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JavaScript | function* publisherPublishSession() {
/** select session data from store */
const sessionTopic = yield select(selectSocketSessionTopic());
const username = yield select(selectSocketUsername());
try {
/** api call to store session in db */
const {
sessionId,
sessionTimestamp,
sessionToken,
sessionUsername,
} = yield call(publishSession, {
sessionTopic,
username,
});
/** update store with db data */
yield put(
socketPublisherPublishSessionSuccess({
sessionId,
sessionTimestamp,
sessionToken,
sessionTopic,
sessionUsername,
}),
);
} catch (error) {
/** handle error */
yield put(socketPublisherPublishSessionFailure({ error }));
}
} | function* publisherPublishSession() {
/** select session data from store */
const sessionTopic = yield select(selectSocketSessionTopic());
const username = yield select(selectSocketUsername());
try {
/** api call to store session in db */
const {
sessionId,
sessionTimestamp,
sessionToken,
sessionUsername,
} = yield call(publishSession, {
sessionTopic,
username,
});
/** update store with db data */
yield put(
socketPublisherPublishSessionSuccess({
sessionId,
sessionTimestamp,
sessionToken,
sessionTopic,
sessionUsername,
}),
);
} catch (error) {
/** handle error */
yield put(socketPublisherPublishSessionFailure({ error }));
}
} |
JavaScript | function* publisherPublishUser() {
const sessionId = yield select(selectSocketSessionId());
const username = yield select(selectSocketUsername());
try {
const { userId, userToken } = yield call(publishUser, {
sessionId,
username,
});
yield put(
socketPublisherPublishUserSuccess({
userId,
userToken,
}),
);
} catch (error) {
yield put(socketPublisherPublishUserFailure({ error }));
}
} | function* publisherPublishUser() {
const sessionId = yield select(selectSocketSessionId());
const username = yield select(selectSocketUsername());
try {
const { userId, userToken } = yield call(publishUser, {
sessionId,
username,
});
yield put(
socketPublisherPublishUserSuccess({
userId,
userToken,
}),
);
} catch (error) {
yield put(socketPublisherPublishUserFailure({ error }));
}
} |
JavaScript | function* publisherSubscribeActions() {
const sessionId = yield select(selectSocketSessionId());
try {
const channel = yield call(subscribeActions, { sessionId });
yield put(socketPublisherSubscribeActionsSuccess());
while (true) {
const { payload, type } = yield take(channel);
yield put(socketPublisherReceiveAction({ payload, type }));
}
} catch (error) {
yield put(socketPublisherSubscribeActionsFailure({ error }));
}
} | function* publisherSubscribeActions() {
const sessionId = yield select(selectSocketSessionId());
try {
const channel = yield call(subscribeActions, { sessionId });
yield put(socketPublisherSubscribeActionsSuccess());
while (true) {
const { payload, type } = yield take(channel);
yield put(socketPublisherReceiveAction({ payload, type }));
}
} catch (error) {
yield put(socketPublisherSubscribeActionsFailure({ error }));
}
} |
JavaScript | function* publisherUnpublishUser() {
const sessionId = yield select(selectSocketSessionId());
const userId = yield select(selectSocketUserId());
const userToken = yield select(selectSocketUserToken());
try {
yield call(unpublishUser, { sessionId, userToken, userId });
yield put(socketPublisherUnpublishUserSuccess());
} catch (error) {
yield put(socketPublisherUnpublishUserFailure({ error }));
}
} | function* publisherUnpublishUser() {
const sessionId = yield select(selectSocketSessionId());
const userId = yield select(selectSocketUserId());
const userToken = yield select(selectSocketUserToken());
try {
yield call(unpublishUser, { sessionId, userToken, userId });
yield put(socketPublisherUnpublishUserSuccess());
} catch (error) {
yield put(socketPublisherUnpublishUserFailure({ error }));
}
} |
JavaScript | function* publisherUnsubscribeActions() {
const sessionId = yield select(selectSocketSessionId());
try {
yield call(unsubscribeActions, { sessionId });
yield put(socketPublisherUnsubscribeActionsSuccess());
} catch (error) {
yield put(socketPublisherUnsubscribeActionsFailure({ error }));
}
} | function* publisherUnsubscribeActions() {
const sessionId = yield select(selectSocketSessionId());
try {
yield call(unsubscribeActions, { sessionId });
yield put(socketPublisherUnsubscribeActionsSuccess());
} catch (error) {
yield put(socketPublisherUnsubscribeActionsFailure({ error }));
}
} |
JavaScript | function* publisherUnsubscribeUsers() {
const sessionId = yield select(selectSocketSessionId());
try {
yield call(unsubscribeUsers, { sessionId });
yield put(socketPublisherUnsubscribeUsersSuccess());
} catch (error) {
yield put(socketPublisherUnsubscribeUsersFailure({ error }));
}
} | function* publisherUnsubscribeUsers() {
const sessionId = yield select(selectSocketSessionId());
try {
yield call(unsubscribeUsers, { sessionId });
yield put(socketPublisherUnsubscribeUsersSuccess());
} catch (error) {
yield put(socketPublisherUnsubscribeUsersFailure({ error }));
}
} |
JavaScript | function* publisherSubscribeUsers() {
const sessionId = yield select(selectSocketSessionId());
try {
const channel = yield call(subscribeUsers, { sessionId });
yield put(socketPublisherSubscribeUsersSuccess());
while (true) {
const { change, username } = yield take(channel);
yield put(
socketPublisherReceiveUser({
change,
username,
}),
);
}
} catch (error) {
yield put(
socketPublisherSubscribeUsersFailure({
error,
}),
);
}
} | function* publisherSubscribeUsers() {
const sessionId = yield select(selectSocketSessionId());
try {
const channel = yield call(subscribeUsers, { sessionId });
yield put(socketPublisherSubscribeUsersSuccess());
while (true) {
const { change, username } = yield take(channel);
yield put(
socketPublisherReceiveUser({
change,
username,
}),
);
}
} catch (error) {
yield put(
socketPublisherSubscribeUsersFailure({
error,
}),
);
}
} |
JavaScript | function clickCatalog(Event) {
if(clientID == 0 && gameStarted == false) {
for(var i = 0; i < countCatalog; i++) {
var tmpCatalog = document.getElementById("catalog" + i);
tmpCatalog.style.color = "white";
}
var activeCatalog = Event.target;
activeCatalog.style.color = "red";
var catalogChange = {
"Type": "5",
"Length" : activeCatalog.innerHTML.length,
"Filename" : activeCatalog.innerHTML + ".xml"
};
playerSocket.send(JSON.stringify(catalogChange));
}
} | function clickCatalog(Event) {
if(clientID == 0 && gameStarted == false) {
for(var i = 0; i < countCatalog; i++) {
var tmpCatalog = document.getElementById("catalog" + i);
tmpCatalog.style.color = "white";
}
var activeCatalog = Event.target;
activeCatalog.style.color = "red";
var catalogChange = {
"Type": "5",
"Length" : activeCatalog.innerHTML.length,
"Filename" : activeCatalog.innerHTML + ".xml"
};
playerSocket.send(JSON.stringify(catalogChange));
}
} |
JavaScript | function checkEnoughPlayer () {
if(clientID == 0) { // Nur Spielleiter kann das Spiel starten
if(document.getElementById("divEnoughPlayer") != null){
var startGame = document.getElementById("divEnoughPlayer");
startGame.parentNode.removeChild(startGame);
}
if(countPlayer > 1) {
var enoughPlayer = document.getElementById("startGame");
var div = document.createElement("div");
div.setAttribute("role","alert");
div.setAttribute("class","alert alert-success");
div.setAttribute("id","divEnoughPlayer");
var button = document.createElement("button");
button.setAttribute("class", "btn btn-primary");
button.setAttribute("type", "button");
var t = document.createTextNode("Spiel starten");
button.appendChild(t);
div.appendChild(button);
enoughPlayer.appendChild(div);
button.addEventListener("click", btnEnoughPlayerListener, false);
}
}
} | function checkEnoughPlayer () {
if(clientID == 0) { // Nur Spielleiter kann das Spiel starten
if(document.getElementById("divEnoughPlayer") != null){
var startGame = document.getElementById("divEnoughPlayer");
startGame.parentNode.removeChild(startGame);
}
if(countPlayer > 1) {
var enoughPlayer = document.getElementById("startGame");
var div = document.createElement("div");
div.setAttribute("role","alert");
div.setAttribute("class","alert alert-success");
div.setAttribute("id","divEnoughPlayer");
var button = document.createElement("button");
button.setAttribute("class", "btn btn-primary");
button.setAttribute("type", "button");
var t = document.createTextNode("Spiel starten");
button.appendChild(t);
div.appendChild(button);
enoughPlayer.appendChild(div);
button.addEventListener("click", btnEnoughPlayerListener, false);
}
}
} |
JavaScript | decode(value, configParams) {
function composeIdObject(value) {
const base = { 'lipbid': value['unifiedId'] };
delete value.unifiedId;
return { 'lipb': { ...base, ...value } };
}
if (configParams) {
initializeLiveConnect(configParams);
tryFireEvent();
}
return (value && typeof value['unifiedId'] === 'string') ? composeIdObject(value) : undefined;
} | decode(value, configParams) {
function composeIdObject(value) {
const base = { 'lipbid': value['unifiedId'] };
delete value.unifiedId;
return { 'lipb': { ...base, ...value } };
}
if (configParams) {
initializeLiveConnect(configParams);
tryFireEvent();
}
return (value && typeof value['unifiedId'] === 'string') ? composeIdObject(value) : undefined;
} |
JavaScript | function buildDfpVideoUrl(options) {
if (!options.params && !options.url) {
logError(`A params object or a url is required to use $$PREBID_GLOBAL$$.adServers.dfp.buildVideoUrl`);
return;
}
const adUnit = options.adUnit;
const bid = options.bid || targeting.getWinningBids(adUnit.code)[0];
let urlComponents = {};
if (options.url) {
// when both `url` and `params` are given, parsed url will be overwriten
// with any matching param components
urlComponents = parseUrl(options.url, {noDecodeWholeURL: true});
if (isEmpty(options.params)) {
return buildUrlFromAdserverUrlComponents(urlComponents, bid, options);
}
}
const derivedParams = {
correlator: Date.now(),
sz: parseSizesInput(adUnit.sizes).join('|'),
url: encodeURIComponent(location.href),
};
const encodedCustomParams = getCustParams(bid, options);
const queryParams = Object.assign({},
defaultParamConstants,
urlComponents.search,
derivedParams,
options.params,
{ cust_params: encodedCustomParams }
);
const descriptionUrl = getDescriptionUrl(bid, options, 'params');
if (descriptionUrl) { queryParams.description_url = descriptionUrl; }
return buildUrl({
protocol: 'https',
host: 'securepubads.g.doubleclick.net',
pathname: '/gampad/ads',
search: queryParams
});
} | function buildDfpVideoUrl(options) {
if (!options.params && !options.url) {
logError(`A params object or a url is required to use $$PREBID_GLOBAL$$.adServers.dfp.buildVideoUrl`);
return;
}
const adUnit = options.adUnit;
const bid = options.bid || targeting.getWinningBids(adUnit.code)[0];
let urlComponents = {};
if (options.url) {
// when both `url` and `params` are given, parsed url will be overwriten
// with any matching param components
urlComponents = parseUrl(options.url, {noDecodeWholeURL: true});
if (isEmpty(options.params)) {
return buildUrlFromAdserverUrlComponents(urlComponents, bid, options);
}
}
const derivedParams = {
correlator: Date.now(),
sz: parseSizesInput(adUnit.sizes).join('|'),
url: encodeURIComponent(location.href),
};
const encodedCustomParams = getCustParams(bid, options);
const queryParams = Object.assign({},
defaultParamConstants,
urlComponents.search,
derivedParams,
options.params,
{ cust_params: encodedCustomParams }
);
const descriptionUrl = getDescriptionUrl(bid, options, 'params');
if (descriptionUrl) { queryParams.description_url = descriptionUrl; }
return buildUrl({
protocol: 'https',
host: 'securepubads.g.doubleclick.net',
pathname: '/gampad/ads',
search: queryParams
});
} |
JavaScript | function buildAdpodVideoUrl({code, params, callback} = {}) {
if (!params || !callback) {
logError(`A params object and a callback is required to use pbjs.adServers.dfp.buildAdpodVideoUrl`);
return;
}
const derivedParams = {
correlator: Date.now(),
sz: getSizeForAdUnit(code),
url: encodeURIComponent(location.href),
};
function getSizeForAdUnit(code) {
let adUnit = auctionManager.getAdUnits()
.filter((adUnit) => adUnit.code === code)
let sizes = deepAccess(adUnit[0], 'mediaTypes.video.playerSize');
return parseSizesInput(sizes).join('|');
}
adpodUtils.getTargeting({
'codes': [code],
'callback': createMasterTag
});
function createMasterTag(err, targeting) {
if (err) {
callback(err, null);
return;
}
let initialValue = {
[adpodUtils.TARGETING_KEY_PB_CAT_DUR]: undefined,
[adpodUtils.TARGETING_KEY_CACHE_ID]: undefined
}
let customParams = {};
if (targeting[code]) {
customParams = targeting[code].reduce((acc, curValue) => {
if (Object.keys(curValue)[0] === adpodUtils.TARGETING_KEY_PB_CAT_DUR) {
acc[adpodUtils.TARGETING_KEY_PB_CAT_DUR] = (typeof acc[adpodUtils.TARGETING_KEY_PB_CAT_DUR] !== 'undefined') ? acc[adpodUtils.TARGETING_KEY_PB_CAT_DUR] + ',' + curValue[adpodUtils.TARGETING_KEY_PB_CAT_DUR] : curValue[adpodUtils.TARGETING_KEY_PB_CAT_DUR];
} else if (Object.keys(curValue)[0] === adpodUtils.TARGETING_KEY_CACHE_ID) {
acc[adpodUtils.TARGETING_KEY_CACHE_ID] = curValue[adpodUtils.TARGETING_KEY_CACHE_ID]
}
return acc;
}, initialValue);
}
let encodedCustomParams = encodeURIComponent(formatQS(customParams));
const queryParams = Object.assign({},
defaultParamConstants,
derivedParams,
params,
{ cust_params: encodedCustomParams }
);
const masterTag = buildUrl({
protocol: 'https',
host: 'securepubads.g.doubleclick.net',
pathname: '/gampad/ads',
search: queryParams
});
callback(null, masterTag);
}
} | function buildAdpodVideoUrl({code, params, callback} = {}) {
if (!params || !callback) {
logError(`A params object and a callback is required to use pbjs.adServers.dfp.buildAdpodVideoUrl`);
return;
}
const derivedParams = {
correlator: Date.now(),
sz: getSizeForAdUnit(code),
url: encodeURIComponent(location.href),
};
function getSizeForAdUnit(code) {
let adUnit = auctionManager.getAdUnits()
.filter((adUnit) => adUnit.code === code)
let sizes = deepAccess(adUnit[0], 'mediaTypes.video.playerSize');
return parseSizesInput(sizes).join('|');
}
adpodUtils.getTargeting({
'codes': [code],
'callback': createMasterTag
});
function createMasterTag(err, targeting) {
if (err) {
callback(err, null);
return;
}
let initialValue = {
[adpodUtils.TARGETING_KEY_PB_CAT_DUR]: undefined,
[adpodUtils.TARGETING_KEY_CACHE_ID]: undefined
}
let customParams = {};
if (targeting[code]) {
customParams = targeting[code].reduce((acc, curValue) => {
if (Object.keys(curValue)[0] === adpodUtils.TARGETING_KEY_PB_CAT_DUR) {
acc[adpodUtils.TARGETING_KEY_PB_CAT_DUR] = (typeof acc[adpodUtils.TARGETING_KEY_PB_CAT_DUR] !== 'undefined') ? acc[adpodUtils.TARGETING_KEY_PB_CAT_DUR] + ',' + curValue[adpodUtils.TARGETING_KEY_PB_CAT_DUR] : curValue[adpodUtils.TARGETING_KEY_PB_CAT_DUR];
} else if (Object.keys(curValue)[0] === adpodUtils.TARGETING_KEY_CACHE_ID) {
acc[adpodUtils.TARGETING_KEY_CACHE_ID] = curValue[adpodUtils.TARGETING_KEY_CACHE_ID]
}
return acc;
}, initialValue);
}
let encodedCustomParams = encodeURIComponent(formatQS(customParams));
const queryParams = Object.assign({},
defaultParamConstants,
derivedParams,
params,
{ cust_params: encodedCustomParams }
);
const masterTag = buildUrl({
protocol: 'https',
host: 'securepubads.g.doubleclick.net',
pathname: '/gampad/ads',
search: queryParams
});
callback(null, masterTag);
}
} |
JavaScript | function buildUrlFromAdserverUrlComponents(components, bid, options) {
const descriptionUrl = getDescriptionUrl(bid, components, 'search');
if (descriptionUrl) { components.search.description_url = descriptionUrl; }
const encodedCustomParams = getCustParams(bid, options);
components.search.cust_params = (components.search.cust_params) ? components.search.cust_params + '%26' + encodedCustomParams : encodedCustomParams;
return buildUrl(components);
} | function buildUrlFromAdserverUrlComponents(components, bid, options) {
const descriptionUrl = getDescriptionUrl(bid, components, 'search');
if (descriptionUrl) { components.search.description_url = descriptionUrl; }
const encodedCustomParams = getCustParams(bid, options);
components.search.cust_params = (components.search.cust_params) ? components.search.cust_params + '%26' + encodedCustomParams : encodedCustomParams;
return buildUrl(components);
} |
JavaScript | function sendEvent(eventName) {
const ts = Date.now();
const eventObject = {
t: ts,
tse: ts,
z: state.zoneId,
e: eventName,
src: 'pa',
puid: state.transactionId,
trId: state.transactionId,
ver: SUBLIME_VERSION,
};
log('Sending pixel for event: ' + eventName, eventObject);
const queryString = utils.formatQS(eventObject);
utils.triggerPixel('https://' + SUBLIME_ANTENNA + '/?' + queryString);
} | function sendEvent(eventName) {
const ts = Date.now();
const eventObject = {
t: ts,
tse: ts,
z: state.zoneId,
e: eventName,
src: 'pa',
puid: state.transactionId,
trId: state.transactionId,
ver: SUBLIME_VERSION,
};
log('Sending pixel for event: ' + eventName, eventObject);
const queryString = utils.formatQS(eventObject);
utils.triggerPixel('https://' + SUBLIME_ANTENNA + '/?' + queryString);
} |
JavaScript | function buildRequests(validBidRequests, bidderRequest) {
const commonPayload = {
pbav: SUBLIME_VERSION,
// Current Prebid params
prebidVersion: '$prebid.version$',
currencyCode: config.getConfig('currency.adServerCurrency') || DEFAULT_CURRENCY,
timeout: (typeof bidderRequest === 'object' && !!bidderRequest) ? bidderRequest.timeout : config.getConfig('bidderTimeout'),
};
// RefererInfo
if (bidderRequest && bidderRequest.refererInfo) {
commonPayload.referer = bidderRequest.refererInfo.referer;
commonPayload.numIframes = bidderRequest.refererInfo.numIframes;
}
// GDPR handling
if (bidderRequest && bidderRequest.gdprConsent) {
commonPayload.gdprConsent = bidderRequest.gdprConsent.consentString;
commonPayload.gdpr = bidderRequest.gdprConsent.gdprApplies; // we're handling the undefined case server side
}
return validBidRequests.map(bid => {
const bidHost = bid.params.bidHost || DEFAULT_BID_HOST;
const protocol = bid.params.protocol || DEFAULT_PROTOCOL;
setState({
transactionId: bid.transactionId,
zoneId: bid.params.zoneId,
debug: bid.params.debug || false,
});
const bidPayload = {
adUnitCode: bid.adUnitCode,
auctionId: bid.auctionId,
bidder: bid.bidder,
bidderRequestId: bid.bidderRequestId,
bidRequestsCount: bid.bidRequestsCount,
requestId: bid.bidId,
sizes: bid.sizes.map(size => ({
w: size[0],
h: size[1],
})),
transactionId: bid.transactionId,
zoneId: bid.params.zoneId,
};
const payload = Object.assign({}, commonPayload, bidPayload);
return {
method: 'POST',
url: protocol + '://' + bidHost + '/bid',
data: payload,
options: {
contentType: 'application/json',
withCredentials: true
},
}
});
} | function buildRequests(validBidRequests, bidderRequest) {
const commonPayload = {
pbav: SUBLIME_VERSION,
// Current Prebid params
prebidVersion: '$prebid.version$',
currencyCode: config.getConfig('currency.adServerCurrency') || DEFAULT_CURRENCY,
timeout: (typeof bidderRequest === 'object' && !!bidderRequest) ? bidderRequest.timeout : config.getConfig('bidderTimeout'),
};
// RefererInfo
if (bidderRequest && bidderRequest.refererInfo) {
commonPayload.referer = bidderRequest.refererInfo.referer;
commonPayload.numIframes = bidderRequest.refererInfo.numIframes;
}
// GDPR handling
if (bidderRequest && bidderRequest.gdprConsent) {
