define ( [
'jquery' ,
'/bower_components/hyperjson/hyperjson.js' ,
'json.sortify' ,
'/drive/tests.js' ,
'/common/test.js' ,
'/common/common-hash.js' ,
'/common/common-util.js' ,
'/common/common-thumbnail.js' ,
'/common/wire.js' ,
'/common/flat-dom.js' ,
'/common/media-tag.js' ,
'/common/outer/login-block.js' ,
'/bower_components/tweetnacl/nacl-fast.min.js' ,
] , function ( $ , Hyperjson , Sortify , Drive , Test , Hash , Util , Thumb , Wire , Flat , MediaTag , Block ) {
window . Hyperjson = Hyperjson ;
window . Sortify = Sortify ;
var Nacl = window . nacl ;
var assertions = 0 ;
var failed = false ;
var failedOn ;
var failMessages = [ ] ;
var ASSERTS = [ ] ;
var runASSERTS = function ( cb ) {
var count = ASSERTS . length ;
var successes = 0 ;
var done = function ( err ) {
count -- ;
if ( err ) { failMessages . push ( err ) ; }
else { successes ++ ; }
if ( count === 0 ) { cb ( ) ; }
} ;
ASSERTS . forEach ( function ( f , index ) {
f ( function ( err ) {
//console.log("test " + index);
done ( err , index ) ;
} , index ) ;
} ) ;
} ;
var assert = function ( test , msg ) {
ASSERTS . push ( function ( cb , i ) {
test ( function ( result ) {
if ( result === true ) {
assertions ++ ;
cb ( ) ;
} else {
failed = true ;
failedOn = assertions ;
cb ( {
test : i ,
message : msg ,
output : result ,
} ) ;
}
} ) ;
} ) ;
} ;
var HJSON _list = [
'["DIV",{"id":"target"},[["P",{"class":" alice bob charlie has.dot","id":"bang"},["pewpewpew"]]]]' ,
'["DIV",{"id":"quot"},[["P",{},["\\"pewpewpew\\""]]]]' ,
'["DIV",{"id":"widget"},[["DIV",{"class":"cke_widget_wrapper cke_widget_block","contenteditable":"false","data-cke-display-name":"macro:velocity","data-cke-filter":"off","data-cke-widget-id":"0","data-cke-widget-wrapper":"1","tabindex":"-1"},[["DIV",{"class":"macro cke_widget_element","data-cke-widget-data":"%7B%22classes%22%3A%7B%22macro%22%3A1%7D%7D","data-cke-widget-keep-attr":"0","data-cke-widget-upcasted":"1","data-macro":"startmacro:velocity|-||-|Here is a macro","data-widget":"xwiki-macro"},[["P",{},["Here is a macro"]]]],["SPAN",{"class":"cke_reset cke_widget_drag_handler_container","style":"background: rgba(220, 220, 220, 0.5) url(\\"/customize/cryptofist_small.png\\") repeat scroll 0% 0%; top: -15px; left: 0px; display: block;"},[["IMG",{"class":"cke_reset cke_widget_drag_handler","data-cke-widget-drag-handler":"1","height":"15","src":"data:image/gif;base64,R0lGODlhAQABAPABAP///wAAACH5BAEKAAAALAAAAAABAAEAAAICRAEAOw==","title":"Click and drag to move","width":"15"},[]]]]]]]]' ,
] ;
var elementFilter = function ( ) {
// pass everything
return true ;
} ;
var attributeFilter = function ( h ) {
// don't filter anything
return h ;
} ;
var HJSON _equal = function ( shjson ) {
assert ( function ( cb ) {
// parse your stringified Hyperjson
var hjson ;
try {
hjson = JSON . parse ( shjson ) ;
} catch ( e ) {
console . log ( e ) ;
return false ;
}
// turn it into a DOM
var DOM = Hyperjson . toDOM ( hjson ) ;
// turn it back into stringified Hyperjson, but apply filters
var shjson2 = Sortify ( Hyperjson . fromDOM ( DOM , elementFilter , attributeFilter ) ) ;
return cb ( shjson === shjson2 ) ;
} , "expected hyperjson equality" ) ;
} ;
HJSON _list . map ( HJSON _equal ) ;
