Persistence module implementation and testing finished

This commit is contained in:
Dominic Bosch 2014-02-13 18:16:03 +01:00
parent 1a75fe302e
commit 92ab16ba74
10 changed files with 1016 additions and 949 deletions

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@ -1,6 +1,6 @@
###
DB Interface
Persistence
============
> Handles the connection to the database and provides functionalities for
> event pollers, action invokers, rules and the encrypted storing of authentication tokens.
@ -24,7 +24,8 @@ DB Interface
# - [Logging](logging.html)
log = require './logging'
# - External Modules: [crypto-js](https://github.com/evanvosberg/crypto-js) and
# - External Modules:
# [crypto-js](https://github.com/evanvosberg/crypto-js) and
# [redis](https://github.com/mranney/node_redis)
crypto = require 'crypto-js'
redis = require 'redis'
@ -629,7 +630,7 @@ Get users activated for a rule and hand it to cb(err, obj).
@param {function} cb
###
exports.getRuleActivatedUsers = ( ruleId, cb ) =>
log.print 'DB', "getRuleLinkedUsers: for rule '#{ ruleId }'"
log.print 'DB', "getRuleActivatedUsers: for rule '#{ ruleId }'"
@db.smembers "rule:#{ ruleId }:active-users", cb
###
@ -745,13 +746,48 @@ exports.deleteUser = ( userId ) =>
# We also need to delete all associated roles
@db.smembers "user:#{ userId }:roles", ( err, obj ) =>
delActivatedRoleUser = ( roleId ) =>
delRoleUser = ( roleId ) =>
@db.srem "role:#{ roleId }:users", userId,
replyHandler "Deleting user key '#{ userId }' in role '#{ roleId }'"
delActivatedRoleUser( id ) for id in obj
delRoleUser( id ) for id in obj
@db.del "user:#{ userId }:roles",
replyHandler "Deleting user '#{ userId }' roles"
###
Checks the credentials and on success returns the user object to the
callback(err, obj) function. The password has to be hashed (SHA-3-512)
beforehand by the instance closest to the user that enters the password,
because we only store hashes of passwords for security6 reasons.
@public loginUser( *userId, password, cb* )
@param {String} userId
@param {String} password
@param {function} cb
###
#TODO verify and test whole function
exports.loginUser = ( userId, password, cb ) =>
log.print 'DB', "User '#{ userId }' tries to log in"
fCheck = ( pw ) ->
( err, obj ) ->
if err
cb err, null
else if obj and obj.password
if pw == obj.password
log.print 'DB', "User '#{ obj.username }' logged in!"
cb null, obj
else
cb (new Error 'Wrong credentials!'), null
else
cb (new Error 'User not found!'), null
@db.hgetall "user:#{ userId }", fCheck password
#TODO implement functions required for user sessions?
###
## User Roles
###
###
Associate a role with a user.
@ -772,50 +808,37 @@ Fetch all roles of a user and pass them to cb(err, obj).
@public getUserRoles( *userId* )
@param {String} userId
@param {function} cb
###
exports.getUserRoles = ( userId ) =>
log.print 'DB', "getUserRole: '#{ userId }'"
@db.get "user-roles:#{ userId }", cb
exports.getUserRoles = ( userId, cb ) =>
log.print 'DB', "getUserRoles: '#{ userId }'"
@db.smembers "user:#{ userId }:roles", cb
###
Fetch all users of a role and pass them to cb(err, obj).
@public getUserRoles( *role* )
@param {String} role
###
exports.getRoleUsers = ( role ) =>
log.print 'DB', "getRoleUsers: '#{ role }'"
@db.get "role-users:#{ role }", cb
###
Checks the credentials and on success returns the user object to the
callback(err, obj) function. The password has to be hashed (SHA-3-512)
beforehand by the instance closest to the user that enters the password,
because we only store hashes of passwords for safety reasons.
@public loginUser( *userId, password, cb* )
@param {String} userId
@param {String} password
@param {function} cb
###
#TODO verify and test whole function
exports.loginUser = ( userId, password, cb ) =>
log.print 'DB', "User '#{ userId }' tries to log in"
fCheck = ( pw ) ->
( err, obj ) ->
if err
cb err
else if obj and obj.password
if pw == obj.password
log.print 'DB', "User '#{ obj.username }' logged in!"
cb null, obj
else
cb new Error 'Wrong credentials!'
else
cb new Error 'User not found!'
@db.hgetall "user:#{ userId }", fCheck password
exports.getRoleUsers = ( role, cb ) =>
log.print 'DB', "getRoleUsers: '#{ role }'"
@db.smembers "role:#{ role }:users", cb
###
Remove a role from a user.
@public removeRoleFromUser( *role, userId* )
@param {String} role
@param {String} userId
###
exports.removeUserRole = ( userId, role ) =>
log.print 'DB', "removeRoleFromUser: role '#{ role }', user '#{ userId }'"
@db.srem "user:#{ userId }:roles", role,
replyHandler "Removing role '#{ role }' from user '#{ userId }'"
@db.srem "role:#{ role }:users", userId,
replyHandler "Removing user '#{ userId }' from role '#{ role }'"
#TODO implement functions required for user sessions?
###
Shuts down the db link.

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@ -11,8 +11,8 @@ Request Handler
# - [Logging](logging.html)
log = require './logging'
# - [DB Interface](db_interface.html)
db = require './db_interface'
# - [Persistence](persistence.html)
db = require './persistence'
# - [Module Manager](module_manager.html)
mm = require './module_manager'

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@ -29,8 +29,8 @@ log = require './logging'
# - [Configuration](config.html)
conf = require './config'
# - [DB Interface](db_interface.html)
db = require './db_interface'
# - [Persistence](persistence.html)
db = require './persistence'
# - [Engine](engine.html)
engine = require './engine'
@ -98,7 +98,7 @@ init = ->
# > Distribute handlers between modules to link the application.
log.print 'RS', 'Passing handlers to engine'
engine.addDBLinkAndLoadActionsAndRules db
engine.addPersistence db
log.print 'RS', 'Passing handlers to http listener'
#TODO engine pushEvent needs to go into redis queue
http_listener.addHandlers shutDown

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@ -27,7 +27,7 @@ exports = module.exports = function(args) {
* @param {String} db_port the db port
* @param {String} crypto_key the key to be used for encryption on the db, max legnth 256
*/
exports.addDBLinkAndLoadActionsAndRules = function(db_link) {
exports.addPersistence = function(db_link) {
db = db_link;
// if(ml && db) db.getActionModules(function(err, obj) {
// if(err) log.error('EN', 'retrieving Action Modules from DB!');

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@ -1,7 +1,7 @@
// Generated by CoffeeScript 1.6.3
/*
DB Interface
Persistence
============
> Handles the connection to the database and provides functionalities for
> event pollers, action invokers, rules and the encrypted storing of authentication tokens.
