SendRequest
status_t SendRequest(BMessage*, BMessage*);
status_t SendRequest(BMessage& request, BMessage& reply);
status_t SendRequest(RequestAllocator* allocator);
status_t SendRequest(RequestAllocator* allocator,
status_t result = fChannel->SendRequest(&request, ATA_DEVICE_READY_REQUIRED);
status_t result = fChannel->SendRequest(request, ATA_DEVICE_READY_REQUIRED);
if (fChannel->SendRequest(&request,
status_t result = fChannel->SendRequest(request,
status_t result = fChannel->SendRequest(request, ATA_DEVICE_READY_REQUIRED);
status_t result = fChannel->SendRequest(request, ATA_DEVICE_READY_REQUIRED);
status_t result = fChannel->SendRequest(request, 0);
status_t SendRequest(ATARequest *request, uint32 flags);
result = defaultPipe->SendRequest(
pipe.SendRequest(
return fDefaultPipe->SendRequest(
status_t result = fDefaultPipe->SendRequest(
status_t result = fDefaultPipe->SendRequest(
status_t result = fDefaultPipe->SendRequest(
return fDefaultPipe->SendRequest(
return fDefaultPipe->SendRequest(
return fDefaultPipe->SendRequest(
status_t result = DefaultPipe()->SendRequest(USB_REQTYPE_CLASS | USB_REQTYPE_OTHER_IN,
status_t result = DefaultPipe()->SendRequest(USB_REQTYPE_CLASS | USB_REQTYPE_OTHER_OUT,
result = DefaultPipe()->SendRequest(USB_REQTYPE_CLASS | USB_REQTYPE_OTHER_OUT,
return DefaultPipe()->SendRequest(USB_REQTYPE_CLASS
DefaultPipe()->SendRequest(USB_REQTYPE_CLASS | USB_REQTYPE_OTHER_OUT,
DefaultPipe()->SendRequest(USB_REQTYPE_CLASS | USB_REQTYPE_OTHER_OUT,
DefaultPipe()->SendRequest(USB_REQTYPE_CLASS | USB_REQTYPE_OTHER_OUT,
DefaultPipe()->SendRequest(USB_REQTYPE_CLASS | USB_REQTYPE_OTHER_OUT,
DefaultPipe()->SendRequest(USB_REQTYPE_CLASS | USB_REQTYPE_OTHER_OUT,
DefaultPipe()->SendRequest(USB_REQTYPE_CLASS | USB_REQTYPE_OTHER_OUT,
DefaultPipe()->SendRequest(USB_REQTYPE_CLASS | USB_REQTYPE_OTHER_OUT,
return DefaultPipe()->SendRequest(
result = DefaultPipe()->SendRequest(USB_REQTYPE_CLASS
status = DefaultPipe()->SendRequest(USB_REQTYPE_CLASS | USB_REQTYPE_OTHER_OUT,
return ((Device *)Parent())->DefaultPipe()->SendRequest(
return ((Device *)Parent())->DefaultPipe()->SendRequest(
return ((Device *)Parent())->DefaultPipe()->SendRequest(
return ((Device *)Parent())->DefaultPipe()->SendRequest(
return ((Device *)Parent())->DefaultPipe()->SendRequest(
return ((Device *)Parent())->DefaultPipe()->SendRequest(
return device->DefaultPipe()->SendRequest(requestType, request,
status_t SendRequest(uint8 requestType,
status = pipe.SendRequest(
status = pipe.SendRequest(
status_t error = connection->SendRequest(request, &reply);
error = fConnection->SendRequest(&request, &_reply);
error = SendRequest(connection, &request, &reply);
status_t error = SendRequest(
status_t error = SendRequest(connection, &request, &reply);
status_t error = SendRequest(fConnection, &request, &reply);
status_t error = SendRequest(fConnection, &request, &reply);
status_t error = SendRequest(fConnection, &request, &reply);
status_t error = SendRequest(fConnection, &request, &reply);
status_t error = SendRequest(fConnection, &request, &reply);
error = SendRequest(fConnection, &request, &reply);
status_t error = SendRequest(fConnection, &request, &reply);
status_t error = SendRequest(fConnection, &request, &reply);
status_t error = SendRequest(fConnection, &request, &reply);
status_t error = fConnection->SendRequest(&request, &requestHandler);
status_t error = SendRequest(fConnection, &request, &reply);
status_t error = SendRequest(fConnection, &request, &reply);
status_t error = SendRequest(fConnection, &request, &reply);
status_t error = SendRequest(fConnection, &request, &reply);
status_t error = SendRequest(fConnection, &request, &reply);
status_t error = SendRequest(fConnection, &request, &reply);
status_t error = SendRequest(fConnection, &request, &reply);
status_t error = SendRequest(fConnection, &request, &reply);
error = SendRequest(fConnection, &request, &reply);
fConnection->SendRequest(&request);
error = SendRequest(fConnection, &request, &reply);
status_t error = SendRequest(fConnection, &request, &reply);
status_t error = SendRequest(fConnection, &request, &reply);
status_t error = SendRequest(fConnection, &request, &reply);
status_t error = fConnection->SendRequest(&request, &requestHandler);
status_t error = SendRequest(fConnection, &request, &reply);
status_t error = SendRequest(fConnection, &request, &reply);
status_t error = SendRequest(fConnection, &request, &reply);
status_t error = SendRequest(fConnection, &request, &reply);
status_t SendRequest(Request* request);
status_t SendRequest(Request* request,
status_t SendRequest(Request* request,
status_t error = GetChannel()->SendRequest(&reply);
return GetChannel()->SendRequest(&reply);
return GetChannel()->SendRequest(&reply);
return GetChannel()->SendRequest(&reply);
return GetChannel()->SendRequest(&reply);
return GetChannel()->SendRequest(&reply);
return GetChannel()->SendRequest(&reply);
