@firefly-exchange/library-sui
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Sui library housing helper methods, classes to interact with Bluefin protocol(s) deployed on Sui
156 lines (155 loc) • 9.45 kB
JavaScript
;
Object.defineProperty(exports, "__esModule", { value: true });
exports.AdminCalls = void 0;
const __1 = require("../../");
const on_chain_calls_1 = require("./on-chain-calls");
const helpers_1 = require("../../helpers");
const defaults_1 = require("../../defaults");
const bcs_1 = require("../utils/bcs");
class AdminCalls extends on_chain_calls_1.OnChainCalls {
/**
* Create and executes support asset transaction. Allows admin to add a new supportable asset on
* the protocol
* @param supportedCoin supported coin address. should be of format 0xax....bs::coin::COIN
* @param supportedCoinSymbol Name of the supported coin
* @param coinDecimals The number of decimals in supported coin
* @param weight The discounted price percentage to be used for asset
* @param price The initial/starting price of the asset
* @param collateral True if the asset can be used to collateralize a position
* @param minDeposit The minimum amount of acceptable deposit
* @param maxDeposit The maximum amount of acceptable deposit
* @param options Optional tx execution params
* @returns OnChainCallResponse
*/
async supportAsset(supportedCoin, supportedCoinSymbol, supportedCoinDecimals, weight, price, collateral, minDeposit, maxDeposit, options) {
const txb = this.txBuilder.supportAsset(supportedCoin, supportedCoinSymbol, supportedCoinDecimals, weight, price, collateral, minDeposit, maxDeposit, options);
return this.execCall(txb, options);
}
/**
* Create and executes data store creation transaction
* @param sequencer address of the sequencer that will own the data store
* @param options Optional tx execution params
* @returns OnChainCallResponse
*/
async createInternalDataStore(sequencer, options) {
const txb = this.txBuilder.createInternalDataStore(sequencer || this.walletAddress, options);
return this.execCall(txb, options);
}
/**
* Allows the holder of the Treasury cap to mint test usdc coins (Will only work on Dev/Test net)
* @param args optional {amountE6: defaults to 10K, should be in 6 decimal places, to: defaults to the signer}
* @param options Optional tx execution params
* @returns OnChainCallResponse
*/
async mintUSDC(args, options) {
const txb = this.txBuilder.mintUSDC(args?.amountE6 || (0, __1.toBigNumberStr)(10000, __1.USDC_BASE_DECIMALS), args?.to || this.walletAddress, options);
return this.execCall(txb, options);
}
/**
* Create and executes perpetual creation transaction
* @param perpetualConfig perpetual configs
* @param options Optional tx execution params
* @returns OnChainCallResponse and IPerpetualConfig
*/
async createPerpetual(perpetualConfig, options) {
perpetualConfig = {
baseAssetSymbol: perpetualConfig.baseAssetSymbol || "ETH",
baseAssetName: perpetualConfig.baseAssetName || "Ethereum",
baseAssetDecimals: perpetualConfig.baseAssetDecimals || "600000",
defaultLeverage: perpetualConfig.defaultLeverage || "3000000000",
symbol: perpetualConfig.symbol || "ETH-PERP",
imr: perpetualConfig.imr || (0, __1.toBigNumberStr)(0.1, __1.SUI_NATIVE_BASE),
mmr: perpetualConfig.mmr || (0, __1.toBigNumberStr)(0.05, __1.SUI_NATIVE_BASE),
stepSize: perpetualConfig.stepSize || (0, __1.toBigNumberStr)(0.1, __1.SUI_NATIVE_BASE),
tickSize: perpetualConfig.tickSize || (0, __1.toBigNumberStr)(0.001, __1.SUI_NATIVE_BASE),
minTradeQty: perpetualConfig.minTradeQty || (0, __1.toBigNumberStr)(0.1, __1.SUI_NATIVE_BASE),
maxTradeQty: perpetualConfig.maxTradeQty || (0, __1.toBigNumberStr)(1000, __1.SUI_NATIVE_BASE),
minTradePrice: perpetualConfig.minTradePrice || (0, __1.toBigNumberStr)(0.1, __1.SUI_NATIVE_BASE),
maxTradePrice: perpetualConfig.maxTradePrice || (0, __1.toBigNumberStr)(100000, __1.SUI_NATIVE_BASE),
maxNotionalAtOpen: perpetualConfig.maxNotionalAtOpen || [
(0, __1.toBigNumberStr)(1000000, __1.SUI_NATIVE_BASE), //1x
(0, __1.toBigNumberStr)(1000000, __1.SUI_NATIVE_BASE), //2x
(0, __1.toBigNumberStr)(500000, __1.SUI_NATIVE_BASE), //3x
(0, __1.toBigNumberStr)(500000, __1.SUI_NATIVE_BASE), //4x
(0, __1.toBigNumberStr)(250000, __1.SUI_NATIVE_BASE), //5x
