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diff_tx_fees.rs
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// Copyright 2020-2023 Manta Network.
// This file is part of Manta.
//
// Manta is free software: you can redistribute it and/or modify
// it under the terms of the GNU General Public License as published by
// the Free Software Foundation, either version 3 of the License, or
// (at your option) any later version.
//
// Manta is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
// GNU General Public License for more details.
//
// You should have received a copy of the GNU General Public License
// along with Manta. If not, see <http://www.gnu.org/licenses/>.
#![cfg(test)]
use crate::{Runtime, TransactionPayment};
use codec::{Decode, Encode};
use frame_support::{
dispatch::{DispatchInfo, GetDispatchInfo},
traits::{GetCallMetadata, OriginTrait, StorePreimage},
};
use manta_primitives::assets::{AssetRegistryMetadata, TestingDefault};
use manta_support::manta_pay::TransferPost;
use pallet_transaction_payment::Multiplier;
use runtime_common::MinimumMultiplier;
use sp_runtime::{
traits::{Saturating, Zero},
AccountId32, FixedPointNumber, MultiAddress, Perbill, Percent,
};
use std::str::FromStr;
use xcm::prelude::*;
const TX_FEE_FLUCTUATION: Percent = Percent::from_percent(10);
const ALICE: AccountId32 = AccountId32::new([1u8; 32]);
const BOB: AccountId32 = AccountId32::new([2u8; 32]);
#[derive(Debug, serde::Serialize, serde::Deserialize)]
struct TxFeeDetail {
module: String,
extrinsic: String,
tx_fee_with_decimal: String,
tx_fee_without_decimal: String,
fee_multiplier: String,
}
fn fee_multipliers() -> [Multiplier; 3] {
[
MinimumMultiplier::get(), // 0.0002
Multiplier::saturating_from_rational(1, 5u128), // 0.2
Multiplier::saturating_from_rational(1, 1u128), // 1.0
]
}
fn get_call_details(call: &crate::RuntimeCall) -> (DispatchInfo, u32) {
let dispatch_info =
<<Runtime as frame_system::Config>::RuntimeCall as GetDispatchInfo>::get_dispatch_info(
call,
);
let call_len = call.using_encoded(|e| e.len()) as u32;
(dispatch_info, call_len)
}
#[test]
fn diff_tx_fees() {
const CURRENT_PATH: &str = env!("CARGO_MANIFEST_DIR");
let mut latest_version = String::new();
for file in std::fs::read_dir(format!("{CURRENT_PATH}/tx-fees-data")).unwrap() {
let _version = file
.unwrap()
.path()
.file_name()
.unwrap()
.to_str()
.unwrap()
.split("-tx-fees.csv")
.collect::<Vec<&str>>()[0]
.to_string();
if _version.contains("README.md") {
continue;
}
let _version = version_compare::Version::from(&_version).unwrap();
let version = version_compare::Version::from(&latest_version).unwrap();
if version < _version {
latest_version = _version.to_string();
}
}
let version = version_compare::Version::from(&latest_version).unwrap();
let csv_path = format!("{CURRENT_PATH}/tx-fees-data/{version}-tx-fees.csv");
let mut rdr = csv::Reader::from_path(csv_path).unwrap();
let (calamari_runtime_calls, mut test_runner) = calculate_all_current_extrinsic_tx_fee();
let mut last_release_tx_fees = rdr.deserialize().map(|e| {
let record: TxFeeDetail = e.unwrap();
record
});
// check whether there's new pallet introduced
test_runner.execute_with(|| {
let opaque_metadata = crate::Runtime::metadata();
let pallets = match opaque_metadata.1 {
frame_support::metadata::RuntimeMetadata::V14(metadata) => metadata.pallets,
