use super::*;
use crate::model::attempt_journal::ObservationOutcomeRecord;
use crate::tests::support::ic_observation::snapshot;
use crate::{
model::{
attempt_journal::ObservationReceiptRequest,
ic_request::{IcManagementMethodRecord, IcManagementRequest, IcManagementRequestRecord},
},
tests::support::ic_snapshot_upload::{SOURCE_ID, TARGET, observation_input, with_observation},
};
use ic_platform::candid::contract;
use ic_platform::management_canister_types::Snapshot;
fn response(
request: &IcSnapshotUploadObservationRequest<'_, '_>,
snapshots: Vec<Snapshot>,
) -> IcObservationResponse {
let mut input = observation_input(request);
input.reply = contract::encode_one(snapshots).unwrap();
IcObservationResponse::new(input).unwrap()
}
fn claims(
request: &IcSnapshotUploadObservationRequest<'_, '_>,
baseline: &IcSnapshotReply<'_>,
response: &IcObservationResponse,
attribution: IcInventoryAttribution,
) -> IcInventorySettlement {
IcInventorySettlement {
context: crate::model::settlement::SettlementContext {
authority: request.authority().digest(),
mutation_attempt: 1,
observation_attempt: 2,
challenge: ArtifactChecksumRecord::from_bytes(b"fresh challenge"),
observation_evidence: response.input().evidence.clone(),
evidence: ArtifactChecksumRecord::from_bytes(b"synthetic local qualification only"),
},
baseline: baseline.digest(),
inventory: IcSnapshotReply::decode(request.payload(), &response.input().reply)
.unwrap()
.digest(),
attribution,
}
}
fn applied(id: &[u8]) -> IcInventoryAttribution {
IcInventoryAttribution::Applied {
snapshot_id: id.into(),
attribution: ArtifactChecksumRecord::from_bytes(b"exclusive allocation declaration"),
}
}
fn unresolved() -> IcInventoryAttribution {
IcInventoryAttribution::Unresolved {
uncertainty: ArtifactChecksumRecord::from_bytes(
b"settled authenticated uncertainty declaration",
),
}
}
#[test]
fn explicit_attribution_selects_one_of_several_new_ids_and_retains_exact_originals() {
with_observation(|plan, upload, list, journal| {
let request =
IcSnapshotUploadObservationRequest::new(plan, 7, journal, upload, list).unwrap();
let bytes = contract::encode_one(vec![snapshot(&[1])]).unwrap();
let baseline = IcSnapshotReply::decode(list, &bytes).unwrap();
let response = response(
&request,
vec![snapshot(&[3]), snapshot(&[1]), snapshot(&[2])],
);
let claims = claims(&request, &baseline, &response, applied(&[3]));
let before = journal.digest();
let view = validate_settlement(
&request,
journal,
&baseline,
&response,
&claims.context.challenge,
&claims,
)
.unwrap();
assert_eq!(view.outcome(), ObservationOutcomeRecord::Applied);
assert_eq!(view.snapshot().unwrap().id(), &[3]);
assert_eq!(view.baseline().digest(), baseline.digest());
assert_eq!(
view.observation().response().input().evidence,
claims.context.observation_evidence
);
assert!(std::ptr::eq(view.settlement(), &raw const claims));
assert_eq!(journal.digest(), before);
assert_eq!(journal.view().pending_mutation, Some(1));
assert_eq!(journal.view().pending_observation, Some(2));
});
}
#[test]
fn zero_one_many_candidates_require_claims_and_explicit_transitions_never_refund() {
with_observation(|plan, upload, list, journal| {
let request =
IcSnapshotUploadObservationRequest::new(plan, 7, journal, upload, list).unwrap();
let bytes = contract::encode_one(Vec::<Snapshot>::new()).unwrap();
let baseline = IcSnapshotReply::decode(list, &bytes).unwrap();
for count in 0..=3_u8 {
let response = response(&request, (1..=count).map(|id| snapshot(&[id])).collect());
for attribution in [
unresolved(),
IcInventoryAttribution::NotApplied {
exclusion: ArtifactChecksumRecord::from_bytes(
b"excludes transient allocation deletion",
),
},
] {
let claims = claims(&request, &baseline, &response, attribution);
