/**

@mainpage DAPHNE-libs @author Manuel Arroyave (marroyav)

@description This is a collection of libraries to monitor, config and spy daphne registers.
All the libraries are based in oei, a class with 4 functions to read and write registers via ETH.

Basic functionality would support endpoint status.
Endpoint_status.hpp seems like the library to test integration since it's only readout
and returns feedback about the status of the timing endpoint.

Stand alone applications:
testip.cpp -------> pings to every daphne board and prints success or fail
gateware.cpp -------> takes ip address and ask for the gateware running on each daphne
endpoint_status.cpp -------> prints clk and timing variables on terminal
clocks.cpp -------> execute clk config for all daphne boards. (requires echo after)
ts.cpp -------> Prints 4 consecutive ts from each board
select_mode.cpp -------> Configures all daphnes in default data stream config
read20.cpp -------> Prints 20 words from the spy buffer at the output of the 0 transceiver

These are based in hpp files with functions to automatize sending commands for specific interfaces

The Booting procedure for all DAPHNEs in the detector is as follows:

1. Power on
2. Check ping on IP Address ----> send warnings and set a vector only with pingable IP Addresses
3. Check firmware version ----> warning if it's different among the set of running daphnes
4. Check timing registers ----> set timing to work with timing interface
5. Send Echo/Alignment command from timing interface (calls a bash script by hand?)
6. Check endpoint ----> send warnings if state is not good to go
7. Align the AFEs and check ----> send warnings if registers are not 0x3f80
8. Set analog chain ----> this process takes some time (~few min)
9. Fine tunning the offset ----> we can skip it but It might improve dynamic range in some channels

Calibration:

We might need several (tens of) runs for calibration
Procedure is very easy from DAQ point of view:
Is it possible to automatize this and scan using one variable of the calibration module?

1. Configure calibration module
2. Configure DAPHNE
3. Lauch run
4. save metadata (configuration parameters)

*/