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construct/ircd/m_v1.cc

1536 lines
38 KiB
C++

// Matrix Construct
//
// Copyright (C) Matrix Construct Developers, Authors & Contributors
// Copyright (C) 2016-2018 Jason Volk <jason@zemos.net>
//
// Permission to use, copy, modify, and/or distribute this software for any
// purpose with or without fee is hereby granted, provided that the above
// copyright notice and this permission notice is present in all copies. The
// full license for this software is available in the LICENSE file.
///////////////////////////////////////////////////////////////////////////////
//
// v1/groups.h
//
ircd::m::v1::groups::publicised::publicised(const id::node &node,
const vector_view<const id::user> &user_ids,
const mutable_buffer &buf_,
opts opts)
:server::request{[&]
{
if(!opts.remote)
opts.remote = node.host();
if(!defined(json::get<"origin"_>(opts.request)))
json::get<"origin"_>(opts.request) = my_host();
if(!defined(json::get<"destination"_>(opts.request)))
json::get<"destination"_>(opts.request) = node.host();
if(!defined(json::get<"uri"_>(opts.request)))
json::get<"uri"_>(opts.request) = "/_matrix/federation/v1/get_groups_publicised";
json::get<"method"_>(opts.request) = "POST";
mutable_buffer buf{buf_};
const string_view user_ids_
{
json::stringify(buf, user_ids.data(), user_ids.data() + user_ids.size())
};
assert(!defined(json::get<"content"_>(opts.request)));
json::get<"content"_>(opts.request) = stringify(buf, json::members
{
{ "user_ids", user_ids_ }
});
// (front of buf was advanced by stringify)
opts.out.content = json::get<"content"_>(opts.request);
opts.out.head = opts.request(buf);
if(!size(opts.in))
{
consume(buf, size(opts.out.head));
opts.in.head = buf;
opts.in.content = opts.dynamic?
mutable_buffer{}: // server::request will allocate new mem
opts.in.head; // server::request will auto partition
}
return server::request
{
opts.remote, std::move(opts.out), std::move(opts.in), opts.sopts
};
}()}
{
}
///////////////////////////////////////////////////////////////////////////////
//
// v1/send.h
//
void
ircd::m::v1::send::response::for_each_pdu(const pdus_closure &closure)
const
{
const json::object &pdus
{
this->get("pdus")
};
for(const auto &member : pdus)
{
const id::event &event_id{member.first};
const json::object &error{member.second};
closure(event_id, error);
}
}
ircd::m::v1::send::send(const string_view &txnid,
const const_buffer &content,
const mutable_buffer &buf,
opts opts)
:server::request{[&]
{
assert(!!opts.remote);
assert(!size(opts.out.content));
opts.out.content = content;
assert(!defined(json::get<"content"_>(opts.request)));
json::get<"content"_>(opts.request) = json::object{opts.out.content};
if(!defined(json::get<"origin"_>(opts.request)))
json::get<"origin"_>(opts.request) = my_host();
if(!defined(json::get<"destination"_>(opts.request)))
json::get<"destination"_>(opts.request) = host(opts.remote);
if(!defined(json::get<"uri"_>(opts.request)))
{
thread_local char urlbuf[1024], txnidbuf[512];
json::get<"uri"_>(opts.request) = fmt::sprintf
{
urlbuf, "/_matrix/federation/v1/send/%s/",
url::encode(txnidbuf, txnid),
};
}
json::get<"method"_>(opts.request) = "PUT";
opts.out.head = opts.request(buf);
if(!size(opts.in))
{
opts.in.head = buf + size(opts.out.head);
opts.in.content = opts.dynamic?
mutable_buffer{}: // server::request will allocate new mem
opts.in.head; // server::request will auto partition
}
return server::request
{
opts.remote, std::move(opts.out), std::move(opts.in), opts.sopts
};
}()}
{
}
///////////////////////////////////////////////////////////////////////////////
//
// v1/public_rooms.h
//
ircd::m::v1::public_rooms::public_rooms(const net::hostport &remote,
const mutable_buffer &buf,
opts opts)
:server::request{[&]
{
if(!opts.remote)
opts.remote = remote;
if(!defined(json::get<"origin"_>(opts.request)))
json::get<"origin"_>(opts.request) = my_host();
if(!defined(json::get<"destination"_>(opts.request)))
json::get<"destination"_>(opts.request) = host(opts.remote);
if(defined(json::get<"content"_>(opts.request)))
opts.out.content = json::get<"content"_>(opts.request);
if(!defined(json::get<"content"_>(opts.request)))
json::get<"content"_>(opts.request) = json::object{opts.out.content};
if(!defined(json::get<"uri"_>(opts.request)))
{
thread_local char urlbuf[3072], query[2048], since[1024], tpid[1024];
std::stringstream qss;
pubsetbuf(qss, query);
if(opts.since)
qss << "&since="
<< url::encode(since, opts.since);
if(opts.third_party_instance_id)
qss << "&third_party_instance_id="
<< url::encode(tpid, opts.third_party_instance_id);
json::get<"uri"_>(opts.request) = fmt::sprintf
{
urlbuf, "/_matrix/federation/v1/publicRooms?limit=%zu%s%s",
opts.limit,
opts.include_all_networks? "&include_all_networks=true" : "",
view(qss, query)
};
}
json::get<"method"_>(opts.request) = "GET";
opts.out.head = opts.request(buf);
if(!size(opts.in))
{
opts.in.head = buf + size(opts.out.head);
opts.in.content = opts.dynamic?
