verilator

Commit Graph

Author	SHA1	Message	Date
Geza Lore	e8a9662eb5	Simplify LogicMTask/ExecMTask IDs (#4990 ) There is no strong need to re-map LogicMTask IDs and it just adds extra processing. Instead we just allocate a separate set of ExecMTask IDs as they are created, which can also be used as the unique profiling ID as well. The only effect on the output of this is the change in mtask IDs emitted, which was fairly arbitrary to begin with.	2024-03-16 14:02:17 +00:00
Geza Lore	df519ff16e	Fix --prof-exec predicted time values (#4988 ) Wrapping the functions in #4933 broke --prof-exec report as the predicted MTask times are computed during thread packing, but are emitted in the wrapping functions.	2024-03-16 12:17:24 +00:00
Geza Lore	e4847464d4	Split V3Partition into logically separate pieces (#4958 ) V3Partition used to contain 2 conceptually separate set of algorithms - The MTask partitioning/coarsening algorithm used by V3Order. This has been moved to V3OrderParallel.cpp - The lowering of AstExecGraph into per thread functions by packing tasks into threads and creating additional code (V3Partition::finalize). This has been moved to the new V3ExecGraph.cpp This patch is just code movement/rename with minimal fixes required to do so.	2024-03-10 15:58:58 +00:00

Author

SHA1

Message

Date

Geza Lore

e8a9662eb5

Simplify LogicMTask/ExecMTask IDs (#4990 )

There is no strong need to re-map LogicMTask IDs and it just adds extra
processing. Instead we just allocate a separate set of ExecMTask IDs as
they are created, which can also be used as the unique profiling ID as
well. The only effect on the output of this is the change in mtask IDs
emitted, which was fairly arbitrary to begin with.

2024-03-16 14:02:17 +00:00

Geza Lore

df519ff16e

Fix --prof-exec predicted time values (#4988 )

Wrapping the functions in #4933 broke --prof-exec report as the
predicted MTask times are computed during thread packing, but are
emitted in the wrapping functions.

2024-03-16 12:17:24 +00:00

Geza Lore

e4847464d4

Split V3Partition into logically separate pieces (#4958 )

V3Partition used to contain 2 conceptually separate set of algorithms

- The MTask partitioning/coarsening algorithm used by V3Order. This has
  been moved to V3OrderParallel.cpp

- The lowering of AstExecGraph into per thread functions by packing
  tasks into threads and creating additional code
  (V3Partition::finalize). This has been moved to the new
  V3ExecGraph.cpp

This patch is just code movement/rename with minimal fixes required to
do so.

2024-03-10 15:58:58 +00:00

3 Commits