Rendezvous docs refinements and fixes

docs/build/rendezvous/quickstart.md

@@ -678,7 +678,7 @@ You can see a complete step-by-step implementation of this tutorial with commit-
 
 Now that you understand the power of Rendezvous, explore:
 
-- **More examples**: Study other smart contracts in the examples (see [Chapter 8](chapter_8.md))
+- **More examples**: Study other smart contracts in the [Examples Chapter](https://stacks-network.github.io/rendezvous/chapter_8.html) of the [Rendezvous Docs](https://stacks-network.github.io/rendezvous/)
 - **Your own contracts**: Apply Rendezvous to your projects and find bugs before they reach production
 
 ---

docs/reference/rendezvous/reference.md

@@ -1,3 +1,9 @@
+---
+description: >-
+  Complete reference for Rendezvous CLI commands, configuration options, and
+  advanced usage.
+---
+
 # Rendezvous Reference
 
 This reference explains how to use Rendezvous in different situations. By the end, you'll know when and how to use its features effectively.
@@ -92,7 +98,7 @@ The `<type>` argument specifies the testing technique to use. The available opti
 - `test` – Runs property-based tests.
 - `invariant` – Runs invariant tests.
 
-For a deeper understanding of these techniques and when to use each, see [Testing Methodologies](chapter_4.md).
+For a deeper understanding of these techniques and when to use each, see [Testing Methodologies](https://stacks-network.github.io/rendezvous/chapter_4.md) chapter of the [Rendezvous Docs](https://stacks-network.github.io/rendezvous/).
 
 **Running property-based tests**
 
@@ -549,4 +555,4 @@ To enable testing, the project includes [rendezvous-token](https://github.com/st
 
 ### Adding More Implementations
 
-You can include multiple eligible trait implementations in your project. Adding more implementations allows Rendezvous to introduce greater randomness during testing and increases behavioral diversity. If a function that accepts a trait implementation parameter is called X times, those calls are distributed across the available implementations. As the number of implementations grows, Rendezvous has more options to choose from on each call, producing a wider range of behaviors — and uncovering edge cases that may be missed when relying on a single implementation.
+You can include multiple eligible trait implementations in your project. Adding more implementations allows Rendezvous to introduce greater randomness during testing and increases behavioral diversity. If a function that accepts a trait implementation parameter is called X times, those calls are distributed across the available implementations. As the number of implementations grows, Rendezvous has more options to choose from on each call, producing a wider range of behaviors — and uncovering edge cases that may be missed when relying on a single implementation.