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EnqueueTokenPayload.ts

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import { expect } from "chai";

import { IEnqueueTokenPayload, Payload } from "../src/Payload";

import { Utils } from "../src/QueueITHelpers";

import { TokenOrigin } from "../src/model/TokenOrigin";

describe('Enqueue token payload', function () {

it('should be able to generate a simple payload', () => {

let expectedKey: string = "myKey";

let instance: IEnqueueTokenPayload = Payload

.Enqueue()

.WithKey(expectedKey)

.Generate();

let actualKey: string = instance.Key;

let actualCustomData = instance.CustomData;

expect(actualKey).to.be.equal(expectedKey);

expect(instance.RelativeQuality).to.be.undefined;

expect(actualCustomData).to.not.be.null;

expect(Object.keys(actualCustomData).length).to.be.equal(0);

expect(instance.CustomData["key"]).to.be.undefined;

});

it('should be able to generate a payload with key and relative quality', () => {

let expectedKey = "myKey";

let expectedRelativeQuality = 0.456;

let instance = Payload

.Enqueue()

.WithKey(expectedKey)

.WithRelativeQuality(expectedRelativeQuality)

.Generate();

let actualKey = instance.Key;

let actualRelativeQuality = instance.RelativeQuality;

let actualCustomData = instance.CustomData;

expect(actualKey).to.be.equal(expectedKey);

expect(actualRelativeQuality).to.be.equal(expectedRelativeQuality);

expect(actualCustomData).to.not.be.null;

expect(Object.keys(actualCustomData).length).to.be.equal(0);

expect(instance.CustomData["key"]).to.be.undefined;

});

it('should be able to generate a payload with relative quality and custom data', () => {

const expectedKey = "myKey";

const expectedRelativeQuality = 0.456;

const expectedCustomDataValue = "Value";

const instance = Payload

.Enqueue()

.WithKey(expectedKey)

.WithRelativeQuality(expectedRelativeQuality)

.WithCustomData("key", expectedCustomDataValue)

.Generate();

const actualKey = instance.Key;

const actualRelativeQuality = instance.RelativeQuality;

const actualCustomData = instance.CustomData["key"];

expect(actualKey).to.be.equal(expectedKey);

expect(actualRelativeQuality).to.be.equal(expectedRelativeQuality);

expect(actualCustomData).to.be.equal(expectedCustomDataValue);

});

it('should be able to generate a payload with relative quality', () => {

const expectedRelativeQuality = 0.456;

const instance = Payload

.Enqueue()

.WithRelativeQuality(expectedRelativeQuality)

.Generate();

const actualKey = instance.Key;

const actualRelativeQuality = instance.RelativeQuality;

const actualCustomData = instance.CustomData;

expect(actualKey).to.be.undefined;

expect(actualRelativeQuality).to.be.equal(expectedRelativeQuality);

expect(actualCustomData).to.not.be.undefined;

expect(Object.keys(actualCustomData).length).to.be.equal(0);

});

it('should be able to generate a payload with relative quality and custom data 2', () => {

const expectedRelativeQuality = 0.456;

const expectedCustomDataValue = "Value";

const instance = Payload

.Enqueue()

.WithRelativeQuality(expectedRelativeQuality)

.WithCustomData("key", expectedCustomDataValue)

.Generate();

const actualKey = instance.Key;

const actualRelativeQuality = instance.RelativeQuality;

const actualCustomData = instance.CustomData["key"];

expect(actualKey).to.be.undefined;

expect(actualRelativeQuality).to.be.equal(expectedRelativeQuality);

expect(actualCustomData).to.be.equal(expectedCustomDataValue);

});

it('should be able to generate a payload only with custom data', () => {

const expectedCustomDataValue = "value";

const instance = Payload

.Enqueue()

.WithCustomData("key", expectedCustomDataValue)

.Generate();

const actualKey = instance.Key;

const actualRelativeQuality = instance.RelativeQuality;

const actualCustomData = instance.CustomData["key"];

expect(actualKey).to.be.undefined;

expect(actualRelativeQuality).to.be.undefined;

expect(actualCustomData).to.be.equal(expectedCustomDataValue);

});

it('Should be able to generate a payload only with Token Origin', () => {

const instance = Payload.Enqueue()

.WithOrigin(TokenOrigin.Connector)

.Generate();

const actualOrigin = instance.TokenOrigin;

expect(actualOrigin).to.be.equal(TokenOrigin.Connector);

});

it('should serialize payload with InviteOnly origin', () => {

const expectedJson = "{\"k\":\"myKey\",\"o\":\"InviteOnly\"}";

const instance = Payload

.Enqueue()

.WithKey("myKey")

