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import scala.tools.nsc.doc.model._
import scala.tools.partest.ScaladocModelTest
import language._
object Test extends ScaladocModelTest {
// test a file instead of a piece of code
override def resourceFile = "implicits-base-res.scala"
// start implicits
def scaladocSettings = "-implicits -implicits-show-all"
def testModel(root: Package) = {
// get the quick access implicit defs in scope (_package(s), _class(es), _trait(s), object(s) _method(s), _value(s))
import access._
// SEE THE test/resources/implicits-base-res.scala FOR THE EXPLANATION OF WHAT'S CHECKED HERE:
val base = root._package("scala")._package("test")._package("scaladoc")._package("implicits")._package("base")
var conv: ImplicitConversion = null
//// class A ///////////////////////////////////////////////////////////////////////////////////////////////////////////
val A = base._class("A")
// the method pimped on by pimpA0 should be shadowed by the method in class A
assert(A._conversions(A.qualifiedName + ".pimpA0").isEmpty)
// def convToNumericA: T // pimpA1: with a constraint that there is x: Numeric[T] implicit in scope
conv = A._conversion(A.qualifiedName + ".pimpA1")
assert(conv.members.length == 1)
assert(conv.constraints.length == 1)
assert(conv._member("convToNumericA").resultType.name == "T")
// def convToIntA: Int // pimpA2: with a constraint that T = Int
conv = A._conversion(A.qualifiedName + ".pimpA2")
assert(conv.members.length == 1)
assert(conv.constraints.length == 1)
assert(conv._member("convToIntA").resultType.name == "Int")
// def convToGtColonDoubleA: Double // pimpA3: with a constraint that T <: Double
conv = A._conversion(A.qualifiedName + ".pimpA3")
assert(conv.members.length == 1)
assert(conv.constraints.length == 1)
assert(conv._member("convToGtColonDoubleA").resultType.name == "Double")
// def convToPimpedA: S // pimpA4: with 3 constraints: T = Foo[Bar[S]], S: Foo and S: Bar
conv = A._conversion(A.qualifiedName + ".pimpA4")
assert(conv.members.length == 1)
assert(conv.constraints.length == 3)
assert(conv._member("convToPimpedA").resultType.name == "S")
// def convToPimpedA: Bar[Foo[T]] // pimpA5: no constraints
conv = A._conversion(A.qualifiedName + ".pimpA5")
assert(conv.members.length == 1)
assert(conv.constraints.length == 0)
assert(conv._member("convToPimpedA").resultType.name == "Bar[Foo[T]]")
// def convToMyNumericA: T // pimpA6: with a constraint that there is x: MyNumeric[T] implicit in scope
conv = A._conversion(A.qualifiedName + ".pimpA6")
assert(conv.members.length == 1)
assert(conv.constraints.length == 1)
assert(conv._member("convToMyNumericA").resultType.name == "T")
// def convToManifestA: T // pimpA7: with 2 constraints: T: Manifest and T <: Double
// def convToTraversableOps: T // pimpA7: with 2 constraints: T: Manifest and T <: Double
// should not be abstract!
conv = A._conversion(A.qualifiedName + ".pimpA7")
assert(conv.members.length == 2)
assert(conv.constraints.length == 2)
assert(conv._member("convToManifestA").resultType.name == "T")
assert(conv._member("convToTraversableOps").resultType.name == "T")
assert(conv._member("convToTraversableOps").flags.toString.indexOf("abstract") == -1)
//// class B ///////////////////////////////////////////////////////////////////////////////////////////////////////////
val B = base._class("B")
// these conversions should not affect B
assert(B._conversions(A.qualifiedName + ".pimpA0").isEmpty)
assert(B._conversions(A.qualifiedName + ".pimpA2").isEmpty)
assert(B._conversions(A.qualifiedName + ".pimpA4").isEmpty)
// def convToNumericA: Double // pimpA1: no constraintsd
conv = B._conversion(A.qualifiedName + ".pimpA1")
assert(conv.members.length == 1)
assert(conv.constraints.length == 0)
assert(conv._member("convToNumericA").resultType.name == "Double")
// def convToGtColonDoubleA: Double // pimpA3: no constraints
conv = B._conversion(A.qualifiedName + ".pimpA3")
assert(conv.members.length == 1)
assert(conv.constraints.length == 0)
assert(conv._member("convToGtColonDoubleA").resultType.name == "Double")
// def convToPimpedA: Bar[Foo[Double]] // pimpA5: no constraints
conv = B._conversion(A.qualifiedName + ".pimpA5")
assert(conv.members.length == 1)
assert(conv.constraints.length == 0)
assert(conv._member("convToPimpedA").resultType.name == "Bar[Foo[Double]]")
// def convToMyNumericA: Double // pimpA6: (if showAll is set) with a constraint that there is x: MyNumeric[Double] implicit in scope
conv = B._conversion(A.qualifiedName + ".pimpA6")
assert(conv.members.length == 1)
assert(conv.constraints.length == 1)
assert(conv._member("convToMyNumericA").resultType.name == "Double")
// def convToManifestA: Double // pimpA7: no constraints
// def convToTraversableOps: Double // pimpA7: no constraints
// // should not be abstract!
