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/* -*- Mode: C++; tab-width: 4; indent-tabs-mode: nil; c-basic-offset: 4; fill-column: 100 -*- */
/*
* This Source Code Form is subject to the terms of the Mozilla Public
* License, v. 2.0. If a copy of the MPL was not distributed with this
* file, You can obtain one at http://mozilla.org/MPL/2.0/.
*/
#include <config.h>
#include "Unit.hpp"
#include "lokassert.hpp"
#include <WopiTestServer.hpp>
#include <Log.hpp>
class UnitWopiLanguages : public WopiTestServer
{
STATE_ENUM(Phase, Load, Save, Done) _phase;
int _loaded_count;
public:
UnitWopiLanguages()
: WopiTestServer("UnitWopiLanguages", "hello.odt")
, _phase(Phase::Load)
, _loaded_count(0)
{
}
/// The document is loaded.
bool onDocumentLoaded(const std::string& message) override
{
LOG_TST("onDocumentLoaded #" << ++_loaded_count << ": [" << message << ']');
LOK_ASSERT_STATE(_phase, Phase::Save);
if (_loaded_count == 1)
{
LOG_TST("Loading second view (Hungarian)");
WSD_CMD_BY_CONNECTION_INDEX(1, "load url=" + getWopiSrc() + " lang=hu");
}
else if (_loaded_count == 2)
{
// Save using the second view (Hungarian).
WSD_CMD_BY_CONNECTION_INDEX(1, "save dontTerminateEdit=0 dontSaveIfUnmodified=0");
}
return true;
}
bool onDocumentSaved(const std::string& message, bool success, const std::string& result) override
{
if (success || result == "unmodified")
{
passTest("Document saved successfully: " + message);
}
else
{
failTest("Failed to save the document (Core is out-of-date or it has a regression: " +
message);
}
return true;
}
void invokeWSDTest() override
{
switch (_phase)
{
case Phase::Load:
{
// Always transition before issuing commands.
TRANSITION_STATE(_phase, Phase::Save);
LOG_TST("Creating first connection");
initWebsocket("/wopi/files/0?access_token=anything");
LOG_TST("Creating second connection");
addWebSocket();
LOG_TST("Loading first view (English)");
WSD_CMD_BY_CONNECTION_INDEX(0, "load url=" + getWopiSrc() + " lang=en");
break;
}
case Phase::Save:
{
}
case Phase::Done:
{
// just wait for the results
break;
}
}
}
};
/// Test timezones time-stamps.
class UnitTimezonesTime : public WopiTestServer
{
STATE_ENUM(Phase, Load, Load2, Done) _phase;
std::string _user1Time;
std::string _user2Time;
int _loaded_count;
int _currentUserId;
public:
UnitTimezonesTime()
: WopiTestServer("UnitTimezonesTime", "hello.ods")
, _phase(Phase::Load)
, _loaded_count(0)
, _currentUserId(0)
{
}
/// The document is loaded.
bool onDocumentLoaded(const std::string& message) override
{
LOG_TST("onDocumentLoaded #" << ++_loaded_count << ": [" << message << ']');
LOK_ASSERT_STATE(_phase, Phase::Load2);
if (_loaded_count == 1)
{
LOG_TST("Loading second view (Pacific/Auckland)");
WSD_CMD_BY_CONNECTION_INDEX(1, "load url=" + getWopiSrc() +
" lang=en timezone=Pacific/Auckland");
}
else if (_loaded_count == 2)
{
// Insert time using the first connection.
TST_LOG("Inserting current time of first user");
_currentUserId = 0;
WSD_CMD_BY_CONNECTION_INDEX(_currentUserId, "uno .uno:InsertCurrentTime");
}
return true;
}
bool onFilterSendWebSocketMessage(const char* data, const std::size_t len,
const WSOpCode /* code */, const bool /* flush */,
int& /*unitReturn*/) override
{
const std::string message(data, len);
if (Util::startsWith(message, "cellformula:"))
{
if (_currentUserId == 0)
{
_user1Time = Util::trimmed(message.substr(sizeof("cellformula:") - 1));
TST_LOG("User 1 time: " << _user1Time);
if (_user1Time.empty())
{
TST_LOG("User 1 time is empty. Will wait some more");
return false;
}
// Insert time from second user.
TST_LOG("Inserting current time of second user");
_currentUserId = 1;
WSD_CMD_BY_CONNECTION_INDEX(_currentUserId, "uno .uno:InsertCurrentTime");
}
else if (_currentUserId == 1)
{
// We got the second user's time.
_user2Time = Util::trimmed(message.substr(sizeof("cellformula:") - 1));
TST_LOG("User 2 time: " << _user2Time);
if (_user2Time.empty())
{
TST_LOG("User 2 time is empty. Will wait some more");
return false;
}
// Compare.
