[ docs ] Change name of tutorials to make compatible with Idris2 module names

Author: GulinSS

docs/source/tutorials.rst

@@ -15,15 +15,15 @@ You can read more in the `original framework <https://diataxis.fr/tutorials/>`_
   :caption: Choose what to learn
 
   tutorials/index
-  tutorials/00-installation-and-setup
-  tutorials/01-generator-monad
-  tutorials/02-handling-emptiness
-  tutorials/03-measuring-test-coverage
-  tutorials/04-automatic-generator-derivation
-  tutorials/05-derivegen-signatures
-  tutorials/06-beyond-fuel
-  tutorials/07-derivation-tuning
-  tutorials/08-under-the-hood-a-derivegen-like-macro
-  tutorials/09-mixing-manual-and-automatic
-  tutorials/10-generating-gadts-with-proofs
-  tutorials/11-real-world-example
+  tutorials/t00-installation-and-setup
+  tutorials/t01-generator-monad
+  tutorials/t02-handling-emptiness
+  tutorials/t03-measuring-test-coverage
+  tutorials/t04-automatic-generator-derivation
+  tutorials/t05-derivegen-signatures
+  tutorials/t06-beyond-fuel
+  tutorials/t07-derivation-tuning
+  tutorials/t08-under-the-hood-a-derivegen-like-macro
+  tutorials/t09-mixing-manual-and-automatic
+  tutorials/t10-generating-gadts-with-proofs
+  tutorials/t11-real-world-example

docs/source/tutorials/index.md

@@ -16,13 +16,13 @@ Everyone should complete this track to master DepTyCheck fundamentals.
 
 | # | Tutorial |
 |---|----------|
-| 0 | [Installation and First Steps](00-installation-and-setup.md) |
-| 1 | [The Generator Monad](01-generator-monad.md) |
-| 2 | [Handling Emptiness](02-handling-emptiness.md) |
-| 3 | [Measuring Coverage](03-measuring-test-coverage.md) |
-| 4 | [Automatic Derivation](04-automatic-generator-derivation.md) |
-| 5 | [DeriveGen Signatures](05-derivegen-signatures.md) |
-| 6 | [Beyond Fuel](06-beyond-fuel.md) |
+| 0 | [Installation and First Steps](t00-installation-and-setup.md) |
+| 1 | [The Generator Monad](t01-generator-monad.md) |
+| 2 | [Handling Emptiness](t02-handling-emptiness.md) |
+| 3 | [Measuring Coverage](t03-measuring-test-coverage.md) |
+| 4 | [Automatic Derivation](t04-automatic-generator-derivation.md) |
+| 5 | [DeriveGen Signatures](t05-derivegen-signatures.md) |
+| 6 | [Beyond Fuel](t06-beyond-fuel.md) |
 
 **Prerequisites:** Basic Idris 2 knowledge (data types, functions, REPL)
 
@@ -34,11 +34,11 @@ Continue here after completing the Core Track.
 
 | # | Tutorial |
 |---|----------|
-| 7 | [Derivation Tuning](07-derivation-tuning.md) |
-| 8 | [Under the Hood](08-under-the-hood-a-derivegen-like-macro.md) |
-| 9 | [Mixing Manual and Automatic](09-mixing-manual-and-automatic.md) |
-| 10 | [Generating GADTs with Proofs](10-generating-gadts-with-proofs.md) |
-| 11 | [Real-World Example: DSL ASTs](11-real-world-example.md) |
+| 7 | [Derivation Tuning](t07-derivation-tuning.md) |
+| 8 | [Under the Hood](t08-under-the-hood-a-derivegen-like-macro.md) |
+| 9 | [Mixing Manual and Automatic](t09-mixing-manual-and-automatic.md) |
+| 10 | [Generating GADTs with Proofs](t10-generating-gadts-with-proofs.md) |
+| 11 | [Real-World Example: DSL ASTs](t11-real-world-example.md) |
 
 **Prerequisites:** Core Track completion
 
@@ -50,18 +50,18 @@ Continue here after completing the Core Track.
 
