// SPDX-License-Identifier: AGPL-3.0-or-later

import {DeletionReasons} from '@fluxer/constants/src/Core';
import {
	PremiumFlags,
	PremiumFlagsDescriptions,
	UserFlags,
	UserFlagsDescriptions,
} from '@fluxer/constants/src/UserConstants';
import {ADMIN_ACL_COUNT, AdminAclType} from '@fluxer/schema/src/domains/admin/AdminAclType';
import {CalendarDateType} from '@fluxer/schema/src/primitives/DateValidators';
import {NSFWLevelSchema} from '@fluxer/schema/src/primitives/GuildValidators';
import {createQueryIntegerType, QueryBooleanType} from '@fluxer/schema/src/primitives/QueryValidators';
import {
	createBitflagInt32Type,
	createBitflagStringType,
	createInt32EnumType,
	createNamedStringLiteralUnion,
	createStringType,
	Int32Type,
	SnowflakeStringType,
	SnowflakeType,
	withFieldDescription,
} from '@fluxer/schema/src/primitives/SchemaPrimitives';
import {DiscriminatorType, EmailType, UsernameType} from '@fluxer/schema/src/primitives/UserValidators';
import {z} from 'zod';

export const UserAdminResponseSchema = z.object({
	id: SnowflakeStringType,
	username: z.string(),
	discriminator: Int32Type,
	global_name: z.string().nullable(),
	bot: z.boolean(),
	system: z.boolean(),
	flags: createBitflagStringType(UserFlags, UserFlagsDescriptions, 'User account flags (64-bit)', 'UserFlags'),
	premium_flags: createBitflagInt32Type(
		PremiumFlags,
		PremiumFlagsDescriptions,
		'User premium-related flags (32-bit)',
		'PremiumFlags',
	),
	avatar: z.string().nullable(),
	banner: z.string().nullable(),
	bio: z.string().nullable(),
	pronouns: z.string().nullable(),
	accent_color: Int32Type.nullable(),
	email: z.string().nullable(),
	email_verified: z.boolean(),
	email_bounced: z.boolean(),
	date_of_birth: z.string().nullable(),
	locale: z.string().nullable(),
	premium_type: Int32Type.nullable(),
	premium_since: z.string().nullable(),
	premium_until: z.string().nullable(),
	premium_grace_ends_at: z.string().nullable(),
	premium_lifetime_sequence: Int32Type.nullable(),
	temp_banned_until: z.string().nullable(),
	pending_deletion_at: z.string().nullable(),
	pending_bulk_message_deletion_at: z.string().nullable(),
	deletion_reason_code: Int32Type.nullable(),
	deletion_public_reason: z.string().nullable(),
	deletion_audit_log_reason: z
		.string()
		.nullable()
		.describe('Private reason recorded with the pending deletion, null without the audit log view permission'),
	deletion_scheduled_by: SnowflakeStringType.nullable().describe(
		'ID of the account that scheduled the pending deletion, null when it was not recorded',
	),
	deletion_scheduled_at: z.string().nullable().describe('ISO 8601 timestamp when the pending deletion was scheduled'),
	acls: z.array(z.string()).max(ADMIN_ACL_COUNT),
	traits: z.array(z.string()).max(100),
	has_totp: z.boolean(),
	authenticator_types: z.array(Int32Type).max(10),
	last_active_at: z.string().nullable(),
	last_active_ip: z.string().nullable(),
	last_active_ip_reverse: z.string().nullable(),
	last_active_location: z.string().nullable(),
});

export type UserAdminResponse = z.infer<typeof UserAdminResponseSchema>;

const LookupUserByQueryRequest = z.object({
	query: createStringType(1, 1024),
});

const LookupUserByIdsRequest = z.object({
	user_ids: z.array(SnowflakeType).max(100),
});

export const LookupUserRequest = z.union([LookupUserByQueryRequest, LookupUserByIdsRequest]);

export type LookupUserRequest = z.infer<typeof LookupUserRequest>;