TST_LOG("Comparing: [" << _user1Time << "] with [" << _user2Time << ']');
if (_user1Time == _user2Time)
{
failTest("Timestamps of first (default) and second users (Pacific/Auckland) "
"shouldn't match");
}
else if (_user1Time.substr(2) == _user2Time.substr(2))
{
failTest("The hours of first (default) and second users (Pacific/Auckland) "
"shouldn't match");
}
else
{
passTest("Timezones do not match as expected");
}
}
}
return false;
}
void invokeWSDTest() override
{
switch (_phase)
{
case Phase::Load:
{
// Always transition before issuing commands.
TRANSITION_STATE(_phase, Phase::Load2);
LOG_TST("Creating first connection");
initWebsocket("/wopi/files/0?access_token=anything");
LOG_TST("Creating second connection");
addWebSocket();
LOG_TST("Loading first view (default)");
WSD_CMD_BY_CONNECTION_INDEX(0, "load url=" + getWopiSrc() + " lang=hu");
break;
}
case Phase::Load2:
case Phase::Done:
{
// just wait for the results
break;
}
}
}
};
/// Test timezones date-stamps.
class UnitTimezonesDate : public WopiTestServer
{
STATE_ENUM(Phase, Load, Load2, Done) _phase;
std::string _user1Time;
std::string _user2Time;
int _loaded_count;
int _currentUserId;
public:
UnitTimezonesDate()
: WopiTestServer("UnitTimezonesDate", "hello.ods")
, _phase(Phase::Load)
, _loaded_count(0)
, _currentUserId(0)
{
}
/// The document is loaded.
bool onDocumentLoaded(const std::string& message) override
{
LOG_TST("onDocumentLoaded #" << ++_loaded_count << ": [" << message << ']');
LOK_ASSERT_STATE(_phase, Phase::Load2);
if (_loaded_count == 1)
{
LOG_TST("Loading second view (Pacific/Tarawa)");
WSD_CMD_BY_CONNECTION_INDEX(1, "load url=" + getWopiSrc() +
" lang=en timezone=Pacific/Tarawa");
}
else if (_loaded_count == 2)
{
// Insert time using the first connection.
TST_LOG("Inserting current time of first user");
_currentUserId = 0;
WSD_CMD_BY_CONNECTION_INDEX(_currentUserId, "uno .uno:InsertCurrentDate");
}
return true;
}
bool onFilterSendWebSocketMessage(const char* data, const std::size_t len,
const WSOpCode /* code */, const bool /* flush */,
int& /*unitReturn*/) override
{
const std::string message(data, len);
if (Util::startsWith(message, "cellformula:"))
{
if (_currentUserId == 0)
{
_user1Time = Util::trimmed(message.substr(sizeof("cellformula:") - 1));
TST_LOG("User 1 time: " << _user1Time);
if (_user1Time.empty())
{
TST_LOG("User 1 time is empty. Will wait some more");
return false;
}
// Insert time from second user.
TST_LOG("Inserting current time of second user");
_currentUserId = 1;
WSD_CMD_BY_CONNECTION_INDEX(_currentUserId, "uno .uno:InsertCurrentDate");
}
else if (_currentUserId == 1)
{
// We got the second user's time.
_user2Time = Util::trimmed(message.substr(sizeof("cellformula:") - 1));
TST_LOG("User 2 time: " << _user2Time);
if (_user2Time.empty())
{
TST_LOG("User 2 time is empty. Will wait some more");
return false;
}
// Compare.
TST_LOG("Comparing: [" << _user1Time << "] with [" << _user2Time << ']');
// Unfortunately, even though there are timezones spaning 26 hours,
// I couldn't find two timezones that always fall in different dates.
#if 0
if (_user1Time == _user2Time)
{
failTest("Timestamps of first (Pacific/Midway) and second users "
"(Pacific/Kiritimati) shouldn't match");
}
else
#endif
{
passTest("Timezones do not match as expected");
}
}
}
return false;
}
void invokeWSDTest() override
{
switch (_phase)
{
case Phase::Load:
{
// Always transition before issuing commands.
TRANSITION_STATE(_phase, Phase::Load2);
LOG_TST("Creating first connection");
initWebsocket("/wopi/files/0?access_token=anything");
LOG_TST("Creating second connection");
addWebSocket();
LOG_TST("Loading first view (default)");
WSD_CMD_BY_CONNECTION_INDEX(0, "load url=" + getWopiSrc() +
" lang=hu timezone=Pacific/Midway");
break;
}
case Phase::Load2:
case Phase::Done:
{
// just wait for the results
break;
}
}
}
};
UnitBase** unit_create_wsd_multi(void)
{
return new UnitBase* [4]
{ new UnitWopiLanguages(), new UnitTimezonesTime(), new UnitTimezonesDate(), nullptr };
}
/* vim:set shiftwidth=4 softtabstop=4 expandtab: */
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