docs: add API ref links (FuelLabs#1664)

Author: Torres-ssf

.changeset/silent-schools-accept.md

@@ -0,0 +1,2 @@
+---
+---

apps/docs/spell-check-custom-words.txt

@@ -288,4 +288,9 @@ cryptographically
 Config
 config
 configs
-WSL
+WSL
+WalletUnlocked
+WalletLocked
+AbstractAddress
+ContractFactory
+ScriptTransactionRequest

apps/docs/src/glossary.md

@@ -12,4 +12,4 @@ A Provider is a Class that provides an abstraction for a connection to a Fuel no
 
 ## Wallet and signer
 
-A `Wallet` is a Class with direct or indirect access to a private key. You can use a `Wallet` to sign messages and transactions to authorize the network to charge your account to perform operations. The terms wallet and signer in the SDK are often used interchangeably, but, technically, a `Signer` enables the signing of transactions and messages; the `Wallet` implements the `Signer` functionality.
+A [`Wallet`](./api/Wallet/Wallet.md) is a Class with direct or indirect access to a private key. You can use a [`Wallet`](./api/Wallet/Wallet.md) to sign messages and transactions to authorize the network to charge your account to perform operations. The terms wallet and signer in the SDK are often used interchangeably, but, technically, a `Signer` enables the signing of transactions and messages; the [`Wallet`](./api/Wallet/Wallet.md) implements the `Signer` functionality.

apps/docs/src/guide/addresses/conversion.md

@@ -4,7 +4,7 @@ This guide demonstrates how to convert between address formats and Sway Standard
 
 ## From `Bech32` to `b256`
 
-By instantiating an `Address`, we can validate a `Bech32` address and easily convert it to a `b256`:
+By instantiating an [`Address`](../../api/Address/Address.md), we can validate a `Bech32` address and easily convert it to a `b256`:
 
 <<< @/../../docs-snippets/src/guide/types/conversion.test.ts#conversion-5{ts:line-numbers}
 
@@ -14,7 +14,7 @@ Or, if you'd prefer to use utility functions directly for validation and convers
 
 ## From `b256` to `Bech32`
 
-In a similar fashion, we have both class functions on the `Address` and utilities available for `b256` validation and conversion:
+In a similar fashion, we have both class functions on the [`Address`](../../api/Address/Address.md) and utilities available for `b256` validation and conversion:
 
 <<< @/../../docs-snippets/src/guide/types/conversion.test.ts#conversion-7{ts:line-numbers}
 
@@ -24,18 +24,18 @@ And by using the `isB256` and `toBech32` utilities:
 
 ## Converting a Contract ID
 
-The Contract `id` property has the [`AbstractAddress`](../types/address#abstractaddress-class) type. Therefore, it can be converted using the `Address` class functions such as `toAddress` and `toB256`:
+The Contract `id` property has the [`AbstractAddress`](../types/address#abstractaddress-class) type. Therefore, it can be converted using the [`Address`](../../api/Address/Address.md) class functions such as `toAddress` and `toB256`:
 
 <<< @/../../docs-snippets/src/guide/types/conversion.test.ts#conversion-2{ts:line-numbers}
 
 ## Converting a Wallet Address
 
-Similarly, the Wallet `address` property is also of type [`AbstractAddress`](../types/address#abstractaddress-class) and can therefore use the same `Address` class functions for conversion:
+Similarly, the Wallet `address` property is also of type [`AbstractAddress`](../types/address#abstractaddress-class) and can therefore use the same [`Address`](../../api/Address/Address.md) class functions for conversion:
 
 <<< @/../../docs-snippets/src/guide/types/conversion.test.ts#conversion-3{ts:line-numbers}
 
 ## Converting an Asset ID
 
-[Asset IDs](../types/asset-id.md) are a wrapped [b256](../types/bits256.md) value. The following example shows how to create an `Address` from a `b256` type:
+[Asset IDs](../types/asset-id.md) are a wrapped [b256](../types/bits256.md) value. The following example shows how to create an [`Address`](../../api/Address/Address.md) from a `b256` type:
 
 <<< @/../../docs-snippets/src/guide/types/conversion.test.ts#conversion-4{ts:line-numbers}

apps/docs/src/guide/contracts/calls-with-different-wallets.md

@@ -1,6 +1,6 @@
 # Making Calls with Different Wallets or Providers
 
-This guide demonstrates how to make contract calls using different wallets and providers by passing either an `Account` or a `Provider` to the contract on instantiation.
+This guide demonstrates how to make contract calls using different wallets and providers by passing either an [`Account`](../../api/Wallet/Account.md) or a [`Provider`](../../api/Providers/Provider.md) to the contract on instantiation.
 
