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feat(meditate): Meditate's server, its sealed tables, and SimpleLogin's way back to it

Browse source 
halkyon_meditate_server and its generated client, copied from Todo's
and stripped to the module, the register and the sync engine (ADR 0038,
D1, D7): content_key, meditate_settings and sitting, synced and sealed,
each indexing spaceId and deleted with the person's space; two
migrations, the initial one and sittings (purely additive, the ADR
explains the SQL); ports 8280 to 8282 and PostgreSQL 8290 (D13).
Tests: the module's basics naming `meditate`, the sync engine refusing
calls without a session, the register's modes, and a person's deletion
taking their rows alone.

halkyon_base's forwarding page knows Meditate's ways back
(meditate-loopback on 43826, meditate-scheme app.halkyon.meditate),
which halkyon_app's repository names among the apps' ports.

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Signed-off-by: Tizian 「ティツィアーン」 <raisondetredev@pm.me>
This commit is contained in:
Tizian 「ティツィアーン」 2026-11-03 09:25:30 +01:00
commit 235d9cf75b
Signed by: raisondetredev
GPG key ID: 07F6FCF405488B64
44 changed files with 47595 additions and 1 deletions
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# Files and directories created by pub
.dart_tool/
.packages
# Conventional directory for build outputs
build/
# Ignore the flutter web app directory
web/app
# Directory created by dartdoc
doc/api/
# Passwords file
config/passwords.yaml
# Firebase service account key for Firebase auth
config/firebase_service_account_key.json
# Embedded PostgreSQL runtime artifacts (data dir, sockets, pidfiles)
.serverpod/
# SQLite databases created by the ephemeral test database
**/sp_*.db*

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## 1.0.0
- Initial version, created by Stagehand

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# halkyon_meditate_server
Halkyon Meditate's server: Serverpod with the `halkyon_base` module. See [Meditate's README](../README.md).

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# The workspace's lint rules (see ../../../analysis_options.yaml), minus generated code.
include: ../../../analysis_options.yaml
analyzer:
exclude:
- lib/src/generated/**
- test/integration/test_tools/serverpod_test_tools.dart
# Serverpod's code generator reads this package with an analyzer that doesn't know
# Dart v3.13's primary constructors yet, and fails on them in endpoint files, so the
# server keeps the classic constructor and class-body syntax, as Learn's does; switch
# these back on once Serverpod parses it.
linter:
rules:
empty_container_bodies: false
unnecessary_type_name_in_constructor: false
use_declaring_parameters: false
use_primary_constructors: false
formatter:
trailing_commas: preserve

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import 'package:halkyon_meditate_server/server.dart';
/// Starts Halkyon Meditate's server (lib/server.dart).
Future<void> main(List<String> args) => run(args);

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# This is the configuration file for your local development environment. By
# default, it runs a single server on port 8280. To set up your server, you will
# need to add the name of the database you are connecting to and the user name.
# The password for the database is stored in the config/passwords.yaml.
#
# When running your server locally, the server ports are the same as the public
# facing ports.
# Configuration for the main API server.
apiServer:
port: 8280
publicHost: localhost
publicPort: 8280
publicScheme: http
# Configuration for the Insights server.
insightsServer:
port: 8281
publicHost: localhost
publicPort: 8281
publicScheme: http
# Configuration for the web server.
webServer:
port: 8282
publicHost: localhost
publicPort: 8282
publicScheme: http
# This is the database setup for your server.
database:
host: localhost
port: 8290
name: halkyon_meditate
user: postgres
#requireSsl: true # defaults to false
#isUnixSocket: true # defaults to false
dataPath: .serverpod/development/pgdata
#maxConnectionCount: 10 # Defaults to 10, a negative or null value removes the limit
maxRequestSize: 524288 # The maximum size of requests allowed in bytes
# Session logs stay out of the database, for privacy, as Learn's (never re-enable).
sessionLogs:
persistentEnabled: false
consoleEnabled: true
consoleLogFormat: text # Defaults to "json", options are "text" or "json"
#futureCall:
# enabled: true # Defaults to true, set to false to disable scheduling and running future calls
# executionEnabled: true # Defaults to true
# concurrencyLimit: 1 # Defaults to 1, a negative or null value removes the limit
# scanInterval: 5000 # Unit in milliseconds, defaults to 5000
# Recommended when serving web clients: keeps auth tokens in httpOnly
# cookies. Without this, web tokens live in JavaScript-readable storage,
# where any XSS can steal them. Web clients opt in with
# `client.cookieAuth = true`. Requires `allowedOrigins`; browsers from
# origins not in the list lose cross-origin access, including to public
# endpoints.
#authCookie:
# secure: false # Cookies require https; relax only for http://localhost
# #name: serverpod_auth # Defaults to "serverpod_auth"
# #refreshName: serverpod_auth_refresh # Defaults to "<name>_refresh"
# #domain: example.com # Defaults to host-only; set to share across subdomains
# #path: / # Defaults to "/"
# #sameSite: lax # Defaults to "lax", options are "strict" or "none"
#allowedOrigins:
# - http://localhost:8082 # The origin serving your Flutter web app

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type: server
client_package_path: ../halkyon_meditate_client
server_test_tools_path: test/integration/test_tools
# Private data sync through serverpod_offline_sync (ADR 0001, ADR 0038's D7): its
# module, and the experimental `database: sync` for the models it syncs.
modules:
serverpod_offline_sync:
nickname: offline_sync
# What every Halkyon server has (ADR 0014): `client.modules.base` in the app.
halkyon_base:
nickname: base
experimental_features:
databaseSync: true

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# This is the configuration file for your staging environment. The staging
# environment is meant to resemble the production environment as much as
# possible and may connect to production databases services and data. You use it
# for final testing before deploying the production server.
#
# Typically, you will want to route the traffic through a load balancer
# which adds SSL security through https. If you use Serverpod's standard
# Terraform scripts to deploy your server, all you need to change in
# this file is the examplepod.com domain name.
# Configuration for the main API server.
apiServer:
port: 8080
publicHost: api-staging.examplepod.com
publicPort: 443
publicScheme: https
# Configuration for the Insights server.
insightsServer:
port: 8081
publicHost: insights-staging.examplepod.com
publicPort: 443
publicScheme: https
# Configuration for the web server.
webServer:
port: 8082
publicHost: app-staging.examplepod.com
publicPort: 443
publicScheme: https
# This is the database setup for your servers. The default for the Google Cloud
# Engine Terraform configuration is to connect on a private IP address.
# If you are connecting on a public IP (e.g. on AWS or Google Cloud Run), you
# connect on the public IP of the database e.g. database-staging.examplepod.com.
database:
host: database.private-staging.examplepod.com
port: 5432
name: serverpod
user: postgres
requireSsl: true
#isUnixSocket: true # defaults to false
#maxConnectionCount: 10 # Defaults to 10, a negative or null value removes the limit
maxRequestSize: 524288 # The maximum size of requests allowed in bytes
# Session logs stay out of the database, for privacy, as Learn's (never re-enable).
sessionLogs:
persistentEnabled: false
# consoleEnabled: true
# consoleLogFormat: json # Defaults to "json", options are "text" or "json"
#futureCall:
# enabled: true # Defaults to true, set to false to disable scheduling and running future calls
# executionEnabled: true # Defaults to true
# concurrencyLimit: 1 # Defaults to 1, a negative or null value removes the limit
# scanInterval: 5000 # Unit in milliseconds, defaults to 5000
# Recommended when serving web clients: keeps auth tokens in httpOnly
# cookies. Without this, web tokens live in JavaScript-readable storage,
# where any XSS can steal them. Web clients opt in with
# `client.cookieAuth = true`. Requires `allowedOrigins`; browsers from
# origins not in the list lose cross-origin access, including to public
# endpoints.
#authCookie:
# sameSite: lax # Defaults to "lax", options are "strict" or "none"
# #name: serverpod_auth # Defaults to "serverpod_auth"
# #refreshName: serverpod_auth_refresh # Defaults to "<name>_refresh"
# #domain: examplepod.com # Defaults to host-only; set to share across subdomains
# #path: / # Defaults to "/"
# #secure: true # Defaults to true; the cookie is only sent over https
#allowedOrigins:
# - https://app-staging.examplepod.com # The origin serving your Flutter web app

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# This is the configuration file for your test environment.
# All ports are set to zero in this file which makes the server find the next available port.
# This is needed to enable running tests concurrently. To set up your server, you will
# need to add the name of the database you are connecting to and the user name.
# The password for the database is stored in the config/passwords.yaml.
#
# When running your server locally, the server ports are the same as the public
# facing ports.
# Configuration for the main API test server.
apiServer:
port: 0
publicHost: localhost
publicPort: 0
publicScheme: http
# Configuration for the Insights test server.
insightsServer:
port: 0
publicHost: localhost
publicPort: 0
publicScheme: http
# Configuration for the web test server.
webServer:
port: 0
publicHost: localhost
publicPort: 0
publicScheme: http
# This is the database setup for your test server.
database:
host: localhost
port: 9090
name: halkyon_meditate_test
user: postgres
dataPath: .serverpod/test/pgdata
#maxConnectionCount: 10 # Defaults to 10, a negative or null value removes the limit
# Session logs stay out of the database, for privacy, as Learn's (never re-enable).
sessionLogs:
persistentEnabled: false
consoleEnabled: true
# consoleLogFormat: json # Defaults to "json", options are "text" or "json"
#futureCall:
# enabled: true # Defaults to true, set to false to disable scheduling and running future calls
# executionEnabled: true # Defaults to true
# concurrencyLimit: 1 # Defaults to 1, a negative or null value removes the limit
# scanInterval: 5000 # Unit in milliseconds, defaults to 5000

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tags:
integration: {}

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import 'package:halkyon_base_server/base.dart';
import 'package:halkyon_meditate_server/src/generated/serverpod.dart';
import 'package:halkyon_meditate_server/src/meditate_base.dart';
import 'package:halkyon_meditate_server/src/pruning.dart';
import 'package:serverpod_auth_idp_server/core.dart';
/// The starting point of Halkyon Meditate's server.
Future<void> run(List<String> args) async {
// The generated Serverpod is already connected with the generated code.
final pod = Serverpod(args);
// What every Halkyon server has (ADR 0014): sign-in, the account and its
// deletion, the pruning, the instance's basics, set up for Meditate; a member
// of the instance's register where the operator names one (ADR 0016).
HalkyonBase.configure(
pod,
meditateBase(accounts: AccountsMode.fromEnvironment()),
);
// Token managers validate and issue authentication keys; identity
// providers are the ways people can sign in (halkyon_base's
// auth_config.dart).
pod.initializeAuthServices(
tokenManagerBuilders: tokenManagerBuilders,
identityProviderBuilders: identityProviderBuilders(pod),
);
// The calls between the instance's services, on the web server
// (ADR 0016); Caddy never forwards them.
addInstanceRoutes(pod);
await pod.start();
await schedulePruning(pod);
}

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/* AUTOMATICALLY GENERATED CODE DO NOT MODIFY */
/* To generate run: "serverpod generate" */
// ignore_for_file: implementation_imports
// ignore_for_file: library_private_types_in_public_api
// ignore_for_file: non_constant_identifier_names
// ignore_for_file: public_member_api_docs
// ignore_for_file: type_literal_in_constant_pattern
// ignore_for_file: use_super_parameters
// ignore_for_file: invalid_use_of_internal_member
// ignore_for_file: no_leading_underscores_for_library_prefixes
import 'package:halkyon_base_server/halkyon_base_server.dart' as _ik8molhd;
import 'package:halkyon_meditate_server/src/generated/future_calls.dart'
as _iluznlp5;
import 'package:halkyon_oidc_server/halkyon_oidc_server.dart' as _ipoqfiqr;
import 'package:serverpod/serverpod.dart' as _is;
import 'package:serverpod_auth_core_server/serverpod_auth_core_server.dart'
as _iacs;
import 'package:serverpod_auth_idp_server/serverpod_auth_idp_server.dart'
as _iais;
import 'package:serverpod_offline_sync_server/serverpod_offline_sync_server.dart'
as _izehhkf5;
export 'future_calls.dart' show ServerpodFutureCallsGetter;
class Endpoints extends _is.EndpointDispatch {
@override
void initializeEndpoints(_is.Server server) {
modules['halkyon_base'] = _ik8molhd.Endpoints()
..initializeEndpoints(server);
modules['serverpod_auth_idp'] = _iais.Endpoints()
..initializeEndpoints(server);
modules['serverpod_offline_sync'] = _izehhkf5.Endpoints()
..initializeEndpoints(server);
modules['halkyon_oidc'] = _ipoqfiqr.Endpoints()
..initializeEndpoints(server);
modules['serverpod_auth_core'] = _iacs.Endpoints()
..initializeEndpoints(server);
}
@override
_is.FutureCallDispatch? get futureCalls {
return _iluznlp5.FutureCalls();
}
}

