SConscript:
add these files for partitioned caches
base/traceflags.py:
add Split as a traceflag
--HG--
extra : convert_revision : 6aa8f7c389ee1145b33be006c820236f11f5397c
second translation (which is superfluous) doesn't work properly when
system memory is higher than 128MB
--HG--
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hopefully improve performance a tad.
base/stats/mysql.cc:
- it's not called sample anymore, it's called tick
- don't bother to cleanup deleted runs. Doing this for each run
is not necessary, it can be done all at once
- don't query for a bin id every time, just do it once.
- use locking in a few places to prevent two processes from
stepping on eachother.
- don't duplicate subdata ids. use -1,y and x,-1
base/stats/mysql.hh:
It's not called sample anymore, it's called tick
--HG--
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different experiments, use --<foo>.system:readfile=<script>
to change the experiment
--HG--
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**warning** this is still a hack. The caches need to figure this
out on their own!
--HG--
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SConscript:
THIS is why the regression keeps failing. it's missing the the etherbus file in the sconscript.
--HG--
extra : convert_revision : adbcfb6036d8e8ecb51c4f484d0030059542684b
dev/ns_gige.cc:
tell all outgoing dma events that this request is from the NIC
--HG--
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average the results.
It works on alpha but I haven't got it working on x86 I think for
lack of knowing a good address to read.
--HG--
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'cd build; scons' will build ALPHA/m5.debug.
Use e.g. 'scons KERNEL/m5.opt' to build other binaries.
Read the comments in build/SConstruct for more details.
base/traceflags.py:
Take basename of generated cc/hh files from command line instead
of hardwiring them. Lets us call the script from a different
directory and still have the files end up in the right place
(e.g. "base/traceflags.py base/traceflags").
--HG--
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kern/linux/linux_system.cc:
Formatting
sim/host.hh:
When we say ULL and UL we really just want a 64-bit value, not
necessarily a long long, so cast the integer to (u)int64_t
this fixes a problem with byte swapping.
--HG--
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a realworld file.
arch/alpha/isa_desc:
arch/alpha/pseudo_inst.hh:
implement the readfile pseudo instruction that will read a
chunk of a realworld file.
arch/alpha/pseudo_inst.cc:
implement the readfile pseudo instruction that will read a
chunk of a realworld file. The filename is a per system
parameter and comes from the system itself.
kern/linux/linux_system.cc:
sim/system.hh:
Create a per-system readfile parameter for use by the readfile
pseudo instruction. That way each system can get its own file.
--HG--
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from the simulator into the simulatee
kern/tru64/dump_mbuf.cc:
rename CopyData -> CopyOut
--HG--
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measure. The rest of the registers I used are touched by the tlaser
platform code so I would guess their are fair game.
Random memory troubles hopefully over.
dev/ns_gige.cc:
transmit side checksum offloading doesn't need pseudo header generation, it just takes the pseudo header checksum and uses it.
--HG--
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