Update ink! to reflect Rust instead of Wasm (#765)

* Update ink! to reflect Rust instead of Wasm. Closes #750

* python3 scripts/generate_llms.py

* Update .snippets/text/develop/smart-contracts/index/index-timeline.json

Co-authored-by: Nicolás Hussein <[email protected]>

* point to v6 docs

* python3 scripts/generate_llms.py

* ink! is moving towards PolkaVM

* python3 scripts/generate_llms.py

* Update to PolkaVM ink

* python3 scripts/generate_llms.py

---------

Co-authored-by: Nicolás Hussein <[email protected]>

Author: brunopgalvao

.snippets/text/develop/smart-contracts/index/index-timeline.json

@@ -1,27 +1,27 @@
 [
     {
         "title": "Choose a Smart Contract Platform",
-        "content": "Select the platform that best fits your project requirements and development expertise: <br><br> - [**PolkaVM**](/develop/smart-contracts/overview#native-smart-contracts){target=_blank} - Native smart contracts on Polkadot Hub <br> - [**EVM (Parachain-based)**](/develop/smart-contracts/overview#parachain-contracts){target=_blank} - Ethereum Virtual Machine compatibility on parachains <br> - [**Wasm (ink!)**](/develop/smart-contracts/overview#wasm-ink){target=_blank} - WebAssembly contracts using Rust and ink!",
+        "content": "Select the platform that best fits your project requirements and development expertise: <br><br> - [**PolkaVM**](/develop/smart-contracts/overview#native-smart-contracts){target=_blank} - Native smart contracts on Polkadot Hub <br> - [**EVM (Parachain-based)**](/develop/smart-contracts/overview#parachain-contracts){target=_blank} - Ethereum Virtual Machine compatibility on parachains <br> - [**Rust (ink!)**](/develop/smart-contracts/overview#other-smart-contract-environments){target=_blank} - contracts using Rust and ink!",
         "icon": ":fontawesome-solid-1:"
     },
     {
         "title": "Get Network Configuration Details",
-        "content": "Configure your development environment with the appropriate network settings for your chosen platform: <br><br> - **PolkaVM** - [Connect to Polkadot](/develop/smart-contracts/connect-to-polkadot/){target=_blank} <br> - **EVM** - [Moonbeam Documentation](https://docs.moonbeam.network/){target=_blank}, [Astar Documentation](https://docs.astar.network/){target=_blank}, [Acala Documentation](https://wiki.acala.network/){target=_blank} <br> - **Wasm (ink!)** - depends on those parachains that implement `pallet-contracts`, for more information check the [ink! documentation](https://use.ink/how-it-works#why-include-pallet-contracts-on-a-parachain){target=_blank}",
+        "content": "Configure your development environment with the appropriate network settings for your chosen platform: <br><br> - **PolkaVM** - [Connect to Polkadot](/develop/smart-contracts/connect-to-polkadot/){target=_blank} <br> - **EVM** - [Moonbeam Documentation](https://docs.moonbeam.network/){target=_blank}, [Astar Documentation](https://docs.astar.network/){target=_blank}, [Acala Documentation](https://wiki.acala.network/){target=_blank} <br> - **Rust (ink!)** - for more information check the [ink! documentation](https://use.ink){target=_blank}",
         "icon": ":fontawesome-solid-2:"
     },
     {
         "title": "Set Up Your Development Environment",
-        "content": "Install and configure the necessary tools and frameworks for your chosen smart contract platform: <br><br> - **PolkaVM/EVM** - [Development Environments](/develop/smart-contracts/dev-environments/){target=_blank} <br> - **Wasm (ink!)** - [Development Environment Setup](https://use.ink/getting-started/setup){target=_blank}",
+        "content": "Install and configure the necessary tools and frameworks for your chosen smart contract platform: <br><br> - **PolkaVM/EVM** - [Development Environments](/develop/smart-contracts/dev-environments/){target=_blank} <br> - **Rust (ink!)** - [Development Environment Setup](https://use.ink/getting-started/setup){target=_blank}",
         "icon": ":fontawesome-solid-3:"
     },
     {
         "title": "Write, Compile, Test, and Deploy Your Contracts",
-        "content": "Develop your smart contracts, test their functionality, and deploy them to your chosen network: <br><br> - **PolkaVM/EVM** - [Solidity Development Guide](https://docs.soliditylang.org/en/v0.8.29/introduction-to-smart-contracts.html){target=_blank} <br> - **Wasm (ink!)** - [ink! Contract Structure](https://use.ink/basics/contract-template#librs){target=_blank}",
+        "content": "Develop your smart contracts, test their functionality, and deploy them to your chosen network: <br><br> - **PolkaVM/EVM** - [Solidity Development Guide](https://docs.soliditylang.org/en/v0.8.29/introduction-to-smart-contracts.html){target=_blank} <br> - **Rust (ink!)** - [ink! Contract Structure](https://use.ink/basics/contract-template#librs){target=_blank}",
         "icon": ":fontawesome-solid-4:"
     },
     {
         "title": "Interact With Your Deployed Contracts",
-        "content": "Utilize libraries and tools to interact with your deployed smart contracts and integrate them into applications: <br><br> - **PolkaVM/EVM** - [Contract Libraries](/develop/smart-contracts/libraries/) <br> - **Wasm (ink!)** - [Contract Interaction](https://use.ink/getting-started/calling-your-contract){target=_blank}",
+        "content": "Utilize libraries and tools to interact with your deployed smart contracts and integrate them into applications: <br><br> - **PolkaVM/EVM** - [Contract Libraries](/develop/smart-contracts/libraries/) <br> - **Rust (ink!)** - [Contract Interaction](https://use.ink/getting-started/calling-your-contract){target=_blank}",
         "icon": ":fontawesome-solid-5:"
     }
 ]