commonPayload.gdprConsent = bidderRequest.gdprConsent.consentString;
commonPayload.gdpr = bidderRequest.gdprConsent.gdprApplies; // we're handling the undefined case server side
}
return validBidRequests.map(bid => {
const bidHost = bid.params.bidHost || DEFAULT_BID_HOST;
const protocol = bid.params.protocol || DEFAULT_PROTOCOL;
setState({
transactionId: bid.transactionId,
zoneId: bid.params.zoneId,
debug: bid.params.debug || false,
});
const bidPayload = {
adUnitCode: bid.adUnitCode,
auctionId: bid.auctionId,
bidder: bid.bidder,
bidderRequestId: bid.bidderRequestId,
bidRequestsCount: bid.bidRequestsCount,
requestId: bid.bidId,
sizes: bid.sizes.map(size => ({
w: size[0],
h: size[1],
})),
transactionId: bid.transactionId,
zoneId: bid.params.zoneId,
};
const payload = Object.assign({}, commonPayload, bidPayload);
return {
method: 'POST',
url: protocol + '://' + bidHost + '/bid',
data: payload,
options: {
contentType: 'application/json',
withCredentials: true
},
}
});
} |
JavaScript | function interpretResponse(serverResponse, bidRequest) {
const bidResponses = [];
const response = serverResponse.body;
if (response) {
if (response.timeout || !response.ad || /<!--\s+No\s+ad\s+-->/gmi.test(response.ad)) {
return bidResponses;
}
// Setting our returned sizes object to default values
let returnedSizes = {
width: 1800,
height: 1000
};
// Verifying Banner sizes
if (bidRequest && bidRequest.data && bidRequest.data.w === 1 && bidRequest.data.h === 1) {
// If banner sizes are 1x1 we set our default size object to 1x1
returnedSizes = {
width: 1,
height: 1
};
}
const bidResponse = {
requestId: response.requestId || '',
cpm: response.cpm || 0,
width: response.width || returnedSizes.width,
height: response.height || returnedSizes.height,
creativeId: response.creativeId || 1,
dealId: response.dealId || 1,
currency: response.currency || DEFAULT_CURRENCY,
netRevenue: response.netRevenue || true,
ttl: response.ttl || DEFAULT_TTL,
ad: response.ad,
pbav: SUBLIME_VERSION
};
bidResponses.push(bidResponse);
}
return bidResponses;
} | function interpretResponse(serverResponse, bidRequest) {
const bidResponses = [];
const response = serverResponse.body;
if (response) {
if (response.timeout || !response.ad || /<!--\s+No\s+ad\s+-->/gmi.test(response.ad)) {
return bidResponses;
}
// Setting our returned sizes object to default values
let returnedSizes = {
width: 1800,
height: 1000
};
// Verifying Banner sizes
if (bidRequest && bidRequest.data && bidRequest.data.w === 1 && bidRequest.data.h === 1) {
// If banner sizes are 1x1 we set our default size object to 1x1
returnedSizes = {
width: 1,
height: 1
};
}
const bidResponse = {
requestId: response.requestId || '',
cpm: response.cpm || 0,
width: response.width || returnedSizes.width,
height: response.height || returnedSizes.height,
creativeId: response.creativeId || 1,
dealId: response.dealId || 1,
currency: response.currency || DEFAULT_CURRENCY,
netRevenue: response.netRevenue || true,
ttl: response.ttl || DEFAULT_TTL,
ad: response.ad,
pbav: SUBLIME_VERSION
};
bidResponses.push(bidResponse);
}
return bidResponses;
} |
JavaScript | function buildGiBidRequest(bidRequest) {
let giBidRequest = {
bid_id: bidRequest.bidId,
pid: bidRequest.params.pid, // required
tid: bidRequest.params.tid, // required
known: bidRequest.params.known || 1,
is_video: bidRequest.mediaType === 'video',
resp_type: 'JSON',
provider: 'direct.prebidjs'
};
if (bidRequest.sizes) {
giBidRequest.size = produceSize(bidRequest.sizes);
}
addVideo(bidRequest.params.video, giBidRequest);
addOptional(bidRequest.params, giBidRequest, OPTIONAL_PROPERTIES);
return giBidRequest;
} | function buildGiBidRequest(bidRequest) {
let giBidRequest = {
bid_id: bidRequest.bidId,
pid: bidRequest.params.pid, // required
tid: bidRequest.params.tid, // required
known: bidRequest.params.known || 1,
is_video: bidRequest.mediaType === 'video',
resp_type: 'JSON',
provider: 'direct.prebidjs'
};
if (bidRequest.sizes) {
giBidRequest.size = produceSize(bidRequest.sizes);
}
addVideo(bidRequest.params.video, giBidRequest);
addOptional(bidRequest.params, giBidRequest, OPTIONAL_PROPERTIES);
return giBidRequest;
} |
JavaScript | function produceSize (sizes) {
function sizeToStr(s) {
if (Array.isArray(s) && s.length === 2 && isInteger(s[0]) && isInteger(s[1])) {
return s.join('x');
} else {
throw "Malformed parameter 'sizes'";
}
}
if (Array.isArray(sizes) && Array.isArray(sizes[0])) {
return sizes.map(sizeToStr).join(',');
} else {
return sizeToStr(sizes);
}
} | function produceSize (sizes) {
function sizeToStr(s) {
if (Array.isArray(s) && s.length === 2 && isInteger(s[0]) && isInteger(s[1])) {
return s.join('x');
} else {
throw "Malformed parameter 'sizes'";
}
}
if (Array.isArray(sizes) && Array.isArray(sizes[0])) {
return sizes.map(sizeToStr).join(',');
} else {
return sizeToStr(sizes);
}
} |
JavaScript | function validateProviderDataForGPT(data) {
// data must be an object, contains object with string as value
if (typeof data !== 'object') {
return {};
}
for (let key in data) {
if (data.hasOwnProperty(key)) {
for (let innerKey in data[key]) {
if (data[key].hasOwnProperty(innerKey)) {
if (typeof data[key][innerKey] !== 'string') {
utils.logWarn(`removing ${key}: {${innerKey}:${data[key][innerKey]} } from GPT targeting because of invalid type (must be string)`);
delete data[key][innerKey];
}
}
}
}
}
return data;
} | function validateProviderDataForGPT(data) {
// data must be an object, contains object with string as value
if (typeof data !== 'object') {
return {};
}
for (let key in data) {
if (data.hasOwnProperty(key)) {
for (let innerKey in data[key]) {
if (data[key].hasOwnProperty(innerKey)) {
if (typeof data[key][innerKey] !== 'string') {
utils.logWarn(`removing ${key}: {${innerKey}:${data[key][innerKey]} } from GPT targeting because of invalid type (must be string)`);
delete data[key][innerKey];
}
}
}
}
}
return data;
} |
JavaScript | function requestBidsHook(fn, reqBidsConfigObj) {
getProviderData(reqBidsConfigObj.adUnits || getGlobal().adUnits, (data) => {
if (data && Object.keys(data).length) {
const _mergedData = deepMerge(data);
if (Object.keys(_mergedData).length) {
setDataForPrimaryAdServer(_mergedData);
addIdDataToAdUnitBids(reqBidsConfigObj.adUnits || getGlobal().adUnits, _mergedData);
}
}
return fn.call(this, reqBidsConfigObj);
});
} | function requestBidsHook(fn, reqBidsConfigObj) {
getProviderData(reqBidsConfigObj.adUnits || getGlobal().adUnits, (data) => {
if (data && Object.keys(data).length) {
const _mergedData = deepMerge(data);
if (Object.keys(_mergedData).length) {
setDataForPrimaryAdServer(_mergedData);
addIdDataToAdUnitBids(reqBidsConfigObj.adUnits || getGlobal().adUnits, _mergedData);
}
}
return fn.call(this, reqBidsConfigObj);
});
} |
JavaScript | function bidShouldBeAddedToTargeting(bid, adUnitCodes) {
return bid.adserverTargeting && adUnitCodes &&
((utils.isArray(adUnitCodes) && includes(adUnitCodes, bid.adUnitCode)) ||
(typeof adUnitCodes === 'string' && bid.adUnitCode === adUnitCodes));
} | function bidShouldBeAddedToTargeting(bid, adUnitCodes) {
return bid.adserverTargeting && adUnitCodes &&
((utils.isArray(adUnitCodes) && includes(adUnitCodes, bid.adUnitCode)) ||
(typeof adUnitCodes === 'string' && bid.adUnitCode === adUnitCodes));
} |
JavaScript | function mergeAdServerTargeting(acc, bid, index, arr) {
function concatTargetingValue(key) {
return function(currentBidElement) {
if (!utils.isArray(currentBidElement.adserverTargeting[key])) {
currentBidElement.adserverTargeting[key] = [currentBidElement.adserverTargeting[key]];
}
currentBidElement.adserverTargeting[key] = currentBidElement.adserverTargeting[key].concat(bid.adserverTargeting[key]).filter(uniques);
delete bid.adserverTargeting[key];
}
}
function hasSameAdunitCodeAndKey(key) {
return function(currentBidElement) {
return currentBidElement.adUnitCode === bid.adUnitCode && currentBidElement.adserverTargeting[key]
}
}
Object.keys(bid.adserverTargeting)
.filter(getCustomKeys())
.forEach(key => {
if (acc.length) {
acc.filter(hasSameAdunitCodeAndKey(key))
.forEach(concatTargetingValue(key));
}
});
acc.push(bid);
return acc;
} | function mergeAdServerTargeting(acc, bid, index, arr) {
function concatTargetingValue(key) {
return function(currentBidElement) {
if (!utils.isArray(currentBidElement.adserverTargeting[key])) {
currentBidElement.adserverTargeting[key] = [currentBidElement.adserverTargeting[key]];
}
currentBidElement.adserverTargeting[key] = currentBidElement.adserverTargeting[key].concat(bid.adserverTargeting[key]).filter(uniques);
delete bid.adserverTargeting[key];
}
}
function hasSameAdunitCodeAndKey(key) {
return function(currentBidElement) {
return currentBidElement.adUnitCode === bid.adUnitCode && currentBidElement.adserverTargeting[key]
}
}
Object.keys(bid.adserverTargeting)
.filter(getCustomKeys())
.forEach(key => {
if (acc.length) {
acc.filter(hasSameAdunitCodeAndKey(key))
.forEach(concatTargetingValue(key));
}
});
acc.push(bid);
return acc;
} |
JavaScript | function newBid(serverBid, creativeBid, bidderRequest) {
const bid = {
requestId: serverBid.slotId,
creativeId: creativeBid.adId,
network: serverBid.network,
adType: creativeBid.creativeDetails.type,
dealId: 99999999,
currency: 'USD',
netRevenue: true,
ttl: 300
};
if (creativeBid.creativeDetails.type === 'VAST') {
Object.assign(bid, {
width: creativeBid.width,
height: creativeBid.height,
vastXml: creativeBid.creativeDetails.adContent,
cpm: parseInt(creativeBid.bidCpm) / 1000000,
ttl: 3600
});
const rendererOptions = utils.deepAccess(
bidderRequest,
'renderer.options'
);
let rendererUrl = 'https://ss3.zedo.com/gecko/beta/fmpbgt.min.js';
Object.assign(bid, {
adResponse: serverBid,
renderer: getRenderer(bid.adUnitCode, serverBid.slotId, rendererUrl, rendererOptions)
});
} else {
Object.assign(bid, {
width: creativeBid.width,
height: creativeBid.height,
cpm: parseInt(creativeBid.bidCpm) / 1000000,
ad: creativeBid.creativeDetails.adContent,
});
}
return bid;
} | function newBid(serverBid, creativeBid, bidderRequest) {
const bid = {
requestId: serverBid.slotId,
creativeId: creativeBid.adId,
network: serverBid.network,
adType: creativeBid.creativeDetails.type,
dealId: 99999999,
currency: 'USD',
netRevenue: true,
ttl: 300
};
if (creativeBid.creativeDetails.type === 'VAST') {
Object.assign(bid, {
width: creativeBid.width,
height: creativeBid.height,
vastXml: creativeBid.creativeDetails.adContent,
cpm: parseInt(creativeBid.bidCpm) / 1000000,
ttl: 3600
});
const rendererOptions = utils.deepAccess(
bidderRequest,
'renderer.options'
);
let rendererUrl = 'https://ss3.zedo.com/gecko/beta/fmpbgt.min.js';
Object.assign(bid, {
adResponse: serverBid,
renderer: getRenderer(bid.adUnitCode, serverBid.slotId, rendererUrl, rendererOptions)
});
} else {
Object.assign(bid, {
width: creativeBid.width,
height: creativeBid.height,
cpm: parseInt(creativeBid.bidCpm) / 1000000,
ad: creativeBid.creativeDetails.adContent,
});
}
return bid;
} |
JavaScript | function registerVideoSupport(name, videoSupport) {
prebid.adServers = prebid.adServers || { };
prebid.adServers[name] = prebid.adServers[name] || { };
Object.keys(videoSupport).forEach((key) => {
if (prebid.adServers[name][key]) {
logWarn(`Attempting to add an already registered function property ${key} for AdServer ${name}.`);
return;
}
prebid.adServers[name][key] = videoSupport[key];
});
} | function registerVideoSupport(name, videoSupport) {
prebid.adServers = prebid.adServers || { };
prebid.adServers[name] = prebid.adServers[name] || { };
Object.keys(videoSupport).forEach((key) => {
if (prebid.adServers[name][key]) {
logWarn(`Attempting to add an already registered function property ${key} for AdServer ${name}.`);
return;
}
prebid.adServers[name][key] = videoSupport[key];
});
} |
JavaScript | function bidToBannerImp(bid) {
const imp = bidToImp(bid);
imp.banner = {};
imp.banner.w = bid.params.size[0];
imp.banner.h = bid.params.size[1];
imp.banner.topframe = utils.inIframe() ? 0 : 1;
return imp;
} | function bidToBannerImp(bid) {
const imp = bidToImp(bid);
imp.banner = {};
imp.banner.w = bid.params.size[0];
imp.banner.h = bid.params.size[1];
imp.banner.topframe = utils.inIframe() ? 0 : 1;
return imp;
} |
JavaScript | function bidToVideoImp(bid) {
const imp = bidToImp(bid);
imp.video = utils.deepClone(bid.params.video)
imp.video.w = bid.params.size[0];
imp.video.h = bid.params.size[1];
const context = utils.deepAccess(bid, 'mediaTypes.video.context');
if (context) {
if (context === 'instream') {
imp.video.placement = 1;
} else if (context === 'outstream') {
imp.video.placement = 4;
} else {
utils.logWarn(`ix bidder params: video context '${context}' is not supported`);
}
}
return imp;
} | function bidToVideoImp(bid) {
const imp = bidToImp(bid);
imp.video = utils.deepClone(bid.params.video)
imp.video.w = bid.params.size[0];
imp.video.h = bid.params.size[1];
const context = utils.deepAccess(bid, 'mediaTypes.video.context');
if (context) {
if (context === 'instream') {
imp.video.placement = 1;
} else if (context === 'outstream') {
imp.video.placement = 4;
} else {
utils.logWarn(`ix bidder params: video context '${context}' is not supported`);
}
}
return imp;
} |
JavaScript | function includesSize(sizeArray, size) {
if (isValidSize(sizeArray)) {
return sizeArray[0] === size[0] && sizeArray[1] === size[1];
}
for (let i = 0; i < sizeArray.length; i++) {
if (sizeArray[i][0] === size[0] && sizeArray[i][1] === size[1]) {
return true;
}
}
return false;
} | function includesSize(sizeArray, size) {
if (isValidSize(sizeArray)) {
return sizeArray[0] === size[0] && sizeArray[1] === size[1];
}
for (let i = 0; i < sizeArray.length; i++) {
if (sizeArray[i][0] === size[0] && sizeArray[i][1] === size[1]) {
return true;
}
}
return false;
} |
JavaScript | function buildRequest(validBidRequests, bidderRequest, impressions, version) {
const userEids = [];
// Always use secure HTTPS protocol.
let baseUrl = SECURE_BID_URL;
// RTI ids will be included in the bid request if the function getIdentityInfo() is loaded
// and if the data for the partner exist
if (window.headertag && typeof window.headertag.getIdentityInfo === 'function') {
let identityInfo = window.headertag.getIdentityInfo();
if (identityInfo && typeof identityInfo === 'object') {
for (const partnerName in identityInfo) {
if (identityInfo.hasOwnProperty(partnerName)) {
let response = identityInfo[partnerName];
if (!response.responsePending && response.data && typeof response.data === 'object' && Object.keys(response.data).length) {
userEids.push(response.data);
}
}
}
}
}
const r = {};
// Since bidderRequestId are the same for different bid request, just use the first one.
r.id = validBidRequests[0].bidderRequestId;
r.imp = impressions;
r.site = {};
r.ext = {};
r.ext.source = 'prebid';
// if an schain is provided, send it along
if (validBidRequests[0].schain) {
r.source = {
ext: {
schain: validBidRequests[0].schain
}
};
}
if (userEids.length > 0) {
r.user = {};
r.user.eids = userEids;
}
if (document.referrer && document.referrer !== '') {
r.site.ref = document.referrer;
}
// Apply GDPR information to the request if GDPR is enabled.
if (bidderRequest) {
if (bidderRequest.gdprConsent) {
const gdprConsent = bidderRequest.gdprConsent;
if (gdprConsent.hasOwnProperty('gdprApplies')) {
r.regs = {
ext: {
gdpr: gdprConsent.gdprApplies ? 1 : 0
}
};
}
if (gdprConsent.hasOwnProperty('consentString')) {
r.user = r.user || {};
r.user.ext = {
consent: gdprConsent.consentString || ''
};
}
}
if (bidderRequest.uspConsent) {
utils.deepSetValue(r, 'regs.ext.us_privacy', bidderRequest.uspConsent);
}
if (bidderRequest.refererInfo) {
r.site.page = bidderRequest.refererInfo.referer;
}
}
const payload = {};
// Parse additional runtime configs.
const bidderCode = (bidderRequest && bidderRequest.bidderCode) || 'ix';
const otherIxConfig = config.getConfig(bidderCode);
if (otherIxConfig) {
// Append firstPartyData to r.site.page if firstPartyData exists.
if (typeof otherIxConfig.firstPartyData === 'object') {
const firstPartyData = otherIxConfig.firstPartyData;
let firstPartyString = '?';
for (const key in firstPartyData) {
if (firstPartyData.hasOwnProperty(key)) {
firstPartyString += `${encodeURIComponent(key)}=${encodeURIComponent(firstPartyData[key])}&`;
}
}
firstPartyString = firstPartyString.slice(0, -1);
r.site.page += firstPartyString;
}
// Create t in payload if timeout is configured.
if (typeof otherIxConfig.timeout === 'number') {
payload.t = otherIxConfig.timeout;
}
}
// Use the siteId in the first bid request as the main siteId.
payload.s = validBidRequests[0].params.siteId;
payload.v = version;
payload.r = JSON.stringify(r);
payload.ac = 'j';
payload.sd = 1;
if (version === VIDEO_ENDPOINT_VERSION) {
payload.nf = 1;
}
return {
method: 'GET',
url: baseUrl,
data: payload
};
} | function buildRequest(validBidRequests, bidderRequest, impressions, version) {
const userEids = [];
// Always use secure HTTPS protocol.
let baseUrl = SECURE_BID_URL;
// RTI ids will be included in the bid request if the function getIdentityInfo() is loaded
// and if the data for the partner exist
if (window.headertag && typeof window.headertag.getIdentityInfo === 'function') {
let identityInfo = window.headertag.getIdentityInfo();
if (identityInfo && typeof identityInfo === 'object') {
for (const partnerName in identityInfo) {
if (identityInfo.hasOwnProperty(partnerName)) {
let response = identityInfo[partnerName];
if (!response.responsePending && response.data && typeof response.data === 'object' && Object.keys(response.data).length) {
userEids.push(response.data);
}
}
}
}
}
const r = {};
// Since bidderRequestId are the same for different bid request, just use the first one.
r.id = validBidRequests[0].bidderRequestId;
r.imp = impressions;
r.site = {};
r.ext = {};
r.ext.source = 'prebid';
// if an schain is provided, send it along
if (validBidRequests[0].schain) {
r.source = {
ext: {
schain: validBidRequests[0].schain
}
};
}
if (userEids.length > 0) {
r.user = {};
r.user.eids = userEids;
}
if (document.referrer && document.referrer !== '') {
r.site.ref = document.referrer;
}
// Apply GDPR information to the request if GDPR is enabled.
if (bidderRequest) {
if (bidderRequest.gdprConsent) {
const gdprConsent = bidderRequest.gdprConsent;
if (gdprConsent.hasOwnProperty('gdprApplies')) {
r.regs = {
ext: {
gdpr: gdprConsent.gdprApplies ? 1 : 0
}
};
}
if (gdprConsent.hasOwnProperty('consentString')) {
r.user = r.user || {};
r.user.ext = {
consent: gdprConsent.consentString || ''
};
}
}
if (bidderRequest.uspConsent) {
utils.deepSetValue(r, 'regs.ext.us_privacy', bidderRequest.uspConsent);
}
if (bidderRequest.refererInfo) {
r.site.page = bidderRequest.refererInfo.referer;
}
}
const payload = {};
// Parse additional runtime configs.
const bidderCode = (bidderRequest && bidderRequest.bidderCode) || 'ix';
const otherIxConfig = config.getConfig(bidderCode);
if (otherIxConfig) {
// Append firstPartyData to r.site.page if firstPartyData exists.
if (typeof otherIxConfig.firstPartyData === 'object') {
const firstPartyData = otherIxConfig.firstPartyData;
let firstPartyString = '?';
for (const key in firstPartyData) {
if (firstPartyData.hasOwnProperty(key)) {
firstPartyString += `${encodeURIComponent(key)}=${encodeURIComponent(firstPartyData[key])}&`;
}
}
firstPartyString = firstPartyString.slice(0, -1);
r.site.page += firstPartyString;
}
// Create t in payload if timeout is configured.
