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* breaking changes companion * rename the rest * fix lint errors * fix * change API * lint error fixes * fix metadata & rpc * everything working again * lint error fixes * switch to rococo * fix tests
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| Original file line number | Diff line number | Diff line change |
|---|---|---|
| @@ -1,86 +1,86 @@ | ||
| import IdentityKey from "../src/utils/identityKey"; | ||
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| describe("IdentityKey",() => { | ||
| describe("IdentityKey", () => { | ||
| test("Creating a new cipher works", () => { | ||
| // Identity key would be stored in `window.localStorage`, but in the tests it | ||
| // will simply be stored locally. | ||
| let identityKey = ""; | ||
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| const polkadotNetworkId = 0; | ||
| identityKey = IdentityKey.newCipher(identityKey, polkadotNetworkId); | ||
| const polkadotChainId = 0; | ||
| identityKey = IdentityKey.newCipher(identityKey, polkadotChainId); | ||
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| containsNetworkAndCipher(identityKey, polkadotNetworkId); | ||
| containsChainAndCipher(identityKey, polkadotChainId); | ||
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| const moonbeamNetworkId = 1; | ||
| // Generate a new cipher for the Moonbeam network. | ||
| identityKey = IdentityKey.newCipher(identityKey, moonbeamNetworkId); | ||
| const moonbeamChainId = 1; | ||
| // Generate a new cipher for the Moonbeam chain. | ||
| identityKey = IdentityKey.newCipher(identityKey, moonbeamChainId); | ||
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| // The identity Key should still have the Polkadot cipher. | ||
| containsNetworkAndCipher(identityKey, polkadotNetworkId); | ||
| containsChainAndCipher(identityKey, polkadotChainId); | ||
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| containsNetworkAndCipher(identityKey, moonbeamNetworkId); | ||
| containsChainAndCipher(identityKey, moonbeamChainId); | ||
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| // Ciphers are randomly generated so the two ciphers cannot be the same. | ||
| const polkadotCipher = IdentityKey.getNetworkCipher(identityKey, polkadotNetworkId); | ||
| const moonbeamCipher = IdentityKey.getNetworkCipher(identityKey, moonbeamNetworkId); | ||
| const polkadotCipher = IdentityKey.getChainCipher(identityKey, polkadotChainId); | ||
| const moonbeamCipher = IdentityKey.getChainCipher(identityKey, moonbeamChainId); | ||
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| expect(polkadotCipher).not.toBe(moonbeamCipher); | ||
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| // Cannot create a new Cipher for the same network twice. | ||
| expect(() => IdentityKey.newCipher(identityKey, moonbeamNetworkId)) | ||
| .toThrow("There already exists a cipher that is attached to the provided networkId"); | ||
| // Cannot create a new Cipher for the same chain twice. | ||
| expect(() => IdentityKey.newCipher(identityKey, moonbeamChainId)) | ||
| .toThrow("There already exists a cipher that is attached to the provided chainId"); | ||
| }); | ||
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| test("Updating cipher works", () => { | ||
| let identityKey = ""; | ||
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| const polkadotNetworkId = 0; | ||
| const moonbeamNetworkId = 1; | ||
| const polkadotChainId = 0; | ||
| const moonbeamChainId = 1; | ||
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| identityKey = IdentityKey.newCipher(identityKey, polkadotNetworkId); | ||
| identityKey = IdentityKey.newCipher(identityKey, moonbeamNetworkId); | ||
| identityKey = IdentityKey.newCipher(identityKey, polkadotChainId); | ||
| identityKey = IdentityKey.newCipher(identityKey, moonbeamChainId); | ||
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| containsNetworkAndCipher(identityKey, polkadotNetworkId); | ||
| containsNetworkAndCipher(identityKey, moonbeamNetworkId); | ||
