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#[macro_export]
#[cfg(feature = "solana")]
macro_rules! try_with_solana_blockhashes {
(
let $local_blockhash:ident = $initial_blockhash:expr;
$additional_tries:expr,
$pair:expr,
$procedure:expr $(,)?
) => {{
let initial_try = {
let $local_blockhash = $initial_blockhash;
$procedure
};
match initial_try {
Err(err) => {
let inferred_additional_tries: u8 = $additional_tries;
if let Some(n) = inferred_additional_tries.checked_sub(1) {
let mut opt = None;
for _ in 0..n {
let $local_blockhash = {
let pair_mut = &mut $pair;
let (pkgs_aux, trans) = pair_mut.parts_mut();
let res = trans
.send_retrieve_and_decode_contained(
&mut pkgs_aux.get_latest_blockhash().data(None).build(),
pkgs_aux,
)
.await?;
res.result?.value.blockhash
};
if let Ok(elem) = $procedure {
opt = Some((elem, Some($local_blockhash)));
break;
}
}
if let Some(elem) = opt {
Ok(elem)
} else {
let $local_blockhash = {
let pair_mut = &mut $pair;
let (pkgs_aux, trans) = pair_mut.parts_mut();
let res = trans
.send_retrieve_and_decode_contained(
&mut pkgs_aux.get_latest_blockhash().data(None).build(),
pkgs_aux,
)
.await?;
res.result?.value.blockhash
};
let last = $procedure?;
Ok((last, Some($local_blockhash)))
}
} else {
Err(err)
}
}
Ok(elem) => Ok((elem, None)),
}
}};
}
macro_rules! _create_blockchain_constants {
(
$address_hash_vis:vis address_hash: $address_hash:ident = $_1:literal,
$address_hash_str_vis:vis address_hash_str: $address_hash_str:ident = $_2:literal,
$block_hash_vis:vis block_hash: $block_hash:ident = $_3:literal,
$block_hash_str_vis:vis block_hash_str: $block_hash_str:ident = $_4:literal,
$signature_hash_vis:vis signature_hash: $signature_hash:ident = $_5:literal,
$signature_hash_str_vis:vis signature_hash_str: $signature_hash_str:ident = $_6:literal,
$transaction_hash_vis:vis transaction_hash: $transaction_hash:ident = $_7:literal,
$transaction_hash_str_vis:vis transaction_hash_str: $transaction_hash_str:ident = $_8:literal
) => {
$address_hash_vis type $address_hash = [u8; $_1];
$address_hash_str_vis type $address_hash_str = ::arrayvec::ArrayString<$_2>;
$block_hash_vis type $block_hash = [u8; $_3];
$block_hash_str_vis type $block_hash_str = ::arrayvec::ArrayString<$_4>;
$signature_hash_vis type $signature_hash = ::cl_aux::ArrayWrapper<u8, $_5>;
$signature_hash_str_vis type $signature_hash_str = ::arrayvec::ArrayString<$_6>;
$transaction_hash_vis type $transaction_hash = ::cl_aux::ArrayWrapper<u8, $_7>;
$transaction_hash_str_vis type $transaction_hash_str = ::arrayvec::ArrayString<$_8>;
};
}
macro_rules! _generic_api_doc {
() => {
"Used to group a set of packages related to this API as well as any additional instance parameters."
};
}
macro_rules! _generic_res_data_elem_doc {
() => {
"Element that makes up most of the expected data response returned by the server."
};
}
#[cfg(test)]
macro_rules! _create_generic_test {
($executor:ident, $test:ident, $pair:expr, $parts_cb:expr, $rslt_cb:expr) => {
#[$executor::test]
async fn $test() {
fn parts_cb_infer<'pair, API, DRSR, O, T>(
pkgs_aux: &'pair mut crate::misc::PkgsAux<API, DRSR, T::Params>,
trans: &'pair mut T,
cb: impl FnOnce(
&'pair mut crate::misc::PkgsAux<API, DRSR, T::Params>,
&'pair mut T
) -> O,
) -> O
where
T: Transport<DRSR>
{
cb(pkgs_aux, trans)
}
fn rslt_cb_infer<'pair, API, DRSR, O, R, T>(
pkgs_aux: &'pair mut crate::misc::PkgsAux<API, DRSR, T::Params>,
trans: &'pair mut T,
rslt: R,
cb: impl FnOnce(
&'pair mut crate::misc::PkgsAux<API, DRSR, T::Params>,
&'pair mut T,
R
) -> O,
) -> O
where
T: Transport<DRSR>
{
cb(pkgs_aux, trans, rslt)
}
crate::misc::_init_tracing();
let _opt = dotenv::dotenv().ok();
let mut pair = $pair;
let (pkg, pkgs_aux) = pair.parts_mut();
let rslt = parts_cb_infer(pkg, pkgs_aux, $parts_cb).await;
rslt_cb_infer(pkg, pkgs_aux, rslt, $rslt_cb).await;
}
};
}
#[cfg(test)]
macro_rules! _create_http_test {
($api:expr, $drsr_erp:expr, $test:ident, $cb:expr) => {
_create_generic_test! {
tokio,
$test,
{
let (drsr, ext_req_params) = $drsr_erp;
lucia::misc::Pair::new(
crate::misc::PkgsAux::from_minimum($api, drsr, ext_req_params),
reqwest::Client::default()
)
},
$cb,
|_, _, _| async {}
}
};
}
#[cfg(test)]
macro_rules! _create_ws_test {
(
$url:expr,
$api:expr,
$drsr_erp:expr,
$sub:ident,
($($unsub:ident),+),
$cb:expr
) => {
_create_generic_test! {
tokio,
$sub,
{
let (drsr, ext_req_params) = $drsr_erp;
let (trans, _) = tokio_tungstenite::connect_async($url).await.unwrap();
lucia::misc::Pair::new(
crate::misc::PkgsAux::from_minimum($api, drsr, ext_req_params),
trans
)
},
$cb,
|pkgs_aux, trans, subs| async move {
let mut iter = subs.into_iter();
let ids = &mut [$( pkgs_aux.$unsub().data(iter.next().unwrap()).build(), )+][..];
let _res = trans.send(&mut lucia::pkg::BatchPkg::new(ids), pkgs_aux).await.unwrap();
}
}
};
}