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Normalize whitespace in storage tests

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// FREEBIE
pull/749/head
lilia 8 years ago committed by Scott Nonnenberg
parent 0e0f14723e
commit 27692b4dfc
1 changed files with 276 additions and 280 deletions
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test/storage_test.js
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@ -1,357 +1,353 @@
/*
* vim: ts=4:sw=4:expandtab
*/
'use strict';
describe("SignalProtocolStore", function() {
before(function(done) {
storage.put('registrationId', 1337);
storage.put('identityKey', identityKey);
storage.fetch().then(done, done);
before(function(done) {
storage.put('registrationId', 1337);
storage.put('identityKey', identityKey);
storage.fetch().then(done, done);
});
var store = textsecure.storage.protocol;
var identifier = '+5558675309';
var identityKey = {
pubKey: libsignal.crypto.getRandomBytes(33),
privKey: libsignal.crypto.getRandomBytes(32),
};
var testKey = {
pubKey: libsignal.crypto.getRandomBytes(33),
privKey: libsignal.crypto.getRandomBytes(32),
};
describe('getLocalRegistrationId', function() {
it('retrieves my registration id', function(done) {
store.getLocalRegistrationId().then(function(reg) {
assert.strictEqual(reg, 1337);
}).then(done, done);
});
});
describe('getIdentityKeyPair', function() {
it('retrieves my identity key', function(done) {
store.getIdentityKeyPair().then(function(key) {
assertEqualArrayBuffers(key.pubKey, identityKey.pubKey);
assertEqualArrayBuffers(key.privKey, identityKey.privKey);
}).then(done,done);
});
});
describe('saveIdentity', function() {
var IdentityKeyRecord = Backbone.Model.extend({
database: Whisper.Database,
storeName: 'identityKeys'
});
var store = textsecure.storage.protocol;
var identifier = '+5558675309';
var identityKey = {
pubKey: libsignal.crypto.getRandomBytes(33),
privKey: libsignal.crypto.getRandomBytes(32),
};
var testKey = {
pubKey: libsignal.crypto.getRandomBytes(33),
privKey: libsignal.crypto.getRandomBytes(32),
};
describe('getLocalRegistrationId', function() {
it('retrieves my registration id', function(done) {
store.getLocalRegistrationId().then(function(reg) {
assert.strictEqual(reg, 1337);
}).then(done, done);
var record = new IdentityKeyRecord({id: identifier});
it('stores identity keys', function(done) {
store.saveIdentity(identifier, testKey.pubKey).then(function() {
return store.loadIdentityKey(identifier).then(function(key) {
assertEqualArrayBuffers(key, testKey.pubKey);
});
}).then(done,done);
});
describe('getIdentityKeyPair', function() {
it('retrieves my identity key', function(done) {
store.getIdentityKeyPair().then(function(key) {
assertEqualArrayBuffers(key.pubKey, identityKey.pubKey);
assertEqualArrayBuffers(key.privKey, identityKey.privKey);
}).then(done,done);
it('allows key changes', function(done) {
var newIdentity = libsignal.crypto.getRandomBytes(33);
store.saveIdentity(identifier, testKey.pubKey).then(function() {
store.saveIdentity(identifier, newIdentity).then(function() {
done();
});
}).catch(done);
});
describe('saveIdentity', function() {
var IdentityKeyRecord = Backbone.Model.extend({
database: Whisper.Database,
storeName: 'identityKeys'
});
var record = new IdentityKeyRecord({id: identifier});
it('stores identity keys', function(done) {
describe('When there is no existing key (first use)', function() {
before(function(done) {
store.removeIdentityKey(identifier).then(function() {
store.saveIdentity(identifier, testKey.pubKey).then(function() {
return store.loadIdentityKey(identifier).then(function(key) {
assertEqualArrayBuffers(key, testKey.pubKey);
});
}).then(done,done);
record.fetch().then(function() { done(); });
});
});
});
it('allows key changes', function(done) {
var newIdentity = libsignal.crypto.getRandomBytes(33);
store.saveIdentity(identifier, testKey.pubKey).then(function() {
store.saveIdentity(identifier, newIdentity).then(function() {
done();
});
}).catch(done);
it('marks the key firstUse', function() {
assert(record.get('firstUse'));
});
describe('When there is no existing key (first use)', function() {
before(function(done) {
