Release @latticexyz/store@2.0.0-next.9 · latticexyz/mud

Major Changes

#1482 07dd6f32 Thanks @alvrs! - Renamed all occurrences of schema where it is used as "value schema" to valueSchema to clearly distinguish it from "key schema".
The only breaking change for users is the change from schema to valueSchema in mud.config.ts.
```
// mud.config.ts
export default mudConfig({
  tables: {
    CounterTable: {
      keySchema: {},
-     schema: {
+     valueSchema: {
        value: "uint32",
      },
    },
  }
}
```
#1354 331dbfdc Thanks @dk1a! - We've updated Store events to be "schemaless", meaning there is enough information in each event to only need to operate on the bytes of each record to make an update to that record without having to first decode the record by its schema. This enables new kinds of indexers and sync strategies.

If you've written your own sync logic or are interacting with Store calls directly, this is a breaking change. We have a few more breaking protocol changes upcoming, so you may hold off on upgrading until those land.

If you are using MUD's built-in tooling (table codegen, indexer, store sync, etc.), you don't have to make any changes except upgrading to the latest versions and deploying a fresh World.
- The data field in each StoreSetRecord and StoreEphemeralRecord has been replaced with three new fields: staticData, encodedLengths, and dynamicData. This better reflects the on-chain state and makes it easier to perform modifications to the raw bytes. We recommend storing each of these fields individually in your off-chain storage of choice (indexer, client, etc.).
```
- event StoreSetRecord(bytes32 tableId, bytes32[] keyTuple, bytes data);
+ event StoreSetRecord(bytes32 tableId, bytes32[] keyTuple, bytes staticData, bytes32 encodedLengths, bytes dynamicData);

- event StoreEphemeralRecord(bytes32 tableId, bytes32[] keyTuple, bytes data);
+ event StoreEphemeralRecord(bytes32 tableId, bytes32[] keyTuple, bytes staticData, bytes32 encodedLengths, bytes dynamicData);
```
- The StoreSetField event is now replaced by two new events: StoreSpliceStaticData and StoreSpliceDynamicData. Splicing allows us to perform efficient operations like push and pop, in addition to replacing a field value. We use two events because updating a dynamic-length field also requires updating the record's encodedLengths (aka PackedCounter).
```
- event StoreSetField(bytes32 tableId, bytes32[] keyTuple, uint8 fieldIndex, bytes data);
+ event StoreSpliceStaticData(bytes32 tableId, bytes32[] keyTuple, uint48 start, uint40 deleteCount, bytes data);
+ event StoreSpliceDynamicData(bytes32 tableId, bytes32[] keyTuple, uint48 start, uint40 deleteCount, bytes data, bytes32 encodedLengths);
```
Similarly, Store setter methods (e.g. setRecord) have been updated to reflect the data to staticData, encodedLengths, and dynamicData changes. We'll be following up shortly with Store getter method changes for more gas efficient storage reads.

#1589 f9f9609e Thanks @alvrs! - The argument order on Store_SpliceDynamicData, onBeforeSpliceDynamicData and onAfterSpliceDynamicData has been changed to match the argument order on Store_SetRecord,
where the PackedCounter encodedLength field comes before the bytes dynamicData field.

IStore {
  event Store_SpliceDynamicData(
    ResourceId indexed tableId,
    bytes32[] keyTuple,
    uint48 start,
    uint40 deleteCount,
+   PackedCounter encodedLengths,
    bytes data,
-   PackedCounter encodedLengths
  );
}

IStoreHook {
  function onBeforeSpliceDynamicData(
    ResourceId tableId,
    bytes32[] memory keyTuple,
    uint8 dynamicFieldIndex,
    uint40 startWithinField,
    uint40 deleteCount,
+   PackedCounter encodedLengths,
    bytes memory data,
-   PackedCounter encodedLengths
  ) external;

  function onAfterSpliceDynamicData(
    ResourceId tableId,
    bytes32[] memory keyTuple,
    uint8 dynamicFieldIndex,
    uint40 startWithinField,
    uint40 deleteCount,
+   PackedCounter encodedLengths,
    bytes memory data,
-   PackedCounter encodedLengths
  ) external;
}

#1527 759514d8 Thanks @holic! - Moved the registration of store hooks and systems hooks to bitmaps with bitwise operator instead of a struct.