const UserContactChangeLogEntrySchema = z.object({
	event_id: z.string(),
	field: z.string(),
	old_value: z.string().nullable(),
	new_value: z.string().nullable(),
	reason: z.string().nullable(),
	actor_user_id: z.string().nullable(),
	event_at: z.string(),
});

export const ListUserChangeLogResponseSchema = z.object({
	entries: z.array(UserContactChangeLogEntrySchema).max(200),
	next_page_token: z.string().nullable(),
});

export const AdminUsersMeResponse = z.object({
	user: UserAdminResponseSchema,
});

export type AdminUsersMeResponse = z.infer<typeof AdminUsersMeResponse>;

export const UserMutationResponse = AdminUsersMeResponse;

export type UserMutationResponse = z.infer<typeof UserMutationResponse>;

export const LookupUserResponse = z.object({
	users: z.array(UserAdminResponseSchema),
});

export type LookupUserResponse = z.infer<typeof LookupUserResponse>;

const UserSessionResponse = z.object({
	session_id_hash: createStringType(8, 256).describe('Hashed session identifier (base64url)'),
	created_at: z.string().describe('ISO timestamp when the session was created'),
	approx_last_used_at: z.string().describe('ISO timestamp of the session last usage (approximate)'),
	client_ip: createStringType(1, 64).describe('Client IP address'),
	client_ip_reverse: z.string().nullable().describe('Reverse DNS hostname for the client IP (PTR), if available'),
	client_os: z.string().nullable().describe('Client operating system, if detected'),
	client_platform: z.string().nullable().describe('Client platform, if detected'),
	client_location: z.string().nullable().describe('Approximate geo location label for the client IP, if available'),
	deleted_at: z.string().nullable().describe('ISO timestamp when the session was terminated, or null if still active'),
});

export const ListUserSessionsResponse = z.object({
	sessions: z.array(UserSessionResponse),
});

export type ListUserSessionsResponse = z.infer<typeof ListUserSessionsResponse>;

export const ListUserDmChannelsRequest = z
	.object({
		user_id: SnowflakeType.describe('ID of the user to list DM channels for'),
		before: SnowflakeType.optional().describe('Return channels with IDs lower than this channel ID'),
		after: SnowflakeType.optional().describe('Return channels with IDs higher than this channel ID'),
		limit: z.number().int().min(1).max(200).default(50).describe('Maximum number of DM channels to return'),
	})
	.refine((value) => value.before === undefined || value.after === undefined, {
		error: 'before and after cannot both be provided',
	});

export type ListUserDmChannelsRequest = z.infer<typeof ListUserDmChannelsRequest>;

const AdminResolvedUserSchema = z.object({
	id: SnowflakeStringType,
	username: z.string(),
	discriminator: z.string(),
	global_name: z.string().nullable(),
	avatar: z.string().nullable(),
});

const AdminUserDmChannelSchema = z.object({
	channel_id: SnowflakeStringType,
	channel_type: Int32Type.nullable(),
	channel_nsfw: z.boolean().nullable(),
	guild_nsfw_level: NSFWLevelSchema.nullable(),
	recipient_ids: z.array(SnowflakeStringType).max(100),
	recipients: z.array(AdminResolvedUserSchema).max(100),
	last_message_id: SnowflakeStringType.nullable(),
	is_open: z.boolean(),
	name: z.string().nullable(),
	icon: z.string().nullable(),
	owner_id: SnowflakeStringType.nullable(),
});

const ListUserDmChannelsResponse = z.object({
	channels: z.array(AdminUserDmChannelSchema).max(200),
});
export const ListUserGroupDmChannelsRequest = z.object({
	user_id: SnowflakeType.describe('ID of the user to list group DM channels for'),
});

export type ListUserGroupDmChannelsRequest = z.infer<typeof ListUserGroupDmChannelsRequest>;

const ListUserGroupDmChannelsResponse = z.object({
	channels: z.array(AdminUserDmChannelSchema).max(500),
});

export const TerminateSessionsResponse = z.object({
	terminated_count: Int32Type,
});

export type TerminateSessionsResponse = z.infer<typeof TerminateSessionsResponse>;

