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#include <QtCore>
#include <uv.h>
#include "LuaRuntime.hpp"
#include "WindowActionRouter.hpp"
#include "events.hpp"
#include "testUtils.h"
class TestEvent1 : public BrowserEvent {
public:
int num;
TestEvent1(int num) : num(num) { kind = "TestEvent1"; }
void lua_push(lua_State *state) const override {
lua_newtable(state);
SET_FIELD("test_data", integer, num);
}
};
// NOLINTBEGIN
class LuaRuntimeApiSpec : public QObject {
Q_OBJECT
private slots:
void beforeTestCase() { LuaRuntime::instance().start_event_loop(); }
void cleanupTestCase() { LuaRuntime::instance().stop_event_loop(); }
void test_web_event_add_event() {
context("when events, patterns and callback are specified correctly");
it("returns true and registers event") {
auto &lua = LuaRuntime::instance();
QSignalSpy evaluation_completed_spy(&lua, &LuaRuntime::evaluation_completed);
lua.evaluate(R"(
return web.event.add_listener({ 'Hello', 'World' }, {
patterns = { 'p1', 'p2' },
callback = function() print("Called") end,
});
)");
evaluation_completed_spy.wait();
QCOMPARE(evaluation_completed_spy.count(), 1);
QVariant result = evaluation_completed_spy.takeFirst().at(0);
QCOMPARE(result, true);
}
context("when a single event is passed");
it("returns true and registers event") {
auto &lua = LuaRuntime::instance();
QSignalSpy evaluation_completed_spy(&lua, &LuaRuntime::evaluation_completed);
lua.evaluate(R"(
return web.event.add_listener('Hello', {
patterns = { 'p1', 'p2' },
callback = function() print("Called") end,
});
)");
evaluation_completed_spy.wait();
QCOMPARE(evaluation_completed_spy.count(), 1);
QVariant result = evaluation_completed_spy.takeFirst().at(0);
QCOMPARE(result, true);
}
context("when patterns is not passed");
it("returns true and registers event") {
auto &lua = LuaRuntime::instance();
QSignalSpy evaluation_completed_spy(&lua, &LuaRuntime::evaluation_completed);
lua.evaluate(R"(
return web.event.add_listener({ 'Hello', 'World' }, {
callback = function() print("Called") end,
});
)");
evaluation_completed_spy.wait();
QCOMPARE(evaluation_completed_spy.count(), 1);
QVariant result = evaluation_completed_spy.takeFirst().at(0);
QCOMPARE(result, true);
}
context("when events list is not passed");
it("returns false and doesnt register event") {
auto &lua = LuaRuntime::instance();
QSignalSpy evaluation_completed_spy(&lua, &LuaRuntime::evaluation_completed);
lua.evaluate(R"(
return web.event.add_listener(nil, {
patterns = { 'p1', 'p2' },
callback = function() print("Called") end,
});
)");
evaluation_completed_spy.wait();
QCOMPARE(evaluation_completed_spy.count(), 1);
QVariant result = evaluation_completed_spy.first().first();
QCOMPARE(result, false);
}
context("when callback is not passed");
it("returns false and doesnt register event") {
auto &lua = LuaRuntime::instance();
QSignalSpy evaluation_completed_spy(&lua, &LuaRuntime::evaluation_completed);
lua.evaluate(R"(
return web.event.add_listener({'Ev'}, {
patterns = { 'p1', 'p2' },
});
)");
evaluation_completed_spy.wait();
QCOMPARE(evaluation_completed_spy.count(), 1);
QVariant result = evaluation_completed_spy.first().first();
QCOMPARE(result, false);
}
}
void test_web_event_dispatching() {
context("when dispatching a registered event (without pattern)");
it("calls the registered event handler") {
auto &lua = LuaRuntime::instance();
QSignalSpy evaluation_completed_spy(&lua, &LuaRuntime::evaluation_completed);
lua.evaluate(R"(
_G.event1_called = false;
_G.event1_called_with = nil;
web.event.add_listener('TestEvent1', {
callback = function(opts)
_G.event1_called = true
_G.event1_called_with = opts
end,
});
_G.event2_called = false;
web.event.add_listener('TestEvent2', {
callback = function(opts) _G.event2_called = true end,
});
)");
evaluation_completed_spy.wait();
TestEvent1 event(42);
WindowActionRouter::instance().dispatch_event(&event);
QVERIFY(wait_for_lua_to_be_true("return _G.event1_called"));
QVERIFY(wait_for_lua_to_be_true("return _G.event1_called_with.test_data == 42"));
QVERIFY(wait_for_lua_to_be_true("return not _G.event2_called"));
}
}
void lua_api_view_set_url() {
context("when called with a url and view id");
it("emits url_opened for the given view id") {
auto &lua = LuaRuntime::instance();
QSignalSpy url_opened(&lua, &LuaRuntime::url_opened);
lua.evaluate(R"(
web.view.set_url("https://updated-url.com", 42)
)");
QVERIFY(url_opened.wait());
QCOMPARE(url_opened.first()[0], "https://updated-url.com");
QCOMPARE(url_opened.first()[1], OpenType::OpenUrl);
QCOMPARE(url_opened.first()[2], 42);
}
context("when called with a url");
it("emits url_opened with the url and view id = 0") {
auto &lua = LuaRuntime::instance();
QSignalSpy url_opened(&lua, &LuaRuntime::url_opened);
lua.evaluate(R"(
web.view.set_url("https://updated-url.com")
)");
QVERIFY(url_opened.wait());
QCOMPARE(url_opened.first()[0], "https://updated-url.com");
QCOMPARE(url_opened.first()[1], OpenType::OpenUrl);
QCOMPARE(url_opened.first()[2], 0);
}
context("when called without a url");
it("emits url_opened with empty url and view id = 0") {
auto &lua = LuaRuntime::instance();
QSignalSpy url_opened(&lua, &LuaRuntime::url_opened);
lua.evaluate(R"(
web.view.set_url()
)");
QVERIFY(url_opened.wait());
QCOMPARE(url_opened.first()[0], "");
QCOMPARE(url_opened.first()[1], OpenType::OpenUrl);
QCOMPARE(url_opened.first()[2], 0);
}
}
void lua_api_view_current() {
context("when called without a window id");
it("emits url_opened for the given view id") {
auto &lua = LuaRuntime::instance();
QSignalSpy evaluation_completed_spy(&lua, &LuaRuntime::evaluation_completed);
lua.evaluate(R"(
return web.view.current()
)");
QVERIFY(evaluation_completed_spy.wait());
qDebug() << evaluation_completed_spy.first().first();
// QCOMPARE(evaluation_completed_spy.first().first(), 1);
// QCOMPARE(url_opened.first()[0], "https://updated-url.com");
// QCOMPARE(url_opened.first()[1], OpenType::OpenUrl);
// QCOMPARE(url_opened.first()[2], 42);
}
}
};
QTEST_REGISTER(LuaRuntimeApiSpec)
#include "LuaRuntimeApiSpec.moc"
// NOLINTEND
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