if (typeof otherIxConfig.timeout === 'number') {
payload.t = otherIxConfig.timeout;
}
}
// Use the siteId in the first bid request as the main siteId.
payload.s = validBidRequests[0].params.siteId;
payload.v = version;
payload.r = JSON.stringify(r);
payload.ac = 'j';
payload.sd = 1;
if (version === VIDEO_ENDPOINT_VERSION) {
payload.nf = 1;
}
return {
method: 'GET',
url: baseUrl,
data: payload
};
} |
JavaScript | function callApi(options) {
var ajaxOptions = {
method: 'GET',
withCredentials: true
};
ajax(
DT_ID_SVC,
{
success: options.success,
error: options.fail
},
null,
ajaxOptions
);
} | function callApi(options) {
var ajaxOptions = {
method: 'GET',
withCredentials: true
};
ajax(
DT_ID_SVC,
{
success: options.success,
error: options.fail
},
null,
ajaxOptions
);
} |
JavaScript | function writeDigiId(id) {
var key = 'DigiTrust.v1.identity';
var date = new Date();
date.setTime(date.getTime() + 604800000);
storage.setCookie(key, encId(id), date.toUTCString(), 'none');
} | function writeDigiId(id) {
var key = 'DigiTrust.v1.identity';
var date = new Date();
date.setTime(date.getTime() + 604800000);
storage.setCookie(key, encId(id), date.toUTCString(), 'none');
} |
JavaScript | function isFirefoxBrowser(ua) {
ua = ua || navigator.userAgent;
ua = ua.toLowerCase();
if (ua.indexOf('firefox') !== -1) {
return true;
}
return false;
} | function isFirefoxBrowser(ua) {
ua = ua || navigator.userAgent;
ua = ua.toLowerCase();
if (ua.indexOf('firefox') !== -1) {
return true;
}
return false;
} |
JavaScript | function isDisallowedBrowserForApiCall() {
if (utils.isSafariBrowser()) {
return true;
} else if (isFirefoxBrowser()) {
return true;
}
return false;
} | function isDisallowedBrowserForApiCall() {
if (utils.isSafariBrowser()) {
return true;
} else if (isFirefoxBrowser()) {
return true;
}
return false;
} |
JavaScript | function initDigitrustFacade(config) {
clearTimeout(fallbackTimer);
fallbackTimer = 0;
var facade = {
isClient: true,
isMock: true,
_internals: {
callCount: 0,
initCallback: null
},
getUser: function (obj, callback) {
var isAsync = !!isFunc(callback);
var cb = isAsync ? callback : noop;
var errResp = { success: false };
var inter = facade._internals;
inter.callCount++;
// wrap the initializer callback, if present
var checkAndCallInitializeCb = function (idResponse) {
if (inter.callCount <= 1 && isFunc(inter.initCallback)) {
try {
inter.initCallback(idResponse);
} catch (ex) {
utils.logError('Exception in passed DigiTrust init callback', ex);
}
}
}
if (!isMemberIdValid(obj.member)) {
if (!isAsync) {
return errResp
} else {
cb(errResp);
return;
}
}
if (_savedId != null) {
if (isAsync) {
checkAndCallInitializeCb(_savedId);
// cb(_savedId);
return;
} else {
return _savedId;
}
}
var opts = {
success: function (respText, result) {
var idResult = {
success: true
}
try {
idResult.identity = JSON.parse(respText);
_savedId = idResult; // Save result to the cache variable
writeDigiId(respText);
} catch (ex) {
idResult.success = false;
delete idResult.identity;
}
checkAndCallInitializeCb(idResult);
},
fail: function (statusErr, result) {
utils.logError('DigiTrustId API error: ' + statusErr);
}
}
// check gdpr vendor here. Full DigiTrust library has vendor check built in
gdprConsent.hasConsent(null, function (hasConsent) {
if (hasConsent) {
if (isDisallowedBrowserForApiCall()) {
let resultObj = {
success: false,
err: 'Your browser does not support DigiTrust Identity'
}
checkAndCallInitializeCb(resultObj);
return;
}
callApi(opts);
}
})
if (!isAsync) {
return errResp; // even if it will be successful later, without a callback we report a "failure in this moment"
}
}
}
if (config && isFunc(config.callback)) {
facade._internals.initCallback = config.callback;
}
if (window && window.DigiTrust == null) {
window.DigiTrust = facade;
}
} | function initDigitrustFacade(config) {
clearTimeout(fallbackTimer);
fallbackTimer = 0;
var facade = {
isClient: true,
isMock: true,
_internals: {
callCount: 0,
initCallback: null
},
getUser: function (obj, callback) {
var isAsync = !!isFunc(callback);
var cb = isAsync ? callback : noop;
var errResp = { success: false };
var inter = facade._internals;
inter.callCount++;
// wrap the initializer callback, if present
var checkAndCallInitializeCb = function (idResponse) {
if (inter.callCount <= 1 && isFunc(inter.initCallback)) {
try {
inter.initCallback(idResponse);
} catch (ex) {
utils.logError('Exception in passed DigiTrust init callback', ex);
}
}
}
if (!isMemberIdValid(obj.member)) {
if (!isAsync) {
return errResp
} else {
cb(errResp);
return;
}
}
if (_savedId != null) {
if (isAsync) {
checkAndCallInitializeCb(_savedId);
// cb(_savedId);
return;
} else {
return _savedId;
}
}
var opts = {
success: function (respText, result) {
var idResult = {
success: true
}
try {
idResult.identity = JSON.parse(respText);
_savedId = idResult; // Save result to the cache variable
writeDigiId(respText);
} catch (ex) {
idResult.success = false;
delete idResult.identity;
}
checkAndCallInitializeCb(idResult);
},
fail: function (statusErr, result) {
utils.logError('DigiTrustId API error: ' + statusErr);
}
}
// check gdpr vendor here. Full DigiTrust library has vendor check built in
gdprConsent.hasConsent(null, function (hasConsent) {
if (hasConsent) {
if (isDisallowedBrowserForApiCall()) {
let resultObj = {
success: false,
err: 'Your browser does not support DigiTrust Identity'
}
checkAndCallInitializeCb(resultObj);
return;
}
callApi(opts);
}
})
if (!isAsync) {
return errResp; // even if it will be successful later, without a callback we report a "failure in this moment"
}
}
}
if (config && isFunc(config.callback)) {
facade._internals.initCallback = config.callback;
}
if (window && window.DigiTrust == null) {
window.DigiTrust = facade;
}
} |
JavaScript | function wrapIdResult() {
if (me.idObj == null) {
me.idObj = _savedId;
}
if (me.idObj == null) {
return null;
}
var cp = me.configParams;
var exp = (cp && cp.storage && cp.storage.expires) || 60;
var rslt = {
data: null,
expires: exp
};
if (me.idObj && me.idObj.success && me.idObj.identity) {
rslt.data = me.idObj.identity;
} else {
rslt.err = 'Failure getting id';
}
return rslt;
} | function wrapIdResult() {
if (me.idObj == null) {
me.idObj = _savedId;
}
if (me.idObj == null) {
return null;
}
var cp = me.configParams;
var exp = (cp && cp.storage && cp.storage.expires) || 60;
var rslt = {
data: null,
expires: exp
};
if (me.idObj && me.idObj.success && me.idObj.identity) {
rslt.data = me.idObj.identity;
} else {
rslt.err = 'Failure getting id';
}
return rslt;
} |
JavaScript | function fallbackInit() {
if (resultHandler.retryId == 0 && !isInitialized()) {
// this triggers an init
var conf = {
member: 'fallback',
callback: noop
};
getDigiTrustId(conf);
}
} | function fallbackInit() {
if (resultHandler.retryId == 0 && !isInitialized()) {
// this triggers an init
var conf = {
member: 'fallback',
callback: noop
};
getDigiTrustId(conf);
}
} |
JavaScript | function buildRtbRequest(imps, bidderRequest) {
let {bidderCode, gdprConsent, auctionId, refererInfo, timeout, uspConsent} = bidderRequest;
let req = {
'id': auctionId,
'imp': imps,
'site': createSite(refererInfo),
'at': 1,
'device': {
'ip': 'caller',
'ua': 'caller',
'js': 1,
'language': getLanguage()
},
'tmax': parseInt(timeout)
};
if (utils.getDNT()) {
req.device.dnt = 1;
}
if (gdprConsent) {
if (gdprConsent.gdprApplies !== undefined) {
utils.deepSetValue(req, 'regs.ext.gdpr', ~~gdprConsent.gdprApplies);
}
if (gdprConsent.consentString !== undefined) {
utils.deepSetValue(req, 'user.ext.consent', gdprConsent.consentString);
}
}
if (uspConsent) {
utils.deepSetValue(req, 'regs.ext.us_privacy', uspConsent);
}
let syncMethod = getAllowedSyncMethod(bidderCode);
if (syncMethod) {
utils.deepSetValue(req, 'ext.adk_usersync', syncMethod);
}
return req;
} | function buildRtbRequest(imps, bidderRequest) {
let {bidderCode, gdprConsent, auctionId, refererInfo, timeout, uspConsent} = bidderRequest;
let req = {
'id': auctionId,
'imp': imps,
'site': createSite(refererInfo),
'at': 1,
'device': {
'ip': 'caller',
'ua': 'caller',
'js': 1,
'language': getLanguage()
},
'tmax': parseInt(timeout)
};
if (utils.getDNT()) {
req.device.dnt = 1;
}
if (gdprConsent) {
if (gdprConsent.gdprApplies !== undefined) {
utils.deepSetValue(req, 'regs.ext.gdpr', ~~gdprConsent.gdprApplies);
}
if (gdprConsent.consentString !== undefined) {
utils.deepSetValue(req, 'user.ext.consent', gdprConsent.consentString);
}
}
if (uspConsent) {
utils.deepSetValue(req, 'regs.ext.us_privacy', uspConsent);
}
let syncMethod = getAllowedSyncMethod(bidderCode);
if (syncMethod) {
utils.deepSetValue(req, 'ext.adk_usersync', syncMethod);
}
return req;
} |
JavaScript | isBidRequestValid(bid) {
utils.logInfo('OZONE: isBidRequestValid : ', config.getConfig(), bid);
let adUnitCode = bid.adUnitCode; // adunit[n].code
if (!(bid.params.hasOwnProperty('placementId'))) {
utils.logError('OZONE: OZONE BID ADAPTER VALIDATION FAILED : missing placementId : siteId, placementId and publisherId are REQUIRED', adUnitCode);
return false;
}
if (!this.isValidPlacementId(bid.params.placementId)) {
utils.logError('OZONE: OZONE BID ADAPTER VALIDATION FAILED : placementId must be exactly 10 numeric characters', adUnitCode);
return false;
}
if (!(bid.params.hasOwnProperty('publisherId'))) {
utils.logError('OZONE: OZONE BID ADAPTER VALIDATION FAILED : missing publisherId : siteId, placementId and publisherId are REQUIRED', adUnitCode);
return false;
}
if (!(bid.params.publisherId).toString().match(/^[a-zA-Z0-9\-]{12}$/)) {
utils.logError('OZONE: OZONE BID ADAPTER VALIDATION FAILED : publisherId must be exactly 12 alphanumieric characters including hyphens', adUnitCode);
return false;
}
if (!(bid.params.hasOwnProperty('siteId'))) {
utils.logError('OZONE: OZONE BID ADAPTER VALIDATION FAILED : missing siteId : siteId, placementId and publisherId are REQUIRED', adUnitCode);
return false;
}
if (!(bid.params.siteId).toString().match(/^[0-9]{10}$/)) {
utils.logError('OZONE: OZONE BID ADAPTER VALIDATION FAILED : siteId must be exactly 10 numeric characters', adUnitCode);
return false;
}
if (bid.params.hasOwnProperty('customParams')) {
utils.logError('OZONE: OZONE BID ADAPTER VALIDATION FAILED : customParams should be renamed to customData', adUnitCode);
return false;
}
if (bid.params.hasOwnProperty('customData')) {
if (!Array.isArray(bid.params.customData)) {
utils.logError('OZONE: OZONE BID ADAPTER VALIDATION FAILED : customData is not an Array', adUnitCode);
return false;
}
if (bid.params.customData.length < 1) {
utils.logError('OZONE: OZONE BID ADAPTER VALIDATION FAILED : customData is an array but does not contain any elements', adUnitCode);
return false;
}
if (!(bid.params.customData[0]).hasOwnProperty('targeting')) {
utils.logError('OZONE: OZONE BID ADAPTER VALIDATION FAILED : customData[0] does not contain "targeting"', adUnitCode);
return false;
}
if (typeof bid.params.customData[0]['targeting'] != 'object') {
utils.logError('OZONE: OZONE BID ADAPTER VALIDATION FAILED : customData[0] targeting is not an object', adUnitCode);
return false;
}
}
if (bid.params.hasOwnProperty('lotameData')) {
if (typeof bid.params.lotameData !== 'object') {
utils.logError('OZONE: OZONE BID ADAPTER VALIDATION FAILED : lotameData is not an object', adUnitCode);
return false;
}
}
if (bid.hasOwnProperty('mediaTypes') && bid.mediaTypes.hasOwnProperty(VIDEO)) {
if (!bid.mediaTypes[VIDEO].hasOwnProperty('context')) {
utils.logError('OZONE: No context key/value in bid. Rejecting bid: ', bid);
return false;
}
if (bid.mediaTypes[VIDEO].context === 'instream') {
utils.logWarn('OZONE: video.context instream is not supported. Only outstream video is supported. Video will not be used for Bid: ', bid);
} else if (bid.mediaTypes.video.context !== 'outstream') {
utils.logError('OZONE: video.context is invalid. Only outstream video is supported. Rejecting bid: ', bid);
return false;
}
}
// guard against hacks in GET parameters that we might allow
const arrLotameOverride = this.getLotameOverrideParams();
// lotame override, test params. All 3 must be present, or none.
let lotameKeys = Object.keys(arrLotameOverride);
if (lotameKeys.length === ALLOWED_LOTAME_PARAMS.length) {
utils.logInfo('OZONE: VALIDATION : arrLotameOverride', arrLotameOverride);
for (let i in lotameKeys) {
if (!arrLotameOverride[ALLOWED_LOTAME_PARAMS[i]].toString().match(/^[0-9a-zA-Z]+$/)) {
utils.logError('OZONE: Only letters & numbers allowed in lotame override: ' + i.toString() + ': ' + arrLotameOverride[ALLOWED_LOTAME_PARAMS[i]].toString() + '. Rejecting bid: ', bid);
return false;
}
}
} else if (lotameKeys.length > 0) {
utils.logInfo('OZONE: VALIDATION : arrLotameOverride', arrLotameOverride);
utils.logError('OZONE: lotame override params are incomplete. You must set all ' + ALLOWED_LOTAME_PARAMS.length + ': ' + JSON.stringify(ALLOWED_LOTAME_PARAMS) + ', . Rejecting bid: ', bid);
return false;
}
return true;
} | isBidRequestValid(bid) {
utils.logInfo('OZONE: isBidRequestValid : ', config.getConfig(), bid);
let adUnitCode = bid.adUnitCode; // adunit[n].code
if (!(bid.params.hasOwnProperty('placementId'))) {
utils.logError('OZONE: OZONE BID ADAPTER VALIDATION FAILED : missing placementId : siteId, placementId and publisherId are REQUIRED', adUnitCode);
return false;
}
if (!this.isValidPlacementId(bid.params.placementId)) {
utils.logError('OZONE: OZONE BID ADAPTER VALIDATION FAILED : placementId must be exactly 10 numeric characters', adUnitCode);
return false;
}
if (!(bid.params.hasOwnProperty('publisherId'))) {
utils.logError('OZONE: OZONE BID ADAPTER VALIDATION FAILED : missing publisherId : siteId, placementId and publisherId are REQUIRED', adUnitCode);
return false;
}
if (!(bid.params.publisherId).toString().match(/^[a-zA-Z0-9\-]{12}$/)) {
utils.logError('OZONE: OZONE BID ADAPTER VALIDATION FAILED : publisherId must be exactly 12 alphanumieric characters including hyphens', adUnitCode);
return false;
}
if (!(bid.params.hasOwnProperty('siteId'))) {
utils.logError('OZONE: OZONE BID ADAPTER VALIDATION FAILED : missing siteId : siteId, placementId and publisherId are REQUIRED', adUnitCode);
return false;
}
if (!(bid.params.siteId).toString().match(/^[0-9]{10}$/)) {
utils.logError('OZONE: OZONE BID ADAPTER VALIDATION FAILED : siteId must be exactly 10 numeric characters', adUnitCode);
return false;
}
if (bid.params.hasOwnProperty('customParams')) {
utils.logError('OZONE: OZONE BID ADAPTER VALIDATION FAILED : customParams should be renamed to customData', adUnitCode);
return false;
}
if (bid.params.hasOwnProperty('customData')) {
if (!Array.isArray(bid.params.customData)) {
utils.logError('OZONE: OZONE BID ADAPTER VALIDATION FAILED : customData is not an Array', adUnitCode);
return false;
}
if (bid.params.customData.length < 1) {
utils.logError('OZONE: OZONE BID ADAPTER VALIDATION FAILED : customData is an array but does not contain any elements', adUnitCode);
return false;
}
if (!(bid.params.customData[0]).hasOwnProperty('targeting')) {
utils.logError('OZONE: OZONE BID ADAPTER VALIDATION FAILED : customData[0] does not contain "targeting"', adUnitCode);
return false;
}
if (typeof bid.params.customData[0]['targeting'] != 'object') {
utils.logError('OZONE: OZONE BID ADAPTER VALIDATION FAILED : customData[0] targeting is not an object', adUnitCode);
return false;
}
}
if (bid.params.hasOwnProperty('lotameData')) {
if (typeof bid.params.lotameData !== 'object') {
utils.logError('OZONE: OZONE BID ADAPTER VALIDATION FAILED : lotameData is not an object', adUnitCode);
return false;
}
}
if (bid.hasOwnProperty('mediaTypes') && bid.mediaTypes.hasOwnProperty(VIDEO)) {
if (!bid.mediaTypes[VIDEO].hasOwnProperty('context')) {
utils.logError('OZONE: No context key/value in bid. Rejecting bid: ', bid);
return false;
}
if (bid.mediaTypes[VIDEO].context === 'instream') {
utils.logWarn('OZONE: video.context instream is not supported. Only outstream video is supported. Video will not be used for Bid: ', bid);
} else if (bid.mediaTypes.video.context !== 'outstream') {
utils.logError('OZONE: video.context is invalid. Only outstream video is supported. Rejecting bid: ', bid);
return false;
}
}
// guard against hacks in GET parameters that we might allow
const arrLotameOverride = this.getLotameOverrideParams();
// lotame override, test params. All 3 must be present, or none.
let lotameKeys = Object.keys(arrLotameOverride);
if (lotameKeys.length === ALLOWED_LOTAME_PARAMS.length) {
utils.logInfo('OZONE: VALIDATION : arrLotameOverride', arrLotameOverride);
for (let i in lotameKeys) {
if (!arrLotameOverride[ALLOWED_LOTAME_PARAMS[i]].toString().match(/^[0-9a-zA-Z]+$/)) {
utils.logError('OZONE: Only letters & numbers allowed in lotame override: ' + i.toString() + ': ' + arrLotameOverride[ALLOWED_LOTAME_PARAMS[i]].toString() + '. Rejecting bid: ', bid);
return false;
}
}
} else if (lotameKeys.length > 0) {
utils.logInfo('OZONE: VALIDATION : arrLotameOverride', arrLotameOverride);
utils.logError('OZONE: lotame override params are incomplete. You must set all ' + ALLOWED_LOTAME_PARAMS.length + ': ' + JSON.stringify(ALLOWED_LOTAME_PARAMS) + ', . Rejecting bid: ', bid);
return false;
}
return true;
} |
JavaScript | interpretResponse(serverResponse, request) {
utils.logInfo('OZONE: interpretResponse: serverResponse, request', serverResponse, request);
serverResponse = serverResponse.body || {};
// note that serverResponse.id value is the auction_id we might want to use for reporting reasons.
if (!serverResponse.hasOwnProperty('seatbid')) {
return [];
}
if (typeof serverResponse.seatbid !== 'object') {
return [];
}
let arrAllBids = [];
let enhancedAdserverTargeting = config.getConfig('ozone.enhancedAdserverTargeting');
utils.logInfo('OZONE: enhancedAdserverTargeting', enhancedAdserverTargeting);
if (typeof enhancedAdserverTargeting == 'undefined') {
enhancedAdserverTargeting = true;
}
utils.logInfo('OZONE: enhancedAdserverTargeting', enhancedAdserverTargeting);
serverResponse.seatbid = injectAdIdsIntoAllBidResponses(serverResponse.seatbid); // we now make sure that each bid in the bidresponse has a unique (within page) adId attribute.