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/* AUTOMATICALLY GENERATED CODE DO NOT MODIFY */
/* To generate run: "serverpod generate" */
// ignore_for_file: implementation_imports
// ignore_for_file: library_private_types_in_public_api
// ignore_for_file: non_constant_identifier_names
// ignore_for_file: public_member_api_docs
// ignore_for_file: type_literal_in_constant_pattern
// ignore_for_file: use_super_parameters
// ignore_for_file: invalid_use_of_internal_member
// ignore_for_file: depend_on_referenced_packages
// ignore_for_file: no_leading_underscores_for_library_prefixes
import 'dart:async' as _ida;
import 'package:clock/clock.dart' as _io0w16m8;
import 'package:serverpod/serverpod.dart' as _is;
import '../pruning_future_call.dart' as _ibrplims;
/// Invokes a future call.
typedef _InvokeFutureCall =
Future<void> Function(String name, _is.SerializableModel? object);
extension ServerpodFutureCallsGetter on _is.Serverpod {
/// Generated future calls.
FutureCalls get futureCalls => FutureCalls();
}
class FutureCalls extends _is.FutureCallDispatch<_FutureCallRef> {
FutureCalls._();
factory FutureCalls() {
return _instance;
}
static final FutureCalls _instance = FutureCalls._();
_is.FutureCallManager? _futureCallManager;
String? _serverId;
String get _effectiveServerId {
if (_serverId == null) {
throw StateError('FutureCalls is not initialized.');
}
return _serverId!;
}
_is.FutureCallManager get _effectiveFutureCallManager {
if (_futureCallManager == null) {
throw StateError('FutureCalls is not initialized.');
}
return _futureCallManager!;
}
@override
void initialize(
_is.FutureCallManager futureCallManager,
String serverId,
) {
var registeredFutureCalls = <String, _is.InvokableFutureCall>{
'PruningPruneAccountsFutureCall': PruningPruneAccountsFutureCall(),
'PruningForgetSignUpAttemptsFutureCall':
PruningForgetSignUpAttemptsFutureCall(),
'PruningTellMembersOfDeletionsFutureCall':
PruningTellMembersOfDeletionsFutureCall(),
'PruningForgetDeletedAccountsFutureCall':
PruningForgetDeletedAccountsFutureCall(),
};
_futureCallManager = futureCallManager;
_serverId = serverId;
for (final entry in registeredFutureCalls.entries) {
_futureCallManager?.registerFutureCall(entry.value, entry.key);
}
}
@override
_FutureCallRef callAtTime(
DateTime time, {
String? identifier,
}) {
return _FutureCallRef(
(name, object) {
return _effectiveFutureCallManager.scheduleFutureCall(
name,
object,
time,
_effectiveServerId,
identifier,
);
},
);
}
@override
_FutureCallRef callWithDelay(
Duration delay, {
String? identifier,
}) {
return _FutureCallRef(
(name, object) {
return _effectiveFutureCallManager.scheduleFutureCall(
name,
object,
DateTime.now().toUtc().add(delay),
_effectiveServerId,
identifier,
);
},
);
}
@override
_is.RecurringFutureCallDispatch<_FutureCallRef> callRecurring({
String? identifier,
}) {
return _RecurringFutureCallDispatchImpl(
_effectiveFutureCallManager,
_effectiveServerId,
identifier,
);
}
@override
Future<void> cancel(String identifier) async {
await _effectiveFutureCallManager.cancelFutureCall(identifier);
}
}
class _RecurringFutureCallDispatchImpl
extends _is.RecurringFutureCallDispatch<_FutureCallRef> {
_RecurringFutureCallDispatchImpl(
this._futureCallManager,
this._serverId,
this._identifier,
);
final _is.FutureCallManager _futureCallManager;
final String _serverId;
final String? _identifier;
@override
_FutureCallRef cron(String cronExpression) {
return _FutureCallRef(
(name, object) {
return _futureCallManager.scheduleFutureCall(
name,
object,
_is.Cron.parse(cronExpression).nextTime(),
_serverId,
_identifier,
scheduling: _is.CronFutureCallScheduling(cron: cronExpression),
);
},
);
}
@override
_FutureCallRef every(
Duration interval, {
DateTime? start,
}) {
final now = _io0w16m8.clock.now().toUtc();
return _FutureCallRef(
(name, object) {
return _futureCallManager.scheduleFutureCall(
name,
object,
start ?? now.add(interval),
_serverId,
_identifier,
scheduling: _is.IntervalFutureCallScheduling(
interval: interval,
start: start,
),
);
},
);
}
}
class _FutureCallRef {
_FutureCallRef(this._invokeFutureCall);
final _InvokeFutureCall _invokeFutureCall;
late final pruning = _PruningFutureCallDispatcher(_invokeFutureCall);
}
class _PruningFutureCallDispatcher {
_PruningFutureCallDispatcher(this._invokeFutureCall);
final _InvokeFutureCall _invokeFutureCall;
Future<void> pruneAccounts() {
return _invokeFutureCall(
'PruningPruneAccountsFutureCall',
null,
);
}
Future<void> forgetSignUpAttempts() {
return _invokeFutureCall(
'PruningForgetSignUpAttemptsFutureCall',
null,
);
}
Future<void> tellMembersOfDeletions() {
return _invokeFutureCall(
'PruningTellMembersOfDeletionsFutureCall',
null,
);
}
Future<void> forgetDeletedAccounts() {
return _invokeFutureCall(
'PruningForgetDeletedAccountsFutureCall',
null,
);
}
}
/// Prunes one batch of anonymous accounts and logs how many people went,
/// forgets the resets that lapsed (ADR 0017) and the assistants' figures
/// past their 3 months (Learn's ADR 0021, D41), and deletes the new accounts left
/// unapproved for 14 days, with the waiting passes past their time
/// (Learn's ADR 0021, D25).
class PruningPruneAccountsFutureCall extends _is.FutureCall
implements _is.InvokableFutureCall {
@override
_ida.Future<void> invoke(
_is.Session session,
_is.SerializableModel? object,
) async {
await _ibrplims.PruningFutureCall().pruneAccounts(session);
}
}
/// Forgets the sign-up attempts the rate limit is done with, with their IP
/// addresses, the email sign-in codes past their time, the password
/// sign-ins never finished and authenticators never confirmed (ADR 0017),
/// and the SimpleLogin sign-ins never finished (ADR 0020), and logs how
/// many.
class PruningForgetSignUpAttemptsFutureCall extends _is.FutureCall
implements _is.InvokableFutureCall {
@override
_ida.Future<void> invoke(
_is.Session session,
_is.SerializableModel? object,
) async {
await _ibrplims.PruningFutureCall().forgetSignUpAttempts(session);
}
}
/// On the register, tells the instance's members again of the accounts
/// gone (ADR 0016) and of the accounts whose sessions ended (ADR 0017: a
/// password changed or reset) that they haven't confirmed yet, and logs how
/// many confirmed.
class PruningTellMembersOfDeletionsFutureCall extends _is.FutureCall
implements _is.InvokableFutureCall {
@override
_ida.Future<void> invoke(
_is.Session session,
_is.SerializableModel? object,
) async {
await _ibrplims.PruningFutureCall().tellMembersOfDeletions(session);
}
}
/// On a member, deletes the people whose account the register no longer
/// knows, and logs how many.
class PruningForgetDeletedAccountsFutureCall extends _is.FutureCall
implements _is.InvokableFutureCall {
@override
_ida.Future<void> invoke(
_is.Session session,
_is.SerializableModel? object,
) async {
await _ibrplims.PruningFutureCall().forgetDeletedAccounts(session);
}
}

