pub const INIT_SCHEMA_QUERY: &str = r#"
DEFINE TABLE IF NOT EXISTS temporal_node SCHEMAFULL;
DEFINE FIELD IF NOT EXISTS tenant_id ON temporal_node TYPE string;
DEFINE FIELD IF NOT EXISTS session_id ON temporal_node TYPE string;
DEFINE FIELD IF NOT EXISTS raw ON temporal_node TYPE string;
DEFINE FIELD IF NOT EXISTS tier ON temporal_node TYPE string;
DEFINE FIELD IF NOT EXISTS timestamp ON temporal_node TYPE datetime;
DEFINE FIELD IF NOT EXISTS compression_depth ON temporal_node TYPE int;
DEFINE FIELD IF NOT EXISTS parent_node_id ON temporal_node TYPE option<string>;
DEFINE FIELD IF NOT EXISTS sync_key ON temporal_node TYPE string;
DEFINE FIELD IF NOT EXISTS updated_at ON temporal_node TYPE datetime;
DEFINE FIELD IF NOT EXISTS source_metadata ON temporal_node TYPE option<object>;
DEFINE FIELD IF NOT EXISTS psi ON temporal_node TYPE float;
DEFINE FIELD IF NOT EXISTS rho ON temporal_node TYPE float;
DEFINE FIELD IF NOT EXISTS kappa ON temporal_node TYPE float;
DEFINE FIELD IF NOT EXISTS user_stability ON temporal_node TYPE float;
DEFINE FIELD IF NOT EXISTS user_friction ON temporal_node TYPE float;
DEFINE FIELD IF NOT EXISTS user_logic ON temporal_node TYPE float;
DEFINE FIELD IF NOT EXISTS user_autonomy ON temporal_node TYPE float;
DEFINE FIELD IF NOT EXISTS user_psi ON temporal_node TYPE float;
DEFINE FIELD IF NOT EXISTS model_stability ON temporal_node TYPE float;
DEFINE FIELD IF NOT EXISTS model_friction ON temporal_node TYPE float;
DEFINE FIELD IF NOT EXISTS model_logic ON temporal_node TYPE float;
DEFINE FIELD IF NOT EXISTS model_autonomy ON temporal_node TYPE float;
DEFINE FIELD IF NOT EXISTS model_psi ON temporal_node TYPE float;
DEFINE FIELD IF NOT EXISTS comp_stability ON temporal_node TYPE float;
DEFINE FIELD IF NOT EXISTS comp_friction ON temporal_node TYPE float;
DEFINE FIELD IF NOT EXISTS comp_logic ON temporal_node TYPE float;
DEFINE FIELD IF NOT EXISTS comp_autonomy ON temporal_node TYPE float;
DEFINE FIELD IF NOT EXISTS comp_psi ON temporal_node TYPE float;
DEFINE TABLE IF NOT EXISTS calibration SCHEMAFULL;
DEFINE FIELD IF NOT EXISTS tenant_id ON calibration TYPE string;
DEFINE FIELD IF NOT EXISTS session_id ON calibration TYPE string;
DEFINE FIELD IF NOT EXISTS stability ON calibration TYPE float;
DEFINE FIELD IF NOT EXISTS friction ON calibration TYPE float;
DEFINE FIELD IF NOT EXISTS logic ON calibration TYPE float;
DEFINE FIELD IF NOT EXISTS autonomy ON calibration TYPE float;
DEFINE FIELD IF NOT EXISTS psi ON calibration TYPE float;
DEFINE FIELD IF NOT EXISTS trigger ON calibration TYPE string;
DEFINE FIELD IF NOT EXISTS created_at ON calibration TYPE datetime;
DEFINE TABLE IF NOT EXISTS sync_checkpoint SCHEMAFULL;
DEFINE FIELD IF NOT EXISTS tenant_id ON sync_checkpoint TYPE string;
DEFINE FIELD IF NOT EXISTS session_id ON sync_checkpoint TYPE string;
DEFINE FIELD IF NOT EXISTS connector_id ON sync_checkpoint TYPE string;
DEFINE FIELD IF NOT EXISTS cursor_updated_at ON sync_checkpoint TYPE option<datetime>;
