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//! `AppState` construction and configuration wiring for the server router.
use fraiseql_core::{db::traits::DatabaseAdapter, security::IntrospectionPolicy};
use tracing::info;
use super::super::Server;
use crate::routes::graphql::AppState;
impl<A: DatabaseAdapter + Clone + Send + Sync + 'static> Server<A> {
/// Build the shared `AppState` with all configured subsystems attached.
pub(super) fn build_app_state(&self) -> AppState<A> {
let mut state = AppState::new(self.executor.clone())
.with_reload_config(self.config.schema_path.clone(), self.executor.adapter().clone());
// Attach secrets manager if configured
#[cfg(feature = "secrets")]
if let Some(ref secrets_manager) = self.secrets_manager {
state = state.with_secrets_manager(secrets_manager.clone());
info!("SecretsManager attached to AppState");
// Wire field encryption: scan schema for encrypted fields and build the service.
// Requires the secrets manager (for key fetch) and the schema field map.
let field_keys: std::collections::HashMap<String, String> = self
.executor
.schema()
.types
.iter()
.flat_map(|t| t.fields.iter())
.filter_map(|f| {
f.encryption.as_ref().map(|enc| (f.name.to_string(), enc.key_reference.clone()))
})
.collect();
if !field_keys.is_empty() {
use fraiseql_secrets::encryption::{
database_adapter::DatabaseFieldAdapter, middleware::FieldEncryptionService,
};
let adapter = std::sync::Arc::new(DatabaseFieldAdapter::new(
secrets_manager.clone(),
field_keys,
));
let svc = std::sync::Arc::new(FieldEncryptionService::from_schema(
self.executor.schema(),
adapter,
));
state = state.with_field_encryption(svc);
info!("Field encryption service wired from schema");
}
}
// Attach federation circuit breaker if configured
#[cfg(feature = "federation")]
if let Some(ref cb) = self.circuit_breaker {
state = state.with_circuit_breaker(cb.clone());
info!("Federation circuit breaker attached to AppState");
}
// Attach observer runtime for health probes
#[cfg(feature = "observers")]
if let Some(ref runtime) = self.observer_runtime {
state = state.with_observer_runtime(runtime.clone());
info!("Observer runtime attached to AppState for health probes");
}
// Thread adapter-level cache state through to admin handlers.
state = state.with_adapter_cache_enabled(self.adapter_cache_enabled);
// Wire usage aggregator (shared with MutationAuditLayer tracing subscriber).
state = state.with_usage(self.usage.clone());
// Attach error sanitizer (always present; disabled by default)
state = state.with_error_sanitizer(self.error_sanitizer.clone());
if self.error_sanitizer.is_enabled() {
info!(
"Error sanitizer enabled — internal error details will be stripped from responses"
);
}
// Attach API key authenticator if configured
if let Some(ref api_key_auth) = self.api_key_authenticator {
state = state.with_api_key_authenticator(api_key_auth.clone());
info!("API key authenticator attached to AppState");
}
// Attach service-account authenticator if configured
if let Some(ref sa_auth) = self.service_account_authenticator {
state = state.with_service_account_authenticator(sa_auth.clone());
info!("Service-account authenticator attached to AppState");
}
// Attach the functions-runtime before-mutation hooks prepared at serve time
// (modules loaded, runtimes registered, send_email wiring attached), so
// after:mutation functions fire on the I/O-capable live host.
#[cfg(feature = "functions-runtime")]
if let Some(hooks) = self.functions_hooks.as_ref() {
state = state.with_functions(hooks.clone());
}
// Enriched-identity resolution (#539). When `[identity.enrichment]` is
// enabled, build the resolver on the unscoped auth pool and attach it, so
// every authenticated request resolves its DB identity and fail-closes
// before dispatch. `enabled = true` alone is the trigger (DESIGN §7).
#[cfg(feature = "auth")]
if let Some(enrichment) =
self.config.identity.as_ref().and_then(|identity| identity.enrichment.as_ref())
{
if enrichment.enabled {
if let Some(pool) = self.enrichment_pool.as_ref() {
state = state.with_identity_resolver(std::sync::Arc::new(
crate::identity::IdentityResolver::postgres(
enrichment.clone(),
pool.clone(),
),
));
if crate::identity::schema_declares_enrichment_consumer(self.executor.schema())
{
info!(
"Enriched-identity resolution enabled (#539): every authenticated \
request resolves and fail-closes"
);
} else {
tracing::warn!(
"[identity.enrichment] is enabled but no session variable or inject \
param uses an `enrichment` source — every authenticated request will \
resolve identity, yet nothing reads it (likely a misconfiguration)"
);
}
} else {
tracing::warn!(
"[identity.enrichment] is enabled but no auth database pool is available \
— enrichment cannot run (a non-PostgreSQL backend, or DATABASE_URL is \
unset). Requests will NOT be enriched."
