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event-test.cpp
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event-test.cpp
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/*
* This file is part of libkazv.
* SPDX-FileCopyrightText: 2021-2023 tusooa <tusooa@kazv.moe>
* SPDX-License-Identifier: AGPL-3.0-or-later
*/
#include <libkazv-config.hpp>
#include <catch2/catch_all.hpp>
#include <event.hpp>
using namespace Kazv;
TEST_CASE("Should distinguish between state events and other events", "[base][event]")
{
Event state = R"({
"state_key": "",
"sender": "@example:example.org",
"type": "moe.kazv.mxc.custom.state.type",
"event_id": "!dummy",
"origin_server_ts": 1234,
"content": {}
})"_json;
REQUIRE(state.isState());
Event nonState = R"({
"sender": "@example:example.org",
"type": "moe.kazv.mxc.custom.non.state.type",
"event_id": "!dummy",
"origin_server_ts": 1234,
"content": {}
})"_json;
REQUIRE(!nonState.isState());
}
TEST_CASE("redacted()", "[base][event]")
{
auto eventJson = R"({
"state_key": "",
"sender": "@example:example.org",
"type": "moe.kazv.mxc.custom.state.type",
"event_id": "!dummy",
"origin_server_ts": 1234,
"content": {}
})"_json;
REQUIRE(!Event(eventJson).redacted());
eventJson["unsigned"] = json::object({{"redacted_because", json::object()}});
REQUIRE(Event(eventJson).redacted());
}
TEST_CASE("relationship()", "[base][event]")
{
auto eventJson = json{
{"sender", "@example:example.org"},
{"type", "moe.kazv.mxc.custom.state.type"},
{"event_id", "$dummy"},
{"origin_server_ts", 1234},
{"content", {
{"m.relates_to", {
{"rel_type", "moe.kazv.mxc.some-type"},
{"event_id", "$another"},
},
}}},
};
WHEN("m.relates_to is a normal relation") {
REQUIRE(Event(eventJson).relationship() == std::pair<std::string, std::string>{"moe.kazv.mxc.some-type", "$another"});
REQUIRE(Event(eventJson).replyingTo() == "");
}
WHEN("m.relates_to is a reply") {
eventJson["content"]["m.relates_to"] = {
{"m.in_reply_to", {
{"event_id", "$another"}
}},
};
REQUIRE(Event(eventJson).relationship() == std::pair<std::string, std::string>{"m.in_reply_to", "$another"});
REQUIRE(Event(eventJson).replyingTo() == "$another");
}
WHEN("m.relates_to is missing rel_type") {
eventJson["content"]["m.relates_to"].erase("rel_type");
REQUIRE(Event(eventJson).relationship() == std::pair<std::string, std::string>{"", ""});
}
WHEN("m.relates_to is missing event_id") {
eventJson["content"]["m.relates_to"].erase("event_id");
REQUIRE(Event(eventJson).relationship() == std::pair<std::string, std::string>{"", ""});
}
WHEN("m.relates_to is not an object") {
eventJson["content"]["m.relates_to"] = json::array();
REQUIRE(Event(eventJson).relationship() == std::pair<std::string, std::string>{"", ""});
}
WHEN("m.relates_to does not exist") {
eventJson["content"].erase("m.relates_to");
REQUIRE(Event(eventJson).relationship() == std::pair<std::string, std::string>{"", ""});
}
}
TEST_CASE("relationship(), with encrypted event", "[base][event]")
{
auto eventJsonWithRel = json{
{"sender", "@example:example.org"},
{"type", "moe.kazv.mxc.custom.state.type"},
{"event_id", "$dummy"},
{"origin_server_ts", 1234},
{"content", {
{"m.relates_to", {
{"rel_type", "moe.kazv.mxc.some-type"},
{"event_id", "$another"},
},
}}},
};
auto eventJson = eventJsonWithRel;
eventJson["content"].erase("m.relates_to");
auto plainJsonWithRel = eventJsonWithRel;
plainJsonWithRel["type"] = "m.room.encrypted";
plainJsonWithRel["content"]["m.relates_to"] = {
{"rel_type", "moe.kazv.mxc.some-other-type"},
{"event_id", "$another-2"},
};
auto plainJson = plainJsonWithRel;
plainJson["content"].erase("m.relates_to");
WHEN("plaintext with relationship / ciphertext with relationship") {
auto event = Event(plainJsonWithRel).setDecryptedJson(eventJsonWithRel, Event::Decrypted);
THEN("should use the relationship within plaintext") {
REQUIRE(event.relationship() == std::pair<std::string, std::string>{"moe.kazv.mxc.some-other-type", "$another-2"});
}
}
WHEN("plaintext without relationship / ciphertext with relationship") {
auto event = Event(plainJson).setDecryptedJson(eventJsonWithRel, Event::Decrypted);
THEN("should use the relationship within ciphertext") {
REQUIRE(event.relationship() == std::pair<std::string, std::string>{"moe.kazv.mxc.some-type", "$another"});
}
}
WHEN("plaintext with relationship / ciphertext without relationship") {
auto event = Event(plainJsonWithRel).setDecryptedJson(eventJson, Event::Decrypted);
THEN("should use the relationship within plaintext") {
REQUIRE(event.relationship() == std::pair<std::string, std::string>{"moe.kazv.mxc.some-other-type", "$another-2"});
}
}
WHEN("plaintext without relationship / ciphertext without relationship") {
auto event = Event(plainJson).setDecryptedJson(eventJson, Event::Decrypted);
THEN("should return empty pair") {
REQUIRE(event.relationship() == std::pair<std::string, std::string>{"", ""});
}
}
}

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