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/* AUTOMATICALLY GENERATED CODE DO NOT MODIFY */
/* To generate run: "serverpod generate" */
// ignore_for_file: implementation_imports
// ignore_for_file: library_private_types_in_public_api
// ignore_for_file: non_constant_identifier_names
// ignore_for_file: public_member_api_docs
// ignore_for_file: type_literal_in_constant_pattern
// ignore_for_file: use_super_parameters
// ignore_for_file: invalid_use_of_internal_member
// ignore_for_file: no_leading_underscores_for_library_prefixes
import 'dart:typed_data' as _idt;
import 'package:serverpod/serverpod.dart' as _is;
/// A data key of the person's (ADR 0038, D7, as Train's ADR 0030, D15): the
/// one their settings and sittings are sealed with. Sealed on a device
/// to the account's X25519 key and signed by it (halkyon_keys'
/// `sealDataKey`), under an ID that says what it is for, so only the
/// person's devices open it and the instance can't relabel it; the instance
/// keeps it as it is. Synced, so the key arrives with the data, works offline
/// and goes with the space. Never updated.
abstract class ContentKey
implements _is.TableRow<_is.UuidValue?>, _is.ProtocolSerialization {
ContentKey._({
this.id,
this.spaceId,
required this.dataKeyId,
required this.sealedKey,
});
factory ContentKey({
_is.UuidValue? id,
int? spaceId,
required String dataKeyId,
required _idt.ByteData sealedKey,
}) = _ContentKeyImpl;
factory ContentKey.fromJson(Map<String, dynamic> jsonSerialization) {
return ContentKey(
id: jsonSerialization['id'] == null
? null
: _is.UuidValueJsonExtension.fromJson(jsonSerialization['id']),
spaceId: jsonSerialization['spaceId'] as int?,
dataKeyId: jsonSerialization['dataKeyId'] as String,
sealedKey: _is.ByteDataJsonExtension.fromJson(
jsonSerialization['sealedKey'],
),
);
}
static final t = ContentKeyTable();
static const db = ContentKeyRepository._();
@override
_is.UuidValue? id;
/// The space owning this row. Maintained by the sync engine.
int? spaceId;
/// The key's ID, which the rows it seals name in their `keyId`; sealed
/// with the key too, so the column is never trusted.
String dataKeyId;
/// The sealed key: the sealer's Ed25519 signature, then the sealed box.
_idt.ByteData sealedKey;
@override
_is.Table<_is.UuidValue?> get table => t;
/// Returns a shallow copy of this [ContentKey]
/// with some or all fields replaced by the given arguments.
@_is.useResult
ContentKey copyWith({
_is.UuidValue? id,
int? spaceId,
String? dataKeyId,
_idt.ByteData? sealedKey,
});
@override
Map<String, dynamic> toJson() {
return {
'__className__': 'ContentKey',
if (id != null) 'id': id?.toJson(),
if (spaceId != null) 'spaceId': spaceId,
'dataKeyId': dataKeyId,
'sealedKey': sealedKey.toJson(),
};
}
@override
Map<String, dynamic> toJsonForProtocol() {
return {
'__className__': 'ContentKey',
if (id != null) 'id': id?.toJson(),
if (spaceId != null) 'spaceId': spaceId,
'dataKeyId': dataKeyId,
'sealedKey': sealedKey.toJson(),
};
}
static ContentKeyInclude include() {
return ContentKeyInclude._();
}
static ContentKeyIncludeList includeList({
_is.WhereExpressionBuilder<ContentKeyTable>? where,
int? limit,
int? offset,
_is.OrderByBuilder<ContentKeyTable>? orderBy,
_is.OrderByListBuilder<ContentKeyTable>? orderByList,
ContentKeyInclude? include,
}) {
return ContentKeyIncludeList._(
where: where,
limit: limit,
offset: offset,
orderBy: orderBy?.call(ContentKey.t),
orderByList: orderByList?.call(ContentKey.t),
include: include,
);
}
@override
String toString() {
return _is.SerializationManager.encode(this);
}
}
class _Undefined {}
class _ContentKeyImpl extends ContentKey {
_ContentKeyImpl({
_is.UuidValue? id,
int? spaceId,
required String dataKeyId,
required _idt.ByteData sealedKey,
}) : super._(
id: id,
spaceId: spaceId,
dataKeyId: dataKeyId,
sealedKey: sealedKey,
);
/// Returns a shallow copy of this [ContentKey]
/// with some or all fields replaced by the given arguments.
@_is.useResult
@override
ContentKey copyWith({
Object? id = _Undefined,
Object? spaceId = _Undefined,
String? dataKeyId,
_idt.ByteData? sealedKey,
}) {
return ContentKey(
id: id is _is.UuidValue? ? id : this.id,
spaceId: spaceId is int? ? spaceId : this.spaceId,
dataKeyId: dataKeyId ?? this.dataKeyId,
sealedKey: sealedKey ?? this.sealedKey.clone(),
);
}
}
class ContentKeyUpdateTable extends _is.UpdateTable<ContentKeyTable> {
ContentKeyUpdateTable(super.table);
_is.ColumnValue<int, int> spaceId(int? value) => _is.ColumnValue(
table.spaceId,
value,
);
_is.ColumnValue<String, String> dataKeyId(String value) => _is.ColumnValue(
table.dataKeyId,
value,
);
_is.ColumnValue<_idt.ByteData, _idt.ByteData> sealedKey(
_idt.ByteData value,
) => _is.ColumnValue(
table.sealedKey,
value,
);
}
class ContentKeyTable extends _is.Table<_is.UuidValue?> {
ContentKeyTable({super.tableRelation}) : super(tableName: 'content_key') {
updateTable = ContentKeyUpdateTable(this);
spaceId = _is.ColumnInt(
'spaceId',
this,
);
dataKeyId = _is.ColumnString(
'dataKeyId',
this,
);
sealedKey = _is.ColumnByteData(
'sealedKey',
this,
);
}
late final ContentKeyUpdateTable updateTable;
/// The space owning this row. Maintained by the sync engine.
late final _is.ColumnInt spaceId;
/// The key's ID, which the rows it seals name in their `keyId`; sealed
/// with the key too, so the column is never trusted.
late final _is.ColumnString dataKeyId;
/// The sealed key: the sealer's Ed25519 signature, then the sealed box.
late final _is.ColumnByteData sealedKey;
@override
List<_is.Column> get columns => [
id,
spaceId,
dataKeyId,
sealedKey,
];
}
class ContentKeyInclude extends _is.IncludeObject {
ContentKeyInclude._();
@override
Map<String, _is.Include?> get includes => {};
@override
_is.Table<_is.UuidValue?> get table => ContentKey.t;
}
class ContentKeyIncludeList extends _is.IncludeList {
ContentKeyIncludeList._({
_is.WhereExpressionBuilder<ContentKeyTable>? where,
super.limit,
super.offset,
super.orderBy,
super.orderByList,
super.include,
}) {
super.where = where?.call(ContentKey.t);
}
@override
Map<String, _is.Include?> get includes => include?.includes ?? {};
@override
_is.Table<_is.UuidValue?> get table => ContentKey.t;
}
class ContentKeyRepository {
const ContentKeyRepository._();
/// Returns a list of [ContentKey]s matching the given query parameters.
///
/// Use [where] to specify which items to include in the return value.
/// If none is specified, all items will be returned.
///
/// To specify the order of the items use [orderBy] or [orderByList]
/// when sorting by multiple columns.
///
/// The maximum number of items can be set by [limit]. If no limit is set,
/// all items matching the query will be returned.
///
/// [offset] defines how many items to skip, after which [limit] (or all)
/// items are read from the database.
///
/// ```dart
/// var persons = await Persons.db.find(
/// session,
/// where: (t) => t.lastName.equals('Jones'),
/// orderBy: (t) => t.firstName,
/// limit: 100,
/// );
/// ```
Future<List<ContentKey>> find(
_is.DatabaseSession session, {
_is.WhereExpressionBuilder<ContentKeyTable>? where,
int? limit,
int? offset,
_is.OrderByBuilder<ContentKeyTable>? orderBy,
_is.OrderByListBuilder<ContentKeyTable>? orderByList,
_is.Transaction? transaction,
_is.LockMode? lockMode,
_is.LockBehavior? lockBehavior,
}) async {
return session.db.find<ContentKey>(
where: where?.call(ContentKey.t),
orderBy: orderBy?.call(ContentKey.t),
orderByList: orderByList?.call(ContentKey.t),
limit: limit,
offset: offset,
transaction: transaction,
lockMode: lockMode,
lockBehavior: lockBehavior,
);
}
/// Returns the first matching [ContentKey] matching the given query parameters.
///
/// Use [where] to specify which items to include in the return value.
/// If none is specified, all items will be returned.
///
/// To specify the order use [orderBy] or [orderByList]
/// when sorting by multiple columns.
///
/// [offset] defines how many items to skip, after which the next one will be picked.
///
/// ```dart
/// var youngestPerson = await Persons.db.findFirstRow(
/// session,
/// where: (t) => t.lastName.equals('Jones'),
/// orderBy: (t) => t.age,
/// );
/// ```
Future<ContentKey?> findFirstRow(
_is.DatabaseSession session, {
_is.WhereExpressionBuilder<ContentKeyTable>? where,
int? offset,
_is.OrderByBuilder<ContentKeyTable>? orderBy,
_is.OrderByListBuilder<ContentKeyTable>? orderByList,
_is.Transaction? transaction,
_is.LockMode? lockMode,
_is.LockBehavior? lockBehavior,
}) async {
return session.db.findFirstRow<ContentKey>(
where: where?.call(ContentKey.t),
orderBy: orderBy?.call(ContentKey.t),
orderByList: orderByList?.call(ContentKey.t),
offset: offset,
transaction: transaction,
lockMode: lockMode,
lockBehavior: lockBehavior,
);
}
/// Finds a single [ContentKey] by its [id] or null if no such row exists.
Future<ContentKey?> findById(
_is.DatabaseSession session,
_is.UuidValue id, {
_is.Transaction? transaction,
_is.LockMode? lockMode,
_is.LockBehavior? lockBehavior,
}) async {
return session.db.findById<ContentKey>(
id,
transaction: transaction,
lockMode: lockMode,
lockBehavior: lockBehavior,
);
}
/// Inserts all [ContentKey]s in the list and returns the inserted rows.
///
/// The returned [ContentKey]s will have their `id` fields set.
///
/// This is an atomic operation, meaning that if one of the rows fails to
/// insert, none of the rows will be inserted.
///
/// If [ignoreConflicts] is set to `true`, rows that conflict with existing
/// rows are silently skipped, and only the successfully inserted rows are
/// returned.
///
/// If [noReturn] is set to `true`, the inserted rows are not read back from
/// the database and an empty list is returned. This avoids the overhead of
/// transferring and deserializing the rows when the result is not needed.
Future<List<ContentKey>> insert(
_is.DatabaseSession session,
List<ContentKey> rows, {
_is.Transaction? transaction,
bool ignoreConflicts = false,
bool noReturn = false,
}) async {
return session.db.insert<ContentKey>(
rows,
transaction: transaction,
ignoreConflicts: ignoreConflicts,
noReturn: noReturn,
);
}
/// Inserts a single [ContentKey] and returns the inserted row.
///
/// The returned [ContentKey] will have its `id` field set.
Future<ContentKey> insertRow(
_is.DatabaseSession session,
ContentKey row, {
_is.Transaction? transaction,
}) async {
return session.db.insertRow<ContentKey>(
row,
transaction: transaction,
);
}
/// Upserts all [ContentKey]s in the list and returns the resulting rows.
///
/// If a row conflicts on the given [conflictColumns], the existing row is
/// updated with the new values. Otherwise, a new row is inserted.
///
/// If [updateColumns] is provided, only those columns will be updated on
/// conflict. If null, all non-conflict, non-id columns are updated.
///
/// If [updateWhere] is provided, the update only applies to rows matching the
/// given expression. Conflicting rows that don't match are skipped and not
/// returned, so the resulting list may be shorter than [rows].
///
/// The returned [ContentKey]s will have their `id` fields set.
///
/// This is an atomic operation, meaning that if one of the rows fails,
/// none of the rows will be affected.
///
/// If [noReturn] is set to `true`, the resulting rows are not read back from
/// the database and an empty list is returned. This avoids the overhead of
/// transferring and deserializing the rows when the result is not needed.
Future<List<ContentKey>> upsert(
_is.DatabaseSession session,
List<ContentKey> rows, {
required _is.ColumnSelections<ContentKeyTable> conflictColumns,
_is.ColumnSelections<ContentKeyTable>? updateColumns,
_is.WhereExpressionBuilder<ContentKeyTable>? updateWhere,
_is.Transaction? transaction,
bool noReturn = false,
}) async {
return session.db.upsert<ContentKey>(
rows,
conflictColumns: conflictColumns(ContentKey.t),
updateColumns: updateColumns?.call(ContentKey.t),
updateWhere: updateWhere?.call(ContentKey.t),
transaction: transaction,
noReturn: noReturn,
);
}
/// Upserts a single [ContentKey] and returns the resulting row.
///
/// If the row conflicts on the given [conflictColumns], the existing row is
/// updated. Otherwise, a new row is inserted.
///
/// If [updateColumns] is provided, only those columns will be updated on
/// conflict. If null, all non-conflict, non-id columns are updated.
///
/// If [updateWhere] is provided, the update only applies when the existing
/// row matches the expression. Returns `null` if no row was affected — for
/// example when [updateWhere] does not match the conflicting row.
///
/// The returned [ContentKey] will have its `id` field set.
Future<ContentKey?> upsertRow(
_is.DatabaseSession session,
ContentKey row, {
required _is.ColumnSelections<ContentKeyTable> conflictColumns,
_is.ColumnSelections<ContentKeyTable>? updateColumns,
_is.WhereExpressionBuilder<ContentKeyTable>? updateWhere,
_is.Transaction? transaction,
}) async {
return session.db.upsertRow<ContentKey>(
row,
conflictColumns: conflictColumns(ContentKey.t),
updateColumns: updateColumns?.call(ContentKey.t),
updateWhere: updateWhere?.call(ContentKey.t),
transaction: transaction,
);
}
/// Updates all [ContentKey]s in the list and returns the updated rows. If
/// [columns] is provided, only those columns will be updated. Defaults to
/// all columns.
/// This is an atomic operation, meaning that if one of the rows fails to
/// update, none of the rows will be updated.
///
/// If [noReturn] is set to `true`, the updated rows are not read back from
/// the database and an empty list is returned. This avoids the overhead of
/// transferring and deserializing the rows when the result is not needed.
Future<List<ContentKey>> update(
_is.DatabaseSession session,
List<ContentKey> rows, {
_is.ColumnSelections<ContentKeyTable>? columns,
_is.Transaction? transaction,
bool noReturn = false,
}) async {
return session.db.update<ContentKey>(
rows,
columns: columns?.call(ContentKey.t),
transaction: transaction,
noReturn: noReturn,
);
}
/// Updates a single [ContentKey]. The row needs to have its id set.
/// Optionally, a list of [columns] can be provided to only update those
/// columns. Defaults to all columns.
Future<ContentKey> updateRow(
_is.DatabaseSession session,
ContentKey row, {
_is.ColumnSelections<ContentKeyTable>? columns,
_is.Transaction? transaction,
}) async {
return session.db.updateRow<ContentKey>(
row,
columns: columns?.call(ContentKey.t),
transaction: transaction,
);
}
/// Updates a single [ContentKey] by its [id] with the specified [columnValues].
/// Returns the updated row or null if no row with the given id exists.
Future<ContentKey?> updateById(
_is.DatabaseSession session,
_is.UuidValue id, {
required _is.ColumnValueListBuilder<ContentKeyUpdateTable> columnValues,
_is.Transaction? transaction,
}) async {
return session.db.updateById<ContentKey>(
id,
columnValues: columnValues(ContentKey.t.updateTable),
transaction: transaction,
);
}
/// Updates all [ContentKey]s matching the [where] expression with the specified [columnValues].
/// Returns the list of updated rows.
///
/// If [noReturn] is set to `true`, the updated rows are not read back from
/// the database and an empty list is returned. This avoids the overhead of
/// transferring and deserializing the rows when the result is not needed.
Future<List<ContentKey>> updateWhere(
_is.DatabaseSession session, {
required _is.ColumnValueListBuilder<ContentKeyUpdateTable> columnValues,
required _is.WhereExpressionBuilder<ContentKeyTable> where,
int? limit,
int? offset,
_is.OrderByBuilder<ContentKeyTable>? orderBy,
_is.OrderByListBuilder<ContentKeyTable>? orderByList,
_is.Transaction? transaction,
bool noReturn = false,
}) async {
return session.db.updateWhere<ContentKey>(
columnValues: columnValues(ContentKey.t.updateTable),
where: where(ContentKey.t),
limit: limit,
offset: offset,
orderBy: orderBy?.call(ContentKey.t),
orderByList: orderByList?.call(ContentKey.t),
transaction: transaction,
noReturn: noReturn,
);
}
/// Deletes all [ContentKey]s in the list and returns the deleted rows.
///
/// To specify the order of the returned rows use [orderBy] or [orderByList]
/// when sorting by multiple columns.
///
/// This is an atomic operation, meaning that if one of the rows fail to
/// be deleted, none of the rows will be deleted.
///
/// If [noReturn] is set to `true`, the deleted rows are not read back from
/// the database and an empty list is returned. This avoids the overhead of
/// transferring and deserializing the rows when the result is not needed.
Future<List<ContentKey>> delete(
_is.DatabaseSession session,
List<ContentKey> rows, {
_is.OrderByBuilder<ContentKeyTable>? orderBy,
_is.OrderByListBuilder<ContentKeyTable>? orderByList,
_is.Transaction? transaction,
bool noReturn = false,
}) async {
return session.db.delete<ContentKey>(
rows,
orderBy: orderBy?.call(ContentKey.t),
orderByList: orderByList?.call(ContentKey.t),
transaction: transaction,
noReturn: noReturn,
);
}
/// Deletes a single [ContentKey].
Future<ContentKey> deleteRow(
_is.DatabaseSession session,
ContentKey row, {
_is.Transaction? transaction,
}) async {
return session.db.deleteRow<ContentKey>(
row,
transaction: transaction,
);
}
/// Deletes all rows matching the [where] expression.
///
/// To specify the order of the returned rows use [orderBy] or [orderByList]
/// when sorting by multiple columns.
///
/// If [noReturn] is set to `true`, the deleted rows are not read back from
/// the database and an empty list is returned. This avoids the overhead of
/// transferring and deserializing the rows when the result is not needed.
Future<List<ContentKey>> deleteWhere(
_is.DatabaseSession session, {
required _is.WhereExpressionBuilder<ContentKeyTable> where,
_is.OrderByBuilder<ContentKeyTable>? orderBy,
_is.OrderByListBuilder<ContentKeyTable>? orderByList,
_is.Transaction? transaction,
bool noReturn = false,
}) async {
return session.db.deleteWhere<ContentKey>(
where: where(ContentKey.t),
orderBy: orderBy?.call(ContentKey.t),
orderByList: orderByList?.call(ContentKey.t),
transaction: transaction,
noReturn: noReturn,
);
}
/// Counts the number of rows matching the [where] expression. If omitted,
/// will return the count of all rows in the table.
Future<int> count(
_is.DatabaseSession session, {
_is.WhereExpressionBuilder<ContentKeyTable>? where,
int? limit,
_is.Transaction? transaction,
}) async {
return session.db.count<ContentKey>(
where: where?.call(ContentKey.t),
limit: limit,
transaction: transaction,
);
}
/// Acquires row-level locks on [ContentKey] rows matching the [where] expression.
Future<void> lockRows(
_is.DatabaseSession session, {
required _is.WhereExpressionBuilder<ContentKeyTable> where,
required _is.LockMode lockMode,
required _is.Transaction transaction,
_is.LockBehavior lockBehavior = _is.LockBehavior.wait,
}) async {
return session.db.lockRows<ContentKey>(
where: where(ContentKey.t),
lockMode: lockMode,
lockBehavior: lockBehavior,
transaction: transaction,
);
}
}

