Files
fluxer/fluxer_api/src/api/admin/services/AdminUserSecurityService.ts
T

744 lines
24 KiB
TypeScript

// SPDX-License-Identifier: AGPL-3.0-or-later
import type {ApiContext} from '@app/api/ApiContext';
import {mapUserToAdminResponse} from '@app/api/admin/models/UserTypes';
import type {AdminAuditService} from '@app/api/admin/services/AdminAuditService';
import type {AdminUserUpdatePropagator} from '@app/api/admin/services/AdminUserUpdatePropagator';
import * as AuthEmail from '@app/api/auth/AuthEmail';
import * as AuthMfa from '@app/api/auth/AuthMfa';
import * as AuthSession from '@app/api/auth/AuthSession';
import * as AuthUtility from '@app/api/auth/AuthUtility';
import {visibleWebAuthnCredentials} from '@app/api/auth/services/PasskeyRelyingParty';
import {createPasswordResetToken, createUserID, type UserID} from '@app/api/BrandedTypes';
import type {UserRow} from '@app/api/database/types/UserTypes';
import {Logger} from '@app/api/Logger';
import {getInstanceConfigRepository} from '@app/api/middleware/ServiceSingletons';
import type {IRiskHistoryRepository} from '@app/api/risk/HistoricalOutcomeRepository';
import type {HistoricalOutcomeCode} from '@app/api/risk/RiskHistoryTypes';
import {mapWebAuthnCredentialToResponse} from '@app/api/user/UserMappers';
import {resolveAssignedTraits} from '@app/api/user/UserTraits';
import {getIpAddressReverse, getLocationLabelFromIp} from '@app/api/utils/IpUtils';
import {resolveSessionClientInfo} from '@app/api/utils/SessionClientIdentity';
import {AdminACLs} from '@fluxer/constants/src/AdminACLs';
import {APIErrorCodes} from '@fluxer/constants/src/ApiErrorCodes';
import {
ADMIN_PHONE_TOGGLE_CLEARABLE_FLAGS,
ALL_SUSPICIOUS_ACTIVITY_FLAGS,
DEFERRABLE_PHONE_FLAGS,
DEFERRED_PHONE_ON_COMMUNITY_JOIN,
PHONE_GATE_PROMOTED_FROM_DEFERRAL,
UserFlags,
} from '@fluxer/constants/src/UserConstants';
import {ValidationErrorCodes} from '@fluxer/constants/src/ValidationErrorCodes';
import {AccessDeniedError} from '@fluxer/errors/src/domains/core/AccessDeniedError';
import {InputValidationError} from '@fluxer/errors/src/domains/core/InputValidationError';
import {MissingACLError} from '@fluxer/errors/src/domains/core/MissingACLError';
import {ServiceUnavailableError} from '@fluxer/errors/src/domains/core/ServiceUnavailableError';
import {UnknownUserError} from '@fluxer/errors/src/domains/user/UnknownUserError';
import type {
DeleteWebAuthnCredentialRequest,
DisableForSuspiciousActivityRequest,
DisableMfaRequest,
ListWebAuthnCredentialsRequest,
ResendVerificationEmailRequest,
SendPasswordResetRequest,
SetUserAclsRequest,
SetUserTraitsRequest,
TerminateSessionsRequest,
UpdateHasVerifiedPhoneRequest,
UpdateSuspiciousActivityFlagsRequest,
} from '@fluxer/schema/src/domains/admin/AdminUserSchemas';
import type {WebAuthnCredentialListResponse} from '@fluxer/schema/src/domains/auth/AuthSchemas';
interface AdminUserSecurityServiceDeps {
apiContext: ApiContext;
auditService: AdminAuditService;
updatePropagator: AdminUserUpdatePropagator;
riskHistoryRepository: Pick<IRiskHistoryRepository, 'recordOutcomeForUser'>;
}
interface FlagAuditMetadataParams {
addFlags: ReadonlyArray<bigint | number | string>;
removeFlags: ReadonlyArray<bigint | number | string>;
newFlags?: bigint | number | string;
}
function compactAuditMetadata(entries: Array<[string, string]>): Map<string, string> {
return new Map(entries.filter(([, value]) => value.length > 0));
}
function joinAuditValues(values: ReadonlyArray<bigint | number | string>): string {
return values.map((value) => value.toString()).join(',');
}
function createFlagAuditMetadata({addFlags, removeFlags, newFlags}: FlagAuditMetadataParams): Map<string, string> {
const entries: Array<[string, string]> = [
['add_flags', joinAuditValues(addFlags)],
['remove_flags', joinAuditValues(removeFlags)],
];
if (newFlags !== undefined) {
entries.push(['new_flags', newFlags.toString()]);