DEFINE FIELD IF NOT EXISTS cursor_sync_key ON sync_checkpoint TYPE option<string>;
DEFINE FIELD IF NOT EXISTS metadata ON sync_checkpoint TYPE option<object>;
DEFINE FIELD IF NOT EXISTS updated_at ON sync_checkpoint TYPE datetime;
DEFINE INDEX IF NOT EXISTS idx_node_session ON temporal_node FIELDS session_id;
DEFINE INDEX IF NOT EXISTS idx_node_tenant_session ON temporal_node FIELDS tenant_id, session_id;
DEFINE INDEX IF NOT EXISTS idx_node_change_cursor ON temporal_node FIELDS tenant_id, session_id, updated_at, sync_key;
DEFINE INDEX IF NOT EXISTS idx_node_sync_identity ON temporal_node FIELDS tenant_id, session_id, sync_key UNIQUE;
DEFINE INDEX IF NOT EXISTS idx_cal_session ON calibration FIELDS session_id;
DEFINE INDEX IF NOT EXISTS idx_cal_tenant_session ON calibration FIELDS tenant_id, session_id;
DEFINE INDEX IF NOT EXISTS idx_checkpoint_scope ON sync_checkpoint FIELDS tenant_id, session_id, connector_id UNIQUE;
SELECT * FROM calibration LIMIT 0;
"#;
pub fn query_nodes_query(where_clause: &str, capped_limit: usize) -> String {
format!(
r#"
SELECT
tenant_id AS TenantId,
session_id AS SessionId,
raw AS Raw,
tier AS Tier,
timestamp AS Timestamp,
compression_depth AS CompressionDepth,
parent_node_id AS ParentNodeId,
sync_key AS SyncKey,
updated_at AS UpdatedAt,
source_metadata AS SourceMetadata,
psi AS Psi,
rho AS Rho,
kappa AS Kappa,
user_stability AS UserStability,
user_friction AS UserFriction,
user_logic AS UserLogic,
user_autonomy AS UserAutonomy,
user_psi AS UserPsi,
model_stability AS ModelStability,
model_friction AS ModelFriction,
model_logic AS ModelLogic,
model_autonomy AS ModelAutonomy,
model_psi AS ModelPsi,
comp_stability AS CompStability,
comp_friction AS CompFriction,
comp_logic AS CompLogic,
comp_autonomy AS CompAutonomy,
comp_psi AS CompPsi,
0 AS ResonanceDelta
FROM temporal_node
{where_clause}
ORDER BY Timestamp DESC
LIMIT {capped_limit};
"#
)
}
pub fn create_temporal_node_query(record_id: &str, include_parent_assignment: bool) -> String {
let parent_assignment = if include_parent_assignment {
"\n parent_node_id = $parent_node_id,"
} else {
""
};
let source_metadata_assignment = "\n source_metadata = $source_metadata,";
format!(
r#"
CREATE temporal_node:`{record_id}` SET
tenant_id = $tenant_id,
session_id = $session_id,
raw = $raw,
tier = $tier,
timestamp = <datetime>$timestamp,
compression_depth = $compression_depth,{parent_assignment}
sync_key = $sync_key,
updated_at = <datetime>$updated_at,{source_metadata_assignment}
psi = $psi,
rho = $rho,
kappa = $kappa,
user_stability = $user_stability,
user_friction = $user_friction,
user_logic = $user_logic,
user_autonomy = $user_autonomy,
user_psi = $user_psi,
model_stability = $model_stability,
model_friction = $model_friction,
model_logic = $model_logic,
model_autonomy = $model_autonomy,
model_psi = $model_psi,
comp_stability = $comp_stability,
comp_friction = $comp_friction,
