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map.spec.ts
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map.spec.ts
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/* eslint-disable @typescript-eslint/no-explicit-any */
import { randomAddress } from "../utils/randomAddress";
import {
MapTestContract,
MapTestContract$Data,
SetAllMaps,
DelAllMaps,
SomeStruct,
ReplaceAllMaps,
ReplaceGetAllMaps,
} from "./contracts/output/maps_MapTestContract";
import { Blockchain, SandboxContract, TreasuryContract } from "@ton/sandbox";
import { Address, beginCell, Cell, Dictionary, toNano } from "@ton/core";
import "@ton/test-utils";
// Type Guard for SomeStruct
function isSomeStruct(value: unknown): value is SomeStruct {
return (
typeof value === "object" &&
value !== null &&
"$$type" in value &&
(value as { $$type: string }).$$type === "SomeStruct" &&
"int" in value &&
"bool" in value &&
"address" in value &&
"a" in value &&
"b" in value &&
typeof (value as any).int === "bigint" &&
typeof (value as any).bool === "boolean" &&
(value as any).address instanceof Address &&
typeof (value as any).a === "bigint" &&
typeof (value as any).b === "bigint"
);
}
// Comparator for SomeStruct
function compareStructs(a: SomeStruct, b: SomeStruct): boolean {
return (
a.int === b.int &&
a.bool === b.bool &&
a.address.equals(b.address) &&
a.a === b.a &&
a.b === b.b
);
}
// Type definitions for keys and values to make them type-safe
type TestKeys = {
keyInt: bigint;
keyInt8: bigint;
keyInt42: bigint;
keyInt256: bigint;
keyUint8: bigint;
keyUint42: bigint;
keyUint256: bigint;
keyAddress: Address;
};
type TestValues = {
valueInt: bigint;
valueInt8: bigint;
valueInt42: bigint;
valueInt256: bigint;
valueUint8: bigint;
valueUint42: bigint;
valueUint256: bigint;
valueCoins: bigint;
valueBool: boolean;
valueCell: Cell;
valueAddress: Address;
valueStruct: SomeStruct;
};
// Configuration for all maps
type MapConfig = {
mapName: keyof MapTestContract$Data;
key: keyof TestKeys;
value: keyof TestValues;
keyTransform?: (key: any) => any;
valueTransform?: (value: any) => any;
};
type TestCase = {
keys: TestKeys;
values: TestValues;
};
const testCases: TestCase[] = [
{
keys: {
keyInt: 123n,
keyInt8: -10n,
keyInt42: 42n,
keyInt256: 456n,
keyUint8: 200n,
keyUint42: 500_000n,
keyUint256: 1_000_000_000_000n,
keyAddress: randomAddress(0, "address0"),
},
values: {
valueInt: 999n,
valueInt8: -128n,
valueInt42: 123_456n,
valueInt256: 789n,
valueUint8: 255n,
valueUint42: 123_456_789n,
valueUint256: 999_999_999_999n,
valueCoins: 100_000_000n,
valueBool: true,
valueCell: beginCell().storeUint(42, 32).endCell(),
valueAddress: randomAddress(0, "address"),
valueStruct: {
$$type: "SomeStruct",
int: 321n,
bool: false,
address: randomAddress(0, "address"),
a: 10n,
b: -20n,
} as SomeStruct,
},
},
{
keys: {
keyInt: -(2n ** 31n), // Min 32-bit signed int
keyInt8: -128n, // Min 8-bit signed int
keyInt42: -(2n ** 41n), // Min 42-bit signed int
keyInt256: -(2n ** 255n), // Min 256-bit signed int
keyUint8: 255n, // Max 8-bit unsigned int
keyUint42: 2n ** 42n - 1n, // Max 42-bit unsigned int
keyUint256: 2n ** 256n - 1n, // Max 256-bit unsigned int
keyAddress: randomAddress(0, "address1"),
},
values: {
valueInt: 2n ** 31n - 1n, // Max 32-bit signed int
valueInt8: 127n, // Max 8-bit signed int
valueInt42: 2n ** 41n - 1n, // Max 42-bit signed int
valueInt256: 2n ** 255n - 1n, // Max 256-bit signed int