}
return compactAuditMetadata(entries);
}
function applyBigIntFlagUpdates(
currentFlags: bigint,
addFlags: ReadonlyArray<bigint>,
removeFlags: ReadonlyArray<bigint>,
): bigint {
let nextFlags = currentFlags;
for (const flag of addFlags) {
nextFlags |= flag;
}
for (const flag of removeFlags) {
nextFlags &= ~flag;
}
return nextFlags;
}
function applyNumberFlagUpdates(
currentFlags: number,
addFlags: ReadonlyArray<number>,
removeFlags: ReadonlyArray<number>,
): number {
let nextFlags = currentFlags;
for (const flag of addFlags) {
nextFlags |= flag;
}
for (const flag of removeFlags) {
nextFlags &= ~flag;
}
return nextFlags;
}
export class AdminUserSecurityService {
constructor(private readonly deps: AdminUserSecurityServiceDeps) {}
async updateUserFlags({
userId,
data,
adminUserId,
auditLogReason,
acls,
}: {
userId: UserID;
data: {
addFlags: Array<bigint>;
removeFlags: Array<bigint>;
};
adminUserId: UserID;
auditLogReason: string | null;
acls: ReadonlySet<string>;
}) {
const {users: userRepository, cache: cacheService} = this.deps.apiContext.services;
const {auditService, updatePropagator} = this.deps;
const user = await userRepository.findUnique(userId);
if (!user) {
throw new UnknownUserError();
}
const newFlags = applyBigIntFlagUpdates(user.flags, data.addFlags, data.removeFlags);
const updatedUser = await userRepository.patchUpsert(
userId,
{
flags: newFlags,
},
user.toRow(),
);
await updatePropagator.propagateUserUpdate({userId, oldUser: user, updatedUser: updatedUser});
await auditService.createAuditLog({
adminUserId,
targetType: 'user',
targetId: BigInt(userId),
action: 'update_flags',
auditLogReason,
metadata: createFlagAuditMetadata({
addFlags: data.addFlags,
removeFlags: data.removeFlags,
newFlags,
}),
});
return {
user: await mapUserToAdminResponse(updatedUser, cacheService, acls),
};
}
async updatePremiumFlags({
userId,
data,
adminUserId,
auditLogReason,
acls,
}: {
userId: UserID;
data: {
addFlags: Array<number>;
removeFlags: Array<number>;
};
adminUserId: UserID;
auditLogReason: string | null;
acls: ReadonlySet<string>;
}) {
const {users: userRepository, cache: cacheService} = this.deps.apiContext.services;
const {auditService, updatePropagator} = this.deps;
const user = await userRepository.findUnique(userId);
if (!user) {
throw new UnknownUserError();
}
const newPremiumFlags = applyNumberFlagUpdates(user.premiumFlags, data.addFlags, data.removeFlags);
const updatedUser = await userRepository.patchUpsert(
userId,
{
premium_flags: newPremiumFlags,
},
user.toRow(),
);
await updatePropagator.propagateUserUpdate({userId, oldUser: user, updatedUser: updatedUser});
await auditService.createAuditLog({
adminUserId,
targetType: 'user',
targetId: BigInt(userId),
action: 'update_premium_flags',
auditLogReason,
metadata: createFlagAuditMetadata({
addFlags: data.addFlags,
removeFlags: data.removeFlags,
newFlags: newPremiumFlags,
}),
});
return {
user: await mapUserToAdminResponse(updatedUser, cacheService, acls),
};
}
async disableMfa(data: DisableMfaRequest, adminUserId: UserID, auditLogReason: string | null) {
const {users: userRepository, botMfaMirror: botMfaMirrorService} = this.deps.apiContext.services;
const {auditService, updatePropagator} = this.deps;
const userId = createUserID(data.user_id);
const user = await userRepository.findUnique(userId);
if (!user) {
throw new UnknownUserError();
}
const updatedUser = await userRepository.patchUpsert(
userId,
{
totp_secret: null,
authenticator_types: null,
},
user.toRow(),
);
if (updatedUser) {
await botMfaMirrorService.syncAuthenticatorTypesForOwner(updatedUser);
}
await userRepository.clearMfaBackupCodes(userId);
await updatePropagator.propagateUserUpdate({userId, oldUser: user, updatedUser: updatedUser});
await auditService.createAuditLog({
adminUserId,
targetType: 'user',
targetId: BigInt(userId),
action: 'disable_mfa',
auditLogReason,
metadata: new Map(),
});
}