.WithOrigin(TokenOrigin.InviteOnly)

.Generate();

const actualJson = Utils.uint8ArrayToString(instance.Serialize());

expect(actualJson).to.be.equal(expectedJson);

});

it('should serialize key with relative quality and multiple custom data', () => {

const expectedJson = "{\"r\":0.456,\"k\":\"myKey\",\"cd\":{\"key1\":\"Value1\",\"key2\":\"Value2\",\"key3\":\"Value3\"},\"o\":\"Connector\"}";

const instance = Payload

.Enqueue()

.WithKey("myKey")

.WithRelativeQuality(0.456)

.WithCustomData("key1", "Value1")

.WithCustomData("key2", "Value2")

.WithCustomData("key3", "Value3")

.Generate();

const actualJson = Utils.uint8ArrayToString(instance.Serialize());

expect(actualJson).to.be.equal(expectedJson);

});

it('should serialize key relative quality and one custom data', () => {

const expectedJson = "{\"r\":0.456,\"k\":\"myKey\",\"cd\":{\"key1\":\"Value1\"},\"o\":\"Connector\"}";

const instance = Payload

.Enqueue()

.WithKey("myKey")

.WithRelativeQuality(0.456)

.WithCustomData("key1", "Value1")

.Generate();

const actualJson = Utils.uint8ArrayToString(instance.Serialize());

expect(actualJson).to.be.equal(expectedJson);

});

it('should serialize key and relative quality', () => {

const expectedJson = "{\"r\":0.456,\"k\":\"myKey\",\"o\":\"Connector\"}";

const instance = Payload

.Enqueue()

.WithKey("myKey")

.WithRelativeQuality(0.456)

.Generate();

const actualJson = Utils.uint8ArrayToString(instance.Serialize());

expect(actualJson).to.be.equal(expectedJson);

});

it('should serialize key only', () => {

const expectedJson = "{\"k\":\"myKey\",\"o\":\"Connector\"}";

const instance = Payload

.Enqueue()

.WithKey("myKey")

.Generate();

const actualJson = Utils.uint8ArrayToString(instance.Serialize());

expect(actualJson).to.be.equal(expectedJson);

});

it('should serialize key only escaped', () => {

const expectedJson = "{\"k\":\"my\\\"Key\",\"o\":\"Connector\"}";

const instance = Payload

.Enqueue()

.WithKey("my\"Key")

.Generate();

const actualJson = Utils.uint8ArrayToString(instance.Serialize());

expect(actualJson).to.be.equal(expectedJson);

});

it('should serialize relative quality only', () => {

const expectedJson = "{\"r\":0.456,\"o\":\"Connector\"}";

const instance = Payload

.Enqueue()

.WithRelativeQuality(0.456)

.Generate();

const actualJson = Utils.uint8ArrayToString(instance.Serialize());

expect(actualJson).to.be.equal(expectedJson);

});

it('should serialize custom data only', () => {

const expectedJson = "{\"cd\":{\"key1\":\"Value1\"},\"o\":\"Connector\"}";

const instance = Payload

.Enqueue()

.WithCustomData("key1", "Value1")

.Generate();

const actualJson = Utils.uint8ArrayToString(instance.Serialize())

expect(actualJson).to.be.equal(expectedJson);

});

it('should serialize custom data escaped', () => {

const expectedJson = "{\"cd\":{\"ke\\\"y1\":\"Va\\\"lue1\"},\"o\":\"Connector\"}";

const instance = Payload

.Enqueue()

.WithCustomData("ke\"y1", "Va\"lue1")

.Generate();

const actualJson = Utils.uint8ArrayToString(instance.Serialize());

expect(actualJson).to.be.equal(expectedJson);

});

it('should be encrypted correctly', () => {

const expectedEncryptedPayload = "0rDlI69F1Dx4Twps5qD4cQrbXbCRiezBd6fH1PVm6CnVY456FALkAhN3rgVrh_PGCJHcEXN5zoqFg65MH8WZcxl-G7_FAsZgEyBPRqsoJoylWJjVe-e1HI-voBaV7x6Q";

const payload = Payload

.Enqueue()

.WithKey("somekey")

.WithRelativeQuality(0.45678663514)

.WithCustomData("color", "blue")

.WithCustomData("size", "medium")

.Generate();

const identifier = "a21d423a-43fd-4821-84fa-4390f6a2fd3e";

const secretKey = "5ebbf794-1665-4d48-80d6-21ac34be7faedf9e10b3-551a-4682-bb77-fee59d6355d6";

const actualEncryptedPayload = payload.EncryptAndEncode(secretKey, identifier);

expect(actualEncryptedPayload).to.be.equal(expectedEncryptedPayload);

})

});