const UserFlagValueType = createBitflagStringType(
	UserFlags,
	UserFlagsDescriptions,
	'A single user flag value to add or remove',
	'UserFlags',
);
const PremiumFlagValueType = createBitflagInt32Type(
	PremiumFlags,
	PremiumFlagsDescriptions,
	'A single premium flag value to add or remove',
	'PremiumFlags',
);
const UpdateUserFlagsRequest = z.object({
	user_id: SnowflakeType.describe('ID of the user to update'),
	add_flags: z.array(UserFlagValueType).max(64).default([]).describe('User flags to add'),
	remove_flags: z.array(UserFlagValueType).max(64).default([]).describe('User flags to remove'),
});

const UpdatePremiumFlagsRequest = z.object({
	user_id: SnowflakeType.describe('ID of the user to update'),
	add_flags: z.array(PremiumFlagValueType).max(64).default([]).describe('Premium flags to add'),
	remove_flags: z.array(PremiumFlagValueType).max(64).default([]).describe('Premium flags to remove'),
});

export const DisableMfaRequest = z.object({
	user_id: SnowflakeType.describe('ID of the user to disable MFA for'),
});

export type DisableMfaRequest = z.infer<typeof DisableMfaRequest>;

export const CancelBulkMessageDeletionRequest = z.object({
	user_id: SnowflakeType.describe('ID of the user to cancel bulk message deletion for'),
});

export type CancelBulkMessageDeletionRequest = z.infer<typeof CancelBulkMessageDeletionRequest>;

const UserProfileFieldEnum = createNamedStringLiteralUnion(
	[
		['avatar', 'avatar', 'User profile avatar image'],
		['banner', 'banner', 'User profile banner image'],
		['bio', 'bio', 'User biography text'],
		['pronouns', 'pronouns', 'User pronouns'],
		['global_name', 'global_name', 'User display name'],
	],
	'User profile field that can be cleared',
);
export const ClearUserFieldsRequest = z.object({
	user_id: SnowflakeType.describe('ID of the user to clear fields for'),
	fields: z.array(UserProfileFieldEnum).max(10).describe('List of profile fields to clear'),
});

export type ClearUserFieldsRequest = z.infer<typeof ClearUserFieldsRequest>;

export const SetUserBotStatusRequest = z.object({
	user_id: SnowflakeType.describe('ID of the user to update'),
	bot: z.boolean().describe('Whether the user should be marked as a bot'),
});

export type SetUserBotStatusRequest = z.infer<typeof SetUserBotStatusRequest>;

export const SetUserSystemStatusRequest = z.object({
	user_id: SnowflakeType.describe('ID of the user to update'),
	system: z.boolean().describe('Whether the user should be marked as a system user'),
});

export type SetUserSystemStatusRequest = z.infer<typeof SetUserSystemStatusRequest>;

export const VerifyUserEmailRequest = z.object({
	user_id: SnowflakeType.describe('ID of the user to verify email for'),
});

export type VerifyUserEmailRequest = z.infer<typeof VerifyUserEmailRequest>;

export const ResendVerificationEmailRequest = z.object({
	user_id: SnowflakeType.describe('ID of the user to resend verification email to'),
});

export type ResendVerificationEmailRequest = z.infer<typeof ResendVerificationEmailRequest>;

export const SendPasswordResetRequest = z.object({
	user_id: SnowflakeType.describe('ID of the user to send password reset to'),
});

export type SendPasswordResetRequest = z.infer<typeof SendPasswordResetRequest>;

export const AdminPasswordResetLinkResponse = z.object({
	url: z.string().describe('Password reset link to hand to the user. It is shown only once'),
	expires_at: z.iso.datetime().describe('ISO 8601 timestamp when the link stops working'),
});

export type AdminPasswordResetLinkResponse = z.infer<typeof AdminPasswordResetLinkResponse>;

export const ChangeUsernameRequest = z.object({
	user_id: SnowflakeType.describe('ID of the user to change username for'),
	username: UsernameType.describe('New username for the user'),
	discriminator: DiscriminatorType.optional().describe('Legacy discriminator value'),
});

