Searched hist:512 (Results 1 - 7 of 7) sorted by relevance
| /gem5/src/arch/x86/ | ||
| H A D | memhelpers.hh | 11328:9512d2e25f14 Sat Feb 06 20:21:00 EST 2016 Steve Reinhardt <steve.reinhardt@amd.com> arch, x86: add support for arrays as memory operands Although the cache models support wider accesses, the ISA descriptions assume that (for the most part) memory operands are integer types, which makes it difficult to define instructions that do memory accesses larger than 64 bits. This patch adds some generic support for memory operands that are arrays of uint64_t, and specifically a 'u2qw' operand type for x86 that is an array of 2 uint64_ts (128 bits). This support is unused at this point, but will be needed shortly for cmpxchg16b. Ideally the 128-bit SSE memory accesses will also be rewritten to use this support. Support for 128-bit accesses could also have been added using the gcc __int128_t extension, which would have been less disruptive. However, although clang also supports __int128_t, it's still non-standard. Also, more importantly, this approach creates a path to defining 256- and 512-byte operands as well, which will be useful for eventual AVX support. |
| /gem5/src/arch/x86/isa/ | ||
| H A D | includes.isa | 11328:9512d2e25f14 Sat Feb 06 20:21:00 EST 2016 Steve Reinhardt <steve.reinhardt@amd.com> arch, x86: add support for arrays as memory operands Although the cache models support wider accesses, the ISA descriptions assume that (for the most part) memory operands are integer types, which makes it difficult to define instructions that do memory accesses larger than 64 bits. This patch adds some generic support for memory operands that are arrays of uint64_t, and specifically a 'u2qw' operand type for x86 that is an array of 2 uint64_ts (128 bits). This support is unused at this point, but will be needed shortly for cmpxchg16b. Ideally the 128-bit SSE memory accesses will also be rewritten to use this support. Support for 128-bit accesses could also have been added using the gcc __int128_t extension, which would have been less disruptive. However, although clang also supports __int128_t, it's still non-standard. Also, more importantly, this approach creates a path to defining 256- and 512-byte operands as well, which will be useful for eventual AVX support. |
| H A D | operands.isa | 11328:9512d2e25f14 Sat Feb 06 20:21:00 EST 2016 Steve Reinhardt <steve.reinhardt@amd.com> arch, x86: add support for arrays as memory operands Although the cache models support wider accesses, the ISA descriptions assume that (for the most part) memory operands are integer types, which makes it difficult to define instructions that do memory accesses larger than 64 bits. This patch adds some generic support for memory operands that are arrays of uint64_t, and specifically a 'u2qw' operand type for x86 that is an array of 2 uint64_ts (128 bits). This support is unused at this point, but will be needed shortly for cmpxchg16b. Ideally the 128-bit SSE memory accesses will also be rewritten to use this support. Support for 128-bit accesses could also have been added using the gcc __int128_t extension, which would have been less disruptive. However, although clang also supports __int128_t, it's still non-standard. Also, more importantly, this approach creates a path to defining 256- and 512-byte operands as well, which will be useful for eventual AVX support. |
| /gem5/configs/dram/ | ||
| H A D | sweep.py | 10323:5169ebd26163 Wed Sep 03 07:42:00 EDT 2014 Andreas Hansson <andreas.hansson@arm.com> mem: Add utility script to plot DRAM efficiency sweep This patch adds basic functionality to quickly visualise the output from the DRAM efficiency script. There are some unfortunate hacks needed to communicate the needed information from one script to the other, and we fall back on (ab)using the simout to do this. As part of this patch we also trim the efficiency sweep to stop at 512 bytes as this should be sufficient for all forseeable DRAMs. |
| /gem5/src/arch/x86/isa/microops/ | ||
| H A D | ldstop.isa | 11328:9512d2e25f14 Sat Feb 06 20:21:00 EST 2016 Steve Reinhardt <steve.reinhardt@amd.com> arch, x86: add support for arrays as memory operands Although the cache models support wider accesses, the ISA descriptions assume that (for the most part) memory operands are integer types, which makes it difficult to define instructions that do memory accesses larger than 64 bits. This patch adds some generic support for memory operands that are arrays of uint64_t, and specifically a 'u2qw' operand type for x86 that is an array of 2 uint64_ts (128 bits). This support is unused at this point, but will be needed shortly for cmpxchg16b. Ideally the 128-bit SSE memory accesses will also be rewritten to use this support. Support for 128-bit accesses could also have been added using the gcc __int128_t extension, which would have been less disruptive. However, although clang also supports __int128_t, it's still non-standard. Also, more importantly, this approach creates a path to defining 256- and 512-byte operands as well, which will be useful for eventual AVX support. |
| /gem5/configs/example/ | ||
| H A D | fs.py | 11790:f1ffedcf3b98 Mon Jan 09 10:32:00 EST 2017 Matthias Jung <jungma@eit.uni-kl.de> config: Fix missing include in fs.py Bugfix for Elastic Traces This patch fixes the bug when elastic traces are used: build/ARM/gem5.opt \ configs/example/fs.py \ --cpu-type=arm_detailed \ --num-cpu=1 \ --mem-type=SimpleMemory \ --mem-size=512MB \ --mem-channels=1 \ --caches \ --elastic-trace-en \ --data-trace-file=data.proto.gz \ --inst-trace-file=inst.proto.gz \ --machine-type=VExpress_EMM \ --dtb-filename=vexpress.aarch32.ll_20131205.0-gem5.1cpu.dtb \ --kernel=vmlinux.aarch32.ll_20131205.0-gem5 \ --disk-image=linux-aarch32-ael.img NameError: global name 'CpuConfig' is not defined Signed-off by: Jason Lowe-Power <jason@lowepower.com> |
| /gem5/src/arch/ | ||
| H A D | isa_parser.py | 11328:9512d2e25f14 Sat Feb 06 20:21:00 EST 2016 Steve Reinhardt <steve.reinhardt@amd.com> arch, x86: add support for arrays as memory operands Although the cache models support wider accesses, the ISA descriptions assume that (for the most part) memory operands are integer types, which makes it difficult to define instructions that do memory accesses larger than 64 bits. This patch adds some generic support for memory operands that are arrays of uint64_t, and specifically a 'u2qw' operand type for x86 that is an array of 2 uint64_ts (128 bits). This support is unused at this point, but will be needed shortly for cmpxchg16b. Ideally the 128-bit SSE memory accesses will also be rewritten to use this support. Support for 128-bit accesses could also have been added using the gcc __int128_t extension, which would have been less disruptive. However, although clang also supports __int128_t, it's still non-standard. Also, more importantly, this approach creates a path to defining 256- and 512-byte operands as well, which will be useful for eventual AVX support. |
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