Struct TransactionToFill

pub struct TransactionToFill {
    pub author: TypeToFill,
    pub call: TypeToFill,
    pub extensions: Vec<TypeToFill>,
    pub signature: TypeToFill,
    pub extra: Vec<usize>,
    pub genesis_hash: H256,
}

Fields

author: TypeToFill

call: TypeToFill

extensions: Vec<TypeToFill>

signature: TypeToFill

extra: Vec<usize>

genesis_hash: H256

Implementations

impl TransactionToFill

pub fn init<E, M>( ext_memory: &mut E, metadata: &M, genesis_hash: H256, ) -> Result<Self, ErrorFixMe<E, M>>

where E: ExternalMemory, M: AsFillMetadata<E>,

pub fn populate_block_info( &mut self, optional_block_hash: Option<H256>, optional_block_number: Option<u64>, )

pub fn try_default_tip(&mut self)

pub fn try_default_tip_assets_in_given_asset<E: ExternalMemory, M: AsFillMetadata<E>>( &mut self, ext_memory: &mut E, metadata: &M, known_asset_id: u32, )

pub fn try_default_signature_to_sr25519<E, M>( &mut self, ext_memory: &mut E, metadata: &M, ) -> Result<(), RegistryError<E>>

where E: ExternalMemory, M: AsFillMetadata<E>,

There could be different types of signature available for the chain.

In case there is a set of variants to select from, check if sr25519 variant is available and select it.

pub fn signature_is_sr25519(&self) -> bool

Either the type itself is sr25519 signature, the type is single field struct with sr25519 signature, or the variant selector with sr25519 signature selected

pub fn author_as_sr25519_compatible(&self) -> Option<[u8; 32]>

Either the type itself is sr25519 compatible (AccountId32 or sr25519 public key), the type is single field struct with one of those types, or the variant selector with one of those types selected

pub fn extrinsic_to_sign(&self) -> Option<ExtrinsicToSign>

pub fn sign_this(&self) -> Option<Vec<u8>>

pub fn into_signer_transaction_format(&self) -> Option<Vec<u8>>

pub fn output_qr_data_signer_style(&self) -> Option<Vec<u8>>

pub fn signed_unchecked_extrinsic<E, M>( &self, metadata: &M, ) -> Result<Option<SignedUncheckedExtrinsic>, ErrorFixMe<E, M>>

where E: ExternalMemory, M: AsFillMetadata<E>,

pub fn send_this_signed<E, M>( &self, metadata: &M, ) -> Result<Option<Vec<u8>>, ErrorFixMe<E, M>>

where E: ExternalMemory, M: AsFillMetadata<E>,

pub fn unsigned_unchecked_extrinsic<E, M>( &self, metadata: &M, ) -> Result<Option<UnsignedUncheckedExtrinsic>, ErrorFixMe<E, M>>

where E: ExternalMemory, M: AsFillMetadata<E>,

pub fn send_this_unsigned<E, M>( &self, metadata: &M, ) -> Result<Option<Vec<u8>>, ErrorFixMe<E, M>>

where E: ExternalMemory, M: AsFillMetadata<E>,

impl TransactionToFill

pub fn populate_genesis_hash(&mut self, filler: H256)

impl TransactionToFill

pub fn populate_block_hash_helper(&mut self, filler: H256)

impl TransactionToFill

pub fn populate_spec_version(&mut self, filler: &Unsigned)

impl TransactionToFill

pub fn populate_tx_version(&mut self, filler: &Unsigned)

impl TransactionToFill

pub fn populate_nonce(&mut self, filler: u32)

Trait Implementations

impl Clone for TransactionToFill

fn clone(&self) -> TransactionToFill

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl Debug for TransactionToFill

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

Formats the value using the given formatter.