conv = B._conversion(A.qualifiedName + ".pimpA7")
assert(conv.members.length == 2)
assert(conv.constraints.length == 0)
assert(conv._member("convToManifestA").resultType.name == "Double")
assert(conv._member("convToTraversableOps").resultType.name == "Double")
assert(conv._member("convToTraversableOps").flags.toString.indexOf("abstract") == -1)
//// class C ///////////////////////////////////////////////////////////////////////////////////////////////////////////
val C = base._class("C")
// these conversions should not affect C
assert(C._conversions(A.qualifiedName + ".pimpA0").isEmpty)
assert(C._conversions(A.qualifiedName + ".pimpA3").isEmpty)
assert(C._conversions(A.qualifiedName + ".pimpA4").isEmpty)
assert(C._conversions(A.qualifiedName + ".pimpA7").isEmpty)
// def convToNumericA: Int // pimpA1: no constraints
conv = C._conversion(A.qualifiedName + ".pimpA1")
assert(conv.members.length == 1)
assert(conv.constraints.length == 0)
assert(conv._member("convToNumericA").resultType.name == "Int")
// def convToIntA: Int // pimpA2: no constraints
conv = C._conversion(A.qualifiedName + ".pimpA2")
assert(conv.members.length == 1)
assert(conv.constraints.length == 0)
assert(conv._member("convToIntA").resultType.name == "Int")
// def convToPimpedA: Bar[Foo[Int]] // pimpA5: no constraints
conv = C._conversion(A.qualifiedName + ".pimpA5")
assert(conv.members.length == 1)
assert(conv.constraints.length == 0)
assert(conv._member("convToPimpedA").resultType.name == "Bar[Foo[Int]]")
// def convToMyNumericA: Int // pimpA6: (if showAll is set) with a constraint that there is x: MyNumeric[Int] implicit in scope
conv = C._conversion(A.qualifiedName + ".pimpA6")
assert(conv.members.length == 1)
assert(conv.constraints.length == 1)
assert(conv._member("convToMyNumericA").resultType.name == "Int")
//// class D ///////////////////////////////////////////////////////////////////////////////////////////////////////////
val D = base._class("D")
// these conversions should not affect D
assert(D._conversions(A.qualifiedName + ".pimpA0").isEmpty)
assert(D._conversions(A.qualifiedName + ".pimpA2").isEmpty)
assert(D._conversions(A.qualifiedName + ".pimpA3").isEmpty)
assert(D._conversions(A.qualifiedName + ".pimpA4").isEmpty)
assert(D._conversions(A.qualifiedName + ".pimpA7").isEmpty)
// def convToNumericA: String // pimpA1: (if showAll is set) with a constraint that there is x: Numeric[String] implicit in scope
conv = D._conversion(A.qualifiedName + ".pimpA1")
assert(conv.members.length == 1)
assert(conv.constraints.length == 1)
assert(conv._member("convToNumericA").resultType.name == "String")
// def convToPimpedA: Bar[Foo[String]] // pimpA5: no constraints
conv = D._conversion(A.qualifiedName + ".pimpA5")
assert(conv.members.length == 1)
assert(conv.constraints.length == 0)
assert(conv._member("convToPimpedA").resultType.name == "Bar[Foo[String]]")
// def convToMyNumericA: String // pimpA6: (if showAll is set) with a constraint that there is x: MyNumeric[String] implicit in scope
conv = D._conversion(A.qualifiedName + ".pimpA6")
assert(conv.members.length == 1)
assert(conv.constraints.length == 1)
assert(conv._member("convToMyNumericA").resultType.name == "String")
}
}
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