async sendPasswordReset(data: SendPasswordResetRequest, adminUserId: UserID, auditLogReason: string | null) {
const {users: userRepository, email: emailService} = this.deps.apiContext.services;
const {apiContext, auditService} = this.deps;
const userId = createUserID(data.user_id);
const user = await userRepository.findUnique(userId);
if (!user) {
throw new UnknownUserError();
}
if (!user.email) {
throw InputValidationError.fromCode('email', ValidationErrorCodes.USER_DOES_NOT_HAVE_AN_EMAIL_ADDRESS);
}
const token = createPasswordResetToken(await AuthUtility.generateSecureToken(apiContext));
await userRepository.createPasswordResetToken({
token_: token,
user_id: userId,
email: user.email,
});
await emailService.sendPasswordResetEmail(user.email, user.username, token, user.locale);
await auditService.createAuditLog({
adminUserId,
targetType: 'user',
targetId: BigInt(userId),
action: 'send_password_reset',
auditLogReason,
metadata: new Map([['email', user.email]]),
});
}
async resendVerificationEmail(
data: ResendVerificationEmailRequest,
adminUserId: UserID,
auditLogReason: string | null,
) {
const {users: userRepository} = this.deps.apiContext.services;
const {apiContext, auditService} = this.deps;
const userId = createUserID(data.user_id);
const user = await userRepository.findUnique(userId);
if (!user) {
throw new UnknownUserError();
}
if (!user.email) {
throw InputValidationError.fromCode('email', ValidationErrorCodes.USER_DOES_NOT_HAVE_AN_EMAIL_ADDRESS);
}
await AuthEmail.resendVerificationEmail(apiContext, user);
await auditService.createAuditLog({
adminUserId,
targetType: 'user',
targetId: BigInt(userId),
action: 'resend_verification_email',
auditLogReason,
metadata: new Map([['email', user.email]]),
});
}
async terminateSessions(data: TerminateSessionsRequest, adminUserId: UserID, auditLogReason: string | null) {
const {users: userRepository} = this.deps.apiContext.services;
const {auditService} = this.deps;
const userId = createUserID(data.user_id);
const user = await userRepository.findUnique(userId);
if (!user) {
throw new UnknownUserError();
}
const terminatedCount = await AuthSession.terminateAllUserSessions(this.deps.apiContext, userId);
await auditService.createAuditLog({
adminUserId,
targetType: 'user',
targetId: BigInt(userId),
action: 'terminate_sessions',
auditLogReason,
metadata: new Map(),
});
return {terminated_count: terminatedCount};
}
async setUserAcls(
data: SetUserAclsRequest,
adminUserId: UserID,
auditLogReason: string | null,
acls: ReadonlySet<string>,
) {
const {users: userRepository, cache: cacheService} = this.deps.apiContext.services;
const {auditService, updatePropagator} = this.deps;
const userId = createUserID(data.user_id);
if (userId === adminUserId) {
throw new AccessDeniedError();
}
const user = await userRepository.findUnique(userId);
if (!user) {
throw new UnknownUserError();
}
if (!acls.has(AdminACLs.WILDCARD)) {
const invalidAcls = data.acls.filter((acl) => !acls.has(acl));
if (invalidAcls.length > 0) {
throw new MissingACLError(invalidAcls[0]);
}
}
const updatedUser = await userRepository.patchUpsert(
userId,
{
acls: new Set(data.acls),
},
user.toRow(),
);
await updatePropagator.propagateUserUpdate({userId, oldUser: user, updatedUser: updatedUser});
await auditService.createAuditLog({
adminUserId,
targetType: 'user',
targetId: BigInt(userId),
action: 'set_acls',
auditLogReason,
metadata: new Map([['acls', data.acls.join(',')]]),
});
return {
user: await mapUserToAdminResponse(updatedUser, cacheService, acls),
};
}
async setUserTraits(
data: SetUserTraitsRequest,
adminUserId: UserID,
auditLogReason: string | null,
acls: ReadonlySet<string>,
) {
const {users: userRepository, cache: cacheService} = this.deps.apiContext.services;
const {auditService, updatePropagator} = this.deps;
const userId = createUserID(data.user_id);
const user = await userRepository.findUnique(userId);
if (!user) {
