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create_room.hpp
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create_room.hpp
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/******************************************************************************
* THIS FILE IS GENERATED - ANY EDITS WILL BE OVERWRITTEN
*/
#pragma once
#include "basejob.hpp"
namespace Kazv {
/*! \brief Create a new room
*
* Create a new room with various configuration options.
*
* The server MUST apply the normal state resolution rules when creating
* the new room, including checking power levels for each event. It MUST
* apply the events implied by the request in the following order:
*
* 1. The ``m.room.create`` event itself. Must be the first event in the
* room.
*
* 2. An ``m.room.member`` event for the creator to join the room. This is
* needed so the remaining events can be sent.
*
* 3. A default ``m.room.power_levels`` event, giving the room creator
* (and not other members) permission to send state events. Overridden
* by the ``power_level_content_override`` parameter.
*
* 4. Events set by the ``preset``. Currently these are the ``m.room.join_rules``,
* ``m.room.history_visibility``, and ``m.room.guest_access`` state events.
*
* 5. Events listed in ``initial_state``, in the order that they are
* listed.
*
* 6. Events implied by ``name`` and ``topic`` (``m.room.name`` and ``m.room.topic``
* state events).
*
* 7. Invite events implied by ``invite`` and ``invite_3pid`` (``m.room.member`` with
* ``membership: invite`` and ``m.room.third_party_invite``).
*
* The available presets do the following with respect to room state:
*
* ======================== ============== ====================== ================ =========
* Preset ``join_rules`` ``history_visibility`` ``guest_access`` Other
* ======================== ============== ====================== ================ =========
* ``private_chat`` ``invite`` ``shared`` ``can_join``
* ``trusted_private_chat`` ``invite`` ``shared`` ``can_join`` All invitees are given the same power level as the room creator.
* ``public_chat`` ``public`` ``shared`` ``forbidden``
* ======================== ============== ====================== ================ =========
*
* The server will create a ``m.room.create`` event in the room with the
* requesting user as the creator, alongside other keys provided in the
* ``creation_content``.
*/
class CreateRoomJob : public BaseJob {
public:
// Inner data structures
/// Create a new room with various configuration options.
///
/// The server MUST apply the normal state resolution rules when creating
/// the new room, including checking power levels for each event. It MUST
/// apply the events implied by the request in the following order:
///
/// 1. The ``m.room.create`` event itself. Must be the first event in the
/// room.
///
/// 2. An ``m.room.member`` event for the creator to join the room. This is
/// needed so the remaining events can be sent.
///
/// 3. A default ``m.room.power_levels`` event, giving the room creator
/// (and not other members) permission to send state events. Overridden
/// by the ``power_level_content_override`` parameter.
///
/// 4. Events set by the ``preset``. Currently these are the ``m.room.join_rules``,
/// ``m.room.history_visibility``, and ``m.room.guest_access`` state events.
///
/// 5. Events listed in ``initial_state``, in the order that they are
/// listed.
///
/// 6. Events implied by ``name`` and ``topic`` (``m.room.name`` and ``m.room.topic``
/// state events).
///
/// 7. Invite events implied by ``invite`` and ``invite_3pid`` (``m.room.member`` with
/// ``membership: invite`` and ``m.room.third_party_invite``).
///
/// The available presets do the following with respect to room state:
///
/// ======================== ============== ====================== ================ =========
/// Preset ``join_rules`` ``history_visibility`` ``guest_access`` Other
/// ======================== ============== ====================== ================ =========
/// ``private_chat`` ``invite`` ``shared`` ``can_join``
/// ``trusted_private_chat`` ``invite`` ``shared`` ``can_join`` All invitees are given the same power level as the room creator.
/// ``public_chat`` ``public`` ``shared`` ``forbidden``
/// ======================== ============== ====================== ================ =========
///
/// The server will create a ``m.room.create`` event in the room with the
/// requesting user as the creator, alongside other keys provided in the
/// ``creation_content``.
struct Invite3pid
{
/// The hostname+port of the identity server which should be used for third party identifier lookups.
std::string idServer;
/// An access token previously registered with the identity server. Servers
/// can treat this as optional to distinguish between r0.5-compatible clients
/// and this specification version.
std::string idAccessToken;
/// The kind of address being passed in the address field, for example ``email``.
std::string medium;
/// The invitee's third party identifier.
std::string address;
};
/// Create a new room with various configuration options.
///
/// The server MUST apply the normal state resolution rules when creating
/// the new room, including checking power levels for each event. It MUST
/// apply the events implied by the request in the following order:
///
/// 1. The ``m.room.create`` event itself. Must be the first event in the
/// room.
///
/// 2. An ``m.room.member`` event for the creator to join the room. This is
/// needed so the remaining events can be sent.
///
/// 3. A default ``m.room.power_levels`` event, giving the room creator
/// (and not other members) permission to send state events. Overridden
/// by the ``power_level_content_override`` parameter.
///
/// 4. Events set by the ``preset``. Currently these are the ``m.room.join_rules``,
/// ``m.room.history_visibility``, and ``m.room.guest_access`` state events.
///
/// 5. Events listed in ``initial_state``, in the order that they are
/// listed.
///
/// 6. Events implied by ``name`` and ``topic`` (``m.room.name`` and ``m.room.topic``
/// state events).
///
/// 7. Invite events implied by ``invite`` and ``invite_3pid`` (``m.room.member`` with
/// ``membership: invite`` and ``m.room.third_party_invite``).
