it('returns one byte for one', function () {
var buf = asn1ber.encodeGauge(1);
assert.equal(3, buf.length);
assert.equal(0x42, buf[0]); // Gauge
assert.equal(1, buf[1]); // Length
assert.equal(1, buf[2]); // Value
});
it('returns correctly for larger integer', function () {
var buf = asn1ber.encodeGauge(1234567890);
assert.equal(6, buf.length);
assert.equal(0x42, buf[0]); // Gauge
assert.equal(4, buf[1]); // Length
assert.equal(73, buf[2]); // Value
assert.equal(150, buf[3]); // Value
assert.equal(2, buf[4]); // Value
assert.equal(210, buf[5]); // Value
});
it('does not return a negative-looking integer', function () {
var correct = '42020088';
var buf = asn1ber.encodeGauge(0x88);
assert.equal(correct, buf.toString('hex'));
});
it('does not return first byte and first bit of second byte all ones', function () {
var correct = '420300ff94';
var buf = asn1ber.encodeGauge(0xff94);
assert.equal(correct, buf.toString('hex'));
});
it('returns one byte for zero', function () {
var correct = '420100';
var buf = asn1ber.encodeGauge(0);
assert.equal(correct, buf.toString('hex'));
});