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txs.sort(function(a, b) {
var b = (b.firstSeenTs || b.ts)+ b.txid;
var a = (a.firstSeenTs || a.ts)+ a.txid;
if (a > b) return -1;
if (a < b) return 1;
return 0;
});
txs = txs.slice(from, to);
var txIndex = {};
_.each(txs, function(tx) {
txIndex[tx.txid] = tx;
});
async.eachLimit(txs, RPC_CONCURRENCY, function(tx2, callback) {
tDb.fromIdWithInfo(tx2.txid, function(err, tx) {
if (err) {
console.log(err);
return common.handleErrors(err, res);
}
if (tx && tx.info) {
if (tx2.firstSeenTs)
tx.info.firstSeenTs = tx2.firstSeenTs;
txIndex[tx.txid].info = tx.info;
} else {
// TX no longer available
txIndex[tx2.txid].info = {
txid: tx2.txid,
possibleDoubleSpend: true,
const title = artwork.getTitle(req);
// Sort the similar artworks by score
artwork.similarArtworks = artwork.similarArtworks
.sort((a, b) => b.score - a.score);
if (!compare) {
return res.render("Artwork", {
title,
compare: false,
artworks: [artwork],
similar: artwork.similarArtworks,
});
}
async.eachLimit(artwork.similarArtworks, 4,
(similar, callback) => {
similar.artwork.loadImages(false, callback);
}, () => {
res.render("Artwork", {
title,
compare: true,
noIndex: true,
similar: [],
artworks: [artwork]
.concat(artwork.similarArtworks
.map((similar) => similar.artwork)),
});
});
});
});
setTopics: function(next) {
var count = 0;
var startTime = new Date().getTime();
async.eachLimit(m.mem._otids, m.nbb.config.topicsBatchSize, function(_otid, done) {
count++;
var topicData = storage.getItem('t.' + _otid);
var topic = topicData.normalized;
var migratedTopic = topicData.migrated;
var skippedTopic = topicData.skipped;
if (migratedTopic || skippedTopic) {
logger.info('[c:' + count + '] topic: ' + _otid + ' already processed, destiny: ' + (migratedTopic ? 'migrated' : 'skipped'));
// todo hack!
// process.nextTick is also crashing
setTimeout(function(){
done();
}, 1);
} else {
function lookupNames() {
async.eachLimit(vm.species, 10, lookupName, function(err) {
if (err) {
// TODO inform the user that not everything could be matched
} else {
vm.lookupComplete = true;
}
});
}
query.exec(function (error, _res) {
if (error) {
return console.dir(error);
}
async.eachLimit(_res, 50, function (emp, callback) {
var objectToSave;
var transfer = emp.transfer;
var newTransfer = [];
var newTr;
transfer = transfer.forEach(function (tr, i) {
if (i !== 0) {
if (tr.department.toString() !== transfer[i - 1].department.toString()) {
newTr = JSON.parse(JSON.stringify(transfer[i - 1]));
newTr.status = 'transfer';
newTr.manager = ObjectId(newTr.manager);
newTr.jobPosition = ObjectId(newTr.jobPosition);
newTr.date = moment(tr.date);
newTr.date = newTr.date.subtract(1, 'days');
newTransfer.push(newTr);
async.each(apps, function(app, fn) {
async.eachLimit(INSTANCES[app], 5, function(host, fn) {
healthCheckHost(app, host, fn);
}, fn);
}, fn);
}
if (p.nonforkedMarkets[i].isFinalized) {
redeemableContracts.push({
address: p.nonforkedMarkets[i].initialReporter,
type: contractTypes.INITIAL_REPORTER,
});
}
} else {
redeemableContracts.push({
address: p.nonforkedMarkets[i].initialReporter,
type: contractTypes.INITIAL_REPORTER,
});
}
}
var limit = p.estimateGas ? PARALLEL_LIMIT : 1;
async.eachLimit(redeemableContracts, limit, function (contract, nextContract) {
switch (contract.type) {
case contractTypes.DISPUTE_WINDOW:
api().DisputeWindow.redeem(assign({}, payload, {
_sender: p.redeemer,
tx: {
to: contract.address,
estimateGas: p.estimateGas,
},
onSent: function () {
if (!p.estimateGas) {
nextContract();
}
},
onSuccess: function (result) {
if (p.estimateGas) {
result = new BigNumber(result, 16);
Groups.list({showSystemGroups: true}, function(err, groups) {
if (err) {
return next(err);
}
async.eachLimit(cids, 50, function(cid, next) {
upgradePrivileges(cid, groups, next);
}, next);
});
}
return new BbPromise(function (resolve, reject) {
let deployedEvents = [];
async.eachLimit(evt.function.events, 5, function (event, cb) {
let params = {
FunctionName: _this.Lambda.sGetLambdaName(_this.S.data.project.get('name'), evt.function.module, evt.function.name),
EventSourceArn: event.eventSourceArn,
StartingPosition: event.startingPosition,
BatchSize: event.batchSize,
Enabled: event.enabled
};
return _this.Lambda.createEventSourceMappingPromised(params)
.then(function (data) {
SUtils.sDebug(`Created event source ${event.eventSourceArn} for lambda ${evt.function.name}`);
params.UUID = data.UUID;
deployedEvents.push(params)