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whisper: JavaScript tests to cover updated Whisper API

This commit is contained in:
Victor Farazdagi 2017-05-01 10:51:59 +03:00
parent 92afd0d47e
commit 8876fd04d3
13 changed files with 872 additions and 19547 deletions
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1
.gitignore vendored
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@ -14,6 +14,7 @@
*/**/*tx_database* */**/*tx_database*
*/**/*dapps* */**/*dapps*
vendor/github.com/ethereum/go-ethereum/vendor vendor/github.com/ethereum/go-ethereum/vendor
/node_modules/
#* #*
.#* .#*

2
Makefile
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@ -53,7 +53,9 @@ ci:
build/env.sh go test -v -cover ./extkeys build/env.sh go test -v -cover ./extkeys
generate: generate:
cp ./node_modules/web3/dist/web3.js ./static/scripts/web3.js
build/env.sh go generate ./static build/env.sh go generate ./static
rm ./static/scripts/web3.js
test: test:
@build/env.sh echo "mode: set" > coverage-all.out @build/env.sh echo "mode: set" > coverage-all.out

27
package.json Normal file
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@ -0,0 +1,27 @@
{
"name": "status-go",
"version": "0.9.6",
"description": "JavaScript tests for RPC API (Whisper/5, Swarm)",
"main": "index.js",
"dependencies": {
},
"devDependencies": {
"chai": "^3.5.0",
"mocha": "^3.3.0",
"requirejs": "^2.3.3",
"web3": "github:farazdagi/web3.js#geth/1.6.1-unstable"
},
"scripts": {
"test": "mocha --bail --slow 1000 --full-trace static/tests"
},
"repository": {
"type": "git",
"url": "git+https://github.com/farazdagi/status-go.git"
},
"author": "Victor Farazdagi",
"license": "ISC",
"bugs": {
"url": "https://github.com/farazdagi/status-go/issues"
},
"homepage": "https://github.com/farazdagi/status-go#readme"
}

97
static/bindata.go
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87
static/html/sample.html
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@ -1,87 +0,0 @@
<html lang="en">
<head>
<title>web3.js sample</title>
<link rel="stylesheet" href="http://maxcdn.bootstrapcdn.com/bootstrap/3.2.0/css/bootstrap.min.css">
<link rel="stylesheet" href="https://maxcdn.bootstrapcdn.com/font-awesome/4.7.0/css/font-awesome.min.css">
<script
src="https://code.jquery.com/jquery-3.1.1.js"
integrity="sha256-16cdPddA6VdVInumRGo6IbivbERE8p7CQR3HzTBuELA="
crossorigin="anonymous"></script>
<script type="text/javascript" src="http://maxcdn.bootstrapcdn.com/bootstrap/3.2.0/js/bootstrap.min.js"></script>
<script type="text/javascript" src="./bignumber.js"></script>
<script type="text/javascript" src="./web3.js"></script>
<script type="text/javascript">
var web3 = new Web3();
var shh = web3.shh;
web3.setProvider(new web3.providers.HttpProvider('http://localhost:8645'));
var identity = '0x04eedbaafd6adf4a9233a13e7b1c3c14461fffeba2e9054b8d456ce5f6ebeafadcbf3dce3716253fbc391277fa5a086b60b283daf61fb5b1f26895f456c2f31ae3';
if (!web3.shh.hasIdentity(identity)) {
throw 'idenitity "0x04eedbaafd6adf4a9233a13e7b1c3c14461fffeba2e9054b8d456ce5f6ebeafadcbf3dce3716253fbc391277fa5a086b60b283daf61fb5b1f26895f456c2f31ae3" not found in whisper';
}
var topic = 'example3';
var payload = 'test message 3 (K1 -> "", signed broadcast)';
// generate symmetric key (if doesn't already exist)
if (!shh.hasSymKey(topic)) {
shh.addSymKey(topic, "0xdeadbeef"); // alternatively: shh.generateSymKey("example3");
// to delete key, rely on: shh.deleteSymKey(topic);
}
// start watching for messages
var filter = shh.filter({
from: identity,
topics: [web3.fromAscii(topic)],
keyname: topic // you can use some other name for key too
});
filter.watch(function(error, result){
if (!error) {
console.log("Message received1: ", result);
}
});
setTimeout(function () {
var message = {
from: identity,
topics: [web3.fromAscii(topic)],
payload: payload,
ttl: 20,
keyname: topic
};
var err = shh.post(message)
if (err !== null) {
console.log("message NOT sent")
} else {
console.log("message sent OK")
}
}, 3000)
$(document).ready(function () {
});
</script>
</head>
<body>
<!-- Static navbar -->
<nav class="navbar navbar-default navbar-static-top">
<div class="container">
</div>
</nav>
<div class="container">
<div class="jumbotron">
</div>
</div>
</body>
</html>

392
static/html/shh-push-notifications.html
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@ -1,392 +0,0 @@
<html lang="en">
<head>
<title>Whisper Notification Server Test</title>
<link rel="stylesheet" href="http://maxcdn.bootstrapcdn.com/bootstrap/3.2.0/css/bootstrap.min.css">