export type ChangeUsernameRequest = z.infer<typeof ChangeUsernameRequest>;

export const ChangeEmailRequest = z.object({
	user_id: SnowflakeType.describe('ID of the user to change email for'),
	email: EmailType.describe('New email address for the user'),
});

export type ChangeEmailRequest = z.infer<typeof ChangeEmailRequest>;

export const TerminateSessionsRequest = z.object({
	user_id: SnowflakeType.describe('ID of the user to terminate sessions for'),
});

export type TerminateSessionsRequest = z.infer<typeof TerminateSessionsRequest>;

export const TempBanUserRequest = z.object({
	user_id: SnowflakeType.describe('ID of the user to temporarily ban'),
	duration_hours: z
		.number()
		.int()
		.min(0)
		.max(8760)
		.describe('Duration of the ban in hours. Use 0 for a permanent ban (until manually unbanned).'),
	reason: createStringType(0, 512).optional().describe('Reason shown to the user in the ban email'),
	notify_user: z
		.boolean()
		.default(true)
		.describe('Whether to email the user about a temporary ban. Permanent bans (duration_hours 0) are never emailed'),
});

export type TempBanUserRequest = z.infer<typeof TempBanUserRequest>;

const DeletionReasonCodeType = createInt32EnumType(
	Object.entries(DeletionReasons).map(([name, value]) => [value, name] as const),
	'Reason the account was scheduled for deletion',
	'DeletionReasonCode',
);

export const ScheduleAccountDeletionRequest = z.object({
	user_id: SnowflakeType.describe('ID of the user to schedule deletion for'),
	reason_code: withFieldDescription(DeletionReasonCodeType, 'Code indicating the reason for deletion'),
	public_reason: createStringType(0, 512).optional().describe('Public-facing reason for the deletion'),
	days_until_deletion: z
		.number()
		.int()
		.min(1)
		.max(365)
		.default(60)
		.describe('Number of days until the account is deleted'),
	replace_pending_deletion_at: z.iso
		.datetime()
		.optional()
		.describe(
			'pending_deletion_at of the deletion this request replaces. Required when a deletion is already scheduled for the account',
		),
	notify_user: z.boolean().default(true).describe('Whether to email the user about the scheduled deletion'),
});

export type ScheduleAccountDeletionRequest = z.infer<typeof ScheduleAccountDeletionRequest>;

export const SetUserAclsRequest = z.object({
	user_id: SnowflakeType.describe('ID of the user to set ACLs for'),
	acls: z.array(AdminAclType).max(ADMIN_ACL_COUNT).describe('List of access control permissions to assign'),
});

export type SetUserAclsRequest = z.infer<typeof SetUserAclsRequest>;

export const SetUserTraitsRequest = z.object({
	user_id: SnowflakeType.describe('ID of the user to set traits for'),
	traits: z.array(createStringType(1, 128)).max(100).describe('List of traits to assign to the user'),
});

export type SetUserTraitsRequest = z.infer<typeof SetUserTraitsRequest>;

export const ChangeDobRequest = z.object({
	user_id: SnowflakeType.describe('ID of the user to change date of birth for'),
	date_of_birth: createStringType(10, 10)
		.refine((value) => CalendarDateType.safeParse(value).success, 'Invalid date format')
		.describe('New date of birth in YYYY-MM-DD format'),
});

export type ChangeDobRequest = z.infer<typeof ChangeDobRequest>;

export const BulkUpdateUserFlagsRequest = z.object({
	user_ids: z.array(SnowflakeType).max(1000).describe('List of user IDs to update'),
	add_flags: z.array(UserFlagValueType).max(64).default([]).describe('User flags to add to all specified users'),
	remove_flags: z
		.array(UserFlagValueType)
		.max(64)
		.default([])
		.describe('User flags to remove from all specified users'),
});

export type BulkUpdateUserFlagsRequest = z.infer<typeof BulkUpdateUserFlagsRequest>;