valueUint8: 0n, // Min unsigned int
valueUint42: 0n, // Min unsigned int
valueUint256: 0n, // Min unsigned int
valueCoins: 0n,
valueBool: false,
valueCell: beginCell()
.storeUint(2n ** 32n - 1n, 32)
.endCell(),
valueAddress: randomAddress(0, "address"),
valueStruct: {
$$type: "SomeStruct",
int: -(2n ** 31n), // Min 32-bit signed int
bool: true,
address: randomAddress(0, "address"),
a: 2n ** 41n - 1n, // Max 42-bit signed int
b: -(2n ** 41n), // Min 42-bit signed int
} as SomeStruct,
},
},
{
keys: {
keyInt: 0n,
keyInt8: 0n,
keyInt42: 0n,
keyInt256: 0n,
keyUint8: 0n,
keyUint42: 0n,
keyUint256: 0n,
keyAddress: randomAddress(0, "address2"),
},
values: {
valueInt: 1n,
valueInt8: -1n,
valueInt42: -1n,
valueInt256: 1n,
valueUint8: 1n,
valueUint42: 1n,
valueUint256: 1n,
valueCoins: 1n,
valueBool: false,
valueCell: beginCell().storeUint(0, 32).endCell(),
valueAddress: randomAddress(0, "address"),
valueStruct: {
$$type: "SomeStruct",
int: 0n,
bool: false,
address: randomAddress(0, "address"),
a: 0n,
b: 0n,
} as SomeStruct,
},
},
{
keys: {
keyInt: 1n,
keyInt8: -1n,
keyInt42: 424n,
keyInt256: 2n ** 128n, // Large but not maximum value
keyUint8: 128n, // Middle value
keyUint42: 2n ** 41n, // Large power of 2
keyUint256: 2n ** 128n, // Large power of 2
keyAddress: randomAddress(0, "address3"),
},
values: {
valueInt: -1n,
valueInt8: -127n, // Near min but not quite
valueInt42: 2n ** 40n, // Large power of 2
valueInt256: -(2n ** 254n), // Large negative power of 2
valueUint8: 128n, // Middle value
valueUint42: 2n ** 41n, // Large power of 2
valueUint256: 2n ** 255n, // Large power of 2
valueCoins: 2n ** 120n - 1n,
valueBool: true,
valueCell: beginCell()
.storeUint(2n ** 31n, 32)
.endCell(),
valueAddress: randomAddress(0, "address"),
valueStruct: {
$$type: "SomeStruct",
int: -42n, // Special number
bool: true,
address: randomAddress(0, "address"),
a: 2n ** 40n, // Large power of 2
b: -(2n ** 40n), // Large negative power of 2
} as SomeStruct,
},
},
];
// Define all 88 map configurations
const mapConfigs: MapConfig[] = [
// int_* Maps
{ mapName: "int_int", key: "keyInt", value: "valueInt" },
{
mapName: "int_int8",
key: "keyInt",
value: "valueInt8",
valueTransform: (v: bigint) => Number(v),
},
{ mapName: "int_int42", key: "keyInt", value: "valueInt42" },
{ mapName: "int_int256", key: "keyInt", value: "valueInt256" },
{
mapName: "int_uint8",
key: "keyInt",
value: "valueUint8",
valueTransform: (v: bigint) => Number(v),
},
{ mapName: "int_uint42", key: "keyInt", value: "valueUint42" },
{ mapName: "int_uint256", key: "keyInt", value: "valueUint256" },
{ mapName: "int_bool", key: "keyInt", value: "valueBool" },
{ mapName: "int_cell", key: "keyInt", value: "valueCell" },
{ mapName: "int_address", key: "keyInt", value: "valueAddress" },
{ mapName: "int_struct", key: "keyInt", value: "valueStruct" },
// int8_* Maps
{
mapName: "int8_int",
key: "keyInt8",
value: "valueInt",
keyTransform: (k: bigint) => Number(k),
},
{
mapName: "int8_int8",
key: "keyInt8",
value: "valueInt8",
keyTransform: (k: bigint) => Number(k),
valueTransform: (v: bigint) => Number(v),
},
{
mapName: "int8_int42",
key: "keyInt8",
value: "valueInt42",
keyTransform: (k: bigint) => Number(k),
},
{
mapName: "int8_int256",
key: "keyInt8",
value: "valueInt256",
keyTransform: (k: bigint) => Number(k),
},
{
mapName: "int8_uint8",
key: "keyInt8",
value: "valueUint8",