_ => unreachable!(),
};
assert_eq!(pallets.len(), 39);
});
let fee_multipliers = fee_multipliers();
for multiplier in fee_multipliers {
test_runner.execute_with(|| {
pallet_transaction_payment::NextFeeMultiplier::<Runtime>::set(multiplier);
});
test_runner.execute_with(|| {
for (pallet_name, extrinsic_name, dispatch_info, call_len) in calamari_runtime_calls.iter()
{
match last_release_tx_fees.find(|e| e.extrinsic.eq(extrinsic_name) && e.fee_multiplier.eq(&multiplier.to_float().to_string())) {
Some(found) => {
let _tx_fee_with_decimal = TransactionPayment::compute_fee(*call_len, dispatch_info, 0);
let tx_fee_with_decimal = Multiplier::from_str(&_tx_fee_with_decimal.to_string()).unwrap();
let last_tx_fee = Multiplier::from_str(&found.tx_fee_with_decimal).unwrap();
let fluctuation = {
let diff_value = tx_fee_with_decimal.saturating_sub(last_tx_fee).div(last_tx_fee);
if diff_value < Multiplier::zero() {
Percent::from_float(diff_value.neg().to_float())
} else {
Percent::from_float(diff_value.to_float())
}
};
let _multiplier = found.fee_multiplier;
assert!(fluctuation <= TX_FEE_FLUCTUATION, "The tx fee fluctuation for the extrinsic {extrinsic_name} is {fluctuation:?}, bigger than {TX_FEE_FLUCTUATION:?} with multiplier {_multiplier}.");
}
None => println!("The extrinsic {pallet_name}.{extrinsic_name} is missing from current tx fees list, please add it to latest csv file."),
}
}
});
}
}
#[test]
#[ignore]
fn generate_all_current_extrinsics_tx_fee_to_csv() {
const VERSION: &str = env!("CARGO_PKG_VERSION");
const CURRENT_PATH: &str = env!("CARGO_MANIFEST_DIR");
let csv_path = format!("{CURRENT_PATH}/tx-fees-data/{VERSION}-tx-fees.csv");
let mut wtr = csv::Writer::from_path(csv_path).unwrap();
let (calamari_runtime_calls, mut test_runner) = calculate_all_current_extrinsic_tx_fee();
let fee_multipliers = fee_multipliers();
let decimal: Multiplier = Multiplier::from_u32(10).saturating_pow(12);
let mut all_extrinsics_tx_fees = vec![];
for multiplier in fee_multipliers {
// set the multiplier
test_runner.execute_with(|| {
pallet_transaction_payment::NextFeeMultiplier::<Runtime>::set(multiplier);
});
test_runner.execute_with(|| {
for (pallet_name, extrinsic_name, dispatch_info, call_len) in
calamari_runtime_calls.clone()
{
let tx_fee_with_decimal =
TransactionPayment::compute_fee(call_len, &dispatch_info, 0);
let tx_fee_without_decimal = Multiplier::try_from(tx_fee_with_decimal)
.unwrap()
.div(decimal)
.to_float();
let tx_fee = TxFeeDetail {
module: pallet_name.to_owned(),
extrinsic: extrinsic_name.to_owned(),
tx_fee_with_decimal: tx_fee_with_decimal.to_string(),
tx_fee_without_decimal: tx_fee_without_decimal.to_string(),
fee_multiplier: multiplier.to_float().to_string(),
};
all_extrinsics_tx_fees.push(tx_fee);
}
});
}
for extrinsic in all_extrinsics_tx_fees {
wtr.serialize(extrinsic).unwrap();
}
wtr.flush().unwrap();
}
fn calculate_all_current_extrinsic_tx_fee() -> (
Vec<(&'static str, &'static str, DispatchInfo, u32)>,
sp_io::TestExternalities,
) {
let mut t: sp_io::TestExternalities = frame_system::GenesisConfig::default()
.build_storage::<Runtime>()
.unwrap()
.into();
let mut calamari_runtime_calls = vec![];
// frame_system
{
assert_eq!(
crate::RuntimeCall::get_call_names("System").len(),
8,
"Please update new extrinsic here."
