Minor fixes

Author: soareschen

blog/2026-02-28-v0.7.0-release.md

@@ -6,7 +6,7 @@ tags: [release]
 
 # Supercharge Rust functions with implicit arguments using CGP v0.7.0
 
-[CGP v0.7.0](https://crates.io/crates/cgp) has been released, bringing a major expansion to the CGP macro toolkit. The centerpiece of this release is a suite of new annotations — `#[cgp_fn]`, `#[implicit]`, `#[uses]`, `#[extend]`, `#[use_provider]`, and `#[use_type]` — that let you write context-generic code in plain function syntax with dramatically less boilerplate than before.
+[**CGP v0.7.0**](https://crates.io/crates/cgp) has been released, bringing a major expansion to the CGP macro toolkit. The centerpiece of this release is a suite of new annotations — `#[cgp_fn]`, `#[implicit]`, `#[uses]`, `#[extend]`, `#[use_provider]`, and `#[use_type]` — that let you write context-generic code in plain function syntax with dramatically less boilerplate than before.
 
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@@ -344,11 +344,11 @@ The word "implicit" may raise a flag for developers familiar with Scala's implic
 
 ## New area calculation tutorials
 
-To accompany this release, two new **area calculation tutorials** have been published that build up the full CGP feature set from first principles.
+To accompany this release, two new [**area calculation tutorials**](/docs/tutorials/area-calculation/) have been published that build up the full CGP feature set from first principles.
 
-The **Context-Generic Functions** tutorial starts from plain Rust and introduces `#[cgp_fn]`, `#[implicit]`, and `#[uses]`. It walks through the full desugaring of `rectangle_area` into Rust traits and blanket implementations, explains the `HasField`-based zero-cost field access model, and compares CGP's implicit arguments to Scala's implicit parameters for readers coming from other ecosystems.
+The [**Context-Generic Functions**](/docs/tutorials/area-calculation/context-generic-functions) tutorial starts from plain Rust and introduces `#[cgp_fn]`, `#[implicit]`, and `#[uses]`. It walks through the full desugaring of `rectangle_area` into Rust traits and blanket implementations, explains the `HasField`-based zero-cost field access model, and compares CGP's implicit arguments to Scala's implicit parameters for readers coming from other ecosystems.
 
-The **Static Dispatch** tutorial introduces a second shape — the circle — to motivate a unified `CanCalculateArea` interface. It demonstrates Rust's coherence restrictions as a concrete problem, then resolves them using `#[cgp_component]` and named providers defined with `#[cgp_impl]`. Finally, it covers `delegate_components!` for configurable static dispatch and `#[use_provider]` for composing higher-order providers.
+The [**Static Dispatch**](/docs/tutorials/area-calculation/static-dispatch) tutorial introduces a second shape — the circle — to motivate a unified `CanCalculateArea` interface. It demonstrates Rust's coherence restrictions as a concrete problem, then resolves them using `#[cgp_component]` and named providers defined with `#[cgp_impl]`. Finally, it covers `delegate_components!` for configurable static dispatch and `#[use_provider]` for composing higher-order providers.
 
 Both tutorials are designed to be read sequentially and assume no prior knowledge of CGP beyond basic Rust familiarity.
 

src/css/custom.css

@@ -24,7 +24,6 @@
 
 .theme-announcement-bar {
   font-size: 1.2em;
-  --docusaurus-announcement-bar-height: 2em;
 }
 
 [data-theme='light'] {