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This PR corrects misspellings identified by the check-spelling action.
The misspellings have been reported at jsoref@72c5ec8#commitcomment-78705631
* spelling: achieved
* spelling: activated
* spelling: address
* spelling: anonymous
* spelling: architecture
* spelling: are_consecutive
* spelling: assemble
* spelling: becoming
* spelling: been
* spelling: clobbered
* spelling: coercion
* spelling: condition
* spelling: convenience
* spelling: correctly
* spelling: correspondence
* spelling: corresponding
* spelling: depend
* spelling: dictionary
* spelling: emitted
* spelling: everything
* spelling: excluding
* spelling: explicitly
* spelling: implementation
* spelling: implicitly
* spelling: included
* spelling: indices
* spelling: instruction
* spelling: instructions
* spelling: labels
* spelling: locations
* spelling: maximum
* spelling: mechanisms
* spelling: modifiers
* spelling: multiple
* spelling: omitted
* spelling: one
* spelling: overridden
* spelling: overwrite
* spelling: performed
* spelling: predicate
* spelling: registers
* spelling: reproducible
* spelling: separate
* spelling: shift
* spelling: substitution
* spelling: temporary
* spelling: test_sve
* spelling: the
* spelling: threshold
* spelling: unconditional
* spelling: usually
* spelling: variables
Signed-off-by: Josh Soref <2119212+jsoref@users.noreply.github.com>
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Add floating point tests for instructions taking three D registers as
operands.
We have assembler tests for the following instrutions with F32 and F64:
- VABD
- VADD
- VCEQ
- VCGE
- VCGT
- VCLE
- VCLT
- VMAX
- VMIN
- VPADD
- VPMAX
- VPMIN
- VSUB
And simulation (as in execution on hardware) for the following instructions,
only with F64 as a datatype.
- VADD
- VSUB
Change-Id: I784ee821bd551a9ceb8b3fa3e66cc40fd0e12869
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A recent patch taught the MacroAssembler to optimize some instructions
before calling to the asssembler. These optimizations do not rely on
delegates. However, this introduced failures in our assembler tests
since we were relying on the MacroAssembler calling the Assembler
directly, for convevience in the test generator.
For example, the MacroAssembler does not generate any instructions when
one calls "Add(reg, reg, 0)" for example. But of course, the Assembler
should still generate an instruction and it should be tested that it
does. This means we cannot get away with using the MacroAssembler in
generated tests anymore.
This patch changes the test generator to have assembler tests call
assembler methods instead of macro-assembler methods. We still use a
MacroAssembler object, but generate the instruction under test using a
AssemblerAccurateScope. One major change in this patch is how we handle
generating IT instructions. Of course, we could previously rely on the
MacroAssembler to generate them, we now need to do it ourselves.
Finally, this patch also adds an assertion in generated assembler test
that actually fails the test! It seems I forgot to add it before and we
didn't see the regressions, sorry about that.
Change-Id: Ia904a8a11613cf33abe197858c8a8ce66e4e7add
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Change-Id: I40a929b1095ee3e1b2ca5ef879c7006d8b59acc9
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Change-Id: Ifb505e5664996c1af41e38376e58ba49864213a3
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Add support for the A32 and T32 instruction set architectures in
seperate a32 directories.
Note that this commit introduces aarch32 and aarch64 namespaces so
existing client code will need to be adjusted.
Refer to doc/getting-started-a32.md for an introduction.
Change-Id: Iaf3e5f496ec4e19d77d304128e6920daa4549e78
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