mutable_buffer{}: // server::request will allocate new mem
opts.in.head; // server::request will auto partition
}
return server::request
{
opts.remote, std::move(opts.out), std::move(opts.in), opts.sopts
};
}()}
{
}
///////////////////////////////////////////////////////////////////////////////
//
// v1/frontfill.h
//
ircd::m::v1::frontfill::frontfill(const room::id &room_id,
const span &span,
const mutable_buffer &buf,
opts opts)
:frontfill
{
room_id,
ranges { vector(&span.first, 1), vector(&span.second, 1) },
buf,
std::move(opts)
}
{
}
ircd::m::v1::frontfill::frontfill(const room::id &room_id,
const ranges &pair,
const mutable_buffer &buf_,
opts opts)
:server::request{[&]
{
assert(!!opts.remote);
if(!defined(json::get<"origin"_>(opts.request)))
json::get<"origin"_>(opts.request) = my_host();
if(!defined(json::get<"destination"_>(opts.request)))
json::get<"destination"_>(opts.request) = host(opts.remote);
if(defined(json::get<"content"_>(opts.request)))
opts.out.content = json::get<"content"_>(opts.request);
if(!defined(json::get<"uri"_>(opts.request)))
{
thread_local char urlbuf[1024], ridbuf[768];
json::get<"uri"_>(opts.request) = fmt::sprintf
{
urlbuf, "/_matrix/federation/v1/get_missing_events/%s/",
url::encode(ridbuf, room_id)
};
}
window_buffer buf{buf_};
if(!defined(json::get<"content"_>(opts.request)))
{
buf([&pair, &opts](const mutable_buffer &buf)
{
return make_content(buf, pair, opts);
});
json::get<"content"_>(opts.request) = json::object{buf.completed()};
opts.out.content = json::get<"content"_>(opts.request);
}
json::get<"method"_>(opts.request) = "POST";
opts.out.head = opts.request(buf);
if(!size(opts.in))
{
opts.in.head = buf + size(opts.out.head);
opts.in.content = opts.dynamic?
mutable_buffer{}: // server::request will allocate new mem
opts.in.head; // server::request will auto partition
}
return server::request
{
opts.remote, std::move(opts.out), std::move(opts.in), opts.sopts
};
}()}
{
}
ircd::const_buffer
ircd::m::v1::frontfill::make_content(const mutable_buffer &buf,
const ranges &pair,
const opts &opts)
{
json::stack out{buf};
{
// note: This object must be in abc order
json::stack::object top{out};
{
json::stack::member earliest{top, "earliest_events"};
json::stack::array array{earliest};
for(const auto &id : pair.first)
array.append(id);
}
{
json::stack::member latest{top, "latest_events"};
json::stack::array array{latest};
for(const auto &id : pair.second)
array.append(id);
}
json::stack::member{top, "limit", json::value(int64_t(opts.limit))};
json::stack::member{top, "min_depth", json::value(int64_t(opts.min_depth))};
}
return out.completed();
}
///////////////////////////////////////////////////////////////////////////////
//
// v1/backfill.h
//
ircd::m::v1::backfill::backfill(const room::id &room_id,
const mutable_buffer &buf,
opts opts)
:server::request{[&]
{
if(!opts.remote)
opts.remote = room_id.host();
m::event::id::buf event_id_buf;
if(!opts.event_id)
{
event_id_buf = fetch_head(room_id, opts.remote);
opts.event_id = event_id_buf;
}
if(!defined(json::get<"origin"_>(opts.request)))
json::get<"origin"_>(opts.request) = my_host();
if(!defined(json::get<"destination"_>(opts.request)))
json::get<"destination"_>(opts.request) = host(opts.remote);
if(defined(json::get<"content"_>(opts.request)))
opts.out.content = json::get<"content"_>(opts.request);
if(!defined(json::get<"content"_>(opts.request)))
json::get<"content"_>(opts.request) = json::object{opts.out.content};
if(!defined(json::get<"uri"_>(opts.request)))
{
thread_local char urlbuf[2048], ridbuf[768], eidbuf[768];
json::get<"uri"_>(opts.request) = fmt::sprintf
{
urlbuf, "/_matrix/federation/v1/backfill/%s/?limit=%zu&v=%s",
url::encode(ridbuf, room_id),
opts.limit,
url::encode(eidbuf, opts.event_id),
};
}
json::get<"method"_>(opts.request) = "GET";
opts.out.head = opts.request(buf);
if(!size(opts.in))
{
opts.in.head = buf + size(opts.out.head);
opts.in.content = opts.dynamic?