return GetChannel()->SendRequest(&reply);
return GetChannel()->SendRequest(&reply);
status_t error = GetChannel()->SendRequest(&reply);
return GetChannel()->SendRequest(&reply);
return GetChannel()->SendRequest(&reply);
return GetChannel()->SendRequest(&reply);
status_t error = GetChannel()->SendRequest(&reply);
return GetChannel()->SendRequest(&reply);
status_t error = GetChannel()->SendRequest(&reply);
status_t error = GetChannel()->SendRequest(&reply);
status_t error = GetChannel()->SendRequest(&reply);
return GetChannel()->SendRequest(&reply);
return GetChannel()->SendRequest(&reply);
return GetChannel()->SendRequest(&reply);
return GetChannel()->SendRequest(&reply);
status_t error = GetChannel()->SendRequest(&reply);
return GetChannel()->SendRequest(&reply);
error = fConnection->SendRequest(request);
status_t error = GetChannel()->SendRequest(&reply);
return GetChannel()->SendRequest(&reply);
return GetChannel()->SendRequest(&reply);
return GetChannel()->SendRequest(&reply);
status_t error = GetChannel()->SendRequest(&reply);
status_t error = GetChannel()->SendRequest(&reply);
return GetChannel()->SendRequest(&reply);
status_t error = requestChannel.SendRequest(&request);
error = requestChannel.SendRequest(request);
port->SendRequest(&allocator, &handler);
return fPort->SendRequest(&allocator);
return fPort->SendRequest(&allocator);
return fPort->SendRequest(&allocator);
return fPort->SendRequest(&allocator);
return fPort->SendRequest(&allocator);
return fPort->SendRequest(&allocator);
return fPort->SendRequest(&allocator);
return fPort->SendRequest(&allocator);
return fPort->SendRequest(&allocator);
return fPort->SendRequest(&allocator);
return fPort->SendRequest(&allocator);
return fPort->SendRequest(&allocator);
return fPort->SendRequest(&allocator);
return fPort->SendRequest(&allocator);
return fPort->SendRequest(&allocator);
return fPort->SendRequest(&allocator);
return fPort->SendRequest(&allocator, &handler);
return fPort->SendRequest(&allocator);
return fPort->SendRequest(&allocator);
return fPort->SendRequest(&allocator);
return fPort->SendRequest(&allocator, &handler);
return fPort->SendRequest(&allocator);
return fPort->SendRequest(&allocator);
return fPort->SendRequest(&allocator);
return fPort->SendRequest(&allocator);
return fPort->SendRequest(&allocator);
return port->SendRequest(allocator, handler, reply);
status_t error = port->SendRequest(allocator, handler, reply,
return port->SendRequest(&allocator);
status_t error = SendRequest(allocator);
return fPort->SendRequest(&allocator, &handler);
return fPort->SendRequest(&allocator);
error = port->SendRequest(&allocator, &handler, (Request**)&reply);
error = port->SendRequest(&allocator, &handler, (Request**)&reply);
error = port->SendRequest(&allocator, &handler, (Request**)&reply);
error = port->SendRequest(&allocator, &handler, (Request**)&reply);
error = port->SendRequest(&allocator, &handler, (Request**)&reply);
error = port->SendRequest(&allocator, &handler, (Request**)&reply);
error = port->SendRequest(&allocator, &handler, (Request**)&reply);
error = port->SendRequest(&allocator, &handler, (Request**)&reply);
error = port->SendRequest(&allocator, &handler, (Request**)&reply);
error = port->SendRequest(&allocator, &handler, (Request**)&reply);
error = port->SendRequest(&allocator, &handler, (Request**)&reply);
error = port->SendRequest(&allocator, &handler, (Request**)&reply);
error = port->SendRequest(&allocator, &handler, (Request**)&reply);
error = port->SendRequest(&allocator, &handler, (Request**)&reply);
error = port->SendRequest(&allocator, &handler, (Request**)&reply);
error = port->SendRequest(&allocator, &handler, (Request**)&reply);
error = port->SendRequest(&allocator, &handler, (Request**)&reply);
error = port->SendRequest(&allocator, &handler, (Request**)&reply);
error = port->SendRequest(&allocator, &handler, (Request**)&reply);
error = port->SendRequest(&allocator, &handler, (Request**)&reply);
port->SendRequest(&receiptAckAllocator);
error = port->SendRequest(&allocator, &handler, (Request**)&reply);
error = port->SendRequest(&allocator, &handler, (Request**)&reply);
error = port->SendRequest(&allocator, &handler, (Request**)&reply);
port->SendRequest(&receiptAckAllocator);
error = port->SendRequest(&allocator, &handler, (Request**)&reply);
SendRequest();
SendRequest();
bool SendRequest();
status_t SendRequest();
status_t status = messenger.SendRequest();
status_t status = messenger.SendRequest();
status_t err = BMidiRoster::MidiRoster()->SendRequest(msg, &reply);
status_t err = BMidiRoster::MidiRoster()->SendRequest(&msg, &reply);
if (SendRequest(&msg, &reply) == B_OK) {
status_t result = SendRequest(message, reply);
status_t result = SendRequest(message, reply);
status_t result = SendRequest(message, reply);
status_t result = SendRequest(message, reply);
status_t result = SendRequest(message, reply);