On macOS, we usually use the DebugSymbols framework to find dSYMs, but
we have a few places (including crashlog.py) that calls out directly to
dsymForUUID. Currently, this invocation is missing two important
options:
* `--ignoreNegativeCache`: Poor network connectivity or lack of VPN can
lead to a negative cache hit. Avoiding those issues is worth the penalty
of skipping these caches.
* `--copyExecutable`: Ensure we copy the executable as it might not be
available at its original location.
rdar://118480731
We check the opcode of the first instruction in the block where the
prologue is inserted without checking if the iterator points to any
instructions. When the basic block is empty, that causes a crash. One
way the prologue block can be empty is when it starts with a call to
__builtin_readcyclecounter on RV32 since that produces a loop.
Co-authored-by: Nemanja Ivanovic <nemanja@synopsys.com>
Allocate a register of the correct register class for inline asm
constraint "r" when used for FP values with -Zfinx/-Zdinx.
---------
Co-authored-by: Nemanja Ivanovic <nemanja@synopsys.com>
Fix for https://github.com/llvm/llvm-project/issues/71897
When it comes to test infrastructure the test (TestDAP_variables.py:
test_scopes_variables_setVariable_evaluate_with_descriptive_summaries)
will fail if the variable has a summary along with value.
I just tried to add a summary to a variable before we set a value to the
variable using below expression from “request_setVariable” function.
RunLLDBCommands(llvm::StringRef(), {std::string("type summary add
--summary-string "{sample summary}" (const char **) argv")});
As value has nonnumeric characters where we are trying to convert into
integer, python is throwing an error. We did not see this issue in
upstream as we are not adding summary explicitly, by default we are
getting empty summary & value for all children’s of argv parameter (even
after auto summary).
The test is failing with below error:
ERROR:
test_scopes_variables_setVariable_evaluate_with_descriptive_summaries
(TestDAP_variables.TestDAP_variables)
Traceback (most recent call last):
File
"/llvm/llvm-project/lldb/test/API/tools/lldb-dap/variables/TestDAP_variables.py",
line 372, in
test_scopes_variables_setVariable_evaluate_with_descriptive_summaries
enableAutoVariableSummaries=True
File
"/llvm/llvm-project/lldb/test/API/tools/lldb-dap/variables/TestDAP_variables.py",
line 266, in do_test_scopes_variables_setVariable_evaluate
argv = self.get_local_as_int("argv")
File
"//llvm/llvm-project/lldb/packages/Python/lldbsuite/test/tools/lldb-dap/lldbdap_testcase.py",
line 199, in get_local_as_int
return int(value, 16)
ValueError: invalid literal for int() with base 16: '0x0000000000001234
sample summary'
Config=x86_64-//llvm/llvm-build/bin/clang
Co-authored-by: Santhosh Kumar Ellendula <sellendu@hu-sellendu-hyd.qualcomm.com>
We already have the pseudo's for lowering these as MI nodes with
rounding mode operands, and the generic FRM insertion pass. Doing the
insertion later in the backend allows SSA level passes to avoid
reasoning about physical register copies, and happens to produce better
code in practice. The later is mostly an accident of our insertion
order; we happen to place the frm write after the vsetvli, and it's very
common for a register to be killed at the vsetvli. End result is that we
get slightly better scalar register allocation.
I'm a bit unclear on the history here. I was surprised to find this code
in ISEL lowering at all, but am also surprised once I found it that all
the patterns and pseudos seem to already exist. My best guess is that
maybe we didn't do all the possible cleanup after introducing the
HasRoundMode mechanism?
Helps avoid the crash in verifier when it tries to print the error.
`none` token might be produced by llvm-reduce, since it's a default
value, so by extension this also fixes llvm-reduce crash, allowing it to
just discard invalid IR.
---------
Co-authored-by: arpilipe <apilipenko@azul.com>
We were printing the entire Constant, which if we were loading from a wider constant pool entry meant that we were confusing the asm comment with upper bits that aren't actually part of the load result
Initial commits to support OpenACC. This patchset:
adds a clang-command line argument '-fopenacc', and starts
to define _OPENACC, albeit to '1' instead of the standardized
value (since we don't properly implement OpenACC yet).