mutable_buffer{}: // server::request will allocate new mem
opts.in.head; // server::request will auto partition
}
return server::request
{
opts.remote, std::move(opts.out), std::move(opts.in), opts.sopts
};
}()}
{
}
///////////////////////////////////////////////////////////////////////////////
//
// v1/state.h
//
ircd::m::v1::state::state(const room::id &room_id,
const mutable_buffer &buf,
opts opts)
:server::request{[&]
{
if(!opts.remote)
opts.remote = room_id.host();
m::event::id::buf event_id_buf;
if(!opts.event_id)
{
event_id_buf = fetch_head(room_id, opts.remote);
opts.event_id = event_id_buf;
}
if(!defined(json::get<"origin"_>(opts.request)))
json::get<"origin"_>(opts.request) = my_host();
if(!defined(json::get<"destination"_>(opts.request)))
json::get<"destination"_>(opts.request) = host(opts.remote);
if(defined(json::get<"content"_>(opts.request)))
opts.out.content = json::get<"content"_>(opts.request);
if(!defined(json::get<"content"_>(opts.request)))
json::get<"content"_>(opts.request) = json::object{opts.out.content};
if(!defined(json::get<"uri"_>(opts.request)))
{
thread_local char urlbuf[2048], ridbuf[768], eidbuf[768];
json::get<"uri"_>(opts.request) = fmt::sprintf
{
urlbuf, "/_matrix/federation/v1/%s/%s/?event_id=%s",
opts.ids_only? "state_ids" : "state",
url::encode(ridbuf, room_id),
url::encode(eidbuf, opts.event_id),
};
}
json::get<"method"_>(opts.request) = "GET";
opts.out.head = opts.request(buf);
if(!size(opts.in))
{
opts.in.head = buf + size(opts.out.head);
opts.in.content = opts.dynamic?
mutable_buffer{}: // server::request will allocate new mem
opts.in.head; // server::request will auto partition
}
return server::request
{
opts.remote, std::move(opts.out), std::move(opts.in), opts.sopts
};
}()}
{
}
///////////////////////////////////////////////////////////////////////////////
//
// v1/query_auth.h
//
ircd::m::v1::query_auth::query_auth(const m::room::id &room_id,
const m::event::id &event_id,
const json::object &content,
const mutable_buffer &buf,
opts opts)
:server::request{[&]
{
if(!opts.remote)
opts.remote = event_id.host();
if(!defined(json::get<"origin"_>(opts.request)))
json::get<"origin"_>(opts.request) = my_host();
if(!defined(json::get<"destination"_>(opts.request)))
json::get<"destination"_>(opts.request) = host(opts.remote);
if(!defined(json::get<"content"_>(opts.request)))
json::get<"content"_>(opts.request) = content;
if(defined(json::get<"content"_>(opts.request)))
opts.out.content = json::get<"content"_>(opts.request);
if(!defined(json::get<"content"_>(opts.request)))
json::get<"content"_>(opts.request) = json::object{opts.out.content};
if(!defined(json::get<"uri"_>(opts.request)))
{
thread_local char urlbuf[2048], ridbuf[768], eidbuf[768];
json::get<"uri"_>(opts.request) = fmt::sprintf
{
urlbuf, "/_matrix/federation/v1/query_auth/%s/%s",
url::encode(ridbuf, room_id),
url::encode(eidbuf, event_id),
};
}
json::get<"method"_>(opts.request) = "POST";
opts.out.head = opts.request(buf);
if(!size(opts.in))
{
opts.in.head = buf + size(opts.out.head);
opts.in.content = opts.dynamic?
mutable_buffer{}: // server::request will allocate new mem
opts.in.head; // server::request will auto partition
}
return server::request
{
opts.remote, std::move(opts.out), std::move(opts.in), opts.sopts
};
}()}
{
}
///////////////////////////////////////////////////////////////////////////////
//
// v1/event_auth.h
//
ircd::m::v1::event_auth::event_auth(const m::room::id &room_id,
const m::event::id &event_id,
const mutable_buffer &buf,
opts opts)
:server::request{[&]
{
if(!opts.remote)
opts.remote = event_id.host();
if(!defined(json::get<"origin"_>(opts.request)))
json::get<"origin"_>(opts.request) = my_host();
if(!defined(json::get<"destination"_>(opts.request)))
json::get<"destination"_>(opts.request) = host(opts.remote);
if(defined(json::get<"content"_>(opts.request)))
opts.out.content = json::get<"content"_>(opts.request);
if(!defined(json::get<"content"_>(opts.request)))
json::get<"content"_>(opts.request) = json::object{opts.out.content};
if(!defined(json::get<"uri"_>(opts.request)))
{
thread_local char urlbuf[2048], ridbuf[768], eidbuf[768];
json::get<"uri"_>(opts.request) = fmt::sprintf
{
urlbuf, "/_matrix/federation/v1/event_auth/%s/%s",
url::encode(ridbuf, room_id),
url::encode(eidbuf, event_id),
};
}
json::get<"method"_>(opts.request) = "GET";
opts.out.head = opts.request(buf);
if(!size(opts.in))
{
opts.in.head = buf + size(opts.out.head);
opts.in.content = opts.dynamic?
