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test_oop.lang
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lang.name = Lang Tests (OOP)
lang.version = v1.0.0
lang.test = 1
# Preparation
class &A {
+mp.calcA = () -> {
return parser.op([[1, "A::calcA()"]])
}
+mp.calcA = ($a) -> {
return parser.op([[1, "A::calcA($a)"]])
}
+mp.calcA = ($a, $b, $c) -> {
return parser.op([[1, "A::calcA($a, $b, $c)"]])
}
+mp.calcB = ($a, $b) -> {
return parser.op([[1, "A::calcB($a, $b)"]])
}
+mp.calcC = () -> {
return parser.op([[1, "A::calcC()"]])
}
}
class &B <&A> {
+override:mp.calcA = ($a) -> {
$ret $= super::calcA($a)
return parser.op([[1, "B::calcA($a)"]] ||| $ret)
}
}
class &C <&B> {
+override:mp.calcA = ($a) -> {
$ret $= super::calcA($a)
return parser.op([[1, "C::calcA($a)"]] ||| $ret)
}
+override:mp.calcA = ($a, $b, $c) -> {
$ret1 $= ::calcA($a + $b + $c)
$call1 $= [[1, "C::calcA($a, $b, $c)"]]
$ret2 $= (::mp.calcA)($a + $b + $c)
$call2 $= [[2, "C::calcA($a, $b, $c)"]]
fp.boundMethod $= ::mp.calcA
$ret3 $= fp.boundMethod($a + $b + $c)
$call3 $= [[3, "C::calcA($a, $b, $c)"]]
return parser.op($call1 ||| $ret1 ||| $call2 ||| $ret2 ||| $call3 ||| $ret3)
}
}
class &D <&C> {
+override:mp.calcA = ($a) -> {
$ret $= super::calcA($a)
return parser.op([[1, "D::calcA($a)"]] ||| $ret)
}
+override:mp.calcA = ($a, $b, $c) -> {
$ret $= super::calcA($a, $b, $c)
return parser.op([[1, "D::calcA($a, $b, $c)"]] ||| $ret)
}
}
class &E <&D> {
+override:mp.calcA = ($a) -> {
$ret $= super::calcA($a)
return parser.op([[1, "E::calcA($a)"]] ||| $ret)
}
+override:mp.calcA = ($a, $b, $c) -> {
$ret $= super::calcA($a, $b, $c)
return parser.op([[1, "E::calcA($a, $b, $c)"]] ||| $ret)
}
}
class &F <&E> {
+override:mp.calcA = ($a, $b, $c) -> {
$ret $= super::calcA($a, $b, $c)
return parser.op([[1, "F::calcA($a, $b, $c)"]] ||| $ret)
}
}
class &G <&F> {
+override:mp.calcA = ($a) -> {
$ret $= super::calcA($a)
return parser.op([[1, "G::calcA($a)"]] ||| $ret)
}
}
class &H <&G> {
+override:mp.calcA = ($a, $b, $c) -> {
$ret $= super::calcA($a, $b, $c)
return parser.op([[1, "H::calcA($a, $b, $c)"]] ||| $ret)
}
}
class &I <&H> {
}
class &J <&I> {
+override:mp.calcA = ($a) -> {
$ret $= super::calcA($a)
return parser.op([[1, "J::calcA($a)"]] ||| $ret)
}
}
class &K <&J> {
+override:mp.calcA = ($a) -> {
$ret1 $= super::calcA($a)
$call1 $= [[1, "K::calcA($a)"]]
$ret2 $= super::calcA($a)
$call2 $= [[2, "K::calcA($a)"]]
return parser.op($call1 ||| $ret1 ||| $call2 ||| $ret2)
}
}
class &L <&K> {
+override:mp.calcA = ($a) -> {
$ret $= super::calcA($a)
return parser.op([[1, "L::calcA($a)"]] ||| $ret)
}
}
&a = &A()
&b = &B()
&c = &C()
&d = &D()
&e = &E()
&f = &F()
&g = &G()
&h = &H()
&i = &I()
&j = &J()
&k = &K()
&l = &L()
# Tests
fn.testUnit(OOP)
{
fn.testSubUnit(Super method calls)
fn.testAssertStrictEquals(parser.op(&a::calcA(10, 30, 2)), parser.op([\
[1, "A::calcA($a, $b, $c)"]\
]))
fn.testAssertStrictEquals(parser.op(&b::calcA(10, 30, 2)), parser.op([\
[1, "A::calcA($a, $b, $c)"]\
]))
fn.testAssertStrictEquals(parser.op(&c::calcA(10, 30, 2)), parser.op([\
[1, "C::calcA($a, $b, $c)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"],\
[2, "C::calcA($a, $b, $c)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"],\
[3, "C::calcA($a, $b, $c)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"]\
]))
fn.testAssertStrictEquals(parser.op(&d::calcA(10, 30, 2)), parser.op([\
[1, "D::calcA($a, $b, $c)"],\
[1, "C::calcA($a, $b, $c)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"],\
[2, "C::calcA($a, $b, $c)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"],\
[3, "C::calcA($a, $b, $c)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"]\
]))
fn.testAssertStrictEquals(parser.op(&e::calcA(10, 30, 2)), parser.op([\
[1, "E::calcA($a, $b, $c)"],\
[1, "D::calcA($a, $b, $c)"],\
[1, "C::calcA($a, $b, $c)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"],\
[2, "C::calcA($a, $b, $c)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"],\
[3, "C::calcA($a, $b, $c)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"]\
]))
fn.testAssertStrictEquals(parser.op(&f::calcA(10, 30, 2)), parser.op([\
[1, "F::calcA($a, $b, $c)"],\
[1, "E::calcA($a, $b, $c)"],\
[1, "D::calcA($a, $b, $c)"],\
[1, "C::calcA($a, $b, $c)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"],\
