With TLS, a worker (or process) can have a TLS address and non-TLS address.
When a process is created in simulation, the primary address is TLS by default.
The non-TLS one is the TLS address port plus one.
In a connection between two workers, if their primary addresses do not enable
or disable TLS together, one worker will swap its primary address and secondary address
so that the TLS config of the two endpoints can match.
The swap can make the primary address no longer the TLS one that was created
when the process is created. And the swap only happens for worker instead of
process struct in simulation.
This swap can cause worker->address != process->address.
In checkForExtraDataStores actor, we use worker->address to check if a process
is killable and use the process->address to kill the process. The inconsistency
can cause simulation to kill a protected process that is not killable and leads
to simulation failure.
Remove the use of relative paths. A header at foo/bar.h could be included by
files under foo/ with "bar.h", but would be included everywhere else as
"foo/bar.h". Adjust so that every include references such a header with the
latter form.
Signed-off-by: Robert Escriva <rescriva@dropbox.com>
This takes advantage of the new actorcompiler functionality to avoid
having duplicate definitions of `Void _` when trying to feed the
un-actorompiled source through clang.
* Detail names now all start with an uppercase character and contain no underscores. Ideally these should be head-first camel case, though that was harder to check.
* Type names have the same rules, except they allow one underscore (to support a usage pattern Context_Type). The first character after the underscore is also uppercase.
* Use seconds instead of milliseconds in details.
Added a check when events are logged in simulation that logs a message to stderr if the first two rules above aren't followed.
This probably doesn't address every instance of the above problems, but all of the events I was able to hit in simulation pass the check.
Meng Xu