// things will almost certainly go sour. However, if we are not
// logging while disarmed then the EKF can be started and trying
// to log things even 'though the backends might be saying "no".
These were only being called directly after Init(), so just tacked them
onto the end of those functions.
The checks in NeedPrep turned out to be mostly redundant.
add support for log time to block logger
refactor rotation into backed. Don't start logs when erasing
correct log start logic
separate read and write points so that requesting log information does not corrupt the current log
when starting a new log stop logging first
clear the write buffer when starting a new log
insert utc time when requesting info for the current log
stop logging and request formats again when starting a new log
cope with erase happening while we are logging
keep pushing out startup messages even when format messages are done
don't log to the gcs in the io thread
don't start new logs in the io thread
don't validate logs while erasing
flush logs when stopping logging
account for page header when calculating logs sizes
don't return data when asked for more data than in the log
optimize locking and use separate semaphore to mediate ring buffer access
stop logging when the chip is full and send a notification
calculate logs sizes correctly even when they wrap
read log data correctly even when it wraps
add stats support to block logger
reset dropped when starting a new log
fail logging when the chip is full
refactor critical bufferspace checks
increase messagewriter budget to 250us and to 300us for FMT
These are really "shouldn't happen", and only happen at startup, so
impact of the memory leak is quite limited.
Fixing this requires putting in a virtual destructor on the
MessageWriter class - this and the calls add up to several hundred bytes
of flash.
be really careful to catch aborted erases
take care to protect shared structures in io thread
if flash corruption is detected try and recover whole files
overwrite format in erase to make sure erase happens
output useful messages at critical times
a block is 64k a sector is 4k, rename internal variables appropriately
cope with log wrapping when sending log listings over mavlink
Peter Barker
Patrick José Pereira
Andrew Tridgell
Andy Piper
Iampete1
Peter Hall
murata
Randy Mackay
Michael du Breuil
Pierre Kancir
Tom Pittenger