);
}
}
}
// Attach state encryption service if configured
#[cfg(feature = "auth")]
match &self.state_encryption {
Some(svc) => {
state = state.with_state_encryption(svc.clone());
info!("State encryption: enabled");
},
None => {
info!("State encryption: disabled (no key configured)");
},
}
// Build RequestValidator from validation config.
// Priority: runtime TOML > compiled schema > defaults.
let mut validator = crate::validation::RequestValidator::new();
let runtime_vc = self.config.validation.as_ref();
let compiled_vc = self.executor.schema().validation_config.as_ref();
let effective_depth = runtime_vc
.and_then(|v| v.max_query_depth)
.or_else(|| compiled_vc.and_then(|v| v.max_query_depth));
let effective_complexity = runtime_vc
.and_then(|v| v.max_query_complexity)
.or_else(|| compiled_vc.and_then(|v| v.max_query_complexity));
if let Some(depth) = effective_depth {
validator = validator.with_max_depth(depth as usize);
let source = if runtime_vc.and_then(|v| v.max_query_depth).is_some() {
"runtime toml"
} else {
"compiled schema"
};
info!(max_query_depth = depth, source, "Query depth limit configured");
}
if let Some(complexity) = effective_complexity {
validator = validator.with_max_complexity(complexity as usize);
let source = if runtime_vc.and_then(|v| v.max_query_complexity).is_some() {
"runtime toml"
} else {
"compiled schema"
};
info!(max_query_complexity = complexity, source, "Query complexity limit configured");
}
state = state.with_validator(validator);
// Start pool auto-tuner if configured and enabled
if let Some(ref cfg) = self.pool_tuning_config {
if cfg.enabled {
let tuner = std::sync::Arc::new(crate::pool::PoolSizingAdvisor::new(cfg.clone()));
// Spawn background polling task (recommendation mode — no resize_fn supplied
// because deadpool-postgres does not expose runtime resize).
let _handle =
std::sync::Arc::clone(&tuner).start(self.executor.adapter().clone(), None);
state = state.with_pool_tuner(tuner);
info!(
tuning_interval_ms = cfg.tuning_interval_ms,
min = cfg.min_pool_size,
max = cfg.max_pool_size,
"Pool auto-tuner started (recommendation mode)"
);
}
}
// Attach debug config from compiled schema
state.debug_config.clone_from(&self.executor.schema().debug_config);
// Apply GET query size limit from server config.
state.max_get_query_bytes = self.config.max_get_query_bytes;
// Derive the introspection policy from the two server-config booleans.
// This is the single source of truth shared with the REST
// `/introspection` mount decision (`admin.rs`), so the GraphQL request
// path and the REST endpoint agree by construction.
state = state.with_introspection_policy(IntrospectionPolicy::from_config(
self.config.introspection_enabled,
self.config.introspection_require_auth,
));
// Attach APQ store if configured
if let Some(ref store) = self.apq_store {
state = state.with_apq_store(store.clone());
}
// Attach trusted document store if configured
if let Some(ref store) = self.trusted_docs {
state = state.with_trusted_docs(store.clone());
}
// Multi-tenant executor runtime (#330). When enabled via
// `[tenancy.runtime] enabled = true`, install the per-tenant executor
// registry (seeded with the default executor), an in-memory audit log,
// and — when the binary's PostgreSQL boot path supplied one — the executor
// factory that `PUT /api/v1/admin/tenants/{key}` uses to provision tenants.
// The domain registry is already present (an empty default) and is
// populated at runtime via `PUT /api/v1/admin/domains/{domain}`.
if self.config.tenancy.runtime.enabled {
use crate::{
routes::graphql::tenant_registry::TenantExecutorRegistry,
tenancy::audit::InMemoryAuditLog,
};
// Seed the registry with the default executor (the `ArcSwap`-wrapped
// one `AppState` holds), so requests with no/unknown tenant fall back
// to it exactly as the GraphQL handler expects.
let registry = TenantExecutorRegistry::new(state.executor.clone());
state = state
.with_tenant_registry(std::sync::Arc::new(registry))
.with_tenant_audit_log(std::sync::Arc::new(InMemoryAuditLog::new()));
if let Some(ref factory) = self.tenant_executor_factory {
state = state.with_tenant_executor_factory(factory.clone());
}
info!(
provisioning = self.tenant_executor_factory.is_some(),
"Multi-tenant runtime enabled: tenant registry, dispatch, and \
/api/v1/admin/tenants/* mounted"
);
}
state
}
}