for (let i = 0; i < serverResponse.seatbid.length; i++) {
let sb = serverResponse.seatbid[i];
for (let j = 0; j < sb.bid.length; j++) {
const {defaultWidth, defaultHeight} = defaultSize(request.bidderRequest.bids[j]);
let thisBid = ozoneAddStandardProperties(sb.bid[j], defaultWidth, defaultHeight);
// from https://github.com/prebid/Prebid.js/pull/1082
if (utils.deepAccess(thisBid, 'ext.prebid.type') === VIDEO) {
utils.logInfo('OZONE: going to attach a renderer to:', j);
let renderConf = createObjectForInternalVideoRender(thisBid);
thisBid.renderer = Renderer.install(renderConf);
} else {
utils.logInfo('OZONE: bid is not a video, will not attach a renderer: ', j);
}
let ozoneInternalKey = thisBid.bidId;
let adserverTargeting = {};
if (enhancedAdserverTargeting) {
let allBidsForThisBidid = ozoneGetAllBidsForBidId(ozoneInternalKey, serverResponse.seatbid);
// add all the winning & non-winning bids for this bidId:
utils.logInfo('OZONE: Going to iterate allBidsForThisBidId', allBidsForThisBidid);
Object.keys(allBidsForThisBidid).forEach(function (bidderName, index, ar2) {
adserverTargeting['oz_' + bidderName] = bidderName;
adserverTargeting['oz_' + bidderName + '_pb'] = String(allBidsForThisBidid[bidderName].price);
adserverTargeting['oz_' + bidderName + '_crid'] = String(allBidsForThisBidid[bidderName].crid);
adserverTargeting['oz_' + bidderName + '_adv'] = String(allBidsForThisBidid[bidderName].adomain);
adserverTargeting['oz_' + bidderName + '_imp_id'] = String(allBidsForThisBidid[bidderName].impid);
adserverTargeting['oz_' + bidderName + '_adId'] = String(allBidsForThisBidid[bidderName].adId);
adserverTargeting['oz_' + bidderName + '_pb_r'] = getRoundedBid(allBidsForThisBidid[bidderName].price, allBidsForThisBidid[bidderName].ext.prebid.type);
if (allBidsForThisBidid[bidderName].hasOwnProperty('dealid')) {
adserverTargeting['oz_' + bidderName + '_dealid'] = String(allBidsForThisBidid[bidderName].dealid);
}
});
}
// also add in the winning bid, to be sent to dfp
let {seat: winningSeat, bid: winningBid} = ozoneGetWinnerForRequestBid(ozoneInternalKey, serverResponse.seatbid);
adserverTargeting['oz_auc_id'] = String(request.bidderRequest.auctionId);
adserverTargeting['oz_winner'] = String(winningSeat);
adserverTargeting['oz_response_id'] = String(serverResponse.id);
if (enhancedAdserverTargeting) {
adserverTargeting['oz_winner_auc_id'] = String(winningBid.id);
adserverTargeting['oz_winner_imp_id'] = String(winningBid.impid);
adserverTargeting['oz_pb_v'] = OZONEVERSION;
}
thisBid.adserverTargeting = adserverTargeting;
arrAllBids.push(thisBid);
}
}
utils.logInfo('OZONE: interpretResponse going to return', arrAllBids);
return arrAllBids;
} | interpretResponse(serverResponse, request) {
utils.logInfo('OZONE: interpretResponse: serverResponse, request', serverResponse, request);
serverResponse = serverResponse.body || {};
// note that serverResponse.id value is the auction_id we might want to use for reporting reasons.
if (!serverResponse.hasOwnProperty('seatbid')) {
return [];
}
if (typeof serverResponse.seatbid !== 'object') {
return [];
}
let arrAllBids = [];
let enhancedAdserverTargeting = config.getConfig('ozone.enhancedAdserverTargeting');
utils.logInfo('OZONE: enhancedAdserverTargeting', enhancedAdserverTargeting);
if (typeof enhancedAdserverTargeting == 'undefined') {
enhancedAdserverTargeting = true;
}
utils.logInfo('OZONE: enhancedAdserverTargeting', enhancedAdserverTargeting);
serverResponse.seatbid = injectAdIdsIntoAllBidResponses(serverResponse.seatbid); // we now make sure that each bid in the bidresponse has a unique (within page) adId attribute.
for (let i = 0; i < serverResponse.seatbid.length; i++) {
let sb = serverResponse.seatbid[i];
for (let j = 0; j < sb.bid.length; j++) {
const {defaultWidth, defaultHeight} = defaultSize(request.bidderRequest.bids[j]);
let thisBid = ozoneAddStandardProperties(sb.bid[j], defaultWidth, defaultHeight);
// from https://github.com/prebid/Prebid.js/pull/1082
if (utils.deepAccess(thisBid, 'ext.prebid.type') === VIDEO) {
utils.logInfo('OZONE: going to attach a renderer to:', j);
let renderConf = createObjectForInternalVideoRender(thisBid);
thisBid.renderer = Renderer.install(renderConf);
} else {
utils.logInfo('OZONE: bid is not a video, will not attach a renderer: ', j);
}
let ozoneInternalKey = thisBid.bidId;
let adserverTargeting = {};
if (enhancedAdserverTargeting) {
let allBidsForThisBidid = ozoneGetAllBidsForBidId(ozoneInternalKey, serverResponse.seatbid);
// add all the winning & non-winning bids for this bidId:
utils.logInfo('OZONE: Going to iterate allBidsForThisBidId', allBidsForThisBidid);
Object.keys(allBidsForThisBidid).forEach(function (bidderName, index, ar2) {
adserverTargeting['oz_' + bidderName] = bidderName;
adserverTargeting['oz_' + bidderName + '_pb'] = String(allBidsForThisBidid[bidderName].price);
adserverTargeting['oz_' + bidderName + '_crid'] = String(allBidsForThisBidid[bidderName].crid);
adserverTargeting['oz_' + bidderName + '_adv'] = String(allBidsForThisBidid[bidderName].adomain);
adserverTargeting['oz_' + bidderName + '_imp_id'] = String(allBidsForThisBidid[bidderName].impid);
adserverTargeting['oz_' + bidderName + '_adId'] = String(allBidsForThisBidid[bidderName].adId);
adserverTargeting['oz_' + bidderName + '_pb_r'] = getRoundedBid(allBidsForThisBidid[bidderName].price, allBidsForThisBidid[bidderName].ext.prebid.type);
if (allBidsForThisBidid[bidderName].hasOwnProperty('dealid')) {
adserverTargeting['oz_' + bidderName + '_dealid'] = String(allBidsForThisBidid[bidderName].dealid);
}
});
}
// also add in the winning bid, to be sent to dfp
let {seat: winningSeat, bid: winningBid} = ozoneGetWinnerForRequestBid(ozoneInternalKey, serverResponse.seatbid);
adserverTargeting['oz_auc_id'] = String(request.bidderRequest.auctionId);
adserverTargeting['oz_winner'] = String(winningSeat);
adserverTargeting['oz_response_id'] = String(serverResponse.id);
if (enhancedAdserverTargeting) {
adserverTargeting['oz_winner_auc_id'] = String(winningBid.id);
adserverTargeting['oz_winner_imp_id'] = String(winningBid.impid);
adserverTargeting['oz_pb_v'] = OZONEVERSION;
}
thisBid.adserverTargeting = adserverTargeting;
arrAllBids.push(thisBid);
}
}
utils.logInfo('OZONE: interpretResponse going to return', arrAllBids);
return arrAllBids;
} |
JavaScript | isLotameDataValid(lotameObj) {
if (!lotameObj.hasOwnProperty('Profile')) return false;
let prof = lotameObj.Profile;
if (!prof.hasOwnProperty('tpid')) return false;
if (!prof.hasOwnProperty('pid')) return false;
let audiences = utils.deepAccess(prof, 'Audiences.Audience');
if (typeof audiences != 'object') {
return false;
}
for (var i = 0; i < audiences.length; i++) {
let aud = audiences[i];
if (!aud.hasOwnProperty('id')) {
return false;
}
}
return true; // All Audiences objects have an 'id' key
} | isLotameDataValid(lotameObj) {
if (!lotameObj.hasOwnProperty('Profile')) return false;
let prof = lotameObj.Profile;
if (!prof.hasOwnProperty('tpid')) return false;
if (!prof.hasOwnProperty('pid')) return false;
let audiences = utils.deepAccess(prof, 'Audiences.Audience');
if (typeof audiences != 'object') {
return false;
}
for (var i = 0; i < audiences.length; i++) {
let aud = audiences[i];
if (!aud.hasOwnProperty('id')) {
return false;
}
}
return true; // All Audiences objects have an 'id' key
} |
JavaScript | makeLotameObjectFromOverride(objOverride, lotameData) {
if ((lotameData.hasOwnProperty('Profile') && Object.keys(lotameData.Profile).length < 3) ||
(!lotameData.hasOwnProperty('Profile'))) { // bad or empty lotame object (should contain pid, tpid & Audiences object) - build a total replacement
utils.logInfo('makeLotameObjectFromOverride', 'will return a full default lotame object');
return {
'Profile': {
'tpid': objOverride['oz_lotametpid'],
'pid': objOverride['oz_lotamepid'],
'Audiences': {'Audience': [{'id': objOverride['oz_lotameid'], 'abbr': objOverride['oz_lotameid']}]}
}
};
}
if (utils.deepAccess(lotameData, 'Profile.Audiences.Audience')) {
utils.logInfo('makeLotameObjectFromOverride', 'will return the existing lotame object with updated Audience by oz_lotameid');
lotameData.Profile.Audiences.Audience = [{'id': objOverride['oz_lotameid'], 'abbr': objOverride['oz_lotameid']}];
return lotameData;
}
utils.logInfo('makeLotameObjectFromOverride', 'Weird error - failed to find Profile.Audiences.Audience in lotame object. Will return the object as-is');
return lotameData;
} | makeLotameObjectFromOverride(objOverride, lotameData) {
if ((lotameData.hasOwnProperty('Profile') && Object.keys(lotameData.Profile).length < 3) ||
(!lotameData.hasOwnProperty('Profile'))) { // bad or empty lotame object (should contain pid, tpid & Audiences object) - build a total replacement
utils.logInfo('makeLotameObjectFromOverride', 'will return a full default lotame object');
return {
'Profile': {
'tpid': objOverride['oz_lotametpid'],
'pid': objOverride['oz_lotamepid'],
'Audiences': {'Audience': [{'id': objOverride['oz_lotameid'], 'abbr': objOverride['oz_lotameid']}]}
}
};
}
if (utils.deepAccess(lotameData, 'Profile.Audiences.Audience')) {
utils.logInfo('makeLotameObjectFromOverride', 'will return the existing lotame object with updated Audience by oz_lotameid');
lotameData.Profile.Audiences.Audience = [{'id': objOverride['oz_lotameid'], 'abbr': objOverride['oz_lotameid']}];
return lotameData;
}
utils.logInfo('makeLotameObjectFromOverride', 'Weird error - failed to find Profile.Audiences.Audience in lotame object. Will return the object as-is');
return lotameData;
} |
JavaScript | blockTheRequest(bidderRequest) {
// if there is an ozone.oz_request = false then quit now.
let ozRequest = config.getConfig('ozone.oz_request');
if (typeof ozRequest == 'boolean' && !ozRequest) {
utils.logError('OZONE: Will not allow auction : ozone.oz_request is set to false');
return true;
}
// is there ozone.oz_enforceGdpr == true (ANYTHING else means don't enforce GDPR))
let ozEnforce = config.getConfig('ozone.oz_enforceGdpr');
if (typeof ozEnforce != 'boolean' || !ozEnforce) { // ozEnforce is false by default
utils.logError('OZONE: Will not validate GDPR on the client : oz_enforceGdpr is not set to true');
return false;
}
// maybe the module was built without consentManagement module so we won't find any gdpr information
if (!bidderRequest.hasOwnProperty('gdprConsent')) {
return false;
}
//
// FROM HERE ON : WE ARE DOING GDPR CHECKS
//
// If there is indeterminate GDPR (gdprConsent.consentString == undefined or not a string), we will DITCH this:
if (typeof bidderRequest.gdprConsent.consentString !== 'string') {
utils.logError('OZONE: Will block the request - bidderRequest.gdprConsent.consentString is not a string');
return true;
}
// IF the consentManagement module sends through the CMP information and user has refused all permissions:
if (this.failsGdprCheck(bidderRequest)) {
return true;
}
return false;
} | blockTheRequest(bidderRequest) {
// if there is an ozone.oz_request = false then quit now.
let ozRequest = config.getConfig('ozone.oz_request');
if (typeof ozRequest == 'boolean' && !ozRequest) {
utils.logError('OZONE: Will not allow auction : ozone.oz_request is set to false');
return true;
}
// is there ozone.oz_enforceGdpr == true (ANYTHING else means don't enforce GDPR))
let ozEnforce = config.getConfig('ozone.oz_enforceGdpr');
if (typeof ozEnforce != 'boolean' || !ozEnforce) { // ozEnforce is false by default
utils.logError('OZONE: Will not validate GDPR on the client : oz_enforceGdpr is not set to true');
return false;
}
// maybe the module was built without consentManagement module so we won't find any gdpr information
if (!bidderRequest.hasOwnProperty('gdprConsent')) {
return false;
}
//
// FROM HERE ON : WE ARE DOING GDPR CHECKS
//
// If there is indeterminate GDPR (gdprConsent.consentString == undefined or not a string), we will DITCH this:
if (typeof bidderRequest.gdprConsent.consentString !== 'string') {
utils.logError('OZONE: Will block the request - bidderRequest.gdprConsent.consentString is not a string');
return true;
}
// IF the consentManagement module sends through the CMP information and user has refused all permissions:
if (this.failsGdprCheck(bidderRequest)) {
return true;
}
return false;
} |
JavaScript | failsGdprCheck(bidderRequest) {
let consentRequired = (typeof bidderRequest.gdprConsent.gdprApplies === 'boolean') ? bidderRequest.gdprConsent.gdprApplies : true;
if (consentRequired) {
let vendorConsentsObject = utils.deepAccess(bidderRequest.gdprConsent, 'vendorData');
if (!vendorConsentsObject || typeof vendorConsentsObject !== 'object') {
utils.logError('OZONE: gdpr test failed - bidderRequest.gdprConsent.vendorData is not an array');
return true;
}
if (!vendorConsentsObject.hasOwnProperty('purposeConsents')) {
return true;
}
if (typeof vendorConsentsObject.purposeConsents != 'object') {
return true;
}
if (!this.purposeConsentsAreOk((vendorConsentsObject.purposeConsents))) {
utils.logError('OZONE: gdpr test failed - missing Purposes consent');
return true;
}
if (!vendorConsentsObject.vendorConsents[524]) {
utils.logError('OZONE: gdpr test failed - missing Vendor ID consent');
return true;
}
}
return false;
} | failsGdprCheck(bidderRequest) {
let consentRequired = (typeof bidderRequest.gdprConsent.gdprApplies === 'boolean') ? bidderRequest.gdprConsent.gdprApplies : true;
if (consentRequired) {
let vendorConsentsObject = utils.deepAccess(bidderRequest.gdprConsent, 'vendorData');
if (!vendorConsentsObject || typeof vendorConsentsObject !== 'object') {
utils.logError('OZONE: gdpr test failed - bidderRequest.gdprConsent.vendorData is not an array');
return true;
}
if (!vendorConsentsObject.hasOwnProperty('purposeConsents')) {
return true;
}
if (typeof vendorConsentsObject.purposeConsents != 'object') {
return true;
}
if (!this.purposeConsentsAreOk((vendorConsentsObject.purposeConsents))) {
utils.logError('OZONE: gdpr test failed - missing Purposes consent');
return true;
}
if (!vendorConsentsObject.vendorConsents[524]) {
utils.logError('OZONE: gdpr test failed - missing Vendor ID consent');
return true;
}
}
return false;
} |
JavaScript | function injectAdIdsIntoAllBidResponses(seatbid) {
utils.logInfo('injectAdIdsIntoAllBidResponses', seatbid);
for (let i = 0; i < seatbid.length; i++) {
let sb = seatbid[i];
for (let j = 0; j < sb.bid.length; j++) {
// modify the bidId per-bid, so each bid has a unique adId within this response, and dfp can select one.
sb.bid[j]['adId'] = sb.bid[j]['impid'] + '-' + i;
}
}
return seatbid;
} | function injectAdIdsIntoAllBidResponses(seatbid) {
utils.logInfo('injectAdIdsIntoAllBidResponses', seatbid);
for (let i = 0; i < seatbid.length; i++) {
let sb = seatbid[i];
for (let j = 0; j < sb.bid.length; j++) {
// modify the bidId per-bid, so each bid has a unique adId within this response, and dfp can select one.
sb.bid[j]['adId'] = sb.bid[j]['impid'] + '-' + i;
}
}
return seatbid;
} |
JavaScript | function mockCmp(command, version, callback, parameter) {
var resultVal;
if (command == 'ping') {
resultVal = {
gdprAppliesGlobally: mockCmp.stubSettings.isGlobal
};
callback(resultVal);
} else if (command == 'getVendorConsents') {
let cbResult = {
vendorConsents: []
}
cbResult.vendorConsents[version] = mockCmp.stubSettings.consents;
callback(cbResult);
}
} | function mockCmp(command, version, callback, parameter) {
var resultVal;
if (command == 'ping') {
resultVal = {
gdprAppliesGlobally: mockCmp.stubSettings.isGlobal
};
callback(resultVal);
} else if (command == 'getVendorConsents') {
let cbResult = {
vendorConsents: []
}
cbResult.vendorConsents[version] = mockCmp.stubSettings.consents;
callback(cbResult);
}
} |
JavaScript | function transformSizes(requestSizes) {
let sizes = [];
let sizeObj = {};
if (utils.isArray(requestSizes) && requestSizes.length === 2 && !utils.isArray(requestSizes[0])) {
sizeObj.width = parseInt(requestSizes[0], 10);
sizeObj.height = parseInt(requestSizes[1], 10);
sizes.push(sizeObj);
} else if (typeof requestSizes === 'object') {
for (let i = 0; i < requestSizes.length; i++) {
let size = requestSizes[i];
sizeObj = {};
sizeObj.width = parseInt(size[0], 10);
sizeObj.height = parseInt(size[1], 10);
sizes.push(sizeObj);
}
}
return sizes;
} | function transformSizes(requestSizes) {
let sizes = [];
let sizeObj = {};
if (utils.isArray(requestSizes) && requestSizes.length === 2 && !utils.isArray(requestSizes[0])) {
sizeObj.width = parseInt(requestSizes[0], 10);
sizeObj.height = parseInt(requestSizes[1], 10);
sizes.push(sizeObj);
} else if (typeof requestSizes === 'object') {
for (let i = 0; i < requestSizes.length; i++) {
let size = requestSizes[i];
sizeObj = {};
sizeObj.width = parseInt(size[0], 10);
sizeObj.height = parseInt(size[1], 10);
sizes.push(sizeObj);
}
}
return sizes;
} |
JavaScript | function checkAdUnitSetupHook(adUnits) {
return adUnits.filter(adUnit => {
const mediaTypes = adUnit.mediaTypes;
if (!mediaTypes || Object.keys(mediaTypes).length === 0) {
utils.logError(`Detected adUnit.code '${adUnit.code}' did not have a 'mediaTypes' object defined. This is a required field for the auction, so this adUnit has been removed.`);
return false;
}
if (mediaTypes.banner) {
const banner = mediaTypes.banner;
if (banner.sizes) {
adUnitSetupChecks.validateBannerMediaType(adUnit);
} else if (banner.sizeConfig) {
if (Array.isArray(banner.sizeConfig)) {
let deleteBannerMediaType = false;
banner.sizeConfig.forEach((config, index) => {
// verify if all config objects include "minViewPort" and "sizes" property.
// if not, remove the mediaTypes.banner object
const keys = Object.keys(config);
if (!(includes(keys, 'minViewPort') && includes(keys, 'sizes'))) {
utils.logError(`Ad Unit: ${adUnit.code}: mediaTypes.banner.sizeConfig[${index}] is missing required property minViewPort or sizes or both.`);
deleteBannerMediaType = true;
return;
}
// check if the config.sizes property is in [w, h] format, if yes, change it to [[w, h]] format.
const bannerSizes = adUnitSetupChecks.validateSizes(config.sizes);
if (utils.isArrayOfNums(config.minViewPort, 2)) {
if (config.sizes.length > 0 && bannerSizes.length > 0) {
config.sizes = bannerSizes;
} else if (config.sizes.length === 0) {
// If a size bucket doesn't have any sizes, sizes is an empty array, i.e. sizes: []. This check takes care of that.
config.sizes = [config.sizes];
} else {
utils.logError(`Ad Unit: ${adUnit.code}: mediaTypes.banner.sizeConfig[${index}] has propery sizes declared with invalid value. Please ensure the sizes are listed like: [[300, 250], ...] or like: [] if no sizes are present for that size bucket.`);
deleteBannerMediaType = true;
}
} else {
utils.logError(`Ad Unit: ${adUnit.code}: mediaTypes.banner.sizeConfig[${index}] has property minViewPort decalared with invalid value. Please ensure minViewPort is an Array and is listed like: [700, 0]. Declaring an empty array is not allowed, instead use: [0, 0].`);
deleteBannerMediaType = true;
}
});
if (deleteBannerMediaType) {
utils.logInfo(`Ad Unit: ${adUnit.code}: mediaTypes.banner has been removed due to error in sizeConfig.`);
delete adUnit.mediaTypes.banner;
}
} else {
utils.logError(`Ad Unit: ${adUnit.code}: mediaTypes.banner.sizeConfig is NOT an Array. Removing the invalid object mediaTypes.banner from Ad Unit.`);
delete adUnit.mediaTypes.banner;
}
} else {
utils.logError('Detected a mediaTypes.banner object did not include required property sizes or sizeConfig. Removing invalid mediaTypes.banner object from Ad Unit.');
delete adUnit.mediaTypes.banner;
}
}
if (mediaTypes.video) {
const video = mediaTypes.video;
if (video.playerSize) {
adUnitSetupChecks.validateVideoMediaType(adUnit);
} else if (video.sizeConfig) {
if (Array.isArray(video.sizeConfig)) {
let deleteVideoMediaType = false;
video.sizeConfig.forEach((config, index) => {
// verify if all config objects include "minViewPort" and "playerSize" property.