 ## Changing Wallets
 

apps/docs/src/guide/contracts/contract-balance.md

@@ -1,10 +1,10 @@
 # Contract Balance
 
-When working with contracts, it's crucial to be aware of the available contract balance of an asset while paying for costly operations. This guide will explain the `getBalance` method in the `Contract` class, which allows you to check a contract's available balance.
+When working with contracts, it's crucial to be aware of the available contract balance of an asset while paying for costly operations. This guide will explain the `getBalance` method in the [Contract](../../api/Program/Contract.md) class, which allows you to check a contract's available balance.
 
 ## The `getBalance` Method
 
-The `Contract` class includes a method called `getBalance` that retrieves the available balance of a specific asset for a contract. This method is particularly useful for determining the remaining balance after sending assets to a contract and executing contract calls.
+The [`Contract`](../../api/Program/Contract.md) class includes a method called `getBalance` that retrieves the available balance of a specific asset for a contract. This method is particularly useful for determining the remaining balance after sending assets to a contract and executing contract calls.
 
 <<< @/../../../packages/program/src/contract.ts#contract-balance-1{ts:line-numbers}
 

apps/docs/src/guide/contracts/cost-estimation.md

@@ -1,6 +1,6 @@
 # Estimating Contract Call Cost
 
-The `getTransactionCost` function provided by the `provider` allows you to estimate the cost of a specific contract call. The return type, `TransactionCost`, is an object containing relevant information for the estimation:
+The `getTransactionCost` function provided by the [Provider](../../api/Providers/Provider.md) allows you to estimate the cost of a specific contract call. The return type, `TransactionCost`, is an object containing relevant information for the estimation:
 
 <<< @/../../../packages/providers/src/provider.ts#cost-estimation-1{ts:line-numbers}
 

apps/docs/src/guide/contracts/deploying-contracts.md

@@ -27,7 +27,7 @@ Load the contract bytecode and JSON ABI, generated from the Sway source, into th
 
 ## 4. Deploying the Contract
 
-Initialize a `ContractFactory` with the bytecode, ABI, and wallet. Deploy the contract and use its methods.
+Initialize a [`ContractFactory`](../../api/Contract/ContractFactory.md) with the bytecode, ABI, and wallet. Deploy the contract and use its methods.
 
 <<< @/../../docs-snippets/src/guide/contracts/deploying-contracts.test.ts#contract-setup-3{ts:line-numbers}
 

apps/docs/src/guide/contracts/managing-deployed-contracts.md

@@ -4,9 +4,9 @@ To interact with a deployed contract using the SDK without redeploying it, you o
 
 ## Contract ID
 
-The `contractId` property from the `Contract` class is of type `AbstractAddress`, an abstract class that is exclusively extended by the `Address` class.
+The `contractId` property from the [`Contract`](../../api/Program/Contract.md) class is of type [`AbstractAddress`](../../api/Interfaces/AbstractAddress.md), an abstract class that is exclusively extended by the [`Address`](../../api/Address/Address.md) class.
 
-The `Address` class wraps all methods from the `AbstractAddress` class and adds a single property: `bech32Address`. This property is a string encoded in [`Bech32`](../types/bech32.md) format, recognizable by the human-readable prefix `fuel` followed by the separator `1`.
+The [`Address`](../../api/Address/Address.md) class wraps all methods from the [`AbstractAddress`](../../api/Interfaces/AbstractAddress.md) class and adds a single property: `bech32Address`. This property is a string encoded in [`Bech32`](../types/bech32.md) format, recognizable by the human-readable prefix `fuel` followed by the separator `1`.
 
 When you log the `contractId` property of an instantiated Contract using `console.log`, the output appears as follows:
 
@@ -22,10 +22,10 @@ If you have already an instantiated and deployed contract in hands you can creat
 
 <<< @/../../docs-snippets/src/guide/contracts/managing-deployed-contracts.test.ts#managing-deployed-contracts-1{ts:line-numbers}
 
-The previous example assumes that you have a `Contract` instance at hand. However, some Fuel tools and Sway use the [`b256`](../types/bits256.md) type format, a hex-encoded string-like type, for contract IDs.
+The previous example assumes that you have a [`Contract`](../../api/Program/Contract.md) instance at hand. However, some Fuel tools and Sway use the [`b256`](../types/bits256.md) type format, a hex-encoded string-like type, for contract IDs.
 
 You might have this format instead, for example, if you have deployed your contract with `forc deploy`.
 
