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# Solidity API

# Bytes

# toBytes32 

function toBytes32(bytes input, uint256 offset) internal pure returns (bytes32 output)

Converts a bytes memory blob to a single bytes32 memory value, starting at the given byte offset.

# equals 

function equals(bytes a, bytes b) internal pure returns (bool)

# setLength 

function setLength(bytes input, uint256 length) internal pure returns (bytes)

In-place set the length of a bytes memory value.

# setBytes1 

function setBytes1(bytes32 input, uint256 index, bytes1 overwrite) internal pure returns (bytes32 output)

Overwrite a single byte of a bytes32 value and return the new value.

# setBytes2 

function setBytes2(bytes32 input, uint256 index, bytes2 overwrite) internal pure returns (bytes32 output)

Overwrite two bytes of a bytes32 value and return the new value.

# setBytes4 

function setBytes4(bytes32 input, uint256 index, bytes4 overwrite) internal pure returns (bytes32 output)

Overwrite four bytes of a bytes32 value and return the new value.

# setBytes4 

function setBytes4(bytes input, uint256 offset, bytes4 overwrite) internal pure returns (bytes)

In-place overwrite four bytes of a bytes memory value.

# slice1 

function slice1(bytes data, uint256 start) internal pure returns (bytes1)

Slice bytes to bytes1 without copying data

# slice1 

function slice1(bytes32 data, uint256 start) internal pure returns (bytes1)

# slice2 

function slice2(bytes data, uint256 start) internal pure returns (bytes2)

Slice bytes to bytes2 without copying data

# slice2 

function slice2(bytes32 data, uint256 start) internal pure returns (bytes2)

# slice3 

function slice3(bytes data, uint256 start) internal pure returns (bytes3)

Slice bytes to bytes3 without copying data

# slice4 

function slice4(bytes data, uint256 start) internal pure returns (bytes4)

Slice bytes to bytes4 without copying data

# slice4 

function slice4(bytes32 data, uint256 start) internal pure returns (bytes4)

# slice5 

function slice5(bytes data, uint256 start) internal pure returns (bytes5)

Slice bytes to bytes5 without copying data

# slice6 

function slice6(bytes data, uint256 start) internal pure returns (bytes6)

Slice bytes to bytes6 without copying data

# slice7 

function slice7(bytes data, uint256 start) internal pure returns (bytes7)

Slice bytes to bytes7 without copying data

# slice8 

function slice8(bytes data, uint256 start) internal pure returns (bytes8)

Slice bytes to bytes8 without copying data

# slice9 

function slice9(bytes data, uint256 start) internal pure returns (bytes9)

Slice bytes to bytes9 without copying data

# slice10 

function slice10(bytes data, uint256 start) internal pure returns (bytes10)

Slice bytes to bytes10 without copying data

# slice11 

function slice11(bytes data, uint256 start) internal pure returns (bytes11)

Slice bytes to bytes11 without copying data

# slice12 

function slice12(bytes data, uint256 start) internal pure returns (bytes12)

Slice bytes to bytes12 without copying data

# slice13 

function slice13(bytes data, uint256 start) internal pure returns (bytes13)

Slice bytes to bytes13 without copying data

# slice14 

function slice14(bytes data, uint256 start) internal pure returns (bytes14)

Slice bytes to bytes14 without copying data

# slice15 

function slice15(bytes data, uint256 start) internal pure returns (bytes15)

Slice bytes to bytes15 without copying data

# slice16 

function slice16(bytes data, uint256 start) internal pure returns (bytes16)

Slice bytes to bytes16 without copying data

# slice17 

function slice17(bytes data, uint256 start) internal pure returns (bytes17)

Slice bytes to bytes17 without copying data

# slice18 

function slice18(bytes data, uint256 start) internal pure returns (bytes18)

Slice bytes to bytes18 without copying data

# slice19 

function slice19(bytes data, uint256 start) internal pure returns (bytes19)

Slice bytes to bytes19 without copying data

# slice20 

function slice20(bytes data, uint256 start) internal pure returns (bytes20)

Slice bytes to bytes20 without copying data

# slice21 

function slice21(bytes data, uint256 start) internal pure returns (bytes21)

Slice bytes to bytes21 without copying data

# slice22 

function slice22(bytes data, uint256 start) internal pure returns (bytes22)

Slice bytes to bytes22 without copying data

# slice23 

function slice23(bytes data, uint256 start) internal pure returns (bytes23)

Slice bytes to bytes23 without copying data

# slice24 

function slice24(bytes data, uint256 start) internal pure returns (bytes24)

Slice bytes to bytes24 without copying data

# slice25 

function slice25(bytes data, uint256 start) internal pure returns (bytes25)

Slice bytes to bytes25 without copying data

# slice26 

function slice26(bytes data, uint256 start) internal pure returns (bytes26)

Slice bytes to bytes26 without copying data

# slice27 

function slice27(bytes data, uint256 start) internal pure returns (bytes27)

Slice bytes to bytes27 without copying data

# slice28 

function slice28(bytes data, uint256 start) internal pure returns (bytes28)

Slice bytes to bytes28 without copying data

# slice29 

function slice29(bytes data, uint256 start) internal pure returns (bytes29)

Slice bytes to bytes29 without copying data

# slice30 

function slice30(bytes data, uint256 start) internal pure returns (bytes30)

Slice bytes to bytes30 without copying data

# slice31 

function slice31(bytes data, uint256 start) internal pure returns (bytes31)

Slice bytes to bytes31 without copying data

# slice32 

function slice32(bytes data, uint256 start) internal pure returns (bytes32)

Slice bytes to bytes32 without copying data

# IStore

# StoreSetRecord 

event StoreSetRecord(uint256 table, bytes32[] key, bytes data)

# StoreSetField 

event StoreSetField(uint256 table, bytes32[] key, uint8 schemaIndex, bytes data)

# StoreDeleteRecord 

event StoreDeleteRecord(uint256 table, bytes32[] key)

# registerSchema 

function registerSchema(uint256 table, Schema schema, Schema keySchema) external

# getSchema 

function getSchema(uint256 table) external view returns (Schema schema)

# getKeySchema 

function getKeySchema(uint256 table) external view returns (Schema schema)

# setMetadata 

function setMetadata(uint256 table, string tableName, string[] fieldNames) external

# registerStoreHook 

function registerStoreHook(uint256 table, contract IStoreHook hook) external

# setRecord 

function setRecord(uint256 table, bytes32[] key, bytes data) external

# setField 

function setField(uint256 table, bytes32[] key, uint8 schemaIndex, bytes data) external

