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// Copyright 2019-2025 PureStake Inc.
// This file is part of Moonbeam.
// Moonbeam 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.
// Moonbeam 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 Moonbeam. If not, see <http://www.gnu.org/licenses/>.
use crate::{
mock::*, SELECTOR_LOG_IDENTITY_CLEARED, SELECTOR_LOG_IDENTITY_SET,
SELECTOR_LOG_JUDGEMENT_GIVEN, SELECTOR_LOG_JUDGEMENT_REQUESTED,
SELECTOR_LOG_JUDGEMENT_UNREQUESTED, SELECTOR_LOG_SUB_IDENTITY_ADDED,
SELECTOR_LOG_SUB_IDENTITY_REMOVED, SELECTOR_LOG_SUB_IDENTITY_REVOKED,
};
Data, IdentityFields, IdentityInfo, Judgement, Registrar, Registration, SubsOf, SuperOf,
use frame_support::assert_ok;
use pallet_evm::{Call as EvmCall, Event as EvmEvent};
use pallet_identity::{
legacy::IdentityField, Event as IdentityEvent, Pallet as IdentityPallet, RegistrarInfo,
use parity_scale_codec::Encode;
use precompile_utils::prelude::*;
use precompile_utils::testing::*;
use sp_core::{H160, U256};
use sp_runtime::traits::{Dispatchable, Hash};
fn precompiles() -> Precompiles<Runtime> {
PrecompilesValue::get()
}
fn evm_call(source: impl Into<H160>, input: Vec<u8>) -> EvmCall<Runtime> {
EvmCall::call {
source: source.into(),
target: Precompile1.into(),
input,
value: U256::zero(),
gas_limit: u64::max_value(),
max_fee_per_gas: 0.into(),
max_priority_fee_per_gas: Some(U256::zero()),
nonce: None,
access_list: Vec::new(),
authorization_list: Vec::new(),
#[test]
fn test_solidity_interface_has_all_function_selectors_documented_and_implemented() {
check_precompile_implements_solidity_interfaces(&["Identity.sol"], PCall::supports_selector)
fn test_set_fee_on_existing_registrar_index_succeeds() {
ExtBuilder::default()
.with_balances(vec![(Alice.into(), 100_000)])
.build()
.execute_with(|| {
assert_ok!(<IdentityPallet<Runtime>>::add_registrar(
RuntimeOrigin::root(),
Bob.into()
));
assert_ok!(RuntimeCall::Evm(evm_call(
Bob,
PCall::set_fee {
index: 0,
fee: 100.into(),
.into()
))
.dispatch(RuntimeOrigin::root()));
assert_eq!(
pallet_identity::Registrars::<Runtime>::get().to_vec(),
vec![Some(RegistrarInfo {
account: Bob.into(),
fee: 100,
fields: Default::default(),
})]
);
})
fn test_set_fee_on_non_existing_registrar_index_fails() {
fn test_set_account_id_on_existing_registrar_index_succeeds() {
PCall::set_account_id {
new: Address(Charlie.into()),
account: Charlie.into(),
fee: 0,
fn test_set_account_id_on_non_existing_registrar_index_fails() {
fn test_set_fields_on_existing_registrar_index_succeeds() {
PCall::set_fields {
fields: IdentityFields {
display: true,
web: true,
..Default::default()
},
fields: IdentityField::Display as u64 | IdentityField::Web as u64,
fn test_set_fields_on_non_existing_registrar_index_fails() {
fn test_set_identity_works() {
.with_balances(vec![(Alice.into(), 100_000), (Bob.into(), 100_000)])
PCall::set_identity {
info: IdentityInfo {
additional: vec![
(
Data {
has_data: true,
value: vec![0xa1].try_into().expect("succeeds"),
value: vec![0xb1].try_into().expect("succeeds"),
),
value: vec![0xa2].try_into().expect("succeeds"),
value: vec![0xb2].try_into().expect("succeeds"),
]
.try_into()
.expect("succeeds"),
display: Data {
value: vec![0x01].try_into().expect("succeeds"),
legal: Data {
value: vec![0x02].try_into().expect("succeeds"),
web: Data {
value: vec![0x03].try_into().expect("succeeds"),
riot: Data {
value: vec![0x04].try_into().expect("succeeds"),
email: Data {
value: vec![0x05].try_into().expect("succeeds"),
has_pgp_fingerprint: true,
pgp_fingerprint: [0x06; 20].try_into().expect("succeeds"),
image: Data {
value: vec![0x07].try_into().expect("succeeds"),
twitter: Data {
value: vec![0x08].try_into().expect("succeeds"),
assert!(events().contains(&Into::<crate::mock::RuntimeEvent>::into(
IdentityEvent::IdentitySet { who: Bob.into() }
)));
assert!(events().contains(
&EvmEvent::Log {
log: log1(
Precompile1,
SELECTOR_LOG_IDENTITY_SET,
solidity::encode_event_data(
Address(Bob.into()), // who
let identity =
pallet_identity::IdentityOf::<Runtime>::get(AccountId::from(Bob)).expect("exists");
let encoded_byte_size = identity.info.encoded_size() as u32;