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apps/meditate/halkyon_meditate_server/lib/src/generated/protocol.dart Normal file
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@ -0,0 +1,504 @@
/* AUTOMATICALLY GENERATED CODE DO NOT MODIFY */
/* To generate run: "serverpod generate" */
// ignore_for_file: implementation_imports
// ignore_for_file: library_private_types_in_public_api
// ignore_for_file: non_constant_identifier_names
// ignore_for_file: public_member_api_docs
// ignore_for_file: type_literal_in_constant_pattern
// ignore_for_file: use_super_parameters
// ignore_for_file: invalid_use_of_internal_member
// ignore_for_file: dead_code, unnecessary_type_check
// ignore_for_file: no_leading_underscores_for_library_prefixes
import 'package:halkyon_base_server/halkyon_base_server.dart' as _ik8molhd;
import 'package:halkyon_oidc_server/halkyon_oidc_server.dart' as _ipoqfiqr;
import 'package:serverpod/protocol.dart' as _isp;
import 'package:serverpod/serverpod.dart' as _is;
import 'package:serverpod_auth_core_server/serverpod_auth_core_server.dart'
as _iacs;
import 'package:serverpod_auth_idp_server/serverpod_auth_idp_server.dart'
as _iais;
import 'package:serverpod_offline_sync_server/serverpod_offline_sync_server.dart'
as _izehhkf5;
import 'privacy/content_key.dart' as _imed3x5d;
import 'settings/meditate_settings.dart' as _iutacwgf;
import 'sitting/sitting.dart' as _ic8w2fbu;
export 'privacy/content_key.dart';
export 'settings/meditate_settings.dart';
export 'sitting/sitting.dart';
export 'sync_tables.dart';
class Protocol extends _is.DatabaseSerializationManager {
Protocol._();
factory Protocol() => _instance;
static final Protocol _instance = Protocol._().._registerHostProtocols();
static List<_isp.TableDefinition> get targetTableDefinitions => [
_isp.TableDefinition(
name: 'content_key',
dartName: 'ContentKey',
schema: 'public',
module: 'halkyon_meditate',
columns: [
_isp.ColumnDefinition(
name: 'id',
columnType: _isp.ColumnType.uuid,
isNullable: false,
dartType: 'UuidValue?',
columnDefault: 'random_v7',
),
_isp.ColumnDefinition(
name: 'spaceId',
columnType: _isp.ColumnType.bigint,
isNullable: true,
dartType: 'int?',
),
_isp.ColumnDefinition(
name: 'dataKeyId',
columnType: _isp.ColumnType.text,
isNullable: false,
dartType: 'String',
),
_isp.ColumnDefinition(
name: 'sealedKey',
columnType: _isp.ColumnType.bytea,
isNullable: false,
dartType: 'dart:typed_data:ByteData',
),
],
foreignKeys: [
_isp.ForeignKeyDefinition(
constraintName: 'content_key_fk_0',
columns: ['spaceId'],
referenceTable: 'offline_sync_spaces',
referenceTableSchema: 'public',
referenceColumns: ['id'],
onUpdate: _isp.ForeignKeyAction.noAction,
onDelete: _isp.ForeignKeyAction.cascade,
matchType: null,
),
],
indexes: [
_isp.IndexDefinition(
indexName: 'content_key_space_idx',
tableSpace: null,
elements: [
_isp.IndexElementDefinition(
type: _isp.IndexElementDefinitionType.column,
definition: 'spaceId',
),
],
type: 'btree',
isUnique: false,
isPrimary: false,
),
],
managed: true,
),
_isp.TableDefinition(
name: 'meditate_settings',
dartName: 'MeditateSettings',
schema: 'public',
module: 'halkyon_meditate',
columns: [
_isp.ColumnDefinition(
name: 'id',
columnType: _isp.ColumnType.uuid,
isNullable: false,
dartType: 'UuidValue?',
columnDefault: 'random_v7',
),
_isp.ColumnDefinition(
name: 'spaceId',
columnType: _isp.ColumnType.bigint,
isNullable: true,
dartType: 'int?',
),
_isp.ColumnDefinition(
name: 'keyId',
columnType: _isp.ColumnType.text,
isNullable: true,
dartType: 'String?',
),
_isp.ColumnDefinition(
name: 'payload',
columnType: _isp.ColumnType.bytea,
isNullable: false,
dartType: 'dart:typed_data:ByteData',
),
_isp.ColumnDefinition(
name: 'nonce',
columnType: _isp.ColumnType.bytea,
isNullable: true,
dartType: 'dart:typed_data:ByteData?',
),
],
foreignKeys: [
_isp.ForeignKeyDefinition(
constraintName: 'meditate_settings_fk_0',
columns: ['spaceId'],
referenceTable: 'offline_sync_spaces',
referenceTableSchema: 'public',
referenceColumns: ['id'],
onUpdate: _isp.ForeignKeyAction.noAction,
onDelete: _isp.ForeignKeyAction.cascade,
matchType: null,
),
],
indexes: [
_isp.IndexDefinition(
indexName: 'meditate_settings_space_idx',
tableSpace: null,
elements: [
_isp.IndexElementDefinition(
type: _isp.IndexElementDefinitionType.column,
definition: 'spaceId',
),
],
type: 'btree',
isUnique: false,
isPrimary: false,
),
],
managed: true,
),
_isp.TableDefinition(
name: 'sitting',
dartName: 'Sitting',
schema: 'public',
module: 'halkyon_meditate',
columns: [
_isp.ColumnDefinition(
name: 'id',
columnType: _isp.ColumnType.uuid,
isNullable: false,
dartType: 'UuidValue?',
columnDefault: 'random_v7',
),
_isp.ColumnDefinition(
name: 'spaceId',
columnType: _isp.ColumnType.bigint,
isNullable: true,
dartType: 'int?',
),
_isp.ColumnDefinition(
name: 'keyId',
columnType: _isp.ColumnType.text,
isNullable: true,
dartType: 'String?',
),
_isp.ColumnDefinition(
name: 'payload',
columnType: _isp.ColumnType.bytea,
isNullable: false,
dartType: 'dart:typed_data:ByteData',
),
_isp.ColumnDefinition(
name: 'nonce',
columnType: _isp.ColumnType.bytea,
isNullable: true,
dartType: 'dart:typed_data:ByteData?',
),
],
foreignKeys: [
_isp.ForeignKeyDefinition(
constraintName: 'sitting_fk_0',
columns: ['spaceId'],
referenceTable: 'offline_sync_spaces',
referenceTableSchema: 'public',
referenceColumns: ['id'],
onUpdate: _isp.ForeignKeyAction.noAction,
onDelete: _isp.ForeignKeyAction.cascade,
matchType: null,
),
],
indexes: [
_isp.IndexDefinition(
indexName: 'sitting_space_idx',
tableSpace: null,
elements: [
_isp.IndexElementDefinition(
type: _isp.IndexElementDefinitionType.column,
definition: 'spaceId',
),
],
type: 'btree',
isUnique: false,
isPrimary: false,
),
],
managed: true,
),
..._ik8molhd.Protocol.targetTableDefinitions,
..._iais.Protocol.targetTableDefinitions,
..._izehhkf5.Protocol.targetTableDefinitions,
..._ipoqfiqr.Protocol.targetTableDefinitions,
..._iacs.Protocol.targetTableDefinitions,
..._isp.Protocol.targetTableDefinitions,
];
static String? getClassNameFromObjectJson(dynamic data) {
if (data is! Map) return null;
final className = data['__className__'] as String?;
return className;
}
@override
T deserialize<T>(
dynamic data, [
Type? t,
]) {
t ??= T;
final dataClassName = getClassNameFromObjectJson(data);
if (dataClassName != null && dataClassName != getClassNameForType(t)) {
try {
return deserializeByClassName({
'className': dataClassName,
'data': data,
});
} on _is.DeserializationClassNameNotFoundException catch (_) {
// If the className is not recognized (e.g., older client receiving
// data with a new subtype), fall back to deserializing without the
// className, using the expected type T.
}
}
if (t == _imed3x5d.ContentKey) {
return _imed3x5d.ContentKey.fromJson(data) as T;
}
if (t == _iutacwgf.MeditateSettings) {
return _iutacwgf.MeditateSettings.fromJson(data) as T;
}
if (t == _ic8w2fbu.Sitting) {
return _ic8w2fbu.Sitting.fromJson(data) as T;
}
if (t == _is.getType<_imed3x5d.ContentKey?>()) {
return (data != null ? _imed3x5d.ContentKey.fromJson(data) : null) as T;
}
if (t == _is.getType<_iutacwgf.MeditateSettings?>()) {
return (data != null ? _iutacwgf.MeditateSettings.fromJson(data) : null)
as T;
}
if (t == _is.getType<_ic8w2fbu.Sitting?>()) {
return (data != null ? _ic8w2fbu.Sitting.fromJson(data) : null) as T;
}
try {
return _ik8molhd.Protocol().deserialize<T>(data, t);
} on _is.DeserializationTypeNotFoundException catch (_) {}
try {
return _iais.Protocol().deserialize<T>(data, t);
} on _is.DeserializationTypeNotFoundException catch (_) {}
try {
return _izehhkf5.Protocol().deserialize<T>(data, t);
} on _is.DeserializationTypeNotFoundException catch (_) {}
try {
return _ipoqfiqr.Protocol().deserialize<T>(data, t);
} on _is.DeserializationTypeNotFoundException catch (_) {}
try {
return _iacs.Protocol().deserialize<T>(data, t);
} on _is.DeserializationTypeNotFoundException catch (_) {}
try {
return _isp.Protocol().deserialize<T>(data, t);
} on _is.DeserializationTypeNotFoundException catch (_) {}
return super.deserialize<T>(data, t);
}
static String? getClassNameForType(Type type) {
return switch (type) {
_imed3x5d.ContentKey => 'ContentKey',
_iutacwgf.MeditateSettings => 'MeditateSettings',
_ic8w2fbu.Sitting => 'Sitting',
_ => null,
};
}
@override
String? getClassNameForObject(Object? data) {
String? className = super.getClassNameForObject(data);
if (className != null) return className;
if (data is Map<String, dynamic> && data['__className__'] is String) {
return (data['__className__'] as String).replaceFirst(
'halkyon_meditate.',
'',
);
}
switch (data) {
case _imed3x5d.ContentKey():
return 'ContentKey';
case _iutacwgf.MeditateSettings():
return 'MeditateSettings';
case _ic8w2fbu.Sitting():
return 'Sitting';
}
className = _ik8molhd.Protocol().getClassNameForObject(data);
if (className != null) {
return className.contains('.') ? className : 'halkyon_base.$className';
}
className = _iais.Protocol().getClassNameForObject(data);
if (className != null) {
return className.contains('.')
? className
: 'serverpod_auth_idp.$className';
}
className = _izehhkf5.Protocol().getClassNameForObject(data);
if (className != null) {
return className.contains('.')
? className
: 'serverpod_offline_sync.$className';
}
className = _ipoqfiqr.Protocol().getClassNameForObject(data);
if (className != null) {
return className.contains('.') ? className : 'halkyon_oidc.$className';
}
className = _iacs.Protocol().getClassNameForObject(data);
if (className != null) {
return className.contains('.')
? className
: 'serverpod_auth_core.$className';
}
className = _isp.Protocol().getClassNameForObject(data);
if (className != null) {
return className.contains('.') ? className : 'serverpod.$className';
}
return null;
}
@override
dynamic deserializeByClassName(Map<String, dynamic> data) {
var dataClassName = data['className'];
if (dataClassName is! String) {
return super.deserializeByClassName(data);
}
if (dataClassName == 'ContentKey') {
return deserialize<_imed3x5d.ContentKey>(data['data']);
}
if (dataClassName == 'MeditateSettings') {
return deserialize<_iutacwgf.MeditateSettings>(data['data']);
}
if (dataClassName == 'Sitting') {
return deserialize<_ic8w2fbu.Sitting>(data['data']);
}
if (dataClassName.startsWith('halkyon_base.')) {
data['className'] = dataClassName.substring(13);
return _ik8molhd.Protocol().deserializeByClassName(data);
}
if (dataClassName.startsWith('serverpod_auth_idp.')) {
data['className'] = dataClassName.substring(19);
return _iais.Protocol().deserializeByClassName(data);
}
if (dataClassName.startsWith('serverpod_offline_sync.')) {
data['className'] = dataClassName.substring(23);
return _izehhkf5.Protocol().deserializeByClassName(data);
}
if (dataClassName.startsWith('halkyon_oidc.')) {
data['className'] = dataClassName.substring(13);
return _ipoqfiqr.Protocol().deserializeByClassName(data);
}
if (dataClassName.startsWith('serverpod_auth_core.')) {
data['className'] = dataClassName.substring(20);
return _iacs.Protocol().deserializeByClassName(data);
}
if (dataClassName.startsWith('serverpod.')) {
data['className'] = dataClassName.substring(10);
return _isp.Protocol().deserializeByClassName(data);
}
return super.deserializeByClassName(data);
}
void _registerHostProtocols() {
_ik8molhd.Protocol().registerHostProtocol('halkyon_meditate', this);
_iais.Protocol().registerHostProtocol('halkyon_meditate', this);
_izehhkf5.Protocol().registerHostProtocol('halkyon_meditate', this);
_ipoqfiqr.Protocol().registerHostProtocol('halkyon_meditate', this);
_iacs.Protocol().registerHostProtocol('halkyon_meditate', this);
}
@override
_is.Table? getTableForType(Type t) {
{
var table = _ik8molhd.Protocol().getTableForType(t);
if (table != null) {
return table;
}
}
{
var table = _iais.Protocol().getTableForType(t);
if (table != null) {
return table;
}
}
{
var table = _izehhkf5.Protocol().getTableForType(t);
if (table != null) {
return table;
}
}
{
var table = _ipoqfiqr.Protocol().getTableForType(t);
if (table != null) {
return table;
}
}
{
var table = _iacs.Protocol().getTableForType(t);
if (table != null) {
return table;
}
}
{
var table = _isp.Protocol().getTableForType(t);
if (table != null) {
return table;
}
}
switch (t) {
case _imed3x5d.ContentKey:
return _imed3x5d.ContentKey.t;
case _iutacwgf.MeditateSettings:
return _iutacwgf.MeditateSettings.t;
case _ic8w2fbu.Sitting:
return _ic8w2fbu.Sitting.t;
}
return null;
}
@override
List<_isp.TableDefinition> getTargetTableDefinitions() =>
targetTableDefinitions;
@override
String getModuleName() => 'halkyon_meditate';
/// Maps any `Record`s known to this [Protocol] to their JSON representation
///
/// Throws in case the record type is not known.
///
/// This method will return `null` (only) for `null` inputs.
Map<String, dynamic>? mapRecordToJson(Record? record) {
if (record == null) {
return null;
}
try {
return _ik8molhd.Protocol().mapRecordToJson(record);
} catch (_) {}
try {
return _iais.Protocol().mapRecordToJson(record);
} catch (_) {}
try {
return _izehhkf5.Protocol().mapRecordToJson(record);
} catch (_) {}
try {
return _ipoqfiqr.Protocol().mapRecordToJson(record);
} catch (_) {}
try {
return _iacs.Protocol().mapRecordToJson(record);
} catch (_) {}
throw Exception('Unsupported record type ${record.runtimeType}');
}
}