develop/smart-contracts/index.md

@@ -8,9 +8,9 @@ template: index-page.html
 
 --8<-- 'text/smart-contracts/polkaVM-warning.md'
 
-Polkadot allows scalable execution of smart contracts, offering cross-chain compatibility and lower fees than legacy L1 platforms. Polkadot provides developers with flexibility in building smart contracts, supporting both Solidity contracts executed by the [PolkaVM](/polkadot-protocol/smart-contract-basics/polkavm-design#polkavm){target=\_blank} (a Polkadot-native virtual machine for programming languages that can be compiled down to RISC-V) and EVM (Ethereum Virtual Machine), as well as Wasm-based contracts using ink! (written in Rust).
+Polkadot allows scalable execution of smart contracts, offering cross-chain compatibility and lower fees than legacy L1 platforms. Polkadot provides developers with flexibility in building smart contracts, supporting both Solidity contracts executed by the [PolkaVM](/polkadot-protocol/smart-contract-basics/polkavm-design#polkavm){target=\_blank} (a Polkadot-native virtual machine for programming languages that can be compiled down to RISC-V) and EVM (Ethereum Virtual Machine), as well as Rust-based contracts using ink!.
 
-This section provides tools, resources, and guides for building and deploying smart contracts on parachains. [Parachains](/polkadot-protocol/architecture/parachains/overview/){target=\_blank} are specialized blockchains connected to the relay chain, benefiting from shared security and interoperability. Depending on your language and environment preference, you can develop contracts using Wasm/ink! or EVM-based solutions.
+This section provides tools, resources, and guides for building and deploying smart contracts on parachains. [Parachains](/polkadot-protocol/architecture/parachains/overview/){target=\_blank} are specialized blockchains connected to the relay chain, benefiting from shared security and interoperability. Depending on your language and environment preference, you can develop contracts using Rust/ink! or EVM-based solutions.
 