<link rel="stylesheet" href="https://maxcdn.bootstrapcdn.com/font-awesome/4.7.0/css/font-awesome.min.css">
<script
src="https://code.jquery.com/jquery-3.1.1.js"
integrity="sha256-16cdPddA6VdVInumRGo6IbivbERE8p7CQR3HzTBuELA="
crossorigin="anonymous"></script>
<script type="text/javascript" src="http://maxcdn.bootstrapcdn.com/bootstrap/3.2.0/js/bootstrap.min.js"></script>
<script type="text/javascript" src="./../scripts/bignumber.js"></script>
<script type="text/javascript" src="./../scripts/web3.js"></script>
<script type="text/javascript">
var protocolKey = '0x040edb0d71a3dbe928e154fcb696ffbda359b153a90efc2b46f0043ce9f5dbe55b77b9328fd841a1db5273758624afadd5b39638d4c35b36b3a96e1a586c1b4c2a';
var discoverServerTopic = '0x268302f3'; // DISCOVER_NOTIFICATION_SERVER
var proposeServerTopic = '0x08e3d8c0'; // PROPOSE_NOTIFICATION_SERVER
var acceptServerTopic = '0x04f7dea6'; // ACCEPT_NOTIFICATION_SERVER
var ackClientSubscriptionTopic = '0x93dafe28'; // ACK_NOTIFICATION_SERVER_SUBSCRIPTION
var sendNotificationTopic = '0x69915296'; // SEND_NOTIFICATION
var newChatSessionTopic = '0x509579a2'; // NEW_CHAT_SESSION
var ackNewChatSessionTopic = '0xd012aae8'; // ACK_NEW_CHAT_SESSION
var newDeviceRegistrationTopic = '0x14621a51'; // NEW_DEVICE_REGISTRATION
var ackDeviceRegistrationTopic = '0x424358d6'; // ACK_DEVICE_REGISTRATION
var checkClientSessionTopic = '0x8745d931'; // CHECK_CLIENT_SESSION
var confirmClientSessionTopic = '0xd3202c5f'; // CONFIRM_CLIENT_SESSION
var dropClientSessionTopic = '0x3a6656bb'; // DROP_CLIENT_SESSION
// this will be used both by Device A and Device B
var registerDevice = function (web3, identity, chatId, chatKey, deviceId) {
console.log('chat session key: ', chatKey);
// make sure that chat key is loaded
var keyname = chatId + 'chatkey'; // there might be many chat keys
web3.shh.deleteSymKey(keyname);
web3.shh.addSymKey(keyname, chatKey);
// before sending request, let's start waiting for response
var filter = web3.shh.filter({
to: identity,
topics: [ackDeviceRegistrationTopic]
});
filter.watch(function (error, result) {
if (!error) {
// response will be in JSON, e.g. {"server": "0xdeadbeef"}
var payload = JSON.parse(web3.toAscii(result.payload));
console.log("Device Registration ACK received: ", result, payload);
// no need to watch for the filter any more
filter.stopWatching();
}
});
var err = web3.shh.post({
from: identity,
topics: [newDeviceRegistrationTopic],
payload: '{"device": "' + deviceId + '"}',
ttl: 20,
keyname: keyname
});
if (err !== null) {
console.log("message NOT sent")
} else {
console.log("message sent OK")
}
};
var startDeviceA = function () {
var web3 = new Web3();
web3.setProvider(new web3.providers.HttpProvider('http://localhost:8645'));
var sendDiscoveryRequest = function (identity) {
// notification server discovery request is a signed (sent from us),
// encrypted with Notification Protocol Asymmetric (Public) Key
var err = web3.shh.post({
from: identity,
to: protocolKey,
topics: [discoverServerTopic],
ttl: 20
});
if (err !== null) {
console.log("message NOT sent")
} else {
console.log("message sent OK")
}
};
var sendAcceptServerRequest = function (identity, serverId) {
// whenever we are ready to accept server, having a given serverId, we need
// to notify it by sending signed (from us) and encrypted (using protocol key)
// acceptance message.
var err = web3.shh.post({
from: identity, // it is absolutely important to identify the client, or your acceptance will be dropped
to: protocolKey,
topics: [acceptServerTopic],
payload: '{"server": "' + serverId + '"}',
ttl: 20
});
if (err !== null) {
console.log("message NOT sent")
} else {
console.log("message sent OK")
}
};
var watchProposeServerResponses = function (identity) {
// some notification servers will be able to serve, so they will send encrypted (to you)
// message, with a PROPOSE_NOTIFICATION_SERVER topic (for which we wait)
var filter = web3.shh.filter({
to: identity, // wait for anon. messages to ourselves
topics: [proposeServerTopic]
});
filter.watch(function (error, result) {
if (!error) {
console.log("Server proposal received: ", result);
// response will be in JSON, e.g. {"server": "0x81f34abd0df038e01a8f9c04bee7ce92925b7240e334dc8f2400dea7a2a6d829678be8b40e1d9b9988e25960552eafe2df7f928188e4143ba657a699519c438d"}
// which will give you serverId
var payload = JSON.parse(web3.toAscii(result.payload));
console.log(payload);
// no need to watch for the filter any more
