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function runTest(config,qualifier)
{
var testname = testnamePrefix(qualifier, config.keysystem) + ', temporary, keystatuses, multiple sessions';
var configuration = getSimpleConfigurationForContent(config.content);
if (config.initDataType && config.initData) configuration.initDataTypes = [config.initDataType];
async_test(function(test)
{
var mediaKeySession1;
var mediaKeySession2;
// Even though key ids are uint8, using printable values so that
// they can be verified easily.
var key1 = new Uint8Array(config.content.keys[0].kid),
key2 = new Uint8Array(config.content.keys[1].kid),
variant1 = config.content.keys[0].variantId,
variant2 = config.content.keys[1].variantId;
function onFailure(error) {
forceTestFailureFromPromise(test,error);
}
function processMessage1(event)
{
// This should only be called for session1.
assert_equals(event.target, mediaKeySession1);
// No keys added yet.
verifyKeyStatuses(mediaKeySession1.keyStatuses, {expected: [], unexpected: [key1, key2]});
// Add key1 to session1.
config.messagehandler(event.messageType, event.message, {variantId:variant1}).then(function(response) {
return event.target.update(response);
}).catch(onFailure);
}
function processKeyStatusesChange1(event)
{
// This should only be called for session1.
assert_equals(event.target, mediaKeySession1);
// Check that keyStatuses contains the expected key1 only.
verifyKeyStatuses(mediaKeySession1.keyStatuses, {expected: [key1], unexpected: [key2]});
// Now trigger a message event on session2.
mediaKeySession2.generateRequest(config.initDataType, config.initData[1]).catch(onFailure);
}
function processMessage2(event)
{
// This should only be called for session2.
assert_equals(event.target, mediaKeySession2);
// session2 has no keys added yet.
verifyKeyStatuses(mediaKeySession2.keyStatuses, {expected: [], unexpected: [key1, key2]});
// session1 should still have 1 key.
verifyKeyStatuses(mediaKeySession1.keyStatuses, {expected: [key1], unexpected: [key2]});
// Add key2 to session2.
config.messagehandler(event.messageType, event.message, {variantId:variant2}).then(function(response) {
return event.target.update(response);
}).catch(onFailure);
}
function processKeyStatusesChange2(event)
{
// This should only be called for session2.
assert_equals(event.target, mediaKeySession2);
// Check that keyStatuses contains the expected key2 only.
verifyKeyStatuses(mediaKeySession2.keyStatuses, {expected: [key2], unexpected: [key1]});
// session1 should still have 1 key.
verifyKeyStatuses(mediaKeySession1.keyStatuses, {expected: [key1], unexpected: [key2]});
test.done();
}
navigator.requestMediaKeySystemAccess(config.keysystem, [configuration]).then(function(access) {
return access.createMediaKeys();
}).then(function(mediaKeys) {
mediaKeySession1 = mediaKeys.createSession();
mediaKeySession2 = mediaKeys.createSession();
// There should be no keys defined on either session.
verifyKeyStatuses(mediaKeySession1.keyStatuses, {expected: [], unexpected: [key1, key2]});
verifyKeyStatuses(mediaKeySession2.keyStatuses, {expected: [], unexpected: [key1, key2]});
// Bind all the event handlers now.
waitForEventAndRunStep('message', mediaKeySession1, processMessage1, test);
waitForEventAndRunStep('message', mediaKeySession2, processMessage2, test);
waitForEventAndRunStep('keystatuseschange', mediaKeySession1, processKeyStatusesChange1, test);
waitForEventAndRunStep('keystatuseschange', mediaKeySession2, processKeyStatusesChange2, test);
// Generate a request on session1.
return mediaKeySession1.generateRequest(config.initDataType, config.initData[0]);
}).catch(onFailure);
}, testname );
}