// Verifies that the Equal method works.
func TestRequestInsuranceEqual(t *testing.T) {
share := prishares.Share(0)
msg := new(RequestInsuranceMessage).createMessage(keyPair.Public, 0,
share, pubCommit)
msgCopy := msg
if !msg.Equal(msgCopy) {
t.Error("Messages should be equal.")
}
// Fails if only the public keys are different.
msg2 := new(RequestInsuranceMessage).createMessage(keyPair2.Public, 0,
share, pubCommit)
if msg.Equal(msg2) {
t.Error("Messages should not be equal.")
}
// Fails if only the share number is different.
msg2 = new(RequestInsuranceMessage).createMessage(keyPair.Public, 1,
share, pubCommit)
if msg.Equal(msg2) {
t.Error("Messages should not be equal.")
}
// Fails if only the shares are different.
msg2 = new(RequestInsuranceMessage).createMessage(keyPair.Public, 0,
prishares.Share(1), pubCommit)
if msg.Equal(msg2) {
t.Error("Messages should not be equal.")
}
pripoly2 := new(poly.PriPoly).Pick(INSURE_GROUP, TSHARES, secret,
random.Stream)
otherPoly := new(poly.PubPoly)
otherPoly.Init(INSURE_GROUP, TSHARES, nil)
otherPoly.Commit(pripoly2, nil)
// Fails if only the public polynomial is different
msg2 = new(RequestInsuranceMessage).createMessage(keyPair.Public, 0,
share, otherPoly)
if msg.Equal(msg2) {
t.Error("Messages should not be equal.")
}
}
// Used to initialize the public commit polynomial.
func producePubPoly() *poly.PubPoly {
testPubPoly := new(poly.PubPoly)
testPubPoly.Init(INSURE_GROUP, n, nil)
return testPubPoly.Commit(pripoly, nil)
}