filter.stopWatching();
// accept (in FIFO order) the server
// we need to make sure that only a single server is selected,
// as you will receive multiple proposals for different servers,
// and may accept more that one of those proposals (which will
// result in duplicate notifications)
sendAcceptServerRequest(identity, payload.server);
}
});
};
var shareChatKey = function (chatId, chatKey) {
console.log('chat session key: ', chatKey)
// pre-defined test identity (it gets injected automatically by statusd)
var deviceBIdentity = '0x04eedbaafd6adf4a9233a13e7b1c3c14461fffeba2e9054b8d456ce5f6ebeafadcbf3dce3716253fbc391277fa5a086b60b283daf61fb5b1f26895f456c2f31ae3';
// it is up to you how you share secret among participants, here is sample
var err = web3.shh.post({
from: identity,
to: deviceBIdentity,
topics: ["chatKeySharing"],
payload: '{"chat": "' + chatId + '", "key": "' + chatKey + '"}',
ttl: 20
});
if (err !== null) {
console.log("message NOT sent")
} else {
console.log("message sent OK")
}
};
var removeClientSession = function () {
var checkClientSession = function (callback) {
// before sending request, let's start waiting for response
var filter = web3.shh.filter({
to: identity,
topics: [confirmClientSessionTopic]
});
filter.watch(function (error, result) {
if (!error) {
// response will be in JSON, e.g. {"server": "0xdeadbeef", "key": "0xdeadbeef"}
var payload = JSON.parse(web3.toAscii(result.payload));
console.log("Client session confirmation received: ", result, payload);
// no need to watch for the filter any more
filter.stopWatching();
callback(payload)
}
});
// send enquiry to all servers, to learn whether we have a client session with any of them
var err = web3.shh.post({
from: identity,
to: protocolKey,
topics: [checkClientSessionTopic],
ttl: 20
});
if (err !== null) {
console.log("message NOT sent")
} else {
console.log("message sent OK")
}
};
checkClientSession(function (payload) {
console.log("time to cleanup: ", payload.server);
console.log("session key: ", payload.key);
setTimeout(function () {
// notify server that you want to unsubscribe
var err = web3.shh.post({
from: identity,
to: protocolKey,
topics: [dropClientSessionTopic],
ttl: 20
});
if (err !== null) {
console.log("message NOT sent")
} else {
console.log("message sent OK")
}
}, 5000); // let's all other concurrent tasks to wrap up
});
};
var createChatSession = function (subscriptionKey) {
var chatId = '0xdeadbeef';
// subscriptionKey is key shared by server that allows us to communicate with server privately
var keyname = 'SUBSCRIPTION_KEY'; // you might want to be tad more creative
web3.shh.deleteSymKey(keyname);
web3.shh.addSymKey(keyname, subscriptionKey);
console.log("subscription key: ", subscriptionKey);
// before sending new chat request, let's start waiting for response
var filter = web3.shh.filter({
to: identity,
topics: [ackNewChatSessionTopic]
});
filter.watch(function (error, result) {
if (!error) {
console.log("Chat Creation ACK received: ", result);
// response will be in JSON, e.g. {"server": "0xdeadbeef", "key": "0xdeadbeef"}
// which will give you serverId
var payload = JSON.parse(web3.toAscii(result.payload));
// no need to watch for the filter any more
filter.stopWatching();
// ok, at this point we have Chat Session SymKey, and we can:
// 1. register our device with that chat
// 2. share that key with others, so that they can register themselves
// 3. use chat key to trigger notifications
// this obtained from https://status-sandbox-c1b34.firebaseapp.com/
var deviceId = 'ca5pRJc6L8s:APA91bHpYFtpxvXx6uOayGmnNVnktA4PEEZdquCCt3fWR5ldLzSy1A37Tsbzk5Gavlmk1d_fvHRVnK7xPAhFFl-erF7O87DnIEstW6DEyhyiKZYA4dXFh6uy323f9A3uw5hEtT_kQVhT';
registerDevice(web3, identity, chatId, payload.key, deviceId); // weird signature because we reuse method for Device B
shareChatKey(chatId, payload.key);
// now do a cleanup
removeClientSession();
}
});
var err = web3.shh.post({
from: identity,
topics: [newChatSessionTopic],
payload: '{"chat": "' + chatId + '"}', // globally unique chat Id
ttl: 20,
keyname: keyname
});
if (err !== null) {
console.log("message NOT sent")
} else {
console.log("message sent OK")
}
};
var watchServerAckResponses = function (identity) {
// if server we accepted is ok, it will send encrypted (to you)
// message, with a ACK_NOTIFICATION_SERVER_SUBSCRIPTION topic (for which we wait)
// This message completes the subscription process. At this point you should
// have topic and symkey necessary to manage your subscription.