# pushToField 

function pushToField(uint256 table, bytes32[] key, uint8 schemaIndex, bytes dataToPush) external

# deleteRecord 

function deleteRecord(uint256 table, bytes32[] key) external

# getRecord 

function getRecord(uint256 table, bytes32[] key) external view returns (bytes data)

# getRecord 

function getRecord(uint256 table, bytes32[] key, Schema schema) external view returns (bytes data)

# getField 

function getField(uint256 table, bytes32[] key, uint8 schemaIndex) external view returns (bytes data)

# isStore 

function isStore() external view

# IStoreHook

# onSetRecord 

function onSetRecord(uint256 table, bytes32[] key, bytes data) external

# onBeforeSetField 

function onBeforeSetField(uint256 table, bytes32[] key, uint8 schemaIndex, bytes data) external

# onAfterSetField 

function onAfterSetField(uint256 table, bytes32[] key, uint8 schemaIndex, bytes data) external

# onDeleteRecord 

function onDeleteRecord(uint256 table, bytes32[] key) external

# Memory

# load 

function load(uint256 memoryPointer) internal pure returns (bytes32 data)

# load 

function load(uint256 memoryPointer, uint256 offset) internal pure returns (bytes32 data)

# dataPointer 

function dataPointer(bytes data) internal pure returns (uint256 memoryPointer)

# lengthPointer 

function lengthPointer(bytes data) internal pure returns (uint256 memoryPointer)

# store 

function store(uint256 memoryPointer, bytes32 value) internal pure

# copy 

function copy(uint256 fromPointer, uint256 toPointer, uint256 length) internal view

# PackedCounter

# PackedCounterLib

# pack 

function pack(uint16[] counters) internal pure returns (PackedCounter)

Encode the given counters into a single packed counter

  • 4 bytes for the accumulated length
  • 2 bytes per counter -> max 14 counters

# pack 

function pack(uint16 a) internal pure returns (PackedCounter)

# pack 

function pack(uint16 a, uint16 b) internal pure returns (PackedCounter)

# pack 

function pack(uint16 a, uint16 b, uint16 c) internal pure returns (PackedCounter)

# pack 

function pack(uint16 a, uint16 b, uint16 c, uint16 d) internal pure returns (PackedCounter)

# total 

function total(PackedCounter packedCounter) internal pure returns (uint256)

Decode the accumulated counter (first four bytes of packed counter)

# atIndex 

function atIndex(PackedCounter packedCounter, uint256 index) internal pure returns (uint256)

Decode the counter at the given index (two bytes per counter after the first four bytes)

# setAtIndex 

function setAtIndex(PackedCounter packedCounter, uint256 index, uint256 newValueAtIndex) internal pure returns (PackedCounter)

Set a counter at the given index, return the new packed counter

# unwrap 

function unwrap(PackedCounter packedCounter) internal pure returns (bytes32)

# Schema

# SchemaLib

# SchemaLib_InvalidLength 

error SchemaLib_InvalidLength(uint256 length)

# SchemaLib_StaticTypeAfterDynamicType 

error SchemaLib_StaticTypeAfterDynamicType()

# encode 

function encode(enum SchemaType[] _schema) internal pure returns (Schema)

Encode the given schema into a single bytes32

# encode 

function encode(enum SchemaType a) internal pure returns (Schema)

# encode 

function encode(enum SchemaType a, enum SchemaType b) internal pure returns (Schema)

# encode 

function encode(enum SchemaType a, enum SchemaType b, enum SchemaType c) internal pure returns (Schema)

# encode 

function encode(enum SchemaType a, enum SchemaType b, enum SchemaType c, enum SchemaType d) internal pure returns (Schema)

# encode 

function encode(enum SchemaType a, enum SchemaType b, enum SchemaType c, enum SchemaType d, enum SchemaType e) internal pure returns (Schema)

# encode 

function encode(enum SchemaType a, enum SchemaType b, enum SchemaType c, enum SchemaType d, enum SchemaType e, enum SchemaType f) internal pure returns (Schema)

# staticDataLength 

function staticDataLength(Schema schema) internal pure returns (uint256)

Get the length of the static data for the given schema

# atIndex 

function atIndex(Schema schema, uint256 index) internal pure returns (enum SchemaType)

Get the type of the data for the given schema at the given index

# numDynamicFields 

function numDynamicFields(Schema schema) internal pure returns (uint8)

Get the number of dynamic length fields for the given schema

# numStaticFields 

function numStaticFields(Schema schema) internal pure returns (uint8)

Get the number of static fields for the given schema

# numFields 

function numFields(Schema schema) internal pure returns (uint8)

Get the total number of fields for the given schema

# isEmpty 

function isEmpty(Schema schema) internal pure returns (bool)

Check if the given schema is empty

# validate 

function validate(Schema schema, bool allowEmpty) internal pure

# unwrap 

function unwrap(Schema schema) internal pure returns (bytes32)

Unwrap the schema

# Slice

# SliceLib

# Slice_OutOfBounds 

error Slice_OutOfBounds(bytes data, uint256 start, uint256 end)

# MASK_LEN 

uint256 MASK_LEN

# MASK_PTR 

uint256 MASK_PTR

# fromBytes 

function fromBytes(bytes data) internal pure returns (Slice)

Converts a bytes array to a slice (without copying data)

# getSubslice 

function getSubslice(bytes data, uint256 start) internal pure returns (Slice)

Subslice a bytes array using the given start index until the end of the array (without copying data)

# getSubslice 

function getSubslice(bytes data, uint256 start, uint256 end) internal pure returns (Slice)

Subslice a bytes array using the given indexes (without copying data) The start index is inclusive, the end index is exclusive

# SliceInstance

# pointer 

function pointer(Slice self) internal pure returns (uint256)

Returns the pointer to the start of a slice

# length 

function length(Slice self) internal pure returns (uint256)

Returns the slice length in bytes

# toBytes 

function toBytes(Slice self) internal view returns (bytes data)

Copies the slice to a new bytes array The slice will NOT point to the new bytes array

# toBytes32 

function toBytes32(Slice self) internal pure returns (bytes32 result)

# Storage

TODO Probably not fully optimized (see https://github.com/latticexyz/mud/issues/444)

# store 

function store(uint256 storagePointer, bytes data) internal

# store 

function store(uint256 storagePointer, bytes32 data) internal

# store 

function store(uint256 storagePointer, uint256 offset, bytes data) internal

# store 

function store(uint256 storagePointer, uint256 offset, uint256 memoryPointer, uint256 length) internal