let byte_deposit = ByteDeposit::get().saturating_mul(encoded_byte_size as u64);
identity,
pallet_identity::Registration::<Balance, MaxRegistrars, _> {
judgements: Default::default(),
deposit: (BasicDeposit::get() + byte_deposit).into(),
info: pallet_identity::legacy::IdentityInfo::<MaxAdditionalFields> {
pallet_identity::Data::Raw(
vec![0xa1].try_into().expect("succeeds")
vec![0xb1].try_into().expect("succeeds")
)
vec![0xa2].try_into().expect("succeeds")
vec![0xb2].try_into().expect("succeeds")
display: pallet_identity::Data::Raw(
vec![0x01].try_into().expect("succeeds")
legal: pallet_identity::Data::Raw(vec![0x02].try_into().expect("succeeds")),
web: pallet_identity::Data::Raw(vec![0x03].try_into().expect("succeeds")),
riot: pallet_identity::Data::Raw(vec![0x04].try_into().expect("succeeds")),
email: pallet_identity::Data::Raw(vec![0x05].try_into().expect("succeeds")),
pgp_fingerprint: Some([0x06; 20].try_into().expect("succeeds")),
image: pallet_identity::Data::Raw(vec![0x07].try_into().expect("succeeds")),
twitter: pallet_identity::Data::Raw(
vec![0x08].try_into().expect("succeeds")
fn test_set_identity_works_for_already_set_identity() {
deposit: (BasicDeposit::get() + byte_deposit) as u128,
additional: Default::default(),
value: vec![0xff].try_into().expect("succeeds"),
vec![0xff].try_into().expect("succeeds")
legal: pallet_identity::Data::None,
web: pallet_identity::Data::None,
riot: pallet_identity::Data::None,
email: pallet_identity::Data::None,
pgp_fingerprint: None,
image: pallet_identity::Data::None,
twitter: pallet_identity::Data::None,
fn test_set_subs_works_if_identity_set() {
PCall::set_subs {
subs: vec![
Address(Charlie.into()),
Address(David.into()),
<pallet_identity::SubsOf<Runtime>>::get(AccountId::from(Bob)),
SubAccountDeposit::get() as u128 * 2,
vec![Charlie.into(), David.into(),]
.expect("succeeds")
fn test_set_subs_fails_if_identity_not_set() {
events(),
vec![RuntimeEvent::Evm(pallet_evm::Event::ExecutedFailed {
address: Precompile1.into()
}),]
fn test_clear_identity_works_if_identity_set() {
assert_ok!(
RuntimeCall::Evm(evm_call(Bob, PCall::clear_identity {}.into()))
.dispatch(RuntimeOrigin::root())
IdentityEvent::IdentityCleared {
who: Bob.into(),
SELECTOR_LOG_IDENTITY_CLEARED,
pallet_identity::IdentityOf::<Runtime>::get(AccountId::from(Bob)),
None,
fn test_clear_identity_fails_if_no_identity_set() {
fn test_request_judgement_works_if_identity_set() {
// add Alice as registrar
assert_ok!(Identity::add_registrar(
RuntimeOrigin::signed(RegistrarAndForceOrigin.into()),
Alice.into(),
Alice,
// Set Bob's identity
PCall::request_judgement {
reg_index: 0,
max_fee: 1000u64.into(),
IdentityEvent::JudgementRequested {
registrar_index: 0,
SELECTOR_LOG_JUDGEMENT_REQUESTED,
solidity::encode_event_data((
0u32, // registrar_index
)),
pallet_identity::IdentityOf::<Runtime>::get(AccountId::from(Bob))
.expect("exists")
.judgements
.to_vec(),
vec![(0, pallet_identity::Judgement::FeePaid(100))],
fn test_cancel_request_works_if_identity_judgement_requested() {
// Request judgement
PCall::cancel_request { reg_index: 0 }.into()
IdentityEvent::JudgementUnrequested {
SELECTOR_LOG_JUDGEMENT_UNREQUESTED,
vec![],
fn test_provide_judgement_works_if_identity_judgement_requested() {
let identity = pallet_identity::Registration::<Balance, MaxRegistrars, _> {
deposit: BasicDeposit::get() as u128,
display: pallet_identity::Data::Raw(vec![0x01].try_into().expect("succeeds")),
.info,
identity.info
PCall::provide_judgement {
target: Address(Bob.into()),
judgement: Judgement {
is_reasonable: true,
identity: <Runtime as frame_system::Config>::Hashing::hash_of(&identity.info),
IdentityEvent::JudgementGiven {
target: Bob.into(),
SELECTOR_LOG_JUDGEMENT_GIVEN,
Address(Bob.into()), // target
vec![(0, pallet_identity::Judgement::Reasonable)],
fn test_add_sub_works_if_identity_set() {
PCall::add_sub {
sub: Address(Charlie.into()),
data: Data {
IdentityEvent::SubIdentityAdded {
sub: Charlie.into(),
main: Bob.into(),
deposit: SubAccountDeposit::get() as u128,
SELECTOR_LOG_SUB_IDENTITY_ADDED,
Address(Charlie.into()), // sub
Address(Bob.into()), // main
SubAccountDeposit::get() as u128,
