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mirror of https://github.com/danog/psalm.git synced 2024-11-27 04:45:20 +01:00
psalm/tests/TypeAnnotationTest.php
Daniil Gentili 1986c8b4a8
Add support for strict arrays, fix type alias intersection, fix array_is_list assertion on non-lists (#8395)
* Immutable CodeLocation

* Remove excess clones

* Remove external clones

* Remove leftover clones

* Fix final clone issue

* Immutable storages

* Refactoring

* Fixes

* Fixes

* Fix

* Fix

* Fixes

* Simplify

* Fixes

* Fix

* Fixes

* Update

* Fix

* Cache global types

* Fix

* Update

* Update

* Fixes

* Fixes

* Refactor

* Fixes

* Fix

* Fix

* More caching

* Fix

* Fix

* Update

* Update

* Fix

* Fixes

* Update

* Refactor

* Update

* Fixes

* Break one more test

* Fix

* FIx

* Fix

* Fix

* Fix

* Fix

* Improve performance and readability

* Equivalent logic

* Fixes

* Revert

* Revert "Revert"

This reverts commit f9175100c8452c80559234200663fd4c4f4dd889.

* Fix

* Fix reference bug

* Make default TypeVisitor immutable

* Bugfix

* Remove clones

* Partial refactoring

* Refactoring

* Fixes

* Fix

* Fixes

* Fixes

* cs-fix

* Fix final bugs

* Add test

* Misc fixes

* Update

* Fixes

* Experiment with removing different property

* revert "Experiment with removing different property"

This reverts commit ac1156e077fc4ea633530d51096d27b6e88bfdf9.

* Uniform naming

* Uniform naming

* Hack hotfix

* Clean up $_FILES ref #8621

* Undo hack, try fixing properly

* Helper method

* Remove redundant call

* Partially fix bugs

* Cleanup

* Change defaults

* Fix bug

* Fix (?, hope this doesn't break anything else)

* cs-fix

* Review fixes

* Bugfix

* Bugfix

* Improve logic

* Add support for list{} and callable-list{} types, properly implement array_is_list assertions (fixes #8389)

* Default to sealed arrays

* Fix array_merge bug

* Fixes

* Fix

* Sealed type checks

* Properly infer properties-of and get_object_vars on final classes

* Fix array_map zipping

* Fix tests

* Fixes

* Fixes

* Fix more stuff

* Recursively resolve type aliases

* Fix typo

* Fixes

* Fix array_is_list assertion on keyed array

* Add BC docs

* Fixes

* fix

* Update

* Update

* Update

* Update

* Seal arrays with count assertions

* Fix #8528

* Fix

* Update

* Improve sealed array foreach logic

* get_object_vars on template properties

* Fix sealed array assertion reconciler logic

* Improved reconciler

* Add tests

* Single source of truth for test types

* Fix tests

* Fixup tests

* Fixup tests

* Fixup tests

* Update

* Fix tests

* Fix tests

* Final fixes

* Fixes

* Use list syntax only when needed

* Fix tests

* Cs-fix

* Update docs

* Update docs

* Update docs

* Update docs

* Update docs

* Document missing types

* Update docs

* Improve class-string-map docs

* Update

* Update

* I love working on psalm :)

* Keep arrays unsealed by default

* Fixup tests

* Fix syntax mistake

* cs-fix

* Fix typo

* Re-import missing types

* Keep strict types only in return types

* argc/argv fixes

* argc/argv fixes

* Fix test

* Comment-out valinor code, pinging @romm pls merge https://github.com/CuyZ/Valinor/pull/246 so we can add valinor to the psalm docs :)
2022-11-05 22:34:42 +01:00