export const BulkScheduleUserDeletionRequest = ScheduleAccountDeletionRequest.omit({
	user_id: true,
	replace_pending_deletion_at: true,
}).extend({
	user_ids: z.array(SnowflakeType).max(1000).describe('List of user IDs to schedule deletion for'),
	days_until_deletion: ScheduleAccountDeletionRequest.shape.days_until_deletion.describe(
		'Number of days until the accounts are deleted',
	),
});

export type BulkScheduleUserDeletionRequest = z.infer<typeof BulkScheduleUserDeletionRequest>;

export const ListWebAuthnCredentialsRequest = z.object({
	user_id: SnowflakeType.describe('ID of the user to list WebAuthn credentials for'),
});

export type ListWebAuthnCredentialsRequest = z.infer<typeof ListWebAuthnCredentialsRequest>;

export const DeleteWebAuthnCredentialRequest = z.object({
	user_id: SnowflakeType.describe('ID of the user who owns the credential'),
	credential_id: createStringType(1, 512).describe('ID of the WebAuthn credential to delete'),
});

export type DeleteWebAuthnCredentialRequest = z.infer<typeof DeleteWebAuthnCredentialRequest>;

export const ListUserChangeLogRequest = z.object({
	user_id: SnowflakeType.describe('ID of the user to list change logs for'),
	limit: z.number().int().min(1).max(200).default(50).describe('Maximum number of entries to return'),
	page_token: z.string().optional().describe('Pagination token for the next page of results'),
});

export type ListUserChangeLogRequest = z.infer<typeof ListUserChangeLogRequest>;

export const RelationshipCategoryEnum = z.enum(['friend', 'incoming_request', 'outgoing_request', 'blocked']);

export type RelationshipCategory = z.infer<typeof RelationshipCategoryEnum>;

export const ListUserRelationshipsRequest = z.object({
	user_id: SnowflakeType.describe('ID of the user to list relationships for'),
});

export type ListUserRelationshipsRequest = z.infer<typeof ListUserRelationshipsRequest>;

export const AdminRelationshipEntrySchema = z.object({
	target_user_id: SnowflakeStringType,
	category: RelationshipCategoryEnum,
	nickname: z.string().nullable(),
	since: z.string().nullable(),
	target: AdminResolvedUserSchema.nullable(),
});

export type AdminRelationshipEntry = z.infer<typeof AdminRelationshipEntrySchema>;

export const ListUserRelationshipsResponse = z.object({
	friends: z.array(AdminRelationshipEntrySchema),
	incoming_requests: z.array(AdminRelationshipEntrySchema),
	outgoing_requests: z.array(AdminRelationshipEntrySchema),
	blocked: z.array(AdminRelationshipEntrySchema),
});

export type ListUserRelationshipsResponse = z.infer<typeof ListUserRelationshipsResponse>;

export const RemoveUserRelationshipRequest = z.object({
	user_id: SnowflakeType.describe('ID of the user whose relationship is being removed'),
	target_user_id: SnowflakeType.describe('ID of the other party in the relationship'),
	category: RelationshipCategoryEnum.describe(
		'Which relationship to remove. Friend and outgoing_request also remove the mirror entry on the target user.',
	),
});

export type RemoveUserRelationshipRequest = z.infer<typeof RemoveUserRelationshipRequest>;

export const RemoveUserRelationshipsByCategoryRequest = z.object({
	user_id: SnowflakeType.describe('ID of the user to bulk-remove relationships for'),
	category: RelationshipCategoryEnum.describe('Category of relationships to remove for this user'),
});

export type RemoveUserRelationshipsByCategoryRequest = z.infer<typeof RemoveUserRelationshipsByCategoryRequest>;

export const RemoveUserRelationshipsResponse = z.object({
	removed_count: Int32Type,
});

export type RemoveUserRelationshipsResponse = z.infer<typeof RemoveUserRelationshipsResponse>;

export const AdminAclListResponse = z.object({
	acls: z
		.array(createStringType(1, 64))
		.max(ADMIN_ACL_COUNT)
		.describe('Every admin access control permission the admin API recognises'),
});

