pub struct ProviderBuilder<L, F, N = Ethereum> { /* private fields */ }
Expand description
A builder for constructing a Provider
from various layers.
This type is similar to tower::ServiceBuilder
, with extra complication
around maintaining the network and transport types.
Implementations§
source§impl ProviderBuilder<Identity, Identity, Ethereum>
impl ProviderBuilder<Identity, Identity, Ethereum>
sourcepub const fn new() -> Self
pub const fn new() -> Self
Create a new ProviderBuilder
.
source§impl<L, N: Network> ProviderBuilder<L, Identity, N>
impl<L, N: Network> ProviderBuilder<L, Identity, N>
sourcepub fn with_recommended_fillers(
self,
) -> ProviderBuilder<L, JoinFill<Identity, N::RecomendedFillers>, N>where
N: RecommendedFillers,
pub fn with_recommended_fillers(
self,
) -> ProviderBuilder<L, JoinFill<Identity, N::RecomendedFillers>, N>where
N: RecommendedFillers,
Add preconfigured set of layers handling gas estimation, nonce management, and chain-id fetching.
sourcepub fn with_gas_estimation(
self,
) -> ProviderBuilder<L, JoinFill<Identity, GasFiller>, N>
pub fn with_gas_estimation( self, ) -> ProviderBuilder<L, JoinFill<Identity, GasFiller>, N>
Add gas estimation to the stack being built.
See GasFiller
sourcepub fn with_nonce_management<M: NonceManager>(
self,
nonce_manager: M,
) -> ProviderBuilder<L, JoinFill<Identity, NonceFiller<M>>, N>
pub fn with_nonce_management<M: NonceManager>( self, nonce_manager: M, ) -> ProviderBuilder<L, JoinFill<Identity, NonceFiller<M>>, N>
Add nonce management to the stack being built.
See NonceFiller
sourcepub fn with_simple_nonce_management(
self,
) -> ProviderBuilder<L, JoinFill<Identity, NonceFiller>, N>
pub fn with_simple_nonce_management( self, ) -> ProviderBuilder<L, JoinFill<Identity, NonceFiller>, N>
Add simple nonce management to the stack being built.
sourcepub fn with_cached_nonce_management(
self,
) -> ProviderBuilder<L, JoinFill<Identity, NonceFiller<CachedNonceManager>>, N>
pub fn with_cached_nonce_management( self, ) -> ProviderBuilder<L, JoinFill<Identity, NonceFiller<CachedNonceManager>>, N>
Add cached nonce management to the stack being built.
sourcepub fn fetch_chain_id(
self,
) -> ProviderBuilder<L, JoinFill<Identity, ChainIdFiller>, N>
pub fn fetch_chain_id( self, ) -> ProviderBuilder<L, JoinFill<Identity, ChainIdFiller>, N>
Add a chain ID filler to the stack being built. The filler will attempt
to fetch the chain ID from the provider using
Provider::get_chain_id
. the first time a transaction is prepared,
and will cache it for future transactions.
sourcepub fn with_chain_id(
self,
chain_id: ChainId,
) -> ProviderBuilder<L, JoinFill<Identity, ChainIdFiller>, N>
pub fn with_chain_id( self, chain_id: ChainId, ) -> ProviderBuilder<L, JoinFill<Identity, ChainIdFiller>, N>
Add a specific chain ID to the stack being built. The filler will
fill transactions with the provided chain ID, regardless of the chain ID
that the provider reports via Provider::get_chain_id
.
source§impl<L, F, N> ProviderBuilder<L, F, N>
impl<L, F, N> ProviderBuilder<L, F, N>
sourcepub fn layer<Inner>(
self,
layer: Inner,
) -> ProviderBuilder<Stack<Inner, L>, F, N>
pub fn layer<Inner>( self, layer: Inner, ) -> ProviderBuilder<Stack<Inner, L>, F, N>
Add a layer to the stack being built. This is similar to
tower::ServiceBuilder::layer
.