store.removeIdentityKey(identifier).then(function() {
store.saveIdentity(identifier, testKey.pubKey).then(function() {
record.fetch().then(function() { done(); });
});
it('sets the timestamp', function() {
assert(record.get('timestamp'));
});
});
describe('When there is a different existing key (non first use)', function() {
var newIdentity = libsignal.crypto.getRandomBytes(33);
var oldTimestamp = Date.now();
before(function(done) {
record.save({
publicKey : testKey.pubKey,
firstUse : true,
timestamp : oldTimestamp,
nonblockingApproval : false,
}).then(function() {
store.saveIdentity(identifier, newIdentity).then(function() {
record.fetch().then(function() { done(); });
});
});
it('marks the key firstUse', function() {
assert(record.get('firstUse'));
});
it('sets the timestamp', function() {
assert(record.get('timestamp'));
});
});
describe('When there is a different existing key (non first use)', function() {
var newIdentity = libsignal.crypto.getRandomBytes(33);
var oldTimestamp = Date.now();
it('marks the key not firstUse', function() {
assert(!record.get('firstUse'));
});
it('updates the timestamp', function() {
assert.notEqual(record.get('timestamp'), oldTimestamp);
});
});
describe('When the key has not changed', function() {
var oldTimestamp = Date.now();
before(function(done) {
record.save({
publicKey : testKey.pubKey,
timestamp : oldTimestamp,
nonblockingApproval : false,
}).then(function() { done(); });
});
describe('If it is marked firstUse', function() {
before(function(done) {
record.save({
publicKey : testKey.pubKey,
firstUse : true,
timestamp : oldTimestamp,
nonblockingApproval : false,
}).then(function() {
store.saveIdentity(identifier, newIdentity).then(function() {
record.fetch().then(function() { done(); });
record.save({ firstUse: true }).then(function() { done(); });
});
it('nothing changes', function(done) {
store.saveIdentity(identifier, testKey.pubKey, true).then(function() {
record.fetch().then(function() {
assert(!record.get('nonblockingApproval'));
assert.strictEqual(record.get('timestamp'), oldTimestamp);
done();
});
});
});
it('marks the key not firstUse', function() {
assert(!record.get('firstUse'));
});
it('updates the timestamp', function() {
assert.notEqual(record.get('timestamp'), oldTimestamp);
});
});
describe('When the key has not changed', function() {
var oldTimestamp = Date.now();
describe('If it is not marked firstUse', function() {
before(function(done) {
record.save({
publicKey : testKey.pubKey,
timestamp : oldTimestamp,
nonblockingApproval : false,
}).then(function() { done(); });
record.save({ firstUse: false }).then(function() { done(); });
});
describe('If it is marked firstUse', function() {
before(function(done) {
record.save({ firstUse: true }).then(function() { done(); });
});
it('nothing changes', function(done) {
describe('If nonblocking approval is required', function() {
it('updates non-blocking approval', function(done) {
store.saveIdentity(identifier, testKey.pubKey, true).then(function() {
record.fetch().then(function() {
assert(!record.get('nonblockingApproval'));
assert(record.get('nonblockingApproval'));
assert.strictEqual(record.get('timestamp'), oldTimestamp);
assert.strictEqual(record.get('firstUse'), false);
done();
});
});
});
});
describe('If it is not marked firstUse', function() {
before(function(done) {
record.save({ firstUse: false }).then(function() { done(); });
});
describe('If nonblocking approval is required', function() {
it('updates non-blocking approval', function(done) {
store.saveIdentity(identifier, testKey.pubKey, true).then(function() {
record.fetch().then(function() {
assert(record.get('nonblockingApproval'));
assert.strictEqual(record.get('timestamp'), oldTimestamp);
assert.strictEqual(record.get('firstUse'), false);
done();
});
});
});
});
});
});
});
describe('isTrustedIdentity', function() {
describe('When invalid direction is given', function(done) {
it('should fail', function(done) {
store.isTrustedIdentity(identifier, testKey.pubKey).then(function() {
done(new Error('isTrustedIdentity should have failed'));
}).catch(function(e) {
done();
});
});
});