0
apps/meditate/halkyon_meditate_server/lib/src/generated/protocol.yaml Normal file
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81
apps/meditate/halkyon_meditate_server/lib/src/generated/serverpod.dart Normal file
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@ -0,0 +1,81 @@
/* AUTOMATICALLY GENERATED CODE DO NOT MODIFY */
/* To generate run: "serverpod generate" */
// ignore_for_file: implementation_imports
// ignore_for_file: library_private_types_in_public_api
// ignore_for_file: non_constant_identifier_names
// ignore_for_file: public_member_api_docs
// ignore_for_file: type_literal_in_constant_pattern
// ignore_for_file: use_super_parameters
// ignore_for_file: invalid_use_of_internal_member
// ignore_for_file: no_leading_underscores_for_library_prefixes
import 'dart:io' as _idi;
import 'package:serverpod/serverpod.dart' as _is;
import 'package:serverpod_offline_sync_server/serverpod_offline_sync_server.dart'
as _izehhkf5;
import 'endpoints.dart' as _iavctuc6;
import 'protocol.dart' as _il2as5qe;
import 'sync_tables.dart' as _ii3f3u05;
export 'package:serverpod/serverpod.dart' hide Serverpod;
export 'future_calls.dart' show ServerpodFutureCallsGetter;
/// The Serverpod server for this project.
///
/// Pre-configured with the generated Protocol serialization manager and
/// Endpoints, so a server can be created with just the command line
/// arguments:
///
/// ```dart
/// final pod = Serverpod(args);
/// ```
///
/// The `serverpod_offline_sync` engine is initialized with the tables
/// declared with `database: sync`, wrapping any provided
/// [databaseInterceptor] with `offlineSyncDatabaseInterceptor`.
class Serverpod extends _is.Serverpod {
Serverpod(
List<String> args, {
_idi.Directory? serverDirectory,
_is.ServerpodConfig? config,
_is.ServerpodConfig Function(_is.ServerpodConfig)? configOverride,
_is.AuthenticationHandler? authenticationHandler,
_is.HealthCheckHandler? healthCheckHandler,
_is.HealthConfig? healthConfig,
_is.Headers? httpResponseHeaders,
_is.Headers? httpOptionsResponseHeaders,
_is.SecurityContextConfig? securityContextConfig,
_is.ExperimentalFeatures? experimentalFeatures,
_is.RuntimeParametersListBuilder? runtimeParametersBuilder,
_is.DatabaseInterceptor? databaseInterceptor,
}) : super(
args,
_il2as5qe.Protocol(),
_iavctuc6.Endpoints(),
serverDirectory: serverDirectory,
config: config,
configOverride: configOverride,
authenticationHandler: authenticationHandler,
healthCheckHandler: healthCheckHandler,
healthConfig: healthConfig,
httpResponseHeaders: httpResponseHeaders,
httpOptionsResponseHeaders: httpOptionsResponseHeaders,
securityContextConfig: securityContextConfig,
experimentalFeatures: experimentalFeatures,
runtimeParametersBuilder: runtimeParametersBuilder,
databaseInterceptor:
(
session,
inner,
) => _izehhkf5.offlineSyncDatabaseInterceptor(
session,
databaseInterceptor?.call(
session,
inner,
) ??
inner,
),
) {
initializeOfflineSync(syncTables: _ii3f3u05.syncTables);
}
}

