Skip to content

#3054. Add more test cases to closurization tests. Part 1. #3061

New issue

Have a question about this project? Sign up for a free GitHub account to open an issue and contact its maintainers and the community.

Sign up for GitHub

By clicking “Sign up for GitHub”, you agree to our terms of service and privacy statement. We’ll occasionally send you account related emails.

Already on GitHub? Sign in to your account

Merged
merged 1 commit into from
Feb 4, 2025
Merged

#3054. Add more test cases to closurization tests. Part 1. #3061

Show file tree
Hide file tree
Changes from all commits
Commits
Show all changes
1 commit
Select commit
File filter

Filter by extension

Filter by extension
Conversations
Failed to load comments.
Loading
Jump to
Jump to file
Failed to load files.
Loading
Diff view
Diff view
117 changes: 117 additions & 0 deletions ...y_Extraction/Instance_Method_Closurization/method_closurization_named_params_A01_t01.dart
View file
Open in desktop
Original file line number Diff line number Diff line change
@@ -0,0 +1,117 @@
// Copyright (c) 2015, the Dart project authors. Please see the AUTHORS file
// for details. All rights reserved. Use of this source code is governed by a
// BSD-style license that can be found in the LICENSE file.

/// @assertion Let `o` be an object, and let `u` be a fresh final variable bound
/// to o. The closurization of method `f` on object `o` is defined to be
/// equivalent to:
/// ```
/// - <X1 extends B′1, ..., Xs extends B′s>
/// (T1 p1, ..., Tn pn, {Tn+1 pn+1 = d1, ..., Tn+k pn+k = dk}) =>
/// u.m<X1, ..., Xs>(p1, ..., pn, pn+1: pn+1, ..., pn+k: pn+k);
/// ```
/// where `f` is an instance method named `m` which has type parameter
/// declarations `X1 extends B1, ..., Xs extends Bs`, required parameters
/// `p1, ..., pn`, and named parameters `pn+1, ..., pn+k` with defaults
/// `d1, ..., dk`, using `null` for parameters whose default value is not
/// specified.
///
/// @description Check that closurization of an instance method named `m` which
/// has type parameter declarations `X1 extends B1, ..., Xs extends Bs`,
/// required parameters `p1, ..., pn`, and named parameters `pn+1, ..., pn+k`
/// with defaults `d1, ..., dk` is equivalent to
/// ```
/// <X1 extends B′1, ..., Xs extends B′s>
/// (T1 p1, ..., Tn pn, {Tn+1 pn+1 = d1, ..., Tn+k pn+k = dk}) =>
/// u.m<X1, ..., Xs>(p1, ..., pn, pn+1: pn+1, ..., pn+k: pn+k);
/// ```
/// Test a non-generic case.
/// @author sgrekhov@unipro.ru

import '../../../../Utils/expect.dart';

class C {
double m(double r1, {p1 = 1, num p2 = 2.1, p3}) {
return r1 * p1 * p2 * (p3 ?? 1);
}
}

mixin M {
double m(double r1, {p1 = 2, num p2 = 2.2, p3}) {
return r1 * p1 * p2 * (p3 ?? 1);
}
}
class MO = Object with M;

enum E {
e0;

double m(double r1, {p1 = 3, num p2 = 2.3, p3}) {
return r1 * p1 * p2 * (p3 ?? 1);
}
}

class A {}

extension Ext on A {
double m(double r1, {p1 = 4, num p2 = 2.4, p3}) {
return r1 * p1 * p2 * (p3 ?? 1);
}
}

extension type ET(int _) {
double m(double r1, {p1 = 5, num p2 = 2.5, p3}) {
return r1 * p1 * p2 * (p3 ?? 1);
}
}

main() {
C c = C();
var fc = c.m;
var f1 = (double r1, {p1 = 1, num p2 = 2.1, p3}) =>
c.m(r1, p1: p1, p2: p2, p3: p3);
Expect.equals(f1(1.14, p1: 2, p2: 3, p3: 4), fc(1.14, p1: 2, p2: 3, p3: 4));
Expect.equals(f1(2.14), fc(2.14));
Expect.equals(f1(3.14, p1: 3, p3: null), fc(3.14, p1: 3));
Expect.equals(f1(4.14, p2: 4.4, p3: null), fc(4.14, p2: 4.4));
Expect.equals(f1(5.14, p3: 5), fc(5.14, p3: 5));

