use of com.radixdlt.crypto.ECPublicKey in project radixdlt by radixdlt.
the class ValidatorUpdateRakeConstraintScrypt method main.
@Override
public void main(Loader os) {
os.substate(new SubstateDefinition<>(ValidatorFeeCopy.class, SubstateTypeId.VALIDATOR_RAKE_COPY.id(), buf -> {
REFieldSerialization.deserializeReservedByte(buf);
OptionalLong epochUpdate = REFieldSerialization.deserializeOptionalNonNegativeLong(buf);
var key = REFieldSerialization.deserializeKey(buf);
var curRakePercentage = REFieldSerialization.deserializeInt(buf);
if (curRakePercentage < RAKE_MIN || curRakePercentage > RAKE_MAX) {
throw new DeserializeException("Invalid rake percentage " + curRakePercentage);
}
return new ValidatorFeeCopy(epochUpdate, key, curRakePercentage);
}, (s, buf) -> {
REFieldSerialization.serializeReservedByte(buf);
REFieldSerialization.serializeOptionalLong(buf, s.epochUpdate());
REFieldSerialization.serializeKey(buf, s.validatorKey());
buf.putInt(s.curRakePercentage());
}, buf -> REFieldSerialization.deserializeKey(buf), (k, buf) -> REFieldSerialization.serializeKey(buf, (ECPublicKey) k), k -> ValidatorFeeCopy.createVirtual((ECPublicKey) k)));
os.procedure(new DownProcedure<>(VoidReducerState.class, ValidatorFeeCopy.class, d -> new Authorization(PermissionLevel.USER, (r, c) -> {
if (!c.key().map(d.validatorKey()::equals).orElse(false)) {
throw new AuthorizationException("Key does not match.");
}
}), (d, s, r, c) -> {
return ReducerResult.incomplete(new UpdatingRakeNeedToReadCurrentRake(d.validatorKey()));
}));
os.procedure(new ReadProcedure<>(UpdatingRakeNeedToReadEpoch.class, EpochData.class, u -> new Authorization(PermissionLevel.USER, (r, c) -> {
}), (s, u, r) -> ReducerResult.incomplete(s.readEpoch(u))));
os.procedure(new ReadProcedure<>(UpdatingRakeNeedToReadCurrentRake.class, ValidatorStakeData.class, u -> new Authorization(PermissionLevel.USER, (r, c) -> {
}), (s, u, r) -> ReducerResult.incomplete(s.readValidatorStakeState(u))));
os.procedure(new UpProcedure<>(UpdatingRakeReady.class, ValidatorFeeCopy.class, u -> new Authorization(PermissionLevel.USER, (r, c) -> {
}), (s, u, c, r) -> {
s.update(u);
return ReducerResult.complete();
}));
}
use of com.radixdlt.crypto.ECPublicKey in project radixdlt by radixdlt.
the class ValidatorUpdateOwnerConstraintScrypt method main.
@Override
public void main(Loader os) {
os.substate(new SubstateDefinition<>(ValidatorOwnerCopy.class, SubstateTypeId.VALIDATOR_OWNER_COPY.id(), buf -> {
REFieldSerialization.deserializeReservedByte(buf);
OptionalLong epochUpdate = REFieldSerialization.deserializeOptionalNonNegativeLong(buf);
var key = REFieldSerialization.deserializeKey(buf);
var owner = REFieldSerialization.deserializeAccountREAddr(buf);
return new ValidatorOwnerCopy(epochUpdate, key, owner);
}, (s, buf) -> {
REFieldSerialization.serializeReservedByte(buf);
REFieldSerialization.serializeOptionalLong(buf, s.epochUpdate());
REFieldSerialization.serializeKey(buf, s.validatorKey());
REFieldSerialization.serializeREAddr(buf, s.owner());
}, buf -> REFieldSerialization.deserializeKey(buf), (k, buf) -> REFieldSerialization.serializeKey(buf, (ECPublicKey) k), k -> ValidatorOwnerCopy.createVirtual((ECPublicKey) k)));
os.procedure(new DownProcedure<>(VoidReducerState.class, ValidatorOwnerCopy.class, d -> new Authorization(PermissionLevel.USER, (r, c) -> {
if (!c.key().map(d.validatorKey()::equals).orElse(false)) {
throw new AuthorizationException("Key does not match.");
}
}), (d, s, r, c) -> ReducerResult.incomplete(new UpdatingOwnerNeedToReadEpoch(d.validatorKey()))));
os.procedure(new ReadProcedure<>(UpdatingOwnerNeedToReadEpoch.class, EpochData.class, u -> new Authorization(PermissionLevel.USER, (r, c) -> {
}), (s, u, r) -> ReducerResult.incomplete(s.readEpoch(u))));
os.procedure(new UpProcedure<>(UpdatingValidatorOwner.class, ValidatorOwnerCopy.class, u -> new Authorization(PermissionLevel.USER, (r, c) -> {
}), (s, u, c, r) -> {
s.update(u);
return ReducerResult.complete();
}));
}
use of com.radixdlt.crypto.ECPublicKey in project radixdlt by radixdlt.
the class SimulationNodes method createBFTInstance.
private Injector createBFTInstance(ECKeyPair self) {
Module module = Modules.combine(new AbstractModule() {
@Provides
@Self
private BFTNode self() {
return BFTNode.create(self.getPublicKey());
}
@Provides
@Self
private ECPublicKey key() {
return self.getPublicKey();
}
@Provides
@LocalSigner
HashSigner hashSigner() {
return self::sign;
}
}, new NodeNetworkMessagesModule(underlyingNetwork), baseModule);
// can break network behavior if incorrect modules are used
if (overrideModule != null) {
module = Modules.override(module).with(overrideModule);
}
Module byzantineModule = byzantineNodeModules.get(self);
if (byzantineModule != null) {
module = Modules.override(module).with(byzantineModule);
}
return Guice.createInjector(module);
}
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