);
// remark, which length is 32
let call = crate::RuntimeCall::System(frame_system::Call::remark {
remark: vec![1u8; 32],
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("frame_system", "remark-length=32", dispatch_info, call_len));
// remark, which length is 64
let call = crate::RuntimeCall::System(frame_system::Call::remark {
remark: vec![1u8; 32],
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("frame_system", "remark-length=64", dispatch_info, call_len));
// set_heap_pages
let call = crate::RuntimeCall::System(frame_system::Call::set_heap_pages { pages: 64 });
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("frame_system", "set_heap_pages", dispatch_info, call_len));
// set_code
let call = crate::RuntimeCall::System(frame_system::Call::set_code {
code: vec![1u8; 32],
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("frame_system", "set_code", dispatch_info, call_len));
// set_code_without_checks
let call = crate::RuntimeCall::System(frame_system::Call::set_code_without_checks {
code: vec![1u8; 32],
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"frame_system",
"set_code_without_checks",
dispatch_info,
call_len,
));
// set_storage
let call = crate::RuntimeCall::System(frame_system::Call::set_storage {
items: vec![(vec![1u8; 32], vec![2u8; 32])],
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("frame_system", "set_storage", dispatch_info, call_len));
// kill_storage
let call = crate::RuntimeCall::System(frame_system::Call::kill_storage {
keys: vec![vec![1u8; 32], vec![2u8; 32]],
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("frame_system", "kill_storage", dispatch_info, call_len));
// kill_prefix
let call = crate::RuntimeCall::System(frame_system::Call::kill_prefix {
prefix: vec![1u8; 32],
subkeys: 8,
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("frame_system", "kill_prefix", dispatch_info, call_len));
// remark_with_event, which length is 32
let call = crate::RuntimeCall::System(frame_system::Call::remark_with_event {
remark: vec![1u8; 32],
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"frame_system",
"remark_with_event-length=32",
dispatch_info,
call_len,
));
// remark_with_event, which length is 64
let call = crate::RuntimeCall::System(frame_system::Call::remark_with_event {
remark: vec![1u8; 32],
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"frame_system",
"remark_with_event-length=64",
dispatch_info,
call_len,
));
}
// pallet_treasury
{
assert_eq!(
crate::RuntimeCall::get_call_names("Treasury").len(),
5,
"Please update new extrinsic here."
);
// propose_spend
let call = crate::RuntimeCall::Treasury(pallet_treasury::Call::propose_spend {
value: 8,
beneficiary: ALICE.into(),
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("pallet_treasury", "propose_spend", dispatch_info, call_len));
// reject_proposal
let call =
crate::RuntimeCall::Treasury(pallet_treasury::Call::reject_proposal { proposal_id: 8 });
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"pallet_treasury",
"reject_proposal",
dispatch_info,
call_len,
));
// approve_proposal
let call = crate::RuntimeCall::Treasury(pallet_treasury::Call::approve_proposal {
proposal_id: 8,
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"pallet_treasury",
"approve_proposal",
dispatch_info,
call_len,
));
// spend
let call = crate::RuntimeCall::Treasury(pallet_treasury::Call::spend {
amount: 8,
beneficiary: ALICE.into(),
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("pallet_treasury", "spend", dispatch_info, call_len));
// remove_approval
let call =
crate::RuntimeCall::Treasury(pallet_treasury::Call::remove_approval { proposal_id: 8 });
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"pallet_treasury",
"remove_approval",
dispatch_info,
call_len,
));
}
// pallet_timestamp
{
assert_eq!(
crate::RuntimeCall::get_call_names("Timestamp").len(),
1,
"Please update new extrinsic here."
);
// set
let call = crate::RuntimeCall::Timestamp(pallet_timestamp::Call::set {
now: Default::default(),
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("pallet_timestamp", "set", dispatch_info, call_len));
}
// pallet_preimage
{
assert_eq!(
crate::RuntimeCall::get_call_names("Preimage").len(),
4,
"Please update new extrinsic here."
