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文件	最后提交记录	最后更新时间
attrs.mlir	[mlir] Add a builtin distinct attribute A distinct attribute associates a referenced attribute with a unique identifier. Every call to its create function allocates a new distinct attribute instance. The address of the attribute instance temporarily serves as its unique identifier. Similar to the names of SSA values, the final unique identifiers are generated during pretty printing. Examples: #distinct = distinct[0]<42.0 : f32> #distinct1 = distinct[1]<42.0 : f32> #distinct2 = distinct[2]<array<i32: 10, 42>> This mechanism is meant to generate attributes with a unique identifier, which can be used to mark groups of operations that share a common properties such as if they are aliasing. The design of the distinct attribute ensures minimal memory footprint per distinct attribute since it only contains a reference to another attribute. All distinct attributes are stored outside of the storage uniquer in a thread local store that is part of the context. It uses one bump pointer allocator per thread to ensure distinct attributes can be created in-parallel. Reviewed By: rriddle, Dinistro, zero9178 Differential Revision: https://reviews.llvm.org/D153360	3 年前
types.mlir	Fix bytecode reader/writer on big-endian platforms This makes the bytecode reader/writer work on big-endian platforms. The only problem was related to encoding of multi-byte integers, where both reader and writer code make implicit assumptions about endianness of the host platform. This fixes the current test failures on s390x, and in addition allows to remove the UNSUPPORTED markers from all other bytecode-related test cases - they now also all pass on s390x. Also adding a GFAIL_SKIP to the MultiModuleWithResource unit test, as this still fails due to an unrelated endian bug regarding decoding of external resources. Differential Revision: https://reviews.llvm.org/D153567 Reviewed By: mehdi_amini, jpienaar, rriddle	3 年前