y would always be a float

    return x, y

#------------------------------------------------------------------------
# Test Unary/Binary Operations and Comparisons
#------------------------------------------------------------------------

@autojit_py3doc(warn=False)
def test_circular_binop():
    """
    >>> test_circular_binop()
    (1.0, 2.0, 1.0, -3L)
    >>> sig, syms = infer(test_circular_binop.py_func,
    ...                   functype(None, []), warn=False)
    >>> types(syms, 'x', 'y', 'z', 'a')
    (float64, float64, float64, int)
    """
    x = 1
    y = 2
    for i in range(10):
        if i > 5:
            x = y - z
            z = 1.0
        else:
            z = int(x + y)
            y = x + z - y
            a = -z

    return x, y, z, a

@autojit(warn=False)
def test_circular_compare():
    """
    >>> test_circular_compare()
    (5.0, 1.0)
    >>> sig, syms = infer(test_circular_compare.py_func,
    ...                   functype(None, []), warn=False)
    >>> types(syms, 'x', 'y')
    (float64, float64)
    """
    x = 1
    for i in range(10):
        if i == 0:
            y = float(x)
        if x < 5:
            x += y

    return x, y

@autojit(warn=False)
def test_circular_compare2():
    """
    >>> test_circular_compare2()
    (2.0, 1.0)
    >>> sig, syms = infer(test_circular_compare.py_func,
    ...                   functype(None, []), warn=False)
    >>> types(syms, 'x', 'y')
    (float64, float64)
    """
    x = 1
    for i in range(10):
        if i == 0:
            y = float(x)
        if x < 5 and (x > 2 or i == 0):
            x += y

    return x, y

@autojit_py3doc(warn=False)
def test_circular_compare3():
    """
    >>> test_circular_compare3()
    1
    2
    3
    4
    (False, 10L)
    >>> sig, syms = infer(test_circular_compare3.py_func,
    ...                   functype(None, []), warn=False)
    >>> types(syms, 'cond')
    (bool,)
    >>> t, = types(syms, 'x'); assert t.is_int
    >>> assert t.itemsize == Py_ssize_t.itemsize
    """
    x = 1
    cond = True
    for i in range(10):
        if cond:
            x = i
        else:
            x = i + 1
        cond = x > 1 and x < 5
        if cond:
            x = cond or x < i
            cond = x
            x = i
            print(i)

    return cond, x

#------------------------------------------------------------------------
# Test Indexing
#------------------------------------------------------------------------

@autojit_py3doc(warn=False)
def test_delayed_array_indexing():
    """
    >>> test_delayed_array_indexing()
    (array([ 0.,  1.,  2.,  3.,  4.,  5.,  6.,  7.,  8.,  9.]), 1.0, 10L)
    >>> sig, syms = infer(test_delayed_array_indexing.py_func,
    ...                   functype(None, []), warn=False)
    >>> types(syms, 'array', 'var', 'x')
    (float64[:], float64, int)
    """
    array = np.ones(10, dtype=np.float64)
    x = 0
    for i in range(11):
        var = array[x]
        array[x] = var * x
        x = int(i * 1.0)

    return array, var, x

@autojit(warn=False)
def test_delayed_array_slicing():
    """
    >>> array, row = test_delayed_array_slicing()
    >>> array2, row2 = test_delayed_array_slicing.py_func()
    >>> assert np.all(array == array2)
    >>> assert np.all(row == row2)

    >>> sig, syms = infer(test_delayed_array_slicing.py_func,
    ...                   functype(None, []), warn=False)
    >>> types(syms, 'array', 'row')
    (float64[:, :], float64[:])
    """
    array = np.ones((8, 10), dtype=np.float64)
    for i in range(8):
        row = array[i, :]
        array[i, i] = row[i] * i
        array = array[:, :]

    return array, row


@autojit(warn=False)
def test_delayed_array_slicing2():
    """
    >>> array, row = test_delayed_array_slicing2()
    >>> array2, row2 = test_delayed_array_slicing2.py_func()
    >>> assert np.all(array == array2)
    >>> assert np.all(row == row2)

    >>> sig, syms = infer(test_delayed_array_slicing.py_func,
    ...                   functype(None, []), warn=False)
    >>> types(syms, 'array', 'row')
    (float64[:, :], float64[:])
    """
    for i in range(8):
        if i == 0:
            array = np.ones((8, 10), dtype=np.float64)

        row = array[i, :]
        array[i, i] = row[i] * i
        array = array[:, :]

    return array, row

@autojit_py3doc(warn=False)
def test_delayed_string_indexing_simple():
    """
    >>> test_delayed_string_indexing_simple()
    ('eggs', 3L)
    >>> sig, syms = infer(test_delayed_string_indexing_simple.py_func,
    ...                   functype(None, []), warn=False)
    >>> types(syms, 's', 'x')
    (string, Py_ssize_t)
    """
    s = "spam ham eggs"
    for i in range(4):
        if i < 3:
            x = i + i