mutable_buffer{}: // server::request will allocate new mem
opts.in.head; // server::request will auto partition
}
return server::request
{
opts.remote, std::move(opts.out), std::move(opts.in), opts.sopts
};
}()}
{
}
///////////////////////////////////////////////////////////////////////////////
//
// v1/event.h
//
ircd::m::v1::event::event(const m::event::id &event_id,
const mutable_buffer &buf,
opts opts)
:server::request{[&]
{
if(!opts.remote)
opts.remote = event_id.host();
if(!defined(json::get<"origin"_>(opts.request)))
json::get<"origin"_>(opts.request) = my_host();
if(!defined(json::get<"destination"_>(opts.request)))
json::get<"destination"_>(opts.request) = host(opts.remote);
if(defined(json::get<"content"_>(opts.request)))
opts.out.content = json::get<"content"_>(opts.request);
if(!defined(json::get<"content"_>(opts.request)))
json::get<"content"_>(opts.request) = json::object{opts.out.content};
if(!defined(json::get<"uri"_>(opts.request)))
{
thread_local char urlbuf[1024], eidbuf[768];
json::get<"uri"_>(opts.request) = fmt::sprintf
{
urlbuf, "/_matrix/federation/v1/event/%s/",
url::encode(eidbuf, event_id),
};
}
json::get<"method"_>(opts.request) = "GET";
opts.out.head = opts.request(buf);
if(!size(opts.in))
{
opts.in.head = buf + size(opts.out.head);
opts.in.content = opts.dynamic?
mutable_buffer{}: // server::request will allocate new mem
opts.in.head; // server::request will auto partition
}
return server::request
{
opts.remote, std::move(opts.out), std::move(opts.in), opts.sopts
};
}()}
{
}
///////////////////////////////////////////////////////////////////////////////
//
// v1/invite.h
//
ircd::m::v1::invite::invite(const room::id &room_id,
const id::event &event_id,
const json::object &content,
const mutable_buffer &buf,
opts opts)
:server::request{[&]
{
assert(!!opts.remote);
assert(!size(opts.out.content));
opts.out.content = content;
assert(!defined(json::get<"content"_>(opts.request)));
json::get<"content"_>(opts.request) = json::object{opts.out.content};
if(!defined(json::get<"origin"_>(opts.request)))
json::get<"origin"_>(opts.request) = my_host();
if(!defined(json::get<"destination"_>(opts.request)))
json::get<"destination"_>(opts.request) = host(opts.remote);
if(!defined(json::get<"uri"_>(opts.request)))
{
thread_local char urlbuf[2048], ridbuf[768], eidbuf[768];
json::get<"uri"_>(opts.request) = fmt::sprintf
{
urlbuf, "/_matrix/federation/v1/invite/%s/%s",
url::encode(ridbuf, room_id),
url::encode(eidbuf, event_id)
};
}
json::get<"method"_>(opts.request) = "PUT";
opts.out.head = opts.request(buf);
if(!size(opts.in))
{
opts.in.head = buf + size(opts.out.head);
opts.in.content = opts.dynamic?
mutable_buffer{}: // server::request will allocate new mem
opts.in.head; // server::request will auto partition
}
return server::request
{
opts.remote, std::move(opts.out), std::move(opts.in), opts.sopts
};
}()}
{
}
///////////////////////////////////////////////////////////////////////////////
//
// v1/send_join.h
//
ircd::m::v1::send_join::send_join(const room::id &room_id,
const id::event &event_id,
const const_buffer &content,
const mutable_buffer &buf,
opts opts)
:server::request{[&]
{
assert(!!opts.remote);
assert(!size(opts.out.content));
opts.out.content = content;
assert(!defined(json::get<"content"_>(opts.request)));
json::get<"content"_>(opts.request) = json::object{opts.out.content};
if(!defined(json::get<"origin"_>(opts.request)))
json::get<"origin"_>(opts.request) = my_host();
if(!defined(json::get<"destination"_>(opts.request)))
json::get<"destination"_>(opts.request) = host(opts.remote);
if(!defined(json::get<"uri"_>(opts.request)))
{
thread_local char urlbuf[2048], ridbuf[768], uidbuf[768];
json::get<"uri"_>(opts.request) = fmt::sprintf
{
urlbuf, "/_matrix/federation/v1/send_join/%s/%s",
url::encode(ridbuf, room_id),
url::encode(uidbuf, event_id)
};
}
json::get<"method"_>(opts.request) = "PUT";
opts.out.head = opts.request(buf);
if(!size(opts.in))
{
opts.in.head = buf + size(opts.out.head);
opts.in.content = opts.dynamic?
