39     status_t status = NO_MEMORY;  in createEventFlag()  local
42     EventFlag* evFlag = new (std::nothrow) EventFlag(fd, offset, &status);  in createEventFlag()
44         if (status == NO_ERROR) {  in createEventFlag()
51     return status;  in createEventFlag()
60     status_t status = NO_MEMORY;  in createEventFlag()  local
63     EventFlag* evFlag = new (std::nothrow) EventFlag(fwAddr, &status);  in createEventFlag()
65         if (status == NO_ERROR) {  in createEventFlag()
72     return status;  in createEventFlag()
78 EventFlag::EventFlag(int fd, off_t offset, status_t* status) {  in EventFlag()  argument
85         *status = NO_ERROR;  in EventFlag()
87         *status = -errno;  in EventFlag()
96 EventFlag::EventFlag(std::atomic<uint32_t>* fwAddr, status_t* status) {  in EventFlag()  argument
97     *status = NO_ERROR;  in EventFlag()
99         *status = BAD_VALUE;  in EventFlag()
117     status_t status = NO_ERROR;  in wake()  local
127             status = -errno;  in wake()
131     return status;  in wake()
146     status_t status = NO_ERROR;  in waitHelper()  local
154         return status;  in waitHelper()
176         status = -errno;  in waitHelper()
177         if (status != -EAGAIN && status != -ETIMEDOUT) {  in waitHelper()
187             status = -EINTR;  in waitHelper()
190     return status;  in waitHelper()
208     status_t status;  in wait()  local
219                 status = -ETIMEDOUT;  in wait()
225         status = waitHelper(bitmask, efState, timeoutNanoSeconds);  in wait()
226         if ((status != -EAGAIN) && (status != -EINTR)) {  in wait()
230     return status;  in wait()
235     status_t status = NO_ERROR;  in unmapEventFlagWord()  local
239             status = -errno;  in unmapEventFlagWord()
244     return status;  in unmapEventFlagWord()
252     status_t status = unmapEventFlagWord((*evFlag)->mEfWordPtr,  in deleteEventFlag()  local
257     return status;  in deleteEventFlag()