);
// note_preimage, preimage length is 32
let call = crate::RuntimeCall::Preimage(pallet_preimage::Call::note_preimage {
bytes: vec![1u8; 32],
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"pallet_preimage",
"note_preimage-length=32",
dispatch_info,
call_len,
));
// note_preimage, preimage length is 64
let call = crate::RuntimeCall::Preimage(pallet_preimage::Call::note_preimage {
bytes: vec![1u8; 64],
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"pallet_preimage",
"note_preimage-length=32",
dispatch_info,
call_len,
));
// unnote_preimage
let call = crate::RuntimeCall::Preimage(pallet_preimage::Call::unnote_preimage {
hash: Default::default(),
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"pallet_preimage",
"unnote_preimage",
dispatch_info,
call_len,
));
// request_preimage
let call = crate::RuntimeCall::Preimage(pallet_preimage::Call::request_preimage {
hash: Default::default(),
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"pallet_preimage",
"request_preimage",
dispatch_info,
call_len,
));
// unrequest_preimage
let call = crate::RuntimeCall::Preimage(pallet_preimage::Call::unrequest_preimage {
hash: Default::default(),
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"pallet_preimage",
"unrequest_preimage",
dispatch_info,
call_len,
));
}
// pallet_multisig
{
assert_eq!(
crate::RuntimeCall::get_call_names("Multisig").len(),
4,
"Please update new extrinsic here."
);
// as_multi_threshold_1
let dummy_call = crate::RuntimeCall::Preimage(pallet_preimage::Call::unrequest_preimage {
hash: Default::default(),
});
let call = crate::RuntimeCall::Multisig(pallet_multisig::Call::as_multi_threshold_1 {
other_signatories: vec![ALICE],
call: Box::new(dummy_call.clone()),
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"pallet_multisig",
"as_multi_threshold_1",
dispatch_info,
call_len,
));
// as_multi
let call = crate::RuntimeCall::Multisig(pallet_multisig::Call::as_multi {
threshold: 2,
other_signatories: vec![ALICE],
maybe_timepoint: None,
call: Box::new(dummy_call),
max_weight: Default::default(),
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("pallet_multisig", "as_multi", dispatch_info, call_len));
// approve_as_multi
let call = crate::RuntimeCall::Multisig(pallet_multisig::Call::approve_as_multi {
threshold: 2,
other_signatories: vec![ALICE],
maybe_timepoint: None,
call_hash: [1u8; 32],
max_weight: Default::default(),
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"pallet_multisig",
"approve_as_multi",
dispatch_info,
call_len,
));
// cancel_as_multi
let call = crate::RuntimeCall::Multisig(pallet_multisig::Call::cancel_as_multi {
threshold: 2,
other_signatories: vec![ALICE],
timepoint: Default::default(),
call_hash: [1u8; 32],
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"pallet_multisig",
"cancel_as_multi",
dispatch_info,
call_len,
));
}
// pallet_membership
{
assert_eq!(
crate::RuntimeCall::get_call_names("CouncilMembership").len(),
7,
"Please update new extrinsic here."
);
// add_member
let call = crate::RuntimeCall::CouncilMembership(pallet_membership::Call::add_member {
who: ALICE.into(),
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("pallet_membership", "add_member", dispatch_info, call_len));
// remove_member
let call = crate::RuntimeCall::CouncilMembership(pallet_membership::Call::remove_member {
who: ALICE.into(),
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"pallet_membership",
"remove_member",
dispatch_info,
call_len,
));
// swap_member
let call = crate::RuntimeCall::CouncilMembership(pallet_membership::Call::swap_member {
remove: ALICE.into(),
add: BOB.into(),
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("pallet_membership", "swap_member", dispatch_info, call_len));
// reset_members
let call = crate::RuntimeCall::CouncilMembership(pallet_membership::Call::reset_members {
members: vec![ALICE, BOB],
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"pallet_membership",
"reset_members",
dispatch_info,
call_len,
));
// change_key
let call = crate::RuntimeCall::CouncilMembership(pallet_membership::Call::change_key {
new: ALICE.into(),
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("pallet_membership", "change_key", dispatch_info, call_len));
// set_prime
let call = crate::RuntimeCall::CouncilMembership(pallet_membership::Call::set_prime {
who: ALICE.into(),
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("pallet_membership", "set_prime", dispatch_info, call_len));
// clear_prime
let call = crate::RuntimeCall::CouncilMembership(pallet_membership::Call::clear_prime {});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("pallet_membership", "clear_prime", dispatch_info, call_len));
}
// pallet_democracy
{
assert_eq!(
crate::RuntimeCall::get_call_names("Democracy").len(),
18,
"Please update new extrinsic here."