var roundTrip = function ( sel ) {
var target = $ ( sel ) [ 0 ] ;
assert ( function ( cb ) {
var hjson = Hyperjson . fromDOM ( target ) ;
var cloned = Hyperjson . toDOM ( hjson ) ;
return cb ( cloned . outerHTML === target . outerHTML ) ;
} , "Round trip serialization introduced artifacts." ) ;
} ;
var HTML _list = [
'#target' ,
'#widget' ,
'#quot' ,
] ;
HTML _list . forEach ( roundTrip ) ;
var strungJSON = function ( orig ) {
var result ;
assert ( function ( cb ) {
result = JSON . stringify ( JSON . parse ( orig ) ) ;
return cb ( result === orig ) ;
} , "expected result (" + result + ") to equal original (" + orig + ")" ) ;
} ;
[ '{"border":"1","style":{"width":"500px"}}' ,
'{"style":"width: 500px;","border":"1"}' ,
] . forEach ( function ( orig ) {
strungJSON ( orig ) ;
} ) ;
HTML _list . forEach ( function ( sel ) {
var el = $ ( sel ) [ 0 ] ;
var pred = function ( el ) {
if ( el . nodeName === 'DIV' ) {
return true ;
}
} ;
var filter = function ( x ) {
console . log ( x ) ;
if ( x [ 1 ] [ 'class' ] ) {
x [ 1 ] [ 'class' ] = x [ 1 ] [ 'class' ] . replace ( /cke/g , '' ) ;
}
return x ;
} ;
assert ( function ( cb ) {
// FlatDOM output
var map = Flat . fromDOM ( el , pred , filter ) ;
// Hyperjson output
var hj = Hyperjson . fromDOM ( el , pred , filter ) ;
var x = Flat . toDOM ( map ) ;
var y = Hyperjson . toDOM ( hj ) ;
console . error ( x . outerHTML ) ;
console . error ( y . outerHTML ) ;
cb ( x . outerHTML === y . outerHTML ) ;
} , "Test equality of FlatDOM and HyperJSON" ) ;
} ) ;
// check that old hashes parse correctly
assert ( function ( cb ) {
//if (1) { return cb(true); } // TODO(cjd): This is a test failure which is a known bug
var secret = Hash . parsePadUrl ( '/pad/#67b8385b07352be53e40746d2be6ccd7XAYSuJYYqa9NfmInyHci7LNy' ) ;
return cb ( secret . hashData . channel === "67b8385b07352be53e40746d2be6ccd7" &&
secret . hashData . key === "XAYSuJYYqa9NfmInyHci7LNy" &&
secret . hashData . version === 0 &&
typeof ( secret . getUrl ) === 'function' ) ;
} , "Old hash failed to parse" ) ;
// make sure version 1 hashes parse correctly
assert ( function ( cb ) {
var secret = Hash . parsePadUrl ( '/pad/#/1/edit/3Ujt4F2Sjnjbis6CoYWpoQ/usn4+9CqVja8Q7RZOGTfRgqI' ) ;
return cb ( secret . hashData . version === 1 &&
secret . hashData . mode === "edit" &&
secret . hashData . channel === "3Ujt4F2Sjnjbis6CoYWpoQ" &&
secret . hashData . key === "usn4+9CqVja8Q7RZOGTfRgqI" &&
! secret . hashData . present ) ;
} , "version 1 hash (without present mode) failed to parse" ) ;
// test support for present mode in hashes
assert ( function ( cb ) {
var secret = Hash . parsePadUrl ( '/pad/#/1/edit/CmN5+YJkrHFS3NSBg-P7Sg/DNZ2wcG683GscU4fyOyqA87G/present' ) ;
return cb ( secret . hashData . version === 1
&& secret . hashData . mode === "edit"
&& secret . hashData . channel === "CmN5+YJkrHFS3NSBg-P7Sg"
&& secret . hashData . key === "DNZ2wcG683GscU4fyOyqA87G"
&& secret . hashData . present ) ;
} , "version 1 hash failed to parse" ) ;
// test support for present mode in hashes
assert ( function ( cb ) {
var secret = Hash . parsePadUrl ( '/pad/#/1/edit//CmN5+YJkrHFS3NSBg-P7Sg/DNZ2wcG683GscU4fyOyqA87G//present' ) ;
return cb ( secret . hashData . version === 1