 |      |            |
 |------|------------|
-| Install DepTyCheck | [Tutorial 0](00-installation-and-setup.md) |
-| Generate simple data types | [Tutorial 1](01-generator-monad.md) |
-| Handle types that might be empty | [Tutorial 2](02-handling-emptiness.md) |
-| Check if my generators are biased | [Tutorial 3](03-measuring-test-coverage.md) |
-| Stop writing generators by hand | [Tutorial 4](04-automatic-generator-derivation.md) |
-| Control what deriveGen generates | [Tutorial 5](05-derivegen-signatures.md) |
-| Understand recursion performance | [Tutorial 6](06-beyond-fuel.md) |
-| Fix biased automatic generators | [Tutorial 7](07-derivation-tuning.md) |
-| Build custom derivation strategies | [Tutorial 8](08-under-the-hood-a-derivegen-like-macro.md) |
-| Use my custom generators with deriveGen | [Tutorial 9](09-mixing-manual-and-automatic.md) |
-| Generate types with proof arguments | [Tutorial 10](10-generating-gadts-with-proofs.md) |
-| Generate complete programs for a DSL | [Tutorial 11](11-real-world-example.md) |
+| Install DepTyCheck | [Tutorial 0](t00-installation-and-setup.md) |
+| Generate simple data types | [Tutorial 1](t01-generator-monad.md) |
+| Handle types that might be empty | [Tutorial 2](t02-handling-emptiness.md) |
+| Check if my generators are biased | [Tutorial 3](t03-measuring-test-coverage.md) |
+| Stop writing generators by hand | [Tutorial 4](t04-automatic-generator-derivation.md) |
+| Control what deriveGen generates | [Tutorial 5](t05-derivegen-signatures.md) |
+| Understand recursion performance | [Tutorial 6](t06-beyond-fuel.md) |
+| Fix biased automatic generators | [Tutorial 7](t07-derivation-tuning.md) |
+| Build custom derivation strategies | [Tutorial 8](t08-under-the-hood-a-derivegen-like-macro.md) |
+| Use my custom generators with deriveGen | [Tutorial 9](t09-mixing-manual-and-automatic.md) |
+| Generate types with proof arguments | [Tutorial 10](t10-generating-gadts-with-proofs.md) |
+| Generate complete programs for a DSL | [Tutorial 11](t11-real-world-example.md) |
 
 ---
 

…e/tutorials/00-installation-and-setup.md …/tutorials/t00-installation-and-setup.mddocs/source/tutorials/00-installation-and-setup.md renamed to docs/source/tutorials/t00-installation-and-setup.md docs/source/tutorials/00-installation-and-setup.md renamed to docs/source/tutorials/t00-installation-and-setup.md

@@ -195,4 +195,4 @@ Green : TrafficLight
 
 Now that you have a working setup, you are ready to learn the fundamentals of generator creation:
 
-*   **Continue to Tutorial 1:** [The Generator Monad](01-generator-monad.md) to learn how to create generators manually using `pure`, `elements`, `choose`, and other combinators.
+*   **Continue to Tutorial 1:** [The Generator Monad](t01-generator-monad.md) to learn how to create generators manually using `pure`, `elements`, `choose`, and other combinators.

…s/source/tutorials/01-generator-monad.md …/source/tutorials/t01-generator-monad.mddocs/source/tutorials/01-generator-monad.md renamed to docs/source/tutorials/t01-generator-monad.md docs/source/tutorials/01-generator-monad.md renamed to docs/source/tutorials/t01-generator-monad.md

@@ -20,7 +20,7 @@ MkProfile "Alice" 37 : UserProfile
 
 ## Prerequisites
 
-This tutorial assumes you have completed [Installation and First Steps](00-installation-and-setup.md) and have a working Idris 2 installation with DepTyCheck configured.
+This tutorial assumes you have completed [Installation and First Steps](t00-installation-and-setup.md) and have a working Idris 2 installation with DepTyCheck configured.
 
