grunt-doctrine
Version:
Grunt plugin to convert doctrine xml annotations into backbone models and collections. Useful in conjunction with doctrine apigility. Includes option to scaffold an entire BBB application
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JavaScript
/**
* Allow the test suite to run with other libs or jQuery's.
*/
jQuery.noConflict();
// For checking globals pollution despite auto-created globals in various environments
jQuery.each( [ jQuery.expando, "getInterface", "Packages", "java", "netscape" ], function( i, name ) {
window[ name ] = window[ name ];
});
// Expose Sizzle for Sizzle's selector tests
// We remove Sizzle's globalization in jQuery
var Sizzle = Sizzle || jQuery.find,
// Allow subprojects to test against their own fixtures
qunitModule = QUnit.module,
qunitTest = QUnit.test;
this.testSubproject = function( label, url, risTests ) {
var sub, fixture, fixtureHTML,
fixtureReplaced = false;
// Don't let subproject tests jump the gun
QUnit.config.reorder = false;
// Create module
module( label );
// Duckpunch QUnit
// TODO restore parent fixture on teardown to support reordering
module = QUnit.module = function( name ) {
var args = arguments;
// Remember subproject-scoped module name
sub = name;
// Override
args[0] = label;
return qunitModule.apply( this, args );
};
test = function( name ) {
var args = arguments,
i = args.length - 1;
// Prepend subproject-scoped module name to test name
args[0] = sub + ": " + name;
// Find test function and wrap to require subproject fixture
for ( ; i >= 0; i-- ) {
if ( originaljQuery.isFunction( args[i] ) ) {
args[i] = requireFixture( args[i] );
break;
}
}
return qunitTest.apply( this, args );
};
// Load tests and fixture from subproject
// Test order matters, so we must be synchronous and throw an error on load failure
originaljQuery.ajax( url, {
async: false,
dataType: "html",
error: function( jqXHR, status ) {
throw new Error( "Could not load: " + url + " (" + status + ")" );
},
success: function( data, status, jqXHR ) {
var page = originaljQuery.parseHTML(
// replace html/head with dummy elements so they are represented in the DOM
( data || "" ).replace( /<\/?((!DOCTYPE|html|head)\b.*?)>/gi, "[$1]" ),
document,
true
);
if ( !page || !page.length ) {
this.error( jqXHR, "no data" );
}
page = originaljQuery( page );
// Include subproject tests
page.filter("script[src]").add( page.find("script[src]") ).each(function() {
var src = originaljQuery( this ).attr("src"),
html = "<script src='" + url + src + "'></script>";
if ( risTests.test( src ) ) {
if ( originaljQuery.isReady ) {
originaljQuery("head").first().append( html );
} else {
document.write( html );
}
}
});
// Get the fixture, including content outside of #qunit-fixture
fixture = page.find("[id='qunit-fixture']");
fixtureHTML = fixture.html();
fixture.empty();
while ( fixture.length && !fixture.prevAll("[id='qunit']").length ) {
fixture = fixture.parent();
}
fixture = fixture.add( fixture.nextAll() );
}
});
function requireFixture( fn ) {
return function() {
if ( !fixtureReplaced ) {
// Make sure that we retrieved a fixture for the subproject
if ( !fixture.length ) {
ok( false, "Found subproject fixture" );
return;
}
// Replace the current fixture, including content outside of #qunit-fixture
var oldFixture = originaljQuery("#qunit-fixture");
while ( oldFixture.length && !oldFixture.prevAll("[id='qunit']").length ) {
oldFixture = oldFixture.parent();
}
oldFixture.nextAll().remove();
oldFixture.replaceWith( fixture );
// WARNING: UNDOCUMENTED INTERFACE
QUnit.config.fixture = fixtureHTML;
QUnit.reset();
if ( originaljQuery("#qunit-fixture").html() !== fixtureHTML ) {
ok( false, "Copied subproject fixture" );
return;
}
fixtureReplaced = true;
}
fn.apply( this, arguments );
};
}
};
// Register globals for cleanup and the cleanup code itself
// Explanation at http://perfectionkills.com/understanding-delete/#ie_bugs
this.Globals = (function() {
var globals = {};
return {
register: function( name ) {
globals[ name ] = true;
jQuery.globalEval( "var " + name + " = undefined;" );
},
cleanup: function() {
var name,
current = globals;
globals = {};
for ( name in current ) {
jQuery.globalEval( "try { " +
"delete " + ( jQuery.support.deleteExpando ? "window['" + name + "']" : name ) +
"; } catch( x ) {}" );
}
}
};
})();
// Sandbox start for great justice
(function() {
var oldStart = window.start;
window.start = function() {
oldStart();
};
})();
/**
* QUnit hooks
*/
(function() {
// Store the old counts so that we only assert on tests that have actually leaked,
// instead of asserting every time a test has leaked sometime in the past
var oldCacheLength = 0,
oldFragmentsLength = 0,
oldActive = 0,
expectedDataKeys = {},
splice = [].splice,
reset = QUnit.reset,
ajaxSettings = jQuery.ajaxSettings;
function keys(o) {
var ret, key;
if ( Object.keys ) {
ret = Object.keys( o );
} else {
ret = [];
for ( key in o ) {
ret.push( key );
}
}
ret.sort();
return ret;
}
/**
* @param {jQuery|HTMLElement|Object|Array} elems Target (or array of targets) for jQuery.data.