);
// propose
let dummy_call = crate::RuntimeCall::Democracy(pallet_democracy::Call::cancel_proposal {
prop_index: 2,
});
let call = crate::RuntimeCall::Democracy(pallet_democracy::Call::propose {
proposal: crate::Preimage::bound(dummy_call.clone()).unwrap(),
value: 1,
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("pallet_democracy", "propose", dispatch_info, call_len));
// second
let call = crate::RuntimeCall::Democracy(pallet_democracy::Call::second { proposal: 3 });
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("pallet_democracy", "second", dispatch_info, call_len));
// vote
let call = crate::RuntimeCall::Democracy(pallet_democracy::Call::vote {
ref_index: 3,
vote: pallet_democracy::AccountVote::Standard {
vote: Default::default(),
balance: 2,
},
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("pallet_democracy", "vote", dispatch_info, call_len));
// emergency_cancel
let call = crate::RuntimeCall::Democracy(pallet_democracy::Call::emergency_cancel {
ref_index: 3,
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"pallet_democracy",
"emergency_cancel",
dispatch_info,
call_len,
));
// external_propose
let call = crate::RuntimeCall::Democracy(pallet_democracy::Call::external_propose {
proposal: crate::Preimage::bound(dummy_call.clone()).unwrap(),
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"pallet_democracy",
"external_propose",
dispatch_info,
call_len,
));
// external_propose_majority
let call =
crate::RuntimeCall::Democracy(pallet_democracy::Call::external_propose_majority {
proposal: crate::Preimage::bound(dummy_call.clone()).unwrap(),
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"pallet_democracy",
"external_propose_majority",
dispatch_info,
call_len,
));
// external_propose_default
let call =
crate::RuntimeCall::Democracy(pallet_democracy::Call::external_propose_default {
proposal: crate::Preimage::bound(dummy_call).unwrap(),
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"pallet_democracy",
"external_propose_default",
dispatch_info,
call_len,
));
// fast_track
let call = crate::RuntimeCall::Democracy(pallet_democracy::Call::fast_track {
proposal_hash: Default::default(),
voting_period: 300,
delay: 30,
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("pallet_democracy", "fast_track", dispatch_info, call_len));
// veto_external
let call = crate::RuntimeCall::Democracy(pallet_democracy::Call::veto_external {
proposal_hash: Default::default(),
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("pallet_democracy", "veto_external", dispatch_info, call_len));
// cancel_referendum
let call = crate::RuntimeCall::Democracy(pallet_democracy::Call::cancel_referendum {
ref_index: 3,
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"pallet_democracy",
"cancel_referendum",
dispatch_info,
call_len,
));
// delegate
let call = crate::RuntimeCall::Democracy(pallet_democracy::Call::delegate {
to: ALICE.into(),
conviction: pallet_democracy::Conviction::Locked3x,
balance: 3,
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("pallet_democracy", "delegate", dispatch_info, call_len));
// undelegate
let call = crate::RuntimeCall::Democracy(pallet_democracy::Call::undelegate {});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("pallet_democracy", "undelegate", dispatch_info, call_len));
// clear_public_proposals
let call = crate::RuntimeCall::Democracy(pallet_democracy::Call::clear_public_proposals {});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"pallet_democracy",
"clear_public_proposals",
dispatch_info,
call_len,
));
// unlock
let call = crate::RuntimeCall::Democracy(pallet_democracy::Call::unlock {
target: MultiAddress::Id(ALICE),
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("pallet_democracy", "unlock", dispatch_info, call_len));
// remove_vote
let call = crate::RuntimeCall::Democracy(pallet_democracy::Call::remove_vote { index: 2 });
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("pallet_democracy", "remove_vote", dispatch_info, call_len));
// remove_other_vote
let call = crate::RuntimeCall::Democracy(pallet_democracy::Call::remove_other_vote {
target: ALICE.into(),
index: 2,
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"pallet_democracy",
"remove_other_vote",
dispatch_info,
call_len,
));
// blacklist
let call = crate::RuntimeCall::Democracy(pallet_democracy::Call::blacklist {
proposal_hash: Default::default(),
maybe_ref_index: Some(2),
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("pallet_democracy", "blacklist", dispatch_info, call_len));
// cancel_proposal
let call = crate::RuntimeCall::Democracy(pallet_democracy::Call::cancel_proposal {
prop_index: 2,
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"pallet_democracy",
"cancel_proposal",
dispatch_info,
call_len,
));
}
// pallet_collective
{
assert_eq!(
crate::RuntimeCall::get_call_names("TechnicalCommittee").len(),
7,
"Please update new extrinsic here."
