From mboxrd@z Thu Jan  1 00:00:00 1970
Content-Type: multipart/mixed; boundary="===============0436559262015067090=="
MIME-Version: 1.0
From: kernel test robot <lkp@intel.com>
To: kbuild-all@lists.01.org
Subject: [linux-stable-rc:queue/5.4 109/220] /tmp/filter-273424.s:50187: Error: bad expression
Date: Mon, 06 Jul 2020 15:19:59 +0800
Message-ID: <202007061558.jOn3THo0%lkp@intel.com>
List-Id: <oe-kbuild-all.lists.linux.dev>

--===============0436559262015067090==
Content-Type: text/plain; charset="utf-8"
MIME-Version: 1.0
Content-Transfer-Encoding: quoted-printable

tree:   https://git.kernel.org/pub/scm/linux/kernel/git/stable/linux-stable=
-rc.git queue/5.4
head:   bb26a37d5a4bf25b8377c83fa407a219b3822ed1
commit: 5cee9e67596f7d694e94d7def7cd9d65a7599f66 [109/220] i2c: core: check=
 returned size of emulated smbus block read
config: s390-randconfig-r024-20200706 (attached as .config)
compiler: clang version 11.0.0 (https://github.com/llvm/llvm-project a378c0=
449507e00e96534ff9ce9034e185425182)
reproduce (this is a W=3D1 build):
        wget https://raw.githubusercontent.com/intel/lkp-tests/master/sbin/=
make.cross -O ~/bin/make.cross
        chmod +x ~/bin/make.cross
        # install s390 cross compiling tool for clang build
        # apt-get install binutils-s390x-linux-gnu
        git checkout 5cee9e67596f7d694e94d7def7cd9d65a7599f66
        # save the attached .config to linux build tree
        COMPILER_INSTALL_PATH=3D$HOME/0day COMPILER=3Dclang make.cross ARCH=
=3Ds390 =


If you fix the issue, kindly add following tag as appropriate
Reported-by: kernel test robot <lkp@intel.com>

Note: the linux-stable-rc/queue/5.4 HEAD bb26a37d5a4bf25b8377c83fa407a219b3=
822ed1 builds fine.
      It only hurts bisectibility.

All errors (new ones prefixed by >>):