- import { StoreHookLib } from "@latticexyz/src/StoreHook.sol";
+ import {
+   BEFORE_SET_RECORD,
+   BEFORE_SET_FIELD,
+   BEFORE_DELETE_RECORD
+ } from "@latticexyz/store/storeHookTypes.sol";

  StoreCore.registerStoreHook(
    tableId,
    subscriber,
-   StoreHookLib.encodeBitmap({
-     onBeforeSetRecord: true,
-     onAfterSetRecord: false,
-     onBeforeSetField: true,
-     onAfterSetField: false,
-     onBeforeDeleteRecord: true,
-     onAfterDeleteRecord: false
-   })
+   BEFORE_SET_RECORD | BEFORE_SET_FIELD | BEFORE_DELETE_RECORD
  );

- import { SystemHookLib } from "../src/SystemHook.sol";
+ import { BEFORE_CALL_SYSTEM, AFTER_CALL_SYSTEM } from "../src/systemHookTypes.sol";

  world.registerSystemHook(
    systemId,
    subscriber,
-   SystemHookLib.encodeBitmap({ onBeforeCallSystem: true, onAfterCallSystem: true })
+   BEFORE_CALL_SYSTEM | AFTER_CALL_SYSTEM
  );

#1531 d5094a24 Thanks @alvrs! - - The IStoreHook interface was changed to replace onBeforeSetField and onAfterSetField with onBeforeSpliceStaticData, onAfterSpliceStaticData, onBeforeSpliceDynamicData and onAfterSpliceDynamicData.

This new interface matches the new StoreSpliceStaticData and StoreSpliceDynamicData events, and avoids having to read the entire field from storage when only a subset of the field was updated
(e.g. when pushing elements to a field).

interface IStoreHook {
- function onBeforeSetField(
-   bytes32 tableId,
-   bytes32[] memory keyTuple,
-   uint8 fieldIndex,
-   bytes memory data,
-   FieldLayout fieldLayout
- ) external;

- function onAfterSetField(
-   bytes32 tableId,
-   bytes32[] memory keyTuple,
-   uint8 fieldIndex,
-   bytes memory data,
-   FieldLayout fieldLayout
- ) external;

+ function onBeforeSpliceStaticData(
+   bytes32 tableId,
+   bytes32[] memory keyTuple,
+   uint48 start,
+   uint40 deleteCount,
+   bytes memory data
+ ) external;

+ function onAfterSpliceStaticData(
+   bytes32 tableId,
+   bytes32[] memory keyTuple,
+   uint48 start,
+   uint40 deleteCount,
+   bytes memory data
+ ) external;

+ function onBeforeSpliceDynamicData(
+   bytes32 tableId,
+   bytes32[] memory keyTuple,
+   uint8 dynamicFieldIndex,
+   uint40 startWithinField,
+   uint40 deleteCount,
+   bytes memory data,
+   PackedCounter encodedLengths
+ ) external;

+ function onAfterSpliceDynamicData(
+   bytes32 tableId,
+   bytes32[] memory keyTuple,
+   uint8 dynamicFieldIndex,
+   uint40 startWithinField,
+   uint40 deleteCount,
+   bytes memory data,
+   PackedCounter encodedLengths
+ ) external;
}

All calldata parameters on the IStoreHook interface were changed to memory, since the functions are called with memory from the World.

IStore exposes two new functions: spliceStaticData and spliceDynamicData.

These functions provide lower level access to the operations happening under the hood in setField, pushToField, popFromField and updateInField and simplify handling
the new splice hooks.

StoreCore's internal logic was simplified to use the spliceStaticData and spliceDynamicData functions instead of duplicating similar logic in different functions.

interface IStore {
  // Splice data in the static part of the record
  function spliceStaticData(
    bytes32 tableId,
    bytes32[] calldata keyTuple,
    uint48 start,
    uint40 deleteCount,
    bytes calldata data
  ) external;

  // Splice data in the dynamic part of the record
  function spliceDynamicData(
    bytes32 tableId,
    bytes32[] calldata keyTuple,
    uint8 dynamicFieldIndex,
    uint40 startWithinField,
    uint40 deleteCount,
    bytes calldata data
  ) external;
}

#1336 de151fec Thanks @dk1a! - - Add FieldLayout, which is a bytes32 user-type similar to Schema.