M m = MO();
var fm = m.m;
var f2 = (double r1, {p1 = 2, num p2 = 2.2, p3}) =>
m.m(r1, p1: p1, p2: p2, p3: p3);
Expect.equals(f2(2.14, p1: 4, p2: 5, p3: 6), fm(2.14, p1: 4, p2: 5, p3: 6));
Expect.equals(f2(3.14), fm(3.14));
Expect.equals(f2(4.14, p1: 4, p3: null), fm(4.14, p1: 4));
Expect.equals(f2(5.14, p2: 4.4, p3: null), fm(5.14, p2: 4.4));
Expect.equals(f2(6.14, p3: 4), fm(6.14, p3: 4));

var fe = E.e0.m;
var f3 = (double r1, {p1 = 3, num p2 = 2.3, p3}) =>
E.e0.m(r1, p1: p1, p2: p2, p3: p3);
Expect.equals(f3(3.14, p1: 5, p2: 6, p3: 7), fe(3.14, p1: 5, p2: 6, p3: 7));
Expect.equals(f3(4.14), fe(4.14));
Expect.equals(f3(5.14, p1: 4, p3: null), fe(5.14, p1: 4));
Expect.equals(f3(6.14, p2: 4.4, p3: null), fe(6.14, p2: 4.4));
Expect.equals(f3(7.14, p3: 4), fe(7.14, p3: 4));

var a = A();
var fa = a.m;
var f4 = (double r1, {p1 = 4, num p2 = 2.4, p3}) =>
a.m(r1, p1: p1, p2: p2, p3: p3);
Expect.equals(f4(4.14, p1: 4, p2: 5, p3: 6), fa(4.14, p1: 4, p2: 5, p3: 6));
Expect.equals(f4(5.14), fa(5.14));
Expect.equals(f4(6.14, p1: 4, p3: null), fa(6.14, p1: 4));
Expect.equals(f4(7.14, p2: 4.4, p3: null), fa(7.14, p2: 4.4));
Expect.equals(f4(8.14, p3: 4), fa(8.14, p3: 4));

var et = ET(0);
var fet = et.m;
var f5 = (double r1, {p1 = 5, num p2 = 2.5, p3}) =>
et.m(r1, p1: p1, p2: p2, p3: p3);
Expect.equals(f5(5.14, p1: 5, p2: 6, p3: 7), fet(5.14, p1: 5, p2: 6, p3: 7));
Expect.equals(f5(6.14), fet(6.14));
Expect.equals(f5(7.14, p1: 4, p3: null), fet(7.14, p1: 4));
Expect.equals(f5(8.14, p2: 4.4, p3: null), fet(8.14, p2: 4.4));
Expect.equals(f5(9.14, p3: 4), fet(9.14, p3: 4));
}
118 changes: 118 additions & 0 deletions ...y_Extraction/Instance_Method_Closurization/method_closurization_named_params_A01_t02.dart
View file
Open in desktop
Original file line number Diff line number Diff line change
@@ -0,0 +1,118 @@
// Copyright (c) 2015, the Dart project authors. Please see the AUTHORS file
// for details. All rights reserved. Use of this source code is governed by a
// BSD-style license that can be found in the LICENSE file.

/// @assertion Let `o` be an object, and let `u` be a fresh final variable bound
/// to o. The closurization of method `f` on object `o` is defined to be
/// equivalent to:
/// ```
/// - <X1 extends B′1, ..., Xs extends B′s>
/// (T1 p1, ..., Tn pn, {Tn+1 pn+1 = d1, ..., Tn+k pn+k = dk}) =>
/// u.m<X1, ..., Xs>(p1, ..., pn, pn+1: pn+1, ..., pn+k: pn+k);
/// ```
/// where `f` is an instance method named `m` which has type parameter
/// declarations `X1 extends B1, ..., Xs extends Bs`, required parameters
/// `p1, ..., pn`, and named parameters `pn+1, ..., pn+k` with defaults
/// `d1, ..., dk`, using `null` for parameters whose default value is not
/// specified.
///
/// @description Check that closurization of an instance method named `m` which
/// has type parameter declarations `X1 extends B1, ..., Xs extends Bs`,
/// required parameters `p1, ..., pn`, and named parameters `pn+1, ..., pn+k`
/// with defaults `d1, ..., dk` is equivalent to
/// ```
/// <X1 extends B′1, ..., Xs extends B′s>
/// (T1 p1, ..., Tn pn, {Tn+1 pn+1 = d1, ..., Tn+k pn+k = dk}) =>
/// u.m<X1, ..., Xs>(p1, ..., pn, pn+1: pn+1, ..., pn+k: pn+k);
/// ```
/// Test a non-generic case when `m` calls another method.
/// @author sgrekhov@unipro.ru

import '../../../../Utils/expect.dart';