@ -798,7 +798,7 @@ DB Interface
exports.getRuleActivatedUsers = function(ruleId, cb) {
log.print('DB', "getRuleLinkedUsers: for rule '" + ruleId + "'");
log.print('DB', "getRuleActivatedUsers: for rule '" + ruleId + "'");
return _this.db.smembers("rule:" + ruleId + ":active-users", cb);
};
@ -945,20 +945,60 @@ DB Interface
});
_this.db.del("user:" + userId + ":active-rules", replyHandler("Deleting user '" + userId + "' rules"));
_this.db.smembers("user:" + userId + ":roles", function(err, obj) {
var delActivatedRoleUser, id, _i, _len, _results;
delActivatedRoleUser = function(roleId) {
var delRoleUser, id, _i, _len, _results;
delRoleUser = function(roleId) {
return _this.db.srem("role:" + roleId + ":users", userId, replyHandler("Deleting user key '" + userId + "' in role '" + roleId + "'"));
};
_results = [];
for (_i = 0, _len = obj.length; _i < _len; _i++) {
id = obj[_i];
_results.push(delActivatedRoleUser(id));
_results.push(delRoleUser(id));
}
return _results;
});
return _this.db.del("user:" + userId + ":roles", replyHandler("Deleting user '" + userId + "' roles"));
};
/*
Checks the credentials and on success returns the user object to the
callback(err, obj) function. The password has to be hashed (SHA-3-512)
beforehand by the instance closest to the user that enters the password,
because we only store hashes of passwords for security6 reasons.
@public loginUser( *userId, password, cb* )
@param {String} userId
@param {String} password
@param {function} cb
*/
exports.loginUser = function(userId, password, cb) {
var fCheck;
log.print('DB', "User '" + userId + "' tries to log in");
fCheck = function(pw) {
return function(err, obj) {
if (err) {
return cb(err, null);
} else if (obj && obj.password) {
if (pw === obj.password) {
log.print('DB', "User '" + obj.username + "' logged in!");
return cb(null, obj);
} else {
return cb(new Error('Wrong credentials!'), null);
}
} else {
return cb(new Error('User not found!'), null);
}
};
};
return _this.db.hgetall("user:" + userId, fCheck(password));
};
/*
## User Roles
*/
/*
Associate a role with a user.
@ -980,12 +1020,13 @@ DB Interface
@public getUserRoles( *userId* )
@param {String} userId
@param {function} cb
*/
exports.getUserRoles = function(userId) {
log.print('DB', "getUserRole: '" + userId + "'");
return _this.db.get("user-roles:" + userId, cb);
exports.getUserRoles = function(userId, cb) {
log.print('DB', "getUserRoles: '" + userId + "'");
return _this.db.smembers("user:" + userId + ":roles", cb);
};
/*
@ -993,47 +1034,28 @@ DB Interface
@public getUserRoles( *role* )
@param {String} role
*/
exports.getRoleUsers = function(role) {
log.print('DB', "getRoleUsers: '" + role + "'");
return _this.db.get("role-users:" + role, cb);
};
/*
Checks the credentials and on success returns the user object to the
callback(err, obj) function. The password has to be hashed (SHA-3-512)
beforehand by the instance closest to the user that enters the password,
because we only store hashes of passwords for safety reasons.
@public loginUser( *userId, password, cb* )
@param {String} userId
@param {String} password
@param {function} cb
*/
exports.loginUser = function(userId, password, cb) {
var fCheck;
log.print('DB', "User '" + userId + "' tries to log in");
fCheck = function(pw) {
return function(err, obj) {
if (err) {
return cb(err);
} else if (obj && obj.password) {
if (pw === obj.password) {
log.print('DB', "User '" + obj.username + "' logged in!");
return cb(null, obj);
} else {
return cb(new Error('Wrong credentials!'));
}
} else {
return cb(new Error('User not found!'));
}
};
};
return _this.db.hgetall("user:" + userId, fCheck(password));
exports.getRoleUsers = function(role, cb) {
log.print('DB', "getRoleUsers: '" + role + "'");
return _this.db.smembers("role:" + role + ":users", cb);
};
/*
Remove a role from a user.
@public removeRoleFromUser( *role, userId* )
@param {String} role
@param {String} userId
*/
exports.removeUserRole = function(userId, role) {
log.print('DB', "removeRoleFromUser: role '" + role + "', user '" + userId + "'");
_this.db.srem("user:" + userId + ":roles", role, replyHandler("Removing role '" + role + "' from user '" + userId + "'"));
return _this.db.srem("role:" + role + ":users", userId, replyHandler("Removing user '" + userId + "' from role '" + role + "'"));
};
/*

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@ -1,57 +0,0 @@
// *(will be replaced by a Redis DB queue)*
// Queue.js
// ========
//
// *A function to represent a queue*
// *Created by Stephen Morley - http://code.stephenmorley.org/ - and released under
// the terms of the CC0 1.0 Universal legal code:*
// *http://creativecommons.org/publicdomain/zero/1.0/legalcode*
// *items are added to the end of the queue and removed from the front.*
exports.Queue = function(){
// initialise the queue and offset
var queue = [];
var offset = 0;
this.getLength = function(){
// return the length of the queue
return (queue.length - offset);
};
/* Returns true if the queue is empty, and false otherwise.
*/
this.isEmpty = function(){ return (queue.length == 0); };
/* Enqueues the specified item. The parameter is:
* item - the item to enqueue
*/
this.enqueue = function(item){ queue.push(item); };
/* Dequeues an item and returns it. If the queue is empty then undefined is
* returned.
*/
this.dequeue = function(){
// if the queue is empty, return undefined
if (queue.length == 0) return undefined;
// store the item at the front of the queue
var item = queue[offset];
// increment the offset and remove the free space if necessary
if (++ offset * 2 >= queue.length){
queue = queue.slice(offset);
offset = 0;
}
// return the dequeued item
return item;
};
/* Returns the item at the front of the queue (without dequeuing it). If the
* queue is empty then undefined is returned.
*/
this.peek = function(){
// return the item at the front of the queue
return (queue.length > 0 ? queue[offset] : undefined);
};
};

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@ -13,7 +13,7 @@ Request Handler
log = require('./logging');
db = require('./db_interface');
db = require('./persistence');
mm = require('./module_manager');

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@ -30,7 +30,7 @@ TODO how about we allow spawning child processes with servers based on address?
conf = require('./config');
db = require('./db_interface');
db = require('./persistence');
engine = require('./engine');
@ -105,7 +105,7 @@ TODO how about we allow spawning child processes with servers based on address?
log.print('RS', 'Initialzing http listener');
http_listener(args);
log.print('RS', 'Passing handlers to engine');
engine.addDBLinkAndLoadActionsAndRules(db);
engine.addPersistence(db);
log.print('RS', 'Passing handlers to http listener');
return http_listener.addHandlers(shutDown);
}

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@ -1,799 +0,0 @@
exports.setUp = ( cb ) =>
@db = require '../js-coffee/db_interface'
@db logType: 2
cb()
exports.tearDown = ( cb ) =>
@db.shutDown()
cb()
###
# Test AVAILABILITY
###
exports.Availability =
testRequire: ( test ) =>
test.expect 1
test.ok @db, 'DB interface loaded'
test.done()
testConnect: ( test ) =>
test.expect 1
@db.isConnected ( err ) ->
test.ifError err, 'Connection failed!'
test.done()
testNoConfig: ( test ) =>
test.expect 1
@db
configPath: 'nonexistingconf.file'
@db.isConnected ( err ) ->
test.ok err, 'Still connected!?'
test.done()
testWrongConfig: ( test ) =>
test.expect 1
@db { configPath: 'testing/jsonWrongConfig.json' }
@db.isConnected ( err ) ->
test.ok err, 'Still connected!?'
test.done()
testPurgeQueue: ( test ) =>
test.expect 2
evt =
eventid: '1'
event: 'mail'
@db.pushEvent evt
@db.purgeEventQueue()
@db.popEvent ( err, obj ) =>
test.ifError err, 'Error during pop after purging!'
