Book section: Concurrency (draft) #7
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Triage: I'm currently working on a first draft for this. |
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49: First draft at concurrency chapter r=andre-richter a=adamgreig I've mostly focused on building up to safely sharing peripherals, without very much focus on RTFM or higher level things like an RTOS, since I don't think there's very much we can usefully say about them at the moment. Very happy to be told I'm wrong on that front though! Closes #7. r? @rust-embedded/resources Co-authored-by: Adam Greig <adam@adamgreig.com>
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49: First draft at concurrency chapter r=andre-richter a=adamgreig I've mostly focused on building up to safely sharing peripherals, without very much focus on RTFM or higher level things like an RTOS, since I don't think there's very much we can usefully say about them at the moment. Very happy to be told I'm wrong on that front though! Closes rust-embedded#7. r? @rust-embedded/resources Co-authored-by: Adam Greig <adam@adamgreig.com>
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From @japaric on July 17, 2018 14:34
This section should cover concurrency in embedded systems / microcontrollers. How the Send / Sync traits can be used with interrupts and static variables to achieve memory safe concurrency in those systems. We start with the simple case of interrupt handlers, static variables and critical sections and then show that a framework / DSL like Real Time for The Masses can built using those basic blocks.
If Tock userland apps (not the kernel) are working on stable then we can include a subsection about that as well as it demoes the multiprocess architecture. Same thing with freertos-rs which demoes a more traditional threading system (I think).
Copied from original issue: rust-embedded/wg#124
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