&& secret . hashData . mode === "edit"
&& secret . hashData . channel === "CmN5+YJkrHFS3NSBg-P7Sg"
&& secret . hashData . key === "DNZ2wcG683GscU4fyOyqA87G"
&& secret . hashData . present ) ;
} , "Couldn't handle multiple successive slashes" ) ;
// test support for present & embed mode in hashes
assert ( function ( cb ) {
var secret = Hash . parsePadUrl ( '/pad/#/1/edit//CmN5+YJkrHFS3NSBg-P7Sg/DNZ2wcG683GscU4fyOyqA87G/embed/present/' ) ;
return cb ( secret . hashData . version === 1
&& secret . hashData . mode === "edit"
&& secret . hashData . channel === "CmN5+YJkrHFS3NSBg-P7Sg"
&& secret . hashData . key === "DNZ2wcG683GscU4fyOyqA87G"
&& secret . hashData . present
&& secret . hashData . embed ) ;
} , "Couldn't handle multiple successive slashes" ) ;
// test support for present & embed mode in hashes
assert ( function ( cb ) {
var secret = Hash . parsePadUrl ( '/pad/#/1/edit//CmN5+YJkrHFS3NSBg-P7Sg/DNZ2wcG683GscU4fyOyqA87G/present/embed' ) ;
return cb ( secret . hashData . version === 1
&& secret . hashData . mode === "edit"
&& secret . hashData . channel === "CmN5+YJkrHFS3NSBg-P7Sg"
&& secret . hashData . key === "DNZ2wcG683GscU4fyOyqA87G"
&& secret . hashData . present
&& secret . hashData . embed ) ;
} , "Couldn't handle multiple successive slashes" ) ;
// test support for embed mode in hashes
assert ( function ( cb ) {
var secret = Hash . parsePadUrl ( '/pad/#/1/edit//CmN5+YJkrHFS3NSBg-P7Sg/DNZ2wcG683GscU4fyOyqA87G///embed//' ) ;
return cb ( secret . hashData . version === 1
&& secret . hashData . mode === "edit"
&& secret . hashData . channel === "CmN5+YJkrHFS3NSBg-P7Sg"
&& secret . hashData . key === "DNZ2wcG683GscU4fyOyqA87G"
&& ! secret . hashData . present
&& secret . hashData . embed ) ;
} , "Couldn't handle multiple successive slashes" ) ;
// test support for trailing slash
assert ( function ( cb ) {
var secret = Hash . parsePadUrl ( '/pad/#/1/edit/3Ujt4F2Sjnjbis6CoYWpoQ/usn4+9CqVja8Q7RZOGTfRgqI/' ) ;
return cb ( secret . hashData . version === 1 &&
secret . hashData . mode === "edit" &&
secret . hashData . channel === "3Ujt4F2Sjnjbis6CoYWpoQ" &&
secret . hashData . key === "usn4+9CqVja8Q7RZOGTfRgqI" &&
! secret . hashData . present ) ;
} , "test support for trailing slashes in version 1 hash failed to parse" ) ;
assert ( function ( cb ) {
var secret = Hash . parsePadUrl ( '/invite/#/1/ilrOtygzDVoUSRpOOJrUuQ/e8jvf36S3chzkkcaMrLSW7PPrz7VDp85lIFNI26dTmr=/' ) ;
var hd = secret . hashData ;
cb ( hd . channel === "ilrOtygzDVoUSRpOOJrUuQ" &&
hd . pubkey === "e8jvf36S3chzkkcaMrLSW7PPrz7VDp85lIFNI26dTmr=" &&
hd . type === 'invite' ) ;
} , "test support for invite urls" ) ;
// test support for V2
assert ( function ( cb ) {
var parsed = Hash . parsePadUrl ( '/pad/#/2/pad/edit/oRE0oLCtEXusRDyin7GyLGcS/' ) ;
var secret = Hash . getSecrets ( 'pad' , '/2/pad/edit/oRE0oLCtEXusRDyin7GyLGcS/' ) ;
return cb ( parsed . hashData . version === 2 &&
parsed . hashData . mode === "edit" &&
parsed . hashData . type === "pad" &&
parsed . hashData . key === "oRE0oLCtEXusRDyin7GyLGcS" &&
secret . channel === "d8d51b4aea863f3f050f47f8ad261753" &&
window . nacl . util . encodeBase64 ( secret . keys . cryptKey ) === "0Ts1M6VVEozErV2Nx/LTv6Im5SCD7io2LlhasyyBPQo=" &&