test.strictEqual obj, null, 'There was an event in the queue!?'
test.done()
###
# Test EVENT QUEUE
###
exports.EventQueue =
setUp: ( cb ) =>
@evt1 =
eventid: '1'
event: 'mail'
@evt2 =
eventid: '2'
event: 'mail'
@db.purgeEventQueue()
cb()
testEmptyPopping: ( test ) =>
test.expect 2
@db.popEvent ( err, obj ) =>
test.ifError err,
'Error during pop after purging!'
test.strictEqual obj, null,
'There was an event in the queue!?'
test.done()
testEmptyPushing: ( test ) =>
test.expect 2
@db.pushEvent null
@db.popEvent ( err, obj ) =>
test.ifError err,
'Error during non-empty pushing!'
test.strictEqual obj, null,
'There was an event in the queue!?'
test.done()
testNonEmptyPopping: ( test ) =>
test.expect 3
@db.pushEvent @evt1
@db.popEvent ( err, obj ) =>
test.ifError err,
'Error during non-empty popping!'
test.notStrictEqual obj, null,
'There was no event in the queue!'
test.deepEqual @evt1, obj,
'Wrong event in queue!'
test.done()
testMultiplePushAndPops: ( test ) =>
test.expect 6
semaphore = 2
forkEnds = () ->
test.done() if --semaphore is 0
@db.pushEvent @evt1
@db.pushEvent @evt2
# eventually it would be wise to not care about the order of events
@db.popEvent ( err, obj ) =>
test.ifError err,
'Error during multiple push and pop!'
test.notStrictEqual obj, null,
'There was no event in the queue!'
test.deepEqual @evt1, obj,
'Wrong event in queue!'
forkEnds()
@db.popEvent ( err, obj ) =>
test.ifError err,
'Error during multiple push and pop!'
test.notStrictEqual obj, null,
'There was no event in the queue!'
test.deepEqual @evt2, obj,
'Wrong event in queue!'
forkEnds()
###
# Test ACTION INVOKER
###
exports.ActionInvoker =
testCreateAndRead: ( test ) =>
test.expect 3
id = 'test-action-invoker'
action = 'unit-test action invoker content'
# store an entry to start with
@db.storeActionInvoker id, action
# test that the ID shows up in the set
@db.getActionInvokerIds ( err , obj ) =>
test.ok id in obj,
'Expected key not in action-invokers set'
# the retrieved object really is the one we expected
@db.getActionInvoker id, ( err , obj ) =>
test.strictEqual obj, action,
'Retrieved Action Invoker is not what we expected'
# Ensure the action invoker is in the list of all existing ones
@db.getActionInvokers ( err , obj ) =>
test.deepEqual action, obj[id],
'Action Invoker ist not in result set'
@db.deleteActionInvoker id
test.done()
testUpdate: ( test ) =>
test.expect 2
id = 'test-action-invoker'
action = 'unit-test action invoker content'
actionNew = 'unit-test action invoker new content'
# store an entry to start with
@db.storeActionInvoker id, action
@db.storeActionInvoker id, actionNew
# the retrieved object really is the one we expected
@db.getActionInvoker id, ( err , obj ) =>
test.strictEqual obj, actionNew,
'Retrieved Action Invoker is not what we expected'
# Ensure the action invoker is in the list of all existing ones
@db.getActionInvokers ( err , obj ) =>
test.deepEqual actionNew, obj[id],
'Action Invoker ist not in result set'
@db.deleteActionInvoker id
test.done()
testDelete: ( test ) =>
test.expect 2
id = 'test-action-invoker'
action = 'unit-test action invoker content'
# store an entry to start with
@db.storeActionInvoker id, action
# Ensure the action invoker has been deleted
@db.deleteActionInvoker id
@db.getActionInvoker id, ( err , obj ) =>
test.strictEqual obj, null,
'Action Invoker still exists'
# Ensure the ID has been removed from the set
@db.getActionInvokerIds ( err , obj ) =>
test.ok id not in obj,
'Action Invoker key still exists in set'
test.done()
testFetchSeveral: ( test ) =>
test.expect 3
semaphore = 2
action1name = 'test-action-invoker_1'
action2name = 'test-action-invoker_2'
action1 = 'unit-test action invoker 1 content'
action2 = 'unit-test action invoker 2 content'
fCheckInvoker = ( modname, mod ) =>
myTest = test
forkEnds = () ->
myTest.done() if --semaphore is 0
( err, obj ) =>
myTest.strictEqual mod, obj,
"Invoker #{ modname } does not equal the expected one"
@db.deleteActionInvoker modname
forkEnds()
@db.storeActionInvoker action1name, action1
@db.storeActionInvoker action2name, action2
@db.getActionInvokerIds ( err, obj ) =>
test.ok action1name in obj and action2name in obj,
'Not all action invoker Ids in set'
@db.getActionInvoker action1name, fCheckInvoker action1name, action1
@db.getActionInvoker action2name, fCheckInvoker action2name, action2
###
# Test ACTION INVOKER PARAMS
###
exports.ActionInvokerParams =
testCreateAndRead: ( test ) =>
test.expect 2
userId = 'tester1'
actionId = 'test-action-invoker_1'
params = 'shouldn\'t this be an object?'
# store an entry to start with
@db.storeActionParams actionId, userId, params
# test that the ID shows up in the set
@db.getActionParamsIds ( err, obj ) =>
test.ok actionId+':'+userId in obj,
'Expected key not in action-params set'
# the retrieved object really is the one we expected
@db.getActionParams actionId, userId, ( err, obj ) =>
test.strictEqual obj, params,
'Retrieved action params is not what we expected'
@db.deleteActionParams actionId, userId
test.done()
testUpdate: ( test ) =>
test.expect 1
userId = 'tester1'
actionId = 'test-action-invoker_1'
params = 'shouldn\'t this be an object?'
paramsNew = 'shouldn\'t this be a new object?'
# store an entry to start with
@db.storeActionParams actionId, userId, params
@db.storeActionParams actionId, userId, paramsNew
# the retrieved object really is the one we expected
@db.getActionParams actionId, userId, ( err, obj ) =>
test.strictEqual obj, paramsNew,
'Retrieved action params is not what we expected'
@db.deleteActionParams actionId, userId
test.done()
testDelete: ( test ) =>
test.expect 2
userId = 'tester1'
actionId = 'test-action-invoker_1'
params = 'shouldn\'t this be an object?'