vec![Charlie.into()].try_into().expect("succeeds")
fn test_rename_sub_works_if_identity_set() {
PCall::rename_sub {
value: vec![0xaa].try_into().expect("succeeds"),
pallet_identity::SuperOf::<Runtime>::get(AccountId::from(Charlie)),
Some((
AccountId::from(Bob),
pallet_identity::Data::Raw(vec![0xaa].try_into().expect("succeeds"))
fn test_remove_sub_works_if_identity_set() {
PCall::remove_sub {
IdentityEvent::SubIdentityRemoved {
SELECTOR_LOG_SUB_IDENTITY_REMOVED,
fn test_quit_sub_works_if_identity_set() {
RuntimeCall::Evm(evm_call(Charlie, PCall::quit_sub {}.into()))
IdentityEvent::SubIdentityRevoked {
SELECTOR_LOG_SUB_IDENTITY_REVOKED,
fn test_identity_returns_none_if_not_set() {
precompiles()
.prepare_test(
PCall::identity {
who: H160::from(Alice).into(),
.expect_no_logs()
.execute_returns(Registration::<MaxAdditionalFields>::default());
fn test_identity_returns_valid_data_for_identity_info() {
let identity = pallet_identity::legacy::IdentityInfo::<MaxAdditionalFields> {
pallet_identity::Data::Raw(vec![0xa1].try_into().expect("succeeds")),
pallet_identity::Data::Raw(vec![0xb1].try_into().expect("succeeds")),
pallet_identity::Data::Raw(vec![0xa2].try_into().expect("succeeds")),
pallet_identity::Data::Raw(vec![0xb2].try_into().expect("succeeds")),
twitter: pallet_identity::Data::Raw(vec![0x08].try_into().expect("succeeds")),
assert_ok!(Identity::set_identity(
RuntimeOrigin::signed(Bob.into()),
Box::new(identity.clone())
let encoded_byte_size = identity.encoded_size() as u32;
who: H160::from(Bob).into(),
.execute_returns(Registration {
is_valid: true,
judgements: vec![],
info: IdentityInfo::<MaxAdditionalFields> {
});
fn test_identity_returns_valid_data_for_requested_judgement() {
assert_ok!(Identity::set_fee(
RuntimeOrigin::signed(Alice.into()),
0,
100,
Box::new(identity.clone()),
assert_ok!(Identity::request_judgement(
1000,
judgements: vec![(
Judgement {
is_fee_paid: true,
fee_paid_deposit: 100.into(),
)],
legal: Default::default(),
web: Default::default(),
riot: Default::default(),
email: Default::default(),
has_pgp_fingerprint: Default::default(),
pgp_fingerprint: Default::default(),
image: Default::default(),
twitter: Default::default(),
fn test_identity_returns_valid_data_for_judged_identity() {
struct TestCase {
input_judgement: pallet_identity::Judgement<crate::BalanceOf<Runtime>>,
expected_judgement: Judgement,
for test_case in [
TestCase {
input_judgement: pallet_identity::Judgement::Unknown,
expected_judgement: Judgement {
is_unknown: true,
input_judgement: pallet_identity::Judgement::Reasonable,
input_judgement: pallet_identity::Judgement::KnownGood,
is_known_good: true,
input_judgement: pallet_identity::Judgement::OutOfDate,
is_out_of_date: true,
input_judgement: pallet_identity::Judgement::LowQuality,
is_low_quality: true,
input_judgement: pallet_identity::Judgement::Erroneous,
is_erroneous: true,
] {
println!("Test Case - judgement {:?}", test_case.input_judgement);
let identity_hash = <Runtime as frame_system::Config>::Hashing::hash_of(&identity);
assert_ok!(Identity::provide_judgement(
Bob.into(),
test_case.input_judgement,
identity_hash,
judgements: vec![(0, test_case.expected_judgement)],
fn test_super_of_returns_empty_if_not_set() {
Box::new(
pallet_identity::legacy::IdentityInfo::<MaxAdditionalFields> {
PCall::super_of {
who: H160::from(Charlie).into(),
.execute_returns(SuperOf {
is_valid: false,
fn test_super_of_returns_account_if_set() {
assert_ok!(Identity::add_sub(
Charlie.into(),
pallet_identity::Data::Raw(vec![0x01].try_into().expect("succeeds")),
account: H160::from(Bob).into(),
fn test_subs_of_returns_empty_if_not_set() {
PCall::subs_of {
.execute_returns(SubsOf {
deposit: 0.into(),
accounts: vec![],
fn test_subs_of_returns_account_if_set() {
deposit: SubAccountDeposit::get().into(),
accounts: vec![H160::from(Charlie).into()],
fn test_registrars_returns_empty_if_none_present() {
.prepare_test(Bob, Precompile1, PCall::registrars {})
.execute_returns(Vec::<Registrar>::new());
fn test_registrars_returns_account_if_set() {
.execute_returns(vec![Registrar {
account: H160::from(Alice).into(),
fee: 0u128.into(),
}]);