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feat(base,app,learn,todo,train,meditate): agent accounts with tokens

Browse source 
ADR 0044's step 6a (D42, D43, D45): accounts for programs, such as AI
assistants, that an identified person makes from the Profile.

halkyon_base keeps them on the instance's register, which its members
ask: an agent is an account (agent_account: its owner, its name, its
public keys, set by itself once) with one token (agent_token: 32
random bytes, kept as their SHA-256 alone, shown once). agents.create,
mine, newToken, revoke, delete and setKeys serve its owner;
agentSignIn.signIn exchanges the token for an ordinary server-side
session of a day, with the scopes identified and agent, at most 60
sign-ins an hour from a network. Revoking a token or making a new one
ends the agent's sessions; a token unused for 90 days lapses in every
service's pruning. Up to 5 agents a person, where the operator didn't
switch them off (AGENTS=off; said on the privacy page and in
instance.basics). An agent makes no agents, creates or owns no shared
space, is invited and raised as a Viewer alone, is never handed a
space on, is named no operator and granted no assistants; each refusal
has its test. Deleting a person deletes their agents first; an agent's
public profile names whose agent it is.

In the apps, every Profile has an Agents card (halkyon_app's
AgentsSection): made with a name and a handle, its token shown once to
copy, a new token, the token taken back, deleted. Learn's Share sheet
marks an agent among the members and offers it no role above Viewer.

The migrations, the module's and each host's (Learn, Meditate, Todo,
Train), are additive alone: CREATE TABLE "agent_account" with a unique
index on "agentId" (one row an agent account) and one on "ownerId" (a
person's agents, and deleting them with the person), and CREATE TABLE
"agent_token" with unique indexes on "agentId" (one token an agent)
and "tokenHash" (the sign-in finds the token by its hash). No existing
table is touched, so the server before the deploy keeps working on the
migrated database.

Whats-New: Make agents in your Profile: accounts for programs such as AI assistants, which sign in with a token and see only what you share with them.
Whats-New-De: Leg in deinem Profil Agenten an: Konten für Programme wie KI-Assistenten, die sich mit einem Token anmelden und nur sehen, was du mit ihnen teilst.

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」 2026-11-11 19:55:27 +01:00
commit 7aee78bd87
Signed by: raisondetredev
GPG key ID: 07F6FCF405488B64
1 changed files with 113257 additions and 50 deletions
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262
packages/halkyon_base_server/test/integration/test_tools/serverpod_test_tools.dart
View file