        s = s[x:]
        x = i

    return s[1:], x

@autojit_py3doc(warn=False)
def test_delayed_string_indexing():
    """
    >>> test_delayed_string_indexing()
    ('ham eggs', 3L)
    >>> sig, syms = infer(test_delayed_string_indexing.py_func,
    ...                   functype(None, []), warn=False)
    >>> types(syms, 's', 'x')
    (string, Py_ssize_t)
    """
    s = "spam ham eggs"
    for i in range(4):
        if i < 3:
            x = i
            tmp1 = s[x:]
            tmp2 = tmp1
            s = tmp2
        elif i < 5:
            s = tmp1[x:]
        else:
            s = "hello"

        x = i

    return s, x

@autojit_py3doc(warn=False)
def test_delayed_string_indexing2():
    """
    >>> test_delayed_string_indexing2()
    ('ham eggs', 3L)
    >>> sig, syms = infer(test_delayed_string_indexing2.py_func,
    ...                   functype(None, []), warn=False)
    >>> types(syms, 's', 'x')
    (string, Py_ssize_t)
    """
    for i in range(4):
        if i == 0:
            s = "spam ham eggs"

        if i < 3:
            x = i
            tmp1 = s[x:]
            tmp2 = tmp1
            s = tmp2
        elif i < 5:
            s = tmp1[x:]
        else:
            s = "hello"

        x = i

    return s, x

@autojit_py3doc(warn=False, warnstyle='simple')
def test_string_indexing_error():
    """
    >>> try: test_string_indexing_error()
    ... except Exception as e: print(e)
    Cannot promote types string and char
    """
    for i in range(4):
        if i == 0:
            s = "spam ham eggs"

        if i < 3:
            s = s[i]
        elif i < 5:
            s = s[i:]

@autojit_py3doc(warn=False, warnstyle='simple')
def test_string_indexing_error2():
    """
    >>> try: chr(test_string_indexing_error2())
    ... except Exception as e: print(e)
    Cannot promote types string and char
    """
    for i in range(4):
        if i == 0:
            s = "spam ham eggs"
        s = s[i]

    return s

@autojit(warn=False, warnstyle='simple')
def test_string_indexing_valid():
    """
    >>> chr(test_string_indexing_valid())
    'm'
    """
    for i in range(4):
        s = "spam ham eggs"
        s = s[i]

    return s

#------------------------------------------------------------------------
# Test circular Calling of functions
#------------------------------------------------------------------------

@autojit
def simple_func(x):
    y = x * x + 4
    return y

@autojit_py3doc(warn=False, warnstyle='simple')
def test_simple_call():
    """
    >>> test_simple_call()
    1091100052L
    >>> infer_simple(test_simple_call, 'x')
    (int,)
    """
    x = 0
    for i in range(10):
        x = simple_func(x)

    return x

@autojit
def func_with_promotion(x):
    y = x * x + 4.0
    return y

@autojit(warn=False)
def test_simple_call_promotion():
    """
    >>> test_simple_call_promotion()
    26640768404.0
    >>> infer_simple(test_simple_call_promotion, 'x')
    (float64,)
    """
    x = 0
    for i in range(5):
        x = func_with_promotion(x)

    return x

#print test_simple_call_promotion.py_func()

@autojit
def func_with_promotion2(x):
    y = x * x + 4.0
    return np.sqrt(y) + 1j

@autojit(warn=False, warnstyle='simple')
def test_simple_call_promotion2():
    """
    >>> result =test_simple_call_promotion2()
    >>> "%.4f" % round(result.real, 4)
    '3.9818'
    >>> round(result.imag, 4)
    3.9312
    >>> infer_simple(test_simple_call_promotion2, 'x')
    (complex128,)
    """
    x = 0
    for i in range(5):
        x = func_with_promotion2(x)

    return x

#print test_simple_call_promotion2.py_func()

#------------------------------------------------------------------------
# Test Utilities
#------------------------------------------------------------------------

def infer_simple(numba_func, *varnames):
    sig, syms = infer(numba_func.py_func, functype(None, []), warn=False)
    return types(syms, *varnames)

testmod()