674
apps/meditate/halkyon_meditate_server/lib/src/generated/settings/meditate_settings.dart Normal file
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@ -0,0 +1,674 @@
/* AUTOMATICALLY GENERATED CODE DO NOT MODIFY */
/* To generate run: "serverpod generate" */
// ignore_for_file: implementation_imports
// ignore_for_file: library_private_types_in_public_api
// ignore_for_file: non_constant_identifier_names
// ignore_for_file: public_member_api_docs
// ignore_for_file: type_literal_in_constant_pattern
// ignore_for_file: use_super_parameters
// ignore_for_file: invalid_use_of_internal_member
// ignore_for_file: no_leading_underscores_for_library_prefixes
import 'dart:typed_data' as _idt;
import 'package:serverpod/serverpod.dart' as _is;
/// The person's settings of Meditate's (ADR 0038, D7, D11): one row of theirs,
/// under an ID keyed by their account, holding the bells, the screen kept on,
/// the timer's length, the favourite practices and whether the streak shows in
/// its sealed payload; the instance sees that it exists, its size and when it
/// changed. The last writer wins. Synced.
abstract class MeditateSettings
implements _is.TableRow<_is.UuidValue?>, _is.ProtocolSerialization {
MeditateSettings._({
this.id,
this.spaceId,
this.keyId,
required this.payload,
this.nonce,
});
factory MeditateSettings({
_is.UuidValue? id,
int? spaceId,
String? keyId,
required _idt.ByteData payload,
_idt.ByteData? nonce,
}) = _MeditateSettingsImpl;
factory MeditateSettings.fromJson(Map<String, dynamic> jsonSerialization) {
return MeditateSettings(
id: jsonSerialization['id'] == null
? null
: _is.UuidValueJsonExtension.fromJson(jsonSerialization['id']),
spaceId: jsonSerialization['spaceId'] as int?,
keyId: jsonSerialization['keyId'] as String?,
payload: _is.ByteDataJsonExtension.fromJson(jsonSerialization['payload']),
nonce: jsonSerialization['nonce'] == null
? null
: _is.ByteDataJsonExtension.fromJson(jsonSerialization['nonce']),
);
}
static final t = MeditateSettingsTable();
static const db = MeditateSettingsRepository._();
@override
_is.UuidValue? id;
/// The space owning this row. Maintained by the sync engine.
int? spaceId;
/// The key it is sealed with (ADR 0002's envelope); never null in Meditate,
/// where everything is sealed.
String? keyId;
/// The content, sealed: UTF-8 JSON with a `schemaVersion` once opened.
_idt.ByteData payload;
/// The sealing's nonce (ADR 0002's envelope).
_idt.ByteData? nonce;
@override
_is.Table<_is.UuidValue?> get table => t;
/// Returns a shallow copy of this [MeditateSettings]
/// with some or all fields replaced by the given arguments.
@_is.useResult
MeditateSettings copyWith({
_is.UuidValue? id,
int? spaceId,
String? keyId,
_idt.ByteData? payload,
_idt.ByteData? nonce,
});
@override
Map<String, dynamic> toJson() {
return {
'__className__': 'MeditateSettings',
if (id != null) 'id': id?.toJson(),
if (spaceId != null) 'spaceId': spaceId,
if (keyId != null) 'keyId': keyId,
'payload': payload.toJson(),
if (nonce != null) 'nonce': nonce?.toJson(),
};
}
@override
Map<String, dynamic> toJsonForProtocol() {
return {
'__className__': 'MeditateSettings',
if (id != null) 'id': id?.toJson(),
if (spaceId != null) 'spaceId': spaceId,
if (keyId != null) 'keyId': keyId,
'payload': payload.toJson(),
if (nonce != null) 'nonce': nonce?.toJson(),
};
}
static MeditateSettingsInclude include() {
return MeditateSettingsInclude._();
}
static MeditateSettingsIncludeList includeList({
_is.WhereExpressionBuilder<MeditateSettingsTable>? where,
int? limit,
int? offset,
_is.OrderByBuilder<MeditateSettingsTable>? orderBy,
_is.OrderByListBuilder<MeditateSettingsTable>? orderByList,
MeditateSettingsInclude? include,
}) {
return MeditateSettingsIncludeList._(
where: where,
limit: limit,
offset: offset,
orderBy: orderBy?.call(MeditateSettings.t),
orderByList: orderByList?.call(MeditateSettings.t),
include: include,
);
}
@override
String toString() {
return _is.SerializationManager.encode(this);
}
}
class _Undefined {}
class _MeditateSettingsImpl extends MeditateSettings {
_MeditateSettingsImpl({
_is.UuidValue? id,
int? spaceId,
String? keyId,
required _idt.ByteData payload,
_idt.ByteData? nonce,
}) : super._(
id: id,
spaceId: spaceId,
keyId: keyId,
payload: payload,
nonce: nonce,
);
/// Returns a shallow copy of this [MeditateSettings]
/// with some or all fields replaced by the given arguments.
@_is.useResult
@override
MeditateSettings copyWith({
Object? id = _Undefined,
Object? spaceId = _Undefined,
Object? keyId = _Undefined,
_idt.ByteData? payload,
Object? nonce = _Undefined,
}) {
return MeditateSettings(
id: id is _is.UuidValue? ? id : this.id,
spaceId: spaceId is int? ? spaceId : this.spaceId,
keyId: keyId is String? ? keyId : this.keyId,
payload: payload ?? this.payload.clone(),
nonce: nonce is _idt.ByteData? ? nonce : this.nonce?.clone(),
);
}
}
class MeditateSettingsUpdateTable
extends _is.UpdateTable<MeditateSettingsTable> {
MeditateSettingsUpdateTable(super.table);
_is.ColumnValue<int, int> spaceId(int? value) => _is.ColumnValue(
table.spaceId,
value,
);
_is.ColumnValue<String, String> keyId(String? value) => _is.ColumnValue(
table.keyId,
value,
);
_is.ColumnValue<_idt.ByteData, _idt.ByteData> payload(_idt.ByteData value) =>
_is.ColumnValue(
table.payload,
value,
);
_is.ColumnValue<_idt.ByteData, _idt.ByteData> nonce(_idt.ByteData? value) =>
_is.ColumnValue(
table.nonce,
value,
);
}
class MeditateSettingsTable extends _is.Table<_is.UuidValue?> {
MeditateSettingsTable({super.tableRelation})
: super(tableName: 'meditate_settings') {
updateTable = MeditateSettingsUpdateTable(this);
spaceId = _is.ColumnInt(
'spaceId',
this,
);
keyId = _is.ColumnString(
'keyId',
this,
);
payload = _is.ColumnByteData(
'payload',
this,
);
nonce = _is.ColumnByteData(
'nonce',
this,
);
}
late final MeditateSettingsUpdateTable updateTable;
/// The space owning this row. Maintained by the sync engine.
late final _is.ColumnInt spaceId;
/// The key it is sealed with (ADR 0002's envelope); never null in Meditate,
/// where everything is sealed.
late final _is.ColumnString keyId;
/// The content, sealed: UTF-8 JSON with a `schemaVersion` once opened.
late final _is.ColumnByteData payload;
/// The sealing's nonce (ADR 0002's envelope).
late final _is.ColumnByteData nonce;
@override
List<_is.Column> get columns => [
id,
spaceId,
keyId,
payload,
nonce,
];
}
class MeditateSettingsInclude extends _is.IncludeObject {
MeditateSettingsInclude._();
@override
Map<String, _is.Include?> get includes => {};
@override
_is.Table<_is.UuidValue?> get table => MeditateSettings.t;
}
class MeditateSettingsIncludeList extends _is.IncludeList {
MeditateSettingsIncludeList._({
_is.WhereExpressionBuilder<MeditateSettingsTable>? where,
super.limit,
super.offset,
super.orderBy,
super.orderByList,
super.include,
}) {
super.where = where?.call(MeditateSettings.t);
}
@override
Map<String, _is.Include?> get includes => include?.includes ?? {};
@override
_is.Table<_is.UuidValue?> get table => MeditateSettings.t;
}
class MeditateSettingsRepository {
const MeditateSettingsRepository._();
/// Returns a list of [MeditateSettings]s matching the given query parameters.
///
/// Use [where] to specify which items to include in the return value.
/// If none is specified, all items will be returned.
///
/// To specify the order of the items use [orderBy] or [orderByList]
/// when sorting by multiple columns.
///
/// The maximum number of items can be set by [limit]. If no limit is set,
/// all items matching the query will be returned.
///
/// [offset] defines how many items to skip, after which [limit] (or all)
/// items are read from the database.
///
/// ```dart
/// var persons = await Persons.db.find(
/// session,
/// where: (t) => t.lastName.equals('Jones'),
/// orderBy: (t) => t.firstName,
/// limit: 100,
/// );
/// ```
Future<List<MeditateSettings>> find(
_is.DatabaseSession session, {
_is.WhereExpressionBuilder<MeditateSettingsTable>? where,
int? limit,
int? offset,
_is.OrderByBuilder<MeditateSettingsTable>? orderBy,
_is.OrderByListBuilder<MeditateSettingsTable>? orderByList,
_is.Transaction? transaction,
_is.LockMode? lockMode,
_is.LockBehavior? lockBehavior,
}) async {
return session.db.find<MeditateSettings>(
where: where?.call(MeditateSettings.t),
orderBy: orderBy?.call(MeditateSettings.t),
orderByList: orderByList?.call(MeditateSettings.t),
limit: limit,
offset: offset,
transaction: transaction,
lockMode: lockMode,
lockBehavior: lockBehavior,
);
}
/// Returns the first matching [MeditateSettings] matching the given query parameters.
///
/// Use [where] to specify which items to include in the return value.
/// If none is specified, all items will be returned.
///
/// To specify the order use [orderBy] or [orderByList]
/// when sorting by multiple columns.
///
/// [offset] defines how many items to skip, after which the next one will be picked.
///
/// ```dart
/// var youngestPerson = await Persons.db.findFirstRow(
/// session,
/// where: (t) => t.lastName.equals('Jones'),
/// orderBy: (t) => t.age,
/// );
/// ```
Future<MeditateSettings?> findFirstRow(
_is.DatabaseSession session, {
_is.WhereExpressionBuilder<MeditateSettingsTable>? where,
int? offset,
_is.OrderByBuilder<MeditateSettingsTable>? orderBy,
_is.OrderByListBuilder<MeditateSettingsTable>? orderByList,
_is.Transaction? transaction,
_is.LockMode? lockMode,
_is.LockBehavior? lockBehavior,
}) async {
return session.db.findFirstRow<MeditateSettings>(
where: where?.call(MeditateSettings.t),
orderBy: orderBy?.call(MeditateSettings.t),
orderByList: orderByList?.call(MeditateSettings.t),
offset: offset,
transaction: transaction,
lockMode: lockMode,
lockBehavior: lockBehavior,
);
}
/// Finds a single [MeditateSettings] by its [id] or null if no such row exists.
Future<MeditateSettings?> findById(
_is.DatabaseSession session,
_is.UuidValue id, {
_is.Transaction? transaction,
_is.LockMode? lockMode,
_is.LockBehavior? lockBehavior,
}) async {
return session.db.findById<MeditateSettings>(
id,
transaction: transaction,
lockMode: lockMode,
lockBehavior: lockBehavior,
);
}
/// Inserts all [MeditateSettings]s in the list and returns the inserted rows.
///
/// The returned [MeditateSettings]s will have their `id` fields set.