var filter = web3.shh.filter({
to: identity, // wait for anon. messages to ourselves
topics: [ackClientSubscriptionTopic]
});
filter.watch(function (error, result) {
if (!error) {
console.log("Server ACK received: ", result);
// response will be in JSON, e.g. {"server": "0xdeadbeef", "key": "0xdeadbeef"}
// which will give you serverId
var payload = JSON.parse(web3.toAscii(result.payload));
console.log(payload);
// no need to watch for the filter any more
filter.stopWatching();
// this concludes discovery, and we can use obtained key to invoke chat sessions
createChatSession(payload.key)
}
});
};
var identity = web3.shh.newIdentity();
console.log("identity used: ", identity)
// check identity
if (!web3.shh.hasIdentity(identity)) {
throw 'idenitity "' + identity + '" not found in whisper';
}
watchProposeServerResponses(identity);
watchServerAckResponses(identity);
// start discovery protocol, by sending discovery request
sendDiscoveryRequest(identity);
};
var startDeviceB = function () {
var web3 = new Web3();
web3.setProvider(new web3.providers.HttpProvider('http://localhost:8745'));
// pre-defined test identity (it gets injected automatically by statusd)
var identity = '0x04eedbaafd6adf4a9233a13e7b1c3c14461fffeba2e9054b8d456ce5f6ebeafadcbf3dce3716253fbc391277fa5a086b60b283daf61fb5b1f26895f456c2f31ae3';
if (!web3.shh.hasIdentity(identity)) {
throw 'idenitity "' + identity + '" not found in whisper';
}
// for for key sharing, it is up to you how you implement it (which topic to use etc)
var filter = web3.shh.filter({
to: identity, // wait for anon. messages to ourselves
topics: ['chatKeySharing']
});
filter.watch(function (error, result) {
if (!error) {
console.log("Chat key received: ", result);
// response will be in JSON, e.g. {chat: "0xdeadbeef", key: "0x04e68e37433baf55ddc2fe9f7533e4e722bcdad4239c98df92f3522907ced72d"}
var payload = JSON.parse(web3.toAscii(result.payload));
console.log(payload);
// no need to watch for the filter any more
filter.stopWatching();
// let's save incoming key
var keyname = payload.chat + '-chatkey';
web3.shh.deleteSymKey(keyname);
web3.shh.addSymKey(keyname, payload.key);
// now register ourselves
var deviceId = 'some-device-id'; // you obtain this from FCM
registerDevice(web3, identity, payload.chat, payload.key, deviceId);
// finally, trigger the notifications on all registered device (except for yourself)
// at this point it is really trivial, use the key + specific topic:
var err = web3.shh.post({
from: identity,
topics: [sendNotificationTopic],
payload: '{' // see https://firebase.google.com/docs/cloud-messaging/http-server-ref
+ '"notification": {'
+ '"title": "status.im notification",'
+ '"body": "Hello this is test notification!",'
+ '"icon": "https://status.im/img/logo.png",'
+ '"click_action": "https://status.im"'
+ '},'
+ '"to": "{{ ID }}"' // this get replaced by device id your've registered
+ '}',
ttl: 20,
keyname: keyname
});
if (err !== null) {
console.log("message NOT sent")
} else {
console.log("message sent OK")
}
}
});
console.log("device b started")
};
startDeviceA();
startDeviceB();
$(document).ready(function () {
});
</script>
</head>
<body>
<!-- Static navbar -->
<nav class="navbar navbar-default navbar-static-top">
<div class="container">
</div>
</nav>
<div class="container">
<div class="jumbotron">
</div>
</div>
</body>
</html>

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AAAAHO5M3eI:APA91bFutoRd69Nq8-AsZJbwM8MFyH6vVUtkJLlrKXD0EMZ61vQxHA0FhUvJhOArmq-LBTEclB85WgKNYD-RSYKZ7pXKn8VKvFYBqoto6nL15cNlfpx4wCBJkHERlo7lLZx9-g6iQDks

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77d185965daa460ee7a8cb44f6001bb9884a04ed27a49ba6ea0f81cd4e5ac40b

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static/keys/wnodepassword Normal file
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asdfasdf

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- see `make generate` which outputs web3.js into this directory
- in future, some static JavaScript files may be added to this folder

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static/scripts/bignumber.js
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static/tests/whisper.js Normal file
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var chai = require("chai");
var expect = chai.expect;
var assert = chai.assert;
var Web3 = require('web3');
describe('Whisper Tests', function () {
var node1 = new Web3();
var node2 = new Web3();
var web3 = node1;
node1.setProvider(new web3.providers.HttpProvider('http://localhost:8645'));
node2.setProvider(new web3.providers.HttpProvider('http://localhost:8745'));
console.log('Node is expected: statusd --datadir app1 --http --httpport 8645 wnode');
console.log('Node is expected: statusd --datadir app2 --http --httpport 8745 wnode');
console.log('Node is expected: statusd --datadir wnode1 wnode --notify --injectaccounts=false --identity ./static/keys/wnodekey --firebaseauth ./static/keys/firebaseauthkey');
// some common vars
var topic1 = '0xdeadbeef'; // each topic 4 bytes, as hex
var topic2 = '0xbeefdead'; // each topic 4 bytes, as hex
var topic3 = '0xbebebebe'; // each topic 4 bytes, as hex
var topic4 = '0xdadadada'; // each topic 4 bytes, as hex