// if not, remove the mediaTypes.video object
const keys = Object.keys(config);
if (!(includes(keys, 'minViewPort') && includes(keys, 'playerSize'))) {
utils.logError(`Ad Unit: ${adUnit.code}: mediaTypes.video.sizeConfig[${index}] is missing required property minViewPort or playerSize or both. Removing the invalid property mediaTypes.video.sizeConfig from Ad Unit.`);
deleteVideoMediaType = true;
return;
}
// check if the config.playerSize property is in [w, h] format, if yes, change it to [[w, h]] format.
let tarPlayerSizeLen = (typeof config.playerSize[0] === 'number') ? 2 : 1;
const videoSizes = adUnitSetupChecks.validateSizes(config.playerSize, tarPlayerSizeLen);
if (utils.isArrayOfNums(config.minViewPort, 2)) {
if (tarPlayerSizeLen === 2) {
utils.logInfo('Transforming video.playerSize from [640,480] to [[640,480]] so it\'s in the proper format.');
}
if (config.playerSize.length > 0 && videoSizes.length > 0) {
config.playerSize = videoSizes;
} else if (config.playerSize.length === 0) {
// If a size bucket doesn't have any playerSize, playerSize is an empty array, i.e. playerSize: []. This check takes care of that.
config.playerSize = [config.playerSize];
} else {
utils.logError(`Ad Unit: ${adUnit.code}: mediaTypes.video.sizeConfig[${index}] has propery playerSize declared with invalid value. Please ensure the playerSize is listed like: [640, 480] or like: [] if no playerSize is present for that size bucket.`);
deleteVideoMediaType = true;
}
} else {
utils.logError(`Ad Unit: ${adUnit.code}: mediaTypes.video.sizeConfig[${index}] has property minViewPort decalared with invalid value. Please ensure minViewPort is an Array and is listed like: [700, 0]. Declaring an empty array is not allowed, instead use: [0, 0].`);
deleteVideoMediaType = true;
}
});
if (deleteVideoMediaType) {
utils.logInfo(`Ad Unit: ${adUnit.code}: mediaTypes.video.sizeConfig has been removed due to error in sizeConfig.`);
delete adUnit.mediaTypes.video.sizeConfig;
}
} else {
utils.logError(`Ad Unit: ${adUnit.code}: mediaTypes.video.sizeConfig is NOT an Array. Removing the invalid property mediaTypes.video.sizeConfig from Ad Unit.`);
return delete adUnit.mediaTypes.video.sizeConfig;
}
}
}
if (mediaTypes.native) {
const native = mediaTypes.native;
adUnitSetupChecks.validateNativeMediaType(adUnit);
if (mediaTypes.native.sizeConfig) {
native.sizeConfig.forEach(config => {
// verify if all config objects include "minViewPort" and "active" property.
// if not, remove the mediaTypes.native object
const keys = Object.keys(config);
if (!(includes(keys, 'minViewPort') && includes(keys, 'active'))) {
utils.logError(`Ad Unit: ${adUnit.code}: mediaTypes.native.sizeConfig is missing required property minViewPort or active or both. Removing the invalid property mediaTypes.native.sizeConfig from Ad Unit.`);
return delete adUnit.mediaTypes.native.sizeConfig;
}
if (!(utils.isArrayOfNums(config.minViewPort, 2) && typeof config.active === 'boolean')) {
utils.logError(`Ad Unit: ${adUnit.code}: mediaTypes.native.sizeConfig has properties minViewPort or active decalared with invalid values. Removing the invalid property mediaTypes.native.sizeConfig from Ad Unit.`);
return delete adUnit.mediaTypes.native.sizeConfig;
}
});
}
}
return true;
});
} | function checkAdUnitSetupHook(adUnits) {
return adUnits.filter(adUnit => {
const mediaTypes = adUnit.mediaTypes;
if (!mediaTypes || Object.keys(mediaTypes).length === 0) {
utils.logError(`Detected adUnit.code '${adUnit.code}' did not have a 'mediaTypes' object defined. This is a required field for the auction, so this adUnit has been removed.`);
return false;
}
if (mediaTypes.banner) {
const banner = mediaTypes.banner;
if (banner.sizes) {
adUnitSetupChecks.validateBannerMediaType(adUnit);
} else if (banner.sizeConfig) {
if (Array.isArray(banner.sizeConfig)) {
let deleteBannerMediaType = false;
banner.sizeConfig.forEach((config, index) => {
// verify if all config objects include "minViewPort" and "sizes" property.
// if not, remove the mediaTypes.banner object
const keys = Object.keys(config);
if (!(includes(keys, 'minViewPort') && includes(keys, 'sizes'))) {
utils.logError(`Ad Unit: ${adUnit.code}: mediaTypes.banner.sizeConfig[${index}] is missing required property minViewPort or sizes or both.`);
deleteBannerMediaType = true;
return;
}
// check if the config.sizes property is in [w, h] format, if yes, change it to [[w, h]] format.
const bannerSizes = adUnitSetupChecks.validateSizes(config.sizes);
if (utils.isArrayOfNums(config.minViewPort, 2)) {
if (config.sizes.length > 0 && bannerSizes.length > 0) {
config.sizes = bannerSizes;
} else if (config.sizes.length === 0) {
// If a size bucket doesn't have any sizes, sizes is an empty array, i.e. sizes: []. This check takes care of that.
config.sizes = [config.sizes];
} else {
utils.logError(`Ad Unit: ${adUnit.code}: mediaTypes.banner.sizeConfig[${index}] has propery sizes declared with invalid value. Please ensure the sizes are listed like: [[300, 250], ...] or like: [] if no sizes are present for that size bucket.`);
deleteBannerMediaType = true;
}
} else {
utils.logError(`Ad Unit: ${adUnit.code}: mediaTypes.banner.sizeConfig[${index}] has property minViewPort decalared with invalid value. Please ensure minViewPort is an Array and is listed like: [700, 0]. Declaring an empty array is not allowed, instead use: [0, 0].`);
deleteBannerMediaType = true;
}
});
if (deleteBannerMediaType) {
utils.logInfo(`Ad Unit: ${adUnit.code}: mediaTypes.banner has been removed due to error in sizeConfig.`);
delete adUnit.mediaTypes.banner;
}
} else {
utils.logError(`Ad Unit: ${adUnit.code}: mediaTypes.banner.sizeConfig is NOT an Array. Removing the invalid object mediaTypes.banner from Ad Unit.`);
delete adUnit.mediaTypes.banner;
}
} else {
utils.logError('Detected a mediaTypes.banner object did not include required property sizes or sizeConfig. Removing invalid mediaTypes.banner object from Ad Unit.');
delete adUnit.mediaTypes.banner;
}
}
if (mediaTypes.video) {
const video = mediaTypes.video;
if (video.playerSize) {
adUnitSetupChecks.validateVideoMediaType(adUnit);
} else if (video.sizeConfig) {
if (Array.isArray(video.sizeConfig)) {
let deleteVideoMediaType = false;
video.sizeConfig.forEach((config, index) => {
// verify if all config objects include "minViewPort" and "playerSize" property.
// if not, remove the mediaTypes.video object
const keys = Object.keys(config);
if (!(includes(keys, 'minViewPort') && includes(keys, 'playerSize'))) {
utils.logError(`Ad Unit: ${adUnit.code}: mediaTypes.video.sizeConfig[${index}] is missing required property minViewPort or playerSize or both. Removing the invalid property mediaTypes.video.sizeConfig from Ad Unit.`);
deleteVideoMediaType = true;
return;
}
// check if the config.playerSize property is in [w, h] format, if yes, change it to [[w, h]] format.
let tarPlayerSizeLen = (typeof config.playerSize[0] === 'number') ? 2 : 1;
const videoSizes = adUnitSetupChecks.validateSizes(config.playerSize, tarPlayerSizeLen);
if (utils.isArrayOfNums(config.minViewPort, 2)) {
if (tarPlayerSizeLen === 2) {
utils.logInfo('Transforming video.playerSize from [640,480] to [[640,480]] so it\'s in the proper format.');
}
if (config.playerSize.length > 0 && videoSizes.length > 0) {
config.playerSize = videoSizes;
} else if (config.playerSize.length === 0) {
// If a size bucket doesn't have any playerSize, playerSize is an empty array, i.e. playerSize: []. This check takes care of that.
config.playerSize = [config.playerSize];
} else {
utils.logError(`Ad Unit: ${adUnit.code}: mediaTypes.video.sizeConfig[${index}] has propery playerSize declared with invalid value. Please ensure the playerSize is listed like: [640, 480] or like: [] if no playerSize is present for that size bucket.`);
deleteVideoMediaType = true;
}
} else {
utils.logError(`Ad Unit: ${adUnit.code}: mediaTypes.video.sizeConfig[${index}] has property minViewPort decalared with invalid value. Please ensure minViewPort is an Array and is listed like: [700, 0]. Declaring an empty array is not allowed, instead use: [0, 0].`);
deleteVideoMediaType = true;
}
});
if (deleteVideoMediaType) {
utils.logInfo(`Ad Unit: ${adUnit.code}: mediaTypes.video.sizeConfig has been removed due to error in sizeConfig.`);
delete adUnit.mediaTypes.video.sizeConfig;
}
} else {
utils.logError(`Ad Unit: ${adUnit.code}: mediaTypes.video.sizeConfig is NOT an Array. Removing the invalid property mediaTypes.video.sizeConfig from Ad Unit.`);
return delete adUnit.mediaTypes.video.sizeConfig;
}
}
}
if (mediaTypes.native) {
const native = mediaTypes.native;
adUnitSetupChecks.validateNativeMediaType(adUnit);
if (mediaTypes.native.sizeConfig) {
native.sizeConfig.forEach(config => {
// verify if all config objects include "minViewPort" and "active" property.
// if not, remove the mediaTypes.native object
const keys = Object.keys(config);
if (!(includes(keys, 'minViewPort') && includes(keys, 'active'))) {
utils.logError(`Ad Unit: ${adUnit.code}: mediaTypes.native.sizeConfig is missing required property minViewPort or active or both. Removing the invalid property mediaTypes.native.sizeConfig from Ad Unit.`);
return delete adUnit.mediaTypes.native.sizeConfig;
}
if (!(utils.isArrayOfNums(config.minViewPort, 2) && typeof config.active === 'boolean')) {
utils.logError(`Ad Unit: ${adUnit.code}: mediaTypes.native.sizeConfig has properties minViewPort or active decalared with invalid values. Removing the invalid property mediaTypes.native.sizeConfig from Ad Unit.`);
return delete adUnit.mediaTypes.native.sizeConfig;
}
});
}
}
return true;
});
} |
JavaScript | function checkBidderSizeConfigFormat(sizeConfig) {
let didCheckPass = true;
if (Array.isArray(sizeConfig) && sizeConfig.length > 0) {
sizeConfig.forEach(config => {
const keys = Object.keys(config);
if ((includes(keys, 'minViewPort') &&
includes(keys, 'relevantMediaTypes')) &&
utils.isArrayOfNums(config.minViewPort, 2) &&
Array.isArray(config.relevantMediaTypes) &&
config.relevantMediaTypes.length > 0 &&
(config.relevantMediaTypes.length > 1 ? (config.relevantMediaTypes.every(mt => (includes(['banner', 'video', 'native'], mt))))
: (['none', 'banner', 'video', 'native'].indexOf(config.relevantMediaTypes[0]) > -1))) {
didCheckPass = didCheckPass && true;
} else {
didCheckPass = false;
}
});
} else {
didCheckPass = false;
}
return didCheckPass;
} | function checkBidderSizeConfigFormat(sizeConfig) {
let didCheckPass = true;
if (Array.isArray(sizeConfig) && sizeConfig.length > 0) {
sizeConfig.forEach(config => {
const keys = Object.keys(config);
if ((includes(keys, 'minViewPort') &&
includes(keys, 'relevantMediaTypes')) &&
utils.isArrayOfNums(config.minViewPort, 2) &&
Array.isArray(config.relevantMediaTypes) &&
config.relevantMediaTypes.length > 0 &&
(config.relevantMediaTypes.length > 1 ? (config.relevantMediaTypes.every(mt => (includes(['banner', 'video', 'native'], mt))))
: (['none', 'banner', 'video', 'native'].indexOf(config.relevantMediaTypes[0]) > -1))) {
didCheckPass = didCheckPass && true;
} else {
didCheckPass = false;
}
});
} else {
didCheckPass = false;
}
return didCheckPass;
} |
JavaScript | function isLabelActivated(bidOrAdUnit, activeLabels, adUnitCode, adUnitInstance) {
let labelOperator;
const labelsFound = Object.keys(bidOrAdUnit).filter(prop => prop === 'labelAny' || prop === 'labelAll');
if (labelsFound && labelsFound.length > 1) {
utils.logWarn(`Size Mapping V2:: ${(bidOrAdUnit.code)
? (`Ad Unit: ${bidOrAdUnit.code}(${adUnitInstance}) => Ad unit has multiple label operators. Using the first declared operator: ${labelsFound[0]}`)
: (`Ad Unit: ${adUnitCode}(${adUnitInstance}), Bidder: ${bidOrAdUnit.bidder} => Bidder has multiple label operators. Using the first declared operator: ${labelsFound[0]}`)}`);
}
labelOperator = labelsFound[0];
if (labelOperator && !activeLabels) {
utils.logWarn(`Size Mapping V2:: ${(bidOrAdUnit.code)
? (`Ad Unit: ${bidOrAdUnit.code}(${adUnitInstance}) => Found '${labelOperator}' on ad unit, but 'labels' is not set. Did you pass 'labels' to pbjs.requestBids() ?`)
: (`Ad Unit: ${adUnitCode}(${adUnitInstance}), Bidder: ${bidOrAdUnit.bidder} => Found '${labelOperator}' on bidder, but 'labels' is not set. Did you pass 'labels' to pbjs.requestBids() ?`)}`);
return true;
}
if (labelOperator === 'labelAll' && Array.isArray(bidOrAdUnit[labelOperator])) {
if (bidOrAdUnit.labelAll.length === 0) {
utils.logWarn(`Size Mapping V2:: Ad Unit: ${bidOrAdUnit.code}(${adUnitInstance}) => Ad unit has declared property 'labelAll' with an empty array.`);
return true;
}
return bidOrAdUnit.labelAll.every(label => includes(activeLabels, label));
} else if (labelOperator === 'labelAny' && Array.isArray(bidOrAdUnit[labelOperator])) {
if (bidOrAdUnit.labelAny.length === 0) {
utils.logWarn(`Size Mapping V2:: Ad Unit: ${bidOrAdUnit.code}(${adUnitInstance}) => Ad unit has declared property 'labelAny' with an empty array.`);
return true;
}
return bidOrAdUnit.labelAny.some(label => includes(activeLabels, label));
}
return true;
} | function isLabelActivated(bidOrAdUnit, activeLabels, adUnitCode, adUnitInstance) {
let labelOperator;
const labelsFound = Object.keys(bidOrAdUnit).filter(prop => prop === 'labelAny' || prop === 'labelAll');
if (labelsFound && labelsFound.length > 1) {
utils.logWarn(`Size Mapping V2:: ${(bidOrAdUnit.code)
? (`Ad Unit: ${bidOrAdUnit.code}(${adUnitInstance}) => Ad unit has multiple label operators. Using the first declared operator: ${labelsFound[0]}`)
: (`Ad Unit: ${adUnitCode}(${adUnitInstance}), Bidder: ${bidOrAdUnit.bidder} => Bidder has multiple label operators. Using the first declared operator: ${labelsFound[0]}`)}`);
}
labelOperator = labelsFound[0];
if (labelOperator && !activeLabels) {
utils.logWarn(`Size Mapping V2:: ${(bidOrAdUnit.code)
? (`Ad Unit: ${bidOrAdUnit.code}(${adUnitInstance}) => Found '${labelOperator}' on ad unit, but 'labels' is not set. Did you pass 'labels' to pbjs.requestBids() ?`)
: (`Ad Unit: ${adUnitCode}(${adUnitInstance}), Bidder: ${bidOrAdUnit.bidder} => Found '${labelOperator}' on bidder, but 'labels' is not set. Did you pass 'labels' to pbjs.requestBids() ?`)}`);
return true;
}
if (labelOperator === 'labelAll' && Array.isArray(bidOrAdUnit[labelOperator])) {
if (bidOrAdUnit.labelAll.length === 0) {
utils.logWarn(`Size Mapping V2:: Ad Unit: ${bidOrAdUnit.code}(${adUnitInstance}) => Ad unit has declared property 'labelAll' with an empty array.`);
return true;
}
return bidOrAdUnit.labelAll.every(label => includes(activeLabels, label));
} else if (labelOperator === 'labelAny' && Array.isArray(bidOrAdUnit[labelOperator])) {
if (bidOrAdUnit.labelAny.length === 0) {
utils.logWarn(`Size Mapping V2:: Ad Unit: ${bidOrAdUnit.code}(${adUnitInstance}) => Ad unit has declared property 'labelAny' with an empty array.`);
return true;
}
return bidOrAdUnit.labelAny.some(label => includes(activeLabels, label));
}
return true;
} |
JavaScript | function isSizeConfigActivated(mediaType, sizeConfig) {
switch (mediaType) {
case 'banner':
// we need this check, sizeConfig.sizes[0].length > 0, in place because a sizeBucket can have sizes: [],
// gets converted to sizes: [[]] in the checkAdUnitSetupHook function
return sizeConfig.sizes && sizeConfig.sizes.length > 0 && sizeConfig.sizes[0].length > 0;
case 'video':
// for why we need the last check, read the above comment
return sizeConfig.playerSize && sizeConfig.playerSize.length > 0 && sizeConfig.playerSize[0].length > 0;
case 'native':
return sizeConfig.active;
default:
return false;
}
} | function isSizeConfigActivated(mediaType, sizeConfig) {
switch (mediaType) {
case 'banner':
// we need this check, sizeConfig.sizes[0].length > 0, in place because a sizeBucket can have sizes: [],
// gets converted to sizes: [[]] in the checkAdUnitSetupHook function
return sizeConfig.sizes && sizeConfig.sizes.length > 0 && sizeConfig.sizes[0].length > 0;
case 'video':
// for why we need the last check, read the above comment
return sizeConfig.playerSize && sizeConfig.playerSize.length > 0 && sizeConfig.playerSize[0].length > 0;
case 'native':
return sizeConfig.active;
default:
return false;
}
} |
JavaScript | function useVideoCacheStub(responses) {
let storeStub;
beforeEach(function () {
storeStub = sinon.stub(videoCache, 'store');
if (responses.store instanceof Error) {
storeStub.callsArgWith(1, responses.store);
} else {
storeStub.callsArgWith(1, null, responses.store);
}
});
afterEach(function () {
videoCache.store.restore();
});
return function() {
return {
store: storeStub
};
}
} | function useVideoCacheStub(responses) {
let storeStub;
beforeEach(function () {
storeStub = sinon.stub(videoCache, 'store');
if (responses.store instanceof Error) {
storeStub.callsArgWith(1, responses.store);
} else {
storeStub.callsArgWith(1, null, responses.store);
}
});
afterEach(function () {
videoCache.store.restore();
});
return function() {
return {
store: storeStub
};
}
} |
JavaScript | function isDfp() {
try {
const frameElement = window.frameElement;
const parentElement = window.frameElement.parentNode;
if (frameElement && parentElement) {
return (
frameElement.id.indexOf('google_ads_iframe') > -1 &&
parentElement.id.indexOf('google_ads_iframe') > -1
);
}
return false;
} catch (e) {
return false;
}
} | function isDfp() {
try {
const frameElement = window.frameElement;
const parentElement = window.frameElement.parentNode;
if (frameElement && parentElement) {
return (
frameElement.id.indexOf('google_ads_iframe') > -1 &&
parentElement.id.indexOf('google_ads_iframe') > -1
);
}
return false;
} catch (e) {
return false;
}
} |
JavaScript | function isAmp() {
try {
const ampContext = window.context || window.parent.context;
if (ampContext && ampContext.pageViewId) {
return ampContext;
}
return false;
} catch (e) {
return false;
}
} | function isAmp() {
try {
const ampContext = window.context || window.parent.context;
if (ampContext && ampContext.pageViewId) {
return ampContext;
}
return false;
} catch (e) {
return false;
}
} |
JavaScript | function isDFPSafeFrame() {
if (window.location && window.location.href) {
const href = window.location.href;
return (
isSafeFrame() &&
href.indexOf('google') !== -1 &&
href.indexOf('safeframe') !== -1
);
}
return false;
} | function isDFPSafeFrame() {
if (window.location && window.location.href) {
const href = window.location.href;
return (
isSafeFrame() &&
href.indexOf('google') !== -1 &&
href.indexOf('safeframe') !== -1
);
}
return false;
} |
JavaScript | function isSuperSandboxedIframe() {
const sacrificialIframe = window.document.createElement('iframe');
try {
sacrificialIframe.setAttribute('style', 'display:none');
window.document.body.appendChild(sacrificialIframe);
sacrificialIframe.contentWindow._testVar = true;
window.document.body.removeChild(sacrificialIframe);
return false;
} catch (e) {
window.document.body.removeChild(sacrificialIframe);
return true;
}
} | function isSuperSandboxedIframe() {
const sacrificialIframe = window.document.createElement('iframe');
try {
sacrificialIframe.setAttribute('style', 'display:none');
window.document.body.appendChild(sacrificialIframe);
sacrificialIframe.contentWindow._testVar = true;
window.document.body.removeChild(sacrificialIframe);
return false;
} catch (e) {
window.document.body.removeChild(sacrificialIframe);
return true;
}
} |