Both FieldLayout and Schema have the same kind of data in the first 4 bytes.
- 2 bytes for total length of all static fields
- 1 byte for number of static size fields
- 1 byte for number of dynamic size fields
But whereas Schema has SchemaType enum in each of the other 28 bytes, FieldLayout has static byte lengths in each of the other 28 bytes.
- Replace Schema valueSchema with FieldLayout fieldLayout in Store and World contracts.
  
  FieldLayout is more gas-efficient because it already has lengths, and Schema has types which need to be converted to lengths.
- Add getFieldLayout to IStore interface.
  
  There is no FieldLayout for keys, only for values, because key byte lengths aren't usually relevant on-chain. You can still use getKeySchema if you need key types.
- Add fieldLayoutToHex utility to protocol-parser package.
- Add constants.sol for constants shared between FieldLayout, Schema and PackedCounter.
#1532 ae340b2b Thanks @dk1a! - Store's getRecord has been updated to return staticData, encodedLengths, and dynamicData instead of a single data blob, to match the new behaviour of Store setter methods.

If you use codegenerated libraries, you will only need to update encode calls.
```
- bytes memory data = Position.encode(x, y);
+ (bytes memory staticData, PackedCounter encodedLengths, bytes memory dynamicData) = Position.encode(x, y);
```

#1483 83583a50 Thanks @holic! - Store and World contract ABIs are now exported from the out directory. You'll need to update your imports like:

- import IBaseWorldAbi from "@latticexyz/world/abi/IBaseWorld.sol/IBaseWorldAbi.json";
+ import IBaseWorldAbi from "@latticexyz/world/out/IBaseWorld.sol/IBaseWorldAbi.json";

MudTest.sol was also moved to the World package. You can update your import like:

- import { MudTest } from "@latticexyz/store/src/MudTest.sol";
+ import { MudTest } from "@latticexyz/world/test/MudTest.t.sol";

#1566 44a5432a Thanks @dk1a! - These breaking changes only affect store utilities, you aren't affected if you use @latticexyz/cli codegen scripts.
- Add remappings argument to the tablegen codegen function, so that it can read user-provided files.
- In RenderTableOptions change the type of imports from RelativeImportDatum to ImportDatum, to allow passing absolute imports to the table renderer.
- Add solidityUserTypes argument to several functions that need to resolve user or abi types: resolveAbiOrUserType, importForAbiOrUserType, getUserTypeInfo.
- Add userTypes config option to MUD config, which takes user types mapped to file paths from which to import them.
#1550 65c9546c Thanks @dk1a! - - Always render field methods with a suffix in tablegen (they used to not be rendered if field methods without a suffix were rendered).
- Add withSuffixlessFieldMethods to RenderTableOptions, which indicates that field methods without a suffix should be rendered.
#1602 672d05ca Thanks @holic! - - Moves Store events into its own IStoreEvents interface
- Moves Store interfaces to their own files
- Adds a StoreData abstract contract to initialize a Store and expose the Store version
If you're using MUD out of the box, you won't have to make any changes. You will only need to update if you're using any of the base Store interfaces.
#1473 92de5998 Thanks @holic! - Bump Solidity version to 0.8.21
#1318 ac508bf1 Thanks @holic! - Renamed the default filename of generated user types from Types.sol to common.sol and the default filename of the generated table index file from Tables.sol to index.sol.

Both can be overridden via the MUD config:
```
export default mudConfig({
  /** Filename where common user types will be generated and imported from. */
  userTypesFilename: "common.sol",
  /** Filename where codegen index will be generated. */
  codegenIndexFilename: "index.sol",
});
```
Note: userTypesFilename was renamed from userTypesPath and .sol is not appended automatically anymore but needs to be part of the provided filename.

