Merge branch 'master' into dp/fuels-dev-hang

.changeset/angry-crabs-float.md

@@ -0,0 +1,5 @@
+---
+"@fuel-ts/account": patch
+---
+
+chore: prepend version mismatch to GraphQL errors

.changeset/nasty-carrots-report.md

@@ -0,0 +1,5 @@
+---
+"@fuel-ts/abi-coder": patch
+---
+
+fix: incorrect function coder offset usage

.changeset/red-ligers-invent.md

@@ -0,0 +1,4 @@
+---
+---
+
+chore: fixed interplay with resource cache tests

.changeset/wet-goats-push.md

@@ -0,0 +1,4 @@
+---
+---
+
+chore: adjust commit conventions

.changeset/wet-radios-collect.md

@@ -0,0 +1,4 @@
+---
+---
+
+docs: favour `B256` and `B512` type references

.github/workflows/pr-lint.yaml

@@ -39,10 +39,10 @@ jobs:
             feat
             fix
             chore
+            test
             build
             docs
             ci
-            rc
 
       - name: Check PR title length
         env:

CONTRIBUTING.md

@@ -228,7 +228,6 @@ pnpm bench:node
 pnpm bench:node packages/my-desired-package
 ```
 
-
 ### CI Test
 
 During the CI process an automated end-to-end (e2e) test is executed. This test is crucial as it simulates real-world scenarios on the current test-net, ensuring that the changeset maintains the expected functionality and stability.
@@ -268,11 +267,10 @@ When you create a commit we kindly ask you to follow the convention
 `category(scope or module): message` in your commit message while using one of
 the following categories:
 
-- `feat / feature`: all changes that introduce completely new code or new
+- `feat`: all changes that introduce completely new code or new
   features
 - `fix`: changes that fix a bug (ideally you will additionally reference an
   issue if present)
-- `refactor`: any code related change that is not a fix nor a feature
 - `docs`: changing existing or creating new documentation (i.e. README, docs for
   usage of a lib or cli usage)
 - `build`: all changes regarding the build of the software, changes to

apps/docs/.vitepress/config.ts

@@ -496,12 +496,12 @@ export default defineConfig({
                 link: '/guide/types/asset-id',
               },
               {
-                text: 'Bits256',
-                link: '/guide/types/bits256',
+                text: 'B256',
+                link: '/guide/types/b256',
               },
               {
-                text: 'Bits512',
-                link: '/guide/types/bits512',
+                text: 'B512',
+                link: '/guide/types/b512',
               },
               {
                 text: 'Bytes',

apps/docs/.vitepress/plugins/utils/extractImports.test.ts

@@ -108,7 +108,7 @@ describe('extractImports', () => {
         '// #import { AssetId };',
         '',
         'const assetId: AssetId = {',
-        '  value: Bits256,',
+        '  value: B256,',
         '};',
       ];
       const filepath = '/some/file/asset-id.test.ts';
@@ -197,7 +197,7 @@ describe('extractImports', () => {
         '    // #import { AssetId, Address };',
         '',
         '    const assetId: AssetId = {',
-        '      value: Bits256,',
+        '      value: B256,',
         '    };',
         '    const address: Address = new Address();',
       ];

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

@@ -6,7 +6,7 @@ To interact with a deployed contract using the SDK without redeploying it, you o
 
 The `contractId` property from the [`Contract`](https://fuels-ts-docs-api.vercel.app/classes/_fuel_ts_program.Contract.html) class is an instance of the [`Address`](https://fuels-ts-docs-api.vercel.app/classes/_fuel_ts_address.Address.html) class.
 
-The [`Address`](https://fuels-ts-docs-api.vercel.app/classes/_fuel_ts_address.Address.html) class also provides a set of utility functions for easy manipulation and conversion between address formats along with one property; `b256Address`, which is a string encoded in [`B256`](../types/bits256.md) format.
+The [`Address`](https://fuels-ts-docs-api.vercel.app/classes/_fuel_ts_address.Address.html) class also provides a set of utility functions for easy manipulation and conversion between address formats along with one property; `b256Address`, which is a string encoded in [`B256`](../types/b256.md) format.
 
 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
 
 <<< @./snippets/managing-deployed-contracts.ts#with-contractId{ts:line-numbers}
 
