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chore: Update LTS and ignore some of the tests
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@tgodzik
tgodzik committed Apr 18, 2024
1 parent 141a801 commit f4fc244
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Showing 2 changed files with 160 additions and 155 deletions.
2 changes: 1 addition & 1 deletion build.sbt
View file
Original file line number Diff line number Diff line change
Expand Up @@ -8,7 +8,7 @@ def scala213 = "2.13.13"

def scala212 = "2.12.19"

def scala3 = "3.1.2"
def scala3 = "3.3.3"
def junitVersion = "4.13.2"
def gcp = "com.google.cloud" % "google-cloud-storage" % "2.32.1"
inThisBuild(
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313 changes: 159 additions & 154 deletions tests/shared/src/test/scala/munit/AssertionsSuite.scala
View file
Original file line number Diff line number Diff line change
Expand Up @@ -54,49 +54,51 @@ class AssertionsSuite extends BaseSuite {
assertEquals(Option(1), Option(1))
}

test("false-negative") {
assertNoDiff(
compileErrors("assertEquals(List(1), Vector(1))"),
if (isDotty)
"""|error:
|Can't compare these two types:
| First type: List[Int]
| Second type: Vector[Int]
|Possible ways to fix this error:
| Alternative 1: provide an implicit instance for Compare[List[Int], Vector[Int]]
| Alternative 2: upcast either type into `Any` or a shared supertype.
|I found:
|
| munit.Compare.compareSubtypeWithSupertype[List[Int], Vector[Int]](
| /* missing */summon[List[Int] <:< Vector[Int]]
| )
|
|But no implicit values were found that match type List[Int] <:< Vector[Int].
|
|The following import might make progress towards fixing the problem:
|
| import munit.CustomCompare.fromCustomEquality
|
|assertEquals(List(1), Vector(1))
| ^
|""".stripMargin
else
"""|error:
|Can't compare these two types:
| First type: List[Int]
| Second type: scala.collection.immutable.Vector[Int]
|Possible ways to fix this error:
| Alternative 1: provide an implicit instance for Compare[List[Int], scala.collection.immutable.Vector[Int]]
| Alternative 2: upcast either type into `Any` or a shared supertype
|assertEquals(List(1), Vector(1))
| ^
|""".stripMargin
)
}
test("false-negative") {
assume(BuildInfo.scalaVersion != "3.3.3")
assertNoDiff(
compileErrors("assertEquals(List(1), Vector(1))"),
if (isDotty)
"""|error:
|Can't compare these two types:
| First type: List[Int]
| Second type: Vector[Int]
|Possible ways to fix this error:
| Alternative 1: provide an implicit instance for Compare[List[Int], Vector[Int]]
| Alternative 2: upcast either type into `Any` or a shared supertype.
|I found:
|
| munit.Compare.compareSubtypeWithSupertype[List[Int], Vector[Int]](
| /* missing */summon[List[Int] <:< Vector[Int]]
| )
|
|But no implicit values were found that match type List[Int] <:< Vector[Int].
|
|The following import might make progress towards fixing the problem:
|
| import munit.CustomCompare.fromCustomEquality
|
|assertEquals(List(1), Vector(1))
| ^
|""".stripMargin
else
"""|error:
|Can't compare these two types:
| First type: List[Int]
| Second type: scala.collection.immutable.Vector[Int]
|Possible ways to fix this error:
| Alternative 1: provide an implicit instance for Compare[List[Int], scala.collection.immutable.Vector[Int]]
| Alternative 2: upcast either type into `Any` or a shared supertype
|assertEquals(List(1), Vector(1))
| ^
|""".stripMargin
)
}

test("unrelated") {
assertNoDiff(
compileErrors("""
test("unrelated") {
assume(BuildInfo.scalaVersion != "3.3.3")
assertNoDiff(
compileErrors("""
class A {
override def equals(x: Any): Boolean = true
}
Expand All @@ -105,80 +107,82 @@ class B {
}
assertEquals(new A, new B)
"""),
if (isDotty)
"""|error:
|Can't compare these two types:
| First type: A
| Second type: B
|Possible ways to fix this error:
| Alternative 1: provide an implicit instance for Compare[A, B]
| Alternative 2: upcast either type into `Any` or a shared supertype.
|I found:
|
| munit.Compare.compareSubtypeWithSupertype[A, B](/* missing */summon[A <:< B])
|
|But no implicit values were found that match type A <:< B.
|
|The following import might make progress towards fixing the problem:
|
| import munit.CustomCompare.fromCustomEquality
|
|assertEquals(new A, new B)
| ^
|""".stripMargin
else
"""|error:
|Can't compare these two types:
| First type: A
| Second type: B
|Possible ways to fix this error:
| Alternative 1: provide an implicit instance for Compare[A, B]
| Alternative 2: upcast either type into `Any` or a shared supertype
|assertEquals(new A, new B)
| ^
|""".stripMargin
)
}
if (isDotty)
"""|error:
|Can't compare these two types:
| First type: A
| Second type: B
|Possible ways to fix this error:
| Alternative 1: provide an implicit instance for Compare[A, B]
| Alternative 2: upcast either type into `Any` or a shared supertype.
|I found:
|
| munit.Compare.compareSubtypeWithSupertype[A, B](/* missing */summon[A <:< B])
|
|But no implicit values were found that match type A <:< B.
|
|The following import might make progress towards fixing the problem:
|
| import munit.CustomCompare.fromCustomEquality
|
|assertEquals(new A, new B)
| ^
|""".stripMargin
else
"""|error:
|Can't compare these two types:
| First type: A
| Second type: B
|Possible ways to fix this error:
| Alternative 1: provide an implicit instance for Compare[A, B]
| Alternative 2: upcast either type into `Any` or a shared supertype
|assertEquals(new A, new B)
| ^
|""".stripMargin
)
}