Stores raw bytes to storage at the given storagePointer and offset (keeping the rest of the word intact)

# load 

function load(uint256 storagePointer) internal view returns (bytes32 word)

# load 

function load(uint256 storagePointer, uint256 length) internal view returns (bytes)

# load 

function load(uint256 storagePointer, uint256 length, uint256 offset) internal view returns (bytes result)

Load raw bytes from storage at the given storagePointer, offset, and length

# load 

function load(uint256 storagePointer, uint256 length, uint256 offset, uint256 memoryPointer) internal view

Append raw bytes from storage at the given storagePointer, offset, and length to the given memoryPointer

# Store

# constructor 

constructor() internal

# getSchema 

function getSchema(uint256 table) public view virtual returns (Schema schema)

# getKeySchema 

function getKeySchema(uint256 table) public view virtual returns (Schema schema)

# getRecord 

function getRecord(uint256 table, bytes32[] key) public view virtual returns (bytes data)

# getRecord 

function getRecord(uint256 table, bytes32[] key, Schema schema) public view virtual returns (bytes data)

# getField 

function getField(uint256 table, bytes32[] key, uint8 schemaIndex) public view virtual returns (bytes data)

# isStore 

function isStore() public view

# StoreCore

# StoreSetRecord 

event StoreSetRecord(uint256 tableId, bytes32[] key, bytes data)

# StoreSetField 

event StoreSetField(uint256 tableId, bytes32[] key, uint8 schemaIndex, bytes data)

# StoreDeleteRecord 

event StoreDeleteRecord(uint256 tableId, bytes32[] key)

# StoreCore_TableAlreadyExists 

error StoreCore_TableAlreadyExists(uint256 tableId, string tableIdString)

# StoreCore_TableNotFound 

error StoreCore_TableNotFound(uint256 tableId, string tableIdString)

# StoreCore_NotImplemented 

error StoreCore_NotImplemented()

# StoreCore_InvalidDataLength 

error StoreCore_InvalidDataLength(uint256 expected, uint256 received)

# StoreCore_InvalidFieldNamesLength 

error StoreCore_InvalidFieldNamesLength(uint256 expected, uint256 received)

# StoreCore_NotDynamicField 

error StoreCore_NotDynamicField()

# initialize 

function initialize() internal

Initialize internal tables. Consumers must call this function in their constructor. TODO: should we turn the schema table into a "proper table" and register it here? (see https://github.com/latticexyz/mud/issues/444)

# getSchema 

function getSchema(uint256 tableId) internal view returns (Schema schema)

Get the schema for the given tableId

# getKeySchema 

function getKeySchema(uint256 tableId) internal view returns (Schema keySchema)

Get the key schema for the given tableId

# hasTable 

function hasTable(uint256 tableId) internal view returns (bool)

Check if a table with the given tableId exists

# registerSchema 

function registerSchema(uint256 tableId, Schema valueSchema, Schema keySchema) internal

Register a new tableId schema

# setMetadata 

function setMetadata(uint256 tableId, string tableName, string[] fieldNames) internal

Set metadata for a given tableId

# registerStoreHook 

function registerStoreHook(uint256 tableId, contract IStoreHook hook) internal

# setRecord 

function setRecord(uint256 tableId, bytes32[] key, bytes data) internal

Set full data record for the given tableId and key tuple (static and dynamic data)

# setField 

function setField(uint256 tableId, bytes32[] key, uint8 schemaIndex, bytes data) internal

# deleteRecord 

function deleteRecord(uint256 tableId, bytes32[] key) internal

# pushToField 

function pushToField(uint256 tableId, bytes32[] key, uint8 schemaIndex, bytes dataToPush) internal

# getRecord 

function getRecord(uint256 tableId, bytes32[] key) internal view returns (bytes)

Get full record (all fields, static and dynamic data) for the given tableId and key tuple (loading schema from storage)

# getRecord 

function getRecord(uint256 tableId, bytes32[] key, Schema schema) internal view returns (bytes)

Get full record (all fields, static and dynamic data) for the given tableId and key tuple, with the given schema

# getField 

function getField(uint256 tableId, bytes32[] key, uint8 schemaIndex) internal view returns (bytes)

Get a single field from the given tableId and key tuple (loading schema from storage)

# getField 

function getField(uint256 tableId, bytes32[] key, uint8 schemaIndex, Schema schema) internal view returns (bytes)

Get a single field from the given tableId and key tuple, with the given schema

# StoreCoreInternal

# SLOT 

bytes32 SLOT

# SCHEMA_TABLE 

uint256 SCHEMA_TABLE

# _getSchema 

function _getSchema(uint256 tableId) internal view returns (Schema)

# _getKeySchema 

function _getKeySchema(uint256 tableId) internal view returns (Schema)

# _registerSchemaUnchecked 

function _registerSchemaUnchecked(uint256 tableId, Schema valueSchema, Schema keySchema) internal

Register a new tableId schema without validity checks

# _setStaticField 

function _setStaticField(uint256 tableId, bytes32[] key, Schema schema, uint8 schemaIndex, bytes data) internal

# _setDynamicField 

function _setDynamicField(uint256 tableId, bytes32[] key, Schema schema, uint8 schemaIndex, bytes data) internal

# _pushToDynamicField 

function _pushToDynamicField(uint256 tableId, bytes32[] key, Schema schema, uint8 schemaIndex, bytes dataToPush) internal

# _getStaticData 

function _getStaticData(uint256 tableId, bytes32[] key, uint256 memoryPointer) internal view

Get full static record for the given tableId and key tuple (loading schema's static length from storage)

# _getStaticData 

function _getStaticData(uint256 tableId, bytes32[] key, uint256 length, uint256 memoryPointer) internal view

Get full static data for the given tableId and key tuple, with the given static length

# _getStaticField 

function _getStaticField(uint256 tableId, bytes32[] key, uint8 schemaIndex, Schema schema) internal view returns (bytes)

Get a single static field from the given tableId and key tuple, with the given schema

# _getDynamicField 

function _getDynamicField(uint256 tableId, bytes32[] key, uint8 schemaIndex, Schema schema) internal view returns (bytes)

Get a single dynamic field from the given tableId and key tuple, with the given schema

# _getStaticDataLocation 

function _getStaticDataLocation(uint256 tableId, bytes32[] key) internal pure returns (uint256)