let view = validate_settlement(
&request,
journal,
&baseline,
&response,
&claims.context.challenge,
&claims,
)
.unwrap();
assert!(view.snapshot().is_none());
assert!(!journal.view().applied);
let mut retained = journal.clone();
retained
.record_observation(ObservationReceiptRequest {
attempt: 2,
request: list.digest(),
outcome: view.outcome(),
evidence: claims.context.evidence.clone(),
})
.unwrap();
assert_eq!(retained.view().pending_observation, None);
assert_eq!(
retained.view().pending_mutation,
if view.outcome() == ObservationOutcomeRecord::Uncertain {
Some(1)
} else {
None
}
);
assert_eq!(retained.view().mutations_used, 1);
assert_eq!(retained.view().observations_used, 1);
assert_eq!(retained.view().mutations_remaining, 0);
assert_eq!(retained.view().observations_remaining, 0);
assert!(retained.reserve_mutation().is_err());
assert!(
retained
.reserve_observation(1, list.digest().hash())
.is_err()
);
assert!(matches!(
validate_settlement(
&request,
&retained,
&baseline,
&response,
&claims.context.challenge,
&claims
),
Err(IcSnapshotUploadSettlementError::Observation(_))
));
}
}
});
}
#[test]
fn applied_requires_new_candidate_and_canonical_destination_bounds() {
with_observation(|plan, upload, list, journal| {
let request =
IcSnapshotUploadObservationRequest::new(plan, 7, journal, upload, list).unwrap();
let bytes = contract::encode_one(vec![snapshot(&[1])]).unwrap();
let baseline = IcSnapshotReply::decode(list, &bytes).unwrap();
let response = response(
&request,
vec![
snapshot(&[1]),
snapshot(SOURCE_ID),
snapshot(&[2]),
snapshot(&[9; 256]),
],
);
for id in [vec![], vec![9; 257], SOURCE_ID.to_vec()] {
let claims = claims(&request, &baseline, &response, applied(&id));
assert!(matches!(
validate_settlement(
&request,
journal,
&baseline,
&response,
&claims.context.challenge,
&claims
),
Err(IcSnapshotUploadSettlementError::Destination(_))
));
}
for id in [&[1][..], &[8][..]] {
let claims = claims(&request, &baseline, &response, applied(id));
assert!(matches!(
validate_settlement(
&request,
journal,
&baseline,
&response,
&claims.context.challenge,
&claims
),
Err(IcSnapshotUploadSettlementError::NotNewCandidate)
));
}
let claims = claims(&request, &baseline, &response, applied(&[9; 256]));
assert_eq!(
validate_settlement(
&request,
journal,
&baseline,
&response,
&claims.context.challenge,
&claims
)
.unwrap()
.snapshot()
.unwrap()
.id(),
&[9; 256]
);
});
}
#[test]
fn missing_or_changed_baseline_cannot_support_any_claim() {
with_observation(|plan, upload, list, journal| {
let request =
IcSnapshotUploadObservationRequest::new(plan, 7, journal, upload, list).unwrap();
let bytes = contract::encode_one(vec![snapshot(&[1])]).unwrap();
let baseline = IcSnapshotReply::decode(list, &bytes).unwrap();
let mut changed = snapshot(&[1]);
changed.total_size += 1;
for (rows, expected) in [
(
vec![snapshot(&[2])],
SnapshotInventoryDeltaError::LostBaseline,
),
(
vec![changed],
SnapshotInventoryDeltaError::ChangedBaselineMetadata,
),
] {
let response = response(&request, rows);
let mut claims = claims(&request, &baseline, &response, unresolved());
claims.context.authority =
ArtifactChecksumRecord::from_bytes(b"wrong settlement authority");
assert!(
matches!(validate_settlement(&request, journal, &baseline, &response, &claims.context.challenge, &claims), Err(IcSnapshotUploadSettlementError::Baseline(actual)) if actual == expected)
);
}
for (method, target, rows, expected) in [
(
IcManagementMethodRecord::ListCanisterSnapshots,
"rrkah-fqaaa-aaaaa-aaaaq-cai",
vec![snapshot(&[1])],
SnapshotInventoryDeltaError::TargetMismatch,
),
(
IcManagementMethodRecord::TakeCanisterSnapshot,
TARGET,
vec![snapshot(&[1])],