§Note:
Layers are added in outer-to-inner order, as in
tower::ServiceBuilder
. The first layer added will be the first to
see the request.
sourcepub fn filler<F2>(self, filler: F2) -> ProviderBuilder<L, JoinFill<F, F2>, N>
pub fn filler<F2>(self, filler: F2) -> ProviderBuilder<L, JoinFill<F, F2>, N>
Add a transaction filler to the stack being built. Transaction fillers are used to fill in missing fields on transactions before they are sent, and are all joined to form the outermost layer of the stack.
sourcepub fn wallet<W>(
self,
wallet: W,
) -> ProviderBuilder<L, JoinFill<F, WalletFiller<W>>, N>
pub fn wallet<W>( self, wallet: W, ) -> ProviderBuilder<L, JoinFill<F, WalletFiller<W>>, N>
Add a wallet layer to the stack being built.
See WalletFiller
.
sourcepub fn network<Net: Network>(self) -> ProviderBuilder<L, F, Net>
pub fn network<Net: Network>(self) -> ProviderBuilder<L, F, Net>
Change the network.
By default, the network is Ethereum
. This method must be called to configure a different
network.
builder.network::<Arbitrum>()
sourcepub fn with_chain(
self,
chain: NamedChain,
) -> ProviderBuilder<Stack<ChainLayer, L>, F, N>
pub fn with_chain( self, chain: NamedChain, ) -> ProviderBuilder<Stack<ChainLayer, L>, F, N>
Add a chain layer to the stack being built. The layer will set the client’s poll interval based on the average block time for this chain.
Does nothing to the client with a local transport.
sourcepub fn on_provider<P, T>(self, provider: P) -> F::Providerwhere
L: ProviderLayer<P, T, N>,
F: TxFiller<N> + ProviderLayer<L::Provider, T, N>,
P: Provider<T, N>,
T: Transport + Clone,
N: Network,
pub fn on_provider<P, T>(self, provider: P) -> F::Providerwhere
L: ProviderLayer<P, T, N>,
F: TxFiller<N> + ProviderLayer<L::Provider, T, N>,
P: Provider<T, N>,
T: Transport + Clone,
N: Network,
sourcepub fn on_client<T>(self, client: RpcClient<T>) -> F::Providerwhere
L: ProviderLayer<RootProvider<T, N>, T, N>,
F: TxFiller<N> + ProviderLayer<L::Provider, T, N>,
T: Transport + Clone,
N: Network,
pub fn on_client<T>(self, client: RpcClient<T>) -> F::Providerwhere
L: ProviderLayer<RootProvider<T, N>, T, N>,
F: TxFiller<N> + ProviderLayer<L::Provider, T, N>,
T: Transport + Clone,
N: Network,
sourcepub async fn on_builtin(self, s: &str) -> Result<F::Provider, TransportError>where
L: ProviderLayer<RootProvider<BoxTransport, N>, BoxTransport, N>,
F: TxFiller<N> + ProviderLayer<L::Provider, BoxTransport, N>,
N: Network,
pub async fn on_builtin(self, s: &str) -> Result<F::Provider, TransportError>where
L: ProviderLayer<RootProvider<BoxTransport, N>, BoxTransport, N>,
F: TxFiller<N> + ProviderLayer<L::Provider, BoxTransport, N>,
N: Network,
Finish the layer stack by providing a connection string for a built-in
transport type, outputting the final Provider
type with all stack
components.
sourcepub async fn on_ws(
self,
connect: WsConnect,
) -> Result<F::Provider, TransportError>where
L: ProviderLayer<RootProvider<PubSubFrontend, N>, PubSubFrontend, N>,
F: TxFiller<N> + ProviderLayer<L::Provider, PubSubFrontend, N>,
N: Network,
Available on crate feature ws
only.
pub async fn on_ws(
self,
connect: WsConnect,
) -> Result<F::Provider, TransportError>where
L: ProviderLayer<RootProvider<PubSubFrontend, N>, PubSubFrontend, N>,
F: TxFiller<N> + ProviderLayer<L::Provider, PubSubFrontend, N>,
N: Network,
ws
only.Build this provider with a websocket connection.
sourcepub async fn on_ipc<T>(
self,
connect: IpcConnect<T>,
) -> Result<F::Provider, TransportError>where
IpcConnect<T>: PubSubConnect,
L: ProviderLayer<RootProvider<PubSubFrontend, N>, PubSubFrontend, N>,
F: TxFiller<N> + ProviderLayer<L::Provider, PubSubFrontend, N>,
N: Network,
Available on crate feature ipc
only.