Compute the storage location based on tableId id and index tuple

# _getStaticDataOffset 

function _getStaticDataOffset(Schema schema, uint8 schemaIndex) internal pure returns (uint256)

Get storage offset for the given schema and (static length) index

# _getDynamicDataLocation 

function _getDynamicDataLocation(uint256 tableId, bytes32[] key, uint8 schemaIndex) internal pure returns (uint256)

Compute the storage location based on tableId id and index tuple

# _getDynamicDataLengthLocation 

function _getDynamicDataLengthLocation(uint256 tableId, bytes32[] key) internal pure returns (uint256)

Compute the storage location for the length of the dynamic data

# _loadEncodedDynamicDataLength 

function _loadEncodedDynamicDataLength(uint256 tableId, bytes32[] key) internal view returns (PackedCounter)

Get the length of the dynamic data for the given schema and index

# _setDynamicDataLengthAtIndex 

function _setDynamicDataLengthAtIndex(uint256 tableId, bytes32[] key, uint8 dynamicSchemaIndex, uint256 newLengthAtIndex) internal

Set the length of the dynamic data (in bytes) for the given schema and index

# StoreCoreExtended

# getRecord 

function getRecord(uint256 tableId, bytes32 _key) internal view returns (bytes)

# getData 

function getData(uint256 tableId, bytes32[2] _key) internal view returns (bytes)

# StoreSwitch

Call IStore functions on self or msg.sender, depending on whether the call is a delegatecall or regular call.

# StoreSwitch_InvalidInsideConstructor 

error StoreSwitch_InvalidInsideConstructor()

# isDelegateCall 

function isDelegateCall() internal view returns (bool success)

Detect whether the current call is a delegatecall or regular call. (The isStore method doesn't return a value to save gas, but it if exists, the call will succeed.)

# registerStoreHook 

function registerStoreHook(uint256 table, contract IStoreHook hook) internal

# getSchema 

function getSchema(uint256 table) internal view returns (Schema schema)

# setMetadata 

function setMetadata(uint256 table, string tableName, string[] fieldNames) internal

# registerSchema 

function registerSchema(uint256 table, Schema schema, Schema keySchema) internal

# setRecord 

function setRecord(uint256 table, bytes32[] key, bytes data) internal

# setField 

function setField(uint256 table, bytes32[] key, uint8 fieldIndex, bytes data) internal

# pushToField 

function pushToField(uint256 table, bytes32[] key, uint8 fieldIndex, bytes dataToPush) internal

# deleteRecord 

function deleteRecord(uint256 table, bytes32[] key) internal

# getRecord 

function getRecord(uint256 table, bytes32[] key) internal view returns (bytes)

# getRecord 

function getRecord(uint256 table, bytes32[] key, Schema schema) internal view returns (bytes)

# getField 

function getField(uint256 table, bytes32[] key, uint8 fieldIndex) internal view returns (bytes)

# StoreView

# StoreView_NotImplemented 

error StoreView_NotImplemented()

# registerSchema 

function registerSchema(uint256, Schema, Schema) public virtual

Not implemented in StoreView

# setMetadata 

function setMetadata(uint256, string, string[]) public virtual

Not implemented in StoreView

# setRecord 

function setRecord(uint256, bytes32[], bytes) public virtual

Not implemented in StoreView

# setField 

function setField(uint256, bytes32[], uint8, bytes) public virtual

Not implemented in StoreView

# pushToField 

function pushToField(uint256, bytes32[], uint8, bytes) public virtual

Not implemented in StoreView

# registerStoreHook 

function registerStoreHook(uint256, contract IStoreHook) public virtual

Not implemented in StoreView

# deleteRecord 

function deleteRecord(uint256, bytes32[]) public virtual

Not implemented in StoreView

# TableId

# toString 

function toString(uint256 tableId) internal pure returns (string)

# Utils

# divCeil 

function divCeil(uint256 a, uint256 b) internal pure returns (uint256)

# leftMask 

function leftMask(uint256 byteLength) internal pure returns (uint256)

Adapted from https://github.com/dk1a/solidity-stringutils/blob/main/src/utils/mem.sol#L149-L167

_Left-aligned byte mask (e.g. for partial mload/mstore). For byteLength >= 32 returns type(uint256).max

length 0: 0x000000...000000 length 1: 0xff0000...000000 length 2: 0xffff00...000000 ... length 30: 0xffffff...ff0000 length 31: 0xffffff...ffff00 length 32+: 0xffffff...ffffff_

# _tableId 

uint256 _tableId

# CallbacksTableId 

uint256 CallbacksTableId

# Callbacks

# getSchema 

function getSchema() internal pure returns (Schema)

Get the table's schema

# getKeySchema 

function getKeySchema() internal pure returns (Schema)

# getMetadata 

function getMetadata() internal pure returns (string, string[])

Get the table's metadata

# registerSchema 

function registerSchema() internal

Register the table's schema

# setMetadata 

function setMetadata() internal

Set the table's metadata

# get 

function get(bytes32 key) internal view returns (bytes24[] value)

Get value

# set 

function set(bytes32 key, bytes24[] value) internal

Set value

# push 

function push(bytes32 key, bytes24 _element) internal

Push an element to value

# encode 

function encode(bytes24[] value) internal view returns (bytes)

Tightly pack full data using this table's schema

# deleteRecord 

function deleteRecord(bytes32 key) internal

# _tableId 

uint256 _tableId

# HooksTableId 

uint256 HooksTableId

# Hooks

# getSchema 

function getSchema() internal pure returns (Schema)

Get the table's schema

# getKeySchema 

function getKeySchema() internal pure returns (Schema)

# getMetadata 

function getMetadata() internal pure returns (string, string[])

Get the table's metadata

# registerSchema 

function registerSchema() internal

Register the table's schema

# setMetadata 

function setMetadata() internal

Set the table's metadata

# get 

function get(bytes32 key) internal view returns (address[] value)

Get value

# set 

function set(bytes32 key, address[] value) internal

Set value

# push 

function push(bytes32 key, address _element) internal

Push an element to value

# encode 

function encode(address[] value) internal view returns (bytes)

Tightly pack full data using this table's schema

# deleteRecord 

function deleteRecord(bytes32 key) internal

# _tableId 

uint256 _tableId

# MixedTableId 

uint256 MixedTableId

# MixedData 

struct MixedData {
  uint32 u32;
  uint128 u128;
  uint32[] a32;
  string s;
}

# Mixed

# getSchema 

function getSchema() internal pure returns (Schema)

Get the table's schema

# getKeySchema 

function getKeySchema() internal pure returns (Schema)