The OpenACC spec defines `_OPENACC` to be equal to the latest standard
implemented. However, since we're not done implementing any standard,
we've defined this by default to be `1`. As it is useful to run our
compiler against existing OpenACC workloads, we're providing a
temporary override flag to change the `_OPENACC` value to be any
entirely digit value, permitting testing against any existing OpenACC
project.
Exactly like the OpenMP parser, the OpenACC pragma parser needs to
consume and reprocess the tokens. This patch sets up the infrastructure
to do so by refactoring the OpenMP version of this into a more general
version that works for OpenACC as well.
Additionally, this adds a few diagnostics and token kinds to get us
started.
Summary:
This patch is a simple refactoring of code out of the linker wrapper
into a common location. The main motivation behind this change is to
make it easier to change the handling in the future to accept a triple
to be used to emit entries that function on that target.
This patch changes the `DIArgList` class's inheritance from `MDNode` to
`Metadata, ReplaceableMetadataImpl`, and ensures that it is always
unique, i.e. a distinct DIArgList should never be produced.
This should not result in any changes to IR or bitcode parsing and
printing, as the format for DIArgList is unchanged, and the order in which it
appears should also be identical. As a minor note, this patch also fixes
a gap in the verifier, where the ValueAsMetadata operands to a DIArgList
would not be visited.
Reverse mask early on when populating BlockInMask. This will enable
separating mask management and address computation from the memory
recipes in the future and is also needed to enable explicit unrolling in
VPlan.
This adds dlltool to the list of tools which don't get excluded from
installation when LLVM_INSTALL_TOOLCHAIN_ONLY is set.
The most important effect here is that this tool will now be included in
the official Windows release.
While llvm-lib reuses the dlltool machinary internally and has many of
the same capabilities, it does not expose the functionality controller
by the '-k' flag, which is currently the only way to create import
libraries for i386 with stdcall symbols from a module definition alone.
We avoid changing llvm-lib tool, since it is designed to emulate LIB.EXE
from MSVC toolchain, and as this functionality is not supported there,
we would have had to introduce an LLVM extension flag in order to
support it.
See https://reviews.llvm.org/D36548 for reference on rationale for
dlltool '-k' flag.
For all practical purposes, we only care about comparisons with
constant RHS in this code. In that case, an invert will be
canonicalized into the constant and it will be handled by other cases.
Given the complete lack of test coverage, I'm removing this code.
This renames the `emitc.call` op to `emitc.call_opaque` as the existing
call op does not refer to the callee by symbol. The rename allows to
introduce a new call op alongside with a future `emitc.func` op to model
and facilitate functions and function calls.
This is #66888 with a test. For MC we only use a zstd test, as zlib has
a lot of versions/forks with different speed/size tradeoff, which would
make the test more brittle. If clang/test/Misc/cc1as-compress.s turns
out to be brittle, we could make the string longer.
This was creating discrepancy in cases where we might have a physical
file entry (e.g. because we followed a source location from a stdlib
file) and tried to find its exporters.
This an alternative to #69886. The basic problem is that SCEV can look
through trivial LCSSA phis. When the phi node later becomes non-trivial,
we do invalidate it, but this doesn't catch uses that are not covered by
the IR use-def walk, such as those in BECounts.
Fix this by adding a special invalidation method for LCSSA phis, which
will also invalidate all the SCEVUnknowns/SCEVAddRecExprs used by the
LCSSA phi node and defined in the loop.
We should probably also use this invalidation method in other places
that add predecessors to exit blocks, such as loop unrolling and loop
peeling.
Fixes#69097.
Fixes#66616.
Fixes#63970.
`LIBCXXABI_SYSROOT`, `LIBCXXABI_TARGET_TRIPLE` and
`LIBCXXABI_GCC_TOOLCHAIN` are not supported anymore. Based on the
comment, the warning should be removed after branching for LLVM 15.
This change implements the correct *level* sizes set up for the direct
IR codegen fields in the sparse storage scheme. This brings libgen and
codegen together again.
This is step 3 out of 3 to make sparse_tensor.new work for BSR