///
/// This is an atomic operation, meaning that if one of the rows fails to
/// insert, none of the rows will be inserted.
///
/// If [ignoreConflicts] is set to `true`, rows that conflict with existing
/// rows are silently skipped, and only the successfully inserted rows are
/// returned.
///
/// If [noReturn] is set to `true`, the inserted rows are not read back from
/// the database and an empty list is returned. This avoids the overhead of
/// transferring and deserializing the rows when the result is not needed.
Future<List<MeditateSettings>> insert(
_is.DatabaseSession session,
List<MeditateSettings> rows, {
_is.Transaction? transaction,
bool ignoreConflicts = false,
bool noReturn = false,
}) async {
return session.db.insert<MeditateSettings>(
rows,
transaction: transaction,
ignoreConflicts: ignoreConflicts,
noReturn: noReturn,
);
}
/// Inserts a single [MeditateSettings] and returns the inserted row.
///
/// The returned [MeditateSettings] will have its `id` field set.
Future<MeditateSettings> insertRow(
_is.DatabaseSession session,
MeditateSettings row, {
_is.Transaction? transaction,
}) async {
return session.db.insertRow<MeditateSettings>(
row,
transaction: transaction,
);
}
/// Upserts all [MeditateSettings]s in the list and returns the resulting rows.
///
/// If a row conflicts on the given [conflictColumns], the existing row is
/// updated with the new values. Otherwise, a new row is inserted.
///
/// If [updateColumns] is provided, only those columns will be updated on
/// conflict. If null, all non-conflict, non-id columns are updated.
///
/// If [updateWhere] is provided, the update only applies to rows matching the
/// given expression. Conflicting rows that don't match are skipped and not
/// returned, so the resulting list may be shorter than [rows].
///
/// The returned [MeditateSettings]s will have their `id` fields set.
///
/// This is an atomic operation, meaning that if one of the rows fails,
/// none of the rows will be affected.
///
/// If [noReturn] is set to `true`, the resulting rows are not read back from
/// the database and an empty list is returned. This avoids the overhead of
/// transferring and deserializing the rows when the result is not needed.
Future<List<MeditateSettings>> upsert(
_is.DatabaseSession session,
List<MeditateSettings> rows, {
required _is.ColumnSelections<MeditateSettingsTable> conflictColumns,
_is.ColumnSelections<MeditateSettingsTable>? updateColumns,
_is.WhereExpressionBuilder<MeditateSettingsTable>? updateWhere,
_is.Transaction? transaction,
bool noReturn = false,
}) async {
return session.db.upsert<MeditateSettings>(
rows,
conflictColumns: conflictColumns(MeditateSettings.t),
updateColumns: updateColumns?.call(MeditateSettings.t),
updateWhere: updateWhere?.call(MeditateSettings.t),
transaction: transaction,
noReturn: noReturn,
);
}
/// Upserts a single [MeditateSettings] and returns the resulting row.
///
/// If the row conflicts on the given [conflictColumns], the existing row is
/// updated. Otherwise, a new row is inserted.
///
/// If [updateColumns] is provided, only those columns will be updated on
/// conflict. If null, all non-conflict, non-id columns are updated.
///
/// If [updateWhere] is provided, the update only applies when the existing
/// row matches the expression. Returns `null` if no row was affected — for
/// example when [updateWhere] does not match the conflicting row.
///
/// The returned [MeditateSettings] will have its `id` field set.
Future<MeditateSettings?> upsertRow(
_is.DatabaseSession session,
MeditateSettings row, {
required _is.ColumnSelections<MeditateSettingsTable> conflictColumns,
_is.ColumnSelections<MeditateSettingsTable>? updateColumns,
_is.WhereExpressionBuilder<MeditateSettingsTable>? updateWhere,
_is.Transaction? transaction,
}) async {
return session.db.upsertRow<MeditateSettings>(
row,
conflictColumns: conflictColumns(MeditateSettings.t),
updateColumns: updateColumns?.call(MeditateSettings.t),
updateWhere: updateWhere?.call(MeditateSettings.t),
transaction: transaction,
);
}
/// Updates all [MeditateSettings]s in the list and returns the updated rows. If
/// [columns] is provided, only those columns will be updated. Defaults to
/// all columns.
/// This is an atomic operation, meaning that if one of the rows fails to
/// update, none of the rows will be updated.
///
/// If [noReturn] is set to `true`, the updated rows are not read back from
/// the database and an empty list is returned. This avoids the overhead of
/// transferring and deserializing the rows when the result is not needed.
Future<List<MeditateSettings>> update(
_is.DatabaseSession session,
List<MeditateSettings> rows, {
_is.ColumnSelections<MeditateSettingsTable>? columns,
_is.Transaction? transaction,
bool noReturn = false,
}) async {
return session.db.update<MeditateSettings>(
rows,
columns: columns?.call(MeditateSettings.t),
transaction: transaction,
noReturn: noReturn,
);
}
/// Updates a single [MeditateSettings]. The row needs to have its id set.
/// Optionally, a list of [columns] can be provided to only update those
/// columns. Defaults to all columns.
Future<MeditateSettings> updateRow(
_is.DatabaseSession session,
MeditateSettings row, {
_is.ColumnSelections<MeditateSettingsTable>? columns,
_is.Transaction? transaction,
}) async {
return session.db.updateRow<MeditateSettings>(
row,
columns: columns?.call(MeditateSettings.t),
transaction: transaction,
);
}
/// Updates a single [MeditateSettings] by its [id] with the specified [columnValues].
/// Returns the updated row or null if no row with the given id exists.
Future<MeditateSettings?> updateById(
_is.DatabaseSession session,
_is.UuidValue id, {
required _is.ColumnValueListBuilder<MeditateSettingsUpdateTable>
columnValues,
_is.Transaction? transaction,
}) async {
return session.db.updateById<MeditateSettings>(
id,
columnValues: columnValues(MeditateSettings.t.updateTable),
transaction: transaction,
);
}
/// Updates all [MeditateSettings]s matching the [where] expression with the specified [columnValues].
/// Returns the list of updated rows.
///
/// If [noReturn] is set to `true`, the updated rows are not read back from
/// the database and an empty list is returned. This avoids the overhead of
/// transferring and deserializing the rows when the result is not needed.
Future<List<MeditateSettings>> updateWhere(
_is.DatabaseSession session, {
required _is.ColumnValueListBuilder<MeditateSettingsUpdateTable>
columnValues,
required _is.WhereExpressionBuilder<MeditateSettingsTable> where,
int? limit,
int? offset,
_is.OrderByBuilder<MeditateSettingsTable>? orderBy,
_is.OrderByListBuilder<MeditateSettingsTable>? orderByList,
_is.Transaction? transaction,
bool noReturn = false,
}) async {
return session.db.updateWhere<MeditateSettings>(
columnValues: columnValues(MeditateSettings.t.updateTable),
where: where(MeditateSettings.t),
limit: limit,
offset: offset,
orderBy: orderBy?.call(MeditateSettings.t),
orderByList: orderByList?.call(MeditateSettings.t),
transaction: transaction,
noReturn: noReturn,
);
}
/// Deletes all [MeditateSettings]s in the list and returns the deleted rows.
///
/// To specify the order of the returned rows use [orderBy] or [orderByList]
/// when sorting by multiple columns.
///
/// This is an atomic operation, meaning that if one of the rows fail to
/// be deleted, none of the rows will be deleted.
///
/// If [noReturn] is set to `true`, the deleted rows are not read back from
/// the database and an empty list is returned. This avoids the overhead of
/// transferring and deserializing the rows when the result is not needed.
Future<List<MeditateSettings>> delete(
_is.DatabaseSession session,
List<MeditateSettings> rows, {
_is.OrderByBuilder<MeditateSettingsTable>? orderBy,
_is.OrderByListBuilder<MeditateSettingsTable>? orderByList,
_is.Transaction? transaction,
bool noReturn = false,
}) async {
return session.db.delete<MeditateSettings>(
rows,
orderBy: orderBy?.call(MeditateSettings.t),
orderByList: orderByList?.call(MeditateSettings.t),
transaction: transaction,
noReturn: noReturn,
);
}
/// Deletes a single [MeditateSettings].
Future<MeditateSettings> deleteRow(
_is.DatabaseSession session,
MeditateSettings row, {
_is.Transaction? transaction,
}) async {
return session.db.deleteRow<MeditateSettings>(
row,
transaction: transaction,
);
}
/// Deletes all rows matching the [where] expression.
///
/// To specify the order of the returned rows use [orderBy] or [orderByList]
/// when sorting by multiple columns.
///
/// If [noReturn] is set to `true`, the deleted rows are not read back from
/// the database and an empty list is returned. This avoids the overhead of
/// transferring and deserializing the rows when the result is not needed.
Future<List<MeditateSettings>> deleteWhere(
_is.DatabaseSession session, {
required _is.WhereExpressionBuilder<MeditateSettingsTable> where,
_is.OrderByBuilder<MeditateSettingsTable>? orderBy,
_is.OrderByListBuilder<MeditateSettingsTable>? orderByList,
_is.Transaction? transaction,
bool noReturn = false,
}) async {
return session.db.deleteWhere<MeditateSettings>(
where: where(MeditateSettings.t),
orderBy: orderBy?.call(MeditateSettings.t),
orderByList: orderByList?.call(MeditateSettings.t),
transaction: transaction,
noReturn: noReturn,
);
}
/// Counts the number of rows matching the [where] expression. If omitted,
/// will return the count of all rows in the table.
Future<int> count(
_is.DatabaseSession session, {
_is.WhereExpressionBuilder<MeditateSettingsTable>? where,
int? limit,
_is.Transaction? transaction,
}) async {
return session.db.count<MeditateSettings>(
where: where?.call(MeditateSettings.t),
limit: limit,
transaction: transaction,
);
}
/// Acquires row-level locks on [MeditateSettings] rows matching the [where] expression.
Future<void> lockRows(
_is.DatabaseSession session, {
required _is.WhereExpressionBuilder<MeditateSettingsTable> where,
required _is.LockMode lockMode,
required _is.Transaction transaction,
_is.LockBehavior lockBehavior = _is.LockBehavior.wait,
}) async {
return session.db.lockRows<MeditateSettings>(
where: where(MeditateSettings.t),
lockMode: lockMode,
lockBehavior: lockBehavior,
transaction: transaction,
);
}
}