825 lines
26 KiB
PHP

<?php
namespace Psalm\Tests;
use Psalm\Tests\Traits\InvalidCodeAnalysisTestTrait;
use Psalm\Tests\Traits\ValidCodeAnalysisTestTrait;
class TypeAnnotationTest extends TestCase
{
use InvalidCodeAnalysisTestTrait;
use ValidCodeAnalysisTestTrait;
/**
*
*/
public function providerValidCodeParse(): iterable
{
return [
'typeAliasBeforeClass' => [
'code' => '<?php
namespace Barrr;
/**
* @psalm-type CoolType = A|B|null
*/
class A {}
class B {}
/** @return CoolType */
function foo() {
if (rand(0, 1)) {
return new A();
}
if (rand(0, 1)) {
return new B();
}
return null;
}
/** @param CoolType $a **/
function bar ($a) : void { }
bar(foo());',
],
'typeAliasBeforeFunction' => [
'code' => '<?php
namespace Barrr;
/**
* @psalm-type A_OR_B = A|B
* @psalm-type CoolType = A_OR_B|null
* @return CoolType
*/
function foo() {
if (rand(0, 1)) {
return new A();
}
if (rand(0, 1)) {
return new B();
}
return null;
}
class A {}
class B {}
/** @param CoolType $a **/
function bar ($a) : void { }
bar(foo());',
],
'typeAliasInSeparateBlockBeforeFunction' => [
'code' => '<?php
namespace Barrr;
/**
* @psalm-type CoolType = A|B|null
*/
/**
* @return CoolType
*/
function foo() {
if (rand(0, 1)) {
return new A();
}
if (rand(0, 1)) {
return new B();
}
return null;
}
class A {}
class B {}
/** @param CoolType $a **/
function bar ($a) : void { }
bar(foo());',
],
'almostFreeStandingTypeAlias' => [
'code' => '<?php
/**
* @psalm-type CoolType = A|B|null
*/
// this breaks up the line
class A {}
class B {}
/** @return CoolType */
function foo() {
if (rand(0, 1)) {
return new A();
}
if (rand(0, 1)) {
return new B();
}
return null;
}
/** @param CoolType $a **/
function bar ($a) : void { }
bar(foo());',
],
'typeAliasUsedTwice' => [
'code' => '<?php
namespace Baz;
/** @psalm-type TA = array<int, string> */
class Bar {
public function foo() : void {
$bar =
/** @return TA */
function() {
return ["hello"];
};
/** @var array<int, TA> */
$bat = [$bar(), $bar()];
foreach ($bat as $b) {
echo $b[0];
}
}
}
/**
* @psalm-type _A=strict-array{elt:int}
* @param _A $p
* @return _A
*/
function f($p) {
/** @var _A */
$r = $p;
return $r;
}',
],
'classTypeAliasSimple' => [
'code' => '<?php
namespace Bar;
/** @psalm-type PhoneType = strict-array{phone: string} */
class Phone {
/** @psalm-return PhoneType */
public function toArray(): array {
return ["phone" => "Nokia"];
}
}
/** @psalm-type NameType = strict-array{name: string} */
class Name {
/** @psalm-return NameType */
function toArray(): array {
return ["name" => "Matt"];
}
}
/**
* @psalm-import-type PhoneType from Phone as PhoneType2
* @psalm-import-type NameType from Name as NameType2
*
* @psalm-type UserType = PhoneType2&NameType2
*/
class User {
/** @psalm-return UserType */
function toArray(): array {
return array_merge(
(new Name)->toArray(),
(new Phone)->toArray()
);
}
}'
],
'classTypeAliasImportWithAlias' => [
'code' => '<?php
namespace Bar;
/** @psalm-type PhoneType = strict-array{phone: string} */
class Phone {
/** @psalm-return PhoneType */
public function toArray(): array {
return ["phone" => "Nokia"];
}
}
/**
* @psalm-import-type PhoneType from Phone as TPhone
*/
class User {
/** @psalm-return TPhone */
function toArray(): array {
return array_merge([], (new Phone)->toArray());