# getMetadata 

function getMetadata() internal pure returns (string, string[])

Get the table's metadata

# registerSchema 

function registerSchema() internal

Register the table's schema

# setMetadata 

function setMetadata() internal

Set the table's metadata

# getU32 

function getU32(bytes32 key) internal view returns (uint32 u32)

Get u32

# setU32 

function setU32(bytes32 key, uint32 u32) internal

Set u32

# getU128 

function getU128(bytes32 key) internal view returns (uint128 u128)

Get u128

# setU128 

function setU128(bytes32 key, uint128 u128) internal

Set u128

# getA32 

function getA32(bytes32 key) internal view returns (uint32[] a32)

Get a32

# setA32 

function setA32(bytes32 key, uint32[] a32) internal

Set a32

# pushA32 

function pushA32(bytes32 key, uint32 _element) internal

Push an element to a32

# getS 

function getS(bytes32 key) internal view returns (string s)

Get s

# setS 

function setS(bytes32 key, string s) internal

Set s

# pushS 

function pushS(bytes32 key, string _slice) internal

Push a slice to s

# get 

function get(bytes32 key) internal view returns (struct MixedData _table)

Get the full data

# set 

function set(bytes32 key, uint32 u32, uint128 u128, uint32[] a32, string s) internal

Set the full data using individual values

# set 

function set(bytes32 key, struct MixedData _table) internal

Set the full data using the data struct

# decode 

function decode(bytes _blob) internal view returns (struct MixedData _table)

Decode the tightly packed blob using this table's schema

# encode 

function encode(uint32 u32, uint128 u128, uint32[] a32, string s) internal view returns (bytes)

Tightly pack full data using this table's schema

# deleteRecord 

function deleteRecord(bytes32 key) internal

# _tableId 

uint256 _tableId

# StoreMetadataTableId 

uint256 StoreMetadataTableId

# StoreMetadataData 

struct StoreMetadataData {
  string tableName;
  bytes abiEncodedFieldNames;
}

# StoreMetadata

# getSchema 

function getSchema() internal pure returns (Schema)

Get the table's schema

# getKeySchema 

function getKeySchema() internal pure returns (Schema)

# getMetadata 

function getMetadata() internal pure returns (string, string[])

Get the table's metadata

# registerSchema 

function registerSchema() internal

Register the table's schema

# registerSchema 

function registerSchema(contract IStore _store) internal

Register the table's schema (using the specified store)

# setMetadata 

function setMetadata() internal

Set the table's metadata

# setMetadata 

function setMetadata(contract IStore _store) internal

Set the table's metadata (using the specified store)

# getTableName 

function getTableName(uint256 tableId) internal view returns (string tableName)

Get tableName

# getTableName 

function getTableName(contract IStore _store, uint256 tableId) internal view returns (string tableName)

Get tableName (using the specified store)

# setTableName 

function setTableName(uint256 tableId, string tableName) internal

Set tableName

# setTableName 

function setTableName(contract IStore _store, uint256 tableId, string tableName) internal

Set tableName (using the specified store)

# pushTableName 

function pushTableName(uint256 tableId, string _slice) internal

Push a slice to tableName

# pushTableName 

function pushTableName(contract IStore _store, uint256 tableId, string _slice) internal

Push a slice to tableName (using the specified store)

# getAbiEncodedFieldNames 

function getAbiEncodedFieldNames(uint256 tableId) internal view returns (bytes abiEncodedFieldNames)

Get abiEncodedFieldNames

# getAbiEncodedFieldNames 

function getAbiEncodedFieldNames(contract IStore _store, uint256 tableId) internal view returns (bytes abiEncodedFieldNames)

Get abiEncodedFieldNames (using the specified store)

# setAbiEncodedFieldNames 

function setAbiEncodedFieldNames(uint256 tableId, bytes abiEncodedFieldNames) internal

Set abiEncodedFieldNames

# setAbiEncodedFieldNames 

function setAbiEncodedFieldNames(contract IStore _store, uint256 tableId, bytes abiEncodedFieldNames) internal

Set abiEncodedFieldNames (using the specified store)

# pushAbiEncodedFieldNames 

function pushAbiEncodedFieldNames(uint256 tableId, bytes _slice) internal

Push a slice to abiEncodedFieldNames

# pushAbiEncodedFieldNames 

function pushAbiEncodedFieldNames(contract IStore _store, uint256 tableId, bytes _slice) internal

Push a slice to abiEncodedFieldNames (using the specified store)

# get 

function get(uint256 tableId) internal view returns (struct StoreMetadataData _table)

Get the full data

# get 

function get(contract IStore _store, uint256 tableId) internal view returns (struct StoreMetadataData _table)

Get the full data (using the specified store)

# set 

function set(uint256 tableId, string tableName, bytes abiEncodedFieldNames) internal

Set the full data using individual values

# set 

function set(contract IStore _store, uint256 tableId, string tableName, bytes abiEncodedFieldNames) internal

Set the full data using individual values (using the specified store)

# set 

function set(uint256 tableId, struct StoreMetadataData _table) internal

Set the full data using the data struct

# set 

function set(contract IStore _store, uint256 tableId, struct StoreMetadataData _table) internal

Set the full data using the data struct (using the specified store)

# decode 

function decode(bytes _blob) internal view returns (struct StoreMetadataData _table)

Decode the tightly packed blob using this table's schema

# encode 

function encode(string tableName, bytes abiEncodedFieldNames) internal view returns (bytes)

Tightly pack full data using this table's schema

# deleteRecord 

function deleteRecord(uint256 tableId) internal

# deleteRecord 

function deleteRecord(contract IStore _store, uint256 tableId) internal

# _tableId 

uint256 _tableId

# Vector2TableId 

uint256 Vector2TableId

# Vector2Data 

struct Vector2Data {
  uint32 x;
  uint32 y;
}

# Vector2

# getSchema 

function getSchema() internal pure returns (Schema)

Get the table's schema

# getKeySchema 

function getKeySchema() internal pure returns (Schema)

# getMetadata 

function getMetadata() internal pure returns (string, string[])

Get the table's metadata

# registerSchema 

function registerSchema() internal

Register the table's schema

# setMetadata 

function setMetadata() internal

Set the table's metadata

# getX 

function getX(bytes32 key) internal view returns (uint32 x)

Get x

# setX 

function setX(bytes32 key, uint32 x) internal

Set x

# getY 

function getY(bytes32 key) internal view returns (uint32 y)