 ---
 
@@ -225,5 +225,5 @@ Finally, let's generate a list of test users. You can use the `listOf` combinato
 
 You've mastered the basics. Where you go next depends on your needs:
 
-*   **Want to handle types that might be empty?** Continue to [Handling Emptiness](02-handling-emptiness.md) to learn about `Gen0`, `empty`, and `pick`.
-*   **Ready to have `DepTyCheck` do the work for you?** Continue to [Automatic Generator Derivation](04-automatic-generator-derivation.md) to learn about `deriveGen`.
+*   **Want to handle types that might be empty?** Continue to [Handling Emptiness](t02-handling-emptiness.md) to learn about `Gen0`, `empty`, and `pick`.
+*   **Ready to have `DepTyCheck` do the work for you?** Continue to [Automatic Generator Derivation](t04-automatic-generator-derivation.md) to learn about `deriveGen`.

…ource/tutorials/02-handling-emptiness.md …urce/tutorials/t02-handling-emptiness.mddocs/source/tutorials/02-handling-emptiness.md renamed to docs/source/tutorials/t02-handling-emptiness.md docs/source/tutorials/02-handling-emptiness.md renamed to docs/source/tutorials/t02-handling-emptiness.md

@@ -1,6 +1,6 @@
 # 2. Handling Emptiness: When a Type Has No Values
 
-In the [first tutorial](01-generator-monad.md), we used `Gen1`, which is a guarantee—a promise—that a value can always be generated. This works perfectly for types like `Nat` or `String` that always have inhabitants.
+In the [first tutorial](t01-generator-monad.md), we used `Gen1`, which is a guarantee—a promise—that a value can always be generated. This works perfectly for types like `Nat` or `String` that always have inhabitants.
 
 But what happens when a type might be **uninhabited** (have no values at all) under certain conditions?
 
@@ -28,7 +28,7 @@ Nothing : Maybe (Fin 0)
 
 ## Prerequisites
 
-This tutorial assumes you have completed [Installation and First Steps](00-installation-and-setup.md) and the first tutorial, ["The Generator Monad"](01-generator-monad.md).
+This tutorial assumes you have completed [Installation and First Steps](t00-installation-and-setup.md) and the first tutorial, ["The Generator Monad"](t01-generator-monad.md).
 
 ---
 
@@ -163,4 +163,4 @@ This demonstrates another critical aspect of `Gen0`: it allows for speculative g
 
 Now that you've mastered manual generation for both simple and complex types, it's time to see how `DepTyCheck` can do this work for you automatically.
 
-*   **Next Tutorial:** Continue to **[Measuring Your Test Coverage](03-measuring-test-coverage.md)** to learn how to analyze the quality of your generated data.
+*   **Next Tutorial:** Continue to **[Measuring Your Test Coverage](t03-measuring-test-coverage.md)** to learn how to analyze the quality of your generated data.

…/tutorials/03-measuring-test-coverage.md …tutorials/t03-measuring-test-coverage.mddocs/source/tutorials/03-measuring-test-coverage.md renamed to docs/source/tutorials/t03-measuring-test-coverage.md docs/source/tutorials/03-measuring-test-coverage.md renamed to docs/source/tutorials/t03-measuring-test-coverage.md

@@ -17,7 +17,7 @@ TrafficLight covered fully (1000 times)
 
 ## Prerequisites
 
-This tutorial assumes you have completed [Installation and First Steps](00-installation-and-setup.md) and the first two tutorials on [basic generation](01-generator-monad.md) and [emptiness handling](02-handling-emptiness.md).
+This tutorial assumes you have completed [Installation and First Steps](t00-installation-and-setup.md) and the first two tutorials on [basic generation](t01-generator-monad.md) and [emptiness handling](t02-handling-emptiness.md).
 
 ---
 
@@ -163,4 +163,4 @@ Besides aggregated reports, labels are also an invaluable tool for debugging. Yo
 
 Now that you can write, run, and measure generators manually, it's time to learn how `DepTyCheck` can do all of this for you automatically.
 
-*   **Next Tutorial:** Continue to **[Automatic Generator Derivation](04-automatic-generator-derivation.md)** to learn how to use `deriveGen`.
+*   **Next Tutorial:** Continue to **[Automatic Generator Derivation](t04-automatic-generator-derivation.md)** to learn how to use `deriveGen`.