///
/// The available presets do the following with respect to room state:
///
/// ======================== ============== ====================== ================ =========
/// Preset ``join_rules`` ``history_visibility`` ``guest_access`` Other
/// ======================== ============== ====================== ================ =========
/// ``private_chat`` ``invite`` ``shared`` ``can_join``
/// ``trusted_private_chat`` ``invite`` ``shared`` ``can_join`` All invitees are given the same power level as the room creator.
/// ``public_chat`` ``public`` ``shared`` ``forbidden``
/// ======================== ============== ====================== ================ =========
///
/// The server will create a ``m.room.create`` event in the room with the
/// requesting user as the creator, alongside other keys provided in the
/// ``creation_content``.
struct StateEvent
{
/// The type of event to send.
std::string type;
/// The state_key of the state event. Defaults to an empty string.
std::string stateKey;
/// The content of the event.
JsonWrap content;
};
// Construction/destruction
/*! \brief Create a new room
*
* \param visibility
* A ``public`` visibility indicates that the room will be shown
* in the published room list. A ``private`` visibility will hide
* the room from the published room list. Rooms default to
* ``private`` visibility if this key is not included. NB: This
* should not be confused with ``join_rules`` which also uses the
* word ``public``.
*
* \param roomAliasName
* The desired room alias **local part**. If this is included, a
* room alias will be created and mapped to the newly created
* room. The alias will belong on the *same* homeserver which
* created the room. For example, if this was set to "foo" and
* sent to the homeserver "example.com" the complete room alias
* would be ``#foo:example.com``.
*
* The complete room alias will become the canonical alias for
* the room.
*
* \param name
* If this is included, an ``m.room.name`` event will be sent
* into the room to indicate the name of the room. See Room
* Events for more information on ``m.room.name``.
*
* \param topic
* If this is included, an ``m.room.topic`` event will be sent
* into the room to indicate the topic for the room. See Room
* Events for more information on ``m.room.topic``.
*
* \param invite
* A list of user IDs to invite to the room. This will tell the
* server to invite everyone in the list to the newly created room.
*
* \param invite3pid
* A list of objects representing third party IDs to invite into
* the room.
*
* \param roomVersion
* The room version to set for the room. If not provided, the homeserver is
* to use its configured default. If provided, the homeserver will return a
* 400 error with the errcode ``M_UNSUPPORTED_ROOM_VERSION`` if it does not
* support the room version.
*
* \param creationContent
* Extra keys, such as ``m.federate``, to be added to the content
* of the `m.room.create`_ event. The server will clobber the following
* keys: ``creator``, ``room_version``. Future versions of the specification
* may allow the server to clobber other keys.
*
* \param initialState
* A list of state events to set in the new room. This allows
* the user to override the default state events set in the new
* room. The expected format of the state events are an object
* with type, state_key and content keys set.
*
* Takes precedence over events set by ``preset``, but gets
* overriden by ``name`` and ``topic`` keys.
*
* \param preset
* Convenience parameter for setting various default state events
* based on a preset.
*
* If unspecified, the server should use the ``visibility`` to determine
* which preset to use. A visbility of ``public`` equates to a preset of
* ``public_chat`` and ``private`` visibility equates to a preset of
* ``private_chat``.
*
* \param isDirect
* This flag makes the server set the ``is_direct`` flag on the
* ``m.room.member`` events sent to the users in ``invite`` and
* ``invite_3pid``. See `Direct Messaging`_ for more information.
*
* \param powerLevelContentOverride
* The power level content to override in the default power level
* event. This object is applied on top of the generated `m.room.power_levels`_
* event content prior to it being sent to the room. Defaults to
* overriding nothing.
*/
explicit CreateRoomJob(std::string serverUrl
, std::string _accessToken
,
std::string visibility = {}, std::string roomAliasName = {}, std::string name = {}, std::string topic = {}, immer::array<std::string> invite = {}, immer::array<Invite3pid> invite3pid = {}, std::string roomVersion = {}, JsonWrap creationContent = {}, immer::array<StateEvent> initialState = {}, std::string preset = {}, std::optional<bool> isDirect = std::nullopt, JsonWrap powerLevelContentOverride = {});
// Result properties
/// The created room's ID.
static std::string roomId(Response r);
static BaseJob::Query buildQuery(
);
static BaseJob::Body buildBody(std::string visibility, std::string roomAliasName, std::string name, std::string topic, immer::array<std::string> invite, immer::array<Invite3pid> invite3pid, std::string roomVersion, JsonWrap creationContent, immer::array<StateEvent> initialState, std::string preset, std::optional<bool> isDirect, JsonWrap powerLevelContentOverride);
static bool success(Response r);
};
}
namespace nlohmann
{
using namespace Kazv;
template<>
struct adl_serializer<CreateRoomJob::Invite3pid> {
static void to_json(json& jo, const CreateRoomJob::Invite3pid &pod)
{
jo["id_server"s] = pod.idServer;
jo["id_access_token"s] = pod.idAccessToken;
jo["medium"s] = pod.medium;
jo["address"s] = pod.address;
}
};
template<>
struct adl_serializer<CreateRoomJob::StateEvent> {
static void to_json(json& jo, const CreateRoomJob::StateEvent &pod)
{
jo["type"s] = pod.type;
addToJsonIfNeeded(jo, "state_key"s, pod.stateKey);
jo["content"s] = pod.content;
}
};
}
namespace Kazv
{
} // namespace Kazv

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