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apps/meditate/halkyon_meditate_server/lib/src/generated/sitting/sitting.dart Normal file
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/* AUTOMATICALLY GENERATED CODE DO NOT MODIFY */
/* To generate run: "serverpod generate" */
// ignore_for_file: implementation_imports
// ignore_for_file: library_private_types_in_public_api
// ignore_for_file: non_constant_identifier_names
// ignore_for_file: public_member_api_docs
// ignore_for_file: type_literal_in_constant_pattern
// ignore_for_file: use_super_parameters
// ignore_for_file: invalid_use_of_internal_member
// ignore_for_file: no_leading_underscores_for_library_prefixes
import 'dart:typed_data' as _idt;
import 'package:serverpod/serverpod.dart' as _is;
/// A sitting the person kept (ADR 0038, D7): the practice or the timer, when
/// it started (a wall-clock time with the device's offset), how long it was
/// planned and how long was sat, all in its sealed payload; the instance sees
/// that it exists, its size and when it changed. Written once, deleted by the
/// person alone. Called a sitting, as Serverpod's `Session` is every
/// endpoint's. Synced.
abstract class Sitting
implements _is.TableRow<_is.UuidValue?>, _is.ProtocolSerialization {
Sitting._({
this.id,
this.spaceId,
this.keyId,
required this.payload,
this.nonce,
});
factory Sitting({
_is.UuidValue? id,
int? spaceId,
String? keyId,
required _idt.ByteData payload,
_idt.ByteData? nonce,
}) = _SittingImpl;
factory Sitting.fromJson(Map<String, dynamic> jsonSerialization) {
return Sitting(
id: jsonSerialization['id'] == null
? null
: _is.UuidValueJsonExtension.fromJson(jsonSerialization['id']),
spaceId: jsonSerialization['spaceId'] as int?,
keyId: jsonSerialization['keyId'] as String?,
payload: _is.ByteDataJsonExtension.fromJson(jsonSerialization['payload']),
nonce: jsonSerialization['nonce'] == null
? null
: _is.ByteDataJsonExtension.fromJson(jsonSerialization['nonce']),
);
}
static final t = SittingTable();
static const db = SittingRepository._();
@override
_is.UuidValue? id;
/// The space owning this row. Maintained by the sync engine.
int? spaceId;
/// The key it is sealed with (ADR 0002's envelope); never null in Meditate,
/// where everything is sealed.
String? keyId;
/// The content, sealed: UTF-8 JSON with a `schemaVersion` once opened.
_idt.ByteData payload;
/// The sealing's nonce (ADR 0002's envelope).
_idt.ByteData? nonce;
@override
_is.Table<_is.UuidValue?> get table => t;
/// Returns a shallow copy of this [Sitting]
/// with some or all fields replaced by the given arguments.
@_is.useResult
Sitting copyWith({
_is.UuidValue? id,
int? spaceId,
String? keyId,
_idt.ByteData? payload,
_idt.ByteData? nonce,
});
@override
Map<String, dynamic> toJson() {
return {
'__className__': 'Sitting',
if (id != null) 'id': id?.toJson(),
if (spaceId != null) 'spaceId': spaceId,
if (keyId != null) 'keyId': keyId,
'payload': payload.toJson(),
if (nonce != null) 'nonce': nonce?.toJson(),
};
}
@override
Map<String, dynamic> toJsonForProtocol() {
return {
'__className__': 'Sitting',
if (id != null) 'id': id?.toJson(),
if (spaceId != null) 'spaceId': spaceId,
if (keyId != null) 'keyId': keyId,
'payload': payload.toJson(),
if (nonce != null) 'nonce': nonce?.toJson(),
};
}
static SittingInclude include() {
return SittingInclude._();
}
static SittingIncludeList includeList({
_is.WhereExpressionBuilder<SittingTable>? where,
int? limit,
int? offset,
_is.OrderByBuilder<SittingTable>? orderBy,
_is.OrderByListBuilder<SittingTable>? orderByList,
SittingInclude? include,
}) {
return SittingIncludeList._(
where: where,
limit: limit,
offset: offset,
orderBy: orderBy?.call(Sitting.t),
orderByList: orderByList?.call(Sitting.t),
include: include,
);
}
@override
String toString() {
return _is.SerializationManager.encode(this);
}
}
class _Undefined {}
class _SittingImpl extends Sitting {
_SittingImpl({
_is.UuidValue? id,
int? spaceId,
String? keyId,
required _idt.ByteData payload,
_idt.ByteData? nonce,
}) : super._(
id: id,
spaceId: spaceId,
keyId: keyId,
payload: payload,
nonce: nonce,
);
/// Returns a shallow copy of this [Sitting]
/// with some or all fields replaced by the given arguments.
@_is.useResult
@override
Sitting copyWith({
Object? id = _Undefined,
Object? spaceId = _Undefined,
Object? keyId = _Undefined,
_idt.ByteData? payload,
Object? nonce = _Undefined,
}) {
return Sitting(
id: id is _is.UuidValue? ? id : this.id,
spaceId: spaceId is int? ? spaceId : this.spaceId,
keyId: keyId is String? ? keyId : this.keyId,
payload: payload ?? this.payload.clone(),
nonce: nonce is _idt.ByteData? ? nonce : this.nonce?.clone(),
);
}
}
class SittingUpdateTable extends _is.UpdateTable<SittingTable> {
SittingUpdateTable(super.table);
_is.ColumnValue<int, int> spaceId(int? value) => _is.ColumnValue(
table.spaceId,
value,
);
_is.ColumnValue<String, String> keyId(String? value) => _is.ColumnValue(
table.keyId,
value,
);
_is.ColumnValue<_idt.ByteData, _idt.ByteData> payload(_idt.ByteData value) =>
_is.ColumnValue(
table.payload,
value,
);
_is.ColumnValue<_idt.ByteData, _idt.ByteData> nonce(_idt.ByteData? value) =>
_is.ColumnValue(
table.nonce,
value,
);
}
class SittingTable extends _is.Table<_is.UuidValue?> {
SittingTable({super.tableRelation}) : super(tableName: 'sitting') {
updateTable = SittingUpdateTable(this);
spaceId = _is.ColumnInt(
'spaceId',
this,
);
keyId = _is.ColumnString(
'keyId',
this,
);
payload = _is.ColumnByteData(
'payload',
this,
);
nonce = _is.ColumnByteData(
'nonce',
this,
);
}
late final SittingUpdateTable updateTable;
/// The space owning this row. Maintained by the sync engine.
late final _is.ColumnInt spaceId;
/// The key it is sealed with (ADR 0002's envelope); never null in Meditate,
/// where everything is sealed.
late final _is.ColumnString keyId;
/// The content, sealed: UTF-8 JSON with a `schemaVersion` once opened.
late final _is.ColumnByteData payload;
/// The sealing's nonce (ADR 0002's envelope).
late final _is.ColumnByteData nonce;
@override
List<_is.Column> get columns => [
id,
spaceId,
keyId,
payload,
nonce,
];
}
class SittingInclude extends _is.IncludeObject {
SittingInclude._();
@override
Map<String, _is.Include?> get includes => {};
@override
_is.Table<_is.UuidValue?> get table => Sitting.t;
}
class SittingIncludeList extends _is.IncludeList {
SittingIncludeList._({
_is.WhereExpressionBuilder<SittingTable>? where,
super.limit,
super.offset,
super.orderBy,
super.orderByList,
super.include,
}) {
super.where = where?.call(Sitting.t);
}
@override
Map<String, _is.Include?> get includes => include?.includes ?? {};
@override
_is.Table<_is.UuidValue?> get table => Sitting.t;
}
class SittingRepository {
const SittingRepository._();
/// Returns a list of [Sitting]s matching the given query parameters.
///
/// Use [where] to specify which items to include in the return value.
/// If none is specified, all items will be returned.
///
/// To specify the order of the items use [orderBy] or [orderByList]
/// when sorting by multiple columns.
///
/// The maximum number of items can be set by [limit]. If no limit is set,
/// all items matching the query will be returned.
///
/// [offset] defines how many items to skip, after which [limit] (or all)
/// items are read from the database.
///
/// ```dart
/// var persons = await Persons.db.find(
/// session,
/// where: (t) => t.lastName.equals('Jones'),
/// orderBy: (t) => t.firstName,
/// limit: 100,
/// );
/// ```
Future<List<Sitting>> find(
_is.DatabaseSession session, {
_is.WhereExpressionBuilder<SittingTable>? where,
int? limit,
int? offset,
_is.OrderByBuilder<SittingTable>? orderBy,
_is.OrderByListBuilder<SittingTable>? orderByList,
_is.Transaction? transaction,
_is.LockMode? lockMode,
_is.LockBehavior? lockBehavior,
}) async {
return session.db.find<Sitting>(
where: where?.call(Sitting.t),
orderBy: orderBy?.call(Sitting.t),
orderByList: orderByList?.call(Sitting.t),
limit: limit,
offset: offset,
transaction: transaction,
lockMode: lockMode,
lockBehavior: lockBehavior,
);
}
/// Returns the first matching [Sitting] matching the given query parameters.
///
/// Use [where] to specify which items to include in the return value.
/// If none is specified, all items will be returned.
///
/// To specify the order use [orderBy] or [orderByList]
/// when sorting by multiple columns.
///
/// [offset] defines how many items to skip, after which the next one will be picked.
///
/// ```dart
/// var youngestPerson = await Persons.db.findFirstRow(
/// session,
/// where: (t) => t.lastName.equals('Jones'),
/// orderBy: (t) => t.age,
/// );
/// ```
Future<Sitting?> findFirstRow(
_is.DatabaseSession session, {
_is.WhereExpressionBuilder<SittingTable>? where,
int? offset,
_is.OrderByBuilder<SittingTable>? orderBy,
_is.OrderByListBuilder<SittingTable>? orderByList,
_is.Transaction? transaction,
_is.LockMode? lockMode,
_is.LockBehavior? lockBehavior,
}) async {
return session.db.findFirstRow<Sitting>(
where: where?.call(Sitting.t),
orderBy: orderBy?.call(Sitting.t),
orderByList: orderByList?.call(Sitting.t),
offset: offset,
transaction: transaction,
lockMode: lockMode,
lockBehavior: lockBehavior,
);
}
/// Finds a single [Sitting] by its [id] or null if no such row exists.
Future<Sitting?> findById(
_is.DatabaseSession session,
_is.UuidValue id, {
_is.Transaction? transaction,
_is.LockMode? lockMode,
_is.LockBehavior? lockBehavior,
}) async {
return session.db.findById<Sitting>(
id,
transaction: transaction,
lockMode: lockMode,
lockBehavior: lockBehavior,
);
}
/// Inserts all [Sitting]s in the list and returns the inserted rows.
///
/// The returned [Sitting]s will have their `id` fields set.
///
/// This is an atomic operation, meaning that if one of the rows fails to
/// insert, none of the rows will be inserted.
///
/// If [ignoreConflicts] is set to `true`, rows that conflict with existing
/// rows are silently skipped, and only the successfully inserted rows are
/// returned.
///
/// If [noReturn] is set to `true`, the inserted rows are not read back from
/// the database and an empty list is returned. This avoids the overhead of
/// transferring and deserializing the rows when the result is not needed.
Future<List<Sitting>> insert(
_is.DatabaseSession session,
List<Sitting> rows, {
_is.Transaction? transaction,
bool ignoreConflicts = false,
bool noReturn = false,
}) async {
return session.db.insert<Sitting>(
rows,
transaction: transaction,
ignoreConflicts: ignoreConflicts,
noReturn: noReturn,
);
}
/// Inserts a single [Sitting] and returns the inserted row.
///
/// The returned [Sitting] will have its `id` field set.
Future<Sitting> insertRow(
_is.DatabaseSession session,
Sitting row, {
_is.Transaction? transaction,
}) async {
return session.db.insertRow<Sitting>(
row,
transaction: transaction,
);
}
/// Upserts all [Sitting]s in the list and returns the resulting rows.
///
/// If a row conflicts on the given [conflictColumns], the existing row is
/// updated with the new values. Otherwise, a new row is inserted.
///
/// If [updateColumns] is provided, only those columns will be updated on
/// conflict. If null, all non-conflict, non-id columns are updated.
///
/// If [updateWhere] is provided, the update only applies to rows matching the
/// given expression. Conflicting rows that don't match are skipped and not
/// returned, so the resulting list may be shorter than [rows].
///
/// The returned [Sitting]s will have their `id` fields set.
///
/// This is an atomic operation, meaning that if one of the rows fails,
/// none of the rows will be affected.
///
/// If [noReturn] is set to `true`, the resulting rows are not read back from
/// the database and an empty list is returned. This avoids the overhead of
/// transferring and deserializing the rows when the result is not needed.
Future<List<Sitting>> upsert(
_is.DatabaseSession session,
List<Sitting> rows, {
required _is.ColumnSelections<SittingTable> conflictColumns,
_is.ColumnSelections<SittingTable>? updateColumns,
_is.WhereExpressionBuilder<SittingTable>? updateWhere,
_is.Transaction? transaction,
bool noReturn = false,
}) async {
return session.db.upsert<Sitting>(
rows,
conflictColumns: conflictColumns(Sitting.t),
updateColumns: updateColumns?.call(Sitting.t),
updateWhere: updateWhere?.call(Sitting.t),
transaction: transaction,
noReturn: noReturn,
);
}
/// Upserts a single [Sitting] and returns the resulting row.
///
/// If the row conflicts on the given [conflictColumns], the existing row is
/// updated. Otherwise, a new row is inserted.
///
/// If [updateColumns] is provided, only those columns will be updated on
/// conflict. If null, all non-conflict, non-id columns are updated.
///
/// If [updateWhere] is provided, the update only applies when the existing
/// row matches the expression. Returns `null` if no row was affected — for
/// example when [updateWhere] does not match the conflicting row.
///
/// The returned [Sitting] will have its `id` field set.
Future<Sitting?> upsertRow(
_is.DatabaseSession session,
Sitting row, {
required _is.ColumnSelections<SittingTable> conflictColumns,
_is.ColumnSelections<SittingTable>? updateColumns,
_is.WhereExpressionBuilder<SittingTable>? updateWhere,
_is.Transaction? transaction,
}) async {
return session.db.upsertRow<Sitting>(
row,
conflictColumns: conflictColumns(Sitting.t),
updateColumns: updateColumns?.call(Sitting.t),
updateWhere: updateWhere?.call(Sitting.t),
transaction: transaction,
);
}
/// Updates all [Sitting]s in the list and returns the updated rows. If
/// [columns] is provided, only those columns will be updated. Defaults to
/// all columns.
/// This is an atomic operation, meaning that if one of the rows fails to
/// update, none of the rows will be updated.
///
/// If [noReturn] is set to `true`, the updated rows are not read back from
/// the database and an empty list is returned. This avoids the overhead of
/// transferring and deserializing the rows when the result is not needed.
Future<List<Sitting>> update(
_is.DatabaseSession session,
List<Sitting> rows, {
_is.ColumnSelections<SittingTable>? columns,
_is.Transaction? transaction,
bool noReturn = false,
}) async {
return session.db.update<Sitting>(
rows,
columns: columns?.call(Sitting.t),
transaction: transaction,
noReturn: noReturn,
);
}
/// Updates a single [Sitting]. The row needs to have its id set.
/// Optionally, a list of [columns] can be provided to only update those
/// columns. Defaults to all columns.
Future<Sitting> updateRow(
_is.DatabaseSession session,
Sitting row, {
_is.ColumnSelections<SittingTable>? columns,
_is.Transaction? transaction,
}) async {
return session.db.updateRow<Sitting>(
row,
columns: columns?.call(Sitting.t),
transaction: transaction,
);
}
/// Updates a single [Sitting] by its [id] with the specified [columnValues].
/// Returns the updated row or null if no row with the given id exists.
Future<Sitting?> updateById(
_is.DatabaseSession session,
_is.UuidValue id, {
required _is.ColumnValueListBuilder<SittingUpdateTable> columnValues,
_is.Transaction? transaction,
}) async {
return session.db.updateById<Sitting>(
id,
columnValues: columnValues(Sitting.t.updateTable),
transaction: transaction,
);
}
/// Updates all [Sitting]s matching the [where] expression with the specified [columnValues].
/// Returns the list of updated rows.
///
/// If [noReturn] is set to `true`, the updated rows are not read back from
/// the database and an empty list is returned. This avoids the overhead of
/// transferring and deserializing the rows when the result is not needed.
Future<List<Sitting>> updateWhere(
_is.DatabaseSession session, {
required _is.ColumnValueListBuilder<SittingUpdateTable> columnValues,
required _is.WhereExpressionBuilder<SittingTable> where,
int? limit,
int? offset,
_is.OrderByBuilder<SittingTable>? orderBy,
_is.OrderByListBuilder<SittingTable>? orderByList,
_is.Transaction? transaction,
bool noReturn = false,
}) async {
return session.db.updateWhere<Sitting>(
columnValues: columnValues(Sitting.t.updateTable),
where: where(Sitting.t),
limit: limit,
offset: offset,
orderBy: orderBy?.call(Sitting.t),
orderByList: orderByList?.call(Sitting.t),
transaction: transaction,
noReturn: noReturn,
);
}
/// Deletes all [Sitting]s in the list and returns the deleted rows.
///
/// To specify the order of the returned rows use [orderBy] or [orderByList]
/// when sorting by multiple columns.
///
/// This is an atomic operation, meaning that if one of the rows fail to
/// be deleted, none of the rows will be deleted.
///
/// If [noReturn] is set to `true`, the deleted rows are not read back from
/// the database and an empty list is returned. This avoids the overhead of
/// transferring and deserializing the rows when the result is not needed.
Future<List<Sitting>> delete(
_is.DatabaseSession session,
List<Sitting> rows, {
_is.OrderByBuilder<SittingTable>? orderBy,
_is.OrderByListBuilder<SittingTable>? orderByList,
_is.Transaction? transaction,
bool noReturn = false,
}) async {
return session.db.delete<Sitting>(
rows,
orderBy: orderBy?.call(Sitting.t),
orderByList: orderByList?.call(Sitting.t),
transaction: transaction,
noReturn: noReturn,
);
}
/// Deletes a single [Sitting].
Future<Sitting> deleteRow(
_is.DatabaseSession session,
Sitting row, {
_is.Transaction? transaction,
}) async {
return session.db.deleteRow<Sitting>(
row,
transaction: transaction,
);
}
/// Deletes all rows matching the [where] expression.
///
/// To specify the order of the returned rows use [orderBy] or [orderByList]
/// when sorting by multiple columns.
///
/// If [noReturn] is set to `true`, the deleted rows are not read back from
/// the database and an empty list is returned. This avoids the overhead of
/// transferring and deserializing the rows when the result is not needed.
Future<List<Sitting>> deleteWhere(
_is.DatabaseSession session, {
required _is.WhereExpressionBuilder<SittingTable> where,
_is.OrderByBuilder<SittingTable>? orderBy,
_is.OrderByListBuilder<SittingTable>? orderByList,
_is.Transaction? transaction,
bool noReturn = false,
}) async {
return session.db.deleteWhere<Sitting>(
where: where(Sitting.t),
orderBy: orderBy?.call(Sitting.t),
orderByList: orderByList?.call(Sitting.t),
transaction: transaction,
noReturn: noReturn,
);
}
/// Counts the number of rows matching the [where] expression. If omitted,
/// will return the count of all rows in the table.
Future<int> count(
_is.DatabaseSession session, {
_is.WhereExpressionBuilder<SittingTable>? where,
int? limit,
_is.Transaction? transaction,
}) async {
return session.db.count<Sitting>(
where: where?.call(Sitting.t),
limit: limit,
transaction: transaction,
);
}
/// Acquires row-level locks on [Sitting] rows matching the [where] expression.
Future<void> lockRows(
_is.DatabaseSession session, {
required _is.WhereExpressionBuilder<SittingTable> where,
required _is.LockMode lockMode,
required _is.Transaction transaction,
_is.LockBehavior lockBehavior = _is.LockBehavior.wait,
}) async {
return session.db.lockRows<Sitting>(
where: where(Sitting.t),
lockMode: lockMode,
lockBehavior: lockBehavior,
transaction: transaction,
);
}
}

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