keyTransform: (k: bigint) => Number(k),
valueTransform: (v: bigint) => Number(v),
},
{
mapName: "int8_uint42",
key: "keyInt8",
value: "valueUint42",
keyTransform: (k: bigint) => Number(k),
},
{
mapName: "int8_uint256",
key: "keyInt8",
value: "valueUint256",
keyTransform: (k: bigint) => Number(k),
},
{
mapName: "int8_bool",
key: "keyInt8",
value: "valueBool",
keyTransform: (k: bigint) => Number(k),
},
{
mapName: "int8_cell",
key: "keyInt8",
value: "valueCell",
keyTransform: (k: bigint) => Number(k),
},
{
mapName: "int8_address",
key: "keyInt8",
value: "valueAddress",
keyTransform: (k: bigint) => Number(k),
},
{
mapName: "int8_struct",
key: "keyInt8",
value: "valueStruct",
keyTransform: (k: bigint) => Number(k),
},
// int42_* Maps
{ mapName: "int42_int", key: "keyInt42", value: "valueInt" },
{
mapName: "int42_int8",
key: "keyInt42",
value: "valueInt8",
valueTransform: (v: bigint) => Number(v),
},
{ mapName: "int42_int42", key: "keyInt42", value: "valueInt42" },
{ mapName: "int42_int256", key: "keyInt42", value: "valueInt256" },
{
mapName: "int42_uint8",
key: "keyInt42",
value: "valueUint8",
valueTransform: (v: bigint) => Number(v),
},
{ mapName: "int42_uint42", key: "keyInt42", value: "valueUint42" },
{ mapName: "int42_uint256", key: "keyInt42", value: "valueUint256" },
{ mapName: "int42_bool", key: "keyInt42", value: "valueBool" },
{ mapName: "int42_cell", key: "keyInt42", value: "valueCell" },
{ mapName: "int42_address", key: "keyInt42", value: "valueAddress" },
{ mapName: "int42_struct", key: "keyInt42", value: "valueStruct" },
// int256_* Maps
{ mapName: "int256_int", key: "keyInt256", value: "valueInt" },
{
mapName: "int256_int8",
key: "keyInt256",
value: "valueInt8",
valueTransform: (v: bigint) => Number(v),
},
{ mapName: "int256_int42", key: "keyInt256", value: "valueInt42" },
{ mapName: "int256_int256", key: "keyInt256", value: "valueInt256" },
{
mapName: "int256_uint8",
key: "keyInt256",
value: "valueUint8",
valueTransform: (v: bigint) => Number(v),
},
{ mapName: "int256_uint42", key: "keyInt256", value: "valueUint42" },
{ mapName: "int256_uint256", key: "keyInt256", value: "valueUint256" },
{ mapName: "int256_bool", key: "keyInt256", value: "valueBool" },
{ mapName: "int256_cell", key: "keyInt256", value: "valueCell" },
{ mapName: "int256_address", key: "keyInt256", value: "valueAddress" },
{ mapName: "int256_struct", key: "keyInt256", value: "valueStruct" },
// uint8_* Maps
{
mapName: "uint8_int",
key: "keyUint8",
value: "valueInt",
keyTransform: (k: bigint) => Number(k),
},
{
mapName: "uint8_int8",
key: "keyUint8",
value: "valueInt8",
keyTransform: (k: bigint) => Number(k),
valueTransform: (v: bigint) => Number(v),
},
{
mapName: "uint8_int42",
key: "keyUint8",
value: "valueInt42",
keyTransform: (k: bigint) => Number(k),
},
{
mapName: "uint8_int256",
key: "keyUint8",
value: "valueInt256",
keyTransform: (k: bigint) => Number(k),
},
{
mapName: "uint8_uint8",
key: "keyUint8",
value: "valueUint8",
keyTransform: (k: bigint) => Number(k),
valueTransform: (v: bigint) => Number(v),
},
{
mapName: "uint8_uint42",
key: "keyUint8",
value: "valueUint42",
keyTransform: (k: bigint) => Number(k),
},
{
mapName: "uint8_uint256",
key: "keyUint8",
value: "valueUint256",
keyTransform: (k: bigint) => Number(k),
},
{
mapName: "uint8_bool",
key: "keyUint8",
value: "valueBool",
keyTransform: (k: bigint) => Number(k),
},
{