mutable_buffer{}: // server::request will allocate new mem
opts.in.head; // server::request will auto partition
}
return server::request
{
opts.remote, std::move(opts.out), std::move(opts.in), opts.sopts
};
}()}
{
}
///////////////////////////////////////////////////////////////////////////////
//
// v1/make_join.h
//
ircd::m::v1::make_join::make_join(const room::id &room_id,
const id::user &user_id,
const mutable_buffer &buf,
opts opts)
:server::request{[&]
{
if(!opts.remote)
opts.remote = room_id.host();
if(!defined(json::get<"origin"_>(opts.request)))
json::get<"origin"_>(opts.request) = my_host();
if(!defined(json::get<"destination"_>(opts.request)))
json::get<"destination"_>(opts.request) = host(opts.remote);
if(defined(json::get<"content"_>(opts.request)))
opts.out.content = json::get<"content"_>(opts.request);
if(!defined(json::get<"content"_>(opts.request)))
json::get<"content"_>(opts.request) = json::object{opts.out.content};
if(!defined(json::get<"uri"_>(opts.request)))
{
thread_local char urlbuf[2048], ridbuf[768], uidbuf[768];
json::get<"uri"_>(opts.request) = fmt::sprintf
{
urlbuf, "/_matrix/federation/v1/make_join/%s/%s",
url::encode(ridbuf, room_id),
url::encode(uidbuf, user_id)
};
}
json::get<"method"_>(opts.request) = "GET";
opts.out.head = opts.request(buf);
if(!size(opts.in))
{
opts.in.head = buf + size(opts.out.head);
opts.in.content = opts.dynamic?
mutable_buffer{}: // server::request will allocate new mem
opts.in.head; // server::request will auto partition
}
return server::request
{
opts.remote, std::move(opts.out), std::move(opts.in), opts.sopts
};
}()}
{
}
///////////////////////////////////////////////////////////////////////////////
//
// v1/user_keys.h
//
//
// query
//
ircd::m::v1::user::keys::query::query(const m::user::id &user_id,
const mutable_buffer &buf,
opts opts)
:query
{
user_id,
string_view{},
buf,
std::move(opts)
}
{
}
ircd::m::v1::user::keys::query::query(const m::user::id &user_id,
const string_view &device_id,
const mutable_buffer &buf,
opts opts)
:query
{
user_devices
{
user_id, vector_view<const string_view>
{
&device_id, !empty(device_id)
}
},
buf,
std::move(opts)
}
{
}
ircd::m::v1::user::keys::query::query(const user_devices &v,
const mutable_buffer &buf,
opts opts)
:query
{
vector_view<const user_devices>
{
&v, 1
},
buf,
std::move(opts)
}
{
}
ircd::m::v1::user::keys::query::query(const vector_view<const user_devices> &v,
const mutable_buffer &buf,
opts opts)
{
json::stack out{buf};
{
json::stack::object top{out};
json::stack::object device_keys
{
top, "device_keys"
};
for(const user_devices &ud : v)
{
json::stack::member user
{
device_keys, ud.first
};
json::stack::array devices{user};
for(const string_view &device_id : ud.second)
devices.append(device_id);
}
}
const json::object &content
{
out.completed()
};
new (this) query
{
content, buf + size(string_view(content)), std::move(opts)
};
}
ircd::m::v1::user::keys::query::query(const user_devices_map &map,
const mutable_buffer &buf,
opts opts)
{
json::stack out{buf};
{
json::stack::object top{out};
json::stack::object device_keys
{
top, "device_keys"
};
for(const auto &p : map)
json::stack::member user
{
device_keys, p.first, p.second
};
}
const json::object &content
{
out.completed()
};
new (this) query
{
content, buf + size(string_view(content)), std::move(opts)
};
}
ircd::m::v1::user::keys::query::query(const json::object &content,
const mutable_buffer &buf,
opts opts)
:server::request{[&]
{
assert(!!opts.remote);
if(!defined(json::get<"origin"_>(opts.request)))
json::get<"origin"_>(opts.request) = my_host();
if(!defined(json::get<"destination"_>(opts.request)))
json::get<"destination"_>(opts.request) = host(opts.remote);
if(!defined(json::get<"uri"_>(opts.request)))
json::get<"uri"_>(opts.request) = "/_matrix/federation/v1/user/keys/query";
if(!defined(json::get<"content"_>(opts.request)))
json::get<"content"_>(opts.request) = content;
if(!defined(json::get<"method"_>(opts.request)))
json::get<"method"_>(opts.request) = "POST";
opts.out.content = json::get<"content"_>(opts.request);
opts.out.head = opts.request(buf);
if(!size(opts.in))
{
opts.in.head = buf + size(opts.out.head);
opts.in.content = opts.dynamic?