 ## Smart Contract Development Process
 

develop/smart-contracts/overview.md

@@ -11,7 +11,7 @@ description: Learn about smart contract development capabilities in the Polkadot
 
 Polkadot offers developers multiple approaches to building and deploying smart contracts within its ecosystem. As a multi-chain network designed for interoperability, Polkadot provides various environments optimized for different developer preferences and application requirements. From native smart contract support on Polkadot Hub to specialized parachain environments, developers can choose the platform that best suits their technical needs while benefiting from Polkadot's shared security model and cross-chain messaging capabilities.
 
-Whether you're looking for Ethereum compatibility through EVM-based parachains like [Moonbeam](https://docs.moonbeam.network/){target=\_blank}, [Astar](https://docs.astar.network/){target=\_blank}, and [Acala](https://evmdocs.acala.network/){target=\_blank} or prefer WebAssembly-based development with [ink!](https://use.ink/docs/v5/){target=\_blank}, the Polkadot ecosystem accommodates a range of diverse developers.
+Whether you're looking for Ethereum compatibility through EVM-based parachains like [Moonbeam](https://docs.moonbeam.network/){target=\_blank}, [Astar](https://docs.astar.network/){target=\_blank}, and [Acala](https://evmdocs.acala.network/){target=\_blank} or prefer PolkaVM-based development with [ink!](https://use.ink/docs/v6/){target=\_blank}, the Polkadot ecosystem accommodates a range of diverse developers.
 
 These guides explore the diverse smart contract options available in the Polkadot ecosystem, helping developers understand the unique advantages of each approach and make informed decisions about where to deploy their decentralized applications.
 
@@ -65,7 +65,7 @@ Beyond Polkadot Hub's native PolkaVM support, the ecosystem offers two main alte
 
 - **EVM-compatible parachains**: Provide access to Ethereum's extensive developer ecosystem, smart contract portability, and established tooling like Hardhat, Remix, Foundry, and OpenZeppelin. The main options include Moonbeam (the first full Ethereum-compatible parachain serving as an interoperability hub), Astar (featuring dual VM support for both EVM and WebAssembly contracts), and Acala (DeFi-focused with enhanced Acala EVM+ offering advanced DeFi primitives).
 
-- **WebAssembly (ink!)**: `pallet-contracts` supports any language that compiles to WebAssembly, with ink! being the primary actively maintained Rust-based framework. It uses [`#[ink(...)]`](https://use.ink/docs/v5/macros-attributes/){target=\_blank} attribute macros to create Polkadot SDK-compatible Wasm bytecode, offering strong memory safety from Rust, an advanced type system, high-performance Wasm execution, and platform independence with sandboxed security.
+- **Rust (ink!)**: ink! is a Rust-based framework that can compile to PolkaVM. It uses [`#[ink(...)]`](https://use.ink/docs/v6/macros-attributes/){target=\_blank} attribute macros to create Polkadot SDK-compatible PolkaVM bytecode, offering strong memory safety from Rust, an advanced type system, high-performance PolkaVM execution, and platform independence with sandboxed security.
 
 
 Each environment provides unique advantages based on developer preferences and application requirements.

llms.txt

@@ -8291,9 +8291,9 @@ template: index-page.html
 !!! smartcontract "PolkaVM Preview Release"
     PolkaVM smart contracts with Ethereum compatibility are in **early-stage development and may be unstable or incomplete**.
 
-Polkadot allows scalable execution of smart contracts, offering cross-chain compatibility and lower fees than legacy L1 platforms. Polkadot provides developers with flexibility in building smart contracts, supporting both Solidity contracts executed by the [PolkaVM](/polkadot-protocol/smart-contract-basics/polkavm-design#polkavm){target=\_blank} (a Polkadot-native virtual machine for programming languages that can be compiled down to RISC-V) and EVM (Ethereum Virtual Machine), as well as Wasm-based contracts using ink! (written in Rust).
+Polkadot allows scalable execution of smart contracts, offering cross-chain compatibility and lower fees than legacy L1 platforms. Polkadot provides developers with flexibility in building smart contracts, supporting both Solidity contracts executed by the [PolkaVM](/polkadot-protocol/smart-contract-basics/polkavm-design#polkavm){target=\_blank} (a Polkadot-native virtual machine for programming languages that can be compiled down to RISC-V) and EVM (Ethereum Virtual Machine), as well as Rust-based contracts using ink!.
 