* @param {string} key
*/
QUnit.expectJqData = function( elems, key ) {
var i, elem, expando;
// As of jQuery 2.0, there will be no "cache"-data is
// stored and managed completely below the API surface
if ( jQuery.cache ) {
QUnit.current_testEnvironment.checkJqData = true;
if ( elems.jquery && elems.toArray ) {
elems = elems.toArray();
}
if ( !jQuery.isArray( elems ) ) {
elems = [ elems ];
}
for ( i = 0; i < elems.length; i++ ) {
elem = elems[i];
// jQuery.data only stores data for nodes in jQuery.cache,
// for other data targets the data is stored in the object itself,
// in that case we can't test that target for memory leaks.
// But we don't have to since in that case the data will/must will
// be available as long as the object is not garbage collected by
// the js engine, and when it is, the data will be removed with it.
if ( !elem.nodeType ) {
// Fixes false positives for dataTests(window), dataTests({}).
continue;
}
expando = elem[ jQuery.expando ];
if ( expando === undefined ) {
// In this case the element exists fine, but
// jQuery.data (or internal data) was never (in)directly
// called.
// Since this method was called it means some data was
// expected to be found, but since there is nothing, fail early
// (instead of in teardown).
notStrictEqual( expando, undefined, "Target for expectJqData must have an expando, for else there can be no data to expect." );
} else {
if ( expectedDataKeys[expando] ) {
expectedDataKeys[expando].push( key );
} else {
expectedDataKeys[expando] = [ key ];
}
}
}
}
};
QUnit.config.urlConfig.push( {
id: "jqdata",
label: "Always check jQuery.data",
tooltip: "Trigger QUnit.expectJqData detection for all tests instead of just the ones that call it"
} );
/**
* Ensures that tests have cleaned up properly after themselves. Should be passed as the
* teardown function on all modules' lifecycle object.
*/
this.moduleTeardown = function() {
var i,
expectedKeys, actualKeys,
fragmentsLength = 0,
cacheLength = 0;
// Only look for jQuery data problems if this test actually
// provided some information to compare against.
if ( QUnit.urlParams.jqdata || this.checkJqData ) {
for ( i in jQuery.cache ) {
expectedKeys = expectedDataKeys[i];
actualKeys = jQuery.cache[i] ? keys( jQuery.cache[i] ) : jQuery.cache[i];
if ( !QUnit.equiv( expectedKeys, actualKeys ) ) {
deepEqual( actualKeys, expectedKeys, "Expected keys exist in jQuery.cache" );
}
delete jQuery.cache[i];
delete expectedDataKeys[i];
}
// In case it was removed from cache before (or never there in the first place)
for ( i in expectedDataKeys ) {
deepEqual( expectedDataKeys[i], undefined, "No unexpected keys were left in jQuery.cache (#" + i + ")" );
delete expectedDataKeys[i];
}
}
// Reset data register
expectedDataKeys = {};
// Check for (and clean up, if possible) incomplete animations/requests/etc.
if ( jQuery.timers && jQuery.timers.length !== 0 ) {
equal( jQuery.timers.length, 0, "No timers are still running" );
splice.call( jQuery.timers, 0, jQuery.timers.length );
jQuery.fx.stop();
}
if ( jQuery.active !== undefined && jQuery.active !== oldActive ) {
equal( jQuery.active, oldActive, "No AJAX requests are still active" );
if ( ajaxTest.abort ) {
ajaxTest.abort("active requests");
}
oldActive = jQuery.active;
}
// Allow QUnit.reset to clean up any attached elements before checking for leaks
QUnit.reset();
for ( i in jQuery.cache ) {
++cacheLength;
}
jQuery.fragments = {};
for ( i in jQuery.fragments ) {
++fragmentsLength;
}
// Because QUnit doesn't have a mechanism for retrieving the number of expected assertions for a test,
// if we unconditionally assert any of these, the test will fail with too many assertions :|
if ( cacheLength !== oldCacheLength ) {
equal( cacheLength, oldCacheLength, "No unit tests leak memory in jQuery.cache" );
oldCacheLength = cacheLength;
}
if ( fragmentsLength !== oldFragmentsLength ) {
equal( fragmentsLength, oldFragmentsLength, "No unit tests leak memory in jQuery.fragments" );
oldFragmentsLength = fragmentsLength;
}
};
QUnit.done(function() {
// Remove our own fixtures outside #qunit-fixture
jQuery("#qunit ~ *").remove();
});
// jQuery-specific QUnit.reset
QUnit.reset = function() {
// Ensure jQuery events and data on the fixture are properly removed
jQuery("#qunit-fixture").empty();
// Reset internal jQuery state
jQuery.event.global = {};
if ( ajaxSettings ) {
jQuery.ajaxSettings = jQuery.extend( true, {}, ajaxSettings );
} else {
delete jQuery.ajaxSettings;
}
// Cleanup globals
Globals.cleanup();
// Let QUnit reset the fixture
reset.apply( this, arguments );
};
})();
/**
* QUnit configuration
*/
// Max time for stop() and asyncTest() until it aborts test
// and start()'s the next test.
QUnit.config.testTimeout = 20 * 1000; // 20 seconds
// Enforce an "expect" argument or expect() call in all test bodies.
QUnit.config.requireExpects = true;
/**
* Load the TestSwarm listener if swarmURL is in the address.
*/
(function() {
var url = window.location.search;
url = decodeURIComponent( url.slice( url.indexOf("swarmURL=") + "swarmURL=".length ) );
if ( !url || url.indexOf("http") !== 0 ) {
return;
}
document.write("<scr" + "ipt src='http://swarm.jquery.org/js/inject.js?" + (new Date()).getTime() + "'></scr" + "ipt>");
})();