class C {
double sum(a, b) => a + b;
double m(double r1, {p1 = 1, num p2 = 2.1, p3}) =>
sum(r1, p1) * r1 * p1 * p2 * (p3 ?? 1);
}

mixin M {
double sum(a, b) => a + b;
double m(double r1, {p1 = 2, num p2 = 2.2, p3}) =>
sum(r1, p1) * r1 * p1 * p2 * (p3 ?? 1);
}
class MO = Object with M;

enum E {
e0;

double sum(a, b) => a + b;
double m(double r1, {p1 = 3, num p2 = 2.3, p3}) =>
sum(r1, p1) * r1 * p1 * p2 * (p3 ?? 1);
}

class A {}

extension Ext on A {
double sum(a, b) => a + b;
double m(double r1, {p1 = 4, num p2 = 2.4, p3}) =>
sum(r1, p1) * r1 * p1 * p2 * (p3 ?? 1);
}

extension type ET(int _) {
double sum(a, b) => a + b;
double m(double r1, {p1 = 5, num p2 = 2.5, p3}) =>
sum(r1, p1) * r1 * p1 * p2 * (p3 ?? 1);
}

main() {
C c = C();
var fc = c.m;

var f1 = (double r1, {p1 = 1, num p2 = 2.1, p3}) =>
c.m(r1, p1: p1, p2: p2, p3: p3);
Expect.equals(f1(1.14, p1: 2, p2: 3, p3: 4), fc(1.14, p1: 2, p2: 3, p3: 4));
Expect.equals(f1(2.14), fc(2.14));
Expect.equals(f1(3.14, p1: 3, p3: null), fc(3.14, p1: 3));
Expect.equals(f1(4.14, p2: 4.4, p3: null), fc(4.14, p2: 4.4));
Expect.equals(f1(5.14, p3: 5), fc(5.14, p3: 5));

M m = MO();
var fm = m.m;
var f2 = (double r1, {p1 = 2, num p2 = 2.2, p3}) =>
m.m(r1, p1: p1, p2: p2, p3: p3);
Expect.equals(f2(2.14, p1: 4, p2: 5, p3: 6), fm(2.14, p1: 4, p2: 5, p3: 6));
Expect.equals(f2(3.14), fm(3.14));
Expect.equals(f2(4.14, p1: 4, p3: null), fm(4.14, p1: 4));
Expect.equals(f2(5.14, p2: 4.4, p3: null), fm(5.14, p2: 4.4));
Expect.equals(f2(6.14, p3: 4), fm(6.14, p3: 4));

var fe = E.e0.m;
var f3 = (double r1, {p1 = 3, num p2 = 2.3, p3}) =>
E.e0.m(r1, p1: p1, p2: p2, p3: p3);
Expect.equals(f3(3.14, p1: 5, p2: 6, p3: 7), fe(3.14, p1: 5, p2: 6, p3: 7));
Expect.equals(f3(4.14), fe(4.14));
Expect.equals(f3(5.14, p1: 4, p3: null), fe(5.14, p1: 4));
Expect.equals(f3(6.14, p2: 4.4, p3: null), fe(6.14, p2: 4.4));
Expect.equals(f3(7.14, p3: 4), fe(7.14, p3: 4));

var a = A();
var fa = a.m;
var f4 = (double r1, {p1 = 4, num p2 = 2.4, p3}) =>
a.m(r1, p1: p1, p2: p2, p3: p3);
Expect.equals(f4(4.14, p1: 4, p2: 5, p3: 6), fa(4.14, p1: 4, p2: 5, p3: 6));
Expect.equals(f4(5.14), fa(5.14));
Expect.equals(f4(6.14, p1: 4, p3: null), fa(6.14, p1: 4));
Expect.equals(f4(7.14, p2: 4.4, p3: null), fa(7.14, p2: 4.4));
Expect.equals(f4(8.14, p3: 4), fa(8.14, p3: 4));

var et = ET(0);
var fet = et.m;
var f5 = (double r1, {p1 = 5, num p2 = 2.5, p3}) =>
et.m(r1, p1: p1, p2: p2, p3: p3);
Expect.equals(f5(5.14, p1: 5, p2: 6, p3: 7), fet(5.14, p1: 5, p2: 6, p3: 7));
Expect.equals(f5(6.14), fet(6.14));
Expect.equals(f5(7.14, p1: 4, p3: null), fet(7.14, p1: 4));
Expect.equals(f5(8.14, p2: 4.4, p3: null), fet(8.14, p2: 4.4));
Expect.equals(f5(9.14, p3: 4), fet(9.14, p3: 4));
}
106 changes: 106 additions & 0 deletions ...y_Extraction/Instance_Method_Closurization/method_closurization_named_params_A02_t01.dart
View file
Open in desktop
Original file line number Diff line number Diff line change
@@ -0,0 +1,106 @@
// Copyright (c) 2025, the Dart project authors. Please see the AUTHORS file
// for details. All rights reserved. Use of this source code is governed by a
// BSD-style license that can be found in the LICENSE file.

