Cette stratégie récupère et surveille les taux de financement sur plusieurs plateformes à terme (par exemple, OKCoin, Binance, Bitget).
Vous pouvez ajuster la liste des plateformes, la liste des symboles et les intervalles de vote en fonction de vos besoins spécifiques en matière de trading.
function startFundingWorker() {
exchanges.forEach((_, pos) => {
__Thread(function (pos) {
let e = exchanges[pos]
let eName = e.GetName()
let delaySettings = {
'Futures_OKCoin': 20,
'Futures_Binance': 500,
}
let needInterate = ['Futures_OKCoin', 'Futures_Bitget','Futures_OKX', 'Futures_KuCoin', 'Futures_MEXC', 'Futures_Crypto', 'Futures_Deribit']
let delay = function () {
let n = delaySettings[eName]
if (n) {
Sleep(n)
}
}
let epoch = 60000*2;
let ts = 0;
let fundings = {}
while (true) {
let now = new Date().getTime()
if (now - ts < epoch) {
Sleep(1000)
continue
}
let markets = e.GetMarkets()
if (!markets) {
Sleep(1000)
continue
}
if (needInterate.includes(eName)) {
for (let symbol in markets) {
if (symbol.includes('.swap')) {
let ret = e.GetFundings(symbol)
if (ret) {
for (let r of ret) {
fundings[r.Symbol] = r
}
}
delay();
}
}
} else {
let zones = []
for (let symbol in markets) {
if (symbol.includes('.swap') && !zones.includes(markets[symbol].QuoteAsset)) {
zones.push(markets[symbol].QuoteAsset)
let ret = e.GetFundings(markets[symbol].QuoteAsset + '.swap')
if (ret) {
for (let r of ret) {
fundings[r.Symbol] = r
}
}
delay();
}
}
}
ts = now
__threadSetData(0, eName+"_funding", fundings)
}
}, pos)
})
}
function getFundings(eName, symbols) {
let fundings = __threadGetData(0, eName+"_funding")
if (!fundings) {
return null
}
if (typeof(symbols) === 'undefined') {
return fundings
}
let ret = {}
symbols.forEach((s) => {
if (fundings[s]) {
ret[s] = fundings[s]
}
})
return ret
}
function main() {
startFundingWorker()
while (true) {
exchanges.forEach((e) => {
let eName = e.GetName()
let fundings = getFundings(eName, ['BTC_USDT.swap', 'ETH_USDT.swap'])
Log(eName, fundings)
})
Sleep(5000)
}
}