-This section provides tools, resources, and guides for building and deploying smart contracts on parachains. [Parachains](/polkadot-protocol/architecture/parachains/overview/){target=\_blank} are specialized blockchains connected to the relay chain, benefiting from shared security and interoperability. Depending on your language and environment preference, you can develop contracts using Wasm/ink! or EVM-based solutions.
+This section provides tools, resources, and guides for building and deploying smart contracts on parachains. [Parachains](/polkadot-protocol/architecture/parachains/overview/){target=\_blank} are specialized blockchains connected to the relay chain, benefiting from shared security and interoperability. Depending on your language and environment preference, you can develop contracts using Rust/ink! or EVM-based solutions.
 
 ## Smart Contract Development Process
 
@@ -11727,7 +11727,7 @@ description: Learn about smart contract development capabilities in the Polkadot
 
 Polkadot offers developers multiple approaches to building and deploying smart contracts within its ecosystem. As a multi-chain network designed for interoperability, Polkadot provides various environments optimized for different developer preferences and application requirements. From native smart contract support on Polkadot Hub to specialized parachain environments, developers can choose the platform that best suits their technical needs while benefiting from Polkadot's shared security model and cross-chain messaging capabilities.
 
-Whether you're looking for Ethereum compatibility through EVM-based parachains like [Moonbeam](https://docs.moonbeam.network/){target=\_blank}, [Astar](https://docs.astar.network/){target=\_blank}, and [Acala](https://evmdocs.acala.network/){target=\_blank} or prefer WebAssembly-based development with [ink!](https://use.ink/docs/v5/){target=\_blank}, the Polkadot ecosystem accommodates a range of diverse developers.
+Whether you're looking for Ethereum compatibility through EVM-based parachains like [Moonbeam](https://docs.moonbeam.network/){target=\_blank}, [Astar](https://docs.astar.network/){target=\_blank}, and [Acala](https://evmdocs.acala.network/){target=\_blank} or prefer PolkaVM-based development with [ink!](https://use.ink/docs/v6/){target=\_blank}, the Polkadot ecosystem accommodates a range of diverse developers.
 
 These guides explore the diverse smart contract options available in the Polkadot ecosystem, helping developers understand the unique advantages of each approach and make informed decisions about where to deploy their decentralized applications.
 
@@ -11781,7 +11781,7 @@ Beyond Polkadot Hub's native PolkaVM support, the ecosystem offers two main alte
 
 - **EVM-compatible parachains**: Provide access to Ethereum's extensive developer ecosystem, smart contract portability, and established tooling like Hardhat, Remix, Foundry, and OpenZeppelin. The main options include Moonbeam (the first full Ethereum-compatible parachain serving as an interoperability hub), Astar (featuring dual VM support for both EVM and WebAssembly contracts), and Acala (DeFi-focused with enhanced Acala EVM+ offering advanced DeFi primitives).
 
-- **WebAssembly (ink!)**: `pallet-contracts` supports any language that compiles to WebAssembly, with ink! being the primary actively maintained Rust-based framework. It uses [`#[ink(...)]`](https://use.ink/docs/v5/macros-attributes/){target=\_blank} attribute macros to create Polkadot SDK-compatible Wasm bytecode, offering strong memory safety from Rust, an advanced type system, high-performance Wasm execution, and platform independence with sandboxed security.
+- **Rust (ink!)**: ink! is a Rust-based framework that can compile to PolkaVM. It uses [`#[ink(...)]`](https://use.ink/docs/v6/macros-attributes/){target=\_blank} attribute macros to create Polkadot SDK-compatible PolkaVM bytecode, offering strong memory safety from Rust, an advanced type system, high-performance PolkaVM execution, and platform independence with sandboxed security.
 
 
 Each environment provides unique advantages based on developer preferences and application requirements.