mapName: "uint8_cell",
key: "keyUint8",
value: "valueCell",
keyTransform: (k: bigint) => Number(k),
},
{
mapName: "uint8_address",
key: "keyUint8",
value: "valueAddress",
keyTransform: (k: bigint) => Number(k),
},
{
mapName: "uint8_struct",
key: "keyUint8",
value: "valueStruct",
keyTransform: (k: bigint) => Number(k),
},
// uint42_* Maps
{ mapName: "uint42_int", key: "keyUint42", value: "valueInt" },
{
mapName: "uint42_int8",
key: "keyUint42",
value: "valueInt8",
valueTransform: (v: bigint) => Number(v),
},
{ mapName: "uint42_int42", key: "keyUint42", value: "valueInt42" },
{ mapName: "uint42_int256", key: "keyUint42", value: "valueInt256" },
{
mapName: "uint42_uint8",
key: "keyUint42",
value: "valueUint8",
valueTransform: (v: bigint) => Number(v),
},
{ mapName: "uint42_uint42", key: "keyUint42", value: "valueUint42" },
{ mapName: "uint42_uint256", key: "keyUint42", value: "valueUint256" },
{ mapName: "uint42_bool", key: "keyUint42", value: "valueBool" },
{ mapName: "uint42_cell", key: "keyUint42", value: "valueCell" },
{ mapName: "uint42_address", key: "keyUint42", value: "valueAddress" },
{ mapName: "uint42_struct", key: "keyUint42", value: "valueStruct" },
// uint256_* Maps
{ mapName: "uint256_int", key: "keyUint256", value: "valueInt" },
{
mapName: "uint256_int8",
key: "keyUint256",
value: "valueInt8",
valueTransform: (v: bigint) => Number(v),
},
{ mapName: "uint256_int42", key: "keyUint256", value: "valueInt42" },
{ mapName: "uint256_int256", key: "keyUint256", value: "valueInt256" },
{
mapName: "uint256_uint8",
key: "keyUint256",
value: "valueUint8",
valueTransform: (v: bigint) => Number(v),
},
{ mapName: "uint256_uint42", key: "keyUint256", value: "valueUint42" },
{ mapName: "uint256_uint256", key: "keyUint256", value: "valueUint256" },
{ mapName: "uint256_bool", key: "keyUint256", value: "valueBool" },
{ mapName: "uint256_cell", key: "keyUint256", value: "valueCell" },
{ mapName: "uint256_address", key: "keyUint256", value: "valueAddress" },
{ mapName: "uint256_struct", key: "keyUint256", value: "valueStruct" },
// address_* Maps
{ mapName: "address_int", key: "keyAddress", value: "valueInt" },
{
mapName: "address_int8",
key: "keyAddress",
value: "valueInt8",
valueTransform: (v: bigint) => Number(v),
},
{ mapName: "address_int42", key: "keyAddress", value: "valueInt42" },
{ mapName: "address_int256", key: "keyAddress", value: "valueInt256" },
{
mapName: "address_uint8",
key: "keyAddress",
value: "valueUint8",
valueTransform: (v: bigint) => Number(v),
},
{ mapName: "address_uint42", key: "keyAddress", value: "valueUint42" },
{ mapName: "address_uint256", key: "keyAddress", value: "valueUint256" },
{ mapName: "address_bool", key: "keyAddress", value: "valueBool" },
{ mapName: "address_cell", key: "keyAddress", value: "valueCell" },
{ mapName: "address_address", key: "keyAddress", value: "valueAddress" },
{ mapName: "address_struct", key: "keyAddress", value: "valueStruct" },
];
describe("MapTestContract", () => {
let blockchain: Blockchain;
let treasury: SandboxContract<TreasuryContract>;
let contract: SandboxContract<MapTestContract>;
beforeEach(async () => {
// Initialize the blockchain and contracts
blockchain = await Blockchain.create();
blockchain.verbosity.print = false;
treasury = await blockchain.treasury("treasury");
contract = blockchain.openContract(await MapTestContract.fromInit());
// Fund the contract with some TONs