(0, __1.toBigNumberStr)(250000, __1.SUI_NATIVE_BASE), //6x
(0, __1.toBigNumberStr)(250000, __1.SUI_NATIVE_BASE), //7x
(0, __1.toBigNumberStr)(250000, __1.SUI_NATIVE_BASE), //8x
(0, __1.toBigNumberStr)(100000, __1.SUI_NATIVE_BASE), //9x
(0, __1.toBigNumberStr)(100000, __1.SUI_NATIVE_BASE) //10x
],
mtbLong: perpetualConfig.mtbLong || (0, __1.toBigNumberStr)(0.2, __1.SUI_NATIVE_BASE),
mtbShort: perpetualConfig.mtbShort || (0, __1.toBigNumberStr)(0.2, __1.SUI_NATIVE_BASE),
makerFee: perpetualConfig.makerFee != undefined
? perpetualConfig.makerFee
: (0, __1.toBigNumberStr)(0.001, __1.SUI_NATIVE_BASE),
takerFee: perpetualConfig.takerFee != undefined
? perpetualConfig.takerFee
: (0, __1.toBigNumberStr)(0.0045, __1.SUI_NATIVE_BASE),
maxFundingRate: perpetualConfig.maxFundingRate != undefined
? perpetualConfig.maxFundingRate
: (0, __1.toBigNumberStr)(0.001, __1.SUI_NATIVE_BASE),
insurancePoolRatio: perpetualConfig.insurancePoolRatio != undefined
? perpetualConfig.insurancePoolRatio
: (0, __1.toBigNumberStr)(0.3, __1.SUI_NATIVE_BASE),
tradingStartTime: (0, helpers_1.processTradingStartTime)(perpetualConfig.tradingStartTime || 0, this.network == "mainnet" ? "PROD" : "DEV"),
insurancePool: perpetualConfig.insurancePool || defaults_1.DEFAULT.INSURANCE_POOL_ADDRESS,
feePool: perpetualConfig.feePool || defaults_1.DEFAULT.FEE_POOL_ADDRESS,
tradingStatus: true,
delist: false,
delistingPrice: 0,
isolatedOnly: perpetualConfig.isolatedOnly || false,
maxLimitOrderQuantity: perpetualConfig.maxLimitOrderQuantity ||
(0, __1.toBigNumberStr)(10000, __1.SUI_NATIVE_BASE),
maxMarketOrderQuantity: perpetualConfig.maxMarketOrderQuantity ||
(0, __1.toBigNumberStr)(1000, __1.SUI_NATIVE_BASE)
};
perpetualConfig.minTradeQty = perpetualConfig.stepSize;
const txb = this.txBuilder.createPerpetual(perpetualConfig.symbol, perpetualConfig.imr, perpetualConfig.mmr, perpetualConfig.stepSize, perpetualConfig.tickSize, perpetualConfig.minTradeQty, perpetualConfig.maxTradeQty, perpetualConfig.minTradePrice, perpetualConfig.maxTradePrice, perpetualConfig.maxNotionalAtOpen, perpetualConfig.mtbLong, perpetualConfig.mtbShort, perpetualConfig.makerFee, perpetualConfig.takerFee, perpetualConfig.maxFundingRate, perpetualConfig.insurancePoolRatio, perpetualConfig.tradingStartTime, perpetualConfig.insurancePool, perpetualConfig.feePool, perpetualConfig.isolatedOnly, perpetualConfig.baseAssetSymbol, perpetualConfig.baseAssetName, perpetualConfig.baseAssetDecimals, perpetualConfig.maxLimitOrderQuantity, perpetualConfig.maxMarketOrderQuantity, perpetualConfig.defaultLeverage, options);
return { txResponse: await this.execCall(txb, options), perpetualConfig };
}
/**
* Create and executes transaction to update perpetual config
* @param perpetual the symbol of the perpetual/market to be updated
* @param field the name of the field/config being updated
* @param value the new value
* @param options Optional tx execution params
* @returns OnChainCallResponse
*/
async updatePerpetual(perpetual, field, value, options) {
let serialized_value;
if (typeof value === "string") {
// address
serialized_value = bcs_1.bcs.Address.serialize(value).toBytes();
}
else if (typeof value == "boolean") {
// status
serialized_value = bcs_1.bcs.Bool.serialize(value).toBytes();
}
else if (typeof value == "number") {
// a u64 value
serialized_value = bcs_1.bcs.U64.serialize(value).toBytes();
}
else if (Array.isArray(value)) {
// a vector<u64> value
serialized_value = bcs_1.bcs.vector(bcs_1.bcs.u64()).serialize(value).toBytes();
}
else {
throw `The value can only be a string(Address), number(u64) or a boolean`;
}
const txb = this.txBuilder.updatePerpetual(perpetual, field, serialized_value, options);
return this.execCall(txb, options);
}
/**
* Create and executes transaction to set an operator on EDS
* @param type The type of the operator be updated
* @param newOperator The address of the new operator to be set
* @param options Optional tx execution params
* @returns OnChainCallResponse
*/
async setOperatorEDS(type, newOperator, options) {
const txb = this.txBuilder.setOperatorEDS(type, newOperator, options);
return this.execCall(txb, options);
}
}
exports.AdminCalls = AdminCalls;