Replace 3 DfgCond patterns with 2 more general ones that convert DfgCond
with common MSBs/LSBs in both branches into a DfgConcat with a narrower
DfgCond. This pattern arises frequently with Dfg synthesis.
Relax the live variable analysis performed by Dfg to bail on fewer
cases. This analysis was already conservative (meaning it might think
variables are live when they are not), which is good enough for Dfg use.
This change in particular enables synthesizing more complex logic
involving arrays, e.g. those introduce by V3Table creating lookup
tables.
- If any simulated cycle counts mismatch, report them and fail the job
- Keep "Elapsed" only in cppbuild
- Ignore "Elapsed" and "CPU" samples less than 30 seconds - too noisy
- Widen acceptable ranges on "Elapsed" and "Memory"
- Add badge legend
Teach DFG about CReset. This is not so much to optimize CReset itself, but to enable synthesizing logic involving CReset, which does appear with automatic variables used only in certain branches
The intention was to run scheduled with max 2 parallel jobs, however,
due to a bug they were run with 7 just like PR runs. This didn't seem to
cause problems, so change it all to 7, except for the hierarchical,
which runs on 6, for a total of a maximum 20 parallel RTLMeter run jobs
per workflow run.
When configured with --enable-partial-static (default on), only the
availability of static libraries were checked. Some platform only
package dynamic libs. If the static library is not found, fall back on
trying the dynamic one.
Small chance a bug gets through, but this will avoid multiple runs on the
common case of reformatting users' pull requests, and related run
cancellation problems.
Add a script that prints the job matrix of cases to run with RTLMeter.
This enables running different sets based on parameters. It will run
everything on scheduled nightly runs, but only a subset on PRs (to reduce
time and variance due to short cases).
Also prints the job matrix in descending duration order, which
effectively makes GitHub actions schedule longest jobs first to reduce
total workflow latency.
Yilou Wang
Adam Kostrzewski
Geza Lore
Shashvat
github action
Tracy Narine
pawelktk
Yilin Li
Artur Bieniek
Wilson Snyder
Marco Bartoli
em2machine
Nikolai Kumar
Ryszard Rozak
Matthew Ballance
Mateusz Gancarz
Larry Doolittle