>>> test_circular_error()     Traceback (most recent call last):         ...     NumbaError: Unable to infer type for assignment to ..., insert a cast or initialize the variable. >>> test_simple_circular()     Warning 29:16: local variable 'y' might be referenced before assignment >>> test_simple_circular2()     Warning 44:16: local variable 'x' might be referenced before assignment >>> test_simple_circular3()     (Value(5), Value(5))     >>> sig, syms = infer(test_simple_circular3.py_func,     ...                   functype(None, []))     >>> types(syms, 'x', 'y')     (object, object) >>> test_simple_circular_promotion()     ((3-3j), (1-3j))     >>> sig, syms = infer(test_simple_circular_promotion.py_func,     ...                   functype(None, []))     >>> types(syms, 'x', 'y')     (complex128, complex128) >>> test_simple_circular_binop_promotion()     ((3-3j), (3+0j))     >>> sig, syms = infer(test_simple_circular_binop_promotion.py_func,     ...                   functype(None, []))     >>> types(syms, 'x', 'y')     (complex128, complex128) # In pure python, y would always be a float #------------------------------------------------------------------------ # Test Unary/Binary Operations and Comparisons #------------------------------------------------------------------------ >>> test_circular_binop()     (1.0, 2.0, 1.0, -3L)     >>> sig, syms = infer(test_circular_binop.py_func,     ...                   functype(None, []), warn=False)     >>> types(syms, 'x', 'y', 'z', 'a')     (float64, float64, float64, int) >>> test_circular_compare()     (5.0, 1.0)     >>> sig, syms = infer(test_circular_compare.py_func,     ...                   functype(None, []), warn=False)     >>> types(syms, 'x', 'y')     (float64, float64) >>> test_circular_compare2()     (2.0, 1.0)     >>> sig, syms = infer(test_circular_compare.py_func,     ...                   functype(None, []), warn=False)     >>> types(syms, 'x', 'y')     (float64, float64) >>> test_circular_compare3()     1     2     3     4     (False, 10L)     >>> sig, syms = infer(test_circular_compare3.py_func,     ...                   functype(None, []), warn=False)     >>> types(syms, 'cond')     (bool,)     >>> t, = types(syms, 'x'); assert t.is_int     >>> assert t.itemsize == Py_ssize_t.itemsize #------------------------------------------------------------------------ # Test Indexing #------------------------------------------------------------------------ >>> test_delayed_array_indexing()     (array([ 0.,  1.,  2.,  3.,  4.,  5.,  6.,  7.,  8.,  9.]), 1.0, 10L)     >>> sig, syms = infer(test_delayed_array_indexing.py_func,     ...                   functype(None, []), warn=False)     >>> types(syms, 'array', 'var', 'x')     (float64[:], float64, int) >>> array, row = test_delayed_array_slicing()     >>> array2, row2 = test_delayed_array_slicing.py_func()     >>> assert np.all(array == array2)     >>> assert np.all(row == row2)      >>> sig, syms = infer(test_delayed_array_slicing.py_func,     ...                   functype(None, []), warn=False)     >>> types(syms, 'array', 'row')     (float64[:, :], float64[:]) >>> array, row = test_delayed_array_slicing2()     >>> array2, row2 = test_delayed_array_slicing2.py_func()     >>> assert np.all(array == array2)     >>> assert np.all(row == row2)      >>> sig, syms = infer(test_delayed_array_slicing.py_func,     ...                   functype(None, []), warn=False)     >>> types(syms, 'array', 'row')     (float64[:, :], float64[:]) >>> test_delayed_string_indexing_simple()     ('eggs', 3L)     >>> sig, syms = infer(test_delayed_string_indexing_simple.py_func,     ...                   functype(None, []), warn=False)     >>> types(syms, 's', 'x')     (string, Py_ssize_t) >>> test_delayed_string_indexing()     ('ham eggs', 3L)     >>> sig, syms = infer(test_delayed_string_indexing.py_func,     ...                   functype(None, []), warn=False)     >>> types(syms, 's', 'x')     (string, Py_ssize_t) >>> test_delayed_string_indexing2()     ('ham eggs', 3L)     >>> sig, syms = infer(test_delayed_string_indexing2.py_func,     ...                   functype(None, []), warn=False)     >>> types(syms, 's', 'x')     (string, Py_ssize_t) >>> try: test_string_indexing_error()     ... except Exception as e: print(e)     Cannot promote types string and char >>> try: chr(test_string_indexing_error2())     ... except Exception as e: print(e)     Cannot promote types string and char >>> chr(test_string_indexing_valid())     'm' #------------------------------------------------------------------------ # Test circular Calling of functions #------------------------------------------------------------------------ >>> test_simple_call()     1091100052L     >>> infer_simple(test_simple_call, 'x')     (int,) >>> test_simple_call_promotion()     26640768404.0     >>> infer_simple(test_simple_call_promotion, 'x')     (float64,) #print test_simple_call_promotion.py_func() >>> result =test_simple_call_promotion2()     >>> "%.4f" % round(result.real, 4)     '3.9818'     >>> round(result.imag, 4)     3.9312     >>> infer_simple(test_simple_call_promotion2, 'x')     (complex128,) #print test_simple_call_promotion2.py_func() #------------------------------------------------------------------------ # Test Utilities #------------------------------------------------------------------------