70 bool GnssSession::addRequest(Nanoapp *nanoapp, Milliseconds minInterval,  in addRequest()  argument
73   return configure(nanoapp, true /* enable */, minInterval, minTimeToNext,  in addRequest()
124                    request.minInterval.getMilliseconds(),  in logStateToBuffer()
133                    transition.minInterval.getMilliseconds(),  in logStateToBuffer()
139     Nanoapp *nanoapp, bool enable, Milliseconds minInterval,  in configure()  argument
146     success = addRequestToQueue(instanceId, enable, minInterval, cookie);  in configure()
147   } else if (stateTransitionIsRequired(enable, minInterval, hasRequest,  in configure()
149     success = addRequestToQueue(instanceId, enable, minInterval, cookie);  in configure()
151       success = controlPlatform(enable, minInterval, minTimeToNext);  in configure()
160         instanceId, true /* success */, enable, minInterval, CHRE_ERROR_NONE,  in configure()
185     uint32_t instanceId, bool enable, Milliseconds minInterval,  in addRequestToQueue()  argument
190   stateTransition.minInterval = minInterval;  in addRequestToQueue()
206     bool requestedState, Milliseconds minInterval, bool nanoappHasRequest,  in stateTransitionIsRequired()  argument
210       && minInterval < mCurrentInterval);  in stateTransitionIsRequired()
228           && request.minInterval == currentRequest.minInterval) {  in stateTransitionIsRequired()
233     requestToDecreaseRate = (minInterval > mCurrentInterval  in stateTransitionIsRequired()
234         && currentRequest.minInterval == mCurrentInterval && requestCount == 0);  in stateTransitionIsRequired()
242     bool enable, Milliseconds minInterval, uint32_t instanceId) {  in updateRequests()  argument
255         mRequests[requestIndex].minInterval = minInterval;  in updateRequests()
262         request.minInterval = minInterval;  in updateRequests()
282     uint32_t instanceId, bool success, bool enable, Milliseconds minInterval,  in postAsyncResultEvent()  argument
285   if (!success || updateRequests(enable, minInterval, instanceId)) {  in postAsyncResultEvent()
310     uint32_t instanceId, bool success, bool enable, Milliseconds minInterval,  in postAsyncResultEventFatal()  argument
312   if (!postAsyncResultEvent(instanceId, success, enable, minInterval, errorCode,  in postAsyncResultEventFatal()
327       mCurrentInterval = stateTransition.minInterval;  in handleStatusChangeSync()
333                               stateTransition.minInterval,  in handleStatusChangeSync()
346                                   stateTransition.minInterval,  in handleStatusChangeSync()
348       if (controlPlatform(stateTransition.enable, stateTransition.minInterval,  in handleStatusChangeSync()
356             stateTransition.enable, stateTransition.minInterval,  in handleStatusChangeSync()
363           stateTransition.enable, stateTransition.minInterval,  in handleStatusChangeSync()
390     bool enable, Milliseconds minInterval, Milliseconds /* minTimeToNext */) {  in controlPlatform()  argument
398           .controlLocationSession(enable, minInterval, Milliseconds(0));  in controlPlatform()
403           .controlMeasurementSession(enable, minInterval);  in controlPlatform()