Struct WithAccountAdjustmentBalanceOperation 

pub struct WithAccountAdjustmentBalanceOperation<T> {
    pub inner: T,
    pub operation: AccountAdjustmentBalanceOperation,
}

Adds physical-balance adjustment operation payload.

Fields

inner: T

operation: AccountAdjustmentBalanceOperation

Trait Implementations

impl<T: Clone> Clone for WithAccountAdjustmentBalanceOperation<T>

fn clone(&self) -> WithAccountAdjustmentBalanceOperation<T>

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl<T: Debug> Debug for WithAccountAdjustmentBalanceOperation<T>

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl<T> HasAccountAdjustmentBalanceAverageEntryPrice for WithAccountAdjustmentBalanceOperation<T>

fn balance_average_entry_price( &self, ) -> Result<Option<Price>, RequestFieldAccessError>

impl<T> HasAccountAdjustmentPending for WithAccountAdjustmentBalanceOperation<T>

where T: HasAccountAdjustmentPending,

fn pending(&self) -> Result<Option<AdjustmentAmount>, RequestFieldAccessError>

impl<T> HasAccountAdjustmentPendingLowerBound for WithAccountAdjustmentBalanceOperation<T>

where T: HasAccountAdjustmentPendingLowerBound,

fn pending_lower(&self) -> Result<Option<PositionSize>, RequestFieldAccessError>

impl<T> HasAccountAdjustmentPendingUpperBound for WithAccountAdjustmentBalanceOperation<T>

where T: HasAccountAdjustmentPendingUpperBound,

fn pending_upper(&self) -> Result<Option<PositionSize>, RequestFieldAccessError>

impl<T> HasAccountAdjustmentPositionLeverage for WithAccountAdjustmentBalanceOperation<T>

where T: HasAccountAdjustmentPositionLeverage,

fn position_leverage(&self) -> Result<Option<Leverage>, RequestFieldAccessError>

impl<T> HasAccountAdjustmentReserved for WithAccountAdjustmentBalanceOperation<T>

where T: HasAccountAdjustmentReserved,

fn reserved(&self) -> Result<Option<AdjustmentAmount>, RequestFieldAccessError>

impl<T> HasAccountAdjustmentReservedLowerBound for WithAccountAdjustmentBalanceOperation<T>

where T: HasAccountAdjustmentReservedLowerBound,

fn reserved_lower( &self, ) -> Result<Option<PositionSize>, RequestFieldAccessError>

impl<T> HasAccountAdjustmentReservedUpperBound for WithAccountAdjustmentBalanceOperation<T>

where T: HasAccountAdjustmentReservedUpperBound,

fn reserved_upper( &self, ) -> Result<Option<PositionSize>, RequestFieldAccessError>

impl<T> HasAccountAdjustmentTotal for WithAccountAdjustmentBalanceOperation<T>

where T: HasAccountAdjustmentTotal,

fn total(&self) -> Result<Option<AdjustmentAmount>, RequestFieldAccessError>

impl<T> HasAccountAdjustmentTotalLowerBound for WithAccountAdjustmentBalanceOperation<T>

where T: HasAccountAdjustmentTotalLowerBound,

fn total_lower(&self) -> Result<Option<PositionSize>, RequestFieldAccessError>

impl<T> HasAccountAdjustmentTotalUpperBound for WithAccountAdjustmentBalanceOperation<T>

where T: HasAccountAdjustmentTotalUpperBound,

fn total_upper(&self) -> Result<Option<PositionSize>, RequestFieldAccessError>

impl<T> HasAverageEntryPrice for WithAccountAdjustmentBalanceOperation<T>

where T: HasAverageEntryPrice,

fn average_entry_price(&self) -> Result<Price, RequestFieldAccessError>

impl<T> HasBalanceAsset for WithAccountAdjustmentBalanceOperation<T>

fn balance_asset(&self) -> Result<&Asset, RequestFieldAccessError>

impl<T> HasCollateralAsset for WithAccountAdjustmentBalanceOperation<T>

where T: HasCollateralAsset,

fn collateral_asset(&self) -> Result<&Asset, RequestFieldAccessError>

impl<T> HasPositionInstrument for WithAccountAdjustmentBalanceOperation<T>

where T: HasPositionInstrument,

fn position_instrument(&self) -> Result<&Instrument, RequestFieldAccessError>

impl<T> HasPositionMode for WithAccountAdjustmentBalanceOperation<T>

where T: HasPositionMode,

fn position_mode(&self) -> Result<PositionMode, RequestFieldAccessError>

impl<T: PartialEq> PartialEq for WithAccountAdjustmentBalanceOperation<T>

fn eq(&self, other: &WithAccountAdjustmentBalanceOperation<T>) -> bool

Tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl<T: Eq> Eq for WithAccountAdjustmentBalanceOperation<T>

impl<T> StructuralPartialEq for WithAccountAdjustmentBalanceOperation<T>