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package magnolia.tests
import magnolia._
import estrapade._
import contextual.data.scalac._
import contextual.data.fqt._
import contextual.data.txt._
import scala.util._
object Tests extends TestApp {
def tests() = {
import examples._
compileTimeRestart()
test("construct a Show product instance") {
import examples._
Show.generic[Person].show(Person("John Smith", 34))
}.assert(_ == """Person(name=John Smith,age=34)""")
test("construct a Show coproduct instance") {
import examples._
Show.generic[Person].show(Person("John Smith", 34))
}.assert(_ == "Person(name=John Smith,age=34)")
test("serialize a Branch") {
import magnolia.examples._
implicitly[Show[String, Branch[String]]].show(Branch(Leaf("LHS"), Leaf("RHS")))
}.assert(_ == "Branch[String](left=Leaf[String](value=LHS),right=Leaf[String](value=RHS))")
test("test equality false") {
import examples._
Eq.generic[Entity].equal(Person("John Smith", 34), Person("", 0))
}.assert(_ == false)
test("test equality true") {
import examples._
Eq.generic[Entity].equal(Person("John Smith", 34), Person("John Smith", 34))
}.assert(_ == true)
test("test branch equality true") {
import examples._
Eq.generic[Tree[String]].equal(Branch(Leaf("one"), Leaf("two")), Branch(Leaf("one"), Leaf("two")))
}.assert(_ == true)
test("construct a default value") {
Default.generic[Entity].default
}.assert(_ == (Company(""): Entity))
test("construction of Show instance for Leaf") {
scalac"""
import magnolia.examples._
implicitly[Show[String, Leaf[java.lang.String]]]
"""
}.assert(_ == (Returns(fqt"magnolia.examples.Show[String,magnolia.examples.Leaf[String]]"): Compilation))
test("construction of Show instance for Tree") {
scalac"""
import magnolia.examples._
implicitly[Show[String, Tree[String]]]
"""
}.assert(_ == (Returns(fqt"magnolia.examples.Show[String,magnolia.examples.Tree[String]]"): Compilation))
test("serialize a Leaf") {
implicitly[Show[String, Leaf[String]]].show(Leaf("testing"))
}.assert(_ == "Leaf[String](value=testing)")
test("serialize a Branch as a Tree") {
implicitly[Show[String, Tree[String]]].show(Branch(Leaf("LHS"), Leaf("RHS")))
}.assert(_ == "Branch[String](left=Leaf[String](value=LHS),right=Leaf[String](value=RHS))")
test("show error stack") {
scalac"""
import magnolia.examples._
case class Alpha(integer: Double)
case class Beta(alpha: Alpha)
Show.generic[Beta]
"""
}.assert(_ == (TypecheckError(txt"""magnolia: could not find typeclass for type Double
| in parameter 'integer' of product type Alpha
| in parameter 'alpha' of product type Beta
|"""): Compilation))
//test("construct a decoder") {
//Decoder.generic[Tree[String]].decode("string")
//}.assert(_ == (Leaf("something"): Tree[String]))
compileTimeReport()
}
}
|