[2, "C::calcA($a, $b, $c)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"],\
[3, "C::calcA($a, $b, $c)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"]\
]))
fn.testAssertStrictEquals(parser.op(&g::calcA(10, 30, 2)), parser.op([\
[1, "F::calcA($a, $b, $c)"],\
[1, "E::calcA($a, $b, $c)"],\
[1, "D::calcA($a, $b, $c)"],\
[1, "C::calcA($a, $b, $c)"],\
[1, "G::calcA($a)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"],\
[2, "C::calcA($a, $b, $c)"],\
[1, "G::calcA($a)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"],\
[3, "C::calcA($a, $b, $c)"],\
[1, "G::calcA($a)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"]\
]))
fn.testAssertStrictEquals(parser.op(&h::calcA(10, 30, 2)), parser.op([\
[1, "H::calcA($a, $b, $c)"],\
[1, "F::calcA($a, $b, $c)"],\
[1, "E::calcA($a, $b, $c)"],\
[1, "D::calcA($a, $b, $c)"],\
[1, "C::calcA($a, $b, $c)"],\
[1, "G::calcA($a)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"],\
[2, "C::calcA($a, $b, $c)"],\
[1, "G::calcA($a)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"],\
[3, "C::calcA($a, $b, $c)"],\
[1, "G::calcA($a)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"]\
]))
fn.testAssertStrictEquals(parser.op(&i::calcA(10, 30, 2)), parser.op([\
[1, "H::calcA($a, $b, $c)"],\
[1, "F::calcA($a, $b, $c)"],\
[1, "E::calcA($a, $b, $c)"],\
[1, "D::calcA($a, $b, $c)"],\
[1, "C::calcA($a, $b, $c)"],\
[1, "G::calcA($a)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"],\
[2, "C::calcA($a, $b, $c)"],\
[1, "G::calcA($a)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"],\
[3, "C::calcA($a, $b, $c)"],\
[1, "G::calcA($a)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"]\
]))
fn.testAssertStrictEquals(parser.op(&j::calcA(10, 30, 2)), parser.op([\
[1, "H::calcA($a, $b, $c)"],\
[1, "F::calcA($a, $b, $c)"],\
[1, "E::calcA($a, $b, $c)"],\
[1, "D::calcA($a, $b, $c)"],\
[1, "C::calcA($a, $b, $c)"],\
[1, "J::calcA($a)"],\
[1, "G::calcA($a)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"],\
[2, "C::calcA($a, $b, $c)"],\
[1, "J::calcA($a)"],\
[1, "G::calcA($a)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"],\
[3, "C::calcA($a, $b, $c)"],\
[1, "J::calcA($a)"],\
[1, "G::calcA($a)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"]\
]))
fn.testAssertStrictEquals(parser.op(&k::calcA(10, 30, 2)), parser.op([\
[1, "H::calcA($a, $b, $c)"],\
[1, "F::calcA($a, $b, $c)"],\
[1, "E::calcA($a, $b, $c)"],\
[1, "D::calcA($a, $b, $c)"],\
[1, "C::calcA($a, $b, $c)"],\
[1, "K::calcA($a)"],\
[1, "J::calcA($a)"],\
[1, "G::calcA($a)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"],\
[2, "K::calcA($a)"],\
[1, "J::calcA($a)"],\
[1, "G::calcA($a)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"],\
[2, "C::calcA($a, $b, $c)"],\
[1, "K::calcA($a)"],\
[1, "J::calcA($a)"],\
[1, "G::calcA($a)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"],\
[2, "K::calcA($a)"],\
[1, "J::calcA($a)"],\
[1, "G::calcA($a)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"],\
[3, "C::calcA($a, $b, $c)"],\
[1, "K::calcA($a)"],\
[1, "J::calcA($a)"],\
[1, "G::calcA($a)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"],\
[2, "K::calcA($a)"],\
[1, "J::calcA($a)"],\
[1, "G::calcA($a)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"]\
]))
fn.testAssertStrictEquals(parser.op(&l::calcA(10, 30, 2)), parser.op([\
[1, "H::calcA($a, $b, $c)"],\
[1, "F::calcA($a, $b, $c)"],\
[1, "E::calcA($a, $b, $c)"],\
[1, "D::calcA($a, $b, $c)"],\
[1, "C::calcA($a, $b, $c)"],\
[1, "L::calcA($a)"],\
[1, "K::calcA($a)"],\
[1, "J::calcA($a)"],\
[1, "G::calcA($a)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"],\
[2, "K::calcA($a)"],\
[1, "J::calcA($a)"],\
[1, "G::calcA($a)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"],\
[2, "C::calcA($a, $b, $c)"],\
[1, "L::calcA($a)"],\
[1, "K::calcA($a)"],\
[1, "J::calcA($a)"],\
[1, "G::calcA($a)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"],\
[2, "K::calcA($a)"],\
[1, "J::calcA($a)"],\
[1, "G::calcA($a)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"],\
[3, "C::calcA($a, $b, $c)"],\
[1, "L::calcA($a)"],\
[1, "K::calcA($a)"],\
[1, "J::calcA($a)"],\
[1, "G::calcA($a)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"],\
[2, "K::calcA($a)"],\
[1, "J::calcA($a)"],\
[1, "G::calcA($a)"],\
[1, "E::calcA($a)"],\
[1, "D::calcA($a)"],\
[1, "C::calcA($a)"],\
[1, "B::calcA($a)"],\
[1, "A::calcA($a)"]\
]))
}