comp_logic = $comp_logic,
comp_autonomy = $comp_autonomy,
comp_psi = $comp_psi;
"#
)
}
pub fn get_by_resonance_query(current_psi: f32, limit: usize) -> String {
let psi = format!("{current_psi:.4}");
format!(
r#"
SELECT
tenant_id AS TenantId,
session_id AS SessionId,
raw AS Raw,
tier AS Tier,
timestamp AS Timestamp,
compression_depth AS CompressionDepth,
parent_node_id AS ParentNodeId,
sync_key AS SyncKey,
updated_at AS UpdatedAt,
source_metadata AS SourceMetadata,
psi AS Psi,
rho AS Rho,
kappa AS Kappa,
user_stability AS UserStability,
user_friction AS UserFriction,
user_logic AS UserLogic,
user_autonomy AS UserAutonomy,
user_psi AS UserPsi,
model_stability AS ModelStability,
model_friction AS ModelFriction,
model_logic AS ModelLogic,
model_autonomy AS ModelAutonomy,
model_psi AS ModelPsi,
comp_stability AS CompStability,
comp_friction AS CompFriction,
comp_logic AS CompLogic,
comp_autonomy AS CompAutonomy,
comp_psi AS CompPsi,
math::abs(psi - {psi}) AS ResonanceDelta
FROM temporal_node
WHERE session_id = $session_id
AND (tenant_id = $tenant_id OR tenant_id = NONE OR tenant_id = '')
ORDER BY ResonanceDelta ASC
LIMIT {limit};
"#
)
}
pub const GET_LAST_AVEC_QUERY: &str = r#"
SELECT stability, friction, logic, autonomy, psi, created_at
FROM calibration
WHERE session_id = $session_id
AND (tenant_id = $tenant_id OR tenant_id = NONE OR tenant_id = '')
ORDER BY created_at DESC
LIMIT 1;
"#;
pub const GET_TRIGGER_HISTORY_QUERY: &str = r#"
SELECT trigger, created_at FROM calibration
WHERE session_id = $session_id
AND (tenant_id = $tenant_id OR tenant_id = NONE OR tenant_id = '')
ORDER BY created_at ASC;
"#;
pub const STORE_CALIBRATION_QUERY: &str = r#"
CREATE calibration SET
tenant_id = $tenant_id,
session_id = $session_id,
stability = $stability,
friction = $friction,
logic = $logic,
autonomy = $autonomy,
psi = $psi,
trigger = $trigger,
created_at = <datetime>$created_at;
"#;
pub const SELECT_TEMPORAL_NODE_MISSING_TENANT_QUERY: &str = r#"
SELECT id, session_id
FROM temporal_node
WHERE tenant_id = NONE OR tenant_id = '';
"#;
pub const FIND_EXISTING_NODE_BY_SYNC_KEY_QUERY: &str = r#"
SELECT
id AS Id,
source_metadata AS SourceMetadata
FROM temporal_node
WHERE session_id = $session_id
AND sync_key = $sync_key
AND (tenant_id = $tenant_id OR tenant_id = NONE OR tenant_id = '')
LIMIT 1;
"#;
pub fn update_temporal_node_sync_metadata_query(record_id: &str) -> String {
format!(
r#"
UPDATE temporal_node:`{record_id}` SET
source_metadata = $source_metadata,
updated_at = <datetime>$updated_at;
"#
)
}
pub fn query_changes_since_query(limit: usize) -> String {
format!(
r#"
SELECT
tenant_id AS TenantId,
session_id AS SessionId,
raw AS Raw,
tier AS Tier,
timestamp AS Timestamp,
compression_depth AS CompressionDepth,
parent_node_id AS ParentNodeId,
sync_key AS SyncKey,
updated_at AS UpdatedAt,
source_metadata AS SourceMetadata,
psi AS Psi,
rho AS Rho,
kappa AS Kappa,
user_stability AS UserStability,
user_friction AS UserFriction,
