Started 9 days 10 hr ago
Took 1 hr 20 min on green-dragon-08

Success Build #17919 (Jul 10, 2019 12:10:55 PM)

  • : 365685
  • : 365682
  • : 365681
  • : 364589
  • : 365562
  • : 365687
  1. [clang-doc] Add a structured HTML generator

    Implements an HTML generator.
    Nodes are used to represent each part of the HTML file. There are TagNodes that
    represent every HTML tag (p, h1, div, ...) and they have children nodes, which
    can be TagNodes or TextNodes (these nodes only have text).
    Proper indentation is rendered within the files generated by tool.
    No styling (CSS) is included.

    Committed on behalf of Diego Astiazarán (

    Differential Revision: (detail/ViewSVN)
    by juliehockett
  2. Revert "[ELF] Loose a condition for relocation with a symbol"

    This reverts commit 8507eca1647118e73435b0ce1de8a1952a021d01.

    Reveting due to some suspicious failurse in santizer-x86_64-linux. (detail/ViewSVN)
    by nikolaprica
  3. [GlobalISel][AArch64] Use getOpcodeDef instead of findMIFromReg

    Some minor cleanup.

    This function in Utils does the same thing as `findMIFromReg`. It also looks
    through copies, which `findMIFromReg` didn't.

    Delete `findMIFromReg` and use `getOpcodeDef` instead. This only happens in
    `tryOptVectorDup` right now.

    Update opt-shuffle-splat to show that we can look through the copies now, too.

    Differential Revision: (detail/ViewSVN)
    by paquette
  4. [GlobalISel][AArch64][NFC] Use getDefIgnoringCopies from Utils where we can

    There are a few places where we walk over copies throughout
    AArch64InstructionSelector.cpp. In Utils, there's a function that does exactly
    this which we can use instead.

    Note that the utility function works with the case where we run into a COPY
    from a physical register. We've run into bugs with this a couple times, so using
    it should defend us from similar future bugs.

    Also update opt-fold-compare.mir to show that we still handle physical registers

    Differential Revision: (detail/ViewSVN)
    by paquette
  5. Update libc++ include path detection to use VFS on Linux

    The DetectLibcxxIncludePath function had been using
    llvm::sys::fs::directory_iterator, and this updates it to use

    Differential Revision: (detail/ViewSVN)
    by juliehockett
  6. [TSan] Attempt to fix linker error on Linux/AArch64 (detail/ViewSVN)
    by yln
  7. Revert "[System Model] [TTI] Update cache and prefetch TTI interfaces"

    This broke some PPC prefetching tests.

    This reverts commit 9fdfb045ae8bb643ab0d0455dcf9ecaea3b1eb3c. (detail/ViewSVN)
    by greened
  8. Move three folds for FADD, FSUB and FMUL in the DAG combiner away from Unsafe to more aligned checks that reflect context

    Summary: Unsafe does not map well alone for each of these three cases as it is missing NoNan context when accessed directly with clang.  I have migrated the fold guards to reflect the expectations of handing nan and zero contexts directly (NoNan, NSZ) and some tests with it.  Unsafe does include NSZ, however there is already precedent for using the target option directly to reflect that context.

    Reviewers: spatel, wristow, hfinkel, craig.topper, arsenm

    Reviewed By: arsenm

    Subscribers: michele.scandale, wdng, javed.absar

    Differential Revision: (detail/ViewSVN)
    by mcberg2017
  9. Revert "[clangd] Filter out non-governed files from broadcast"

    This reverts commit d5214dfa7b5650745eaeb102857c9e90adb16137.

    It's causing failures, both in our local CI and the PS4 Windows bot. (detail/ViewSVN)
    by ormris
  10. [System Model] [TTI] Update cache and prefetch TTI interfaces

    Rework the TTI cache and software prefetching APIs to prepare for the
    introduction of a general system model.  Changes include:

    - Marking existing interfaces const and/or override as appropriate
    - Adding comments
    - Adding BasicTTIImpl interfaces that delegate to a subtarget
    - Adding a default "no information" subtarget implementation

    Only a handful of targets use these interfaces currently: AArch64,
    Hexagon, PPC and SystemZ.  AArch64 already has a custom subtarget
    implementation, so its custom TTI implementation is migrated to use
    the new facilities in BasicTTIImpl to invoke its custom subtarget
    implementation.  The custom TTI implementations continue to exist for
    the other targets with this change.  They are not moved over to
    subtarget-based implementations.

    The end goal is to have the default subtarget implementation defer to
    the system model defined by the target.  With this change, the default
    subtarget implementation essentially returns "no information" for
    these interfaces.  None of the existing users of TTI will hit that
    implementation because they define their own custom TTI
    implementations and won't use the BasicTTIImpl implementations.

    Once system models are in place for the targets that use these
    interfaces, their custom TTI implementations can be removed.

    Differential Revision: (detail/ViewSVN)
    by greened
  11. Recommit "[CommandLine] Remove OptionCategory and SubCommand caches from the Option class."

    Previously reverted in 364141 due to buildbot breakage, and fixed here
    by making GeneralCategory global a ManagedStatic.

    This change processes `OptionCategory`s and `SubCommand`s as they
    are seen instead of caching them in the Option class and processing
    them later.  Doing so simplifies the work needed to be done by the Global
    parser and significantly reduces the size of the Option class to a mere 64

    Removing  the `OptionCategory` cache saved 24 bytes, and removing
    the `SubCommand` cache saved an additional 48 bytes, for a total of a
    72 byte reduction.

    Reviewed By: serge-sans-paille

    Tags: #llvm, #clang

    Differential Revision: (detail/ViewSVN)
    by dhinton
  12. [X86] EltsFromConsecutiveLoads - clean up element size calcs. NFCI.

    Determine the element/load size calculations earlier and assert that they are whole bytes in size. (detail/ViewSVN)
    by rksimon

Started by upstream project Clang Stage 1: cmake, RA, using system compiler build number 57863
originally caused by:

This run spent:

  • 20 min waiting;
  • 1 hr 20 min build duration;
  • 1 hr 41 min total from scheduled to completion.
LLVM/Clang Warnings: 1 warning.