pub async fn on_ipc<T>(
self,
connect: IpcConnect<T>,
) -> Result<F::Provider, TransportError>where
IpcConnect<T>: PubSubConnect,
L: ProviderLayer<RootProvider<PubSubFrontend, N>, PubSubFrontend, N>,
F: TxFiller<N> + ProviderLayer<L::Provider, PubSubFrontend, N>,
N: Network,
ipc
only.Build this provider with an IPC connection.
sourcepub fn on_http(self, url: Url) -> F::Providerwhere
L: ProviderLayer<ReqwestProvider<N>, Http<Client>, N>,
F: TxFiller<N> + ProviderLayer<L::Provider, Http<Client>, N>,
N: Network,
Available on crate feature reqwest
only.
pub fn on_http(self, url: Url) -> F::Providerwhere
L: ProviderLayer<ReqwestProvider<N>, Http<Client>, N>,
F: TxFiller<N> + ProviderLayer<L::Provider, Http<Client>, N>,
N: Network,
reqwest
only.Build this provider with an Reqwest HTTP transport.
sourcepub fn on_hyper_http(self, url: Url) -> F::Providerwhere
L: ProviderLayer<HyperProvider<N>, HyperTransport, N>,
F: TxFiller<N> + ProviderLayer<L::Provider, HyperTransport, N>,
N: Network,
Available on crate feature hyper
only.
pub fn on_hyper_http(self, url: Url) -> F::Providerwhere
L: ProviderLayer<HyperProvider<N>, HyperTransport, N>,
F: TxFiller<N> + ProviderLayer<L::Provider, HyperTransport, N>,
N: Network,
hyper
only.Build this provider with an Hyper HTTP transport.
source§impl<L, F> ProviderBuilder<L, F, Ethereum>
impl<L, F> ProviderBuilder<L, F, Ethereum>
sourcepub fn on_anvil(self) -> F::Providerwhere
F: TxFiller<Ethereum> + ProviderLayer<L::Provider, Http<Client>, Ethereum>,
L: ProviderLayer<AnvilProvider<RootProvider<Http<Client>>, Http<Client>>, Http<Client>>,
Available on crate feature anvil-node
only.
pub fn on_anvil(self) -> F::Providerwhere
F: TxFiller<Ethereum> + ProviderLayer<L::Provider, Http<Client>, Ethereum>,
L: ProviderLayer<AnvilProvider<RootProvider<Http<Client>>, Http<Client>>, Http<Client>>,
anvil-node
only.Build this provider with anvil, using an Reqwest HTTP transport.
sourcepub fn on_anvil_with_wallet(
self,
) -> <JoinFill<F, WalletFiller<EthereumWallet>> as ProviderLayer<L::Provider, Http<Client>>>::Providerwhere
F: TxFiller<Ethereum> + ProviderLayer<L::Provider, Http<Client>, Ethereum>,
L: ProviderLayer<AnvilProvider<RootProvider<Http<Client>>, Http<Client>>, Http<Client>>,
Available on crate feature anvil-node
only.
pub fn on_anvil_with_wallet(
self,
) -> <JoinFill<F, WalletFiller<EthereumWallet>> as ProviderLayer<L::Provider, Http<Client>>>::Providerwhere
F: TxFiller<Ethereum> + ProviderLayer<L::Provider, Http<Client>, Ethereum>,
L: ProviderLayer<AnvilProvider<RootProvider<Http<Client>>, Http<Client>>, Http<Client>>,
anvil-node
only.Build this provider with anvil, using an Reqwest HTTP transport. This function configures a wallet backed by anvil keys, and is intended for use in tests.
sourcepub fn on_anvil_with_config(self, f: impl FnOnce(Anvil) -> Anvil) -> F::Providerwhere
F: TxFiller<Ethereum> + ProviderLayer<L::Provider, Http<Client>, Ethereum>,
L: ProviderLayer<AnvilProvider<RootProvider<Http<Client>>, Http<Client>>, Http<Client>>,
Available on crate feature anvil-node
only.
pub fn on_anvil_with_config(self, f: impl FnOnce(Anvil) -> Anvil) -> F::Providerwhere
F: TxFiller<Ethereum> + ProviderLayer<L::Provider, Http<Client>, Ethereum>,
L: ProviderLayer<AnvilProvider<RootProvider<Http<Client>>, Http<Client>>, Http<Client>>,
anvil-node
only.Build this provider with anvil, using an Reqwest HTTP transport. The given function is used to configure the anvil instance.