user_logic AS UserLogic,
user_autonomy AS UserAutonomy,
user_psi AS UserPsi,
model_stability AS ModelStability,
model_friction AS ModelFriction,
model_logic AS ModelLogic,
model_autonomy AS ModelAutonomy,
model_psi AS ModelPsi,
comp_stability AS CompStability,
comp_friction AS CompFriction,
comp_logic AS CompLogic,
comp_autonomy AS CompAutonomy,
comp_psi AS CompPsi,
0 AS ResonanceDelta
FROM temporal_node
WHERE session_id = $session_id
AND (tenant_id = $tenant_id OR tenant_id = NONE OR tenant_id = '')
AND (
NOT $include_cursor
OR updated_at > <datetime>$cursor_updated_at
OR (
updated_at = <datetime>$cursor_updated_at
AND sync_key > $cursor_sync_key
)
)
ORDER BY updated_at ASC, sync_key ASC
LIMIT {limit};
"#
)
}
pub const GET_SYNC_CHECKPOINT_QUERY: &str = r#"
SELECT
session_id AS SessionId,
connector_id AS ConnectorId,
cursor_updated_at AS CursorUpdatedAt,
cursor_sync_key AS CursorSyncKey,
updated_at AS UpdatedAt,
metadata AS Metadata
FROM sync_checkpoint
WHERE session_id = $session_id
AND connector_id = $connector_id
AND (tenant_id = $tenant_id OR tenant_id = NONE OR tenant_id = '')
LIMIT 1;
"#;
pub fn upsert_sync_checkpoint_query(record_id: &str) -> String {
format!(
r#"
UPSERT sync_checkpoint:`{record_id}` SET
tenant_id = $tenant_id,
session_id = $session_id,
connector_id = $connector_id,
cursor_updated_at = <datetime>$cursor_updated_at,
cursor_sync_key = $cursor_sync_key,
metadata = $metadata,
updated_at = <datetime>$updated_at;
"#
)
}
pub const SELECT_CALIBRATION_MISSING_TENANT_QUERY: &str = r#"
SELECT id, session_id
FROM calibration
WHERE tenant_id = NONE OR tenant_id = '';
"#;
pub const SELECT_SCOPE_BY_NODE_ID_QUERY: &str = r#"
SELECT
tenant_id AS TenantId,
session_id AS SessionId
FROM temporal_node
WHERE id = type::record('temporal_node', $node_id)
LIMIT 1;
"#;
pub const COUNT_TEMPORAL_SCOPE_QUERY: &str = r#"
SELECT count() AS Count
FROM temporal_node
WHERE session_id = $session_id
AND (tenant_id = $tenant_id OR ($include_legacy AND (tenant_id = NONE OR tenant_id = '')))
LIMIT 1;
"#;
pub const COUNT_CALIBRATION_SCOPE_QUERY: &str = r#"
SELECT count() AS Count
FROM calibration
WHERE session_id = $session_id
AND (tenant_id = $tenant_id OR ($include_legacy AND (tenant_id = NONE OR tenant_id = '')))
LIMIT 1;
"#;
pub const APPLY_SCOPE_REKEY_QUERY: &str = r#"
BEGIN TRANSACTION;
UPDATE temporal_node
SET
tenant_id = $target_tenant_id,
session_id = $target_session_id
WHERE session_id = $source_session_id
AND (tenant_id = $source_tenant_id OR ($source_include_legacy AND (tenant_id = NONE OR tenant_id = '')));
UPDATE calibration
SET
tenant_id = $target_tenant_id,
session_id = $target_session_id
WHERE session_id = $source_session_id
AND (tenant_id = $source_tenant_id OR ($source_include_legacy AND (tenant_id = NONE OR tenant_id = '')));
COMMIT TRANSACTION;
"#;
pub fn update_record_tenant_query(record_id: &str) -> String {
format!(
r#"
UPDATE {record_id}
SET tenant_id = $tenant_id;
"#
)
}