var identity1 = '0x04eedbaafd6adf4a9233a13e7b1c3c14461fffeba2e9054b8d456ce5f6ebeafadcbf3dce3716253fbc391277fa5a086b60b283daf61fb5b1f26895f456c2f31ae3';
var identity2 = '0x0490161b00f2c47542d28c2e8908e77159b1720dccceb6393d7c001850122efc3b1709bcea490fd8f5634ba1a145aa0722d86b9330b0e39a8d493cb981fd459da2';
// watchFilter makes sure that we halt the filter on first message received
var watchFilter = function (filter, done) {
var messageReceived = false;
filter.watch(function (error, message) {
if (messageReceived) return; // avoid double calling
messageReceived = true; // no need to watch for the filter any more
filter.stopWatching();
done(error, message);
});
};
// makeTopic generates random topic (4 bytes, in hex)
var makeTopic = function () {
var min = 1;
var max = Math.pow(16, 8);
var randInt = Math.floor(Math.random() * (max - min + 1)) + min;
return web3.toHex(randInt);
};
context('shh/5 API verification', function () {
it('statusd node is running', function () {
var web3 = new Web3();
var provider = new web3.providers.HttpProvider('http://localhost:8645');
var result = provider.send({});
assert.equal(typeof result, 'object');
});
it('shh.version()', function () {
var version = node1.shh.version();
assert.equal(version, '0x5', 'Whisper version does not match');
});
it('shh.info()', function () {
var info = node1.shh.info();
if (info == "") {
throw new Error('no Whisper info provided')
}
});
context('symmetric key management', function () {
var keyId = ''; // symmetric key ID (to be populated)
var keyVal = ''; // symmetric key value (to be populated)
it('shh.generateSymmetricKey()', function () {
keyId = node1.shh.generateSymmetricKey();
assert.lengthOf(keyId, 64, 'invalid keyId length');
});
it('shh.getSymmetricKey(keyId)', function () {
keyVal = node1.shh.getSymmetricKey(keyId);
assert.lengthOf(keyVal, 66, 'invalid key value length'); // 2 bytes for "0x"
});
it('shh.hasSymmetricKey(keyId)', function () {
expect(node1.shh.hasSymmetricKey(keyId)).to.equal(true);
});
it('shh.deleteSymmetricKey(keyId)', function () {
expect(node1.shh.hasSymmetricKey(keyId)).to.equal(true);
node1.shh.deleteSymmetricKey(keyId);
expect(node1.shh.hasSymmetricKey(keyId)).to.equal(false);
});
it('shh.addSymmetricKeyDirect(keyVal)', function () {
keyIdOriginal = keyId;
keyId = node1.shh.addSymmetricKeyDirect(keyVal);
assert.notEqual(keyId, keyIdOriginal);
assert.lengthOf(keyId, 64, 'invalid keyId length');
expect(node1.shh.hasSymmetricKey(keyId)).to.equal(true);
});
it('shh.addSymmetricKeyFromPassword(password)', function () {
var password = 'foobar';
var keyId = node1.shh.addSymmetricKeyFromPassword(password);
var keyVal = node1.shh.getSymmetricKey(keyId);
assert.lengthOf(keyId, 64, 'invalid keyId length');
expect(node1.shh.hasSymmetricKey(keyId)).to.equal(true);
assert.equal(keyVal, '0xa582720d74d463589df14c11538189a1c07778c47e86f70bab7b5ba27e2de3cc');
});
});
context('assymmetric key management', function () {
var keyId = ''; // to be populated
var pubKey = ''; // to be populated
it('shh.newKeyPair()', function () {
keyId = node1.shh.newKeyPair();
assert.lengthOf(keyId, 64);
});
it('shh.hasKeyPair(id)', function () {
expect(node1.shh.hasKeyPair(keyId)).to.equal(true);
});
it('shh.getPublicKey(id)', function () {
pubKey = node1.shh.getPublicKey(keyId);
assert.lengthOf(pubKey, 132);
});
it('shh.hasKeyPair(pubKey)', function () {
expect(node1.shh.hasKeyPair(pubKey)).to.equal(true);
});
it('shh.getPrivateKey(id)', function () {
var prvkey = node1.shh.getPrivateKey(keyId);
assert.lengthOf(prvkey, 66);
});
it('shh.deleteKeyPair(id)', function () {
expect(node1.shh.hasKeyPair(pubKey)).to.equal(true);
expect(node1.shh.hasKeyPair(keyId)).to.equal(true);
node1.shh.deleteKeyPair(keyId);
expect(node1.shh.hasKeyPair(pubKey)).to.equal(false);
expect(node1.shh.hasKeyPair(keyId)).to.equal(false);
// re-create
keyId = node1.shh.newKeyPair();
assert.lengthOf(keyId, 64);
pubKey = node1.shh.getPublicKey(keyId);
assert.lengthOf(pubKey, 132);
});
it('shh.deleteKeyPair(pubKey)', function () {
expect(node1.shh.hasKeyPair(pubKey)).to.equal(true);
expect(node1.shh.hasKeyPair(keyId)).to.equal(true);
node1.shh.deleteKeyPair(pubKey);
expect(node1.shh.hasKeyPair(pubKey)).to.equal(false);
expect(node1.shh.hasKeyPair(keyId)).to.equal(false);
// re-create
keyId = node1.shh.newKeyPair();
assert.lengthOf(keyId, 64);
pubKey = node1.shh.getPublicKey(keyId);
assert.lengthOf(pubKey, 132);
});
});
context('subscribe and manually get messages', function () {
// NOTE: you can still use shh.filter to poll for messages automatically, see other examples
var filterid1 = ''; // sym filter, to be populated
var filterid2 = ''; // asym filter, to be populated
var keyId = ''; // symkey, to be populated
var uniqueTopic = makeTopic();
var payloadBeforeSymFilter = 'sent before filter was active (symmetric)';
var payloadAfterSymFilter = 'sent after filter was active (symmetric)';
var payloadBeforeAsymFilter = 'sent before filter was active (asymmetric)';
var payloadAfterAsymFilter = 'sent after filter was active (asymmetric)';
it('shh.subscribe(filterParams) - symmetric filter', function () {
keyId = node1.shh.generateSymmetricKey();