Get y

# setY 

function setY(bytes32 key, uint32 y) internal

Set y

# get 

function get(bytes32 key) internal view returns (struct Vector2Data _table)

Get the full data

# set 

function set(bytes32 key, uint32 x, uint32 y) internal

Set the full data using individual values

# set 

function set(bytes32 key, struct Vector2Data _table) internal

Set the full data using the data struct

# decode 

function decode(bytes _blob) internal pure returns (struct Vector2Data _table)

Decode the tightly packed blob using this table's schema

# encode 

function encode(uint32 x, uint32 y) internal view returns (bytes)

Tightly pack full data using this table's schema

# deleteRecord 

function deleteRecord(bytes32 key) internal

# DecodeSlice

# decodeArray_uint8 

function decodeArray_uint8(Slice self) internal pure returns (uint8[] output)

# decodeArray_uint16 

function decodeArray_uint16(Slice self) internal pure returns (uint16[] output)

# decodeArray_uint24 

function decodeArray_uint24(Slice self) internal pure returns (uint24[] output)

# decodeArray_uint32 

function decodeArray_uint32(Slice self) internal pure returns (uint32[] output)

# decodeArray_uint40 

function decodeArray_uint40(Slice self) internal pure returns (uint40[] output)

# decodeArray_uint48 

function decodeArray_uint48(Slice self) internal pure returns (uint48[] output)

# decodeArray_uint56 

function decodeArray_uint56(Slice self) internal pure returns (uint56[] output)

# decodeArray_uint64 

function decodeArray_uint64(Slice self) internal pure returns (uint64[] output)

# decodeArray_uint72 

function decodeArray_uint72(Slice self) internal pure returns (uint72[] output)

# decodeArray_uint80 

function decodeArray_uint80(Slice self) internal pure returns (uint80[] output)

# decodeArray_uint88 

function decodeArray_uint88(Slice self) internal pure returns (uint88[] output)

# decodeArray_uint96 

function decodeArray_uint96(Slice self) internal pure returns (uint96[] output)

# decodeArray_uint104 

function decodeArray_uint104(Slice self) internal pure returns (uint104[] output)

# decodeArray_uint112 

function decodeArray_uint112(Slice self) internal pure returns (uint112[] output)

# decodeArray_uint120 

function decodeArray_uint120(Slice self) internal pure returns (uint120[] output)

# decodeArray_uint128 

function decodeArray_uint128(Slice self) internal pure returns (uint128[] output)

# decodeArray_uint136 

function decodeArray_uint136(Slice self) internal pure returns (uint136[] output)

# decodeArray_uint144 

function decodeArray_uint144(Slice self) internal pure returns (uint144[] output)

# decodeArray_uint152 

function decodeArray_uint152(Slice self) internal pure returns (uint152[] output)

# decodeArray_uint160 

function decodeArray_uint160(Slice self) internal pure returns (uint160[] output)

# decodeArray_uint168 

function decodeArray_uint168(Slice self) internal pure returns (uint168[] output)

# decodeArray_uint176 

function decodeArray_uint176(Slice self) internal pure returns (uint176[] output)

# decodeArray_uint184 

function decodeArray_uint184(Slice self) internal pure returns (uint184[] output)

# decodeArray_uint192 

function decodeArray_uint192(Slice self) internal pure returns (uint192[] output)

# decodeArray_uint200 

function decodeArray_uint200(Slice self) internal pure returns (uint200[] output)

# decodeArray_uint208 

function decodeArray_uint208(Slice self) internal pure returns (uint208[] output)

# decodeArray_uint216 

function decodeArray_uint216(Slice self) internal pure returns (uint216[] output)

# decodeArray_uint224 

function decodeArray_uint224(Slice self) internal pure returns (uint224[] output)

# decodeArray_uint232 

function decodeArray_uint232(Slice self) internal pure returns (uint232[] output)

# decodeArray_uint240 

function decodeArray_uint240(Slice self) internal pure returns (uint240[] output)

# decodeArray_uint248 

function decodeArray_uint248(Slice self) internal pure returns (uint248[] output)

# decodeArray_uint256 

function decodeArray_uint256(Slice self) internal pure returns (uint256[] output)

# decodeArray_int8 

function decodeArray_int8(Slice self) internal pure returns (int8[] output)

# decodeArray_int16 

function decodeArray_int16(Slice self) internal pure returns (int16[] output)

# decodeArray_int24 

function decodeArray_int24(Slice self) internal pure returns (int24[] output)

# decodeArray_int32 

function decodeArray_int32(Slice self) internal pure returns (int32[] output)

# decodeArray_int40 

function decodeArray_int40(Slice self) internal pure returns (int40[] output)

# decodeArray_int48 

function decodeArray_int48(Slice self) internal pure returns (int48[] output)

# decodeArray_int56 

function decodeArray_int56(Slice self) internal pure returns (int56[] output)

# decodeArray_int64 

function decodeArray_int64(Slice self) internal pure returns (int64[] output)

# decodeArray_int72 

function decodeArray_int72(Slice self) internal pure returns (int72[] output)

# decodeArray_int80 

function decodeArray_int80(Slice self) internal pure returns (int80[] output)

# decodeArray_int88 

function decodeArray_int88(Slice self) internal pure returns (int88[] output)

# decodeArray_int96 

function decodeArray_int96(Slice self) internal pure returns (int96[] output)

# decodeArray_int104 

function decodeArray_int104(Slice self) internal pure returns (int104[] output)

# decodeArray_int112 

function decodeArray_int112(Slice self) internal pure returns (int112[] output)

# decodeArray_int120 

function decodeArray_int120(Slice self) internal pure returns (int120[] output)

# decodeArray_int128 

function decodeArray_int128(Slice self) internal pure returns (int128[] output)

# decodeArray_int136 

function decodeArray_int136(Slice self) internal pure returns (int136[] output)

# decodeArray_int144 

function decodeArray_int144(Slice self) internal pure returns (int144[] output)

# decodeArray_int152 

function decodeArray_int152(Slice self) internal pure returns (int152[] output)

# decodeArray_int160 

function decodeArray_int160(Slice self) internal pure returns (int160[] output)

# decodeArray_int168 

function decodeArray_int168(Slice self) internal pure returns (int168[] output)

# decodeArray_int176 

function decodeArray_int176(Slice self) internal pure returns (int176[] output)

# decodeArray_int184 

function decodeArray_int184(Slice self) internal pure returns (int184[] output)

# decodeArray_int192 

function decodeArray_int192(Slice self) internal pure returns (int192[] output)