}
}'
],
'classTypeAliasDirectUsage' => [
'code' => '<?php
namespace Bar;
/** @psalm-type PhoneType = strict-array{phone: string} */
class Phone {
/** @psalm-return PhoneType */
public function toArray(): array {
return ["phone" => "Nokia"];
}
}
/**
* @psalm-import-type PhoneType from Phone
*/
class User {
/** @psalm-return PhoneType */
function toArray(): array {
return array_merge([], (new Phone)->toArray());
}
}'
],
'classTypeAliasFromExternalNamespace' => [
'code' => '<?php
namespace Foo {
/** @psalm-type PhoneType = strict-array{phone: string} */
class Phone {
/** @psalm-return PhoneType */
public function toArray(): array {
return ["phone" => "Nokia"];
}
}
}
namespace Bar {
/**
* @psalm-import-type PhoneType from \Foo\Phone
*/
class User {
/** @psalm-return PhoneType */
function toArray(): array {
return (new \Foo\Phone)->toArray();
}
}
}'
],
'importTypeForParam' => [
'code' => '<?php
namespace Bar;
/**
* @psalm-type Type = self::NULL|self::BOOL|self::INT|self::STRING
*/
interface I
{
public const NULL = 0;
public const BOOL = 1;
public const INT = 2;
public const STRING = 3;
/**
* @psalm-param Type $type
*/
public function a(int $type): void;
}
/**
* @psalm-import-type Type from I as Type2
*/
abstract class C implements I
{
public function a(int $type): void
{
$this->b($type);
}
/**
* @psalm-param Type2 $type
*/
private function b(int $type): void
{
}
}'
],
'usedInVarForForeach' => [
'code' => '<?php
/** @psalm-type _B=strict-array{p1:string} */
function e(array $a): void
{
/** @var _B $elt */
foreach ($a as $elt) {
echo $elt["p1"];
}
}'
],
'objectWithPropertiesAlias' => [
'code' => '<?php
/**
* @psalm-type FooStruct=string
*/
class A {}
/**
* @psalm-import-type FooStruct from A as F2
*/
class B {
/**
* @param object{foo: F2} $a
* @return object{foo: string}
*/
public function bar($a) {
return $a;
}
}'
],
'sameDocBlockTypeAliasAsTypeParameterForInterface' => [
'code' => '<?php
/** @template T */
interface A {
/** @return T */
public function output();
}
/**
* @psalm-type Foo=string
* @implements A<Foo>
*/
class C implements A {
public function output() {
return "hello";
}
}
$instance = new C();
$output = $instance->output();',
'assertions' => [
'$output' => 'string',
],
],
'sameDocBlockTypeAliasAsTypeParameterForExtendedRegularClass' => [
'code' => '<?php
/** @template T */
class A {
/** @var T */
public $value;
/** @param T $value */
public function __construct($value) {
$this->value = $value;
}
}
/**
* @psalm-type Foo=string
* @extends A<Foo>
*/
class C extends A {}
$instance = new C("hello");
$output = $instance->value;',
'assertions' => [
'$output' => 'string',
],
],
'sameDocBlockTypeAliasAsTypeParameterForExtendedAbstractClass' => [
'code' => '<?php
/** @template T */
abstract class A {
/** @var T */
public $value;
/** @param T $value */
public function __construct($value) {
$this->value = $value;
}
}
/**
* @psalm-type Foo=string
* @extends A<Foo>
*/
class C extends A {}
$instance = new C("hello");
$output = $instance->value;',
'assertions' => [
'$output' => 'string',
],
],
'importedTypeAliasAsTypeParameterForImplementation' => [
'code' => '<?php
namespace Bar;
/** @template T */
interface A {}
/** @psalm-type Foo=string */
class B {}
/**
* @psalm-import-type Foo from B