# store an entry to start with and delte it right away
@db.storeActionParams actionId, userId, params
@db.deleteActionParams actionId, userId
# Ensure the action params have been deleted
@db.getActionParams actionId, userId, ( err, obj ) =>
test.strictEqual obj, null,
'Action params still exists'
# Ensure the ID has been removed from the set
@db.getActionParamsIds ( err, obj ) =>
test.ok actionId+':'+userId not in obj,
'Action Params key still exists in set'
test.done()
###
# Test EVENT POLLER
###
exports.EventPoller =
testCreateAndRead: ( test ) =>
test.expect 3
id = 'test-event-poller'
event = 'unit-test event poller content'
# store an entry to start with
@db.storeEventPoller id, event
# test that the ID shows up in the set
@db.getEventPollerIds ( err , obj ) =>
test.ok id in obj,
'Expected key not in event-pollers set'
# the retrieved object really is the one we expected
@db.getEventPoller id, ( err , obj ) =>
test.strictEqual obj, event,
'Retrieved Event Poller is not what we expected'
# Ensure the event poller is in the list of all existing ones
@db.getEventPollers ( err , obj ) =>
test.deepEqual event, obj[id],
'Event Poller ist not in result set'
@db.deleteEventPoller id
test.done()
testUpdate: ( test ) =>
test.expect 2
id = 'test-event-poller'
event = 'unit-test event poller content'
eventNew = 'unit-test event poller new content'
# store an entry to start with
@db.storeEventPoller id, event
@db.storeEventPoller id, eventNew
# the retrieved object really is the one we expected
@db.getEventPoller id, ( err , obj ) =>
test.strictEqual obj, eventNew,
'Retrieved Event Poller is not what we expected'
# Ensure the event poller is in the list of all existing ones
@db.getEventPollers ( err , obj ) =>
test.deepEqual eventNew, obj[id],
'Event Poller ist not in result set'
@db.deleteEventPoller id
test.done()
testDelete: ( test ) =>
test.expect 2
id = 'test-event-poller'
event = 'unit-test event poller content'
# store an entry to start with
@db.storeEventPoller id, event
# Ensure the event poller has been deleted
@db.deleteEventPoller id
@db.getEventPoller id, ( err , obj ) =>
test.strictEqual obj, null,
'Event Poller still exists'
# Ensure the ID has been removed from the set
@db.getEventPollerIds ( err , obj ) =>
test.ok id not in obj,
'Event Poller key still exists in set'
test.done()
testFetchSeveral: ( test ) =>
test.expect 3
semaphore = 2
event1name = 'test-event-poller_1'
event2name = 'test-event-poller_2'
event1 = 'unit-test event poller 1 content'
event2 = 'unit-test event poller 2 content'
fCheckPoller = ( modname, mod ) =>
myTest = test
forkEnds = () ->
myTest.done() if --semaphore is 0
( err, obj ) =>
myTest.strictEqual mod, obj,
"Invoker #{ modname } does not equal the expected one"
@db.deleteEventPoller modname
forkEnds()
@db.storeEventPoller event1name, event1
@db.storeEventPoller event2name, event2
@db.getEventPollerIds ( err, obj ) =>
test.ok event1name in obj and event2name in obj,
'Not all event poller Ids in set'
@db.getEventPoller event1name, fCheckPoller event1name, event1
@db.getEventPoller event2name, fCheckPoller event2name, event2
###
# Test EVENT POLLER PARAMS
###
exports.EventPollerParams =
testCreateAndRead: ( test ) =>
test.expect 2
userId = 'tester1'
eventId = 'test-event-poller_1'
params = 'shouldn\'t this be an object?'
# store an entry to start with
@db.storeEventParams eventId, userId, params
# test that the ID shows up in the set
@db.getEventParamsIds ( err, obj ) =>
test.ok eventId+':'+userId in obj,
'Expected key not in event-params set'
# the retrieved object really is the one we expected
@db.getEventParams eventId, userId, ( err, obj ) =>
test.strictEqual obj, params,
'Retrieved event params is not what we expected'
@db.deleteEventParams eventId, userId
test.done()
testUpdate: ( test ) =>
test.expect 1
userId = 'tester1'
eventId = 'test-event-poller_1'
params = 'shouldn\'t this be an object?'
paramsNew = 'shouldn\'t this be a new object?'
# store an entry to start with
@db.storeEventParams eventId, userId, params
@db.storeEventParams eventId, userId, paramsNew
# the retrieved object really is the one we expected
@db.getEventParams eventId, userId, ( err, obj ) =>
test.strictEqual obj, paramsNew,
'Retrieved event params is not what we expected'
@db.deleteEventParams eventId, userId
test.done()
testDelete: ( test ) =>
test.expect 2
userId = 'tester1'
eventId = 'test-event-poller_1'
params = 'shouldn\'t this be an object?'
# store an entry to start with and delete it right away
@db.storeEventParams eventId, userId, params
@db.deleteEventParams eventId, userId
# Ensure the event params have been deleted
@db.getEventParams eventId, userId, ( err, obj ) =>
test.strictEqual obj, null,
'Event params still exists'
# Ensure the ID has been removed from the set
@db.getEventParamsIds ( err, obj ) =>
test.ok eventId+':'+userId not in obj,
'Event Params key still exists in set'
test.done()
###
# Test RULES
###
exports.Rules =
setUp: ( cb ) =>
# @db logType: 1
@userId = 'tester-1'
@ruleId = 'test-rule_1'
@rule =
"id": "rule_id",
"event": "custom",
"condition":
"property": "yourValue",
"actions": []
@ruleNew =
"id": "rule_new",
"event": "custom",
"condition":
"property": "yourValue",
"actions": []
cb()
tearDown: ( cb ) =>
@db.deleteRule @ruleId
cb()
testCreateAndRead: ( test ) =>
test.expect 3
# store an entry to start with
@db.storeRule @ruleId, JSON.stringify(@rule)
# test that the ID shows up in the set
@db.getRuleIds ( err, obj ) =>
test.ok @ruleId in obj,
'Expected key not in rule key set'
# the retrieved object really is the one we expected
@db.getRule @ruleId, ( err, obj ) =>
test.deepEqual JSON.parse(obj), @rule,
'Retrieved rule is not what we expected'
# Ensure the rule is in the list of all existing ones
@db.getRules ( err , obj ) =>
test.deepEqual @rule, JSON.parse(obj[@ruleId]),
'Rule not in result set'
@db.deleteRule @ruleId
test.done()
testUpdate: ( test ) =>
test.expect 1
# store an entry to start with
@db.storeRule @ruleId, JSON.stringify(@rule)
@db.storeRule @ruleId, JSON.stringify(@ruleNew)
# the retrieved object really is the one we expected
@db.getRule @ruleId, ( err, obj ) =>
test.deepEqual JSON.parse(obj), @ruleNew,
'Retrieved rule is not what we expected'
@db.deleteRule @ruleId
test.done()
testDelete: ( test ) =>
test.expect 2
# store an entry to start with and delete it right away
@db.storeRule @ruleId, JSON.stringify(@rule)
@db.deleteRule @ruleId
# Ensure the event params have been deleted
@db.getRule @ruleId, ( err, obj ) =>
test.strictEqual obj, null,
'Rule still exists'
# Ensure the ID has been removed from the set
@db.getRuleIds ( err, obj ) =>
test.ok @ruleId not in obj,
'Rule key still exists in set'
test.done()
testLink: ( test ) =>
test.expect 2
# link a rule to the user
@db.linkRule @ruleId, @userId
# Ensure the user is linked to the rule
@db.getRuleLinkedUsers @ruleId, ( err, obj ) =>
test.ok @userId in obj,
"Rule not linked to user #{ @userId }"
