Struct everscale_types::models::transaction::Transaction

pub struct Transaction<C: CellFamily> {

    pub account: CellHash,
    pub lt: u64,
    pub prev_trans_hash: CellHash,
    pub prev_trans_lt: u64,
    pub now: u32,
    pub out_msg_count: Uint15,
    pub orig_status: AccountStatus,
    pub end_status: AccountStatus,
    pub in_msg: Option<CellContainer<C>>,
    pub out_msgs: Dict<C, Uint15, CellContainer<C>>,
    pub total_fees: CurrencyCollection<C>,
    pub state_update: Lazy<C, HashUpdate>,
    pub info: Lazy<C, TxInfo<C>>,
}

Blockchain transaction.

Fields

account: CellHash

Account on which this transaction was produced.

lt: u64

Logical time when the transaction was created.

prev_trans_hash: CellHash

The hash of the previous transaction on the same account.

prev_trans_lt: u64

The logical time of the previous transaction on the same account.

now: u32

Unix timestamp when the transaction was created.

out_msg_count: Uint15

The number of outgoing messages.

orig_status: AccountStatus

Account status before this transaction.

end_status: AccountStatus

Account status after this transaction.

in_msg: Option<CellContainer<C>>

Optional incoming message.

out_msgs: Dict<C, Uint15, CellContainer<C>>

Outgoing messages.

total_fees: CurrencyCollection<C>

Total transaction fees (including extra fwd fees).

state_update: Lazy<C, HashUpdate>

Account state hashes.

info: Lazy<C, TxInfo<C>>

Detailed transaction info.

Implementations

impl<C: CellFamily> Transaction<C>

pub fn load_in_msg(&self) -> Result<Option<Message<'_, C>>, Error>

Tries to load the incoming message, if present.

pub fn load_info(&self) -> Option<TxInfo<C>>

Tries to load the detailed transaction info from the lazy cell.

impl<C> Transaction<C>where for<'c> C: CellFamily + 'c,

pub fn iter_out_msgs(&self) -> TxOutMsgIter<'_, C>

Gets an iterator over the output messages of this transaction, in order by lt. The iterator element type is Result<Message<'a, C>>.

If the dictionary or message is invalid, finishes after the first invalid element, returning an error.

Trait Implementations

impl<C: CellFamily> Clone for Transaction<C>

fn clone(&self) -> Self

Returns a copy of the value.

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

Performs copy-assignment from source.

impl<C: CellFamily> Debug for Transaction<C>

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

Formats the value using the given formatter.

impl<'a, C: CellFamily> Load<'a, C> for Transaction<C>

fn load_from(slice: &mut CellSlice<'a, C>) -> Option<Self>

Tries to load itself from a cell slice.

impl<C: CellFamily> PartialEq<Transaction<C>> for Transaction<C>

fn eq(&self, __other: &Self) -> bool

This method tests for self and other values to be equal, and is used by ==.

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

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

impl<C: CellFamily> Store<C> for Transaction<C>

fn store_into( &self, builder: &mut CellBuilder<C>, finalizer: &mut dyn Finalizer<C> ) -> bool

Tries to store itself into the cell builder.

impl<C: CellFamily> Eq for Transaction<C>