Create separate add practice exercise doc

Author: ErikSchierboom

building/config.json

@@ -102,10 +102,17 @@
   {
     "uuid": "d951a049-a5ca-4b38-ae06-68b10cfbb2d9",
     "slug": "tracks/practice-exercises",
-    "path": "building/tracks/practice-exercises.md",
+    "path": "building/tracks/practice-exercises/README.md",
     "title": "Practice Exercises",
     "blurb": ""
   },
+  {
+    "uuid": "531f0e8a-0207-42a8-bf68-26ca42f8872f",
+    "slug": "tracks/practice-exercises/add",
+    "path": "building/tracks/practice-exercises/add.md",
+    "title": "Add a Practice Exercise",
+    "blurb": ""
+  },
   {
     "uuid": "34387a23-f65c-490e-96ed-6b5e25298db7",
     "slug": "tracks/concept-exercises",

building/tracks/new/add-initial-exercises.md

@@ -103,98 +103,8 @@ To make this all a bit more concrete, this is what a sample selection of initial
 
 ## Implement exercises
 
-### Scaffold exercise
-
 Having selected the exercises you want include in your track, the next step is to implement them.
-You can quickly scaffold a new Practice Exercise by running the `bin/add-practice-exercise` script ([source](https://github.com/exercism/generic-track/blob/main/bin/add-practice-exercise)) from the track's root directory:
-
-```shell
-bin/add-practice-exercise <exercise-slug>
-```
-
-Optionally, you can also specify the exercise's difficulty (via `-d`) and/or author's GitHub username (via `-a`):
-
-```shell
-bin/add-practice-exercise -d 3 -a foobar <exercise-slug>
-```
-
-```exercism/note
-If you're working on a track repo without this file, feel free to copy them into your repo using the above source link.
-```
-
-### Implement exercise
-
-Once the scaffolded files have been created, you'll then have to:
-
-- Add tests to the tests file
-- Add an example implementation
-- Define the stub file's contents
-- Within the exercise's `.meta/config.json` file:
-  - Add the GitHub username of the exercise's authors to the `authors` key
-- Within the track's `config.json` file:
-  - Check/update the exercise's difficulty
-  - Add concepts to the `practices` key (only required when the track has concept exercises)
-  - Add concepts to the `prerequisites` key (only required when the track has concept exercises)
-
-#### Add tests
-
-A key part of adding an exercise is adding tests.
-Rougly speaking, there are two options when adding tests for one of the above exercises:
-
-1. Implement the tests from scratch, using the test cases from the exercise's `canonical-data.json` file as found in the [problem-specifications repo][problem-specifications-exercises].
-2. Port the tests from another track's implementation (tip: go to `https://exercism.org/exercises/<slug>` to get an overview of which tracks have implemented a specific exercise).
-
-The second option can be particularly appealing, as it can give you results quickly.
-Keep in mind, though, that you should tweak the implementation to best fit your track.
-As an example, some tracks do not use classes but only work with functions.
-If your track usually works with objects though, you should adapt the implementation to what best fits your track.
-
-#### Add example implementation
-
-To ensure that it is possible to write code that passes the tests, an example implementation needs to be added.
-
-```exercism/note
-The code does _not_ have to be idiomatic, it only has to pass the tests.
-```
-
-You can verify the example implementation passes all the tests by running the `bin/verify-exercises` script ([source](https://github.com/exercism/generic-track/blob/main/bin/verify-exercises)) from the track's root directory:
-
-```shell
-bin/verify-exercises <exercise-slug>
-```
-
-Use the output to verify that the example implementation passes all the tests.
-
-```exercism/note
-If you're working on a track repo without this file, feel free to copy them into your repo using the above source link.
-```
-
-```exercism/advanced
-Under the hood, the `bin/verify-exercises` script does several things:
-
-- Copy the exercise to a temporary directory
-- Overwrite the stub file(s) with the example implementation file(s)
-- If the test file has skipped tests, they will be "unskipped"
-- Run the tests
-```
-
-### Lint exercise
-
-The final step is to run [the linter](/docs/building/configlet/lint) to check if the track's (configuration) files are properly structured - both syntactically and semantically.
-
-First, make sure you have the latest version of [`configlet`](/docs/building/configlet/) by running:
-
-```shell
-bin/fetch-configlet
-```
-
-The run [the linter](/docs/building/configlet/lint) by running:
-
-```shell
-bin/configlet lint
-```
-
-Use the output to verify that all is well.
+The [Add Practice Exercise docs](/docs/building/tracks/practice-exercises/add) have detailed instructions on how to add a Practic Exercise.
 
 [problem-specifications-exercises]: https://github.com/exercism/problem-specifications/tree/main/exercises/
 [allergies]: https://github.com/exercism/problem-specifications/tree/main/exercises/allergies

building/tracks/practice-exercises.md building/tracks/practice-exercises/README.md

@@ -2,7 +2,7 @@
 
 [Practice Exercises](/docs/building/product/practice-exercises) are exercises designed to allow students to solve an arbitrary problem, with the aim of them making use of the concepts they have learned so far.
 