-The process of instantiating a `Contract` remains the same when using a contract ID of type `b256`:
+The process of instantiating a [`Contract`](../../api/Program/Contract.md) remains the same when using a contract ID of type `b256`:
 
 <<< @/../../docs-snippets/src/guide/contracts/managing-deployed-contracts.test.ts#managing-deployed-contracts-2{ts:line-numbers}

apps/docs/src/guide/cookbook/custom-transactions.md

@@ -1,11 +1,11 @@
 # Custom Transactions
 
-There may be scenarios where you need to build out transactions that involve multiple program types and assets; this can be done by instantiating a `ScriptTransactionRequest`. This class allows you to a append multiple program types and assets to a single transaction.
+There may be scenarios where you need to build out transactions that involve multiple program types and assets; this can be done by instantiating a [`ScriptTransactionRequest`](../../api/Providers/ScriptTransactionRequest.md). This class allows you to a append multiple program types and assets to a single transaction.
 
 Consider the following script that transfers multiple assets to a contract:
 
 <<< @/../../docs-snippets/test/fixtures/forc-projects/script-transfer-to-contract/src/main.sw#custom-transactions-1{ts:line-numbers}
 
-This script can be executed by creating a `ScriptTransactionRequest`, appending the resource and contract inputs/outputs and then sending the transaction, as follows:
+This script can be executed by creating a [`ScriptTransactionRequest`](../../api/Providers/ScriptTransactionRequest.md), appending the resource and contract inputs/outputs and then sending the transaction, as follows:
 
 <<< @/../../docs-snippets/src/guide/scripts/script-custom-transaction.test.ts#custom-transactions-2{ts:line-numbers}

apps/docs/src/guide/predicates/index.md

@@ -31,7 +31,7 @@ After compiling, you will obtain the binary of the predicate and its JSON ABI (A
 
 <<< @/../../docs-snippets/src/guide/predicates/index.test.ts#predicate-index-2{ts:line-numbers}
 
-The created `Predicate` instance, among other things, has three important properties: the predicate `bytes` (byte code), the `chainId`, and the predicate `address`.
+The created [`Predicate`](../../api/Predicate/Predicate.md) instance, among other things, has three important properties: the predicate `bytes` (byte code), the `chainId`, and the predicate `address`.
 
 This address, generated from the byte code, corresponds to the Pay-to-Script-Hash (P2SH) address used in Bitcoin.
 

apps/docs/src/guide/predicates/send-and-spend-funds-from-predicates.md

@@ -26,7 +26,7 @@ With the predicate instantiated, we can transfer funds to its address. This requ
 
 Now that our predicate holds funds, we can use it to validate a transaction.
 
-First, we need to set its data. Note that the `main` function in our predicate example requires a parameter called `input_address` of type `b256`. We achieve this using the `Predicate` class method `setData`.
+First, we need to set its data. Note that the `main` function in our predicate example requires a parameter called `input_address` of type `b256`. We achieve this using the [`Predicate`](../../api/Predicate/Predicate.md) class method `setData`.
 
 <<< @/../../docs-snippets/src/guide/predicates/send-and-spend-funds-from-predicates.test.ts#send-and-spend-funds-from-predicates-4{ts:line-numbers}
 
@@ -40,7 +40,7 @@ Once the predicate resolves with a return value `true` based on its predefined c
 
 ---
 
-In a similar approach, you can use the `createTransfer` method, which returns a `ScriptTransactionRequest`. Then, we can submit this transaction request by calling the `sendTransaction` method.
+In a similar approach, you can use the `createTransfer` method, which returns a [`ScriptTransactionRequest`](../../api/Providers/ScriptTransactionRequest.md). Then, we can submit this transaction request by calling the `sendTransaction` method.
 
 This can be useful if you need the transaction ID before actually submitting it to the node.
 

apps/docs/src/guide/providers/index.md

@@ -1,5 +1,5 @@
 # Providers
 
-An instance of the `Provider` class lets you connect to a Fuel node. It provides read-only access to the blockchain state. You can use this provider as-is or through a `Wallet` instance.
+An instance of the [`Provider`](../../api/Providers/Provider.md) class lets you connect to a Fuel node. It provides read-only access to the blockchain state. You can use this provider as-is or through a [`Wallet`](../../api/Wallet/Wallet.md) instance.
 
 <<< @/../../../packages/providers/test/provider.test.ts#provider-definition{ts:line-numbers}

apps/docs/src/guide/types/address.md

@@ -1,50 +1,50 @@
 # Address
 
-In Sway, the `Address` type serves as a type-safe wrapper around the primitive `b256` type. The SDK takes a different approach and has its own abstraction for the `Address` type.
+In Sway, the [`Address`](../../api/Address/Address.md) type serves as a type-safe wrapper around the primitive `b256` type. The SDK takes a different approach and has its own abstraction for the [Address](../../api/Address/Address.md) type.
 