await contract.send(
treasury.getSender(),
{ value: toNano("10") },
null,
);
// Check that all maps are empty initially
const maps = await contract.getAllMaps();
for (const [_mapName, map] of Object.entries(maps)) {
if (map instanceof Dictionary) {
expect(map.size).toBe(0);
}
}
});
it("set: should set and clear values", async () => {
for (const { keys, values } of testCases) {
// Send the set operation
const setMessage: SetAllMaps = {
$$type: "SetAllMaps",
...keys,
...values,
};
await contract.send(
treasury.getSender(),
{ value: toNano("1") },
setMessage,
);
// Retrieve all maps using `allMaps` getter
const allMaps = await contract.getAllMaps();
// Iterate over mapConfigs and perform assertions
mapConfigs.forEach(
({ mapName, key, value, keyTransform, valueTransform }) => {
const map = allMaps[mapName] as Dictionary<any, any>;
expect(map.size).toBe(1);
let mapKey = keys[key];
if (keyTransform) {
mapKey = keyTransform(mapKey);
}
let expectedValue = values[value];
if (valueTransform) {
expectedValue = valueTransform(expectedValue);
}
const actualValue = map.get(mapKey);
if (expectedValue instanceof Cell) {
expect(actualValue).toEqualCell(expectedValue);
} else if (expectedValue instanceof Address) {
expect(actualValue).toEqualAddress(expectedValue);
} else if (isSomeStruct(expectedValue)) {
expect(compareStructs(actualValue, expectedValue)).toBe(
true,
);
} else {
expect(actualValue).toEqual(expectedValue);
}
},
);
// Clear all maps by setting values to null
const clearMessage: SetAllMaps = {
$$type: "SetAllMaps",
...keys,
valueInt: null,
valueInt8: null,
valueInt42: null,
valueInt256: null,
valueUint8: null,
valueUint42: null,
valueUint256: null,
valueCoins: null,
valueBool: null,
valueCell: null,
valueAddress: null,
valueStruct: null,
};
await contract.send(
treasury.getSender(),
{ value: toNano("1") },
clearMessage,
);
// Retrieve all maps again to ensure they are empty
const clearedMaps = await contract.getAllMaps();
// Iterate over mapConfigs and assert maps are empty
mapConfigs.forEach(({ mapName }) => {
const map = clearedMaps[mapName] as Dictionary<any, any>;
expect(map.size).toBe(0);
});
}
});
it("set: should set multiple values", async () => {
for (const { keys, values } of testCases) {
// Send the set operation
const setMessage: SetAllMaps = {
$$type: "SetAllMaps",
...keys,
...values,
};
await contract.send(
treasury.getSender(),
{ value: toNano("1") },
setMessage,
);
}
// Retrieve all maps using `allMaps` getter
const allMaps = await contract.getAllMaps();
for (const { keys, values } of testCases) {
// Iterate over mapConfigs and perform assertions
mapConfigs.forEach(
({ mapName, key, value, keyTransform, valueTransform }) => {
const map = allMaps[mapName] as Dictionary<any, any>;
expect(map.size).toBe(testCases.length);
let mapKey = keys[key];
if (keyTransform) {
mapKey = keyTransform(mapKey);
}
let expectedValue = values[value];
if (valueTransform) {
expectedValue = valueTransform(expectedValue);
}
const actualValue = map.get(mapKey);
if (expectedValue instanceof Cell) {
expect(actualValue).toEqualCell(expectedValue);
} else if (expectedValue instanceof Address) {
expect(actualValue).toEqualAddress(expectedValue);
} else if (isSomeStruct(expectedValue)) {
expect(compareStructs(actualValue, expectedValue)).toBe(
true,
);
} else {
expect(actualValue).toEqual(expectedValue);
}
},
);
}
