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struffer

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"use strict"; var __decorate = (this && this.__decorate) || function (decorators, target, key, desc) { var c = arguments.length, r = c < 3 ? target : desc === null ? desc = Object.getOwnPropertyDescriptor(target, key) : desc, d; if (typeof Reflect === "object" && typeof Reflect.decorate === "function") r = Reflect.decorate(decorators, target, key, desc); else for (var i = decorators.length - 1; i >= 0; i--) if (d = decorators[i]) r = (c < 3 ? d(r) : c > 3 ? d(target, key, r) : d(target, key)) || r; return c > 3 && r && Object.defineProperty(target, key, r), r; }; Object.defineProperty(exports, "__esModule", { value: true }); const alsatian_1 = require("alsatian"); const common_1 = require("../src/common"); let TotalBitsTests = class TotalBitsTests { default(num, bitCount) { alsatian_1.Expect(common_1.totalBits(num)).toBe(bitCount); } }; __decorate([ alsatian_1.TestCase(2, 2), alsatian_1.TestCase(-1, 2), alsatian_1.TestCase(32, 6), alsatian_1.TestCase(255, 8), alsatian_1.TestCase(-127, 8), alsatian_1.Test('Default') ], TotalBitsTests.prototype, "default", null); TotalBitsTests = __decorate([ alsatian_1.TestFixture('totalBits tests') ], TotalBitsTests); exports.TotalBitsTests = TotalBitsTests; let SplitIntoBitsTests = class SplitIntoBitsTests { unsignedSplit(num, bits) { alsatian_1.Expect(common_1.splitIntoBits(num)).toEqual(bits); alsatian_1.Expect(common_1.splitIntoBits(num, false)).toEqual(bits); } signedSplit(num, bits) { alsatian_1.Expect(common_1.splitIntoBits(num, true)).toEqual(bits); } }; __decorate([ alsatian_1.TestCase(1, [1]), alsatian_1.TestCase(32, [1, 0, 0, 0, 0, 0]), alsatian_1.TestCase(-1, [1]), alsatian_1.TestCase(-23, [0, 1, 0, 0, 1]), alsatian_1.Test('Unsigned integer split') ], SplitIntoBitsTests.prototype, "unsignedSplit", null); __decorate([ alsatian_1.TestCase(1, [0, 1]), alsatian_1.TestCase(32, [0, 1, 0, 0, 0, 0, 0]), alsatian_1.TestCase(-1, [1, 1]), alsatian_1.TestCase(-23, [1, 0, 1, 0, 0, 1]), alsatian_1.Test('Signed integer split') ], SplitIntoBitsTests.prototype, "signedSplit", null); SplitIntoBitsTests = __decorate([ alsatian_1.TestFixture('splitIntoBits tests') ], SplitIntoBitsTests); exports.SplitIntoBitsTests = SplitIntoBitsTests; let UnsignedSplitTests = class UnsignedSplitTests { default(num, bits, bitCount) { alsatian_1.Expect(common_1.unsignedSplit(num, (bitCount !== undefined) ? bitCount : undefined)).toEqual(bits); } }; __decorate([ alsatian_1.TestCase(3, [1, 1]), alsatian_1.TestCase(6, [0, 0, 1, 1, 0], 5), alsatian_1.Test('Default') ], UnsignedSplitTests.prototype, "default", null); UnsignedSplitTests = __decorate([ alsatian_1.TestFixture('unsignedSplit tests') ], UnsignedSplitTests); exports.UnsignedSplitTests = UnsignedSplitTests; let JoinBitsTests = class JoinBitsTests { default(bits, num) { alsatian_1.Expect(common_1.joinBits(bits)).toBe(num); } }; __decorate([ alsatian_1.TestCase([1, 1], 3), alsatian_1.TestCase([1, 0, 1, 0], 10), alsatian_1.Test('Default') ], JoinBitsTests.prototype, "default", null); JoinBitsTests = __decorate([ alsatian_1.TestFixture('joinBits tests') ], JoinBitsTests); exports.JoinBitsTests = JoinBitsTests; let JoinSignedBitsTests = class JoinSignedBitsTests { default(bits, num) { alsatian_1.Expect(common_1.joinSignedBits(bits)).toBe(num); } }; __decorate([ alsatian_1.TestCase([0, 1, 1], 3), alsatian_1.TestCase([0, 1, 0, 1, 0], 10), alsatian_1.TestCase([1, 0, 1], -3), alsatian_1.TestCase([1, 0, 1, 1, 0], -10), alsatian_1.Test('Default') ], JoinSignedBitsTests.prototype, "default", null); JoinSignedBitsTests = __decorate([ alsatian_1.TestFixture('joinSignedBits tests') ], JoinSignedBitsTests); exports.JoinSignedBitsTests = JoinSignedBitsTests; const type = { LittleEndian: common_1.MemberEndianness.LittleEndian, BigEndian: common_1.MemberEndianness.BigEndian, Signed: common_1.MemberSignature.Signed, Unsigned: common_1.MemberSignature.Unsigned, }; let ParseTypeTests = class ParseTypeTests { default(type, bitSize, signature, endianness) { const info = common_1.parseType(type); alsatian_1.Expect(info.bitSize).toBe(bitSize); alsatian_1.Expect(info.signature).toBe(signature); alsatian_1.Expect(info.endianness).toBe(endianness); } }; __decorate([ alsatian_1.TestCase('byte', 8, type.Signed, type.LittleEndian), alsatian_1.TestCase('unsigned byte', 8, type.Unsigned, type.LittleEndian), alsatian_1.TestCase('signed unsigned signed unsigned byte', 8, type.Signed, type.LittleEndian), alsatian_1.TestCase('long short short short long int', 16, type.Signed, type.LittleEndian), alsatian_1.TestCase('int_23be', 23, type.Signed, type.BigEndian), alsatian_1.TestCase('uint2', 2, type.Unsigned, type.LittleEndian), alsatian_1.TestCase('u8 BE', 8, type.Unsigned, type.BigEndian), alsatian_1.TestCase('i3', 3, type.Signed, type.LittleEndian), alsatian_1.TestCase('long char_be', 16, type.Signed, type.BigEndian), alsatian_1.Test('Default') ], ParseTypeTests.prototype, "default", null); ParseTypeTests = __decorate([ alsatian_1.TestFixture('parseType tests') ], ParseTypeTests); exports.ParseTypeTests = ParseTypeTests; //# sourceMappingURL=utils.test.js.map