assert.lengthOf(keyId, 64);
// send message, which will be floating around *before* filter is even created
var message = {
type: "sym",
key: keyId,
topic: uniqueTopic,
payload: payloadBeforeSymFilter
};
expect(node1.shh.post(message)).to.equal(null);
// symmetric filter
filterid1 = node1.shh.subscribe({
type: "sym",
key: keyId,
sig: identity1,
topics: [topic1, topic2, uniqueTopic]
});
assert.lengthOf(filterid1, 64);
});
it('shh.subscribe(filterParams) - asymmetric filter', function () {
// send message, which will be floating around *before* filter is even created
var message = {
type: "asym",
key: identity2,
topic: uniqueTopic,
payload: payloadBeforeAsymFilter
};
expect(node1.shh.post(message)).to.equal(null);
// asymmetric filter
filterid2 = node1.shh.subscribe({
type: "asym",
key: identity2,
sig: identity1,
topics: [topic1, topic2, uniqueTopic]
});
assert.lengthOf(filterid1, 64);
});
it('shh.getMessages(filterID) - symmetric filter', function () {
// let's try to capture message that was there *before* filter is created
var messages = node1.shh.getMessages(filterid1);
assert.typeOf(messages, 'array');
assert.lengthOf(messages, 1);
assert.equal(web3.toAscii(messages[0].payload), payloadBeforeSymFilter);
// send message, after the filter has been already installed
var message = {
type: "sym",
key: keyId,
topic: uniqueTopic,
payload: payloadAfterSymFilter
};
expect(node1.shh.post(message)).to.equal(null);
});
it('shh.getMessages(filterID) - asymmetric filter', function () {
// let's try to capture message that was there *before* filter is created
var messages = node1.shh.getMessages(filterid2);
assert.typeOf(messages, 'array');
assert.lengthOf(messages, 1);
assert.equal(web3.toAscii(messages[0].payload), payloadBeforeAsymFilter);
// send message, after the filter has been already installed
var message = {
type: "asym",
key: identity2,
topic: uniqueTopic,
payload: payloadAfterAsymFilter
};
expect(node1.shh.post(message)).to.equal(null);
});
it('shh.getSubscriptionMessages(filterID) - symmetric filter', function (done) {
// allow some time for message to propagate
setTimeout(function () {
// now let's try to capture new messages from our last capture
var messages = node1.shh.getSubscriptionMessages(filterid1);
assert.typeOf(messages, 'array');
assert.lengthOf(messages, 1);
assert.equal(web3.toAscii(messages[0].payload), payloadAfterSymFilter);
// no more messages should be returned
messages = node1.shh.getSubscriptionMessages(filterid1);
assert.typeOf(messages, 'array');
assert.lengthOf(messages, 0);
done();
}, 200);
});
it('shh.getSubscriptionMessages(filterID) - asymmetric filter', function () {
// allow some time for message to propagate
setTimeout(function () {
// now let's try to capture new messages from our last capture
var messages = node1.shh.getSubscriptionMessages(filterid2);
assert.typeOf(messages, 'array');
assert.lengthOf(messages, 1);
assert.equal(web3.toAscii(messages[0].payload), payloadAfterAsymFilter);
// no more messages should be returned
messages = node1.shh.getSubscriptionMessages(filterid2);
assert.typeOf(messages, 'array');
assert.lengthOf(messages, 0);
done();
}, 200);
});
it('shh.unsubscribe(filterID)', function () {
node1.shh.unsubscribe(filterid1);
node1.shh.unsubscribe(filterid2);
});
});
});
context('symmetrically encrypted messages send/recieve', function () {
this.timeout(0);
var keyId = ''; // symmetric key ID (to be populated)
var keyVal = ''; // symmetric key value (to be populated)
var payload = 'here come the dragons';
it('default test identity is present', function () {
if (!node1.shh.hasKeyPair(identity1)) {
throw new Error('identity not found in whisper: ' + identity1);
}
});
it('ensure symkey exists', function () {
keyId = node1.shh.generateSymmetricKey();
assert.lengthOf(keyId, 64);
expect(node1.shh.hasSymmetricKey(keyId)).to.equal(true);
});
it('read the generated symkey', function () {
keyVal = node1.shh.getSymmetricKey(keyId);
assert.lengthOf(keyVal, 66); // 2 bytes for "0x"
});
it('send/receive symmetrically encrypted message', function (done) {
// start watching for messages
watchFilter(node1.shh.filter({
type: "sym",
key: keyId,
sig: identity1,
topics: [topic1, topic2]
}), function (err, message) {
done(err);
});
// send message
var message = {
type: "sym",
key: keyId,
sig: identity1,
topic: topic1,
payload: web3.fromAscii(payload),
ttl: 20,
powTime: 2,
powTarget: 0.001
};
expect(node1.shh.post(message)).to.equal(null);
});
it('send the minimal symmetric message possible', function (done) {
var uniqueTopic = makeTopic();
// start watching for messages
watchFilter(node1.shh.filter({
type: "sym",
key: keyId,
topics: [uniqueTopic]
}), function (err, message) {
done(err);
});
// send message
var message = {
type: "sym",
key: keyId,
topic: uniqueTopic
};
expect(node1.shh.post(message)).to.equal(null);
});
});
context('message travelling from one node to another', function () {
this.timeout(0);
var keyId1 = ''; // symmetric key ID on node 1 (to be populated)
var keyId2 = ''; // symmetric key ID on node 2 (to be populated)
it('statusd node1 is running', function () {
var web3 = new Web3();
var provider = new web3.providers.HttpProvider('http://localhost:8645');