JavaScript | function validateRules(rule, consentData, currentModule, gvlid) {
// if vendor has exception => always true
if (includes(rule.vendorExceptions || [], currentModule)) {
return true;
}
// if enforcePurpose is false or purpose was granted isAllowed is true, otherwise false
const purposeAllowed = rule.enforcePurpose === false || utils.deepAccess(consentData, 'vendorData.purpose.consents.1') === true;
// if enforceVendor is false or vendor was granted isAllowed is true, otherwise false
const vendorAllowed = rule.enforceVendor === false || utils.deepAccess(consentData, `vendorData.vendor.consents.${gvlid}`) === true;
return purposeAllowed && vendorAllowed;
} | function validateRules(rule, consentData, currentModule, gvlid) {
// if vendor has exception => always true
if (includes(rule.vendorExceptions || [], currentModule)) {
return true;
}
// if enforcePurpose is false or purpose was granted isAllowed is true, otherwise false
const purposeAllowed = rule.enforcePurpose === false || utils.deepAccess(consentData, 'vendorData.purpose.consents.1') === true;
// if enforceVendor is false or vendor was granted isAllowed is true, otherwise false
const vendorAllowed = rule.enforceVendor === false || utils.deepAccess(consentData, `vendorData.vendor.consents.${gvlid}`) === true;
return purposeAllowed && vendorAllowed;
} |
JavaScript | function deviceAccessHook(fn, gvlid, moduleName, result) {
result = Object.assign({}, {
hasEnforcementHook: true
});
if (!hasDeviceAccess()) {
utils.logWarn('Device access is disabled by Publisher');
result.valid = false;
fn.call(this, gvlid, moduleName, result);
} else {
const consentData = gdprDataHandler.getConsentData();
if (consentData && consentData.gdprApplies) {
if (consentData.apiVersion === 2) {
if (!gvlid) {
gvlid = getGvlid();
}
const curModule = moduleName || config.getCurrentBidder();
const purpose1Rule = find(enforcementRules, hasPurpose1);
let isAllowed = validateRules(purpose1Rule, consentData, curModule, gvlid);
if (isAllowed) {
result.valid = true;
fn.call(this, gvlid, moduleName, result);
} else {
utils.logWarn(`User denied Permission for Device access for ${curModule}`);
result.valid = false;
fn.call(this, gvlid, moduleName, result);
}
} else {
utils.logInfo('Enforcing TCF2 only');
result.valid = true;
fn.call(this, gvlid, moduleName, result);
}
} else {
result.valid = true;
fn.call(this, gvlid, moduleName, result);
}
}
} | function deviceAccessHook(fn, gvlid, moduleName, result) {
result = Object.assign({}, {
hasEnforcementHook: true
});
if (!hasDeviceAccess()) {
utils.logWarn('Device access is disabled by Publisher');
result.valid = false;
fn.call(this, gvlid, moduleName, result);
} else {
const consentData = gdprDataHandler.getConsentData();
if (consentData && consentData.gdprApplies) {
if (consentData.apiVersion === 2) {
if (!gvlid) {
gvlid = getGvlid();
}
const curModule = moduleName || config.getCurrentBidder();
const purpose1Rule = find(enforcementRules, hasPurpose1);
let isAllowed = validateRules(purpose1Rule, consentData, curModule, gvlid);
if (isAllowed) {
result.valid = true;
fn.call(this, gvlid, moduleName, result);
} else {
utils.logWarn(`User denied Permission for Device access for ${curModule}`);
result.valid = false;
fn.call(this, gvlid, moduleName, result);
}
} else {
utils.logInfo('Enforcing TCF2 only');
result.valid = true;
fn.call(this, gvlid, moduleName, result);
}
} else {
result.valid = true;
fn.call(this, gvlid, moduleName, result);
}
}
} |
JavaScript | function userSyncHook(fn, ...args) {
const consentData = gdprDataHandler.getConsentData();
if (consentData && consentData.gdprApplies) {
if (consentData.apiVersion === 2) {
const gvlid = getGvlid();
const curBidder = config.getCurrentBidder();
if (gvlid) {
const purpose1Rule = find(enforcementRules, hasPurpose1);
let isAllowed = validateRules(purpose1Rule, consentData, curBidder, gvlid);
if (isAllowed) {
fn.call(this, ...args);
} else {
utils.logWarn(`User sync not allowed for ${curBidder}`);
}
} else {
utils.logWarn(`User sync not allowed for ${curBidder}`);
}
} else {
utils.logInfo('Enforcing TCF2 only');
fn.call(this, ...args);
}
} else {
fn.call(this, ...args);
}
} | function userSyncHook(fn, ...args) {
const consentData = gdprDataHandler.getConsentData();
if (consentData && consentData.gdprApplies) {
if (consentData.apiVersion === 2) {
const gvlid = getGvlid();
const curBidder = config.getCurrentBidder();
if (gvlid) {
const purpose1Rule = find(enforcementRules, hasPurpose1);
let isAllowed = validateRules(purpose1Rule, consentData, curBidder, gvlid);
if (isAllowed) {
fn.call(this, ...args);
} else {
utils.logWarn(`User sync not allowed for ${curBidder}`);
}
} else {
utils.logWarn(`User sync not allowed for ${curBidder}`);
}
} else {
utils.logInfo('Enforcing TCF2 only');
fn.call(this, ...args);
}
} else {
fn.call(this, ...args);
}
} |
JavaScript | function userIdHook(fn, submodules, consentData) {
if (consentData && consentData.gdprApplies) {
if (consentData.apiVersion === 2) {
let userIdModules = submodules.map((submodule) => {
const gvlid = submodule.submodule.gvlid;
const moduleName = submodule.submodule.name;
if (gvlid) {
const purpose1Rule = find(enforcementRules, hasPurpose1);
let isAllowed = validateRules(purpose1Rule, consentData, moduleName, gvlid);
if (isAllowed) {
return submodule;
} else {
utils.logWarn(`User denied permission to fetch user id for ${moduleName} User id module`);
}
} else {
utils.logWarn(`User denied permission to fetch user id for ${moduleName} User id module`);
}
return undefined;
}).filter(module => module)
fn.call(this, userIdModules, {...consentData, hasValidated: true});
} else {
utils.logInfo('Enforcing TCF2 only');
fn.call(this, submodules, consentData);
}
} else {
fn.call(this, submodules, consentData);
}
} | function userIdHook(fn, submodules, consentData) {
if (consentData && consentData.gdprApplies) {
if (consentData.apiVersion === 2) {
let userIdModules = submodules.map((submodule) => {
const gvlid = submodule.submodule.gvlid;
const moduleName = submodule.submodule.name;
if (gvlid) {
const purpose1Rule = find(enforcementRules, hasPurpose1);
let isAllowed = validateRules(purpose1Rule, consentData, moduleName, gvlid);
if (isAllowed) {
return submodule;
} else {
utils.logWarn(`User denied permission to fetch user id for ${moduleName} User id module`);
}
} else {
utils.logWarn(`User denied permission to fetch user id for ${moduleName} User id module`);
}
return undefined;
}).filter(module => module)
fn.call(this, userIdModules, {...consentData, hasValidated: true});
} else {
utils.logInfo('Enforcing TCF2 only');
fn.call(this, submodules, consentData);
}
} else {
fn.call(this, submodules, consentData);
}
} |
JavaScript | function bidResponseAvailable(request, response) {
const idToImpMap = {};
const idToBidMap = {};
const idToSlotConfig = {};
const bidResponse = response.body
// extract the request bids and the response bids, keyed by impr-id
const ortbRequest = request.data;
ortbRequest.imp.forEach(imp => {
idToImpMap[imp.id] = imp;
});
if (bidResponse) {
bidResponse.seatbid.forEach(seatBid => seatBid.bid.forEach(bid => {
idToBidMap[bid.impid] = bid;
}));
}
if (request.bidderRequest && request.bidderRequest.bids) {
request.bidderRequest.bids.forEach(bid => {
idToSlotConfig[bid.bidId] = bid;
});
}
const bids = [];
Object.keys(idToImpMap).forEach(id => {
if (idToBidMap[id]) {
const bid = {
requestId: id,
cpm: idToBidMap[id].price,
creative_id: idToBidMap[id].crid,
creativeId: idToBidMap[id].crid,
adId: id,
ttl: idToBidMap[id].exp || DEFAULT_BID_TTL,
netRevenue: DEFAULT_NET_REVENUE,
currency: bidResponse.cur || DEFAULT_CURRENCY
};
if (idToImpMap[id]['native']) {
bid['native'] = nativeResponse(idToImpMap[id], idToBidMap[id]);
bid.mediaType = 'native';
} else if (idToImpMap[id].video) {
// for outstream, a renderer is specified
if (idToSlotConfig[id] && utils.deepAccess(idToSlotConfig[id], 'mediaTypes.video.context') === 'outstream') {
bid.renderer = outstreamRenderer(utils.deepAccess(idToSlotConfig[id], 'renderer.options'), utils.deepAccess(idToBidMap[id], 'ext.outstream'));
}
bid.vastXml = idToBidMap[id].adm;
bid.mediaType = 'video';
bid.width = idToBidMap[id].w;
bid.height = idToBidMap[id].h;
} else {
bid.ad = idToBidMap[id].adm;
bid.width = idToBidMap[id].w || idToImpMap[id].banner.w;
bid.height = idToBidMap[id].h || idToImpMap[id].banner.h;
}
bids.push(bid);
}
});
return bids;
} | function bidResponseAvailable(request, response) {
const idToImpMap = {};
const idToBidMap = {};
const idToSlotConfig = {};
const bidResponse = response.body
// extract the request bids and the response bids, keyed by impr-id
const ortbRequest = request.data;
ortbRequest.imp.forEach(imp => {
idToImpMap[imp.id] = imp;
});
if (bidResponse) {
bidResponse.seatbid.forEach(seatBid => seatBid.bid.forEach(bid => {
idToBidMap[bid.impid] = bid;
}));
}
if (request.bidderRequest && request.bidderRequest.bids) {
request.bidderRequest.bids.forEach(bid => {
idToSlotConfig[bid.bidId] = bid;
});
}
const bids = [];
Object.keys(idToImpMap).forEach(id => {
if (idToBidMap[id]) {
const bid = {
requestId: id,
cpm: idToBidMap[id].price,
creative_id: idToBidMap[id].crid,
creativeId: idToBidMap[id].crid,
adId: id,
ttl: idToBidMap[id].exp || DEFAULT_BID_TTL,
netRevenue: DEFAULT_NET_REVENUE,
currency: bidResponse.cur || DEFAULT_CURRENCY
};
if (idToImpMap[id]['native']) {
bid['native'] = nativeResponse(idToImpMap[id], idToBidMap[id]);
bid.mediaType = 'native';
} else if (idToImpMap[id].video) {
// for outstream, a renderer is specified
if (idToSlotConfig[id] && utils.deepAccess(idToSlotConfig[id], 'mediaTypes.video.context') === 'outstream') {
bid.renderer = outstreamRenderer(utils.deepAccess(idToSlotConfig[id], 'renderer.options'), utils.deepAccess(idToBidMap[id], 'ext.outstream'));
}
bid.vastXml = idToBidMap[id].adm;
bid.mediaType = 'video';
bid.width = idToBidMap[id].w;
bid.height = idToBidMap[id].h;
} else {
bid.ad = idToBidMap[id].adm;
bid.width = idToBidMap[id].w || idToImpMap[id].banner.w;
bid.height = idToBidMap[id].h || idToImpMap[id].banner.h;
}
bids.push(bid);
}
});
return bids;
} |
JavaScript | function banner(slot) {
const sizes = parseSizes(slot);
const size = adSize(slot, sizes);
return (slot.nativeParams || slot.params.video) ? null : {
w: size[0],
h: size[1],
battr: slot.params.battr,
format: sizes
};
} | function banner(slot) {
const sizes = parseSizes(slot);
const size = adSize(slot, sizes);
return (slot.nativeParams || slot.params.video) ? null : {
w: size[0],
h: size[1],
battr: slot.params.battr,
format: sizes
};
} |
JavaScript | function parseSizes(slot) {
const sizes = utils.deepAccess(slot, 'mediaTypes.banner.sizes');
if (sizes && utils.isArray(sizes)) {
return sizes.filter(sz => utils.isArray(sz) && sz.length === 2).map(sz => ({
w: sz[0],
h: sz[1]
}));
}
return null;
} | function parseSizes(slot) {
const sizes = utils.deepAccess(slot, 'mediaTypes.banner.sizes');
if (sizes && utils.isArray(sizes)) {
return sizes.filter(sz => utils.isArray(sz) && sz.length === 2).map(sz => ({
w: sz[0],
h: sz[1]
}));
}
return null;
} |
JavaScript | function user(bidRequest, bidderRequest) {
var ext = {};
if (bidderRequest) {
if (bidderRequest.gdprConsent) {
ext.consent = bidderRequest.gdprConsent.consentString;
}
}
if (bidRequest) {
if (bidRequest.userId) {
ext.eids = [];
addExternalUserId(ext.eids, bidRequest.userId.pubcid, 'pubcommon');
addExternalUserId(ext.eids, bidRequest.userId.britepoolid, 'britepool.com');
addExternalUserId(ext.eids, bidRequest.userId.criteoId, 'criteo');
addExternalUserId(ext.eids, bidRequest.userId.idl_env, 'identityLink');
addExternalUserId(ext.eids, bidRequest.userId.id5id, 'id5-sync.com');
addExternalUserId(ext.eids, bidRequest.userId.parrableid, 'parrable.com');
// liveintent
if (bidRequest.userId.lipb && bidRequest.userId.lipb.lipbid) {
addExternalUserId(ext.eids, bidRequest.userId.lipb.lipbid, 'liveintent.com');
}
// TTD
addExternalUserId(ext.eids, bidRequest.userId.tdid, 'adserver.org', {
rtiPartner: 'TDID'
});
// digitrust
const digitrustResponse = bidRequest.userId.digitrustid;
if (digitrustResponse && digitrustResponse.data) {
var digitrust = {};
if (digitrustResponse.data.id) {
digitrust.id = digitrustResponse.data.id;
}
if (digitrustResponse.data.keyv) {
digitrust.keyv = digitrustResponse.data.keyv;
}
ext.digitrust = digitrust;
}
}
}
return { ext };
} | function user(bidRequest, bidderRequest) {
var ext = {};
if (bidderRequest) {
if (bidderRequest.gdprConsent) {
ext.consent = bidderRequest.gdprConsent.consentString;
}
}
if (bidRequest) {
if (bidRequest.userId) {
ext.eids = [];
addExternalUserId(ext.eids, bidRequest.userId.pubcid, 'pubcommon');
addExternalUserId(ext.eids, bidRequest.userId.britepoolid, 'britepool.com');
addExternalUserId(ext.eids, bidRequest.userId.criteoId, 'criteo');
addExternalUserId(ext.eids, bidRequest.userId.idl_env, 'identityLink');
addExternalUserId(ext.eids, bidRequest.userId.id5id, 'id5-sync.com');
addExternalUserId(ext.eids, bidRequest.userId.parrableid, 'parrable.com');
// liveintent
if (bidRequest.userId.lipb && bidRequest.userId.lipb.lipbid) {
addExternalUserId(ext.eids, bidRequest.userId.lipb.lipbid, 'liveintent.com');
}
// TTD
addExternalUserId(ext.eids, bidRequest.userId.tdid, 'adserver.org', {
rtiPartner: 'TDID'
});
// digitrust
const digitrustResponse = bidRequest.userId.digitrustid;
if (digitrustResponse && digitrustResponse.data) {
var digitrust = {};
if (digitrustResponse.data.id) {
digitrust.id = digitrustResponse.data.id;
}
if (digitrustResponse.data.keyv) {
digitrust.keyv = digitrustResponse.data.keyv;
}
ext.digitrust = digitrust;
}
}
}
return { ext };
} |
JavaScript | function _getFeatures(bidRequest) {
if (!canAccessTopWindow()) return;
const w = utils.getWindowTop();
const adUnitCode = bidRequest.adUnitCode;
const adUnitElementId = bidRequest.params.adUnitElementId || _autoDetectAdUnitElementId(adUnitCode);
let element;
if (!adUnitElementId) {
utils.logWarn('Unable to detect adUnitElementId. Adagio measures won\'t start');
} else {
if (bidRequest.params.postBid === true) {
window.document.getElementById(adUnitElementId);
element = _getElementFromTopWindow(element, window);
w.ADAGIO.pbjsAdUnits.map((adUnit) => {
if (adUnit.code === adUnitCode) {
const outerElementId = element.getAttribute('id');
adUnit.outerAdUnitElementId = outerElementId;
bidRequest.params.outerAdUnitElementId = outerElementId;
}
});
} else {
element = w.document.getElementById(adUnitElementId);
}
}
const features = {
print_number: _features.getPrintNumber(bidRequest.adUnitCode).toString(),
page_dimensions: _features.getPageDimensions().toString(),
viewport_dimensions: _features.getViewPortDimensions().toString(),
dom_loading: _features.isDomLoading().toString(),
// layout: features.getLayout().toString(),
adunit_position: _features.getSlotPosition(element).toString(),
user_timestamp: _features.getTimestamp().toString(),
device: _features.getDevice().toString(),
url: w.location.origin + w.location.pathname,
browser: _features.getBrowser(),
os: _features.getOS()
};
const adUnitFeature = {};
adUnitFeature[adUnitElementId] = {
features: features,
version: FEATURES_VERSION
};
_pushInAdagioQueue({
action: 'features',
ts: Date.now(),
data: adUnitFeature
});
return features;
} | function _getFeatures(bidRequest) {
if (!canAccessTopWindow()) return;
const w = utils.getWindowTop();
const adUnitCode = bidRequest.adUnitCode;
const adUnitElementId = bidRequest.params.adUnitElementId || _autoDetectAdUnitElementId(adUnitCode);
let element;
if (!adUnitElementId) {
utils.logWarn('Unable to detect adUnitElementId. Adagio measures won\'t start');
} else {
if (bidRequest.params.postBid === true) {
window.document.getElementById(adUnitElementId);
element = _getElementFromTopWindow(element, window);
w.ADAGIO.pbjsAdUnits.map((adUnit) => {
if (adUnit.code === adUnitCode) {
const outerElementId = element.getAttribute('id');
adUnit.outerAdUnitElementId = outerElementId;
bidRequest.params.outerAdUnitElementId = outerElementId;
}
});
} else {
element = w.document.getElementById(adUnitElementId);
}
}
const features = {
print_number: _features.getPrintNumber(bidRequest.adUnitCode).toString(),
page_dimensions: _features.getPageDimensions().toString(),
viewport_dimensions: _features.getViewPortDimensions().toString(),
dom_loading: _features.isDomLoading().toString(),
// layout: features.getLayout().toString(),
adunit_position: _features.getSlotPosition(element).toString(),
user_timestamp: _features.getTimestamp().toString(),
device: _features.getDevice().toString(),
url: w.location.origin + w.location.pathname,
browser: _features.getBrowser(),
os: _features.getOS()
};
const adUnitFeature = {};
adUnitFeature[adUnitElementId] = {
features: features,
version: FEATURES_VERSION
};
_pushInAdagioQueue({
action: 'features',
ts: Date.now(),
data: adUnitFeature
});
return features;
} |
JavaScript | function extractTopWindowUrlFromBidRequest(bidRequest) {
if (bidRequest && utils.deepAccess(bidRequest, 'refererInfo.canonicalUrl')) {
return bidRequest.refererInfo.canonicalUrl;
}
try {
return window.top.location.href;
} catch (e) {
return window.location.href;
}
} | function extractTopWindowUrlFromBidRequest(bidRequest) {
if (bidRequest && utils.deepAccess(bidRequest, 'refererInfo.canonicalUrl')) {
return bidRequest.refererInfo.canonicalUrl;
}
try {
return window.top.location.href;
} catch (e) {
return window.location.href;
}
} |
JavaScript | function extractTopWindowReferrerFromBidRequest(bidRequest) {
if (bidRequest && utils.deepAccess(bidRequest, 'refererInfo.referer')) {
return bidRequest.refererInfo.referer;
}
try {
return window.top.document.referrer;
} catch (e) {
return window.document.referrer;
}
} | function extractTopWindowReferrerFromBidRequest(bidRequest) {
if (bidRequest && utils.deepAccess(bidRequest, 'refererInfo.referer')) {
return bidRequest.refererInfo.referer;
}
try {
return window.top.document.referrer;
} catch (e) {
return window.document.referrer;
}
} |
JavaScript | isBidRequestValid(bid) {
return (
!!bid.params.placeId &&
!!bid.params.placement &&
(
(getMediaTypeFromBid(bid) === BANNER && bid.params.placement === 'banner') ||
(getMediaTypeFromBid(bid) === VIDEO && bid.params.placement === 'video' && hasVideoMandatoryParams(bid.mediaTypes))
)
);
} | isBidRequestValid(bid) {
return (
!!bid.params.placeId &&
!!bid.params.placement &&
(
(getMediaTypeFromBid(bid) === BANNER && bid.params.placement === 'banner') ||
(getMediaTypeFromBid(bid) === VIDEO && bid.params.placement === 'video' && hasVideoMandatoryParams(bid.mediaTypes))
)
);
} |
JavaScript | buildRequests(validBidRequests, bidderRequest) {
const payload = {
url: bidderRequest.refererInfo.referer,
cmp: !!bidderRequest.gdprConsent,
trafficType: TRAFFIC_TYPE_WEB,
bidRequests: buildBidRequests(validBidRequests)
};
if (payload.cmp) {
const gdprApplies = bidderRequest.gdprConsent.gdprApplies;
if (gdprApplies !== undefined) payload['ga'] = gdprApplies;
payload['cs'] = bidderRequest.gdprConsent.consentString;
}
const payloadString = JSON.stringify(payload);
return {
method: 'POST',
url: DSP_ENDPOINT,
data: payloadString,
options: {
contentType: 'application/json'
}
}
} | buildRequests(validBidRequests, bidderRequest) {
const payload = {
url: bidderRequest.refererInfo.referer,
cmp: !!bidderRequest.gdprConsent,