describe('isTrustedIdentity', function() {
describe('When invalid direction is given', function(done) {
it('should fail', function(done) {
store.isTrustedIdentity(identifier, testKey.pubKey).then(function() {
done(new Error('isTrustedIdentity should have failed'));
}).catch(function(e) {
describe('When direction is RECEIVING', function() {
it('always returns true', function(done) {
var newIdentity = libsignal.crypto.getRandomBytes(33);
store.saveIdentity(identifier, testKey.pubKey).then(function() {
store.isTrustedIdentity(identifier, newIdentity, store.Direction.RECEIVING).then(function(trusted) {
if (trusted) {
done();
} else {
done(new Error('isTrusted returned false when receiving'));
}
}).catch(done);
});
});
});
describe('When direction is SENDING', function() {
describe('When there is no existing key (first use)', function() {
before(function(done) {
store.removeIdentityKey(identifier).then(function() {
done();
});
});
});
describe('When direction is RECEIVING', function() {
it('always returns true', function(done) {
var newIdentity = libsignal.crypto.getRandomBytes(33);
store.saveIdentity(identifier, testKey.pubKey).then(function() {
store.isTrustedIdentity(identifier, newIdentity, store.Direction.RECEIVING).then(function(trusted) {
if (trusted) {
done();
} else {
done(new Error('isTrusted returned false when receiving'));
}
}).catch(done);
});
it('returns true', function(done) {
var newIdentity = libsignal.crypto.getRandomBytes(33);
store.isTrustedIdentity(identifier, newIdentity, store.Direction.SENDING).then(function(trusted) {
if (trusted) {
done();
} else {
done(new Error('isTrusted returned false on first use'));
}
}).catch(done);
});
});
describe('When direction is SENDING', function() {
describe('When there is no existing key (first use)', function() {
before(function(done) {
store.removeIdentityKey(identifier).then(function() {
done();
});
describe('When there is an existing key', function() {
before(function(done) {
store.saveIdentity(identifier, testKey.pubKey).then(function() {
done();
});
it('returns true', function(done) {
});
describe('When the existing key is different', function() {
it('returns false', function(done) {
var newIdentity = libsignal.crypto.getRandomBytes(33);
store.isTrustedIdentity(identifier, newIdentity, store.Direction.SENDING).then(function(trusted) {
if (trusted) {
done();
} else {
done(new Error('isTrusted returned false on first use'));
}
if (trusted) {
done(new Error('isTrusted returned true on untrusted key'));
} else {
done();
}
}).catch(done);
});
});
describe('When there is an existing key', function() {
describe('When the existing key matches the new key', function() {
var newIdentity = libsignal.crypto.getRandomBytes(33);
before(function(done) {
store.saveIdentity(identifier, testKey.pubKey).then(function() {
store.saveIdentity(identifier, newIdentity).then(function() {
done();
});
});
describe('When the existing key is different', function() {
it('returns false', function(done) {
var newIdentity = libsignal.crypto.getRandomBytes(33);
store.isTrustedIdentity(identifier, newIdentity, store.Direction.SENDING).then(function(trusted) {
if (trusted) {
done(new Error('isTrusted returned true on untrusted key'));
} else {
done();
}
}).catch(done);
});
it('returns false if blocking approval is required', function(done) {
storage.put('safety-numbers-approval', true);
store.isTrustedIdentity(identifier, newIdentity, store.Direction.SENDING).then(function(trusted) {
if (trusted) {
done(new Error('isTrusted returned true on untrusted key'));
} else {
done();
}
}).catch(done);
});
describe('When the existing key matches the new key', function() {
var newIdentity = libsignal.crypto.getRandomBytes(33);
before(function(done) {
store.saveIdentity(identifier, newIdentity).then(function() {
it('returns false if keys match but nonblocking approval is required', function(done) {
storage.put('safety-numbers-approval', false);
store.isTrustedIdentity(identifier, newIdentity, store.Direction.SENDING).then(function(trusted) {
if (trusted) {
done(new Error('isTrusted returned true on untrusted key'));
} else {
done();
});
});