);
// set_members
let call = crate::RuntimeCall::TechnicalCommittee(pallet_collective::Call::set_members {
new_members: vec![ALICE, BOB],
prime: Some(ALICE),
old_count: 6,
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("pallet_collective", "set_members", dispatch_info, call_len));
// execute
let dummy_call = crate::RuntimeCall::Democracy(pallet_democracy::Call::cancel_proposal {
prop_index: 2,
});
let call = crate::RuntimeCall::TechnicalCommittee(pallet_collective::Call::execute {
proposal: Box::new(dummy_call.clone()),
length_bound: 6,
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("pallet_collective", "execute", dispatch_info, call_len));
// propose
let call = crate::RuntimeCall::TechnicalCommittee(pallet_collective::Call::propose {
threshold: 3,
proposal: Box::new(dummy_call),
length_bound: 6,
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("pallet_collective", "propose", dispatch_info, call_len));
// vote
let call = crate::RuntimeCall::TechnicalCommittee(pallet_collective::Call::vote {
proposal: Default::default(),
index: 2,
approve: true,
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("pallet_collective", "vote", dispatch_info, call_len));
// close
let call = crate::RuntimeCall::TechnicalCommittee(pallet_collective::Call::close {
proposal_hash: Default::default(),
index: 2,
proposal_weight_bound: Default::default(),
length_bound: 6,
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("pallet_collective", "close", dispatch_info, call_len));
// disapprove_proposal
let call =
crate::RuntimeCall::TechnicalCommittee(pallet_collective::Call::disapprove_proposal {
proposal_hash: Default::default(),
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"pallet_collective",
"disapprove_proposal",
dispatch_info,
call_len,
));
}
// cumulus_pallet_xcmp_queue
{
assert_eq!(
crate::RuntimeCall::get_call_names("XcmpQueue").len(),
9,
"Please update new extrinsic here."