export type AdminAclListResponse = z.infer<typeof AdminAclListResponse>;

export const AdminUserListQuery = z.object({
	q: createStringType(1, 1024).optional().describe('Restrict the results to the users matching this free-text query'),
	user_id: z
		.union([SnowflakeStringType, z.array(SnowflakeStringType).max(100)])
		.optional()
		.describe('Restrict the results to these users. Repeat the parameter to pass more than one.'),
	resolve: createStringType(1, 1024)
		.optional()
		.describe(
			'Resolve one exact identifier: a username#discriminator tag, a user ID, an email address, or a Stripe subscription ID',
		),
	email: createStringType(1, 320).optional().describe('Restrict the results to the user with this exact email address'),
	last_active_ip: createStringType(1, 64)
		.optional()
		.describe('Restrict the results to the users whose last active IP address matches this one exactly'),
	limit: createQueryIntegerType({defaultValue: 50, minValue: 1, maxValue: 200}).describe(
		'Maximum number of users to return',
	),
	offset: createQueryIntegerType({defaultValue: 0, minValue: 0, maxValue: 100000}).describe(
		'Number of users to skip before returning results',
	),
});

export type AdminUserListQuery = z.infer<typeof AdminUserListQuery>;

export const AdminUserGuildListQuery = z.object({
	before: SnowflakeType.optional().describe('Return guilds with IDs lower than this guild ID'),
	after: SnowflakeType.optional().describe('Return guilds with IDs higher than this guild ID'),
	limit: createQueryIntegerType({defaultValue: 200, minValue: 1, maxValue: 200}).describe(
		'Maximum number of guilds to return',
	),
	with_counts: QueryBooleanType.describe('Whether to resolve live member and presence counts from the gateway'),
});

export type AdminUserGuildListQuery = z.infer<typeof AdminUserGuildListQuery>;

export const AdminUserDmChannelType = createNamedStringLiteralUnion(
	[
		['dm', 'DM', 'One-to-one direct message channels'],
		['group_dm', 'GROUP_DM', 'Group direct message channels'],
	],
	'Kind of direct message channel to list',
);

export const AdminUserDmChannelListQuery = z
	.object({
		type: AdminUserDmChannelType.optional()
			.default('dm')
			.describe('The kind of direct message channel to list. Defaults to the one-to-one direct message channels.'),
		before: SnowflakeType.optional().describe('Return channels with IDs lower than this channel ID'),
		after: SnowflakeType.optional().describe('Return channels with IDs higher than this channel ID'),
		limit: createQueryIntegerType({defaultValue: 50, minValue: 1, maxValue: 200}).describe(
			'Maximum number of DM channels to return',
		),
	})
	.refine((value) => value.before === undefined || value.after === undefined, {
		error: 'before and after cannot both be provided',
	});

export type AdminUserDmChannelListQuery = z.infer<typeof AdminUserDmChannelListQuery>;

export const AdminUserChangeLogQuery = z.object({
	limit: createQueryIntegerType({defaultValue: 50, minValue: 1, maxValue: 200}).describe(
		'Maximum number of entries to return',
	),
	page_token: createStringType(1, 64).optional().describe('Pagination token for the next page of results'),
});

export type AdminUserChangeLogQuery = z.infer<typeof AdminUserChangeLogQuery>;

export const AdminUserRelationshipCategoryQuery = z.object({
	category: RelationshipCategoryEnum.describe('Category of relationships the operation applies to'),
});

export type AdminUserRelationshipCategoryQuery = z.infer<typeof AdminUserRelationshipCategoryQuery>;

export const AdminUserRelationshipParam = z.object({
	user_id: SnowflakeType.describe('The ID of the user'),
	target_user_id: SnowflakeType.describe('The ID of the target user'),
});

export type AdminUserRelationshipParam = z.infer<typeof AdminUserRelationshipParam>;

export const AdminUserWebAuthnCredentialParam = z.object({
	user_id: SnowflakeType.describe('The ID of the user'),
	credential_id: createStringType(1, 512).describe('The ID of the WebAuthn credential'),
});