* @implements A<Foo>
*/
class C implements A {}',
],
'importedTypeAliasAsConstrainedTypeParameterForImplementation' => [
'code' => '<?php
namespace Bar;
/** @template T of string */
interface A {}
/**
* @psalm-type Foo = "foo"
*/
class B {}
/**
* @psalm-import-type Foo from B
* @implements A<Foo>
*/
class C implements A {}
'
],
'importedTypeAliasAsTypeParameterForExtendedClass' => [
'code' => '<?php
namespace Bar;
/** @template T */
class A {}
/** @psalm-type Foo=string */
class B {}
/**
* @psalm-import-type Foo from B
* @extends A<Foo>
*/
class C extends A {}',
],
'importedTypeAliasAsTypeParameterForExtendedAbstractClass' => [
'code' => '<?php
namespace Bar;
/** @template T */
abstract class A {}
/** @psalm-type Foo=string */
class B {}
/**
* @psalm-import-type Foo from B
* @extends A<Foo>
*/
class C extends A {}',
],
'importedTypeAliasRenamedAsTypeParameterForImplementation' => [
'code' => '<?php
namespace Bar;
/** @template T */
interface A {}
/** @psalm-type Foo=string */
class B {}
/**
* @psalm-import-type Foo from B as NewName
* @implements A<NewName>
*/
class C implements A {}',
],
'importedTypeAliasRenamedAsTypeParameterForExtendedClass' => [
'code' => '<?php
namespace Bar;
/** @template T */
class A {}
/** @psalm-type Foo=string */
class B {}
/**
* @psalm-import-type Foo from B as NewName
* @extends A<NewName>
*/
class C extends A {}',
],
'importedTypeAliasRenamedAsTypeParameterForExtendedAbstractClass' => [
'code' => '<?php
namespace Bar;
/** @template T */
abstract class A {}
/** @psalm-type Foo=string */
class B {}
/**
* @psalm-import-type Foo from B as NewName
* @extends A<NewName>
*/
class C extends A {}',
],
'importedTypeInsideLocalTypeAliasUsedAsTypeParameter' => [
'code' => '<?php
/** @template T */
abstract class A {
/** @var T */
public $value;
/** @param T $value */
public function __construct($value) {
$this->value = $value;
}
}
/**
* @psalm-type Foo=string
*/
class B {}
/**
* @psalm-import-type Foo from B
* @psalm-type Baz=Foo
*
* @extends A<Baz>
*/
class C extends A {}
$instance = new C("hello");
$output = $instance->value;',
'assertions' => [
'$output' => 'string',
],
],
'importedTypeWithPhpstanAnnotation' => [
'code' => '<?php
/** @template T */
abstract class A {
/** @var T */
public $value;
/** @param T $value */
public function __construct($value) {
$this->value = $value;
}
}
/**
* @phpstan-type Foo=string
*/
class B {}
/**
* @phpstan-import-type Foo from B
* @phpstan-type Baz=Foo
*
* @extends A<Baz>
*/
class C extends A {}
$instance = new C("hello");
$output = $instance->value;',
'assertions' => [
'$output' => 'string',
],
],
];
}
/**
*
*/
public function providerInvalidCodeParse(): iterable
{
return [
'invalidTypeAlias' => [
'code' => '<?php
namespace Barrr;
/**
* @psalm-type CoolType = A|B>
*/
class A {}',
'error_message' => 'InvalidDocblock',
],
'typeAliasInTKeyedArray' => [
'code' => '<?php
namespace Barrr;
/**
* @psalm-type aType null|"a"|"b"|"c"|"d"
*/
/** @psalm-return strict-array{0:bool,1:aType} */
function f(): array {
return [(bool)rand(0,1), rand(0,1) ? "z" : null];
}',
'error_message' => 'InvalidReturnStatement',
],
'classTypeAliasInvalidReturn' => [
'code' => '<?php
namespace Barrr;
/** @psalm-type PhoneType = strict-array{phone: string} */
