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WEB Bounded Bridge Recovery added

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Co-Authored-By: brekotis <93345790+brekotis@users.noreply.github.com>
This commit is contained in:
Alexey
2026-09-04 19:01:56 +03:00
parent 0d044c7372
commit 9f023ff9c7
35 changed files with 407 additions and 292 deletions
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src/web/manager/session_creation.rs
+56 -64
View File
@@ -35,6 +35,7 @@ struct Replacement {
learning_disposition: WebCarrierSelectionDisposition,
ip_learning_eligible: bool,
carrier_deadline_at: Instant,
recovery: bool,
}
impl WebProcessRuntime {
@@ -194,6 +195,7 @@ impl WebProcessRuntime {
learning_disposition: entry.carrier_learning_disposition,
ip_learning_eligible,
carrier_deadline_at: entry.carrier_deadline_at.ok_or(ManagerError::Protocol)?,
recovery: entry.recovery,
};
let _operator_admission = self.try_operator_admission()?;
state
@@ -213,6 +215,7 @@ impl WebProcessRuntime {
let trace_session_id = entry.trace_session_id;
let issued_profile = Arc::clone(&entry.profile);
let issued_timeouts = entry.timeouts.clone();
let recovery = entry.recovery;
let profile = config
.web
.runtime
@@ -232,69 +235,68 @@ impl WebProcessRuntime {
Duration::from_secs(config.web.timeouts.carrier_learning_secs),
Duration::from_secs(config.web.timeouts.carrier_health_secs),
);
let (candidates, scores, learning_epoch, learning_disposition) = if capability_selection
&& profile.carrier_learning
&& learning_policy.0
{
let learning = self.learning.lock();
match learning.epoch_for_policy(
let (candidates, scores, learning_epoch, learning_disposition) =
if capability_selection && profile.carrier_learning && learning_policy.0 {
let learning = self.learning.lock();
match learning.epoch_for_policy(
generation.id,
learning_policy.0,
learning_policy.1,
learning_policy.2,
learning_policy.3,
) {
super::learning::CarrierLearningEpoch::Ready(epoch) => {
let (candidates, scores) = learning.rank(
now,
&profile.carriers,
carrier_request,
profile_key,
client_ip,
ip_learning_eligible,
);
let disposition = if scores.iter().any(|score| *score != 0) {
WebCarrierSelectionDisposition::Applied
} else {
WebCarrierSelectionDisposition::Cold
};
(candidates, scores, Some(epoch), disposition)
super::learning::CarrierLearningEpoch::Ready(epoch) => {
let (candidates, scores) = learning.rank(
now,
&profile.carriers,
carrier_request,
profile_key,
client_ip,
ip_learning_eligible,
);
let disposition = if scores.iter().any(|score| *score != 0) {
WebCarrierSelectionDisposition::Applied
} else {
WebCarrierSelectionDisposition::Cold
};
(candidates, scores, Some(epoch), disposition)
}
super::learning::CarrierLearningEpoch::Pending => (
supported_candidates(&profile.carriers, carrier_request),
[0; 4],
None,
WebCarrierSelectionDisposition::PolicyPending,
),
super::learning::CarrierLearningEpoch::Exhausted => (
supported_candidates(&profile.carriers, carrier_request),
[0; 4],
None,
WebCarrierSelectionDisposition::EpochExhausted,
),
}
super::learning::CarrierLearningEpoch::Pending => (
} else if capability_selection {
(
supported_candidates(&profile.carriers, carrier_request),
[0; 4],
None,
WebCarrierSelectionDisposition::PolicyPending,
),
super::learning::CarrierLearningEpoch::Exhausted => (
supported_candidates(&profile.carriers, carrier_request),
if learning_policy.0 {
WebCarrierSelectionDisposition::ProfileDisabled
} else {
WebCarrierSelectionDisposition::PolicyDisabled
},
)
} else if carrier_request.uses_capabilities()
&& !carrier_request.supports(profile.carrier)
{
return Err(ManagerError::Protocol);
} else {
(
vec![profile.carrier],
[0; 4],
None,
WebCarrierSelectionDisposition::EpochExhausted,
),
}
} else if capability_selection {
(
supported_candidates(&profile.carriers, carrier_request),
[0; 4],
None,
if learning_policy.0 {
WebCarrierSelectionDisposition::ProfileDisabled
} else {
WebCarrierSelectionDisposition::PolicyDisabled
},
)
} else if carrier_request.uses_capabilities() && !carrier_request.supports(profile.carrier)
{
return Err(ManagerError::Protocol);
} else {
(
vec![profile.carrier],
[0; 4],
None,
WebCarrierSelectionDisposition::ProfileDisabled,
)
};
WebCarrierSelectionDisposition::ProfileDisabled,
)
};
let Some(carrier) = candidates.first().copied() else {
return Err(ManagerError::Protocol);
};
@@ -333,20 +335,14 @@ impl WebProcessRuntime {
carrier_request.class(),
learning_context,
carrier_request.is_automatic(),
recovery,
self.limits.clone(),
issued_timeouts.clone(),
);
state.sessions.insert(session_hash, Arc::clone(&session));
*state.sessions_per_ip.entry(client_ip).or_insert(0) += 1;
*state.sessions_per_profile.entry(profile_key).or_insert(0) += 1;
let (
issuance_ip,
candidate_count,
user_agent,
user_agent_id,
recovery,
predecessor_session_id,
) = {
let (issuance_ip, candidate_count, user_agent, user_agent_id, predecessor_session_id) = {
let entry = state
.bootstraps
.get_mut(&bootstrap_hash)
@@ -373,7 +369,6 @@ impl WebProcessRuntime {
u8::try_from(entry.carrier_candidates.len()).unwrap_or(4),
entry.user_agent.clone(),
entry.user_agent_id,
entry.recovery,
entry.predecessor_session_id,
)
};
@@ -446,10 +441,7 @@ impl WebProcessRuntime {
}
}
fn supported_candidates(
configured: &[WebCarrier],
request: CarrierRequest,
) -> Vec<WebCarrier> {
fn supported_candidates(configured: &[WebCarrier], request: CarrierRequest) -> Vec<WebCarrier> {
configured
.iter()
.copied()