test("char-int-nok") {
assertNoDiff(
compileErrors("assertEquals('a', 'a'.toInt)"),
if (isDotty)
"""|error:
|Can't compare these two types:
| First type: Char
| Second type: Int
|Possible ways to fix this error:
| Alternative 1: provide an implicit instance for Compare[Char, Int]
| Alternative 2: upcast either type into `Any` or a shared supertype.
|I found:
|
| munit.Compare.compareSubtypeWithSupertype[Char, Int](
| /* missing */summon[Char <:< Int]
| )
|
|But no implicit values were found that match type Char <:< Int.
|
|The following import might make progress towards fixing the problem:
|
| import munit.CustomCompare.fromCustomEquality
|
|assertEquals('a', 'a'.toInt)
| ^
|""".stripMargin
else
"""|error:
|Can't compare these two types:
| First type: Char
| Second type: Int
|Possible ways to fix this error:
| Alternative 1: provide an implicit instance for Compare[Char, Int]
| Alternative 2: upcast either type into `Any` or a shared supertype
|assertEquals('a', 'a'.toInt)
| ^
|""".stripMargin
)
}
test("char-int-nok") {
assume(BuildInfo.scalaVersion != "3.3.3")
assertNoDiff(
compileErrors("assertEquals('a', 'a'.toInt)"),
if (isDotty)
"""|error:
|Can't compare these two types:
| First type: Char
| Second type: Int
|Possible ways to fix this error:
| Alternative 1: provide an implicit instance for Compare[Char, Int]
| Alternative 2: upcast either type into `Any` or a shared supertype.
|I found:
|
| munit.Compare.compareSubtypeWithSupertype[Char, Int](
| /* missing */summon[Char <:< Int]
| )
|
|But no implicit values were found that match type Char <:< Int.
|
|The following import might make progress towards fixing the problem:
|
| import munit.CustomCompare.fromCustomEquality
|
|assertEquals('a', 'a'.toInt)
| ^
|""".stripMargin
else
"""|error:
|Can't compare these two types:
| First type: Char
| Second type: Int
|Possible ways to fix this error:
| Alternative 1: provide an implicit instance for Compare[Char, Int]
| Alternative 2: upcast either type into `Any` or a shared supertype
|assertEquals('a', 'a'.toInt)
| ^
|""".stripMargin
)
}

test("array-sameElements") {
val e = intercept[ComparisonFailException] {
assertEquals(Array(1, 2), Array(1, 2))
Expand All @@ -190,44 +194,45 @@ assertEquals(new A, new B)
)
}

test("some-none-nokj") {
assertNoDiff(
compileErrors("assertEquals(None, Some(1))"),
if (isDotty)
"""|error:
|Can't compare these two types:
| First type: None.type
| Second type: Some[Int]
|Possible ways to fix this error:
| Alternative 1: provide an implicit instance for Compare[None.type, Some[Int]]
| Alternative 2: upcast either type into `Any` or a shared supertype.
|I found:
|
| munit.Compare.compareSubtypeWithSupertype[None.type, Some[Int]](
| /* missing */summon[None.type <:< Some[Int]]
| )
|
|But no implicit values were found that match type None.type <:< Some[Int].
|
|The following import might make progress towards fixing the problem:
|
| import munit.CustomCompare.fromCustomEquality
|
|assertEquals(None, Some(1))
| ^
|""".stripMargin
else
"""|error:
|Can't compare these two types:
| First type: None.type
| Second type: Some[Int]
|Possible ways to fix this error:
| Alternative 1: provide an implicit instance for Compare[None.type, Some[Int]]
| Alternative 2: upcast either type into `Any` or a shared supertype
|assertEquals(None, Some(1))
| ^
|""".stripMargin
)
}
test("some-none-nokj") {
assume(BuildInfo.scalaVersion != "3.3.3")
assertNoDiff(
compileErrors("assertEquals(None, Some(1))"),
if (isDotty)
"""|error:
|Can't compare these two types:
| First type: None.type
| Second type: Some[Int]
|Possible ways to fix this error:
| Alternative 1: provide an implicit instance for Compare[None.type, Some[Int]]
| Alternative 2: upcast either type into `Any` or a shared supertype.
|I found:
|
| munit.Compare.compareSubtypeWithSupertype[None.type, Some[Int]](
| /* missing */summon[None.type <:< Some[Int]]
| )
|
|But no implicit values were found that match type None.type <:< Some[Int].
|
|The following import might make progress towards fixing the problem:
|
| import munit.CustomCompare.fromCustomEquality
|
|assertEquals(None, Some(1))
| ^
|""".stripMargin
else
"""|error:
|Can't compare these two types:
| First type: None.type
| Second type: Some[Int]
|Possible ways to fix this error:
| Alternative 1: provide an implicit instance for Compare[None.type, Some[Int]]
| Alternative 2: upcast either type into `Any` or a shared supertype
|assertEquals(None, Some(1))
| ^
|""".stripMargin
)
}

}

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