# decodeArray_int200 

function decodeArray_int200(Slice self) internal pure returns (int200[] output)

# decodeArray_int208 

function decodeArray_int208(Slice self) internal pure returns (int208[] output)

# decodeArray_int216 

function decodeArray_int216(Slice self) internal pure returns (int216[] output)

# decodeArray_int224 

function decodeArray_int224(Slice self) internal pure returns (int224[] output)

# decodeArray_int232 

function decodeArray_int232(Slice self) internal pure returns (int232[] output)

# decodeArray_int240 

function decodeArray_int240(Slice self) internal pure returns (int240[] output)

# decodeArray_int248 

function decodeArray_int248(Slice self) internal pure returns (int248[] output)

# decodeArray_int256 

function decodeArray_int256(Slice self) internal pure returns (int256[] output)

# decodeArray_bytes1 

function decodeArray_bytes1(Slice self) internal pure returns (bytes1[] output)

# decodeArray_bytes2 

function decodeArray_bytes2(Slice self) internal pure returns (bytes2[] output)

# decodeArray_bytes3 

function decodeArray_bytes3(Slice self) internal pure returns (bytes3[] output)

# decodeArray_bytes4 

function decodeArray_bytes4(Slice self) internal pure returns (bytes4[] output)

# decodeArray_bytes5 

function decodeArray_bytes5(Slice self) internal pure returns (bytes5[] output)

# decodeArray_bytes6 

function decodeArray_bytes6(Slice self) internal pure returns (bytes6[] output)

# decodeArray_bytes7 

function decodeArray_bytes7(Slice self) internal pure returns (bytes7[] output)

# decodeArray_bytes8 

function decodeArray_bytes8(Slice self) internal pure returns (bytes8[] output)

# decodeArray_bytes9 

function decodeArray_bytes9(Slice self) internal pure returns (bytes9[] output)

# decodeArray_bytes10 

function decodeArray_bytes10(Slice self) internal pure returns (bytes10[] output)

# decodeArray_bytes11 

function decodeArray_bytes11(Slice self) internal pure returns (bytes11[] output)

# decodeArray_bytes12 

function decodeArray_bytes12(Slice self) internal pure returns (bytes12[] output)

# decodeArray_bytes13 

function decodeArray_bytes13(Slice self) internal pure returns (bytes13[] output)

# decodeArray_bytes14 

function decodeArray_bytes14(Slice self) internal pure returns (bytes14[] output)

# decodeArray_bytes15 

function decodeArray_bytes15(Slice self) internal pure returns (bytes15[] output)

# decodeArray_bytes16 

function decodeArray_bytes16(Slice self) internal pure returns (bytes16[] output)

# decodeArray_bytes17 

function decodeArray_bytes17(Slice self) internal pure returns (bytes17[] output)

# decodeArray_bytes18 

function decodeArray_bytes18(Slice self) internal pure returns (bytes18[] output)

# decodeArray_bytes19 

function decodeArray_bytes19(Slice self) internal pure returns (bytes19[] output)

# decodeArray_bytes20 

function decodeArray_bytes20(Slice self) internal pure returns (bytes20[] output)

# decodeArray_bytes21 

function decodeArray_bytes21(Slice self) internal pure returns (bytes21[] output)

# decodeArray_bytes22 

function decodeArray_bytes22(Slice self) internal pure returns (bytes22[] output)

# decodeArray_bytes23 

function decodeArray_bytes23(Slice self) internal pure returns (bytes23[] output)

# decodeArray_bytes24 

function decodeArray_bytes24(Slice self) internal pure returns (bytes24[] output)

# decodeArray_bytes25 

function decodeArray_bytes25(Slice self) internal pure returns (bytes25[] output)

# decodeArray_bytes26 

function decodeArray_bytes26(Slice self) internal pure returns (bytes26[] output)

# decodeArray_bytes27 

function decodeArray_bytes27(Slice self) internal pure returns (bytes27[] output)

# decodeArray_bytes28 

function decodeArray_bytes28(Slice self) internal pure returns (bytes28[] output)

# decodeArray_bytes29 

function decodeArray_bytes29(Slice self) internal pure returns (bytes29[] output)

# decodeArray_bytes30 

function decodeArray_bytes30(Slice self) internal pure returns (bytes30[] output)

# decodeArray_bytes31 

function decodeArray_bytes31(Slice self) internal pure returns (bytes31[] output)

# decodeArray_bytes32 

function decodeArray_bytes32(Slice self) internal pure returns (bytes32[] output)

# decodeArray_address 

function decodeArray_address(Slice self) internal pure returns (address[] output)

# decodeArray_bool 

function decodeArray_bool(Slice self) internal pure returns (bool[] output)

# decodeArray_SchemaType 

function decodeArray_SchemaType(Slice self) internal pure returns (enum SchemaType[] output)

# EncodeArray

# encode 

function encode(uint8[] input) internal pure returns (bytes output)

# encode 

function encode(uint16[] input) internal pure returns (bytes output)

# encode 

function encode(uint24[] input) internal pure returns (bytes output)

# encode 

function encode(uint32[] input) internal pure returns (bytes output)

# encode 

function encode(uint40[] input) internal pure returns (bytes output)

# encode 

function encode(uint48[] input) internal pure returns (bytes output)

# encode 

function encode(uint56[] input) internal pure returns (bytes output)

# encode 

function encode(uint64[] input) internal pure returns (bytes output)

# encode 

function encode(uint72[] input) internal pure returns (bytes output)

# encode 

function encode(uint80[] input) internal pure returns (bytes output)

# encode 

function encode(uint88[] input) internal pure returns (bytes output)

# encode 

function encode(uint96[] input) internal pure returns (bytes output)

# encode 

function encode(uint104[] input) internal pure returns (bytes output)

# encode 

function encode(uint112[] input) internal pure returns (bytes output)

# encode 

function encode(uint120[] input) internal pure returns (bytes output)

# encode 

function encode(uint128[] input) internal pure returns (bytes output)

# encode 

function encode(uint136[] input) internal pure returns (bytes output)

# encode 

function encode(uint144[] input) internal pure returns (bytes output)

# encode 

function encode(uint152[] input) internal pure returns (bytes output)

# encode 

function encode(uint160[] input) internal pure returns (bytes output)

# encode 

function encode(uint168[] input) internal pure returns (bytes output)

# encode 

function encode(uint176[] input) internal pure returns (bytes output)

# encode 

function encode(uint184[] input) internal pure returns (bytes output)

