Thank you Oliver for the suggestion. I will have a look. I think you are correct--and this was my feeling as well--that the context functionality is perfect for what I want to do. I just have to get where I understand it.
Question: If I allocate too small of a stack, and something gets written outside of the allocation, is there any way to know that this has occurred?
Thanks,
Greg Laird
----- Original Message -----
From: Oliver Kowalke
To: boost-users
Sent: Wednesday, January 18, 2017 5:54 AM
Subject: Re: [Boost-users] Fwd: Boost coroutine/context libraries
2017-01-18 2:20 GMT+01:00 Gregory Laird :
--------------- Forwarded message (begin)
Subject: Boost coroutine/context libraries
From: Gregory Laird
Date: Tue, 17 Jan 2017 17:10:57 -0800
Newsgroup: gmane.comp.lib.boost.user
I am trying to write a cooperative task scheduler in c++ and I have
discovered the boost context and coroutine libraries. I have written these
sorts of schedulers many times in assembly language so I appreciate the
issues in the methodology. I have written lots of c code but am less versed
in c++.
I have been trying to find some straightforward examples of the libraries
use without a lot of extraneous c++ language elements (e.g. binds, lambdas,
etc.). I did find one example
http://stackoverflow.com/questions/11716291/boost-context-class
that is very nice, but it will not compile now with the current boost
library. I get an error saying that boost::context::fcontext_t has been
removed from the public api.
Could someone direct me to some examples that demonstrate the context or
coroutine functionality that would be easier to understand.
I want to write a scheduler that is very similar to the example listed above
where coroutines yeild back to a main caller which then chooses the next
coroutine to continue its processing.
- I would use boost.context instead of boost.coroutine(2) for implementing a scheduler
- boost.context contains an directory ('example') which does contains not too complicated C++ code
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