# Ensure the rule is linked to the user
@db.getUserLinkedRules @userId, ( err, obj ) =>
test.ok @ruleId in obj,
"User not linked to rule #{ @ruleId }"
test.done()
testUnlink: ( test ) =>
test.expect 2
# link and unlink immediately afterwards
@db.linkRule @ruleId, @userId
@db.unlinkRule @ruleId, @userId
# Ensure the user is linked to the rule
@db.getRuleLinkedUsers @ruleId, ( err, obj ) =>
test.ok @userId not in obj,
"Rule still linked to user #{ @userId }"
# Ensure the rule is linked to the user
@db.getUserLinkedRules @userId, ( err, obj ) =>
test.ok @ruleId not in obj,
"User still linked to rule #{ @ruleId }"
test.done()
testActivate: ( test ) =>
test.expect 4
usr =
username: "tester-1"
password: "tester-1"
@db.storeUser usr
@db.activateRule @ruleId, @userId
# activate a rule for a user
# Ensure the user is activated to the rule
@db.getRuleActivatedUsers @ruleId, ( err, obj ) =>
test.ok @userId in obj,
"Rule not activated for user #{ @userId }"
# Ensure the rule is linked to the user
@db.getUserActivatedRules @userId, ( err, obj ) =>
test.ok @ruleId in obj,
"User not activated for rule #{ @ruleId }"
# Ensure the rule is showing up in all active rules
@db.getAllActivatedRuleIdsPerUser ( err, obj ) =>
test.notStrictEqual obj[@userId], undefined,
"User #{ @userId } not in activated rules set"
if obj[@userId]
test.ok @ruleId in obj[@userId],
"Rule #{ @ruleId } not in activated rules set"
else
test.ok true,
"Dummy so we meet the expected num of tests"
test.done()
testDeactivate: ( test ) =>
test.expect 3
# store an entry to start with and link it to te user
@db.activateRule @ruleId, @userId
@db.deactivateRule @ruleId, @userId
# Ensure the user is linked to the rule
@db.getRuleActivatedUsers @ruleId, ( err, obj ) =>
test.ok @userId not in obj,
"Rule still activated for user #{ @userId }"
# Ensure the rule is linked to the user
@db.getUserActivatedRules @userId, ( err, obj ) =>
test.ok @ruleId not in obj,
"User still activated for rule #{ @ruleId }"
# Ensure the rule is showing up in all active rules
@db.getAllActivatedRuleIdsPerUser ( err, obj ) =>
if obj[@userId]
test.ok @ruleId not in obj[@userId],
"Rule #{ @ruleId } still in activated rules set"
else
test.ok true,
"We are fine since there are no entries for this user anymore"
test.done()
testUnlinkAndDeactivateAfterDeletion: ( test ) =>
test.expect 2
# store an entry to start with and link it to te user
@db.storeRule @ruleId, JSON.stringify(@rule)
@db.linkRule @ruleId, @userId
@db.activateRule @ruleId, @userId
# We need to wait here and there since these calls are asynchronous
fWaitForTest = () =>
# Ensure the user is unlinked to the rule
@db.getUserLinkedRules @userId, ( err, obj ) =>
test.ok @ruleId not in obj,
"Rule #{ @ruleId } still linked to user #{ @userId }"
# Ensure the rule is deactivated for the user
@db.getUserActivatedRules @userId, ( err, obj ) =>
test.ok @ruleId not in obj,
"Rule #{ @ruleId } still activated for user #{ @userId }"
test.done()
fWaitForDeletion = () =>
@db.deleteRule @ruleId
setTimeout fWaitForTest, 100
setTimeout fWaitForDeletion, 100
###
# Test USER
###
exports.User =
setUp: ( cb ) =>
@db logType: 1
@oUser =
username: "tester-1"
password: "password"
cb()
tearDown: ( cb ) =>
@db.deleteUser @oUser.username
cb()
testCreateInvalid: ( test ) =>
test.expect 4
oUserInvOne =
username: "tester-1-invalid"
oUserInvTwo =
password: "password"
# try to store invalid users, ensure they weren't
@db.storeUser oUserInvOne
@db.storeUser oUserInvTwo
@db.getUser oUserInvOne.username, ( err, obj ) =>
test.strictEqual obj, null,
'User One was stored!?'
@db.getUser oUserInvTwo.username, ( err, obj ) =>
test.strictEqual obj, null,
'User Two was stored!?'
@db.getUserIds ( err, obj ) =>
test.ok oUserInvOne.username not in obj,
'User key was stored!?'
test.ok oUserInvTwo.username not in obj,
'User key was stored!?'
test.done()
testDelete: ( test ) =>
test.expect 2
# Store the user
@db.storeUser @oUser
@db.getUser @oUser.username, ( err, obj ) =>
test.deepEqual obj, @oUser,
"User #{ @oUser.username } is not what we expect!"
@db.getUserIds ( err, obj ) =>
test.ok @oUser.username in obj,
'User key was not stored!?'
test.done()
testUpdate: ( test ) =>
test.expect 2
oUserOne =
username: "tester-1-update"
password: "password"
# Store the user
@db.storeUser oUserOne
oUserOne.password = "password-update"
@db.storeUser oUserOne
@db.getUser oUserOne.username, ( err, obj ) =>
test.deepEqual obj, oUserOne,
"User #{ @oUser.username } is not what we expect!"
@db.getUserIds ( err, obj ) =>
test.ok oUserOne.username in obj,
'User key was not stored!?'
@db.deleteUser oUserOne.username
test.done()
testDelete: ( test ) =>
test.expect 2
# Wait until the user and his rules and roles are stored
fWaitForPersistence = () =>
@db.deleteUser @oUser.username
setTimeout fWaitForDeletion, 200
# Wait until the user and his rules and roles are deleted
fWaitForDeletion = () =>
@db.getUserIds ( err, obj ) =>
test.ok @oUser.username not in obj,
'User key still in set!'
@db.getUser @oUser.username, ( err, obj ) =>
test.strictEqual obj, null,
'User key still exists!'
test.done()
# Store the user and make some links
@db.storeUser @oUser
@db.linkRule 'rule-1', @oUser.username
@db.linkRule 'rule-2', @oUser.username
@db.linkRule 'rule-3', @oUser.username
@db.activateRule 'rule-1', @oUser.username
@db.storeUserRole @oUser.username, 'tester'
setTimeout fWaitForPersistence, 100
###
# Test ROLES
###
# exports.Roles =
# setUp: ( cb ) =>
# @db logType: 1
# @oUser =
# username: "tester-1"
# password: "password"
# cb()
# tearDown: ( cb ) =>
# @db.deleteUser @oUser.username
# cb()

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exports.setUp = ( cb ) =>
@db = require '../js-coffee/persistence'
@db logType: 2
cb()
exports.tearDown = ( cb ) =>
@db.shutDown()
cb()
###
# Test AVAILABILITY
###
exports.Availability =
testRequire: ( test ) =>
test.expect 1
test.ok @db, 'DB interface loaded'
test.done()
testConnect: ( test ) =>
test.expect 1
@db.isConnected ( err ) ->
test.ifError err, 'Connection failed!'
test.done()
testNoConfig: ( test ) =>
test.expect 1
@db
configPath: 'nonexistingconf.file'
@db.isConnected ( err ) ->
test.ok err, 'Still connected!?'
test.done()
testWrongConfig: ( test ) =>
test.expect 1
@db { configPath: 'testing/jsonWrongConfig.json' }
@db.isConnected ( err ) ->
test.ok err, 'Still connected!?'
test.done()
testPurgeQueue: ( test ) =>
test.expect 2
evt =
eventid: '1'
event: 'mail'
@db.pushEvent evt
@db.purgeEventQueue()
@db.popEvent ( err, obj ) =>
test.ifError err, 'Error during pop after purging!'
test.strictEqual obj, null, 'There was an event in the queue!?'
test.done()
###
# Test EVENT QUEUE
###
exports.EventQueue =
setUp: ( cb ) =>
@evt1 =
eventid: '1'
event: 'mail'
@evt2 =
eventid: '2'
event: 'mail'
@db.purgeEventQueue()
cb()
testEmptyPopping: ( test ) =>
test.expect 2
@db.popEvent ( err, obj ) =>
test.ifError err,
'Error during pop after purging!'
test.strictEqual obj, null,
'There was an event in the queue!?'