throw new UnknownUserError();
}
const assigned = resolveAssignedTraits(user.traits ?? [], data.traits);
const traitSet = assigned.size > 0 ? assigned : null;
const updatedUser = await userRepository.patchUpsert(
userId,
{
traits: traitSet,
},
user.toRow(),
);
await updatePropagator.propagateUserUpdate({userId, oldUser: user, updatedUser: updatedUser});
await auditService.createAuditLog({
adminUserId,
targetType: 'user',
targetId: BigInt(userId),
action: 'set_traits',
auditLogReason,
metadata: new Map(data.traits.length > 0 ? [['traits', data.traits.join(',')]] : []),
});
return {
user: await mapUserToAdminResponse(updatedUser, cacheService, acls),
};
}
async updateHasVerifiedPhone(
data: UpdateHasVerifiedPhoneRequest,
adminUserId: UserID,
auditLogReason: string | null,
acls: ReadonlySet<string>,
) {
const {users: userRepository, cache: cacheService} = this.deps.apiContext.services;
const {auditService, updatePropagator} = this.deps;
const userId = createUserID(data.user_id);
const user = await userRepository.findUnique(userId);
if (!user) {
throw new UnknownUserError();
}
const phonePatch: Partial<UserRow> = {has_verified_phone: data.has_verified_phone};
if (data.has_verified_phone) {
const clearedFlags = (user.suspiciousActivityFlags ?? 0) & ~ADMIN_PHONE_TOGGLE_CLEARABLE_FLAGS;
if (clearedFlags !== (user.suspiciousActivityFlags ?? 0)) {
phonePatch.suspicious_activity_flags = clearedFlags;
}
}
const updatedUser = await userRepository.patchUpsert(userId, phonePatch, user.toRow());
await updatePropagator.propagateUserUpdate({userId, oldUser: user, updatedUser});
await auditService.createAuditLog({
adminUserId,
targetType: 'user',
targetId: BigInt(userId),
action: 'update_has_verified_phone',
auditLogReason,
metadata: new Map(
phonePatch.suspicious_activity_flags === undefined
? [['has_verified_phone', String(data.has_verified_phone)]]
: [
['has_verified_phone', String(data.has_verified_phone)],
['suspicious_activity_flags_before', String(user.suspiciousActivityFlags ?? 0)],
['suspicious_activity_flags_after', String(phonePatch.suspicious_activity_flags)],
],
),
});
return {
user: await mapUserToAdminResponse(updatedUser, cacheService, acls),
};
}
async updateSuspiciousActivityFlags(
data: UpdateSuspiciousActivityFlagsRequest,
adminUserId: UserID,
auditLogReason: string | null,
acls: ReadonlySet<string>,
) {
const {users: userRepository, cache: cacheService} = this.deps.apiContext.services;
const {auditService, updatePropagator} = this.deps;
const userId = createUserID(data.user_id);
const user = await userRepository.findUnique(userId);
if (!user) {
throw new UnknownUserError();
}
const currentFlags = user.suspiciousActivityFlags ?? 0;
const keepsDeferral =
(currentFlags & DEFERRED_PHONE_ON_COMMUNITY_JOIN) !== 0 &&
(data.flags & DEFERRABLE_PHONE_FLAGS) !== 0 &&
(data.flags & DEFERRABLE_PHONE_FLAGS) === (currentFlags & DEFERRABLE_PHONE_FLAGS);
const keepsPromotion =
(currentFlags & PHONE_GATE_PROMOTED_FROM_DEFERRAL) !== 0 &&
(data.flags & DEFERRABLE_PHONE_FLAGS) !== 0 &&
(data.flags & DEFERRABLE_PHONE_FLAGS) === (currentFlags & DEFERRABLE_PHONE_FLAGS);
const newFlags =
(keepsDeferral ? data.flags | DEFERRED_PHONE_ON_COMMUNITY_JOIN : data.flags) |
(keepsPromotion ? PHONE_GATE_PROMOTED_FROM_DEFERRAL : 0);
const updatedUser = await userRepository.patchUpsert(
userId,
{
suspicious_activity_flags: newFlags,
},
user.toRow(),
);
await updatePropagator.propagateUserUpdate({userId, oldUser: user, updatedUser: updatedUser});
if (
(currentFlags & ALL_SUSPICIOUS_ACTIVITY_FLAGS) !== (newFlags & ALL_SUSPICIOUS_ACTIVITY_FLAGS) &&
(newFlags & ALL_SUSPICIOUS_ACTIVITY_FLAGS) !== 0
) {
await this.recordRiskOutcomes(userId, ['challenged'], 'admin_update_suspicious_activity_flags');
}
await auditService.createAuditLog({
adminUserId,
targetType: 'user',
targetId: BigInt(userId),
action: 'update_suspicious_activity_flags',
auditLogReason,