To update your existing project, update all imports from Tables.sol to index.sol and all imports from Types.sol to common.sol, or override the defaults in your MUD config to the previous values.
```
- import { Counter } from "../src/codegen/Tables.sol";
+ import { Counter } from "../src/codegen/index.sol";
- import { ExampleEnum } from "../src/codegen/Types.sol";
+ import { ExampleEnum } from "../src/codegen/common.sol";
```
#1558 bfcb293d Thanks @alvrs! - What used to be known as ephemeral table is now called offchain table.
The previous ephemeral tables only supported an emitEphemeral method, which emitted a StoreSetEphemeralRecord event.

Now offchain tables support all regular table methods, except partial operations on dynamic fields (push, pop, update).
Unlike regular tables they don't store data on-chain but emit the same events as regular tables (StoreSetRecord, StoreSpliceStaticData, StoreDeleteRecord), so their data can be indexed by offchain indexers/clients.
```
- EphemeralTable.emitEphemeral(value);
+ OffchainTable.set(value);
```
#1601 1890f1a0 Thanks @alvrs! - Moved store tables to the "store" namespace (previously "mudstore") and world tables to the "world" namespace (previously root namespace).

#1577 af639a26 Thanks @alvrs! - Store events have been renamed for consistency and readability.
If you're parsing Store events manually, you need to update your ABI.
If you're using the MUD sync stack, the new events are already integrated and no further changes are necessary.

- event StoreSetRecord(
+ event Store_SetRecord(
    ResourceId indexed tableId,
    bytes32[] keyTuple,
    bytes staticData,
    bytes32 encodedLengths,
    bytes dynamicData
  );
- event StoreSpliceStaticData(
+ event Store_SpliceStaticData(
    ResourceId indexed tableId,
    bytes32[] keyTuple,
    uint48 start,
    uint40 deleteCount,
    bytes data
  );
- event StoreSpliceDynamicData(
+ event Store_SpliceDynamicData(
    ResourceId indexed tableId,
    bytes32[] keyTuple,
    uint48 start,
    uint40 deleteCount,
    bytes data,
    bytes32 encodedLengths
  );
- event StoreDeleteRecord(
+ event Store_DeleteRecord(
    ResourceId indexed tableId,
    bytes32[] keyTuple
  );

#1544 5e723b90 Thanks @alvrs! - - ResourceSelector is replaced with ResourceId, ResourceIdLib, ResourceIdInstance, WorldResourceIdLib and WorldResourceIdInstance.

Previously a "resource selector" was a bytes32 value with the first 16 bytes reserved for the resource's namespace, and the last 16 bytes reserved for the resource's name.
Now a "resource ID" is a bytes32 value with the first 2 bytes reserved for the resource type, the next 14 bytes reserved for the resource's namespace, and the last 16 bytes reserved for the resource's name.

Previously ResouceSelector was a library and the resource selector type was a plain bytes32.
Now ResourceId is a user type, and the functionality is implemented in the ResourceIdInstance (for type) and WorldResourceIdInstance (for namespace and name) libraries.
We split the logic into two libraries, because Store now also uses ResourceId and needs to be aware of resource types, but not of namespaces/names.

- import { ResourceSelector } from "@latticexyz/world/src/ResourceSelector.sol";
+ import { ResourceId, ResourceIdInstance } from "@latticexyz/store/src/ResourceId.sol";
+ import { WorldResourceIdLib, WorldResourceIdInstance } from "@latticexyz/world/src/WorldResourceId.sol";
+ import { RESOURCE_SYSTEM } from "@latticexyz/world/src/worldResourceTypes.sol";

- bytes32 systemId = ResourceSelector.from("namespace", "name");
+ ResourceId systemId = WorldResourceIdLib.encode(RESOURCE_SYSTEM, "namespace", "name");

- using ResourceSelector for bytes32;
+ using WorldResourceIdInstance for ResourceId;
+ using ResourceIdInstance for ResourceId;

  systemId.getName();
  systemId.getNamespace();
+ systemId.getType();