secret . keys . validateKey === "f5A1FM9Gp55tnOcM75RyHD1oxBG9ZPh9WDA7qe2Fvps=" &&
! parsed . hashData . present ) ;
} , "test support for version 2 hash failed to parse" ) ;
assert ( function ( cb ) {
var parsed = Hash . parsePadUrl ( '/pad/#/2/pad/edit/HGu0tK2od-2BBnwAz2ZNS-t4/p/embed' ) ;
var secret = Hash . getSecrets ( 'pad' , '/2/pad/edit/HGu0tK2od-2BBnwAz2ZNS-t4/p/embed' , 'pewpew' ) ;
return cb ( parsed . hashData . version === 2 &&
parsed . hashData . mode === "edit" &&
parsed . hashData . type === "pad" &&
parsed . hashData . key === "HGu0tK2od-2BBnwAz2ZNS-t4" &&
secret . channel === "3fb6dc93807d903aff390b5f798c92c9" &&
window . nacl . util . encodeBase64 ( secret . keys . cryptKey ) === "EeCkGJra8eJgVu7v4Yl2Hc3yUjrgpKpxr0Lcc3bSWVs=" &&
secret . keys . validateKey === "WGkBczJf2V6vQZfAScz8V1KY6jKdoxUCckrD+E75gGE=" &&
parsed . hashData . embed &&
parsed . hashData . password ) ;
} , "test support for password in version 2 hash failed to parse" ) ;
assert ( function ( cb ) {
var url = '/pad/?utm_campaign=new_comment&utm_medium=email&utm_source=thread_mailer#/1/edit/3Ujt4F2Sjnjbis6CoYWpoQ/usn4+9CqVja8Q7RZOGTfRgqI/' ;
var secret = Hash . parsePadUrl ( url ) ;
return cb ( secret . hashData . version === 1 &&
secret . hashData . mode === "edit" &&
secret . hashData . channel === "3Ujt4F2Sjnjbis6CoYWpoQ" &&
secret . hashData . key === "usn4+9CqVja8Q7RZOGTfRgqI" &&
! secret . hashData . present ) ;
} , "test support for ugly tracking query paramaters in url" ) ;
assert ( function ( cb ) {
var keys = Block . genkeys ( Nacl . randomBytes ( 64 ) ) ;
var hash = Block . getBlockHash ( keys ) ;
var parsed = Block . parseBlockHash ( hash ) ;
cb ( parsed &&
parsed . keys . symmetric . length === keys . symmetric . length ) ;
} , 'parse a block hash' ) ;
assert ( function ( cb ) {
try {
MediaTag ( void 0 ) . on ( 'progress' ) . on ( 'decryption' ) ;
return void cb ( true ) ;
} catch ( e ) {
console . error ( e ) ;
return void cb ( false ) ;
}
} , 'check that MediaTag does the right thing when passed no value' ) ;
assert ( function ( cb ) {
try {
MediaTag ( document . createElement ( 'div' ) ) . on ( 'progress' ) . on ( 'decryption' ) ;
return void cb ( true ) ;
} catch ( e ) {
console . error ( e ) ;
return void cb ( false ) ;
}
} , 'check that MediaTag does the right thing when passed no value' ) ;
assert ( function ( cb ) {
// TODO
return cb ( true ) ;
} , "version 2 hash failed to parse correctly" ) ;
assert ( function ( cb ) {
Wire . create ( {
constructor : function ( cb ) {
var service = function ( type , data , cb ) {
switch ( type ) {
case "HEY_BUDDY" :
return cb ( void 0 , "SALUT!" ) ;
default :
cb ( "ERROR" ) ;
}
} ;
var evt = Util . mkEvent ( ) ;
var respond = function ( e , out ) {
evt . fire ( e , out ) ;
} ;
cb ( void 0 , {
send : function ( raw /*, cb */ ) {
try {
var parsed = JSON . parse ( raw ) ;
var txid = parsed . txid ;
setTimeout ( function ( ) {
service ( parsed . q , parsed . content , function ( e , result ) {
respond ( JSON . stringify ( {
txid : txid ,
error : e ,
content : result ,
} ) ) ;
} ) ;
} ) ;
} catch ( e ) { console . error ( "PEWPEW" ) ; }
} ,
receive : function ( f ) {
evt . reg ( f ) ;
} ,
} ) ;
} ,
} , function ( e , rpc ) {