-## `AbstractAddress` Class
+## [`AbstractAddress`](../../api/Interfaces/AbstractAddress.md) Class
 
-The SDK defines the `AbstractAddress` class, which provides a set of utility functions for easy manipulation and conversion between address formats.
+The SDK defines the [AbstractAddress](../../api/Interfaces/AbstractAddress.md) class, which provides a set of utility functions for easy manipulation and conversion between address formats.
 
 <<< @/../../../packages/interfaces/src/index.ts#address-1{ts:line-numbers}
 
 ## Address Class
 
-Besides conforming to the interface of the `AbstractAddress`, the `Address` also defines one property; `bech32Address`, which is of the [`Bech32`](./bech32.md) type.
+Besides conforming to the interface of the [`AbstractAddress`](../../api/Interfaces/AbstractAddress.md), the [`Address`](../../api/Address/Address.md) class also defines one property; `bech32Address`, which is of the [`Bech32`](./bech32.md) type.
 
 <<< @/../../../packages/address/src/address.ts#address-2{ts:line-numbers}
 
 ## Creating an Address
 
-Thanks to the utility functions provided by the `AbstractAddress` class, there are several ways to create an `Address` instance:
+Thanks to the utility functions provided by the [`AbstractAddress`](../../api/Interfaces/AbstractAddress.md) class, there are several ways to create an [`Address`](../../api/Address/Address.md) instance:
 
 ### From a `Bech32` Address
 
-To create an `Address` from a `Bech32` address, use the following code snippet:
+To create an [`Address`](../../api/Address/Address.md) from a `Bech32` address, use the following code snippet:
 
 <<< @/../../docs-snippets/src/guide/types/address.test.ts#address-2{ts:line-numbers}
 
 ### From a Public Key
 
-To create an `Address` from a public key, use the following code snippet:
+To create an [`Address`](../../api/Address/Address.md) from a public key, use the following code snippet:
 
 <<< @/../../docs-snippets/src/guide/types/address.test.ts#address-3{ts:line-numbers}
 
 ### From a 256-bit Address
 
-To create an `Address` from a 256-bit address, use the following code snippet:
+To create an [`Address`](../../api/Address/Address.md) from a 256-bit address, use the following code snippet:
 
 <<< @/../../docs-snippets/src/guide/types/address.test.ts#address-4{ts:line-numbers}
 
 ## Utility Functions
 
-The `Address` class also provides some practical utility functions:
+The [`Address`](../../api/Address/Address.md) class also provides some practical utility functions:
 
-1. `fromString`: Create a new `Address` from an ambiguous source that may be a `Bech32` or `B256` address:
+1. `fromString`: Create a new [`Address`](../../api/Address/Address.md) from an ambiguous source that may be a `Bech32` or `B256` address:
 
 <<< @/../../docs-snippets/src/guide/types/address.test.ts#address-5{ts:line-numbers}
 
-2. `fromDynamicInput`: Create a new `Address` when the address source is unknown:
+2. `fromDynamicInput`: Create a new [`Address`](../../api/Address/Address.md) when the address source is unknown:
 
 <<< @/../../docs-snippets/src/guide/types/address.test.ts#address-6{ts:line-numbers}
 

apps/docs/src/guide/types/bech32.md

@@ -1,8 +1,8 @@
 # `Bech32`
 
-The SDK uses the `Bech32` type as the core property of the `Address` class, specifically through the `bech32Address` property.
+The SDK uses the `Bech32` type as the core property of the [`Address`](../../api/Address/Address.md) class, specifically through the `bech32Address` property.
 
-Originally designed for Bitcoin, the `Bech32` format offers numerous advantages such as enhanced error detection, simplified integrations, and improved compatibility with future upgrades. Given these benefits, the `Address` class is constructed around the `Bech32` type.
+Originally designed for Bitcoin, the `Bech32` format offers numerous advantages such as enhanced error detection, simplified integrations, and improved compatibility with future upgrades. Given these benefits, the [`Address`](../../api/Address/Address.md) class is constructed around the `Bech32` type.
 
 You can read more about the `Bech32` type [here](https://thebitcoinmanual.com/articles/btc-bech32-address/).
 

apps/docs/src/guide/types/bits256.md

@@ -16,6 +16,6 @@ To convert between a `b256` hexlified string and a `Uint8Array`, you can use the
 
 ## Support from `Address` Class
 
-A `b256` value is also supported as part of the `Address` class, providing seamless integration with other components of your application. To create an `Address` instance from a b256 value, use the `Address.fromB256()` method:
+A `b256` value is also supported as part of the [`Address`](../../api/Address/Address.md) class, providing seamless integration with other components of your application. To create an [`Address`](../../api/Address/Address.md) instance from a b256 value, use the `Address.fromB256()` method:
 
 <<< @/../../docs-snippets/src/guide/types/bits256.test.ts#bits256-3{ts:line-numbers}