…als/04-automatic-generator-derivation.md …ls/t04-automatic-generator-derivation.mddocs/source/tutorials/04-automatic-generator-derivation.md renamed to docs/source/tutorials/t04-automatic-generator-derivation.md docs/source/tutorials/04-automatic-generator-derivation.md renamed to docs/source/tutorials/t04-automatic-generator-derivation.md

@@ -15,7 +15,7 @@ In this tutorial, we will use a single, running example—a file system `Entry`
 
 ## Prerequisites
 
--   Completion of [Installation and First Steps](00-installation-and-setup.md) and the tutorials on [manual generation](01-generator-monad.md), [emptiness](02-handling-emptiness.md), and [coverage analysis](03-measuring-test-coverage.md).
+-   Completion of [Installation and First Steps](t00-installation-and-setup.md) and the tutorials on [manual generation](t01-generator-monad.md), [emptiness](t02-handling-emptiness.md), and [coverage analysis](t03-measuring-test-coverage.md).
 
 ---
 
@@ -187,6 +187,6 @@ This powerful pattern allows you to create highly flexible generators that adapt
 
 Now that you know how to automatically generate data and provide hints, you are ready for more advanced topics:
 
-*   **Want to learn how to control what gets generated?** Continue to **[DeriveGen Signatures](05-derivegen-signatures.md)** to learn how to use given vs generated parameters and dependent pairs in signatures.
-*   **Want to understand how recursion affects generation?** Continue to **[Beyond Fuel](06-beyond-fuel.md)** to learn about `SpendingFuel` vs `StructurallyDecreasing` recursion.
-*   **How do I fix a biased generator or control generation order?** The default derivation strategy is smart, but sometimes needs more specific guidance. Continue to **[Derivation Tuning](07-derivation-tuning.md)** to learn how to use `instance` declarations to control constructor probabilities and argument generation order.
+*   **Want to learn how to control what gets generated?** Continue to **[DeriveGen Signatures](t05-derivegen-signatures.md)** to learn how to use given vs generated parameters and dependent pairs in signatures.
+*   **Want to understand how recursion affects generation?** Continue to **[Beyond Fuel](t06-beyond-fuel.md)** to learn about `SpendingFuel` vs `StructurallyDecreasing` recursion.
+*   **How do I fix a biased generator or control generation order?** The default derivation strategy is smart, but sometimes needs more specific guidance. Continue to **[Derivation Tuning](t07-derivation-tuning.md)** to learn how to use `instance` declarations to control constructor probabilities and argument generation order.

…rce/tutorials/05-derivegen-signatures.md …ce/tutorials/t05-derivegen-signatures.mddocs/source/tutorials/05-derivegen-signatures.md renamed to docs/source/tutorials/t05-derivegen-signatures.md docs/source/tutorials/05-derivegen-signatures.md renamed to docs/source/tutorials/t05-derivegen-signatures.md

@@ -16,7 +16,7 @@ This will give you a deep understanding of how to use signatures to control `der
 
 ## Prerequisites
 
--   All previous tutorials, especially [Measuring Your Test Coverage](03-measuring-test-coverage.md).
+-   All previous tutorials, especially [Measuring Your Test Coverage](t03-measuring-test-coverage.md).
 
 ---
 
@@ -154,5 +154,5 @@ Let's combine the patterns we've learned. Our final generator will be the most f
 
 Now that you know how to control `deriveGen` through signatures, you are ready for more advanced topics:
 
-*   **Want to understand how recursion affects generation?** Continue to **[Beyond Fuel: Structural Recursion](06-beyond-fuel.md)** to learn about `SpendingFuel` vs `StructurallyDecreasing` recursion.
-*   **Want to generate types with proof constraints?** Continue to **[Generating GADTs with Proofs](10-generating-gadts-with-proofs.md)** to see how `deriveGen` handles types like `SortedList`.
+*   **Want to understand how recursion affects generation?** Continue to **[Beyond Fuel: Structural Recursion](t06-beyond-fuel.md)** to learn about `SpendingFuel` vs `StructurallyDecreasing` recursion.
+*   **Want to generate types with proof constraints?** Continue to **[Generating GADTs with Proofs](t10-generating-gadts-with-proofs.md)** to see how `deriveGen` handles types like `SortedList`.

docs/source/tutorials/06-beyond-fuel.md docs/source/tutorials/t06-beyond-fuel.mddocs/source/tutorials/06-beyond-fuel.md renamed to docs/source/tutorials/t06-beyond-fuel.md

@@ -15,7 +15,7 @@ You will learn why this happens, how to recognize the difference between **`Spen
 
 ## Prerequisites
 
--   All previous tutorials, especially [Automatic Generator Derivation](04-automatic-generator-derivation.md).
+-   All previous tutorials, especially [Automatic Generator Derivation](t04-automatic-generator-derivation.md).
 