if ( e ) { return cb ( false ) ; }
rpc . send ( 'HEY_BUDDY' , null , function ( e , out ) {
if ( e ) { return void cb ( false ) ; }
if ( out === 'SALUT!' ) { cb ( true ) ; }
} ) ;
} ) ;
} , "Test rpc factory" ) ;
assert ( function ( cb ) {
require ( [
'/assert/frame/frame.js' ,
] , function ( Frame ) {
Frame . create ( document . body , '/assert/frame/frame.html' , function ( e , frame ) {
if ( e ) { return cb ( false ) ; }
var channel = Frame . open ( frame , [
/.*/i ,
] , 5000 ) ;
channel . send ( 'HELO' , null , function ( e , res ) {
if ( res === 'EHLO' ) { return cb ( true ) ; }
cb ( false ) ;
} ) ;
} ) ;
} ) ;
} , "PEWPEW" ) ;
( function ( ) {
var guid = Wire . uid ( ) ;
var t = Wire . tracker ( {
timeout : 1000 ,
hook : function ( txid , q , content ) {
console . info ( JSON . stringify ( {
guid : guid ,
txid : txid ,
q : q ,
content : content ,
} ) ) ;
} ,
} ) ;
assert ( function ( cb ) {
t . call ( 'SHOULD_TIMEOUT' , null , function ( e ) {
if ( e === 'TIMEOUT' ) { return cb ( true ) ; }
cb ( false ) ;
} ) ;
} , 'tracker should timeout' ) ;
assert ( function ( cb ) {
var id = t . call ( 'SHOULD_NOT_TIMEOUT' , null , function ( e , out ) {
if ( e ) { return cb ( false ) ; }
if ( out === 'YES' ) { return cb ( true ) ; }
cb ( false ) ;
} ) ;
t . respond ( id , void 0 , 'YES' ) ;
} , "tracker should not timeout" ) ;
} ( ) ) ;
Drive . test ( assert ) ;
assert ( function ( cb ) {
// extract dom elements into a flattened JSON representation
var flat = Flat . fromDOM ( document . body ) ;
// recreate a _mostly_ equivalent DOM
var dom = Flat . toDOM ( flat ) ;
// assume we don't care about comments
var bodyText = document . body . outerHTML . replace ( /<!\-\-[\s\S]*?\-\->/g , '' ) ;
// check for equality
cb ( dom . outerHTML === bodyText ) ;
} ) ;
var swap = function ( str , dict ) {
return str . replace ( /\{\{(.*?)\}\}/g , function ( all , key ) {
return typeof dict [ key ] !== 'undefined' ? dict [ key ] : all ;
} ) ;
} ;
var multiline = function ( f ) {
var str ;
f . toString ( ) . replace ( /\/\*([\s\S]*)\*\//g , function ( all , out ) {
str = out ;
} ) ;
return str || '' ;
} ;
var formatFailures = function ( ) {
var template = multiline ( function ( ) { / *
< p class = "error" >
Failed on test number { { test } } with error message :
"{{message}}"
< / p >
< p >
The test returned :
{ { output } }
< / p >
< br >
* / } ) ;
return failMessages . map ( function ( obj ) {
console . log ( obj ) ;
return swap ( template , obj ) ;
} ) . join ( "\n" ) ;
} ;
runASSERTS ( function ( ) {
$ ( "body" ) . html ( function ( i , val ) {
var dict = {
previous : val ,
totalAssertions : ASSERTS . length ,
passedAssertions : assertions ,
plural : ( assertions === 1 ? '' : 's' ) ,
failMessages : formatFailures ( )
} ;
var SUCCESS = swap ( multiline ( function ( ) { / *
< div class = "report" > { { passedAssertions } } / { { totalAssertions } } test { { plural } } passed .
{ { failMessages } }
< / d i v >
{ { previous } }
* / } ) , d i c t ) ;
var report = SUCCESS ;
return report ;
} ) ;
var $report = $ ( '.report' ) ;
$report . addClass ( failed ? 'failure' : 'success' ) ;
if ( failed ) {
Test . failed ( ) ;
} else {
Test . passed ( ) ;
}
} ) ;
} ) ;