var assert = require('assert') var UINT64 = require('..').UINT64 describe('UINT64 constructor', function () { describe('with no parameters', function () { it('should properly initialize', function (done) { var u = UINT64() assert.equal( u._a00, 0 ) assert.equal( u._a16, 0 ) assert.equal( u._a32, 0 ) assert.equal( u._a48, 0 ) done() }) }) describe('with low and high bits', function () { describe('0, 0', function () { it('should properly initialize', function (done) { var u = UINT64(0, 0) assert.equal( u._a00, 0 ) assert.equal( u._a16, 0 ) assert.equal( u._a32, 0 ) assert.equal( u._a48, 0 ) done() }) }) describe('1, 0', function () { it('should properly initialize', function (done) { var u = UINT64(1, 0) assert.equal( u._a00, 1 ) assert.equal( u._a16, 0 ) assert.equal( u._a32, 0 ) assert.equal( u._a48, 0 ) done() }) }) describe('0, 1', function () { it('should properly initialize', function (done) { var u = UINT64(0, 1) assert.equal( u._a00, 0 ) assert.equal( u._a16, 0 ) assert.equal( u._a32, 1 ) assert.equal( u._a48, 0 ) done() }) }) describe('3, 5', function () { it('should properly initialize', function (done) { var u = UINT64(3, 5) assert.equal( u._a00, 3 ) assert.equal( u._a16, 0 ) assert.equal( u._a32, 5 ) assert.equal( u._a48, 0 ) done() }) }) }) describe('with number', function () { describe('0', function () { it('should properly initialize', function (done) { var u = UINT64(0) assert.equal( u._a00, 0 ) assert.equal( u._a16, 0 ) assert.equal( u._a32, 0 ) assert.equal( u._a48, 0 ) done() }) }) describe('1', function () { it('should properly initialize', function (done) { var u = UINT64(1) assert.equal( u._a00, 1 ) assert.equal( u._a16, 0 ) assert.equal( u._a32, 0 ) assert.equal( u._a48, 0 ) done() }) }) describe('3', function () { it('should properly initialize', function (done) { var u = UINT64(3) assert.equal( u._a00, 3 ) assert.equal( u._a16, 0 ) assert.equal( u._a32, 0 ) assert.equal( u._a48, 0 ) done() }) }) describe('with high bit', function () { it('should properly initialize', function (done) { var u = UINT64( Math.pow(2,17)+123 ) assert.equal( u._a00, 123 ) assert.equal( u._a16, 2 ) assert.equal( u._a32, 0 ) assert.equal( u._a48, 0 ) done() }) }) }) describe('with string', function () { describe('"0"', function () { it('should properly initialize', function (done) { var u = UINT64('0') assert.equal( u._a00, 0 ) assert.equal( u._a16, 0 ) assert.equal( u._a32, 0 ) assert.equal( u._a48, 0 ) done() }) }) describe('"1"', function () { it('should properly initialize', function (done) { var u = UINT64('1') assert.equal( u._a00, 1 ) assert.equal( u._a16, 0 ) assert.equal( u._a32, 0 ) assert.equal( u._a48, 0 ) done() }) }) describe('10', function () { it('should properly initialize', function (done) { var u = UINT64('10') assert.equal( u._a00, 10 ) assert.equal( u._a16, 0 ) assert.equal( u._a32, 0 ) assert.equal( u._a48, 0 ) done() }) }) describe('with high bit', function () { it('should properly initialize', function (done) { var u = UINT64( '' + (Math.pow(2,17)+123) ) assert.equal( u._a00, 123 ) assert.equal( u._a16, 2 ) assert.equal( u._a32, 0 ) assert.equal( u._a48, 0 ) done() }) }) describe('with radix 10', function () { it('should properly initialize', function (done) { var u = UINT64( '123', 10 ) assert.equal( u._a00, 123 ) assert.equal( u._a16, 0 ) assert.equal( u._a32, 0 ) assert.equal( u._a48, 0 ) done() }) }) describe('with radix 2', function () { it('should properly initialize', function (done) { var u = UINT64( '1111011', 2 ) assert.equal( u._a00, 123 ) assert.equal( u._a16, 0 ) assert.equal( u._a32, 0 ) assert.equal( u._a48, 0 ) done() }) }) describe('with radix 16', function () { it('should properly initialize', function (done) { var u = UINT64( '7B', 16 ) assert.equal( u._a00, 123 ) assert.equal( u._a16, 0 ) assert.equal( u._a32, 0 ) assert.equal( u._a48, 0 ) done() }) }) describe('8000 with radix 16', function () { it('should properly initialize', function (done) { var u = UINT64( '8000', 16 ) assert.equal( u._a00, 32768 ) assert.equal( u._a16, 0 ) assert.equal( u._a32, 0 ) assert.equal( u._a48, 0 ) done() }) }) describe('80000000 with radix 16', function () { it('should properly initialize', function (done) { var u = UINT64( '80000000', 16 ) assert.equal( u._a00, 0 ) assert.equal( u._a16, 32768 ) assert.equal( u._a32, 0 ) assert.equal( u._a48, 0 ) done() }) }) describe('800000000000 with radix 16', function () { it('should properly initialize', function (done) { var u = UINT64( '800000000000', 16 ) assert.equal( u._a00, 0 ) assert.equal( u._a16, 0 ) assert.equal( u._a32, 32768 ) assert.equal( u._a48, 0 ) done() }) }) describe('8000000000000000 with radix 16', function () { it('should properly initialize', function (done) { var u = UINT64( '8000000000000000', 16 ) assert.equal( u._a00, 0 ) assert.equal( u._a16, 0 ) assert.equal( u._a32, 0 ) assert.equal( u._a48, 32768 ) done() }) }) describe('maximum unsigned 64 bits value in base 2', function () { it('should properly initialize', function (done) { var u = UINT64( Array(65).join('1'), 2 ) assert.equal( u._a00, 65535 ) assert.equal( u._a16, 65535 ) assert.equal( u._a32, 65535 ) assert.equal( u._a48, 65535 ) done() }) }) describe('maximum unsigned 64 bits value in base 16', function () { it('should properly initialize', function (done) { var u = UINT64( Array(17).join('F'), 16 ) assert.equal( u._a00, 65535 ) assert.equal( u._a16, 65535 ) assert.equal( u._a32, 65535 ) assert.equal( u._a48, 65535 ) done() }) }) }) })