mutable_buffer{}: // server::request will allocate new mem
opts.in.head; // server::request will auto partition
}
return server::request
{
opts.remote, std::move(opts.out), std::move(opts.in), opts.sopts
};
}()}
{
}
//
// claim
//
ircd::m::v1::user::keys::claim::claim(const m::user::id &user_id,
const string_view &device_id,
const string_view &algorithm,
const mutable_buffer &buf,
opts opts)
:claim
{
user_id,
device
{
device_id, algorithm
},
buf,
std::move(opts)
}
{
}
ircd::m::v1::user::keys::claim::claim(const m::user::id &user_id,
const device &device,
const mutable_buffer &buf,
opts opts)
:claim
{
user_devices
{
user_id, { &device, 1 }
},
buf,
std::move(opts)
}
{
}
ircd::m::v1::user::keys::claim::claim(const user_devices &ud,
const mutable_buffer &buf,
opts opts)
:claim
{
vector_view<const user_devices>
{
&ud, 1
},
buf,
std::move(opts)
}
{
}
ircd::m::v1::user::keys::claim::claim(const vector_view<const user_devices> &v,
const mutable_buffer &buf,
opts opts)
{
json::stack out{buf};
{
json::stack::object top{out};
json::stack::object one_time_keys
{
top, "one_time_keys"
};
for(const auto &ud : v)
{
json::stack::object user
{
one_time_keys, ud.first
};
for(const auto &device : ud.second)
{
const auto &device_id(device.first);
const auto &algorithm_name(device.second);
json::stack::member
{
user, device_id, algorithm_name
};
}
}
}
const json::object &content
{
out.completed()
};
new (this) claim
{
content, buf + size(string_view(content)), std::move(opts)
};
}
ircd::m::v1::user::keys::claim::claim(const user_devices_map &map,
const mutable_buffer &buf,
opts opts)
{
json::stack out{buf};
{
json::stack::object top{out};
json::stack::object one_time_keys
{
top, "one_time_keys"
};
for(const auto &p : map)
{
const m::user::id &user_id(p.first);
const json::object &devices(p.second);
json::stack::member user
{
one_time_keys, user_id, devices
};
}
}
const json::object &content
{
out.completed()
};
new (this) claim
{
content, buf + size(string_view(content)), std::move(opts)
};
}
ircd::m::v1::user::keys::claim::claim(const json::object &content,
const mutable_buffer &buf,
opts opts)
:server::request{[&]
{
assert(!!opts.remote);
if(!defined(json::get<"origin"_>(opts.request)))
json::get<"origin"_>(opts.request) = my_host();
if(!defined(json::get<"destination"_>(opts.request)))
json::get<"destination"_>(opts.request) = host(opts.remote);
if(!defined(json::get<"uri"_>(opts.request)))
json::get<"uri"_>(opts.request) = "/_matrix/federation/v1/user/keys/claim";
if(!defined(json::get<"content"_>(opts.request)))
json::get<"content"_>(opts.request) = content;
if(!defined(json::get<"method"_>(opts.request)))
json::get<"method"_>(opts.request) = "POST";
opts.out.content = json::get<"content"_>(opts.request);
opts.out.head = opts.request(buf);
if(!size(opts.in))
{
opts.in.head = buf + size(opts.out.head);
opts.in.content = opts.dynamic?
mutable_buffer{}: // server::request will allocate new mem
opts.in.head; // server::request will auto partition
}
return server::request
{
opts.remote, std::move(opts.out), std::move(opts.in), opts.sopts
};
}()}
{
}
///////////////////////////////////////////////////////////////////////////////
//
// v1/user.h
//
ircd::m::v1::user::devices::devices(const id::user &user_id,
const mutable_buffer &buf,
opts opts)
:server::request{[&]
{
if(!opts.remote)
opts.remote = user_id.host();
if(!defined(json::get<"origin"_>(opts.request)))
json::get<"origin"_>(opts.request) = my_host();
if(!defined(json::get<"destination"_>(opts.request)))
json::get<"destination"_>(opts.request) = host(opts.remote);
if(!defined(json::get<"uri"_>(opts.request)))
{
thread_local char urlbuf[2048], uidbuf[768];
json::get<"uri"_>(opts.request) = fmt::sprintf
{
urlbuf, "/_matrix/federation/v1/user/devices/%s",
url::encode(uidbuf, user_id)
};
}
if(defined(json::get<"content"_>(opts.request)))
opts.out.content = json::get<"content"_>(opts.request);
if(!defined(json::get<"method"_>(opts.request)))
json::get<"method"_>(opts.request) = "GET";
opts.out.head = opts.request(buf);
if(!size(opts.in))
{
opts.in.head = buf + size(opts.out.head);
opts.in.content = opts.dynamic?