-The previous example assumes that you have a [`Contract`](https://fuels-ts-docs-api.vercel.app/classes/_fuel_ts_program.Contract.html) 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`](https://fuels-ts-docs-api.vercel.app/classes/_fuel_ts_program.Contract.html) instance at hand. However, some Fuel tools and Sway use the [`B256`](../types/b256.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`](https://fuels-ts-docs-api.vercel.app/classes/_fuel_ts_program.Contract.html) remains the same when using a contract ID of type `b256`:
+The process of instantiating a [`Contract`](https://fuels-ts-docs-api.vercel.app/classes/_fuel_ts_program.Contract.html) remains the same when using a contract ID of type `B256`:
 
 <<< @./snippets/managing-deployed-contracts.ts#with-b256{ts:line-numbers}

apps/docs/src/guide/contracts/minted-token-asset-id.md

@@ -5,7 +5,7 @@ The asset ID of a token on the Fuel network is determined by two factors:
 - The ID of the contract that minted the token,
 - A sub-identifier (Sub ID)
 
-> Both of which are [bits256](../types/bits256.md) strings.
+> Both of which are [B256](../types/b256.md) strings.
 
 The process involves applying a SHA-256 hash algorithm to the combination of the Contract ID and the Sub ID, to derive an Asset ID - as explained [here](https://docs.fuel.network/docs/specs/identifiers/asset/#asset-id).
 

apps/docs/src/guide/contracts/snippets/utilities/minted-token-asset-id.ts

@@ -10,7 +10,7 @@ const deployer = Wallet.fromPrivateKey(WALLET_PVT_KEY, provider);
 const deployContract = await TokenFactory.deploy(deployer);
 const { contract } = await deployContract.waitForResult();
 
-// Any valid bits256 string can be used as a sub ID
+// Any valid B256 string can be used as a sub ID
 const subID =
   '0xc7fd1d987ada439fc085cfa3c49416cf2b504ac50151e3c2335d60595cb90745';
 const mintAmount = bn(1000);

apps/docs/src/guide/encoding/working-with-bytes.md

@@ -24,9 +24,9 @@ A fixed-length string's size is known at compile time due to the argument declar
 
 <<< @./snippets/working-with-bytes.ts#working-with-bytes-3{ts:line-numbers}
 
-### `b256` / `b512`
+### `B256` / `B512`
 
-These are fixed-length byte arrays, with `b256` containing 256 bits and `b512` containing 512 bits. You can use them for address and signature formats.
+These are fixed-length byte arrays, with `B256` containing 256 bits and `B512` containing 512 bits. You can use them for address and signature formats.
 
 <<< @./snippets/working-with-bytes.ts#working-with-bytes-4{ts:line-numbers}
 

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

@@ -10,15 +10,15 @@ Consider the following predicate:
 
 <<< @/../../docs/sway/simple-predicate/src/main.sw#send-and-spend-funds-from-predicates-1{rust:line-numbers}
 
-This predicate accepts an address of type `b256` and compares it with a hard-coded address of the same type. If both addresses are equal, the predicate returns true, otherwise it will return false.
+This predicate accepts an address of type `B256` and compares it with a hard-coded address of the same type. If both addresses are equal, the predicate returns true, otherwise it will return false.
 
 ## Interacting with the Predicate Using SDK
 
 Let's use the above predicate to validate our transaction.
 
 Once you've compiled the predicate (`forc build`), you'll obtain two important artifacts: the JSON ABI and the predicate's binary code. These are needed to instantiate a new predicate.
 
-This is where we also pass in the predicate's data. Note that the `main` function in our predicate example requires a parameter called `input_address` of type `b256`. We will pass this parameter to the `Predicate` constructor along with the bytecode and the JSON ABI.
+This is where we also pass in the predicate's data. Note that the `main` function in our predicate example requires a parameter called `input_address` of type `B256`. We will pass this parameter to the `Predicate` constructor along with the bytecode and the JSON ABI.
 
 <<< @./snippets/cookbook/transferring-assets.ts#send-and-spend-funds-from-predicates-2{ts:line-numbers}
 

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

@@ -1,10 +1,10 @@
 # Address
 
-In Sway, the [`Address`](https://fuels-ts-docs-api.vercel.app/classes/_fuel_ts_address.Address.html) 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](https://fuels-ts-docs-api.vercel.app/classes/_fuel_ts_address.Address.html) type.
+In Sway, the [`Address`](https://fuels-ts-docs-api.vercel.app/classes/_fuel_ts_address.Address.html) 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](https://fuels-ts-docs-api.vercel.app/classes/_fuel_ts_address.Address.html) type.
 