trafficType: TRAFFIC_TYPE_WEB,
bidRequests: buildBidRequests(validBidRequests)
};
if (payload.cmp) {
const gdprApplies = bidderRequest.gdprConsent.gdprApplies;
if (gdprApplies !== undefined) payload['ga'] = gdprApplies;
payload['cs'] = bidderRequest.gdprConsent.consentString;
}
const payloadString = JSON.stringify(payload);
return {
method: 'POST',
url: DSP_ENDPOINT,
data: payloadString,
options: {
contentType: 'application/json'
}
}
} |
JavaScript | isBidRequestValid(bid) {
return getMediaTypeFromBid(bid) === VIDEO
? hasMandatoryParams(bid.params) && hasVideoMandatoryParams(bid.mediaTypes)
: hasMandatoryParams(bid.params);
} | isBidRequestValid(bid) {
return getMediaTypeFromBid(bid) === VIDEO
? hasMandatoryParams(bid.params) && hasVideoMandatoryParams(bid.mediaTypes)
: hasMandatoryParams(bid.params);
} |
JavaScript | buildRequests(validBidRequests, bidderRequest) {
const payload = {
url: bidderRequest.refererInfo.referer,
publisherToken: validBidRequests[0].params.publisherId,
cmp: !!bidderRequest.gdprConsent,
timeout: bidderRequest.timeout,
version: '$prebid.version$',
bidRequests: buildBidRequests(validBidRequests)
};
if (payload.cmp) {
const gdprApplies = bidderRequest.gdprConsent.gdprApplies;
if (gdprApplies !== undefined) payload['ga'] = gdprApplies;
payload['cd'] = bidderRequest.gdprConsent.consentString;
}
const payloadString = JSON.stringify(payload)
return {
method: 'POST',
url: SEEDTAG_SSP_ENDPOINT,
data: payloadString
}
} | buildRequests(validBidRequests, bidderRequest) {
const payload = {
url: bidderRequest.refererInfo.referer,
publisherToken: validBidRequests[0].params.publisherId,
cmp: !!bidderRequest.gdprConsent,
timeout: bidderRequest.timeout,
version: '$prebid.version$',
bidRequests: buildBidRequests(validBidRequests)
};
if (payload.cmp) {
const gdprApplies = bidderRequest.gdprConsent.gdprApplies;
if (gdprApplies !== undefined) payload['ga'] = gdprApplies;
payload['cd'] = bidderRequest.gdprConsent.consentString;
}
const payloadString = JSON.stringify(payload)
return {
method: 'POST',
url: SEEDTAG_SSP_ENDPOINT,
data: payloadString
}
} |
JavaScript | function createPrebidNativeAd(payload) {
return {
title: payload.products[0].title,
body: payload.products[0].description,
sponsoredBy: payload.advertiser.description,
icon: payload.advertiser.logo,
image: payload.products[0].image,
clickUrl: payload.products[0].click_url,
privacyLink: payload.privacy.optout_click_url,
privacyIcon: payload.privacy.optout_image_url,
cta: payload.products[0].call_to_action,
price: payload.products[0].price,
impressionTrackers: payload.impression_pixels.map(pix => pix.url)
};
} | function createPrebidNativeAd(payload) {
return {
title: payload.products[0].title,
body: payload.products[0].description,
sponsoredBy: payload.advertiser.description,
icon: payload.advertiser.logo,
image: payload.products[0].image,
clickUrl: payload.products[0].click_url,
privacyLink: payload.privacy.optout_click_url,
privacyIcon: payload.privacy.optout_image_url,
cta: payload.products[0].call_to_action,
price: payload.products[0].price,
impressionTrackers: payload.impression_pixels.map(pix => pix.url)
};
} |
JavaScript | function populateCards(comments) {
var $cards = $cardList.html('');
comments.forEach(function(comment) {
new Card({
text: comment.text,
module: comment.module,
indices: comment.indices}).appendTo($cards);
});
} | function populateCards(comments) {
var $cards = $cardList.html('');
comments.forEach(function(comment) {
new Card({
text: comment.text,
module: comment.module,
indices: comment.indices}).appendTo($cards);
});
} |
JavaScript | function showCards(show) {
var elements = {
'#no_comments': show,
'#yes_comments': !show,
'#cards': !show,
};
Object.keys(elements).forEach(function(key) {
$(key)[elements[key] ? 'addClass' : 'removeClass']('hidden');
});
} | function showCards(show) {
var elements = {
'#no_comments': show,
'#yes_comments': !show,
'#cards': !show,
};
Object.keys(elements).forEach(function(key) {
$(key)[elements[key] ? 'addClass' : 'removeClass']('hidden');
});
} |
JavaScript | function analysisStart(location) {
toggleSpinner(true);
// Poll the server for the comments
var id = setInterval(function() {
Ajax.checkStatus(location, function(response) {
// If no response, continue
if (!response) {return;}
// Otherwise, stop polling
clearInterval(id);
// Extract the comments
comments = response.comments;
// Hide the spinner
toggleSpinner(false);
// Populate and render the cards
populateCards(comments);
showCards(true);
// Initially all cards are selected
selectAllCards();
toggleUnhighlightAllButton(true);
listenOnCards();
});
}, CHECK_STATUS_DELAY);
} | function analysisStart(location) {
toggleSpinner(true);
// Poll the server for the comments
var id = setInterval(function() {
Ajax.checkStatus(location, function(response) {
// If no response, continue
if (!response) {return;}
// Otherwise, stop polling
clearInterval(id);
// Extract the comments
comments = response.comments;
// Hide the spinner
toggleSpinner(false);
// Populate and render the cards
populateCards(comments);
showCards(true);
// Initially all cards are selected
selectAllCards();
toggleUnhighlightAllButton(true);
listenOnCards();
});
}, CHECK_STATUS_DELAY);
} |
JavaScript | function Results({ children }) {
return (
<div className="results-overflow-container">
<ul className="results-group">{children}</ul>
</div>
);
} | function Results({ children }) {
return (
<div className="results-overflow-container">
<ul className="results-group">{children}</ul>
</div>
);
} |
JavaScript | function ajouterUnMois(stringDate){
let date = new Date(stringDate);
let mois = date.getMonth();
date.setMonth(mois+1);
return formaterLaDate(date);
} | function ajouterUnMois(stringDate){
let date = new Date(stringDate);
let mois = date.getMonth();
date.setMonth(mois+1);
return formaterLaDate(date);
} |
JavaScript | function utiliserDom(){
/*
* getElementsByTagName retourne un tableau des noeuds.
* https://developer.mozilla.org/en-US/docs/Web/API/Document/getElementsByTagName
*/
// Un seule élément body.
let parent = document.getElementsByTagName("body").item(0);
console.log(parent.tagName);
//Plusieurs éléments p.
let paragraphes = document.getElementsByTagName("p");
console.log(paragraphes.length);
let dernierP = paragraphes.item(paragraphes.length-2);
console.log(dernierP.innerHTML);
/*
* getElementById ne peut retourner qu'un élément. Id est unique.
* https://developer.mozilla.org/en-US/docs/Web/API/Document/getElementById
*/
let form = document.getElementById("f1");
console.log("Form.name: "+form.name);
/*
* Ajout d'un élément dans la structure
*/
let nouveauInput = document.createElement("input");
nouveauInput.setAttribute("type","text");
console.log(nouveauInput.name);
nouveauInput.setAttribute("name","t2");
console.log(nouveauInput.name);
form.appendChild(nouveauInput);
let nouveauParagraphe = document.createElement("p");
let texte = document.createTextNode("Nouveau paragraphe");
nouveauParagraphe.appendChild(texte);
/***
* Le noeud est une élément unique. S'il est réaffecté commen enfant
* d'un parent différent, il est déplacé dans l'IPM (GUI).
*/
parent.appendChild(nouveauParagraphe);
parent.insertBefore(nouveauParagraphe,form);
parent.appendChild(nouveauParagraphe);
/*
* Le noeud parent est utilisable avec parentNode.
* https://developer.mozilla.org/fr/docs/Web/API/Node/parentNode
*/
let noeud1 = document.getElementById("t1");
console.log("Noeud parent: "+noeud1.parentNode.name);
} | function utiliserDom(){
/*
* getElementsByTagName retourne un tableau des noeuds.
* https://developer.mozilla.org/en-US/docs/Web/API/Document/getElementsByTagName
*/
// Un seule élément body.
let parent = document.getElementsByTagName("body").item(0);
console.log(parent.tagName);
//Plusieurs éléments p.
let paragraphes = document.getElementsByTagName("p");
console.log(paragraphes.length);
let dernierP = paragraphes.item(paragraphes.length-2);
console.log(dernierP.innerHTML);
/*
* getElementById ne peut retourner qu'un élément. Id est unique.
* https://developer.mozilla.org/en-US/docs/Web/API/Document/getElementById
*/
let form = document.getElementById("f1");
console.log("Form.name: "+form.name);
/*
* Ajout d'un élément dans la structure
*/
let nouveauInput = document.createElement("input");
nouveauInput.setAttribute("type","text");
console.log(nouveauInput.name);
nouveauInput.setAttribute("name","t2");
console.log(nouveauInput.name);
form.appendChild(nouveauInput);
let nouveauParagraphe = document.createElement("p");
let texte = document.createTextNode("Nouveau paragraphe");
nouveauParagraphe.appendChild(texte);
/***
* Le noeud est une élément unique. S'il est réaffecté commen enfant
* d'un parent différent, il est déplacé dans l'IPM (GUI).
*/
parent.appendChild(nouveauParagraphe);
parent.insertBefore(nouveauParagraphe,form);
parent.appendChild(nouveauParagraphe);
/*
* Le noeud parent est utilisable avec parentNode.
* https://developer.mozilla.org/fr/docs/Web/API/Node/parentNode
*/
let noeud1 = document.getElementById("t1");
console.log("Noeud parent: "+noeud1.parentNode.name);
} |
JavaScript | async function takeScreenshot(screenshotRectangle) {
// Temporarily hide the rectangle element (so it's not included in the image)
screenshotRectangle.style.opacity = 0;
const canvas = await html2canvas(document.body, {
// Library misses x axis by ~8px so it is necessary to add it manually
allowTaint: true,
x: screenshotRectangle.getBoundingClientRect().x + 8,
y: screenshotRectangle.getBoundingClientRect().y,
scrollY: document.body.getBoundingClientRect().y,
width: screenshotRectangle.clientWidth,
height: screenshotRectangle.clientHeight,
useCORS: true
});
const imageUrl = canvas.toDataURL('image/png');
screenshotRectangle.style.opacity = 1;
return imageUrl;
} | async function takeScreenshot(screenshotRectangle) {
// Temporarily hide the rectangle element (so it's not included in the image)
screenshotRectangle.style.opacity = 0;
const canvas = await html2canvas(document.body, {
// Library misses x axis by ~8px so it is necessary to add it manually
allowTaint: true,
x: screenshotRectangle.getBoundingClientRect().x + 8,
y: screenshotRectangle.getBoundingClientRect().y,
scrollY: document.body.getBoundingClientRect().y,
width: screenshotRectangle.clientWidth,
height: screenshotRectangle.clientHeight,
useCORS: true
});
const imageUrl = canvas.toDataURL('image/png');
screenshotRectangle.style.opacity = 1;
return imageUrl;
} |
JavaScript | function binaryToArrayBuffer(binary) {
const length = binary.length;
let buffer = new ArrayBuffer(length);
let arr = new Uint8Array(buffer);
for (let i = 0; i < length; i++) {
arr[i] = binary.charCodeAt(i);
}
return buffer;
} | function binaryToArrayBuffer(binary) {
const length = binary.length;
let buffer = new ArrayBuffer(length);
let arr = new Uint8Array(buffer);
for (let i = 0; i < length; i++) {
arr[i] = binary.charCodeAt(i);
}
return buffer;
} |
JavaScript | async function attachImageToClipboard(imageDataUrl) {
const base64InBinary = atob(imageDataUrl.split('base64,')[1]);
const arrayBuffer = binaryToArrayBuffer(base64InBinary);
const imageBlob = new Blob([arrayBuffer], { type: 'image/png' });
await navigator.clipboard.write([
new ClipboardItem({
'image/png': imageBlob
})
]);
return imageBlob;
} | async function attachImageToClipboard(imageDataUrl) {
const base64InBinary = atob(imageDataUrl.split('base64,')[1]);
const arrayBuffer = binaryToArrayBuffer(base64InBinary);
const imageBlob = new Blob([arrayBuffer], { type: 'image/png' });
await navigator.clipboard.write([
new ClipboardItem({
'image/png': imageBlob
})
]);
return imageBlob;
} |
JavaScript | async function postTweet(pageLink, imageUrl) {
// Attach image to clipboard and read it
await attachImageToClipboard(imageUrl);
await navigator.clipboard.read();
window.open(`https://twitter.com/compose/tweet?text=${pageLink}`);
// Wait for page to load, ~2500ms
setTimeout(() => {
chrome.runtime.sendMessage({}, response => {});
}, 2500);
} | async function postTweet(pageLink, imageUrl) {
// Attach image to clipboard and read it
await attachImageToClipboard(imageUrl);
await navigator.clipboard.read();
window.open(`https://twitter.com/compose/tweet?text=${pageLink}`);
// Wait for page to load, ~2500ms
setTimeout(() => {
chrome.runtime.sendMessage({}, response => {});
}, 2500);
} |
JavaScript | function removeElement(element) {
try {
element.remove();
return element;
} catch (error) {
// Element doesn't exist, no action needed
return null;
}
} | function removeElement(element) {
try {
element.remove();
return element;
} catch (error) {
// Element doesn't exist, no action needed
return null;
}
} |
JavaScript | function dragMoveListener(event) {
var target = event.target;
// keep the dragged position in the data-x/data-y attributes
var x = (parseFloat(target.getAttribute('data-x')) || 0) + event.dx;
var y = (parseFloat(target.getAttribute('data-y')) || 0) + event.dy;
// translate the element
target.style.webkitTransform = target.style.transform =
'translate(' + x + 'px, ' + y + 'px)';
// update the position attributes
target.setAttribute('data-x', x);
target.setAttribute('data-y', y);
} | function dragMoveListener(event) {
var target = event.target;
// keep the dragged position in the data-x/data-y attributes
var x = (parseFloat(target.getAttribute('data-x')) || 0) + event.dx;
var y = (parseFloat(target.getAttribute('data-y')) || 0) + event.dy;
// translate the element
target.style.webkitTransform = target.style.transform =
'translate(' + x + 'px, ' + y + 'px)';
// update the position attributes
target.setAttribute('data-x', x);
target.setAttribute('data-y', y);
} |
JavaScript | function initCorners(element) {
const cornerIDs = [
'corner-top-left',
'corner-top-right',
'corner-bottom-left',
'corner-bottom-right'
];
// Attach 4 corners with their respective IDs
for (const cornerId of cornerIDs) {
const corner = document.createElement('div');
corner.id = cornerId;
element.appendChild(corner);
}
} | function initCorners(element) {
const cornerIDs = [
'corner-top-left',
'corner-top-right',
'corner-bottom-left',
'corner-bottom-right'
];
// Attach 4 corners with their respective IDs
for (const cornerId of cornerIDs) {
const corner = document.createElement('div');
corner.id = cornerId;
element.appendChild(corner);
}
} |
JavaScript | function initUsageMessage(element) {
const messageEl = document.createElement('div');
messageEl.id = 'screenshot-rectangle-message';
messageEl.textContent = 'Press "Enter" to Tweet!';
element.appendChild(messageEl);
} | function initUsageMessage(element) {
const messageEl = document.createElement('div');
messageEl.id = 'screenshot-rectangle-message';
messageEl.textContent = 'Press "Enter" to Tweet!';
element.appendChild(messageEl);
} |
JavaScript | function removeUsageMessage() {
const usageMessageEl = document.querySelector(
'#screenshot-rectangle-message'
);
if (usageMessageEl) {
usageMessageEl.remove();
}
return usageMessageEl;
} | function removeUsageMessage() {
const usageMessageEl = document.querySelector(
'#screenshot-rectangle-message'
);
if (usageMessageEl) {
usageMessageEl.remove();
}
return usageMessageEl;
} |
JavaScript | function analyzeTypeIntrospection(type) {
let isRequired = false
let itemsRequired = false
let isArray = false
// eslint-disable-next-line no-constant-condition
while (true) {
if (type.kind === KINDS.NON_NULL) {
// If we already know this is an array, then this NonNull means that the
// "items" are required
if (isArray) {
itemsRequired = true
} else {
// Otherwise, we are just saying that the outer thing (which may
// not be an array) is required
isRequired = true
}
} else if (type.kind === KINDS.LIST) {
isArray = true
} else {
break
}
type = type.ofType
}
return {
underlyingType: type,
isRequired,
isArray,
itemsRequired,
}
} | function analyzeTypeIntrospection(type) {
let isRequired = false
let itemsRequired = false
let isArray = false
// eslint-disable-next-line no-constant-condition
while (true) {
if (type.kind === KINDS.NON_NULL) {
// If we already know this is an array, then this NonNull means that the
// "items" are required
if (isArray) {
itemsRequired = true
} else {
// Otherwise, we are just saying that the outer thing (which may
// not be an array) is required
isRequired = true
}
} else if (type.kind === KINDS.LIST) {
isArray = true
} else {
break
}
type = type.ofType
}
return {
underlyingType: type,
isRequired,
isArray,
itemsRequired,
}
} |
JavaScript | function ourFunction(hljs) {
const VARIABLES = {
className: 'code',
begin: '\\$',
end: '\\w+',
excludeEnd: false,
}
const TYPES = {
className: 'type',
begin: '[^\\w][A-Z][a-z]',
end: '[!\\W]',
excludeEnd: false,
}
const FRAGMENT = {
className: 'type',
begin: /\.\.\./,
end: /Fragment\b/,
excludeEnd: false,
}
const ARGS = {
className: 'tag',
begin: /\(/,
end: /\)/,
excludeBegin: false,
excludeEnd: false,
contains: [TYPES, hljs.NUMBER_MODE, VARIABLES],
}
const LITERALS = {
keyword:
'query mutation subscription|10 input schema directive interface union scalar fragment|10 enum on ...',
literal: 'true false null',
}
const FIELD = {
className: 'symbol',
begin: /\w/,
end: /\n/,
keywords: LITERALS,
excludeEnd: true,
}
const QUERY = {
className: 'tag',
begin: /{/,
end: /}/,
contains: [FIELD, FRAGMENT],
excludeBegin: false,
excludeEnd: false,
relevance: 0,
illegal: '\\S',
}
FIELD.contains = [ARGS, QUERY]
return {
aliases: ['gql'],
keywords: LITERALS,
contains: [QUERY, FIELD],
illegal: /([;<']|BEGIN)/,
}
} | function ourFunction(hljs) {
const VARIABLES = {
className: 'code',
begin: '\\$',
end: '\\w+',
excludeEnd: false,
}
const TYPES = {
className: 'type',
begin: '[^\\w][A-Z][a-z]',
end: '[!\\W]',
excludeEnd: false,
}
const FRAGMENT = {
className: 'type',
begin: /\.\.\./,
end: /Fragment\b/,
excludeEnd: false,
}
const ARGS = {
className: 'tag',
begin: /\(/,
end: /\)/,
excludeBegin: false,
excludeEnd: false,
contains: [TYPES, hljs.NUMBER_MODE, VARIABLES],
}
const LITERALS = {
keyword:
'query mutation subscription|10 input schema directive interface union scalar fragment|10 enum on ...',
literal: 'true false null',
}
const FIELD = {
className: 'symbol',
begin: /\w/,
end: /\n/,
keywords: LITERALS,
excludeEnd: true,
}
const QUERY = {
className: 'tag',
begin: /{/,
end: /}/,
contains: [FIELD, FRAGMENT],
excludeBegin: false,
excludeEnd: false,
relevance: 0,
illegal: '\\S',
}
FIELD.contains = [ARGS, QUERY]
return {
aliases: ['gql'],
keywords: LITERALS,
contains: [QUERY, FIELD],
illegal: /([;<']|BEGIN)/,
}
} |
JavaScript | function hljsFunction(hljs) {
const regex = hljs.regex
const GQL_NAME = /[_A-Za-z][_0-9A-Za-z]*/
return {
name: 'GraphQL',
aliases: ['gql'],
case_insensitive: true,
disableAutodetect: false,
keywords: {
keyword: [
'query',
'mutation',
'subscription',
'type',
'input',
'schema',
'directive',
'interface',
'union',
'scalar',
'fragment',
'enum',
'on',
],
literal: ['true', 'false', 'null'],
},
contains: [
hljs.HASH_COMMENT_MODE,
hljs.QUOTE_STRING_MODE,
hljs.NUMBER_MODE,
{
scope: 'punctuation',
match: /[.]{3}/,
relevance: 0,
},
{
scope: 'punctuation',
begin: /[!():=[\]{|}]{1}/,
relevance: 0,
},
{
scope: 'variable',
begin: /\$/,
end: /\W/,
excludeEnd: true,
relevance: 0,
},
{
scope: 'meta',
match: /@\w+/,
excludeEnd: true,
},
{
scope: 'symbol',
begin: regex.concat(GQL_NAME, regex.lookahead(/\s*:/)),
