svm venue: pumpfun-bonding-curve

Solana venue integration pumpfun-bonding-curve, exported from @eco-incorp/sauce/svm. Generated from the type declarations of @eco-incorp/sauce.

`PUMPFUN_BONDING_CURVE_PROGRAM_ID`

Variable · @eco-incorp/sauce/svm

PUMPFUN_BONDING_CURVE_PROGRAM_ID: Address

`PUMPFUN_BONDING_CURVE_USER_VOLUME_ACCUMULATOR_REF`

Variable · @eco-incorp/sauce/svm The user-scoped remaining PDAs the CLASSIC v1 adapter shape does not (and cannot, being pool-scoped) precompute: user_volume_accumulator and its wSOL ATA. Every caller building a real CPI (or resolving these ladder refs) must derive them from the REAL trading wallet at execute/resolve time - mirroring pumpswap’s USER_VOLUME_ACCUMULATOR_REF pattern, just two refs instead of one (buy_exact_quote_in_v2 / sell_v2 both need the account; sell_v2 additionally needs its ATA at a different fixed position - see buildSwapV2 below).

PUMPFUN_BONDING_CURVE_USER_VOLUME_ACCUMULATOR_REF = "pumpfun-bonding-curve-user-volume-accumulator"

`PUMPFUN_BONDING_CURVE_ASSOCIATED_USER_VOLUME_ACCUMULATOR_REF`

Variable · @eco-incorp/sauce/svm

PUMPFUN_BONDING_CURVE_ASSOCIATED_USER_VOLUME_ACCUMULATOR_REF = "pumpfun-bonding-curve-associated-user-volume-accumulator"

`pumpfunBondingCurve`

Variable · @eco-incorp/sauce/svm

pumpfunBondingCurve: {
    slug: "pumpfun-bonding-curve";
    kind: "constant-product";
    programId: Address;
    fetchPoolConfig(owned: OwnedAccountLoader, pool: Address, mint: Address): Promise<PumpfunBondingCurvePoolConfig>;
}

`pumpfunBondingCurveUserVolumeAccumulatorPda`

Function · @eco-incorp/sauce/svm PDA([“user_volume_accumulator”, user], PROGRAM) - resolve at execute time with the real wallet.

export declare function pumpfunBondingCurveUserVolumeAccumulatorPda(user: Address): Promise<Address>;

`pumpfunBondingCurveAssociatedUserVolumeAccumulator`

Function · @eco-incorp/sauce/svm ATA(userVolumeAccumulator, TOKEN_PROGRAM, wSOL) - resolve at execute time with the real wallet.

export declare function pumpfunBondingCurveAssociatedUserVolumeAccumulator(user: Address): Promise<Address>;

`PumpfunBondingCurvePoolConfig`

Interface · @eco-incorp/sauce/svm

export interface PumpfunBondingCurvePoolConfig extends PoolConfig {
    venue: typeof SLUG;
    direction: "quoteToBase" | "baseToQuote";
    baseMint: Address;
    baseTokenProgram: Address;
    creator: Address;
    protocolFeeBps: bigint;
    creatorFeeBps: bigint;
    feeRecipient: Address;
    associatedQuoteFeeRecipient: Address;
    buybackFeeRecipient: Address;
    associatedQuoteBuybackFeeRecipient: Address;
    associatedBaseBondingCurve: Address;
    associatedQuoteBondingCurve: Address;
    creatorVault: Address;
    associatedCreatorVault: Address;
    sharingConfig: Address;
}

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@eco-incorp/sauce

@eco-incorp/sauce-compiler

svm venue: pumpfun-bonding-curve

`PUMPFUN_BONDING_CURVE_PROGRAM_ID`

`PUMPFUN_BONDING_CURVE_USER_VOLUME_ACCUMULATOR_REF`

`PUMPFUN_BONDING_CURVE_ASSOCIATED_USER_VOLUME_ACCUMULATOR_REF`

`pumpfunBondingCurve`

`pumpfunBondingCurveUserVolumeAccumulatorPda`

`pumpfunBondingCurveAssociatedUserVolumeAccumulator`

`PumpfunBondingCurvePoolConfig`

​PUMPFUN_BONDING_CURVE_PROGRAM_ID

​PUMPFUN_BONDING_CURVE_USER_VOLUME_ACCUMULATOR_REF

​PUMPFUN_BONDING_CURVE_ASSOCIATED_USER_VOLUME_ACCUMULATOR_REF

​pumpfunBondingCurve

​pumpfunBondingCurveUserVolumeAccumulatorPda

​pumpfunBondingCurveAssociatedUserVolumeAccumulator

​PumpfunBondingCurvePoolConfig

`PUMPFUN_BONDING_CURVE_PROGRAM_ID`

`PUMPFUN_BONDING_CURVE_USER_VOLUME_ACCUMULATOR_REF`

`PUMPFUN_BONDING_CURVE_ASSOCIATED_USER_VOLUME_ACCUMULATOR_REF`

`pumpfunBondingCurve`

`pumpfunBondingCurveUserVolumeAccumulatorPda`

`pumpfunBondingCurveAssociatedUserVolumeAccumulator`

`PumpfunBondingCurvePoolConfig`