All Store and World methods now use the ResourceId type for tableId, systemId, moduleId and namespaceId.
All mentions of resourceSelector were renamed to resourceId or the more specific type (e.g. tableId, systemId)

import { ResourceId } from "@latticexyz/store/src/ResourceId.sol";

IStore {
  function setRecord(
-   bytes32 tableId,
+   ResourceId tableId,
    bytes32[] calldata keyTuple,
    bytes calldata staticData,
    PackedCounter encodedLengths,
    bytes calldata dynamicData,
    FieldLayout fieldLayout
  ) external;

  // Same for all other methods
}

import { ResourceId } from "@latticexyz/store/src/ResourceId.sol";

IBaseWorld {
  function callFrom(
    address delegator,
-   bytes32 resourceSelector,
+   ResourceId systemId,
    bytes memory callData
  ) external payable returns (bytes memory);

  // Same for all other methods
}

#1520 99ab9cd6 Thanks @holic! - Store events now use an indexed tableId. This adds ~100 gas per write, but means we our sync stack can filter events by table.
#1472 c049c23f Thanks @alvrs! - - StoreCore's initialize function is split into initialize (to set the StoreSwitch's storeAddress) and registerCoreTables (to register the Tables and StoreHooks tables).
The purpose of this is to give consumers more granular control over the setup flow.
- The StoreRead contract no longer calls StoreCore.initialize in its constructor.
  StoreCore consumers are expected to call StoreCore.initialize and StoreCore.registerCoreTable in their own setup logic.
#1587 24a6cd53 Thanks @alvrs! - Changed the userTypes property to accept { filePath: string, internalType: SchemaAbiType } to enable strong type inference from the config.
#1581 cea754dd Thanks @alvrs! - - The external setRecord and deleteRecord methods of IStore no longer accept a FieldLayout as input, but load it from storage instead.
This is to prevent invalid FieldLayout values being passed, which could cause the onchain state to diverge from the indexer state.
However, the internal StoreCore library still exposes a setRecord and deleteRecord method that allows a FieldLayout to be passed.
This is because StoreCore can only be used internally, so the FieldLayout value can be trusted and we can save the gas for accessing storage.
```
interface IStore {
  function setRecord(
    ResourceId tableId,
    bytes32[] calldata keyTuple,
    bytes calldata staticData,
    PackedCounter encodedLengths,
    bytes calldata dynamicData,
-   FieldLayout fieldLayout
  ) external;

  function deleteRecord(
    ResourceId tableId,
    bytes32[] memory keyTuple,
-   FieldLayout fieldLayout
  ) external;
}
```
- The spliceStaticData method and Store_SpliceStaticData event of IStore and StoreCore no longer include deleteCount in their signature.
  This is because when splicing static data, the data after start is always overwritten with data instead of being shifted, so deleteCount is always the length of the data to be written.
```
event Store_SpliceStaticData(
  ResourceId indexed tableId,
  bytes32[] keyTuple,
  uint48 start,
- uint40 deleteCount,
  bytes data
);

interface IStore {
  function spliceStaticData(
    ResourceId tableId,
    bytes32[] calldata keyTuple,
    uint48 start,
-   uint40 deleteCount,
    bytes calldata data
  ) external;
}
```
- The updateInField method has been removed from IStore, as it's almost identical to the more general spliceDynamicData.
  If you're manually calling updateInField, here is how to upgrade to spliceDynamicData:
```
- store.updateInField(tableId, keyTuple, fieldIndex, startByteIndex, dataToSet, fieldLayout);
+ uint8 dynamicFieldIndex = fieldIndex - fieldLayout.numStaticFields();
+ store.spliceDynamicData(tableId, keyTuple, dynamicFieldIndex, uint40(startByteIndex), uint40(dataToSet.length), dataToSet);
```
- All other methods that are only valid for dynamic fields (pushToField, popFromField, getFieldSlice)
  have been renamed to make this more explicit (pushToDynamicField, popFromDynamicField, getDynamicFieldSlice).
  