metadata: new Map([['flags', data.flags.toString()]]),
});
return {
user: await mapUserToAdminResponse(updatedUser, cacheService, acls),
};
}
async disableForSuspiciousActivity(
data: DisableForSuspiciousActivityRequest,
adminUserId: UserID,
auditLogReason: string | null,
acls: ReadonlySet<string>,
) {
const {users: userRepository, email: emailService, cache: cacheService} = this.deps.apiContext.services;
const {auditService, updatePropagator} = this.deps;
const userId = createUserID(data.user_id);
const user = await userRepository.findUnique(userId);
if (!user) {
throw new UnknownUserError();
}
const updatedUser = await userRepository.patchUpsert(
userId,
{
flags: user.flags | UserFlags.DISABLED_SUSPICIOUS_ACTIVITY,
suspicious_activity_flags: data.flags,
password_hash: null,
},
user.toRow(),
);
await AuthSession.terminateAllUserSessions(this.deps.apiContext, userId);
await updatePropagator.propagateUserUpdate({userId, oldUser: user, updatedUser: updatedUser});
await this.recordRiskOutcomes(
userId,
data.flags !== 0 ? ['challenged', 'disabled_suspicious'] : ['disabled_suspicious'],
'admin_disable_suspicious_activity',
);
if (user.email) {
await emailService.sendAccountDisabledForSuspiciousActivityEmail(user.email, user.username, null, user.locale);
}
await auditService.createAuditLog({
adminUserId,
targetType: 'user',
targetId: BigInt(userId),
action: 'disable_suspicious_activity',
auditLogReason,
metadata: new Map([['flags', data.flags.toString()]]),
});
return {
user: await mapUserToAdminResponse(updatedUser, cacheService, acls),
};
}
async listWebAuthnCredentials(
data: ListWebAuthnCredentialsRequest,
adminUserId: UserID,
auditLogReason: string | null,
): Promise<WebAuthnCredentialListResponse> {
const {users: userRepository} = this.deps.apiContext.services;
const {auditService} = this.deps;
const userId = createUserID(data.user_id);
const user = await userRepository.findUnique(userId);
if (!user) {
throw new UnknownUserError();
}
const credentials = visibleWebAuthnCredentials(await userRepository.listWebAuthnCredentials(userId));
await auditService.createAuditLog({
adminUserId,
targetType: 'user',
targetId: BigInt(userId),
action: 'list_webauthn_credentials',
auditLogReason,
metadata: new Map([['credential_count', credentials.length.toString()]]),
});
return credentials.map((cred) =>
mapWebAuthnCredentialToResponse(cred, this.deps.apiContext.services.config.auth.passkeys.rpId),
);
}
async deleteWebAuthnCredential(
data: DeleteWebAuthnCredentialRequest,
adminUserId: UserID,
auditLogReason: string | null,
) {
const {users: userRepository} = this.deps.apiContext.services;
const {apiContext, auditService} = this.deps;
const userId = createUserID(data.user_id);
const user = await userRepository.findUnique(userId);
if (!user) {
throw new UnknownUserError();
}
const credential = await userRepository.getWebAuthnCredential(userId, data.credential_id);
if (!credential) {
throw new UnknownUserError();
}
await AuthMfa.deleteWebAuthnCredential(apiContext, userId, data.credential_id);
await auditService.createAuditLog({
adminUserId,
targetType: 'user',
targetId: BigInt(userId),
action: 'delete_webauthn_credential',
auditLogReason,
metadata: new Map([['credential_id', data.credential_id]]),
});
}
async listUserSessions(
userId: bigint,
adminUserId: UserID,
auditLogReason: string | null,
acls: ReadonlySet<string>,
) {
const {users: userRepository, cache: cacheService} = this.deps.apiContext.services;
const {auditService} = this.deps;
const userIdTyped = createUserID(userId);
const user = await userRepository.findUnique(userIdTyped);
if (!user) {
throw new UnknownUserError();
}
const [activeSessions, tombstones] = await Promise.all([
userRepository.listAuthSessions(userIdTyped),
userRepository.listAuthSessionTombstones(userIdTyped),
]);
const entries: Array<{
sessionIdHash: Buffer;
createdAt: Date;
approximateLastUsedAt: Date;
clientIp: string;