for (const { keys } of testCases) {
// Clear all maps by setting values to null
const clearMessage: SetAllMaps = {
$$type: "SetAllMaps",
...keys,
valueInt: null,
valueInt8: null,
valueInt42: null,
valueInt256: null,
valueUint8: null,
valueUint42: null,
valueUint256: null,
valueCoins: null,
valueBool: null,
valueCell: null,
valueAddress: null,
valueStruct: null,
};
await contract.send(
treasury.getSender(),
{ value: toNano("1") },
clearMessage,
);
}
// Retrieve all maps again to ensure they are empty
const clearedMaps = await contract.getAllMaps();
// Iterate over mapConfigs and assert maps are empty
mapConfigs.forEach(({ mapName }) => {
const map = clearedMaps[mapName] as Dictionary<any, any>;
expect(map.size).toBe(0);
});
});
it("set: should overwrite values", async () => {
for (const { keys } of testCases) {
for (const { values } of testCases) {
// Send the set operation
const setMessage: SetAllMaps = {
$$type: "SetAllMaps",
...keys,
...values,
};
await contract.send(
treasury.getSender(),
{ value: toNano("1") },
setMessage,
);
// Retrieve all maps using `allMaps` getter
const allMaps = await contract.getAllMaps();
// Iterate over mapConfigs and perform assertions
mapConfigs.forEach(
({ mapName, key, value, keyTransform, valueTransform }) => {
const map = allMaps[mapName] as Dictionary<any, any>;
expect(map.size).toBe(1);
let mapKey = keys[key];
if (keyTransform) {
mapKey = keyTransform(mapKey);
}
let expectedValue = values[value];
if (valueTransform) {
expectedValue = valueTransform(expectedValue);
}
const actualValue = map.get(mapKey);
if (expectedValue instanceof Cell) {
expect(actualValue).toEqualCell(expectedValue);
} else if (expectedValue instanceof Address) {
expect(actualValue).toEqualAddress(expectedValue);
} else if (isSomeStruct(expectedValue)) {
expect(
compareStructs(actualValue, expectedValue),
).toBe(true);
} else {
expect(actualValue).toEqual(expectedValue);
}
},
);
}
// Clear all maps by setting values to null
const clearMessage: SetAllMaps = {
$$type: "SetAllMaps",
...keys,
valueInt: null,
valueInt8: null,
valueInt42: null,
valueInt256: null,
valueUint8: null,
valueUint42: null,
valueUint256: null,
valueCoins: null,
valueBool: null,
valueCell: null,
valueAddress: null,
valueStruct: null,
};
await contract.send(
treasury.getSender(),
{ value: toNano("1") },
clearMessage,
);
// Retrieve all maps again to ensure they are empty
const clearedMaps = await contract.getAllMaps();
// Iterate over mapConfigs and assert maps are empty
mapConfigs.forEach(({ mapName }) => {
const map = clearedMaps[mapName] as Dictionary<any, any>;
expect(map.size).toBe(0);
});
}
});
it("get: should get values after setting them and nulls after clearing", async () => {
for (const { keys, values } of testCases) {
// Send the set operation
const setMessage: SetAllMaps = {
$$type: "SetAllMaps",
...keys,
...values,
};
await contract.send(
treasury.getSender(),
{ value: toNano("1") },
setMessage,
);
// Call the .get operation on all maps
const getResponse = await contract.getGetAllMaps(
keys.keyInt,
keys.keyInt8,
keys.keyInt42,
keys.keyInt256,
keys.keyUint8,
keys.keyUint42,
keys.keyUint256,
keys.keyAddress,
);
// Iterate over mapConfigs and perform assertions
mapConfigs.forEach(
({
mapName,
key: _key,
value,
keyTransform: _keyTransform,
valueTransform,
}) => {
let expectedValue = values[value];
let actualValue = getResponse[mapName];
