@balte/emberplus-connection
Version:
Javascript implementation of the Ember+ automation protocol
196 lines (195 loc) • 8.28 kB
JavaScript
;
var __createBinding = (this && this.__createBinding) || (Object.create ? (function(o, m, k, k2) {
if (k2 === undefined) k2 = k;
Object.defineProperty(o, k2, { enumerable: true, get: function() { return m[k]; } });
}) : (function(o, m, k, k2) {
if (k2 === undefined) k2 = k;
o[k2] = m[k];
}));
var __setModuleDefault = (this && this.__setModuleDefault) || (Object.create ? (function(o, v) {
Object.defineProperty(o, "default", { enumerable: true, value: v });
}) : function(o, v) {
o["default"] = v;
});
var __importStar = (this && this.__importStar) || function (mod) {
if (mod && mod.__esModule) return mod;
var result = {};
if (mod != null) for (var k in mod) if (k !== "default" && Object.hasOwnProperty.call(mod, k)) __createBinding(result, mod, k);
__setModuleDefault(result, mod);
return result;
};
Object.defineProperty(exports, "__esModule", { value: true });
const Ber = __importStar(require("../../../Ber"));
const Tree_1 = require("../../../model/Tree");
const Matrix_1 = require("../../../model/Matrix");
const Tree_2 = require("../encoder/Tree");
const Qualified_1 = require("../encoder/Qualified");
const Matrix_2 = require("../decoder/Matrix");
const Connection_1 = require("../../../model/Connection");
const DecodeResult_1 = require("../decoder/DecodeResult");
describe('encodings/ber/Matrix', () => {
function roundtripMatrix(matrix, qualified = false) {
const node = qualified
? new Tree_1.QualifiedElementImpl('1.2.3', matrix)
: new Tree_1.NumberedTreeNodeImpl(0, matrix);
const writer = new Ber.Writer();
if (!qualified)
Tree_2.encodeNumberedElement(node, writer);
else
Qualified_1.encodeQualifedElement(node, writer);
console.log(writer.buffer);
expect(writer.buffer.length).toBeGreaterThan(0);
const reader = new Ber.Reader(writer.buffer);
const decoded = DecodeResult_1.guarded(Matrix_2.decodeMatrix(reader, qualified));
expect(decoded).toEqual(node);
}
function runRoundtripTests(qualified) {
test('identifier', () => {
const matrix = new Matrix_1.MatrixImpl('identifier');
roundtripMatrix(matrix, qualified);
});
test('targets', () => {
const matrix = new Matrix_1.MatrixImpl('identifier');
matrix.targets = [0, 1, 2, 3, 4];
roundtripMatrix(matrix, qualified);
});
test('sources', () => {
const matrix = new Matrix_1.MatrixImpl('identifier');
matrix.sources = [0, 1, 2, 3, 4];
roundtripMatrix(matrix, qualified);
});
test('connections', () => {
const matrix = new Matrix_1.MatrixImpl('identifier');
matrix.connections = {
1: {
target: 1
}
};
roundtripMatrix(matrix, qualified);
});
describe('connections', () => {
test('sources', () => {
const matrix = new Matrix_1.MatrixImpl('identifier');
matrix.connections = {
1: {
target: 1,
sources: [2, 3]
}
};
roundtripMatrix(matrix, qualified);
});
test('operation', () => {
const matrix = new Matrix_1.MatrixImpl('identifier');
matrix.connections = {
1: {
target: 1,
operation: Connection_1.ConnectionOperation.Absolute
}
};
roundtripMatrix(matrix, qualified);
matrix.connections = {
1: {
target: 1,
operation: Connection_1.ConnectionOperation.Connect
}
};
roundtripMatrix(matrix, qualified);
matrix.connections = {
1: {
target: 1,
operation: Connection_1.ConnectionOperation.Disconnect
}
};
roundtripMatrix(matrix, qualified);
});
test('disposition', () => {
const matrix = new Matrix_1.MatrixImpl('identifier');
matrix.connections = {
1: {
target: 1,
disposition: Connection_1.ConnectionDisposition.Locked
}
};
roundtripMatrix(matrix, qualified);
matrix.connections[1].disposition = Connection_1.ConnectionDisposition.Modified;
roundtripMatrix(matrix, qualified);
matrix.connections[1].disposition = Connection_1.ConnectionDisposition.Pending;
roundtripMatrix(matrix, qualified);
matrix.connections[1].disposition = Connection_1.ConnectionDisposition.Tally;
roundtripMatrix(matrix, qualified);
});
});
test('description', () => {
const matrix = new Matrix_1.MatrixImpl('identifier');
matrix.description = 'Display Name';
roundtripMatrix(matrix, qualified);
});
test('matrixType', () => {
const matrix = new Matrix_1.MatrixImpl('identifier');
matrix.matrixType = Matrix_1.MatrixType.NToN;
roundtripMatrix(matrix, qualified);
matrix.matrixType = Matrix_1.MatrixType.OneToN;
roundtripMatrix(matrix, qualified);
matrix.matrixType = Matrix_1.MatrixType.OneToOne;
roundtripMatrix(matrix, qualified);
});
test('addressingMode', () => {
const matrix = new Matrix_1.MatrixImpl('identifier');
matrix.addressingMode = Matrix_1.MatrixAddressingMode.Linear;
roundtripMatrix(matrix, qualified);
matrix.addressingMode = Matrix_1.MatrixAddressingMode.NonLinear;
roundtripMatrix(matrix, qualified);
});
test('targetCount', () => {
const matrix = new Matrix_1.MatrixImpl('identifier');
matrix.targetCount = 5;
roundtripMatrix(matrix, qualified);
});
test('sourceCount', () => {
const matrix = new Matrix_1.MatrixImpl('identifier');
matrix.sourceCount = 5;
roundtripMatrix(matrix, qualified);
});
test('maximumTotalConnects', () => {
const matrix = new Matrix_1.MatrixImpl('identifier');
matrix.maximumTotalConnects = 25;
roundtripMatrix(matrix, qualified);
});
test('maximumConnectsPerTarget', () => {
const matrix = new Matrix_1.MatrixImpl('identifier');
matrix.maximumConnectsPerTarget = 5;
roundtripMatrix(matrix, qualified);
});
test('parametersLocation', () => {
const matrix = new Matrix_1.MatrixImpl('identifier');
matrix.parametersLocation = '1.2.3';
roundtripMatrix(matrix, qualified);
});
test('gainParameterNumber', () => {
const matrix = new Matrix_1.MatrixImpl('identifier');
matrix.gainParameterNumber = 3;
roundtripMatrix(matrix, qualified);
});
test('labels', () => {
const matrix = new Matrix_1.MatrixImpl('identifier');
matrix.labels = [{ basePath: '1.2.3', description: 'Descr' }];
roundtripMatrix(matrix, qualified);
});
test('schemaIdentifiers', () => {
const matrix = new Matrix_1.MatrixImpl('identifier');
matrix.schemaIdentifiers = '1.2.3';
roundtripMatrix(matrix, qualified);
});
test('templateReference', () => {
const matrix = new Matrix_1.MatrixImpl('identifier');
matrix.templateReference = '1.2.3';
roundtripMatrix(matrix, qualified);
});
}
describe('roundtrip numbered Matrix', () => {
runRoundtripTests(false);
});
describe('roundtrip qualified Matrix', () => {
runRoundtripTests(true);
});
});