Updates.

src/pages/cw-multi-test/getting-started.mdx

@@ -7,8 +7,8 @@ tags: ["multitest", "getting started"]
 This unit is designed to help you quickly become familiar with the fundamental aspects of testing
 smart contracts using **`MultiTest`**. It provides a practical example and best practices to ensure
 a frictionless start with using **`MultiTest`** for testing smart contracts. In the following
-chapters, you will find a [**counter** smart contract](getting-started/smart-contract.mdx) example
-for which you will be [writing tests](getting-started/writing-tests.mdx), along with some
+chapters, you will find a [**counter**](getting-started/counter.mdx) smart contract example for
+which we will be [writing tests](getting-started/writing-tests.mdx), along with some
 [best practices](getting-started/best-practices.mdx) for testing with **`MultiTest`**.
 
 (todo: add the overview of the whole chapter when ready - with links)

src/pages/cw-multi-test/getting-started/counter.mdx

@@ -6,8 +6,8 @@ import { Callout, Cards, Card } from "nextra/components";
 
 # Counter
 
-The following sections describe how to create the example smart contract, which manages a
-**counter** that can be initialized, incremented, decremented, and queried. Later on, you will
+The following sections describe how to create an example smart contract, which manages a **counter**
+that can be `initialized`, `incremented`, `decremented`, and `queried`. Later on, we will
 [write tests](writing-tests.mdx) for this smart contract using **`MultiTest`**.
 
 <Callout type="info" emoji="☉">
@@ -20,7 +20,7 @@ The following sections describe how to create the example smart contract, which
 (todo: describe here the counter functionalities from "business point of view", just to make clear
 what we implement)
 
-## Creating the project
+## Creating counter project
 
 Smart contracts written in Rust are developed as Rust libraries, so let's first create a Rust
 library named **counter**.
@@ -105,20 +105,22 @@ tree
 ## Filling the content
 
 In the [previous section](#creating-the-project) we have created a project structure for **counter**
-smart contract, but the source files are still empty. In the following chapters, we provide examples
-of different smart contract implementations.
+smart contract, but the source files are still empty. In the following chapters, we will provide
+examples of two different implementations of the **counter** smart contract: using the pure CosmWasm
+libraries, or using the Sylvia framework.
 
-Whether you're interested in developing smart contracts using pure CosmWasm or exploring the Sylvia
-framework, the provided examples will guide you through the essential content of smart contract.
+Whether you're interested in developing smart contracts using CosmWasm libraries or exploring the
+Sylvia framework, the provided examples will guide you through the essential content of smart
+contract, in our case, the **counter**.
 
 <Callout type="info" emoji="☕">
- Click on the cards below to dive into the details of smart contracts written in pure CosmWasm or
- written using the Sylvia framework.
+ Click on the cards below to dive into the details of the **counter** smart contract written using
+ pure CosmWasm libraries or written using the Sylvia framework.
 </Callout>
 
 <Cards>
  <Card
- title="Smart contract written using pure CosmWasm"
+ title="Smart contract written using pure CosmWasm libraries"
  href="smart-contract/smart-contract-cosmwasm"
  icon=""
  children=""