relevance: 0,
},
],
illegal: [/[;<']/, /BEGIN/],
}
} | function hljsFunction(hljs) {
const regex = hljs.regex
const GQL_NAME = /[_A-Za-z][_0-9A-Za-z]*/
return {
name: 'GraphQL',
aliases: ['gql'],
case_insensitive: true,
disableAutodetect: false,
keywords: {
keyword: [
'query',
'mutation',
'subscription',
'type',
'input',
'schema',
'directive',
'interface',
'union',
'scalar',
'fragment',
'enum',
'on',
],
literal: ['true', 'false', 'null'],
},
contains: [
hljs.HASH_COMMENT_MODE,
hljs.QUOTE_STRING_MODE,
hljs.NUMBER_MODE,
{
scope: 'punctuation',
match: /[.]{3}/,
relevance: 0,
},
{
scope: 'punctuation',
begin: /[!():=[\]{|}]{1}/,
relevance: 0,
},
{
scope: 'variable',
begin: /\$/,
end: /\W/,
excludeEnd: true,
relevance: 0,
},
{
scope: 'meta',
match: /@\w+/,
excludeEnd: true,
},
{
scope: 'symbol',
begin: regex.concat(GQL_NAME, regex.lookahead(/\s*:/)),
relevance: 0,
},
],
illegal: [/[;<']/, /BEGIN/],
}
} |
JavaScript | calcTime(){
// number of ingredients
const numIng = this.ingredients.length;
// number of 15 minute periods that we have
const periods = Math.ceil(numIng / 3);
this.time = periods * 15;
} | calcTime(){
// number of ingredients
const numIng = this.ingredients.length;
// number of 15 minute periods that we have
const periods = Math.ceil(numIng / 3);
this.time = periods * 15;
} |
JavaScript | parseIngredients(){
// need to put words with S first, so that it doesnt partially replace our unitsLong words
const unitsLong = ['tablespoons', 'tablespoon', 'ounces', 'ounce', 'teaspoons', 'teaspoon', 'cups', 'pounds'];
const unitsShort = ['tbsp', 'tbsp', 'oz', 'oz', 'tsp', 'tsp', 'cup', 'pound'];
//starts our array with the items inside of unitsShort
const units = [...unitsShort, 'kg', 'g']
// function that changes our strings to seperate
const newIngredients = this.ingredients.map(el => {
// uniform units of measurements
let ingredient = el.toLowerCase();
// if we find any of the unitsLong words, we replace it with the same positioned unitsShort abbreviation
unitsLong.forEach((unit, i) => {
ingredient = ingredient.replace(unit, unitsShort[i]);
});
// remove parentheses with regular expression, we replace parentheses with a space
ingredient = ingredient.replace(/ *\([^)]*\) */g, " ");
// parse ingredients into count, unit and ingredient
const arrIng = ingredient.split(' ');
// find the index, where the unit is located, indexOf() doesnt work here b/c we dont know what unit were looking for
// includes - returns true if the element were passing is in the units array
const unitIndex = arrIng.findIndex(el2 => units.includes(el2));
// if there is an unit
let objIng;
if(unitIndex > -1){
// array ingredients, sliced from the beginning until the unitIndex excluding
//example: 4 1/2 cups = arrCount is [4,1/2]
const arrCount = arrIng.slice(0, unitIndex);
let count;
// if we have just 1 number ( no fractions after) count = arrIng[0]
if(arrCount.length === 1){
count = eval(arrIng[0].replace('-', '+'));
}
// otherwise (ex: 4 1/2) combine those two strings
else{
// make it so 4 1/2 = eval = 4.5
count = eval(arrIng.slice(0, unitIndex).join('+'));
}
objIng = {
//count = count
count,
unit: arrIng[unitIndex],
// starts right after the unit
ingredient: arrIng.slice(unitIndex + 1).join(' ')
};
}
//there is no unit but the first position is a number(example 1 packet of active dry yeast)
else if(parseInt(arrIng[0], 10)){
objIng = {
count: parseInt(arrIng[0], 10),
unit: '',
// entire array except the first element
ingredient: arrIng.slice(1).join(' ')
}
}
// there is no unit and no number in the first position
else if (unitIndex === -1){
objIng = {
count: 1,
unit: '',
// ingredient: ingredient
ingredient
}
}
return objIng;
});
this.ingredients = newIngredients;
} | parseIngredients(){
// need to put words with S first, so that it doesnt partially replace our unitsLong words
const unitsLong = ['tablespoons', 'tablespoon', 'ounces', 'ounce', 'teaspoons', 'teaspoon', 'cups', 'pounds'];
const unitsShort = ['tbsp', 'tbsp', 'oz', 'oz', 'tsp', 'tsp', 'cup', 'pound'];
//starts our array with the items inside of unitsShort
const units = [...unitsShort, 'kg', 'g']
// function that changes our strings to seperate
const newIngredients = this.ingredients.map(el => {
// uniform units of measurements
let ingredient = el.toLowerCase();
// if we find any of the unitsLong words, we replace it with the same positioned unitsShort abbreviation
unitsLong.forEach((unit, i) => {
ingredient = ingredient.replace(unit, unitsShort[i]);
});
// remove parentheses with regular expression, we replace parentheses with a space
ingredient = ingredient.replace(/ *\([^)]*\) */g, " ");
// parse ingredients into count, unit and ingredient
const arrIng = ingredient.split(' ');
// find the index, where the unit is located, indexOf() doesnt work here b/c we dont know what unit were looking for
// includes - returns true if the element were passing is in the units array
const unitIndex = arrIng.findIndex(el2 => units.includes(el2));
// if there is an unit
let objIng;
if(unitIndex > -1){
// array ingredients, sliced from the beginning until the unitIndex excluding
//example: 4 1/2 cups = arrCount is [4,1/2]
const arrCount = arrIng.slice(0, unitIndex);
let count;
// if we have just 1 number ( no fractions after) count = arrIng[0]
if(arrCount.length === 1){
count = eval(arrIng[0].replace('-', '+'));
}
// otherwise (ex: 4 1/2) combine those two strings
else{
// make it so 4 1/2 = eval = 4.5
count = eval(arrIng.slice(0, unitIndex).join('+'));
}
objIng = {
//count = count
count,
unit: arrIng[unitIndex],
// starts right after the unit
ingredient: arrIng.slice(unitIndex + 1).join(' ')
};
}
//there is no unit but the first position is a number(example 1 packet of active dry yeast)
else if(parseInt(arrIng[0], 10)){
objIng = {
count: parseInt(arrIng[0], 10),
unit: '',
// entire array except the first element
ingredient: arrIng.slice(1).join(' ')
}
}
// there is no unit and no number in the first position
else if (unitIndex === -1){
objIng = {
count: 1,
unit: '',
// ingredient: ingredient
ingredient
}
}
return objIng;
});
this.ingredients = newIngredients;
} |
JavaScript | updateServings(type){
//Servings
// ternary operator: if its (dec)decreasing this.servings - 1, otherwise this.servings + 1
const newServings = type === 'dec' ? this.servings -1 : this.servings + 1;
//Ingredients
//ing: current value of foreach loop
this.ingredients.forEach(ing => {
ing.count = ing.count * (newServings / this.servings);
})
this.servings = newServings;
} | updateServings(type){
//Servings
// ternary operator: if its (dec)decreasing this.servings - 1, otherwise this.servings + 1
const newServings = type === 'dec' ? this.servings -1 : this.servings + 1;
//Ingredients
//ing: current value of foreach loop
this.ingredients.forEach(ing => {
ing.count = ing.count * (newServings / this.servings);
})
this.servings = newServings;
} |
JavaScript | function createHeroSection() {
const $h1 = document.querySelector('h1');
const $headerImg = $h1.parentElement.querySelector('img');
if ($headerImg) {
const src = $headerImg.getAttribute('src');
const $wrapper = $headerImg.closest('.section-wrapper');
$wrapper.style.backgroundImage = `url(${src})`;
$wrapper.classList.add('hero');
$headerImg.parentNode.remove();
}
} | function createHeroSection() {
const $h1 = document.querySelector('h1');
const $headerImg = $h1.parentElement.querySelector('img');
if ($headerImg) {
const src = $headerImg.getAttribute('src');
const $wrapper = $headerImg.closest('.section-wrapper');
$wrapper.style.backgroundImage = `url(${src})`;
$wrapper.classList.add('hero');
$headerImg.parentNode.remove();
}
} |
JavaScript | function createTieredPseudoClasses(style, pseudoClassStyles) {
var tieredPseudoClasses = {} // the two-level map
for(var key in pseudoClassStyles) {
var value = pseudoClassStyles[key]
// split key into pseudoclass list
var pseudoClassList = key.split(":")
var emulatablePseudoClasses = []
var nonEmulatablePseudoClasses = []
for(var n in pseudoClassList) {
var pseudoClass = pseudoClassList[n]
var pseudoClassParts = getPseudoClassParts(pseudoClass)
if(pseudoClassParts.class in emulatedPseudoClasses) {
emulatablePseudoClasses.push(pseudoClass)
} else {
nonEmulatablePseudoClasses.push(pseudoClass)
}
}
// todo: add a third branch as an optimization: if the Style can be rendered without emulation - do that
if(emulatablePseudoClasses.length === 0) { // if none of the pseudoclasses can be emulated using javascript
validatePurePseudoClassStyles(key, value) // then validate the value and
createPseudoClassRules(style, key, '.'+style.className+":"+key, value) // create pseudoClassRules
} else { // if some of the pseudoclasses can be emulated using javascript
emulatablePseudoClasses.sort()
var emulatablePseudoClassKey = emulatablePseudoClasses.join(':')
if(tieredPseudoClasses[emulatablePseudoClassKey] === undefined)
tieredPseudoClasses[emulatablePseudoClassKey] = {}
if(nonEmulatablePseudoClasses.length === 0) {
utils.merge(tieredPseudoClasses[emulatablePseudoClassKey], value)
} else {
nonEmulatablePseudoClasses.sort()
var nonEmulatablePsuedoClassKey = nonEmulatablePseudoClasses.join(':')
var secondTier = {}
secondTier['$$'+nonEmulatablePsuedoClassKey] = value
utils.merge(tieredPseudoClasses[emulatablePseudoClassKey], secondTier)
}
}
}
return tieredPseudoClasses
} | function createTieredPseudoClasses(style, pseudoClassStyles) {
var tieredPseudoClasses = {} // the two-level map
for(var key in pseudoClassStyles) {
var value = pseudoClassStyles[key]
// split key into pseudoclass list
var pseudoClassList = key.split(":")
var emulatablePseudoClasses = []
var nonEmulatablePseudoClasses = []
for(var n in pseudoClassList) {
var pseudoClass = pseudoClassList[n]
var pseudoClassParts = getPseudoClassParts(pseudoClass)
if(pseudoClassParts.class in emulatedPseudoClasses) {
emulatablePseudoClasses.push(pseudoClass)
} else {
nonEmulatablePseudoClasses.push(pseudoClass)
}
}
// todo: add a third branch as an optimization: if the Style can be rendered without emulation - do that
if(emulatablePseudoClasses.length === 0) { // if none of the pseudoclasses can be emulated using javascript
validatePurePseudoClassStyles(key, value) // then validate the value and
createPseudoClassRules(style, key, '.'+style.className+":"+key, value) // create pseudoClassRules
} else { // if some of the pseudoclasses can be emulated using javascript
emulatablePseudoClasses.sort()
var emulatablePseudoClassKey = emulatablePseudoClasses.join(':')
if(tieredPseudoClasses[emulatablePseudoClassKey] === undefined)
tieredPseudoClasses[emulatablePseudoClassKey] = {}
if(nonEmulatablePseudoClasses.length === 0) {
utils.merge(tieredPseudoClasses[emulatablePseudoClassKey], value)
} else {
nonEmulatablePseudoClasses.sort()
var nonEmulatablePsuedoClassKey = nonEmulatablePseudoClasses.join(':')
var secondTier = {}
secondTier['$$'+nonEmulatablePsuedoClassKey] = value
utils.merge(tieredPseudoClasses[emulatablePseudoClassKey], secondTier)
}
}
}
return tieredPseudoClasses
} |
JavaScript | function cssValue(cssStyleName, value) {
// If a number was passed in, add 'px' to the (except for certain CSS properties) [also taken from jquery's code]
if(typeof(value) === "number" && cssNumber[cssStyleName] === undefined) {
return value+"px"
} else {
return value.toString()
}
} | function cssValue(cssStyleName, value) {
// If a number was passed in, add 'px' to the (except for certain CSS properties) [also taken from jquery's code]
if(typeof(value) === "number" && cssNumber[cssStyleName] === undefined) {
return value+"px"
} else {
return value.toString()
}
} |
JavaScript | function validatePurePseudoClassStyles(pseudoClass, pseudoClassStyles) {
for(var key in pseudoClassStyles) {
var value = pseudoClassStyles[key]
if(isStyleObject(value)) {
throw new Error("Can't set the pseudoclasses '"+pseudoClass+"' to a Style object")
} else if(key === '$setup') {
throw new Error("$setup can't be used within the pseudoclasses '"+pseudoClass+"'")
} else if(key === '$kill') {
throw new Error("$kill can't be used within the pseudoclasses '"+pseudoClass+"'")
} else if(key.indexOf('$') === 0) { // label style
throw new Error("Block labels can't be used within the pseudoclasses '"+pseudoClass+"'")
}
}
} | function validatePurePseudoClassStyles(pseudoClass, pseudoClassStyles) {
for(var key in pseudoClassStyles) {
var value = pseudoClassStyles[key]
if(isStyleObject(value)) {
throw new Error("Can't set the pseudoclasses '"+pseudoClass+"' to a Style object")
} else if(key === '$setup') {
throw new Error("$setup can't be used within the pseudoclasses '"+pseudoClass+"'")
} else if(key === '$kill') {
throw new Error("$kill can't be used within the pseudoclasses '"+pseudoClass+"'")
} else if(key.indexOf('$') === 0) { // label style
throw new Error("Block labels can't be used within the pseudoclasses '"+pseudoClass+"'")
}
}
} |
JavaScript | function cssClassSheetIndex(classname) {
var result = undefined
var styleNodes = document.querySelectorAll("style")
for(var n=0; n<styleNodes.length; n++) {
var sheet = styleNodes[n].sheet
jssModule.defaultSheet = sheet
var defaultStyleMaybe = jssModule.get(classname)
if(Object.keys(defaultStyleMaybe).length > 0) {
result = n
break
}
}
jssModule.defaultSheet = undefined
return result
} | function cssClassSheetIndex(classname) {
var result = undefined
var styleNodes = document.querySelectorAll("style")
for(var n=0; n<styleNodes.length; n++) {
var sheet = styleNodes[n].sheet
jssModule.defaultSheet = sheet
var defaultStyleMaybe = jssModule.get(classname)
if(Object.keys(defaultStyleMaybe).length > 0) {
result = n
break
}
}
jssModule.defaultSheet = undefined
return result
} |
JavaScript | function applyStateHandler(component, style) {
if(style !== undefined && style.stateHandler !== undefined) {
// todo: using setCurrentStyle is a stopgap until I can implement better style application for $state and pseudoclasses (which probably will require a rewrite of much of the style logic)
setCurrentStyle(component, style.stateHandler(component.state.subject))
component.state.on('change', function() {
setCurrentStyle(component, style.stateHandler(component.state.subject))
})
}
} | function applyStateHandler(component, style) {
if(style !== undefined && style.stateHandler !== undefined) {
// todo: using setCurrentStyle is a stopgap until I can implement better style application for $state and pseudoclasses (which probably will require a rewrite of much of the style logic)
setCurrentStyle(component, style.stateHandler(component.state.subject))
component.state.on('change', function() {
setCurrentStyle(component, style.stateHandler(component.state.subject))
})
}
} |
JavaScript | function remove(array, item) {
var index = array.indexOf(item)
if(index !== -1)
array.splice(index, 1) // no longer throwing Error("Item doesn't exist to remove") if there's nothing to remove - in the case that mainTester.timeouts gets set back to [] (when done), it won't be there
} | function remove(array, item) {
var index = array.indexOf(item)
if(index !== -1)
array.splice(index, 1) // no longer throwing Error("Item doesn't exist to remove") if there's nothing to remove - in the case that mainTester.timeouts gets set back to [] (when done), it won't be there
} |
JavaScript | function mapException(exception, warningHandler) {
try {
if(exception instanceof Error) {
var stacktrace;
return options.getExceptionInfo(exception).then(function(trace){
stacktrace = trace
var smcFutures = []
for(var n=0; n<trace.length; n++) {
if(trace[n].file !== undefined) {
smcFutures.push(getSourceMapConsumer(trace[n].file, warningHandler))
} else {
smcFutures.push(Future(undefined))
}
}
return Future.all(smcFutures)
}).then(function(sourceMapConsumers) {
var CustomMappedException = proto(MappedException, function() {
// set the name so it looks like the original exception when printed
// this subclasses MappedException so that name won't be an own-property
this.name = exception.name
})
try {
throw CustomMappedException(exception, stacktrace, sourceMapConsumers) // IE doesn't give exceptions stack traces unless they're actually thrown
} catch(mappedExcetion) {
return Future(mappedExcetion)
}
})
} else {
return Future(exception)
}
} catch(e) {
var errorFuture = new Future
errorFuture.throw(e)
return errorFuture
}
} | function mapException(exception, warningHandler) {
try {
if(exception instanceof Error) {
var stacktrace;
return options.getExceptionInfo(exception).then(function(trace){
stacktrace = trace
var smcFutures = []
for(var n=0; n<trace.length; n++) {
if(trace[n].file !== undefined) {
smcFutures.push(getSourceMapConsumer(trace[n].file, warningHandler))
} else {
smcFutures.push(Future(undefined))
}
}
return Future.all(smcFutures)
}).then(function(sourceMapConsumers) {
var CustomMappedException = proto(MappedException, function() {
// set the name so it looks like the original exception when printed
// this subclasses MappedException so that name won't be an own-property
this.name = exception.name
})
try {
throw CustomMappedException(exception, stacktrace, sourceMapConsumers) // IE doesn't give exceptions stack traces unless they're actually thrown
} catch(mappedExcetion) {
return Future(mappedExcetion)
}
})
} else {
return Future(exception)
}
} catch(e) {
var errorFuture = new Future
errorFuture.throw(e)
return errorFuture
}
} |
JavaScript | function findFullSourceLine(fileLines, startLine) {
var lines = []
var parenCount = 0
var mode = 0 // mode 0 for paren searching, mode 1 for double-quote searching, mode 2 for single-quote searching
var lastWasBackslash = false // used for quote searching
for(var n=startLine; n<fileLines.length; n++) {
var line = fileLines[n]
lines.push(line.trim())
for(var i=0; i<line.length; i++) {
var c = line[i]
if(mode === 0) {
if(c === '(') {
parenCount++
//if(parenCount === 0) {
// return lines.join('\n') // done
//}
} else if(c === ')' && parenCount > 0) {
parenCount--
if(parenCount === 0) {
return lines.join('\n') // done
}
} else if(c === '"') {
mode = 1
} else if(c === "'") {
mode = 2
}
} else if(mode === 1) {
if(c === '"' && !lastWasBackslash) {
mode = 0
}
lastWasBackslash = c==='\\'
} else { // mode === 2
if(c === "'" && !lastWasBackslash) {
mode = 0
}
lastWasBackslash = c==='\\'
}
}
}
return lines.join('\n') // if it gets here, something minor went wrong
} | function findFullSourceLine(fileLines, startLine) {
var lines = []
var parenCount = 0
var mode = 0 // mode 0 for paren searching, mode 1 for double-quote searching, mode 2 for single-quote searching
var lastWasBackslash = false // used for quote searching
for(var n=startLine; n<fileLines.length; n++) {
var line = fileLines[n]
lines.push(line.trim())
for(var i=0; i<line.length; i++) {
var c = line[i]
if(mode === 0) {
if(c === '(') {
parenCount++
//if(parenCount === 0) {
// return lines.join('\n') // done
//}
} else if(c === ')' && parenCount > 0) {
parenCount--
if(parenCount === 0) {
return lines.join('\n') // done
}
} else if(c === '"') {
mode = 1
} else if(c === "'") {
mode = 2
}
} else if(mode === 1) {
if(c === '"' && !lastWasBackslash) {
mode = 0
}
lastWasBackslash = c==='\\'
} else { // mode === 2
if(c === "'" && !lastWasBackslash) {
mode = 0
}
lastWasBackslash = c==='\\'
}
}
}
return lines.join('\n') // if it gets here, something minor went wrong
} |
Subsets and Splits