clientUserAgent: string | null;
clientOs: string | null;
deletedAt: Date | null;
}> = [
...activeSessions.map((s) => ({
sessionIdHash: s.sessionIdHash,
createdAt: s.createdAt,
approximateLastUsedAt: s.approximateLastUsedAt,
clientIp: s.clientIp,
clientUserAgent: s.clientUserAgent,
clientOs: s.clientOs ?? null,
deletedAt: null as Date | null,
})),
...tombstones.map((t) => ({
sessionIdHash: t.sessionIdHash,
createdAt: t.createdAt,
approximateLastUsedAt: t.approximateLastUsedAt,
clientIp: t.clientIp,
clientUserAgent: t.clientUserAgent,
clientOs: t.clientOs ?? null,
deletedAt: t.deletedAt,
})),
];
entries.sort((a, b) => {
if (a.deletedAt === null && b.deletedAt !== null) return -1;
if (a.deletedAt !== null && b.deletedAt === null) return 1;
return b.createdAt.getTime() - a.createdAt.getTime();
});
const {branding} = await getInstanceConfigRepository().getAppPublicConfig();
const productName = branding.product_name;
const canViewIp = acls.has(AdminACLs.USER_VIEW_IP) || acls.has(AdminACLs.WILDCARD);
if (!canViewIp) {
await auditService.createAuditLog({
adminUserId,
targetType: 'user',
targetId: userId,
action: 'list_user_sessions',
auditLogReason,
metadata: new Map([['session_count', entries.length.toString()]]),
});
return {
sessions: entries.map((entry) => {
const clientInfo = resolveSessionClientInfo({
userAgent: entry.clientUserAgent,
reportedOs: entry.clientOs,
productName,
});
return {
session_id_hash: entry.sessionIdHash.toString('base64url'),
created_at: entry.createdAt.toISOString(),
approx_last_used_at: entry.approximateLastUsedAt.toISOString(),
client_ip: '[redacted]',
client_ip_reverse: null,
client_os: clientInfo.os,
client_platform: clientInfo.platform,
client_location: null,
deleted_at: entry.deletedAt?.toISOString() ?? null,
};
}),
};
}
const locationResults = await Promise.allSettled(entries.map((entry) => getLocationLabelFromIp(entry.clientIp)));
const reverseDnsResults = await Promise.allSettled(
entries.map((entry) => getIpAddressReverse(entry.clientIp, cacheService)),
);
let failedCount = 0;
for (const result of locationResults) {
if (result.status === 'rejected') {
failedCount++;
Logger.warn({error: result.reason, userId: userId.toString()}, 'IP geolocation lookup failed');
}
}
if (locationResults.length > 0 && failedCount === locationResults.length) {
throw new ServiceUnavailableError({
code: APIErrorCodes.SERVICE_UNAVAILABLE,
});
}
await auditService.createAuditLog({
adminUserId,
targetType: 'user',
targetId: userId,
action: 'list_user_sessions',
auditLogReason,
metadata: new Map([['session_count', entries.length.toString()]]),
});
return {
sessions: entries.map((entry, index) => {
const locationResult = locationResults[index];
const clientLocation = locationResult.status === 'fulfilled' ? locationResult.value : null;
const reverseDnsResult = reverseDnsResults[index];
const clientIpReverse = reverseDnsResult?.status === 'fulfilled' ? reverseDnsResult.value : null;
const clientInfo = resolveSessionClientInfo({
userAgent: entry.clientUserAgent,
reportedOs: entry.clientOs,
productName,
});
return {
session_id_hash: entry.sessionIdHash.toString('base64url'),
created_at: entry.createdAt.toISOString(),
approx_last_used_at: entry.approximateLastUsedAt.toISOString(),
client_ip: entry.clientIp,
client_ip_reverse: clientIpReverse,
client_os: clientInfo.os,
client_platform: clientInfo.platform,
client_location: clientLocation,
deleted_at: entry.deletedAt?.toISOString() ?? null,
};
}),
};
}
private async recordRiskOutcomes(
userId: UserID,
outcomeCodes: ReadonlyArray<HistoricalOutcomeCode>,
source: string,
): Promise<void> {
if (outcomeCodes.length === 0) {
return;
}
try {
await this.deps.riskHistoryRepository.recordOutcomeForUser({
userId: userId.toString(),
occurredAt: new Date(),
source,
outcomeCodes,
});
} catch (error) {
Logger.warn({error, userId, source}, 'Failed to persist admin risk history outcome');
}
}
}