 ## Address Class
 
-The [`Address`](https://fuels-ts-docs-api.vercel.app/classes/_fuel_ts_address.Address.html) class also provides a set of utility functions for easy manipulation and conversion between address formats along with one property; `b256Address`, which is of the [`B256`](./bits256.md) type.
+The [`Address`](https://fuels-ts-docs-api.vercel.app/classes/_fuel_ts_address.Address.html) class also provides a set of utility functions for easy manipulation and conversion between address formats along with one property; `b256Address`, which is of the [`B256`](./b256.md) type.
 
 <<< @/../../../packages/address/src/address.ts#address-2{ts:line-numbers}
 

apps/docs/src/guide/types/asset-id.md

@@ -1,6 +1,6 @@
 # Asset ID
 
-An Asset ID can be represented using the `AssetId` type. It's definition matches the Sway standard library type being a `Struct` wrapper around an inner `Bits256` value.
+An Asset ID can be represented using the `AssetId` type. It's definition matches the Sway standard library type being a `Struct` wrapper around an inner `B256` value.
 
 <<< @./snippets/asset-id/intro.ts#full{ts:line-numbers}
 

apps/docs/src/guide/types/b256.md

@@ -0,0 +1,21 @@
+# `B256`
+
+The type `B256` in Fuel represents hashes and holds a 256-bit (32-bytes) value. The TypeScript SDK represents `B256` as a hexlified string value for portability and provides utilities to convert to `Uint8Array` when the [raw bytes](./bytes32.md) are required.
+
+## Generating random `B256` values
+
+To generate a random `B256` value, you can use the `getRandomB256()` function:
+
+<<< @./snippets/b256/generating-random-b256.ts#full{ts:line-numbers}
+
+### Converting between `B256` and `Uint8Array`
+
+To convert between a `B256` hexlified string and a `Uint8Array`, you can use the `arrayify` and `hexlify` functions:
+
+<<< @./snippets/b256/converting-between-b256-uint8.ts#full{ts:line-numbers}
+
+## Support from `Address` Class
+
+A `B256` value is also supported as part of the [`Address`](https://fuels-ts-docs-api.vercel.app/classes/_fuel_ts_address.Address.html) class, providing seamless integration with other components of your application. To create an [`Address`](https://fuels-ts-docs-api.vercel.app/classes/_fuel_ts_address.Address.html) instance from a b256 value, use the `Address.fromB256()` method:
+
+<<< @./snippets/b256/support-from-address-class.ts#full{ts:line-numbers}

apps/docs/src/guide/types/b512.md

@@ -0,0 +1,25 @@
+# B512
+
+In Sway, the `B512` type is commonly used to handle public keys and signatures. This guide will explain how the `B512` type is defined in Sway, how to visualize a `B512` value using the SDK, and how to interact with a contract function that accepts a `B512` parameter.
+
+The `B512` type in Sway is a wrapper around two `B256` types, allowing for the representation of 64-byte values. It is defined as a struct:
+
+<<< @/../../docs/sway/bytecode-input/src/main.sw#b512-1{rs:line-numbers}
+
+## `B512` in the SDK
+
+In the SDK, you can visualize a `B512` value by examining a wallet's public key:
+
+<<< @./snippets/b512/b512-in-the-sdk.ts#snippet-1{ts:line-numbers}
+
+## Example: Echoing a `B512` Value in a Contract Function
+
+Let's consider a contract function that accepts a `B512` parameter and returns the same value:
+
+<<< @/../../docs/sway/echo-values/src/main.sw#b512-3{rust:line-numbers}
+
+To call this function and validate the returned value, follow these steps:
+
+<<< @./snippets/b512/echoing-a-b512.ts#snippet-1{ts:line-numbers}
+
+In this example, we generate a wallet, use its public key as the `B512` input, call the `echo_b512` contract function, and expect the returned value to match the original input.

apps/docs/src/guide/types/bytes32.md

@@ -16,4 +16,4 @@ You can use the `hexlify` function to convert a byte array to a hex string, and
 
 ## Working with b256 in Fuel
 
-In Fuel, there is a special type called b256, which is similar to `bytes32`. Like `bytes32`, `b256` is also used to represent hashes and holds a 256-bit value. You can learn more about working with `b256` values in the [Bits256 documentation](./bits256.md).
+In Fuel, there is a special type called b256, which is similar to `bytes32`. Like `bytes32`, `B256` is also used to represent hashes and holds a 256-bit value. You can learn more about working with `B256` values in the [B256 documentation](./b256.md).

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