 ---
 
@@ -191,6 +191,6 @@ This is the core optimization: when the type system guarantees termination throu
 
 Now that you understand how `deriveGen` handles recursion, you are ready for more advanced topics:
 
-*   **Want to fix biased generators?** Continue to **[Derivation Tuning](07-derivation-tuning.md)** to learn how to use `ProbabilityTuning` and `GenOrderTuning` instances.
-*   **Want to integrate handwritten generators?** Continue to **[Mixing Manual and Automatic Generation](09-mixing-manual-and-automatic.md)** to see how `deriveGen` discovers and uses your custom generators.
-*   **Want to generate types with proof constraints?** Continue to **[Generating GADTs with Proofs](10-generating-gadts-with-proofs.md)** to see how `deriveGen` handles auto-implicit proof arguments.
+*   **Want to fix biased generators?** Continue to **[Derivation Tuning](t07-derivation-tuning.md)** to learn how to use `ProbabilityTuning` and `GenOrderTuning` instances.
+*   **Want to integrate handwritten generators?** Continue to **[Mixing Manual and Automatic Generation](t09-mixing-manual-and-automatic.md)** to see how `deriveGen` discovers and uses your custom generators.
+*   **Want to generate types with proof constraints?** Continue to **[Generating GADTs with Proofs](t10-generating-gadts-with-proofs.md)** to see how `deriveGen` handles auto-implicit proof arguments.

…source/tutorials/07-derivation-tuning.md …ource/tutorials/t07-derivation-tuning.mddocs/source/tutorials/07-derivation-tuning.md renamed to docs/source/tutorials/t07-derivation-tuning.md docs/source/tutorials/07-derivation-tuning.md renamed to docs/source/tutorials/t07-derivation-tuning.md

@@ -13,7 +13,7 @@ We will tackle two common problems that cannot be solved with external generator
 
 ## Prerequisites
 
--   Completion of [Automatic Generator Derivation](04-automatic-generator-derivation.md).
+-   Completion of [Automatic Generator Derivation](t04-automatic-generator-derivation.md).
 -   A willingness to engage with some advanced Idris concepts!
 
 ---
@@ -145,7 +145,7 @@ data LtPair : Type where
 
 ## Next Steps
 
-*   **Want to integrate handwritten generators?** Continue to **[Mixing Manual and Automatic Generation](09-mixing-manual-and-automatic.md)** to see how `deriveGen` automatically discovers and uses your custom generators.
-*   **Want to generate types with proof constraints?** Continue to **[Generating GADTs with Proofs](10-generating-gadts-with-proofs.md)** to see how `deriveGen` handles GADTs with auto-implicit proof arguments.
-*   **Want to see a real-world example?** Continue to **[Real-World Example: Generating ASTs for a DSL](11-real-world-example.md)** to build a complete generator for a simple imperative language.
-*   **Want to understand the internals?** Continue to **[Under the Hood: Building a deriveGen-like Macro](08-under-the-hood-a-derivegen-like-macro.md)** to learn how the derivation engine works.
+*   **Want to integrate handwritten generators?** Continue to **[Mixing Manual and Automatic Generation](t09-mixing-manual-and-automatic.md)** to see how `deriveGen` automatically discovers and uses your custom generators.
+*   **Want to generate types with proof constraints?** Continue to **[Generating GADTs with Proofs](t10-generating-gadts-with-proofs.md)** to see how `deriveGen` handles GADTs with auto-implicit proof arguments.
+*   **Want to see a real-world example?** Continue to **[Real-World Example: Generating ASTs for a DSL](t11-real-world-example.md)** to build a complete generator for a simple imperative language.
+*   **Want to understand the internals?** Continue to **[Under the Hood: Building a deriveGen-like Macro](t08-under-the-hood-a-derivegen-like-macro.md)** to learn how the derivation engine works.