mutable_buffer{}: // server::request will allocate new mem
opts.in.head; // server::request will auto partition
}
return server::request
{
opts.remote, std::move(opts.out), std::move(opts.in), opts.sopts
};
}()}
{
}
///////////////////////////////////////////////////////////////////////////////
//
// v1/query.h
//
namespace ircd::m::v1
{
thread_local char query_arg_buf[1024];
thread_local char query_url_buf[1024];
}
ircd::m::v1::query::directory::directory(const id::room_alias &room_alias,
const mutable_buffer &buf,
opts opts)
:query
{
"directory",
fmt::sprintf
{
query_arg_buf, "room_alias=%s", url::encode(query_url_buf, room_alias)
},
buf,
std::move(opts)
}
{
}
ircd::m::v1::query::profile::profile(const id::user &user_id,
const mutable_buffer &buf,
opts opts)
:query
{
"profile",
fmt::sprintf
{
query_arg_buf, "user_id=%s", url::encode(query_url_buf, user_id)
},
buf,
std::move(opts)
}
{
}
ircd::m::v1::query::profile::profile(const id::user &user_id,
const string_view &field,
const mutable_buffer &buf,
opts opts)
:query
{
"profile",
fmt::sprintf
{
query_arg_buf, "user_id=%s%s%s",
url::encode(query_url_buf, string_view{user_id}),
!empty(field)? "&field=" : "",
field
},
buf,
std::move(opts)
}
{
}
ircd::m::v1::query::query(const string_view &type,
const string_view &args,
const mutable_buffer &buf,
opts opts)
:server::request{[&]
{
assert(!!opts.remote);
if(!defined(json::get<"origin"_>(opts.request)))
json::get<"origin"_>(opts.request) = my_host();
if(!defined(json::get<"destination"_>(opts.request)))
json::get<"destination"_>(opts.request) = host(opts.remote);
if(!defined(json::get<"uri"_>(opts.request)))
{
thread_local char urlbuf[2048];
json::get<"uri"_>(opts.request) = fmt::sprintf
{
urlbuf, "/_matrix/federation/v1/query/%s%s%s",
type,
args? "?"_sv : ""_sv,
args
};
}
if(defined(json::get<"content"_>(opts.request)))
opts.out.content = json::get<"content"_>(opts.request);
if(!defined(json::get<"method"_>(opts.request)))
json::get<"method"_>(opts.request) = "GET";
opts.out.head = opts.request(buf);
if(!size(opts.in))
{
opts.in.head = buf + size(opts.out.head);
opts.in.content = opts.dynamic?
mutable_buffer{}: // server::request will allocate new mem
opts.in.head; // server::request will auto partition
}
return server::request
{
opts.remote, std::move(opts.out), std::move(opts.in), opts.sopts
};
}()}
{
}
///////////////////////////////////////////////////////////////////////////////
//
// v1/key.h
//
ircd::m::v1::key::keys::keys(const string_view &server_name,
const mutable_buffer &buf,
opts opts)
:keys
{
server_key{server_name, ""}, buf, std::move(opts)
}
{
}
ircd::m::v1::key::keys::keys(const server_key &server_key,
const mutable_buffer &buf,
opts opts)
:server::request{[&]
{
const auto &server_name{server_key.first};
const auto &key_id{server_key.second};
if(!opts.remote)
opts.remote = net::hostport{server_name};
if(!defined(json::get<"origin"_>(opts.request)))
json::get<"origin"_>(opts.request) = my_host();
if(!defined(json::get<"destination"_>(opts.request)))
json::get<"destination"_>(opts.request) = host(opts.remote);
if(defined(json::get<"content"_>(opts.request)))
opts.out.content = json::get<"content"_>(opts.request);
if(!defined(json::get<"content"_>(opts.request)))
json::get<"content"_>(opts.request) = json::object{opts.out.content};
if(!defined(json::get<"uri"_>(opts.request)))
{
if(!empty(key_id))
{
thread_local char uribuf[512];
json::get<"uri"_>(opts.request) = fmt::sprintf
{
uribuf, "/_matrix/key/v2/server/%s/", key_id
};
}
else json::get<"uri"_>(opts.request) = "/_matrix/key/v2/server/";
}
json::get<"method"_>(opts.request) = "GET";
opts.out.head = opts.request(buf);
if(!size(opts.in))
{
opts.in.head = buf + size(opts.out.head);
opts.in.content = opts.dynamic?