class Phone {
/** @psalm-return PhoneType */
public function toArray(): array {
return ["phone" => "Nokia"];
}
}
/** @psalm-type NameType = strict-array{name: string} */
class Name {
/** @psalm-return NameType */
function toArray(): array {
return ["name" => "Matt"];
}
}
/**
* @psalm-import-type PhoneType from Phone as PhoneType2
* @psalm-import-type NameType from Name as NameType2
*
* @psalm-type UserType = PhoneType2&NameType2
*/
class User {
/** @psalm-return UserType */
function toArray(): array {
return array_merge(
(new Name)->toArray(),
["foo" => "bar"]
);
}
}',
'error_message' => 'InvalidReturnStatement',
],
'classTypeInvalidAliasImport' => [
'code' => '<?php
namespace Barrr;
class Phone {
function toArray(): array {
return ["name" => "Matt"];
}
}
/**
* @psalm-import-type PhoneType from Phone
*/
class User {}',
'error_message' => 'InvalidTypeImport',
],
'classTypeAliasFromInvalidClass' => [
'code' => '<?php
namespace Barrr;
/**
* @psalm-import-type PhoneType from Phone
*/
class User {}',
'error_message' => 'UndefinedDocblockClass',
],
'malformedImportMissingFrom' => [
'code' => '<?php
namespace Barrr;
/** @psalm-import-type Thing */
class C {}
',
'error_message' => 'InvalidTypeImport',
],
'malformedImportMissingSourceClass' => [
'code' => '<?php
namespace Barrr;
/** @psalm-import-type Thing from */
class C {}
',
'error_message' => 'InvalidTypeImport',
],
'malformedImportMisspelledFrom' => [
'code' => '<?php
namespace Barrr;
/** @psalm-import-type Thing morf */
class C {}
',
'error_message' => 'InvalidTypeImport',
],
'malformedImportMissingAlias' => [
'code' => '<?php
namespace Barrr;
/** @psalm-import-type Thing from Somewhere as */
class C {}
',
'error_message' => 'InvalidTypeImport',
],
'noCrashWithPriorReference' => [
'code' => '<?php
namespace Barrr;
/**
* @psalm-type _C=strict-array{c:_CC}
* @psalm-type _CC=float
*/
class A {
/**
* @param _C $arr
*/
public function foo(array $arr) : void {}
}',
'error_message' => 'UndefinedDocblockClass',
],
'mergeImportedTypes' => [
'code' => '<?php
namespace A\B;
/**
* @psalm-type _A=strict-array{
* id:int
* }
*
* @psalm-type _B=strict-array{
* id:int,
* something:int
* }
*/
class Types
{
}
namespace A;
/**
* @psalm-import-type _A from \A\B\Types as _AA
* @psalm-import-type _B from \A\B\Types as _BB
*/
class Id
{
/**
* @psalm-param _AA|_BB $_item
*/
public function ff(array $_item): int
{
return $_item["something"];
}
}',
'error_message' => 'PossiblyUndefinedArrayOffset',
],
'noCrashWithSelfReferencingType' => [
'code' => '<?php
/**
* @psalm-type SomeType = strict-array{
* parent?: SomeType,
* foo?: int,
* }
* @psalm-param SomeType $input
*/
function test(array $input):void {}',
'error_message' => 'InvalidDocblock',
],
'invalidTypeWhenNotImported' => [
'code' => '<?php
/** @psalm-type Foo = string */
class A {}
/** @template T */
interface B {}
/** @implements B<Foo> */
class C implements B {}',
'error_message' => 'UndefinedDocblockClass',
],
'invalidTypeWhenNotImportedInsideAnotherTypeAlias' => [
'code' => '<?php
/** @psalm-type Foo = string */
class A {}
/** @template T */
interface B {}
/**
* @psalm-type Baz=Foo
* @implements B<Baz>
*/
class C implements B {}',
'error_message' => 'UndefinedDocblockClass',
],
];
}
}