it('returns false if blocking approval is required', function(done) {
storage.put('safety-numbers-approval', true);
store.isTrustedIdentity(identifier, newIdentity, store.Direction.SENDING).then(function(trusted) {
if (trusted) {
done(new Error('isTrusted returned true on untrusted key'));
} else {
done();
}
}).catch(done);
});
it('returns false if keys match but nonblocking approval is required', function(done) {
storage.put('safety-numbers-approval', false);
}
}).catch(done);
});
it('returns true if neither blocking nor nonblocking approval is required', function(done) {
storage.put('safety-numbers-approval', false);
store.saveIdentity(identifier, newIdentity, true).then(function() {
store.isTrustedIdentity(identifier, newIdentity, store.Direction.SENDING).then(function(trusted) {
if (trusted) {
done(new Error('isTrusted returned true on untrusted key'));
done();
} else {
done();
done(new Error('isTrusted returned false on an approved key'));
}
}).catch(done);
});
it('returns true if neither blocking nor nonblocking approval is required', function(done) {
storage.put('safety-numbers-approval', false);
store.saveIdentity(identifier, newIdentity, true).then(function() {
store.isTrustedIdentity(identifier, newIdentity, store.Direction.SENDING).then(function(trusted) {
if (trusted) {
done();
} else {
done(new Error('isTrusted returned false on an approved key'));
}
}).catch(done);
});
});
});
});
});
});
});
describe('storePreKey', function() {
it('stores prekeys', function(done) {
store.storePreKey(1, testKey).then(function() {
return store.loadPreKey(1).then(function(key) {
assertEqualArrayBuffers(key.pubKey, testKey.pubKey);
assertEqualArrayBuffers(key.privKey, testKey.privKey);
});
}).then(done,done);
});
describe('storePreKey', function() {
it('stores prekeys', function(done) {
store.storePreKey(1, testKey).then(function() {
return store.loadPreKey(1).then(function(key) {
assertEqualArrayBuffers(key.pubKey, testKey.pubKey);
assertEqualArrayBuffers(key.privKey, testKey.privKey);
});
}).then(done,done);
});
describe('removePreKey', function() {
before(function(done) {
store.storePreKey(2, testKey).then(done);
});
it('deletes prekeys', function(done) {
store.removePreKey(2, testKey).then(function() {
return store.loadPreKey(2).then(function(key) {
assert.isUndefined(key);
});
}).then(done,done);
});
});
describe('removePreKey', function() {
before(function(done) {
store.storePreKey(2, testKey).then(done);
});
describe('storeSignedPreKey', function() {
it('stores signed prekeys', function(done) {
store.storeSignedPreKey(3, testKey).then(function() {
return store.loadSignedPreKey(3).then(function(key) {
assertEqualArrayBuffers(key.pubKey, testKey.pubKey);
assertEqualArrayBuffers(key.privKey, testKey.privKey);
});
}).then(done,done);
it('deletes prekeys', function(done) {
store.removePreKey(2, testKey).then(function() {
return store.loadPreKey(2).then(function(key) {
assert.isUndefined(key);
});
}).then(done,done);
});
describe('removeSignedPreKey', function() {
before(function(done) {
store.storeSignedPreKey(4, testKey).then(done);
});
describe('storeSignedPreKey', function() {
it('stores signed prekeys', function(done) {
store.storeSignedPreKey(3, testKey).then(function() {
return store.loadSignedPreKey(3).then(function(key) {
assertEqualArrayBuffers(key.pubKey, testKey.pubKey);
assertEqualArrayBuffers(key.privKey, testKey.privKey);
});
it('deletes signed prekeys', function(done) {
store.removeSignedPreKey(4, testKey).then(function() {
return store.loadSignedPreKey(4).then(function(key) {
assert.isUndefined(key);
});
}).then(done,done);
}).then(done,done);
});
});
describe('removeSignedPreKey', function() {
before(function(done) {
store.storeSignedPreKey(4, testKey).then(done);
});
it('deletes signed prekeys', function(done) {
store.removeSignedPreKey(4, testKey).then(function() {
return store.loadSignedPreKey(4).then(function(key) {
assert.isUndefined(key);
});
}).then(done,done);
});
describe('storeSession', function() {
it('stores sessions', function(done) {
var testRecord = "an opaque string";
store.storeSession(identifier + '.1', testRecord).then(function() {
return store.loadSession(identifier + '.1').then(function(record) {