if (valueTransform) {
expectedValue = valueTransform(expectedValue);
actualValue = valueTransform(actualValue);
}
if (expectedValue instanceof Cell) {
expect(actualValue).toEqualCell(expectedValue);
} else if (expectedValue instanceof Address) {
expect(actualValue).toEqualAddress(expectedValue);
} else if (isSomeStruct(expectedValue)) {
expect(
compareStructs(
actualValue as SomeStruct,
expectedValue,
),
).toBe(true);
} else {
expect(actualValue).toEqual(expectedValue);
}
},
);
// Clear all maps by setting values to null
const clearMessage: SetAllMaps = {
$$type: "SetAllMaps",
...keys,
valueInt: null,
valueInt8: null,
valueInt42: null,
valueInt256: null,
valueUint8: null,
valueUint42: null,
valueUint256: null,
valueCoins: null,
valueBool: null,
valueCell: null,
valueAddress: null,
valueStruct: null,
};
await contract.send(
treasury.getSender(),
{ value: toNano("1") },
clearMessage,
);
// Call the .get operation on all maps again
const clearedGetResponse = await contract.getGetAllMaps(
keys.keyInt,
keys.keyInt8,
keys.keyInt42,
keys.keyInt256,
keys.keyUint8,
keys.keyUint42,
keys.keyUint256,
keys.keyAddress,
);
// Iterate over mapConfigs and assert maps are empty
mapConfigs.forEach(({ mapName }) => {
const actualValue = clearedGetResponse[mapName];
expect(actualValue).toBeNull();
});
}
});
it("get: should return null for all maps when no values are set", async () => {
for (const { keys } of testCases) {
// Call the .get operation on all maps
const getResponse = await contract.getGetAllMaps(
keys.keyInt,
keys.keyInt8,
keys.keyInt42,
keys.keyInt256,
keys.keyUint8,
keys.keyUint42,
keys.keyUint256,
keys.keyAddress,
);
// Iterate over mapConfigs and assert that all values are null
mapConfigs.forEach(({ mapName }) => {
const actualValue = getResponse[mapName];
expect(actualValue).toBeNull();
});
}
});
it("get: should retrieve multiple values after setting them", async () => {
// Set multiple values
for (const { keys, values } of testCases) {
const setMessage: SetAllMaps = {
$$type: "SetAllMaps",
...keys,
...values,
};
await contract.send(
treasury.getSender(),
{ value: toNano("1") },
setMessage,
);
}
// Now retrieve values for each test case
for (const { keys, values } of testCases) {
// Call the .get operation on all maps
const getResponse = await contract.getGetAllMaps(
keys.keyInt,
keys.keyInt8,
keys.keyInt42,
keys.keyInt256,
keys.keyUint8,
keys.keyUint42,
keys.keyUint256,
keys.keyAddress,
);
// Iterate over mapConfigs and perform assertions
mapConfigs.forEach(
({
mapName,
key: _key,
value,
keyTransform: _keyTransform,
valueTransform,
}) => {
let expectedValue = values[value];
let actualValue = getResponse[mapName];
if (valueTransform) {
expectedValue = valueTransform(expectedValue);
actualValue = valueTransform(actualValue);
}
if (expectedValue instanceof Cell) {
expect(actualValue).toEqualCell(expectedValue);
} else if (expectedValue instanceof Address) {
expect(actualValue).toEqualAddress(expectedValue);
} else if (isSomeStruct(expectedValue)) {
expect(
compareStructs(
actualValue as SomeStruct,
expectedValue,
),
).toBe(true);
} else {
expect(actualValue).toEqual(expectedValue);
}
},
);
}
});
it("get: should retrieve updated values after overwriting", async () => {
for (const { keys } of testCases) {
for (const { values } of testCases) {
// Send the set operation
const setMessage: SetAllMaps = {
$$type: "SetAllMaps",
...keys,