  Their fieldIndex parameter has been replaced by a dynamicFieldIndex parameter, which is the index relative to the first dynamic field (i.e. dynamicFieldIndex = fieldIndex - numStaticFields).
  The FieldLayout parameter has been removed, as it was only used to calculate the dynamicFieldIndex in the method.
```
interface IStore {
- function pushToField(
+ function pushToDynamicField(
    ResourceId tableId,
    bytes32[] calldata keyTuple,
-   uint8 fieldIndex,
+   uint8 dynamicFieldIndex,
    bytes calldata dataToPush,
-   FieldLayout fieldLayout
  ) external;

- function popFromField(
+ function popFromDynamicField(
    ResourceId tableId,
    bytes32[] calldata keyTuple,
-   uint8 fieldIndex,
+   uint8 dynamicFieldIndex,
    uint256 byteLengthToPop,
-   FieldLayout fieldLayout
  ) external;

- function getFieldSlice(
+ function getDynamicFieldSlice(
    ResourceId tableId,
    bytes32[] memory keyTuple,
-   uint8 fieldIndex,
+   uint8 dynamicFieldIndex,
-   FieldLayout fieldLayout,
    uint256 start,
    uint256 end
  ) external view returns (bytes memory data);
}
```
- IStore has a new getDynamicFieldLength length method, which returns the byte length of the given dynamic field and doesn't require the FieldLayout.
```
IStore {
+ function getDynamicFieldLength(
+   ResourceId tableId,
+   bytes32[] memory keyTuple,
+   uint8 dynamicFieldIndex
+ ) external view returns (uint256);
}
```
- IStore now has additional overloads for getRecord, getField, getFieldLength and setField that don't require a FieldLength to be passed, but instead load it from storage.
- IStore now exposes setStaticField and setDynamicField to save gas by avoiding the dynamic inference of whether the field is static or dynamic.
- The getDynamicFieldSlice method no longer accepts reading outside the bounds of the dynamic field.
  This is to avoid returning invalid data, as the data of a dynamic field is not deleted when the record is deleted, but only its length is set to zero.

Minor Changes

#1511 9b43029c Thanks @holic! - Add protocol version with corresponding getter and event on deploy

world.worldVersion();
world.storeVersion(); // a World is also a Store

event HelloWorld(bytes32 indexed worldVersion);
event HelloStore(bytes32 indexed storeVersion);

#1521 55ab88a6 Thanks @alvrs! - StoreCore and IStore now expose specific functions for getStaticField and getDynamicField in addition to the general getField.
Using the specific functions reduces gas overhead because more optimized logic can be executed.

interface IStore {
  /**
   * Get a single static field from the given tableId and key tuple, with the given value field layout.
   * Note: the field value is left-aligned in the returned bytes32, the rest of the word is not zeroed out.
   * Consumers are expected to truncate the returned value as needed.
   */
  function getStaticField(
    bytes32 tableId,
    bytes32[] calldata keyTuple,
    uint8 fieldIndex,
    FieldLayout fieldLayout
  ) external view returns (bytes32);

  /**
   * Get a single dynamic field from the given tableId and key tuple at the given dynamic field index.
   * (Dynamic field index = field index - number of static fields)
   */
  function getDynamicField(
    bytes32 tableId,
    bytes32[] memory keyTuple,
    uint8 dynamicFieldIndex
  ) external view returns (bytes memory);
}

#1542 80dd6992 Thanks @dk1a! - Add an optional namePrefix argument to renderRecordData, to support inlined logic in codegenned set method which uses a struct.
#1513 708b49c5 Thanks @Boffee! - Generated table libraries now have a set of functions prefixed with _ that always use their own storage for read/write.
This saves gas for use cases where the functionality to dynamically determine which Store to use for read/write is not needed, e.g. root systems in a World, or when using Store without World.