| containsChainAndCipher(identityKey, polkadotChainId); | ||
| containsChainAndCipher(identityKey, moonbeamChainId); | ||
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| const polkadotCipher = IdentityKey.getNetworkCipher(identityKey, polkadotNetworkId); | ||
| const moonbeamCipher = IdentityKey.getNetworkCipher(identityKey, moonbeamNetworkId); | ||
| const polkadotCipher = IdentityKey.getChainCipher(identityKey, polkadotChainId); | ||
| const moonbeamCipher = IdentityKey.getChainCipher(identityKey, moonbeamChainId); | ||
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| identityKey = IdentityKey.updateCipher(identityKey, moonbeamNetworkId); | ||
| const newMoonbeamCipher = IdentityKey.getNetworkCipher(identityKey, moonbeamNetworkId); | ||
| identityKey = IdentityKey.updateCipher(identityKey, moonbeamChainId); | ||
| const newMoonbeamCipher = IdentityKey.getChainCipher(identityKey, moonbeamChainId); | ||
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| // The moonbeam network cipher should be updated. | ||
| // The moonbeam chain cipher should be updated. | ||
| expect(moonbeamCipher).not.toBe(newMoonbeamCipher); | ||
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| // The polkadot cipher shouldn't be affected. | ||
| expect(IdentityKey.getNetworkCipher(identityKey, polkadotNetworkId)).toBe(polkadotCipher); | ||
| expect(IdentityKey.getChainCipher(identityKey, polkadotChainId)).toBe(polkadotCipher); | ||
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| // Cannot update a cipher of a network that does not exist. | ||
| expect(() => IdentityKey.updateCipher(identityKey, 42)).toThrow("Cannot find networkId"); | ||
| // Cannot update a cipher of a chain that does not exist. | ||
| expect(() => IdentityKey.updateCipher(identityKey, 42)).toThrow("Cannot find chainId"); | ||
| }); | ||
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| test("Encryption and decryption works", () => { | ||
| let identityKey = ""; | ||
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| const polkadotNetworkId = 0; | ||
| identityKey = IdentityKey.newCipher(identityKey, polkadotNetworkId); | ||
| const polkadotChainId = 0; | ||
| identityKey = IdentityKey.newCipher(identityKey, polkadotChainId); | ||
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| containsNetworkAndCipher(identityKey, polkadotNetworkId); | ||
| containsChainAndCipher(identityKey, polkadotChainId); | ||
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| const polkadotAddress = "126X27SbhrV19mBFawys3ovkyBS87SGfYwtwa8J2FjHrtbmA"; | ||
| const encryptedAddress = IdentityKey.encryptAddress(identityKey, polkadotNetworkId, polkadotAddress); | ||
| const decryptedAddress = IdentityKey.decryptAddress(identityKey, polkadotNetworkId, encryptedAddress); | ||
| const encryptedAddress = IdentityKey.encryptAddress(identityKey, polkadotChainId, polkadotAddress); | ||
| const decryptedAddress = IdentityKey.decryptAddress(identityKey, polkadotChainId, encryptedAddress); | ||
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| expect(polkadotAddress).toBe(decryptedAddress); | ||
| }); | ||
| }); | ||
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| const containsNetworkAndCipher = (identityKey: string, networkId: number) => { | ||
| const containsNetwork = new RegExp(`\\b${networkId}:`, "g"); | ||
| expect(containsNetwork.test(identityKey)).toBe(true); | ||
| const containsChainAndCipher = (identityKey: string, chainId: number) => { | ||
| const containsChain = new RegExp(`\\b${chainId}:`, "g"); | ||
| expect(containsChain.test(identityKey)).toBe(true); | ||
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| const networkCipher = IdentityKey.getNetworkCipher(identityKey, networkId); | ||
| expect(cipherSize(networkCipher)).toBe(16); | ||
| const chainCipher = IdentityKey.getChainCipher(identityKey, chainId); | ||
| expect(cipherSize(chainCipher)).toBe(16); | ||
| } | ||
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| const cipherSize = (cipher: string) => Buffer.from(cipher, "base64").length; |
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