46   static std::vector<android_fdtrack_event> events;  in FdtrackRun()  local
47   events.clear();  in FdtrackRun()
51     events.push_back(*event);  in FdtrackRun()
69   return std::move(events);  in FdtrackRun()
87   auto events = FdtrackRun([]() { close(fd); });  in TEST()  local
88   ASSERT_EQ(1U, events.size());  in TEST()
89   ASSERT_EQ(fd, events[0].fd);  in TEST()
90   ASSERT_EQ(ANDROID_FDTRACK_EVENT_TYPE_CLOSE, events[0].type);  in TEST()
100   auto events = FdtrackRun([]() {  in TEST()  local
115   ASSERT_EQ(2U, events.size());  in TEST()
117   ASSERT_EQ(fd1, events[0].fd);  in TEST()
118   ASSERT_EQ(ANDROID_FDTRACK_EVENT_TYPE_CREATE, events[0].type);  in TEST()
119   ASSERT_STREQ("open", events[0].data.create.function_name);  in TEST()
121   ASSERT_EQ(fd3, events[1].fd);  in TEST()
122   ASSERT_EQ(ANDROID_FDTRACK_EVENT_TYPE_CREATE, events[1].type);  in TEST()
123   ASSERT_STREQ("open", events[1].data.create.function_name);  in TEST()
141     auto events = FdtrackRun([]() { SetFdResult(&expected_fds, expression); });                  \
145     if (events.size() != expected_fds.size()) {                                                  \
147               events.size());                                                                    \
148       for (size_t i = 0; i < events.size(); ++i) {                                               \
149         auto& event = events[i];                                                                 \
162     for (auto& event : events) {                                                                 \
164                 std::find(expected_fds.begin(), expected_fds.end(), events[0].fd));              \