@@ -1,12 +1,12 @@
 # `EvmAddress`
 
-An Ethereum Virtual Machine (EVM) Address can be represented using the `EvmAddress` type. It's definition matches the Sway standard library type being a `Struct` wrapper around an inner `Bits256` value.
+An Ethereum Virtual Machine (EVM) Address can be represented using the `EvmAddress` type. It's definition matches the Sway standard library type being a `Struct` wrapper around an inner `B256` value.
 
 <<< @./snippets/evm-address/intro.ts#snippet-1{ts:line-numbers}
 
 ## Creating an EVM Address
 
-An EVM Address only has 20 bytes therefore the first 12 bytes of the `Bits256` value are set to 0. Within the SDK, an `Address` can be instantiated and converted to a wrapped and Sway compatible EVM Address using the `toEvmAddress()` function:
+An EVM Address only has 20 bytes therefore the first 12 bytes of the `B256` value are set to 0. Within the SDK, an `Address` can be instantiated and converted to a wrapped and Sway compatible EVM Address using the `toEvmAddress()` function:
 
 <<< @./snippets/evm-address/creating-an-evm.ts#snippet-1{ts:line-numbers}
 

apps/docs/src/guide/types/snippets/asset-id/intro.ts

@@ -2,10 +2,10 @@
 import type { AssetId } from 'fuels';
 import { getRandomB256 } from 'fuels';
 
-const bits256 = getRandomB256();
+const b256 = getRandomB256();
 
 const assetId: AssetId = {
-  bits: bits256,
+  bits: b256,
 };
 // #endregion full
 console.log(assetId, 'assetId');

apps/docs/src/guide/types/snippets/evm-address/intro.ts

@@ -1,11 +1,11 @@
 // #region snippet-1
 import type { B256AddressEvm, EvmAddress } from 'fuels';
 
-const bits256: B256AddressEvm =
+const b256: B256AddressEvm =
   '0x000000000000000000000000210cf886ce41952316441ae4cac35f00f0e882a6';
 
 const evmAddress: EvmAddress = {
-  bits: bits256,
+  bits: b256,
 };
 // #endregion snippet-1
 

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

@@ -18,4 +18,4 @@ Please note that TypeScript does not have native support for `u8` and `u64` type
 
 Additionally, TypeScript does not support specifying string length, so just use `string` for the `name`.
 
-In a similar way, since the type `b256` on the SDK is just an hexlified string, we use `string` as well.
+In a similar way, since the type `B256` on the SDK is just an hexlified string, we use `string` as well.

apps/docs/src/guide/utilities/address-conversion.md

@@ -2,11 +2,11 @@
 
 Addresses and varying address formats are commonplace when interacting with decentralized applications. Furthermore, different networks may enforce different address formats.
 
-The Fuel Network uses the [`Bits256`](../types/bits256.md) address format for its interactions, an example of which can be seen below:
+The Fuel Network uses the [`B256`](../types/b256.md) address format for its interactions, an example of which can be seen below:
 
 <<< @/../../docs/src/guide/types/snippets/b256.ts#addresses-1{ts:line-numbers}
 
-However, a hexlified [Bits256](../types/bits256.md) (hex) is another common address format; an example can be seen below:
+However, a hexlified [B256](../types/b256.md) (hex) is another common address format; an example can be seen below:
 
 <<< @/../../docs/src/guide/types/snippets/evm-address/creating-an-evm.ts#snippet-2{ts:line-numbers}
 apps/
@@ -37,6 +37,6 @@ Similarly, the Wallet `address` property is also of type [`Address`](https://fue
 
 ## 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`](https://fuels-ts-docs-api.vercel.app/classes/_fuel_ts_address.Address.html) from a `b256` type:
+[Asset IDs](../types/asset-id.md) are a wrapped [`B256`](../types/b256.md) value. The following example shows how to create an [`Address`](https://fuels-ts-docs-api.vercel.app/classes/_fuel_ts_address.Address.html) from a `B256` type:
 
 <<< @./snippets/address-conversion/asset-id.ts#conversion-4{ts:line-numbers}

apps/docs/sway/bytecode-input/src/main.sw

@@ -6,7 +6,7 @@ abi MyContract {
 
 // #region b512-1
 pub struct B512 {
-    /// The two `b256`s that make up the `B512`.
+    /// The two `B256`s that make up the `B512`.
     bits: [b256; 2],
 }
 // #endregion b512-1

apps/docs/sway/echo-values/src/main.sw

@@ -38,11 +38,11 @@ impl EchoValues for Contract {
     }
     // #endregion tuples-2
 
-    // #region bits512-3
+    // #region b512-3
     fn echo_b512(input: B512) -> B512 {
         input
     }
-    // #endregion bits512-3
+    // #endregion b512-3
     fn echo_u64(value: u64) -> u64 {
         value
     }