test.done()
testEmptyPushing: ( test ) =>
test.expect 2
@db.pushEvent null
@db.popEvent ( err, obj ) =>
test.ifError err,
'Error during non-empty pushing!'
test.strictEqual obj, null,
'There was an event in the queue!?'
test.done()
testNonEmptyPopping: ( test ) =>
test.expect 3
@db.pushEvent @evt1
@db.popEvent ( err, obj ) =>
test.ifError err,
'Error during non-empty popping!'
test.notStrictEqual obj, null,
'There was no event in the queue!'
test.deepEqual @evt1, obj,
'Wrong event in queue!'
test.done()
testMultiplePushAndPops: ( test ) =>
test.expect 6
semaphore = 2
forkEnds = () ->
test.done() if --semaphore is 0
@db.pushEvent @evt1
@db.pushEvent @evt2
# eventually it would be wise to not care about the order of events
@db.popEvent ( err, obj ) =>
test.ifError err,
'Error during multiple push and pop!'
test.notStrictEqual obj, null,
'There was no event in the queue!'
test.deepEqual @evt1, obj,
'Wrong event in queue!'
forkEnds()
@db.popEvent ( err, obj ) =>
test.ifError err,
'Error during multiple push and pop!'
test.notStrictEqual obj, null,
'There was no event in the queue!'
test.deepEqual @evt2, obj,
'Wrong event in queue!'
forkEnds()
###
# Test ACTION INVOKER
###
exports.ActionInvoker =
testCreateAndRead: ( test ) =>
test.expect 3
id = 'test-action-invoker'
action = 'unit-test action invoker content'
# store an entry to start with
@db.storeActionInvoker id, action
# test that the ID shows up in the set
@db.getActionInvokerIds ( err , obj ) =>
test.ok id in obj,
'Expected key not in action-invokers set'
# the retrieved object really is the one we expected
@db.getActionInvoker id, ( err , obj ) =>
test.strictEqual obj, action,
'Retrieved Action Invoker is not what we expected'
# Ensure the action invoker is in the list of all existing ones
@db.getActionInvokers ( err , obj ) =>
test.deepEqual action, obj[id],
'Action Invoker ist not in result set'
@db.deleteActionInvoker id
test.done()
testUpdate: ( test ) =>
test.expect 2
id = 'test-action-invoker'
action = 'unit-test action invoker content'
actionNew = 'unit-test action invoker new content'
# store an entry to start with
@db.storeActionInvoker id, action
@db.storeActionInvoker id, actionNew
# the retrieved object really is the one we expected
@db.getActionInvoker id, ( err , obj ) =>
test.strictEqual obj, actionNew,
'Retrieved Action Invoker is not what we expected'
# Ensure the action invoker is in the list of all existing ones
@db.getActionInvokers ( err , obj ) =>
test.deepEqual actionNew, obj[id],
'Action Invoker ist not in result set'
@db.deleteActionInvoker id
test.done()
testDelete: ( test ) =>
test.expect 2
id = 'test-action-invoker'
action = 'unit-test action invoker content'
# store an entry to start with
@db.storeActionInvoker id, action
# Ensure the action invoker has been deleted
@db.deleteActionInvoker id
@db.getActionInvoker id, ( err , obj ) =>
test.strictEqual obj, null,
'Action Invoker still exists'
# Ensure the ID has been removed from the set
@db.getActionInvokerIds ( err , obj ) =>
test.ok id not in obj,
'Action Invoker key still exists in set'
test.done()
testFetchSeveral: ( test ) =>
test.expect 3
semaphore = 2
action1name = 'test-action-invoker_1'
action2name = 'test-action-invoker_2'
action1 = 'unit-test action invoker 1 content'
action2 = 'unit-test action invoker 2 content'
fCheckInvoker = ( modname, mod ) =>
myTest = test
forkEnds = () ->
myTest.done() if --semaphore is 0
( err, obj ) =>
myTest.strictEqual mod, obj,
"Invoker #{ modname } does not equal the expected one"
@db.deleteActionInvoker modname
forkEnds()
@db.storeActionInvoker action1name, action1
@db.storeActionInvoker action2name, action2
@db.getActionInvokerIds ( err, obj ) =>
test.ok action1name in obj and action2name in obj,
'Not all action invoker Ids in set'
@db.getActionInvoker action1name, fCheckInvoker action1name, action1
@db.getActionInvoker action2name, fCheckInvoker action2name, action2
###
# Test ACTION INVOKER PARAMS
###
exports.ActionInvokerParams =
testCreateAndRead: ( test ) =>
test.expect 2
userId = 'tester1'
actionId = 'test-action-invoker_1'
params = 'shouldn\'t this be an object?'
# store an entry to start with
@db.storeActionParams actionId, userId, params
# test that the ID shows up in the set
@db.getActionParamsIds ( err, obj ) =>
test.ok actionId+':'+userId in obj,
'Expected key not in action-params set'
# the retrieved object really is the one we expected
@db.getActionParams actionId, userId, ( err, obj ) =>
test.strictEqual obj, params,
'Retrieved action params is not what we expected'
@db.deleteActionParams actionId, userId
test.done()
testUpdate: ( test ) =>
test.expect 1
userId = 'tester1'
actionId = 'test-action-invoker_1'
params = 'shouldn\'t this be an object?'
paramsNew = 'shouldn\'t this be a new object?'
# store an entry to start with
@db.storeActionParams actionId, userId, params
@db.storeActionParams actionId, userId, paramsNew
# the retrieved object really is the one we expected
@db.getActionParams actionId, userId, ( err, obj ) =>
test.strictEqual obj, paramsNew,
'Retrieved action params is not what we expected'
@db.deleteActionParams actionId, userId
test.done()
testDelete: ( test ) =>
test.expect 2
userId = 'tester1'
actionId = 'test-action-invoker_1'
params = 'shouldn\'t this be an object?'