-Interested in adding your first Practice Exercise to a track? Watch our walkthrough video 👇
+Interested in adding your first Practice Exercise to a track? Check the [Add Practice Exercise docs](/docs/building/tracks/practice-exercises/add) or watch our walkthrough video 👇
 
 [video:vimeo/906101866?h=2954ad331e]()
 

building/tracks/practice-exercises/add.md

@@ -0,0 +1,140 @@
+# Add Practice Exercise
+
+This document will explain how to a new [Practice Exercise](/docs/building/tracks/practice-exercises).
+
+## Select exercise
+
+The simplest way to check what Practice Exercises have not yet been implemented is to go to the track's build page (e.g. https://exercism.org/tracks/csharp/build) and check the "Practice Exercises" section.
+
+```exercism/caution
+The data on the build page is updated once a day.
+```
+
+## Scaffold exercise
+
+You can quickly scaffold a new Practice Exercise by running the `bin/add-practice-exercise` script ([source](https://github.com/exercism/generic-track/blob/main/bin/add-practice-exercise)) from the track's root directory:
+
+```shell
+bin/add-practice-exercise <exercise-slug>
+```
+
+Optionally, you can also specify the exercise's difficulty (via `-d`) and/or author's GitHub username (via `-a`):
+
+```shell
+bin/add-practice-exercise -d 3 -a foobar <exercise-slug>
+```
+
+```exercism/note
+If you're working on a track repo without this file, feel free to copy them into your repo using the above source link.
+```
+
+## Implement exercise
+
+Once the scaffolded files have been created, you'll then have to:
+
+- Add tests to the tests file
+- Add an example implementation
+- Define the stub file's contents
+- Within the exercise's `.meta/config.json` file:
+  - Add the GitHub username of the exercise's authors to the `authors` key
+- Within the track's `config.json` file:
+  - Check/update the exercise's difficulty
+  - Add concepts to the `practices` key (only required when the track has concept exercises)
+  - Add concepts to the `prerequisites` key (only required when the track has concept exercises)
+
+### Add tests
+
+A key part of adding an exercise is adding tests.
+Rougly speaking, there are two options when adding tests for one of the above exercises:
+
+1. Implement the tests from scratch, using the test cases from the exercise's `canonical-data.json` file as found in the [problem-specifications repo][problem-specifications-exercises].
+2. Port the tests from another track's implementation (tip: go to `https://exercism.org/exercises/<slug>` to get an overview of which tracks have implemented a specific exercise).
+
+The second option can be particularly appealing, as it can give you results quickly.
+Keep in mind, though, that you should tweak the implementation to best fit your track.
+As an example, some tracks do not use classes but only work with functions.
+If your track usually works with objects though, you should adapt the implementation to what best fits your track.
+
+### Add example implementation
+
+To ensure that it is possible to write code that passes the tests, an example implementation needs to be added.
+
+```exercism/note
+The code does _not_ have to be idiomatic, it only has to pass the tests.
+```
+
+You can verify the example implementation passes all the tests by running the `bin/verify-exercises` script ([source](https://github.com/exercism/generic-track/blob/main/bin/verify-exercises)) from the track's root directory:
+
+```shell
+bin/verify-exercises <exercise-slug>
+```
+
+Use the output to verify that the example implementation passes all the tests.
+
+```exercism/note
+If you're working on a track repo without this file, feel free to copy them into your repo using the above source link.
+```
+
+```exercism/advanced
+Under the hood, the `bin/verify-exercises` script does several things:
+
+- Copy the exercise to a temporary directory
+- Overwrite the stub file(s) with the example implementation file(s)
+- If the test file has skipped tests, they will be "unskipped"
+- Run the tests
+```
+
+### Add stub file(s)
+
+The stub implementation file(s) provide a starting point for students.
+
+We recommend stub files to have the minimal amount of code such that:
+
+- The student can immediately start implementing the logic to pass the tests
+- The student is not presented with "weird" syntax errors
+
+In practice, this means defining the functions/methods that are tested by the test suite.
+Tracks are free as to how they setup this code, as long as they ensure that the stub code initially fails all the tests.
+
+#### Examples
+
+Python:
+
+```python
+def two_fer(name):
+    pass
+```
+
+Kotlin:
+
+```kotlin
+fun twofer(name: String): String {
+    TODO("Implement the function to complete the task")
+}
+```
+
+## Lint exercise
+
+The final step is to run [the linter](/docs/building/configlet/lint) to check if the track's (configuration) files are properly structured - both syntactically and semantically.
+
+First, make sure you have the latest version of [`configlet`](/docs/building/configlet/) by running:
+
+```shell
+bin/fetch-configlet
+```
+
+The run [the linter](/docs/building/configlet/lint) by running:
+
+```shell
+bin/configlet lint
+```
+
+Use the output to verify that all is well.
+
+## Submit Pull Request
+
+Once all is well, you can then [Submit a Pull Request](/docs/building/github/contributors-pull-request-guide) to the track's repository.
+
+Before submitting, please read the [Contributors Pull Request Guide](/docs/building/github/contributors-pull-request-guide) and [Pull Request Guide](/docs/community/being-a-good-community-member/pull-requests).
+
+Ensure the PR description lists the exercise being added.