def test_resolve_line4d(Line4d, name):
cortopy.eval("Line4d {}: {{1, 2, 3, 4}}, {{6, 7, 8, 9}}".format(name))
o = cortopy.resolve(name)
assert type(o.a) == cortopy.types['/Point4d']
assert type(o.b) == cortopy.types['/Point4d']
assert (o.a.w, o.a.x, o.a.y, o.a.z) == (4, 1, 2, 3)
assert (o.b.w, o.b.x, o.b.y, o.b.z) == (9, 6, 7, 8)
def test_resolve_line3d(Line3d, name):
cortopy.eval("Line3d {}: {{1, 2, 3}}, {{6, 7, 8}}".format(name))
o = cortopy.resolve(name)
assert type(o.a) == cortopy.types['/Point3d']
assert type(o.b) == cortopy.types['/Point3d']
assert (o.a.x, o.a.y, o.a.z) == (1, 2, 3)
assert (o.b.x, o.b.y, o.b.z) == (6, 7, 8)
def test_deserialize_point_once():
cortopy.eval(
"""
struct PointA::
x, y: int64
"""
)
Point = cortopy.gettype("PointA")
def Line4d(Point3d):
cortopy.eval(
"""
struct Line4d::
a, b: Point4d
"""
)
t = cortopy.gettype("Line4d")
return t
def Point4d(Point3d):
cortopy.eval(
"""
struct Point4d: Point3d::
w: int64
"""
)
t = cortopy.gettype("Point4d")
return t
def Point3d():
cortopy.eval(
"""
struct Point3d::
x, y, z: int64
"""
)
t = cortopy.gettype("Point3d")
return t
def test_deserialize_point_twice():
cortopy.eval(
"""
struct PointB::
x, y: int64
"""
)
Point1 = cortopy.gettype("PointB")
Point2 = cortopy.gettype("PointB")
assert Point1 == Point2
def test_resolve_point4d(Point4d, name):
cortopy.eval("Point4d {}: 5, 10, 15, 20".format(name))
o = cortopy.resolve(name)
assert type(o) == cortopy.types['/Point4d']
assert (o.w, o.x, o.y, o.z) == (20, 5, 10, 15)
def test_resolve_point3d(name):
cortopy.eval("Point3d {}: 1, 10, 100".format(name))
o = cortopy.resolve(name)
assert type(o) == cortopy.types['/Point3d']
assert (o.x, o.y, o.z) == (1, 10, 100)
def test_resolve_int8(name):
cortopy.eval("int8 {}: 99".format(name))
o = cortopy.resolve(name)
assert o.val == 99
def test_eval_expr():
cortopy.eval("3 + 4")