);
// service_overweight
let call =
crate::RuntimeCall::XcmpQueue(cumulus_pallet_xcmp_queue::Call::service_overweight {
index: 1,
weight_limit: 64,
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"cumulus_pallet_xcmp_queue",
"service_overweight",
dispatch_info,
call_len,
));
// suspend_xcm_execution
let call = crate::RuntimeCall::XcmpQueue(
cumulus_pallet_xcmp_queue::Call::suspend_xcm_execution {},
);
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"cumulus_pallet_xcmp_queue",
"suspend_xcm_execution",
dispatch_info,
call_len,
));
// resume_xcm_execution
let call =
crate::RuntimeCall::XcmpQueue(cumulus_pallet_xcmp_queue::Call::resume_xcm_execution {});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"cumulus_pallet_xcmp_queue",
"resume_xcm_execution",
dispatch_info,
call_len,
));
// update_suspend_threshold
let call = crate::RuntimeCall::XcmpQueue(
cumulus_pallet_xcmp_queue::Call::update_suspend_threshold { new: 2 },
);
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"cumulus_pallet_xcmp_queue",
"update_suspend_threshold",
dispatch_info,
call_len,
));
// update_drop_threshold
let call = crate::RuntimeCall::XcmpQueue(
cumulus_pallet_xcmp_queue::Call::update_suspend_threshold { new: 2 },
);
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"cumulus_pallet_xcmp_queue",
"update_drop_threshold",
dispatch_info,
call_len,
));
// update_resume_threshold
let call = crate::RuntimeCall::XcmpQueue(
cumulus_pallet_xcmp_queue::Call::update_resume_threshold { new: 2 },
);
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"cumulus_pallet_xcmp_queue",
"update_resume_threshold",
dispatch_info,
call_len,
));
// update_threshold_weight
let call = crate::RuntimeCall::XcmpQueue(
cumulus_pallet_xcmp_queue::Call::update_threshold_weight { new: 64 },
);
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"cumulus_pallet_xcmp_queue",
"update_threshold_weight",
dispatch_info,
call_len,
));
// update_weight_restrict_decay
let call = crate::RuntimeCall::XcmpQueue(
cumulus_pallet_xcmp_queue::Call::update_weight_restrict_decay { new: 64 },
);
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"cumulus_pallet_xcmp_queue",
"update_weight_restrict_decay",
dispatch_info,
call_len,
));
// update_xcmp_max_individual_weight
let call = crate::RuntimeCall::XcmpQueue(
cumulus_pallet_xcmp_queue::Call::update_xcmp_max_individual_weight { new: 64 },
);
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"cumulus_pallet_xcmp_queue",
"update_xcmp_max_individual_weight",
dispatch_info,
call_len,
));
}
// orml_xtokens
// cannot run this part outside of mock runtime.
t.execute_with(|| {
assert_eq!(
crate::RuntimeCall::get_call_names("XTokens").len(),
6,
"Please update new extrinsic here."
);
// transfer
let dest = VersionedMultiLocation::V1(Default::default());
let call = crate::RuntimeCall::XTokens(orml_xtokens::Call::transfer {
currency_id: crate::xcm_config::CurrencyId::MantaCurrency(1),
amount: 10,
dest: Box::new(dest.clone()),
dest_weight_limit: WeightLimit::Unlimited,
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("orml_xtokens", "transfer", dispatch_info, call_len));
// transfer_multiasset
let _asset = MultiAsset {
id: Concrete(MultiLocation {
parents: 1,
interior: X1(Parachain(1)),
}),
fun: Fungible(10000000000000),
};
let asset = xcm::VersionedMultiAsset::V1(_asset.clone());
let call = crate::RuntimeCall::XTokens(orml_xtokens::Call::transfer_multiasset {
asset: Box::new(asset.clone()),
dest: Box::new(dest.clone()),
dest_weight_limit: WeightLimit::Unlimited,
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((
"orml_xtokens",
"transfer_multiasset",
dispatch_info,
call_len,
));
// transfer_with_fee
let call = crate::RuntimeCall::XTokens(orml_xtokens::Call::transfer_with_fee {
currency_id: crate::xcm_config::CurrencyId::MantaCurrency(1),
amount: 10,
fee: 20,
dest: Box::new(dest.clone()),
dest_weight_limit: WeightLimit::Unlimited,
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push(("orml_xtokens", "transfer_with_fee", dispatch_info, call_len));
// transfer_multiasset_with_fee
let _fee_asset = MultiAsset {
id: Concrete(MultiLocation {
parents: 1,
interior: X1(Parachain(1)),
}),
fun: Fungible(5000000000000),
};
let fee_asset = xcm::VersionedMultiAsset::V1(_fee_asset.clone());
let call = crate::RuntimeCall::XTokens(orml_xtokens::Call::transfer_multiasset_with_fee {
asset: Box::new(asset),
fee: Box::new(fee_asset),
dest: Box::new(dest.clone()),
dest_weight_limit: WeightLimit::Unlimited,
});
let (dispatch_info, call_len) = get_call_details(&call);
calamari_runtime_calls.push((