assert.deepEqual(record, testRecord);
});
}).then(done,done);
});
describe('storeSession', function() {
it('stores sessions', function(done) {
var testRecord = "an opaque string";
store.storeSession(identifier + '.1', testRecord).then(function() {
return store.loadSession(identifier + '.1').then(function(record) {
assert.deepEqual(record, testRecord);
});
}).then(done,done);
});
describe('removeAllSessions', function() {
it('removes all sessions for a number', function(done) {
var testRecord = "an opaque string";
var devices = [1, 2, 3].map(function(deviceId) {
return [identifier, deviceId].join('.');
});
var promise = Promise.resolve();
devices.forEach(function(encodedNumber) {
promise = promise.then(function() {
return store.storeSession(encodedNumber, testRecord + encodedNumber);
});
});
promise.then(function() {
return store.removeAllSessions(identifier).then(function(record) {
return Promise.all(devices.map(store.loadSession.bind(store))).then(function(records) {
for (var i in records) {
assert.isUndefined(records[i]);
};
});
});
}).then(done,done);
});
describe('removeAllSessions', function() {
it('removes all sessions for a number', function(done) {
var testRecord = "an opaque string";
var devices = [1, 2, 3].map(function(deviceId) {
return [identifier, deviceId].join('.');
});
var promise = Promise.resolve();
devices.forEach(function(encodedNumber) {
promise = promise.then(function() {
return store.storeSession(encodedNumber, testRecord + encodedNumber);
});
});
promise.then(function() {
return store.removeAllSessions(identifier).then(function(record) {
return Promise.all(devices.map(store.loadSession.bind(store))).then(function(records) {
for (var i in records) {
assert.isUndefined(records[i]);
};
});
});
}).then(done,done);
});
describe('clearSessionStore', function() {
it ('clears the session store', function(done) {
var testRecord = "an opaque string";
store.storeSession(identifier + '.1', testRecord).then(function() {
return store.clearSessionStore().then(function() {
return store.loadSession(identifier + '.1').then(function(record) {
assert.isUndefined(record);
});
});
}).then(done,done);
});
describe('clearSessionStore', function() {
it ('clears the session store', function(done) {
var testRecord = "an opaque string";
store.storeSession(identifier + '.1', testRecord).then(function() {
return store.clearSessionStore().then(function() {
return store.loadSession(identifier + '.1').then(function(record) {
assert.isUndefined(record);
});
});
}).then(done,done);
});
describe('getDeviceIds', function() {
it('returns deviceIds for a number', function(done) {
var testRecord = "an opaque string";
var devices = [1, 2, 3].map(function(deviceId) {
return [identifier, deviceId].join('.');
});
var promise = Promise.resolve();
devices.forEach(function(encodedNumber) {
promise = promise.then(function() {
return store.storeSession(encodedNumber, testRecord + encodedNumber);
});
});
promise.then(function() {
return store.getDeviceIds(identifier).then(function(deviceIds) {
assert.sameMembers(deviceIds, [1, 2, 3]);
});
}).then(done,done);
});
describe('getDeviceIds', function() {
it('returns deviceIds for a number', function(done) {
var testRecord = "an opaque string";
var devices = [1, 2, 3].map(function(deviceId) {
return [identifier, deviceId].join('.');
});
var promise = Promise.resolve();
devices.forEach(function(encodedNumber) {
promise = promise.then(function() {
return store.storeSession(encodedNumber, testRecord + encodedNumber);
});
it('returns empty array for a number with no device ids', function(done) {
return store.getDeviceIds('foo').then(function(deviceIds) {
assert.sameMembers(deviceIds,[]);
}).then(done,done);
});
promise.then(function() {
return store.getDeviceIds(identifier).then(function(deviceIds) {
assert.sameMembers(deviceIds, [1, 2, 3]);
});
}).then(done,done);
});
it('returns empty array for a number with no device ids', function(done) {
return store.getDeviceIds('foo').then(function(deviceIds) {
assert.sameMembers(deviceIds,[]);
}).then(done,done);
});
});
});

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