var result = provider.send({});
assert.equal(typeof result, 'object');
});
it('statusd node2 is running', function () {
var web3 = new Web3();
var provider = new web3.providers.HttpProvider('http://localhost:8745');
var result = provider.send({});
assert.equal(typeof result, 'object');
});
it('test identities injected', function () {
if (!node1.shh.hasKeyPair(identity1)) {
throw new Error('identity not found in whisper (node1): ' + identity1);
}
if (!node1.shh.hasKeyPair(identity2)) {
throw new Error('identity not found in whisper (node1): ' + identity2);
}
if (!node2.shh.hasKeyPair(identity1)) {
throw new Error('identity not found in whisper (node2): ' + identity1);
}
if (!node2.shh.hasKeyPair(identity2)) {
throw new Error('identity not found in whisper (node2): ' + identity2);
}
});
it('ensure symkey exists', function () {
keyId1 = node1.shh.generateSymmetricKey();
assert.lengthOf(keyId1, 64);
expect(node1.shh.hasSymmetricKey(keyId1)).to.equal(true);
// obtain key value
var keyVal = node1.shh.getSymmetricKey(keyId1);
assert.lengthOf(keyVal, 66); // 2 bytes of "0x"
// share the value with the node2
keyId2 = node2.shh.addSymmetricKeyDirect(keyVal);
assert.lengthOf(keyId2, 64);
expect(node2.shh.hasSymmetricKey(keyId2)).to.equal(true);
});
it('send symmetrically encrypted, signed message (node1 -> node2)', function (done) {
var payload = 'send symmetrically encrypted, signed message (node1 -> node2)';
var topic = makeTopic();
// start watching for messages
watchFilter(node2.shh.filter({
type: "sym",
sig: identity1,
key: keyId2,
topics: [topic]
}), function (err, message) {
done(err);
});
// send message
var message = {
type: "sym",
sig: identity1,
key: keyId1,
topic: topic,
payload: payload,
ttl: 20
};
expect(node1.shh.post(message)).to.equal(null);
});
it('send asymmetrically encrypted, signed message (node1.id1 -> node2.id2)', function (done) {
var payload = 'send asymmetrically encrypted, signed message (node1.id1 -> node2.id2)';
var topic = makeTopic();
// start watching for messages
watchFilter(node2.shh.filter({
type: "asym",
sig: identity1,
key: identity2
}), function (err, message) {
done(err);
});
// send message
var message = {
type: "asym",
sig: identity1,
key: identity2,
topic: topic,
payload: payload,
ttl: 20
};
expect(node1.shh.post(message)).to.equal(null);
});
});
context('push notifications', function () {
this.timeout(5000);
var discoveryPubKey = '0x040edb0d71a3dbe928e154fcb696ffbda359b153a90efc2b46f0043ce9f5dbe55b77b9328fd841a1db5273758624afadd5b39638d4c35b36b3a96e1a586c1b4c2a';
var discoverServerTopic = '0x268302f3'; // DISCOVER_NOTIFICATION_SERVER
var proposeServerTopic = '0x08e3d8c0'; // PROPOSE_NOTIFICATION_SERVER
var acceptServerTopic = '0x04f7dea6'; // ACCEPT_NOTIFICATION_SERVER
var ackClientSubscriptionTopic = '0x93dafe28'; // ACK_NOTIFICATION_SERVER_SUBSCRIPTION
var sendNotificationTopic = '0x69915296'; // SEND_NOTIFICATION
var newChatSessionTopic = '0x509579a2'; // NEW_CHAT_SESSION
var ackNewChatSessionTopic = '0xd012aae8'; // ACK_NEW_CHAT_SESSION
var newDeviceRegistrationTopic = '0x14621a51'; // NEW_DEVICE_REGISTRATION
var ackDeviceRegistrationTopic = '0x424358d6'; // ACK_DEVICE_REGISTRATION
var checkClientSessionTopic = '0x8745d931'; // CHECK_CLIENT_SESSION
var confirmClientSessionTopic = '0xd3202c5f'; // CONFIRM_CLIENT_SESSION
var dropClientSessionTopic = '0x3a6656bb'; // DROP_CLIENT_SESSION
// ensures that message had payload (which is HEX-encoded JSON)
var extractPayload = function (message) {
expect(message).to.have.property('payload');
return JSON.parse(web3.toAscii(message.payload));
};
var identity1 = ''; // pub key of device 1
var identity2 = ''; // pub key of device 2
var chatKeySharingTopic = makeTopic(); // topic used by device1 to send chat key to device 2
context('prepare devices', function () {
it('create key pair to be used as main identity on device1', function () {
var keyId = node1.shh.newKeyPair();
assert.lengthOf(keyId, 64);
identity1 = node1.shh.getPublicKey(keyId);
assert.lengthOf(identity1, 132);
expect(node1.shh.hasKeyPair(identity1)).to.equal(true);
expect(node1.shh.hasKeyPair(identity2)).to.equal(false);
});
it('create key pair to be used as main identity on device2', function () {
var keyId = node2.shh.newKeyPair();
assert.lengthOf(keyId, 64);
identity2 = node2.shh.getPublicKey(keyId);
assert.lengthOf(identity1, 132);
expect(node2.shh.hasKeyPair(identity1)).to.equal(false);
expect(node2.shh.hasKeyPair(identity2)).to.equal(true);
});
});
context('run device1', function () {
var serverId = ''; // accepted/selected server id
var subscriptionKeyId = ''; // symkey provided by server, and used to configure client-server subscription
var chatKeyId = ''; // symkey provided by server, and shared among clients so that they can trigger notifications
var appChatId = ''; // chat id that identifies device1-device2 interaction session on RN app level
it('start discovery by sending discovery request', function () {
var message = {
type: "asym",
sig: identity1,
key: discoveryPubKey,
topic: discoverServerTopic,
ttl: 20
};
expect(node1.shh.post(message)).to.equal(null);
});
it('watch for server proposals', function (done) {
watchFilter(node1.shh.filter({