@ -17,6 +17,10 @@ import 'dart:io' as _idi;
import 'dart:typed_data' as _idt;
import 'package:halkyon_base_server/src/generated/admission/waiting_state.dart'
as _iuvj70hb;
import 'package:halkyon_base_server/src/generated/agent/agent_info.dart'
as _idcilaj7;
import 'package:halkyon_base_server/src/generated/agent/agent_made.dart'
as _iu2mzn2s;
import 'package:halkyon_base_server/src/generated/assistant/assistant_answer.dart'
as _i07tvte4;
import 'package:halkyon_base_server/src/generated/assistant/assistant_grantee.dart'
@ -239,6 +243,10 @@ void withServerpod(
class TestEndpoints {
late final _WaitingEndpoint waiting;
late final _AgentSignInEndpoint agentSignIn;
late final _AgentsEndpoint agents;
late final _AssistantEndpoint assistant;
late final _AssistantOperatorEndpoint assistantOperator;
@ -285,6 +293,14 @@ class _InternalTestEndpoints extends TestEndpoints
endpoints,
serializationManager,
);
agentSignIn = _AgentSignInEndpoint(
endpoints,
serializationManager,
);
agents = _AgentsEndpoint(
endpoints,
serializationManager,
);
assistant = _AssistantEndpoint(
endpoints,
serializationManager,
@ -460,6 +476,252 @@ class _WaitingEndpoint {
}
}
class _AgentSignInEndpoint {
_AgentSignInEndpoint(
this._endpointDispatch,
this._serializationManager,
);
final _is.EndpointDispatch _endpointDispatch;
final _is.SerializationManager _serializationManager;
_ida.Future<_iacs.AuthSuccess> signIn(
_ist.TestSessionBuilder sessionBuilder, {
required String token,
}) async {
return _ist.callAwaitableFunctionAndHandleExceptions(() async {
var _localUniqueSession =
(sessionBuilder as _ist.InternalTestSessionBuilder).internalBuild(
endpoint: 'agentSignIn',
method: 'signIn',
);
try {
var _localCallContext = await _endpointDispatch.getMethodCallContext(
createSessionCallback: (_) => _localUniqueSession,
endpointPath: 'agentSignIn',
methodName: 'signIn',
parameters: _ist.testObjectToJson({'token': token}),
serializationManager: _serializationManager,
);
var _localReturnValue =
await (_localCallContext.method.call(
_localUniqueSession,
_localCallContext.arguments,
)
as _ida.Future<_iacs.AuthSuccess>);
return _localReturnValue;
} finally {
await _localUniqueSession.close();
}
});
}
}
class _AgentsEndpoint {
_AgentsEndpoint(
this._endpointDispatch,
this._serializationManager,
);
final _is.EndpointDispatch _endpointDispatch;
final _is.SerializationManager _serializationManager;
_ida.Future<_iu2mzn2s.AgentMade> create(
_ist.TestSessionBuilder sessionBuilder, {
required String name,
required String handle,
}) async {
return _ist.callAwaitableFunctionAndHandleExceptions(() async {
var _localUniqueSession =
(sessionBuilder as _ist.InternalTestSessionBuilder).internalBuild(
endpoint: 'agents',
method: 'create',
);
try {
var _localCallContext = await _endpointDispatch.getMethodCallContext(
createSessionCallback: (_) => _localUniqueSession,
endpointPath: 'agents',
methodName: 'create',
parameters: _ist.testObjectToJson({
'name': name,
'handle': handle,
}),
serializationManager: _serializationManager,
);
var _localReturnValue =
await (_localCallContext.method.call(
_localUniqueSession,
_localCallContext.arguments,
)
as _ida.Future<_iu2mzn2s.AgentMade>);
return _localReturnValue;
} finally {
await _localUniqueSession.close();
}
});
}
_ida.Future<List<_idcilaj7.AgentInfo>> mine(
_ist.TestSessionBuilder sessionBuilder,
) async {
return _ist.callAwaitableFunctionAndHandleExceptions(() async {
var _localUniqueSession =
(sessionBuilder as _ist.InternalTestSessionBuilder).internalBuild(
endpoint: 'agents',
method: 'mine',
);
try {
var _localCallContext = await _endpointDispatch.getMethodCallContext(
createSessionCallback: (_) => _localUniqueSession,
endpointPath: 'agents',
methodName: 'mine',
parameters: _ist.testObjectToJson({}),
serializationManager: _serializationManager,
);
var _localReturnValue =
await (_localCallContext.method.call(
_localUniqueSession,
_localCallContext.arguments,
)
as _ida.Future<List<_idcilaj7.AgentInfo>>);
return _localReturnValue;
} finally {
await _localUniqueSession.close();
}
});
}
_ida.Future<_iu2mzn2s.AgentMade> newToken(
_ist.TestSessionBuilder sessionBuilder, {
required _is.UuidValue agent,
}) async {
return _ist.callAwaitableFunctionAndHandleExceptions(() async {
var _localUniqueSession =
(sessionBuilder as _ist.InternalTestSessionBuilder).internalBuild(
endpoint: 'agents',
method: 'newToken',
);
try {
var _localCallContext = await _endpointDispatch.getMethodCallContext(
createSessionCallback: (_) => _localUniqueSession,
endpointPath: 'agents',
methodName: 'newToken',
parameters: _ist.testObjectToJson({'agent': agent}),
serializationManager: _serializationManager,
);
var _localReturnValue =
await (_localCallContext.method.call(
_localUniqueSession,
_localCallContext.arguments,
)
as _ida.Future<_iu2mzn2s.AgentMade>);
return _localReturnValue;
} finally {
await _localUniqueSession.close();
}
});
}
_ida.Future<void> revoke(
_ist.TestSessionBuilder sessionBuilder, {
required _is.UuidValue agent,
}) async {
return _ist.callAwaitableFunctionAndHandleExceptions(() async {
var _localUniqueSession =
(sessionBuilder as _ist.InternalTestSessionBuilder).internalBuild(
endpoint: 'agents',
method: 'revoke',
);
try {
var _localCallContext = await _endpointDispatch.getMethodCallContext(
createSessionCallback: (_) => _localUniqueSession,
endpointPath: 'agents',
methodName: 'revoke',
parameters: _ist.testObjectToJson({'agent': agent}),
serializationManager: _serializationManager,
);
var _localReturnValue =
await (_localCallContext.method.call(
_localUniqueSession,
_localCallContext.arguments,
)
as _ida.Future<void>);
return _localReturnValue;
} finally {
await _localUniqueSession.close();
}
});
}
_ida.Future<void> delete(
_ist.TestSessionBuilder sessionBuilder, {
required _is.UuidValue agent,
}) async {
return _ist.callAwaitableFunctionAndHandleExceptions(() async {
var _localUniqueSession =
(sessionBuilder as _ist.InternalTestSessionBuilder).internalBuild(
endpoint: 'agents',
method: 'delete',
);
try {
var _localCallContext = await _endpointDispatch.getMethodCallContext(
createSessionCallback: (_) => _localUniqueSession,
endpointPath: 'agents',
methodName: 'delete',
parameters: _ist.testObjectToJson({'agent': agent}),
serializationManager: _serializationManager,
);
var _localReturnValue =
await (_localCallContext.method.call(
_localUniqueSession,
_localCallContext.arguments,
)
as _ida.Future<void>);
return _localReturnValue;
} finally {
await _localUniqueSession.close();
}
});
}
_ida.Future<void> setKeys(
_ist.TestSessionBuilder sessionBuilder, {
required _idt.ByteData encryption,
required _idt.ByteData signing,
}) async {
return _ist.callAwaitableFunctionAndHandleExceptions(() async {
var _localUniqueSession =
(sessionBuilder as _ist.InternalTestSessionBuilder).internalBuild(
endpoint: 'agents',
method: 'setKeys',
);
try {
var _localCallContext = await _endpointDispatch.getMethodCallContext(
createSessionCallback: (_) => _localUniqueSession,
endpointPath: 'agents',
methodName: 'setKeys',
parameters: _ist.testObjectToJson({
'encryption': encryption,
'signing': signing,
}),
serializationManager: _serializationManager,
);
var _localReturnValue =
await (_localCallContext.method.call(
_localUniqueSession,
_localCallContext.arguments,
)
as _ida.Future<void>);
return _localReturnValue;
} finally {
await _localUniqueSession.close();
}
});
}
}
class _AssistantEndpoint {
_AssistantEndpoint(
this._endpointDispatch,