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authorRazvan Lupusoru <razvan.lupusoru@gmail.com>2025-01-14 10:42:57 -0800
committerGitHub <noreply@github.com>2025-01-14 10:42:57 -0800
commit01a0d212a64919205734706d929db37e503c35ce (patch)
tree31b1cf38cc427adfad9ff2b7b8acee2026b758ec /lldb/test/API/functionalities/plugins/python_os_plugin/TestPythonOSPlugin.py
parent9405a81ee7a16d8a30584f612234b4e27bd3d2dd (diff)
[flang][acc] Implement MappableType interfaces for fir.box and fir.array (#122495)
The newly introduced MappableType interface in `acc` dialect was primarily intended to allow variables with non-materialized storage to be used in acc data clauses (previously everything was required to be `pointer-like`). One motivator for this was `fir.box` since it is possible to be passed to functions without a wrapping `fir.ref` and also it can be generated directly via operations like `fir.embox` - and unlike other variable representations in FIR, the underlying storage for it does not get materialized until LLVM codegen. The new interface is being attached to both `fir.box` and `fir.array`. Strictly speaking, attaching to the latter is primarily for consistency since the MappableType interface requires implementation of utilities to compute byte size - and it made sense that a `fir.box<fir.array<10xi32>>` and `fir.array<10xi32>` would have a consistently computable size. This decision may be revisited as MappableType interface evolves. The new interface attachments are made in a new library named `FIROpenACCSupport`. The reason for this is to avoid circular dependencies since the implementation of this library is reusing code from lowering of OpenACC. More specifically, the types are defined in `FIRDialect` and `FortranLower` depends on it. Thus we cannot attach these interfaces in `FIRDialect`.
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