# encode 

function encode(uint192[] input) internal pure returns (bytes output)

# encode 

function encode(uint200[] input) internal pure returns (bytes output)

# encode 

function encode(uint208[] input) internal pure returns (bytes output)

# encode 

function encode(uint216[] input) internal pure returns (bytes output)

# encode 

function encode(uint224[] input) internal pure returns (bytes output)

# encode 

function encode(uint232[] input) internal pure returns (bytes output)

# encode 

function encode(uint240[] input) internal pure returns (bytes output)

# encode 

function encode(uint248[] input) internal pure returns (bytes output)

# encode 

function encode(uint256[] input) internal pure returns (bytes output)

# encode 

function encode(int8[] input) internal pure returns (bytes output)

# encode 

function encode(int16[] input) internal pure returns (bytes output)

# encode 

function encode(int24[] input) internal pure returns (bytes output)

# encode 

function encode(int32[] input) internal pure returns (bytes output)

# encode 

function encode(int40[] input) internal pure returns (bytes output)

# encode 

function encode(int48[] input) internal pure returns (bytes output)

# encode 

function encode(int56[] input) internal pure returns (bytes output)

# encode 

function encode(int64[] input) internal pure returns (bytes output)

# encode 

function encode(int72[] input) internal pure returns (bytes output)

# encode 

function encode(int80[] input) internal pure returns (bytes output)

# encode 

function encode(int88[] input) internal pure returns (bytes output)

# encode 

function encode(int96[] input) internal pure returns (bytes output)

# encode 

function encode(int104[] input) internal pure returns (bytes output)

# encode 

function encode(int112[] input) internal pure returns (bytes output)

# encode 

function encode(int120[] input) internal pure returns (bytes output)

# encode 

function encode(int128[] input) internal pure returns (bytes output)

# encode 

function encode(int136[] input) internal pure returns (bytes output)

# encode 

function encode(int144[] input) internal pure returns (bytes output)

# encode 

function encode(int152[] input) internal pure returns (bytes output)

# encode 

function encode(int160[] input) internal pure returns (bytes output)

# encode 

function encode(int168[] input) internal pure returns (bytes output)

# encode 

function encode(int176[] input) internal pure returns (bytes output)

# encode 

function encode(int184[] input) internal pure returns (bytes output)

# encode 

function encode(int192[] input) internal pure returns (bytes output)

# encode 

function encode(int200[] input) internal pure returns (bytes output)

# encode 

function encode(int208[] input) internal pure returns (bytes output)

# encode 

function encode(int216[] input) internal pure returns (bytes output)

# encode 

function encode(int224[] input) internal pure returns (bytes output)

# encode 

function encode(int232[] input) internal pure returns (bytes output)

# encode 

function encode(int240[] input) internal pure returns (bytes output)

# encode 

function encode(int248[] input) internal pure returns (bytes output)

# encode 

function encode(int256[] input) internal pure returns (bytes output)

# encode 

function encode(bytes1[] input) internal pure returns (bytes output)

# encode 

function encode(bytes2[] input) internal pure returns (bytes output)

# encode 

function encode(bytes3[] input) internal pure returns (bytes output)

# encode 

function encode(bytes4[] input) internal pure returns (bytes output)

# encode 

function encode(bytes5[] input) internal pure returns (bytes output)

# encode 

function encode(bytes6[] input) internal pure returns (bytes output)

# encode 

function encode(bytes7[] input) internal pure returns (bytes output)

# encode 

function encode(bytes8[] input) internal pure returns (bytes output)

# encode 

function encode(bytes9[] input) internal pure returns (bytes output)

# encode 

function encode(bytes10[] input) internal pure returns (bytes output)

# encode 

function encode(bytes11[] input) internal pure returns (bytes output)

# encode 

function encode(bytes12[] input) internal pure returns (bytes output)

# encode 

function encode(bytes13[] input) internal pure returns (bytes output)

# encode 

function encode(bytes14[] input) internal pure returns (bytes output)

# encode 

function encode(bytes15[] input) internal pure returns (bytes output)

# encode 

function encode(bytes16[] input) internal pure returns (bytes output)

# encode 

function encode(bytes17[] input) internal pure returns (bytes output)

# encode 

function encode(bytes18[] input) internal pure returns (bytes output)

# encode 

function encode(bytes19[] input) internal pure returns (bytes output)

# encode 

function encode(bytes20[] input) internal pure returns (bytes output)

# encode 

function encode(bytes21[] input) internal pure returns (bytes output)

# encode 

function encode(bytes22[] input) internal pure returns (bytes output)

# encode 

function encode(bytes23[] input) internal pure returns (bytes output)

# encode 

function encode(bytes24[] input) internal pure returns (bytes output)

# encode 

function encode(bytes25[] input) internal pure returns (bytes output)

# encode 

function encode(bytes26[] input) internal pure returns (bytes output)

# encode 

function encode(bytes27[] input) internal pure returns (bytes output)

# encode 

function encode(bytes28[] input) internal pure returns (bytes output)

# encode 

function encode(bytes29[] input) internal pure returns (bytes output)

# encode 

function encode(bytes30[] input) internal pure returns (bytes output)

# encode 

function encode(bytes31[] input) internal pure returns (bytes output)

# encode 

function encode(bytes32[] input) internal pure returns (bytes output)

# encode 

function encode(address[] input) internal pure returns (bytes output)

# encode 

function encode(bool[] input) internal pure returns (bytes output)

# encode 

function encode(enum SchemaType[] input) internal pure returns (bytes output)

# encode 

function encode(bytes[] input) internal pure returns (bytes output)

Converts a bytes memory array to a single bytes memory value. TODO: optimize gas cost

# TightCoder

# _encodeToLocation 

function _encodeToLocation(bytes32[] array, Slice packedSlice, uint256 elementSize, bool leftAligned) private pure

_Copies the array to the location of packedSlice, tightly packing it using the given size per element (in bytes)

TODO this function is currently not used externally and will be changed in the future (see https://github.com/latticexyz/mud/issues/444)_

# encode 

function encode(bytes32[] array, uint256 elementSize, bool leftAligned) internal pure returns (bytes data)

Copies the array to a new bytes array, tightly packing it using the given size per element (in bytes)

# decode 

function decode(Slice packedSlice, uint256 elementSize, bool leftAligned) internal pure returns (bytes32[] array)

Unpacks the slice to a new memory location and lays it out like a memory array with the given size per element (in bytes)

Name Type Description
array bytes32[] a generic array, needs to be casted to the expected type using assembly

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