export type AdminUserWebAuthnCredentialParam = z.infer<typeof AdminUserWebAuthnCredentialParam>;

export const AdminUserClearFieldsRequest = ClearUserFieldsRequest.omit({user_id: true});

export type AdminUserClearFieldsRequest = z.infer<typeof AdminUserClearFieldsRequest>;

export const AdminUserBotStatusRequest = SetUserBotStatusRequest.omit({user_id: true});

export type AdminUserBotStatusRequest = z.infer<typeof AdminUserBotStatusRequest>;

export const AdminUserSystemStatusRequest = SetUserSystemStatusRequest.omit({user_id: true});

export type AdminUserSystemStatusRequest = z.infer<typeof AdminUserSystemStatusRequest>;

export const AdminUserUsernameUpdateRequest = ChangeUsernameRequest.omit({user_id: true});

export type AdminUserUsernameUpdateRequest = z.infer<typeof AdminUserUsernameUpdateRequest>;

export const AdminUserEmailUpdateRequest = ChangeEmailRequest.omit({user_id: true});

export type AdminUserEmailUpdateRequest = z.infer<typeof AdminUserEmailUpdateRequest>;

export const AdminUserBanRequest = TempBanUserRequest.omit({user_id: true});

export type AdminUserBanRequest = z.infer<typeof AdminUserBanRequest>;

export const AdminUserDeletionScheduleRequest = ScheduleAccountDeletionRequest.omit({user_id: true});

export type AdminUserDeletionScheduleRequest = z.infer<typeof AdminUserDeletionScheduleRequest>;

export const AdminUserDeletionCancelRequest = z.object({
	expected_pending_deletion_at: z.iso
		.datetime()
		.describe('pending_deletion_at of the deletion being cancelled, as shown on the account'),
	notify_user: z.boolean().default(false).describe('Whether to email the user that the deletion was cancelled'),
});

export type AdminUserDeletionCancelRequest = z.infer<typeof AdminUserDeletionCancelRequest>;

export const AdminUserUnbanRequest = z.object({
	notify_user: z.boolean().default(true).describe('Whether to email the user that the suspension was lifted'),
	public_reason: createStringType(0, 512)
		.optional()
		.describe('Reason shown to the user in the unban email. The audit log reason is never emailed'),
});

export type AdminUserUnbanRequest = z.infer<typeof AdminUserUnbanRequest>;

export const AdminUserBanNoteRequest = z.object({
	ban_audit_log_id: SnowflakeType.describe('Audit log entry of the current ban that the note refers to'),
	note: createStringType(1, 512).describe('Note to append to the ban. Recorded as the reason of a new audit log entry'),
});

export type AdminUserBanNoteRequest = z.infer<typeof AdminUserBanNoteRequest>;

export const AdminUserAclsRequest = SetUserAclsRequest.omit({user_id: true});

export type AdminUserAclsRequest = z.infer<typeof AdminUserAclsRequest>;

export const AdminUserTraitsRequest = SetUserTraitsRequest.omit({user_id: true});

export type AdminUserTraitsRequest = z.infer<typeof AdminUserTraitsRequest>;

export const AdminUserFlagsUpdateRequest = UpdateUserFlagsRequest.omit({user_id: true});

export type AdminUserFlagsUpdateRequest = z.infer<typeof AdminUserFlagsUpdateRequest>;

export const AdminUserPremiumFlagsUpdateRequest = UpdatePremiumFlagsRequest.omit({user_id: true});

export type AdminUserPremiumFlagsUpdateRequest = z.infer<typeof AdminUserPremiumFlagsUpdateRequest>;

export const AdminUserDobUpdateRequest = ChangeDobRequest.omit({user_id: true});

export type AdminUserDobUpdateRequest = z.infer<typeof AdminUserDobUpdateRequest>;

export const AdminUserDmChannelListResponse = z.union([ListUserDmChannelsResponse, ListUserGroupDmChannelsResponse]);

export type AdminUserDmChannelListResponse = z.infer<typeof AdminUserDmChannelListResponse>;