SnapshotInventoryDeltaError::WrongInventoryMethod,
),
] {
let original = IcManagementRequestRecord::new(IcManagementRequest {
method,
target: target.into(),
snapshot_id: None,
})
.unwrap();
let raw = if method == IcManagementMethodRecord::TakeCanisterSnapshot {
contract::encode_one(&rows[0]).unwrap()
} else {
contract::encode_one(rows).unwrap()
};
let baseline = IcSnapshotReply::decode(&original, &raw).unwrap();
let response = response(&request, vec![snapshot(&[1])]);
let claims = claims(&request, &baseline, &response, unresolved());
assert!(
matches!(validate_settlement(&request, journal, &baseline, &response, &claims.context.challenge, &claims), Err(IcSnapshotUploadSettlementError::Baseline(actual)) if actual == expected)
);
}
});
}
#[test]
fn settlement_authority_and_exact_raw_evidence_are_bound() {
with_observation(|plan, upload, list, journal| {
let request =
IcSnapshotUploadObservationRequest::new(plan, 7, journal, upload, list).unwrap();
let bytes = contract::encode_one(Vec::<Snapshot>::new()).unwrap();
let baseline = IcSnapshotReply::decode(list, &bytes).unwrap();
let response = response(&request, vec![snapshot(&[2]), snapshot(&[1])]);
let original = claims(&request, &baseline, &response, unresolved());
let wrong = ArtifactChecksumRecord::from_bytes(b"different identity");
let mut claims = original.clone();
claims.context.authority = wrong.clone();
assert!(matches!(
validate_settlement(
&request,
journal,
&baseline,
&response,
&original.context.challenge,
&claims
),
Err(IcSnapshotUploadSettlementError::Identity(
InventorySettlementMismatch::Authority
))
));
let reordered = response_input_reordered(&request);
assert!(matches!(
validate_settlement(
&request,
journal,
&baseline,
&reordered,
&original.context.challenge,
&original
),
Err(IcSnapshotUploadSettlementError::Identity(
InventorySettlementMismatch::Inventory
))
));
let mut changed = response.input().clone();
changed.evidence = wrong;
let changed = IcObservationResponse::new(changed).unwrap();
assert!(matches!(
validate_settlement(
&request,
journal,
&baseline,
&changed,
&original.context.challenge,
&original
),
Err(IcSnapshotUploadSettlementError::Identity(
InventorySettlementMismatch::ObservationEvidence
))
));
});
}
fn response_input_reordered(
request: &IcSnapshotUploadObservationRequest<'_, '_>,
) -> IcObservationResponse {
response(request, vec![snapshot(&[1]), snapshot(&[2])])
}
#[test]
fn malformed_or_lost_observation_cannot_become_settled_uncertainty() {
with_observation(|plan, upload, list, journal| {
let request =
IcSnapshotUploadObservationRequest::new(plan, 7, journal, upload, list).unwrap();
let bytes = contract::encode_one(Vec::<Snapshot>::new()).unwrap();
let baseline = IcSnapshotReply::decode(list, &bytes).unwrap();
let valid = response(&request, vec![]);
let claims = claims(&request, &baseline, &valid, unresolved());
let before = journal.digest();
for raw in [
vec![],
b"lost reply".to_vec(),
contract::encode_one(vec![snapshot(&[1]), snapshot(&[1])]).unwrap(),
] {
let mut input = observation_input(&request);
input.reply = raw;
let malformed = IcObservationResponse::new(input).unwrap();
assert!(matches!(
validate_settlement(
&request,
journal,
&baseline,
&malformed,
&claims.context.challenge,
&claims
),
Err(IcSnapshotUploadSettlementError::Observation(_))
));
assert_eq!(journal.digest(), before);
assert_eq!(journal.view().pending_observation, Some(2));
}
});
}
#[test]
fn allocation_claim_diagnostics_redact_raw_identifiers() {
let attribution = applied(b"secret-destination-identity");
let debug = format!("{attribution:?}");
assert!(debug.contains("snapshot_id_bytes: 27"));
assert!(!debug.contains("secret-destination-identity"));
assert!(!debug.contains("115, 101, 99"));
}