type: "asym",
sig: discoveryPubKey,
key: identity1,
topics: [proposeServerTopic]
}), function (err, message) {
if (err) return done(err);
// process payload
var payload = extractPayload(message);
expect(payload).to.have.property('server');
serverId = payload.server;
done();
});
});
it('client accepts server', function () {
var message = {
type: "asym",
sig: identity1,
key: discoveryPubKey,
topic: acceptServerTopic,
payload: '{"server": "' + serverId + '"}',
ttl: 20
};
expect(node1.shh.post(message)).to.equal(null);
});
it('watch for server ACK response and save provided subscription key', function (done) {
watchFilter(node1.shh.filter({
type: "asym",
key: identity1,
topics: [ackClientSubscriptionTopic]
}), function (err, message) {
if (err) return done(err);
// process payload
var payload = extractPayload(message);
expect(payload).to.have.property('server');
expect(payload).to.have.property('key');
// save subscription key
subscriptionKeyId = node1.shh.addSymmetricKeyDirect(payload.key);
assert.lengthOf(subscriptionKeyId, 64);
expect(node1.shh.hasSymmetricKey(subscriptionKeyId)).to.equal(true);
done();
});
});
it('create chat session', function () {
appChatId = makeTopic(); // globally unique chat id
var message = {
type: "sym",
sig: identity1,
key: subscriptionKeyId,
topic: newChatSessionTopic,
payload: '{"chat": "' + appChatId + '"}',
ttl: 20
};
expect(node1.shh.post(message)).to.equal(null);
});
it('watch for server to respond with chat key', function (done) {
watchFilter(node1.shh.filter({
type: "asym",
key: identity1,
topics: [ackNewChatSessionTopic]
}), function (err, message) {
if (err) return done(err);
// process payload
var payload = extractPayload(message);
expect(payload).to.have.property('server');
expect(payload).to.have.property('key');
// save subscription key
chatKeyId = node1.shh.addSymmetricKeyDirect(payload.key);
assert.lengthOf(chatKeyId, 64);
expect(node1.shh.hasSymmetricKey(chatKeyId)).to.equal(true);
done();
});
});
it('register device with a given chat', function (done) {
// this obtained from https://status-sandbox-c1b34.firebaseapp.com/
var deviceId = 'ca5pRJc6L8s:APA91bHpYFtpxvXx6uOayGmnNVnktA4PEEZdquCCt3fWR5ldLzSy1A37Tsbzk5Gavlmk1d_fvHRVnK7xPAhFFl-erF7O87DnIEstW6DEyhyiKZYA4dXFh6uy323f9A3uw5hEtT_kQVhT';
var message = {
type: "sym",
sig: identity1,
key: chatKeyId,
topic: newDeviceRegistrationTopic,
payload: '{"device": "' + deviceId + '"}',
ttl: 20
};
expect(node1.shh.post(message)).to.equal(null);
// watch for server server ACK
watchFilter(node1.shh.filter({
type: "asym",
key: identity1,
topics: [ackDeviceRegistrationTopic]
}), function (err, message) {
if (err) return done(err);
// process payload
var payload = extractPayload(message);
expect(payload).to.have.property('server');
done();
});
});
it('share chat key, so that another device can send us notifications', function () {
var chatKey = node1.shh.getSymmetricKey(chatKeyId);
assert.lengthOf(chatKey, 66);
var message = {
type: "asym",
sig: identity1,
key: identity2,
topic: chatKeySharingTopic,
payload: '{"chat": "' + appChatId + '", "key": "' + chatKey + '"}',
ttl: 20
};
expect(node1.shh.post(message)).to.equal(null);
});
});
context('run device2', function () {
var chatKeyId = '';
it('watch for device1 to send us chat key', function (done) {
watchFilter(node2.shh.filter({
type: "asym",
key: identity2,
topics: [chatKeySharingTopic]
}), function (err, message) {
if (err) return done(err);
// process payload
var payload = extractPayload(message);
expect(payload).to.have.property('chat');
expect(payload).to.have.property('key');
// persist chat key
chatKeyId = node2.shh.addSymmetricKeyDirect(payload.key);
assert.lengthOf(chatKeyId, 64);
expect(node2.shh.hasSymmetricKey(chatKeyId)).to.equal(true);
done();
});
});
it('trigger notification (from device2, on device1)', function () {
var message = {
type: "sym",
sig: identity2,
key: chatKeyId,
topic: sendNotificationTopic,
payload: '{' // see https://firebase.google.com/docs/cloud-messaging/http-server-ref
+ '"notification": {'
+ '"title": "status.im notification",'
+ '"body": "Hello this is test notification!",'
+ '"icon": "https://status.im/img/logo.png",'
+ '"click_action": "https://status.im"'
+ '},'
+ '"to": "{{ ID }}"' // this get replaced by device id your've registered
+ '}',
ttl: 20
};
expect(node2.shh.post(message)).to.equal(null);
});
});
context('misc methods and cleanup', function () {
it('check client session', function (done) {
// request status
var message = {
type: "asym",
sig: identity1,
key: discoveryPubKey,
topic: checkClientSessionTopic,
ttl: 20
};
expect(node1.shh.post(message)).to.equal(null);
// process server's response
watchFilter(node1.shh.filter({
type: "asym",
key: identity1,
topics: [confirmClientSessionTopic]
}), function (err, message) {
if (err) return done(err);
// process payload
var payload = extractPayload(message);
expect(payload).to.have.property('server');
expect(payload).to.have.property('key');
done();
});
});
it('remove client session', function () {
var message = {
type: "asym",
sig: identity1,
key: discoveryPubKey,
topic: dropClientSessionTopic,
ttl: 20
};
expect(node1.shh.post(message)).to.equal(null);
});
});
});
});