# store an entry to start with and delte it right away
@db.storeActionParams actionId, userId, params
@db.deleteActionParams actionId, userId
# Ensure the action params have been deleted
@db.getActionParams actionId, userId, ( err, obj ) =>
test.strictEqual obj, null,
'Action params still exists'
# Ensure the ID has been removed from the set
@db.getActionParamsIds ( err, obj ) =>
test.ok actionId+':'+userId not in obj,
'Action Params key still exists in set'
test.done()
###
# Test EVENT POLLER
###
exports.EventPoller =
testCreateAndRead: ( test ) =>
test.expect 3
id = 'test-event-poller'
event = 'unit-test event poller content'
# store an entry to start with
@db.storeEventPoller id, event
# test that the ID shows up in the set
@db.getEventPollerIds ( err , obj ) =>
test.ok id in obj,
'Expected key not in event-pollers set'
# the retrieved object really is the one we expected
@db.getEventPoller id, ( err , obj ) =>
test.strictEqual obj, event,
'Retrieved Event Poller is not what we expected'
# Ensure the event poller is in the list of all existing ones
@db.getEventPollers ( err , obj ) =>
test.deepEqual event, obj[id],
'Event Poller ist not in result set'
@db.deleteEventPoller id
test.done()
testUpdate: ( test ) =>
test.expect 2
id = 'test-event-poller'
event = 'unit-test event poller content'
eventNew = 'unit-test event poller new content'
# store an entry to start with
@db.storeEventPoller id, event
@db.storeEventPoller id, eventNew
# the retrieved object really is the one we expected
@db.getEventPoller id, ( err , obj ) =>
test.strictEqual obj, eventNew,
'Retrieved Event Poller is not what we expected'
# Ensure the event poller is in the list of all existing ones
@db.getEventPollers ( err , obj ) =>
test.deepEqual eventNew, obj[id],
'Event Poller ist not in result set'
@db.deleteEventPoller id
test.done()
testDelete: ( test ) =>
test.expect 2
id = 'test-event-poller'
event = 'unit-test event poller content'
# store an entry to start with
@db.storeEventPoller id, event
# Ensure the event poller has been deleted
@db.deleteEventPoller id
@db.getEventPoller id, ( err , obj ) =>
test.strictEqual obj, null,
'Event Poller still exists'
# Ensure the ID has been removed from the set
@db.getEventPollerIds ( err , obj ) =>
test.ok id not in obj,
'Event Poller key still exists in set'
test.done()
testFetchSeveral: ( test ) =>
test.expect 3
semaphore = 2
event1name = 'test-event-poller_1'
event2name = 'test-event-poller_2'
event1 = 'unit-test event poller 1 content'
event2 = 'unit-test event poller 2 content'
fCheckPoller = ( modname, mod ) =>
myTest = test
forkEnds = () ->
myTest.done() if --semaphore is 0
( err, obj ) =>
myTest.strictEqual mod, obj,
"Invoker #{ modname } does not equal the expected one"
@db.deleteEventPoller modname
forkEnds()
@db.storeEventPoller event1name, event1
@db.storeEventPoller event2name, event2
@db.getEventPollerIds ( err, obj ) =>
test.ok event1name in obj and event2name in obj,
'Not all event poller Ids in set'
@db.getEventPoller event1name, fCheckPoller event1name, event1
@db.getEventPoller event2name, fCheckPoller event2name, event2
###
# Test EVENT POLLER PARAMS
###
exports.EventPollerParams =
testCreateAndRead: ( test ) =>
test.expect 2
userId = 'tester1'
eventId = 'test-event-poller_1'
params = 'shouldn\'t this be an object?'
# store an entry to start with
@db.storeEventParams eventId, userId, params
# test that the ID shows up in the set
@db.getEventParamsIds ( err, obj ) =>
test.ok eventId+':'+userId in obj,
'Expected key not in event-params set'
# the retrieved object really is the one we expected
@db.getEventParams eventId, userId, ( err, obj ) =>
test.strictEqual obj, params,
'Retrieved event params is not what we expected'
@db.deleteEventParams eventId, userId
test.done()
testUpdate: ( test ) =>
test.expect 1
userId = 'tester1'
eventId = 'test-event-poller_1'
params = 'shouldn\'t this be an object?'
paramsNew = 'shouldn\'t this be a new object?'
# store an entry to start with
@db.storeEventParams eventId, userId, params
@db.storeEventParams eventId, userId, paramsNew
# the retrieved object really is the one we expected
@db.getEventParams eventId, userId, ( err, obj ) =>
test.strictEqual obj, paramsNew,
'Retrieved event params is not what we expected'
@db.deleteEventParams eventId, userId
test.done()
testDelete: ( test ) =>
test.expect 2
userId = 'tester1'
eventId = 'test-event-poller_1'
params = 'shouldn\'t this be an object?'
# store an entry to start with and delete it right away
@db.storeEventParams eventId, userId, params
@db.deleteEventParams eventId, userId
# Ensure the event params have been deleted
@db.getEventParams eventId, userId, ( err, obj ) =>
test.strictEqual obj, null,
'Event params still exists'
# Ensure the ID has been removed from the set
@db.getEventParamsIds ( err, obj ) =>
test.ok eventId+':'+userId not in obj,
'Event Params key still exists in set'
test.done()
###
# Test RULES
###
exports.Rules =
setUp: ( cb ) =>
# @db logType: 1
@userId = 'tester-1'
@ruleId = 'test-rule_1'
@rule =
"id": "rule_id",
"event": "custom",
"condition":
"property": "yourValue",
"actions": []
@ruleNew =
"id": "rule_new",
"event": "custom",
"condition":
"property": "yourValue",
"actions": []
cb()
tearDown: ( cb ) =>
@db.deleteRule @ruleId
cb()
testCreateAndRead: ( test ) =>
test.expect 3
# store an entry to start with
@db.storeRule @ruleId, JSON.stringify(@rule)
# test that the ID shows up in the set
@db.getRuleIds ( err, obj ) =>
test.ok @ruleId in obj,
'Expected key not in rule key set'
# the retrieved object really is the one we expected
@db.getRule @ruleId, ( err, obj ) =>
test.deepEqual JSON.parse(obj), @rule,
'Retrieved rule is not what we expected'
# Ensure the rule is in the list of all existing ones
@db.getRules ( err , obj ) =>
test.deepEqual @rule, JSON.parse(obj[@ruleId]),
'Rule not in result set'
@db.deleteRule @ruleId
test.done()
testUpdate: ( test ) =>
test.expect 1
# store an entry to start with
@db.storeRule @ruleId, JSON.stringify(@rule)
@db.storeRule @ruleId, JSON.stringify(@ruleNew)
# the retrieved object really is the one we expected
@db.getRule @ruleId, ( err, obj ) =>
test.deepEqual JSON.parse(obj), @ruleNew,
'Retrieved rule is not what we expected'
@db.deleteRule @ruleId
test.done()
testDelete: ( test ) =>
test.expect 2
# store an entry to start with and delete it right away
@db.storeRule @ruleId, JSON.stringify(@rule)
@db.deleteRule @ruleId
# Ensure the event params have been deleted
@db.getRule @ruleId, ( err, obj ) =>
test.strictEqual obj, null,
'Rule still exists'
# Ensure the ID has been removed from the set
@db.getRuleIds ( err, obj ) =>
test.ok @ruleId not in obj,
'Rule key still exists in set'
test.done()
testLink: ( test ) =>
test.expect 2
# link a rule to the user
@db.linkRule @ruleId, @userId
# Ensure the user is linked to the rule
@db.getRuleLinkedUsers @ruleId, ( err, obj ) =>
test.ok @userId in obj,
"Rule not linked to user #{ @userId }"
# Ensure the rule is linked to the user
@db.getUserLinkedRules @userId, ( err, obj ) =>
test.ok @ruleId in obj,
"User not linked to rule #{ @ruleId }"
test.done()
testUnlink: ( test ) =>
test.expect 2
# link and unlink immediately afterwards
@db.linkRule @ruleId, @userId