/// @assertion Let `o` be an object, and let `u` be a fresh final variable bound
/// to o. The closurization of method `f` on object `o` is defined to be
/// equivalent to:
/// ```
/// - <X1 extends B′1, ..., Xs extends B′s>
/// (T1 p1, ..., Tn pn, {Tn+1 pn+1 = d1, ..., Tn+k pn+k = dk}) =>
/// u.m<X1, ..., Xs>(p1, ..., pn, pn+1: pn+1, ..., pn+k: pn+k);
/// ```
/// where `f` is an instance method named `m` which has type parameter
/// declarations `X1 extends B1, ..., Xs extends Bs`, required parameters
/// `p1, ..., pn`, and named parameters `pn+1, ..., pn+k` with defaults
/// `d1, ..., dk`, using `null` for parameters whose default value is not
/// specified.
/// ...
/// `B′ j, j ∈ 1..s`, are determined as follows: If `o` is an instance of a
/// non-generic class, `B′ j = Bj,j ∈ 1..s`.
///
/// @description Check that if `o` is an instance of a non-generic class, then
/// `B′ j = Bj,j ∈ 1..s`.
/// @author sgrekhov22@gmail.com

import '../../../../Utils/expect.dart';
import '../../../../Utils/static_type_helper.dart';

class C {
X0 m<X0 extends int, X1 extends num, X2 extends X1>(X1 r1, {required X2 p1}) {
return (r1 + p1) as X0;
}
}

mixin M {
X0 m<X0 extends int, X1 extends num, X2 extends X1>(X1 r1, {required X2 p1}) {
return (r1 + p1) as X0;
}
}
class MO = Object with M;

enum E {
e0;
X0 m<X0 extends int, X1 extends num, X2 extends X1>(X1 r1, {required X2 p1}) {
return (r1 + p1) as X0;
}
}

class A {}
extension Ext on A {
X0 m<X0 extends int, X1 extends num, X2 extends X1>(X1 r1, {required X2 p1}) {
return (r1 + p1) as X0;
}
}

extension type ET(int _) {
X0 m<X0 extends int, X1 extends num, X2 extends X1>(X1 r1, {required X2 p1}) {
return (r1 + p1) as X0;
}
}

main() {
C c = C();
final fc = c.m;
fc.expectStaticType<
Exactly<X0 Function<X0 extends int, X1 extends num, X2 extends X1>(
X1 r1, {required X2 p1})>>();
Expect.isTrue(
fc is X0 Function<X0 extends int, X1 extends num, X2 extends X1>( // ignore: unnecessary_type_check
X1 r1, {required X2 p1}));

M m = MO();
final fm = m.m;
fm.expectStaticType<
Exactly<X0 Function<X0 extends int, X1 extends num, X2 extends X1>(
X1 r1, {required X2 p1})>>();
Expect.isTrue(
fm is X0 Function<X0 extends int, X1 extends num, X2 extends X1>( // ignore: unnecessary_type_check
X1 r1, {required X2 p1}));

final fe = E.e0.m;
fe.expectStaticType<
Exactly<X0 Function<X0 extends int, X1 extends num, X2 extends X1>(
X1 r1, {required X2 p1})>>();
Expect.isTrue(
fe is X0 Function<X0 extends int, X1 extends num, X2 extends X1>( // ignore: unnecessary_type_check
X1 r1, {required X2 p1}));

A a = A();
final fa = a.m;
fa.expectStaticType<
Exactly<X0 Function<X0 extends int, X1 extends num, X2 extends X1>(
X1 r1, {required X2 p1})>>();
Expect.isTrue(
fa is X0 Function<X0 extends int, X1 extends num, X2 extends X1>( // ignore: unnecessary_type_check
X1 r1, {required X2 p1}));

ET et = ET(0);
final fet = et.m;
fet.expectStaticType<
Exactly<X0 Function<X0 extends int, X1 extends num, X2 extends X1>(
X1 r1, {required X2 p1})>>();
Expect.isTrue(
fet is X0 Function<X0 extends int, X1 extends num, X2 extends X1>( // ignore: unnecessary_type_check
X1 r1, {required X2 p1}));
}
Loading