Bump new minor release

build.sbt

@@ -5,7 +5,7 @@ lazy val cats = (project in file("."))
   organization := "org.scala-exercises",
   name         := "exercises-cats",
   scalaVersion := "2.11.7",
-  version := "0.1.2",
+  version := "0.2.1-SNAPSHOT",
   resolvers ++= Seq(
     Resolver.sonatypeRepo("snapshots"),
     Resolver.sonatypeRepo("releases")

project/plugins.sbt

@@ -1,2 +1,6 @@
-addSbtPlugin("org.scala-exercises" % "sbt-exercise" % "0.1.1", "0.13", "2.10")
+resolvers ++= Seq(
+  Resolver.sonatypeRepo("snapshots")
+)
+
+addSbtPlugin("org.scala-exercises" % "sbt-exercise" % "0.2.1-SNAPSHOT", "0.13", "2.10")
 addSbtPlugin("com.jsuereth" % "sbt-pgp" % "1.0.0")

src/main/scala/catslib/Applicative.scala

@@ -14,7 +14,7 @@ import cats.std.all._
   *
   * @param name applicative
   */
-object ApplicativeSection extends FlatSpec with Matchers with exercise.Section {
+object ApplicativeSection extends FlatSpec with Matchers with org.scalaexercises.definitions.Section {
 
   /** This method takes any value and returns the value in the context of
     * the functor. For many familiar functors, how to do this is

src/main/scala/catslib/Apply.scala

@@ -42,7 +42,7 @@ import cats.syntax.cartesian._
   *
   * @param name apply
   */
-object ApplySection extends FlatSpec with Matchers with exercise.Section {
+object ApplySection extends FlatSpec with Matchers with org.scalaexercises.definitions.Section {
   /** = map =
     *
     * Since `Apply` extends `Functor`, we can use the `map` method from `Functor`:

src/main/scala/catslib/CatsLibrary.scala

@@ -4,7 +4,7 @@ package catslib
   *
   * @param name cats
   */
-object CatsLibrary extends exercise.Library {
+object CatsLibrary extends org.scalaexercises.definitions.Library {
   override def owner = "scala-exercises"
   override def repository = "exercises-cats"
 

src/main/scala/catslib/Foldable.scala

@@ -33,7 +33,7 @@ import cats.implicits._
   *
   * @param name foldable
   */
-object FoldableSection extends FlatSpec with Matchers with exercise.Section {
+object FoldableSection extends FlatSpec with Matchers with org.scalaexercises.definitions.Section {
   /** = foldLeft =
     *
     * `foldLeft` is an eager left-associative fold on `F` using the given function.

src/main/scala/catslib/FunctorSection.scala

@@ -67,7 +67,7 @@ import cats.std.list._
   *
   * @param name functor
   */
-object FunctorSection extends FlatSpec with Matchers with exercise.Section {
+object FunctorSection extends FlatSpec with Matchers with org.scalaexercises.definitions.Section {
   /** = Using Functor =
     *
     * == map ==

src/main/scala/catslib/IdentitySection.scala

@@ -26,7 +26,7 @@ import org.scalatest._
   *
   * @param name identity
   */
-object IdentitySection extends FlatSpec with Matchers with exercise.Section {
+object IdentitySection extends FlatSpec with Matchers with org.scalaexercises.definitions.Section {
 
   /** We can freely compare values of `Id[T]` with unadorned
     * values of type `T`.

src/main/scala/catslib/Monad.scala

@@ -12,7 +12,7 @@ import MonadHelpers._
   *
   * @param name monad
   */
-object MonadSection extends FlatSpec with Matchers with exercise.Section {
+object MonadSection extends FlatSpec with Matchers with org.scalaexercises.definitions.Section {
   /** The name `flatten` should remind you of the functions of the same name on many
     * classes in the standard library.
     */

src/main/scala/catslib/Monoid.scala

@@ -6,8 +6,6 @@ import cats._
 import cats.std.all._
 import cats.syntax.all._
 
-import MonoidHelpers._
-
 /** `Monoid` extends the `Semigroup` type class, adding an
   * `empty` method to semigroup's `combine`. The `empty` method must return a
   * value that when combined with any other instance of that type returns the
@@ -27,7 +25,7 @@ import MonoidHelpers._
   *
   * @param name monoid
   */
-object MonoidSection extends FlatSpec with Matchers with exercise.Section {
+object MonoidSection extends FlatSpec with Matchers with org.scalaexercises.definitions.Section {
   /** First some imports.
     *
     * {{{
@@ -69,7 +67,7 @@ object MonoidSection extends FlatSpec with Matchers with exercise.Section {
   /** To use this
     * with a function that produces a tuple, we can define a `Monoid` for a tuple
     * that will be valid for any tuple where the types it contains also have a
-    * `Monoid` available.
+    * `Monoid` available. Note that cats already defines it for you.
     *
     * {{{
     *     implicit def monoidTuple[A: Monoid, B: Monoid]: Monoid[(A, B)] =

src/main/scala/catslib/Semigroup.scala

@@ -31,7 +31,7 @@ import cats._
   *
   * @param name semigroup
   */
-object SemigroupSection extends FlatSpec with Matchers with exercise.Section {
+object SemigroupSection extends FlatSpec with Matchers with org.scalaexercises.definitions.Section {
   /** Now that you've learned about the `Semigroup` instance for `Int` try to
     * guess how it works in the following examples:
     *

src/main/scala/catslib/Traverse.scala

@@ -81,7 +81,7 @@ import TraverseHelpers._
   *
   * @param name traverse
   */
-object TraverseSection extends FlatSpec with Matchers with exercise.Section {
+object TraverseSection extends FlatSpec with Matchers with org.scalaexercises.definitions.Section {
   /** == Choose your effect ==
     *
     * The type signature of `Traverse` appears highly abstract, and indeed it is - what `traverse` does as it

src/main/scala/catslib/Validated.scala

@@ -162,7 +162,7 @@ import ValidatedHelpers._
   *
   * @param name validated
   */
-object ValidatedSection extends FlatSpec with Matchers with exercise.Section {
+object ValidatedSection extends FlatSpec with Matchers with org.scalaexercises.definitions.Section {
   /** When no errors are present in the configuration, we get a `ConnectionParams` wrapped in a `Valid` instance.
     */
   def noErrors(res0: Boolean, res1: String, res2: Int) = {

src/main/scala/catslib/XorSection.scala

@@ -107,7 +107,7 @@ object XorStyleWithAdts {
   *
   * @param name xor
   */
-object XorSection extends FlatSpec with Matchers with exercise.Section {
+object XorSection extends FlatSpec with Matchers with org.scalaexercises.definitions.Section {
 
   /** More often than not we want to just bias towards one side and call it a day - by convention,
     * the right side is most often chosen. This is the primary difference between `Xor` and `Either` -