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// SPDX-License-Identifier: BUSL-1.1
//! KV operation dispatch: routes `KvOp` variants to their handler methods.
use crate::bridge::envelope::Response;
use crate::data::executor::core_loop::CoreLoop;
use crate::data::executor::task::ExecutionTask;
use nodedb_physical::physical_plan::KvOp;
impl CoreLoop {
/// Dispatch a KV operation to the appropriate handler.
pub(in crate::data::executor) fn execute_kv(
&mut self,
task: &ExecutionTask,
did: u64,
tid: u64,
op: &KvOp,
) -> Response {
match op {
KvOp::Get {
collection,
key,
rls_filters,
surrogate_ceiling,
} => self.execute_kv_get(
task,
super::crud::KvGetParams {
did,
tid,
collection,
key,
rls_filters,
surrogate_ceiling: *surrogate_ceiling,
},
),
KvOp::Put {
collection,
key,
value,
ttl_ms,
surrogate,
} => self.execute_kv_put(
task,
super::crud::KvWriteParams {
did,
tid,
collection,
key,
value,
ttl_ms: *ttl_ms,
surrogate: *surrogate,
},
),
KvOp::Insert {
collection,
key,
value,
ttl_ms,
surrogate,
} => self.execute_kv_insert(
task,
super::crud::KvWriteParams {
did,
tid,
collection,
key,
value,
ttl_ms: *ttl_ms,
surrogate: *surrogate,
},
),
KvOp::InsertIfAbsent {
collection,
key,
value,
ttl_ms,
surrogate,
} => self.execute_kv_insert_if_absent(
task,
super::crud::KvWriteParams {
did,
tid,
collection,
key,
value,
ttl_ms: *ttl_ms,
surrogate: *surrogate,
},
),
KvOp::InsertOnConflictUpdate {
collection,
key,
value,
ttl_ms,
updates,
surrogate,
} => self.execute_kv_insert_on_conflict_update(
task,
super::crud::KvInsertOnConflictUpdateParams {
did,
tid,
collection,
key,
value,
ttl_ms: *ttl_ms,
updates,
surrogate: *surrogate,
},
),
KvOp::Delete { collection, keys } => {
self.execute_kv_delete(task, did, tid, collection, keys)
}
KvOp::Scan {
collection,
cursor,
count,
filters,
match_pattern,
sort_keys,
surrogate_ceiling,
} => self.execute_kv_scan(
task,
super::scan::KvScanHandlerParams {
did,
tid,
collection,
cursor,
count: *count,
match_pattern: match_pattern.as_deref(),
filters,
sort_keys,
surrogate_ceiling: *surrogate_ceiling,
},
),
KvOp::Expire {
collection,
key,
ttl_ms,
} => self.execute_kv_expire(task, did, tid, collection, key, *ttl_ms),
KvOp::Persist { collection, key } => {
self.execute_kv_persist(task, did, tid, collection, key)
}
KvOp::BatchGet { collection, keys } => {
self.execute_kv_batch_get(task, did, tid, collection, keys)
}
KvOp::BatchPut {
collection,
entries,
ttl_ms,
surrogates,
} => self.execute_kv_batch_put(
task,
super::batch::KvBatchPutArgs {
did,
tid,
collection,
entries,
ttl_ms: *ttl_ms,
surrogates,
},
),
KvOp::RegisterIndex {
collection,
field,
field_position,
backfill,
} => self.execute_kv_register_index(
task,
super::index::KvRegisterIndexParams {
did,
tid,
collection,
field,
field_position: *field_position,
backfill: *backfill,
},
),
KvOp::DropIndex { collection, field } => {
self.execute_kv_drop_index(task, did, tid, collection, field)
}
KvOp::FieldGet {
collection,
key,
fields,
} => self.execute_kv_field_get(task, did, tid, collection, key, fields),
KvOp::FieldSet {
collection,
key,
updates,
surrogate,
} => self.execute_kv_field_set(
super::atomic::KvAtomicCtx {
task,
did,
tid,
collection,
key,
surrogate: *surrogate,
},
updates,
),
KvOp::GetTtl { collection, key } => {
self.execute_kv_get_ttl(task, did, tid, collection, key)
}
KvOp::Truncate { collection } => self.execute_kv_truncate(task, did, tid, collection),
KvOp::Incr {
collection,
key,
delta,
ttl_ms,
surrogate,
} => self.execute_kv_incr(
super::atomic::KvAtomicCtx {
task,
did,
tid,
collection,
key,
surrogate: *surrogate,
},
*delta,
*ttl_ms,
),
KvOp::IncrFloat {
collection,
key,
delta,
surrogate,
} => self.execute_kv_incr_float(
super::atomic::KvAtomicCtx {
task,
did,
tid,
collection,
key,
surrogate: *surrogate,
},
*delta,
),
KvOp::Cas {
collection,
key,
expected,
new_value,
surrogate,
} => self.execute_kv_cas(
super::atomic::KvAtomicCtx {
task,
did,
tid,
collection,
key,
surrogate: *surrogate,
},
expected,
new_value,
),
KvOp::GetSet {
collection,
key,
new_value,
surrogate,
} => self.execute_kv_getset(
super::atomic::KvAtomicCtx {
task,
did,
tid,
collection,
key,
surrogate: *surrogate,
},
new_value,
),
KvOp::RegisterSortedIndex {
collection,
index_name,
sort_columns,
key_column,
window_type,
window_timestamp_column,
window_start_ms,
window_end_ms,
} => self.execute_kv_register_sorted_index(
task,
super::sorted::KvRegisterSortedIndexParams {
did,
tid,
collection,
index_name,
sort_columns,
key_column,
window_type,
window_timestamp_column,
window_start_ms: *window_start_ms,
window_end_ms: *window_end_ms,
},
),
KvOp::DropSortedIndex { index_name } => {
self.execute_kv_drop_sorted_index(task, did, tid, index_name)
}
KvOp::SortedIndexRank {
index_name,
primary_key,
} => self.execute_kv_sorted_index_rank(task, did, tid, index_name, primary_key),
KvOp::SortedIndexTopK { index_name, k } => {
self.execute_kv_sorted_index_top_k(task, did, tid, index_name, *k)
}
KvOp::SortedIndexRange {
index_name,
score_min,
score_max,
} => self.execute_kv_sorted_index_range(
task,
super::sorted::KvSortedIndexRangeParams {
did,
tid,
index_name,
score_min: score_min.as_deref(),
score_max: score_max.as_deref(),
},
),
KvOp::SortedIndexCount { index_name } => {
self.execute_kv_sorted_index_count(task, did, tid, index_name)
}
KvOp::SortedIndexScore {
index_name,
primary_key,
} => self.execute_kv_sorted_index_score(task, did, tid, index_name, primary_key),
KvOp::Transfer {
collection,
source_key,
dest_key,
field,
amount,
debit_surrogate,
credit_surrogate,
} => self.execute_kv_transfer(
task,
super::transfer::TransferParams {
did,
tid,
collection,
source_key,
dest_key,
field,
amount: *amount,
debit_surrogate: *debit_surrogate,
credit_surrogate: *credit_surrogate,
},
),
KvOp::TransferItem {
source_collection,
dest_collection,
item_key,
dest_key,
surrogate,
} => self.execute_kv_transfer_item(
task,
super::transfer::TransferItemParams {
did,
tid,
source_collection,
dest_collection,
item_key,
dest_key,
surrogate: *surrogate,
},
),
KvOp::MaterializeScan {
collection,
cursor,
count,
} => self.execute_kv_materialize_scan(task, did, tid, collection, cursor, *count),
}
}
}