constructor(tokenAmountA: TokenAmount, tokenAmountB: TokenAmount)
The Pair entity represents a Kwikswap pair with a balance of each of its pair tokens.
import { ChainId, Token, TokenAmount, Pair } from '@kwikswap/sdk'const HOT = new Token(ChainId.MAINNET, '0xc0FFee0000000000000000000000000000000000', 18, 'HOT', 'Caffeine')const NOT = new Token(ChainId.MAINNET, '0xDeCAf00000000000000000000000000000000000', 18, 'NOT', 'Caffeine')const pair = new Pair(new TokenAmount(HOT, '2000000000000000000'), new TokenAmount(NOT, '1000000000000000000'))
getAddress(tokenA: Token, tokenB: Token): string
Computes the pair address for the passed Tokens. See Pair Addresses.
liquidityToken: Token
A Token representing the liquidity token for the pair. See Pair (ERC-20).
token0: Token
token1: Token
reserve0: TokenAmount
The reserve of token0.
reserve1: TokenAmount
The reserve of token1.
reserveOf(token: Token): TokenAmount
Returns reserve0 or reserve1, depending on whether token0 or token1 is passed in.
getOutputAmount(inputAmount: TokenAmount): [TokenAmount, Pair]
Pricing function for exact input amounts. Returns maximum output amount based on current reserves and the new Pair that would exist if the trade were executed.
getInputAmount(outputAmount: TokenAmount): [TokenAmount, Pair]
Pricing function for exact output amounts. Returns minimum input amount based on current reserves and the new Pair that would exist if the trade were executed.
getLiquidityMinted(totalSupply: TokenAmount, tokenAmountA: TokenAmount, tokenAmountB: TokenAmount): TokenAmount
Calculates the exact amount of liquidity tokens minted from a given amount of token0 and token1.
getLiquidityValue(token: Token,totalSupply: TokenAmount,liquidity: TokenAmount,feeOn: boolean = false,kLast?: BigintIsh): TokenAmount
Calculates the exact amount of token0 or token1 that the given amount of liquidity tokens represent.