@db.unlinkRule @ruleId, @userId
# Ensure the user is linked to the rule
@db.getRuleLinkedUsers @ruleId, ( err, obj ) =>
test.ok @userId not in obj,
"Rule still linked to user #{ @userId }"
# Ensure the rule is linked to the user
@db.getUserLinkedRules @userId, ( err, obj ) =>
test.ok @ruleId not in obj,
"User still linked to rule #{ @ruleId }"
test.done()
testActivate: ( test ) =>
test.expect 4
usr =
username: "tester-1"
password: "tester-1"
@db.storeUser usr
@db.activateRule @ruleId, @userId
# activate a rule for a user
# Ensure the user is activated to the rule
@db.getRuleActivatedUsers @ruleId, ( err, obj ) =>
test.ok @userId in obj,
"Rule not activated for user #{ @userId }"
# Ensure the rule is linked to the user
@db.getUserActivatedRules @userId, ( err, obj ) =>
test.ok @ruleId in obj,
"User not activated for rule #{ @ruleId }"
# Ensure the rule is showing up in all active rules
@db.getAllActivatedRuleIdsPerUser ( err, obj ) =>
test.notStrictEqual obj[@userId], undefined,
"User #{ @userId } not in activated rules set"
if obj[@userId]
test.ok @ruleId in obj[@userId],
"Rule #{ @ruleId } not in activated rules set"
# else
# test.ok true,
# "Dummy so we meet the expected num of tests"
test.done()
testDeactivate: ( test ) =>
test.expect 3
# store an entry to start with and link it to te user
@db.activateRule @ruleId, @userId
@db.deactivateRule @ruleId, @userId
# Ensure the user is linked to the rule
@db.getRuleActivatedUsers @ruleId, ( err, obj ) =>
test.ok @userId not in obj,
"Rule still activated for user #{ @userId }"
# Ensure the rule is linked to the user
@db.getUserActivatedRules @userId, ( err, obj ) =>
test.ok @ruleId not in obj,
"User still activated for rule #{ @ruleId }"
# Ensure the rule is showing up in all active rules
@db.getAllActivatedRuleIdsPerUser ( err, obj ) =>
if obj[@userId]
test.ok @ruleId not in obj[@userId],
"Rule #{ @ruleId } still in activated rules set"
else
test.ok true,
"We are fine since there are no entries for this user anymore"
test.done()
testUnlinkAndDeactivateAfterDeletion: ( test ) =>
test.expect 2
# store an entry to start with and link it to te user
@db.storeRule @ruleId, JSON.stringify(@rule)
@db.linkRule @ruleId, @userId
@db.activateRule @ruleId, @userId
# We need to wait here and there since these calls are asynchronous
fWaitForTest = () =>
# Ensure the user is unlinked to the rule
@db.getUserLinkedRules @userId, ( err, obj ) =>
test.ok @ruleId not in obj,
"Rule #{ @ruleId } still linked to user #{ @userId }"
# Ensure the rule is deactivated for the user
@db.getUserActivatedRules @userId, ( err, obj ) =>
test.ok @ruleId not in obj,
"Rule #{ @ruleId } still activated for user #{ @userId }"
test.done()
fWaitForDeletion = () =>
@db.deleteRule @ruleId
setTimeout fWaitForTest, 100
setTimeout fWaitForDeletion, 100
###
# Test USER
###
exports.User =
setUp: ( cb ) =>
@oUser =
username: "tester-1"
password: "password"
cb()
tearDown: ( cb ) =>
@db.deleteUser @oUser.username
cb()
testCreateInvalid: ( test ) =>
test.expect 4
oUserInvOne =
username: "tester-1-invalid"
oUserInvTwo =
password: "password"
# try to store invalid users, ensure they weren't
@db.storeUser oUserInvOne
@db.storeUser oUserInvTwo
@db.getUser oUserInvOne.username, ( err, obj ) =>
test.strictEqual obj, null,
'User One was stored!?'
@db.getUser oUserInvTwo.username, ( err, obj ) =>
test.strictEqual obj, null,
'User Two was stored!?'
@db.getUserIds ( err, obj ) =>
test.ok oUserInvOne.username not in obj,
'User key was stored!?'
test.ok oUserInvTwo.username not in obj,
'User key was stored!?'
test.done()
testDelete: ( test ) =>
test.expect 2
# Store the user
@db.storeUser @oUser
@db.getUser @oUser.username, ( err, obj ) =>
test.deepEqual obj, @oUser,
"User #{ @oUser.username } is not what we expect!"
@db.getUserIds ( err, obj ) =>
test.ok @oUser.username in obj,
'User key was not stored!?'
test.done()
testUpdate: ( test ) =>
test.expect 2
oUserOne =
username: "tester-1-update"
password: "password"
# Store the user
@db.storeUser oUserOne
oUserOne.password = "password-update"
@db.storeUser oUserOne
@db.getUser oUserOne.username, ( err, obj ) =>
test.deepEqual obj, oUserOne,
"User #{ @oUser.username } is not what we expect!"
@db.getUserIds ( err, obj ) =>
test.ok oUserOne.username in obj,
'User key was not stored!?'
@db.deleteUser oUserOne.username
test.done()
testDelete: ( test ) =>
test.expect 2
# Wait until the user and his rules and roles are deleted
fWaitForDeletion = () =>
@db.getUserIds ( err, obj ) =>
test.ok @oUser.username not in obj,
'User key still in set!'
@db.getUser @oUser.username, ( err, obj ) =>
test.strictEqual obj, null,
'User key still exists!'
test.done()
# Store the user and make some links
@db.storeUser @oUser
@db.deleteUser @oUser.username
setTimeout fWaitForDeletion, 100
testDeleteLinks: ( test ) =>
test.expect 4
# Wait until the user and his rules and roles are stored
fWaitForPersistence = () =>
@db.deleteUser @oUser.username
setTimeout fWaitForDeletion, 200
# Wait until the user and his rules and roles are deleted
fWaitForDeletion = () =>
@db.getRoleUsers 'tester', ( err, obj ) =>
test.ok @oUser.username not in obj,
'User key still in role tester!'
@db.getUserRoles @oUser.username, ( err, obj ) =>
test.ok obj.length is 0,
'User still associated to roles!'
@db.getUserLinkedRules @oUser.username, ( err, obj ) =>
test.ok obj.length is 0,
'User still associated to rules!'
@db.getUserActivatedRules @oUser.username, ( err, obj ) =>
test.ok obj.length is 0,
'User still associated to activated rules!'
test.done()
# Store the user and make some links
@db.storeUser @oUser
@db.linkRule 'rule-1', @oUser.username
@db.linkRule 'rule-2', @oUser.username
@db.linkRule 'rule-3', @oUser.username
@db.activateRule 'rule-1', @oUser.username
@db.storeUserRole @oUser.username, 'tester'
setTimeout fWaitForPersistence, 100
testLogin: ( test ) =>
test.expect 3
# Store the user and make some links
@db.storeUser @oUser
@db.loginUser @oUser.username, @oUser.password, ( err, obj ) =>
test.deepEqual obj, @oUser,
'User not logged in!'
@db.loginUser 'dummyname', @oUser.password, ( err, obj ) =>
test.strictEqual obj, null,
'User logged in?!'
@db.loginUser @oUser.username, 'wrongpass', ( err, obj ) =>
test.strictEqual obj, null,
'User logged in?!'
test.done()
###
# Test ROLES
###
exports.Roles =
setUp: ( cb ) =>
@db logType: 1
@oUser =
username: "tester-1"
password: "password"
cb()
tearDown: ( cb ) =>
@db.deleteUser @oUser.username
cb()
testStore: ( test ) =>
test.expect 2
@db.storeUser @oUser
@db.storeUserRole @oUser.username, 'tester'
@db.getUserRoles @oUser.username, ( err, obj ) =>
test.ok 'tester' in obj,
'User role tester not stored!'
@db.getRoleUsers 'tester', ( err, obj ) =>
test.ok @oUser.username in obj,
"User #{ @oUser.username } not stored in role tester!"
test.done()
testDelete: ( test ) =>
test.expect 2
@db.storeUser @oUser
@db.storeUserRole @oUser.username, 'tester'
@db.removeUserRole @oUser.username, 'tester'
@db.getUserRoles @oUser.username, ( err, obj ) =>
test.ok 'tester' not in obj,
'User role tester not stored!'
@db.getRoleUsers 'tester', ( err, obj ) =>
test.ok @oUser.username not in obj,
"User #{ @oUser.username } not stored in role tester!"
test.done()