We decided to continue to always generate a set of functions that dynamically decide which Store to use, so that the generated table libraries can still be imported by non-root systems.
```
library Counter {
  // Dynamically determine which store to write to based on the context
  function set(uint32 value) internal;

  // Always write to own storage
  function _set(uint32 value) internal;

  // ... equivalent functions for all other Store methods
}
```

Patch Changes

#1490 aea67c58 Thanks @alvrs! - Include bytecode for World and Store in npm packages.
#1600 90e4161b Thanks @alvrs! - Moved the test tables out of the main config in world and store and into their own separate config.
#1508 211be2a1 Thanks @Boffee! - The FieldLayout in table libraries is now generated at compile time instead of dynamically in a table library function.
This significantly reduces gas cost in all table library functions.
#1512 0f3e2e02 Thanks @Boffee! - Added Storage.loadField to optimize loading 32 bytes or less from storage (which is always the case when loading data for static fields).
#1568 d0878928 Thanks @alvrs! - Prefixed all errors with their respective library/contract for improved debugging.
#1544 5e723b90 Thanks @alvrs! - The ResourceType table is removed.
It was previously used to store the resource type for each resource ID in a World. This is no longer necessary as the resource type is now encoded in the resource ID.

To still be able to determine whether a given resource ID exists, a ResourceIds table has been added.
The previous ResourceType table was part of World and missed tables that were registered directly via StoreCore.registerTable instead of via World.registerTable (e.g. when a table was registered as part of a root module).
This problem is solved by the new table ResourceIds being part of Store.

StoreCore's hasTable function was removed in favor of using ResourceIds.getExists(tableId) directly.
```
- import { ResourceType } from "@latticexyz/world/src/tables/ResourceType.sol";
- import { StoreCore } from "@latticexyz/store/src/StoreCore.sol";
+ import { ResourceIds } from "@latticexyz/store/src/codegen/tables/ResourceIds.sol";

- bool tableExists = StoreCore.hasTable(tableId);
+ bool tableExists = ResourceIds.getExists(tableId);

- bool systemExists = ResourceType.get(systemId) != Resource.NONE;
+ bool systemExists = ResourceIds.getExists(systemId);
```

#1484 6573e38e Thanks @alvrs! - Renamed all occurrences of table where it is used as "table ID" to tableId.
This is only a breaking change for consumers who manually decode Store events, but not for consumers who use the MUD libraries.

event StoreSetRecord(
- bytes32 table,
+ bytes32 tableId,
  bytes32[] key,
  bytes data
);

event StoreSetField(
- bytes32 table,
+ bytes32 tableId,
  bytes32[] key,
  uint8 fieldIndex,
  bytes data
);

event StoreDeleteRecord(
- bytes32 table,
+ bytes32 tableId,
  bytes32[] key
);

event StoreEphemeralRecord(
- bytes32 table,
+ bytes32 tableId,
  bytes32[] key,
  bytes data
);

#1492 6e66c5b7 Thanks @alvrs! - Renamed all occurrences of key where it is used as "key tuple" to keyTuple.
This is only a breaking change for consumers who manually decode Store events, but not for consumers who use the MUD libraries.

event StoreSetRecord(
  bytes32 tableId,
- bytes32[] key,
+ bytes32[] keyTuple,
  bytes data
);

event StoreSetField(
  bytes32 tableId,
- bytes32[] key,
+ bytes32[] keyTuple,
  uint8 fieldIndex,
  bytes data
);

event StoreDeleteRecord(
  bytes32 tableId,
- bytes32[] key,
+ bytes32[] keyTuple,
);

event StoreEphemeralRecord(
  bytes32 tableId,
- bytes32[] key,
+ bytes32[] keyTuple,
  bytes data
);

#1599 63831a26 Thanks @alvrs! - Minor Store cleanups: renamed Utils.sol to leftMask.sol since it only contains a single free function, and removed a leftover sanity check.
#1586 22ee4470 Thanks @alvrs! - All Store and World tables now use the appropriate user-types for ResourceId, FieldLayout and Schema to avoid manual wrap/unwrap.
#1509 be313068 Thanks @Boffee! - Optimized the StoreCore hash function determining the data location to use less gas.
#1569 22ba7b67 Thanks @alvrs! - Simplified a couple internal constants used for bitshifting.
Updated dependencies [65c9546c, 331dbfdc, 0b8ce3f2, 44a5432a, 331dbfdc, 92de5998, bfcb293d, 5e723b90, 24a6cd53, 708b49c5, c4f49240, cea754dd]:
- @latticexyz/[email protected]
- @latticexyz/[email protected]
- @latticexyz/[email protected]

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Major Changes

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