On 5/13/21 8:33 AM, Alex Bennée wrote:
Now add and mul columns are going down when the only change is to
muladd? Is this just more noise?
Running again more times I think it is a real effect:
I don't believe it. If source code for a given function is not changing then
the generated code
Richard Henderson writes:
> Reorg everything using QEMU_GENERIC and multiple inclusion to
> reduce the amount of code duplication between the formats.
>
> The use of QEMU_GENERIC means that we need to use pointers instead
> of structures, which means that even the smaller float formats
> need
Richard Henderson writes:
> On 5/12/21 2:23 PM, Alex Bennée wrote:
>> Richard Henderson writes:
>>
>>> Reorg everything using QEMU_GENERIC and multiple inclusion to
>>> reduce the amount of code duplication between the formats.
>>>
>>> The use of QEMU_GENERIC means that we need to use
On 5/12/21 2:23 PM, Alex Bennée wrote:
Richard Henderson writes:
Reorg everything using QEMU_GENERIC and multiple inclusion to
reduce the amount of code duplication between the formats.
The use of QEMU_GENERIC means that we need to use pointers instead
of structures, which means that even
Richard Henderson writes:
> Reorg everything using QEMU_GENERIC and multiple inclusion to
> reduce the amount of code duplication between the formats.
>
> The use of QEMU_GENERIC means that we need to use pointers instead
> of structures, which means that even the smaller float formats
> need
Richard Henderson writes:
> Reorg everything using QEMU_GENERIC and multiple inclusion to
> reduce the amount of code duplication between the formats.
>
> The use of QEMU_GENERIC means that we need to use pointers instead
> of structures, which means that even the smaller float formats
> need
On 5/12/21 6:22 AM, Alex Bennée wrote:
I did note we are missing mulAdd tests but they seem to be missing from
the underlying testfloat code as well. I guess we don't care that much
for the 80bit code? Is it even used by any architectures?
It's not used by any architecture, so no point in
Richard Henderson writes:
> On 5/10/21 8:36 AM, Alex Bennée wrote:
>> Richard Henderson writes:
>>
>>> Reorg everything using QEMU_GENERIC and multiple inclusion to
>>> reduce the amount of code duplication between the formats.
>>>
>>> The use of QEMU_GENERIC means that we need to use
On 5/10/21 8:36 AM, Alex Bennée wrote:
Richard Henderson writes:
Reorg everything using QEMU_GENERIC and multiple inclusion to
reduce the amount of code duplication between the formats.
The use of QEMU_GENERIC means that we need to use pointers instead
of structures, which means that even
Richard Henderson writes:
> Reorg everything using QEMU_GENERIC and multiple inclusion to
> reduce the amount of code duplication between the formats.
>
> The use of QEMU_GENERIC means that we need to use pointers instead
> of structures, which means that even the smaller float formats
> need
] Convert floatx80 and float128 to FloatParts
=== TEST SCRIPT BEGIN ===
#!/bin/bash
git rev-parse base > /dev/null || exit 0
git config --local diff.renamelimit 0
git config --local diff.renames True
git config --local diff.algorithm histogram
./scripts/checkpatch.pl --mailback base..
=== TEST SCR
Reorg everything using QEMU_GENERIC and multiple inclusion to
reduce the amount of code duplication between the formats.
The use of QEMU_GENERIC means that we need to use pointers instead
of structures, which means that even the smaller float formats
need rearranging.
I've carried it through to
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