sourcepub fn on_anvil_with_wallet_and_config(
self,
f: impl FnOnce(Anvil) -> Anvil,
) -> <JoinFill<F, WalletFiller<EthereumWallet>> as ProviderLayer<L::Provider, Http<Client>>>::Providerwhere
F: TxFiller<Ethereum> + ProviderLayer<L::Provider, Http<Client>, Ethereum>,
L: ProviderLayer<AnvilProvider<RootProvider<Http<Client>>, Http<Client>>, Http<Client>>,
Available on crate feature anvil-node
only.
pub fn on_anvil_with_wallet_and_config(
self,
f: impl FnOnce(Anvil) -> Anvil,
) -> <JoinFill<F, WalletFiller<EthereumWallet>> as ProviderLayer<L::Provider, Http<Client>>>::Providerwhere
F: TxFiller<Ethereum> + ProviderLayer<L::Provider, Http<Client>, Ethereum>,
L: ProviderLayer<AnvilProvider<RootProvider<Http<Client>>, Http<Client>>, Http<Client>>,
anvil-node
only.Build this provider with anvil, using an Reqwest HTTP transport.
This calls try_on_anvil_with_wallet_and_config
and panics on error.
sourcepub fn try_on_anvil_with_wallet_and_config(
self,
f: impl FnOnce(Anvil) -> Anvil,
) -> Result<<JoinFill<F, WalletFiller<EthereumWallet>> as ProviderLayer<L::Provider, Http<Client>>>::Provider, NodeError>where
F: TxFiller<Ethereum> + ProviderLayer<L::Provider, Http<Client>, Ethereum>,
L: ProviderLayer<AnvilProvider<RootProvider<Http<Client>>, Http<Client>>, Http<Client>>,
Available on crate feature anvil-node
only.
pub fn try_on_anvil_with_wallet_and_config(
self,
f: impl FnOnce(Anvil) -> Anvil,
) -> Result<<JoinFill<F, WalletFiller<EthereumWallet>> as ProviderLayer<L::Provider, Http<Client>>>::Provider, NodeError>where
F: TxFiller<Ethereum> + ProviderLayer<L::Provider, Http<Client>, Ethereum>,
L: ProviderLayer<AnvilProvider<RootProvider<Http<Client>>, Http<Client>>, Http<Client>>,
anvil-node
only.Build this provider with anvil, using an Reqwest HTTP transport. The given function is used to configure the anvil instance. This function configures a wallet backed by anvil keys, and is intended for use in tests.
Trait Implementations§
Auto Trait Implementations§
impl<L, F, N> Freeze for ProviderBuilder<L, F, N>
impl<L, F, N> RefUnwindSafe for ProviderBuilder<L, F, N>where
L: RefUnwindSafe,
F: RefUnwindSafe,
impl<L, F, N> Send for ProviderBuilder<L, F, N>
impl<L, F, N> Sync for ProviderBuilder<L, F, N>
impl<L, F, N> Unpin for ProviderBuilder<L, F, N>
impl<L, F, N> UnwindSafe for ProviderBuilder<L, F, N>where
L: UnwindSafe,
F: UnwindSafe,
Blanket Implementations§
source§impl<T> BorrowMut<T> for Twhere
T: ?Sized,
impl<T> BorrowMut<T> for Twhere
T: ?Sized,
source§fn borrow_mut(&mut self) -> &mut T
fn borrow_mut(&mut self) -> &mut T
source§impl<T> Instrument for T
impl<T> Instrument for T
source§fn instrument(self, span: Span) -> Instrumented<Self>
fn instrument(self, span: Span) -> Instrumented<Self>
source§fn in_current_span(self) -> Instrumented<Self>
fn in_current_span(self) -> Instrumented<Self>
source§impl<T> IntoEither for T
impl<T> IntoEither for T
source§fn into_either(self, into_left: bool) -> Either<Self, Self>
fn into_either(self, into_left: bool) -> Either<Self, Self>
self
into a Left
variant of Either<Self, Self>
if into_left
is true
.
Converts self
into a Right
variant of Either<Self, Self>
otherwise. Read moresource§fn into_either_with<F>(self, into_left: F) -> Either<Self, Self>
fn into_either_with<F>(self, into_left: F) -> Either<Self, Self>
self
into a Left
variant of Either<Self, Self>
if into_left(&self)
returns true
.
Converts self
into a Right
variant of Either<Self, Self>
otherwise. Read more