mutable_buffer{}: // server::request will allocate new mem
opts.in.head; // server::request will auto partition
}
return server::request
{
opts.remote, std::move(opts.out), std::move(opts.in), opts.sopts
};
}()}
{
}
namespace ircd::m::v1
{
static const_buffer
_make_server_keys(const vector_view<const key::server_key> &,
const mutable_buffer &);
}
ircd::m::v1::key::query::query(const vector_view<const server_key> &keys,
const mutable_buffer &buf_,
opts opts)
:server::request{[&]
{
assert(!!opts.remote);
if(!defined(json::get<"origin"_>(opts.request)))
json::get<"origin"_>(opts.request) = my_host();
if(!defined(json::get<"destination"_>(opts.request)))
json::get<"destination"_>(opts.request) = host(opts.remote);
if(defined(json::get<"content"_>(opts.request)))
opts.out.content = json::get<"content"_>(opts.request);
if(!defined(json::get<"content"_>(opts.request)))
json::get<"content"_>(opts.request) = json::object{opts.out.content};
if(!defined(json::get<"uri"_>(opts.request)))
json::get<"uri"_>(opts.request) = "/_matrix/key/v2/query";
json::get<"method"_>(opts.request) = "POST";
window_buffer buf{buf_};
if(!defined(json::get<"content"_>(opts.request)))
{
buf([&keys](const mutable_buffer &buf)
{
return _make_server_keys(keys, buf);
});
json::get<"content"_>(opts.request) = json::object{buf.completed()};
opts.out.content = json::get<"content"_>(opts.request);
}
opts.out.head = opts.request(buf);
if(!size(opts.in))
{
opts.in.head = buf + size(opts.out.head);
opts.in.content = opts.dynamic?
mutable_buffer{}: // server::request will allocate new mem
opts.in.head; // server::request will auto partition
}
return server::request
{
opts.remote, std::move(opts.out), std::move(opts.in), opts.sopts
};
}()}
{
}
static ircd::const_buffer
ircd::m::v1::_make_server_keys(const vector_view<const key::server_key> &keys,
const mutable_buffer &buf)
{
json::stack out{buf};
{
json::stack::object top{out};
json::stack::member server_keys{top, "server_keys"};
json::stack::object keys_object{server_keys};
for(const auto &sk : keys)
{
json::stack::member server_name{keys_object, sk.first};
json::stack::object server_object{server_name};
json::stack::member key_name{server_object, sk.second};
json::stack::object key_object{key_name};
json::stack::member mvut
{
key_object, "minimum_valid_until_ts", json::value{0L}
};
}
}
return out.completed();
}
///////////////////////////////////////////////////////////////////////////////
//
// v1/version.h
//
ircd::m::v1::version::version(const mutable_buffer &buf,
opts opts)
:server::request{[&]
{
assert(!!opts.remote);
if(!defined(json::get<"origin"_>(opts.request)))
json::get<"origin"_>(opts.request) = my_host();
if(!defined(json::get<"destination"_>(opts.request)))
json::get<"destination"_>(opts.request) = host(opts.remote);
if(!defined(json::get<"uri"_>(opts.request)))
json::get<"uri"_>(opts.request) = "/_matrix/federation/v1/version";
json::get<"method"_>(opts.request) = "GET";
opts.out.head = opts.request(buf);
if(!size(opts.in))
{
opts.in.head = buf + size(opts.out.head);
opts.in.content = opts.dynamic?
mutable_buffer{}: // server::request will allocate new mem
opts.in.head; // server::request will auto partition
}
return server::request
{
opts.remote, std::move(opts.out), std::move(opts.in), opts.sopts
};
}()}
{
}
///////////////////////////////////////////////////////////////////////////////
//
// v1/v1.h
//
ircd::conf::item<ircd::milliseconds>
fetch_head_timeout
{
{ "name", "ircd.m.v1.fetch_head.timeout" },
{ "default", 30 * 1000L },
};
ircd::m::event::id::buf
ircd::m::v1::fetch_head(const id::room &room_id,
const net::hostport &remote)
{
return fetch_head(room_id, remote, m::me.user_id);
}
ircd::m::event::id::buf
ircd::m::v1::fetch_head(const id::room &room_id,
const net::hostport &remote,
const id::user &user_id)
{
const unique_buffer<mutable_buffer> buf
{
16_KiB
};
make_join::opts opts;
opts.remote = remote;
make_join request
{
room_id, user_id, buf, std::move(opts)
};
request.wait(milliseconds(fetch_head_timeout));
request.get();
const json::object proto
{
request.in.content
};
const json::object event
{
proto.at("event")
};
const json::array prev_events
{
event.at("prev_events")
};
const json::array prev_event
{
prev_events.at(0)
};
const auto &prev_event_id
{
prev_event.at(0)
};
return unquote(prev_event_id);
}