                                           ~~~~~~~~~~ ^
   include/uapi/linux/byteorder/big_endian.h:34:59: note: expanded from mac=
ro '__le32_to_cpu'
   #define __le32_to_cpu(x) __swab32((__force __u32)(__le32)(x))
                                                             ^
   include/uapi/linux/swab.h:119:21: note: expanded from macro '__swab32'
           ___constant_swab32(x) :                 \
                              ^
   include/uapi/linux/swab.h:20:12: note: expanded from macro '___constant_=
swab32'
           (((__u32)(x) & (__u32)0x0000ff00UL) <<  8) |            \
                     ^
   In file included from net/core/filter.c:25:
   In file included from include/linux/sock_diag.h:5:
   In file included from include/linux/netlink.h:7:
   In file included from include/linux/skbuff.h:31:
   In file included from include/linux/dma-mapping.h:11:
   In file included from include/linux/scatterlist.h:9:
   In file included from arch/s390/include/asm/io.h:76:
   include/asm-generic/io.h:492:45: warning: performing pointer arithmetic =
on a null pointer has undefined behavior [-Wnull-pointer-arithmetic]
           val =3D __le32_to_cpu(__raw_readl(PCI_IOBASE + addr));
                                           ~~~~~~~~~~ ^
   include/uapi/linux/byteorder/big_endian.h:34:59: note: expanded from mac=
ro '__le32_to_cpu'
   #define __le32_to_cpu(x) __swab32((__force __u32)(__le32)(x))
                                                             ^
   include/uapi/linux/swab.h:119:21: note: expanded from macro '__swab32'
           ___constant_swab32(x) :                 \
                              ^
   include/uapi/linux/swab.h:21:12: note: expanded from macro '___constant_=
swab32'
           (((__u32)(x) & (__u32)0x00ff0000UL) >>  8) |            \
                     ^
   In file included from net/core/filter.c:25:
   In file included from include/linux/sock_diag.h:5:
   In file included from include/linux/netlink.h:7:
   In file included from include/linux/skbuff.h:31:
   In file included from include/linux/dma-mapping.h:11:
   In file included from include/linux/scatterlist.h:9:
   In file included from arch/s390/include/asm/io.h:76:
   include/asm-generic/io.h:492:45: warning: performing pointer arithmetic =
on a null pointer has undefined behavior [-Wnull-pointer-arithmetic]
           val =3D __le32_to_cpu(__raw_readl(PCI_IOBASE + addr));
                                           ~~~~~~~~~~ ^
   include/uapi/linux/byteorder/big_endian.h:34:59: note: expanded from mac=
ro '__le32_to_cpu'
   #define __le32_to_cpu(x) __swab32((__force __u32)(__le32)(x))
                                                             ^
   include/uapi/linux/swab.h:119:21: note: expanded from macro '__swab32'
           ___constant_swab32(x) :                 \
                              ^
   include/uapi/linux/swab.h:22:12: note: expanded from macro '___constant_=
swab32'
           (((__u32)(x) & (__u32)0xff000000UL) >> 24)))
                     ^
   In file included from net/core/filter.c:25:
   In file included from include/linux/sock_diag.h:5:
   In file included from include/linux/netlink.h:7:
   In file included from include/linux/skbuff.h:31:
   In file included from include/linux/dma-mapping.h:11:
   In file included from include/linux/scatterlist.h:9:
   In file included from arch/s390/include/asm/io.h:76:
   include/asm-generic/io.h:492:45: warning: performing pointer arithmetic =
on a null pointer has undefined behavior [-Wnull-pointer-arithmetic]
           val =3D __le32_to_cpu(__raw_readl(PCI_IOBASE + addr));
                                           ~~~~~~~~~~ ^
   include/uapi/linux/byteorder/big_endian.h:34:59: note: expanded from mac=
ro '__le32_to_cpu'
   #define __le32_to_cpu(x) __swab32((__force __u32)(__le32)(x))
                                                             ^
   include/uapi/linux/swab.h:120:12: note: expanded from macro '__swab32'
           __fswab32(x))
                     ^
   In file included from net/core/filter.c:25:
   In file included from include/linux/sock_diag.h:5:
   In file included from include/linux/netlink.h:7:
   In file included from include/linux/skbuff.h:31:
   In file included from include/linux/dma-mapping.h:11:
   In file included from include/linux/scatterlist.h:9:
   In file included from arch/s390/include/asm/io.h:76:
   include/asm-generic/io.h:503:33: warning: performing pointer arithmetic =
on a null pointer has undefined behavior [-Wnull-pointer-arithmetic]
           __raw_writeb(value, PCI_IOBASE + addr);
                               ~~~~~~~~~~ ^
   include/asm-generic/io.h:513:46: warning: performing pointer arithmetic =
on a null pointer has undefined behavior [-Wnull-pointer-arithmetic]
           __raw_writew(cpu_to_le16(value), PCI_IOBASE + addr);
                                            ~~~~~~~~~~ ^
   include/asm-generic/io.h:523:46: warning: performing pointer arithmetic =
on a null pointer has undefined behavior [-Wnull-pointer-arithmetic]
           __raw_writel(cpu_to_le32(value), PCI_IOBASE + addr);
                                            ~~~~~~~~~~ ^
   include/asm-generic/io.h:585:20: warning: performing pointer arithmetic =
on a null pointer has undefined behavior [-Wnull-pointer-arithmetic]
           readsb(PCI_IOBASE + addr, buffer, count);
                  ~~~~~~~~~~ ^
   include/asm-generic/io.h:593:20: warning: performing pointer arithmetic =
on a null pointer has undefined behavior [-Wnull-pointer-arithmetic]
           readsw(PCI_IOBASE + addr, buffer, count);
                  ~~~~~~~~~~ ^
   include/asm-generic/io.h:601:20: warning: performing pointer arithmetic =
on a null pointer has undefined behavior [-Wnull-pointer-arithmetic]
           readsl(PCI_IOBASE + addr, buffer, count);
                  ~~~~~~~~~~ ^
   include/asm-generic/io.h:610:21: warning: performing pointer arithmetic =
on a null pointer has undefined behavior [-Wnull-pointer-arithmetic]
           writesb(PCI_IOBASE + addr, buffer, count);
                   ~~~~~~~~~~ ^
   include/asm-generic/io.h:619:21: warning: performing pointer arithmetic =
on a null pointer has undefined behavior [-Wnull-pointer-arithmetic]
           writesw(PCI_IOBASE + addr, buffer, count);
                   ~~~~~~~~~~ ^
   include/asm-generic/io.h:628:21: warning: performing pointer arithmetic =
on a null pointer has undefined behavior [-Wnull-pointer-arithmetic]
           writesl(PCI_IOBASE + addr, buffer, count);
                   ~~~~~~~~~~ ^
   20 warnings generated.
   /tmp/filter-273424.s: Assembler messages:
>> /tmp/filter-273424.s:50187: Error: bad expression
>> /tmp/filter-273424.s:50187: Error: junk at end of line, first unrecogniz=
ed character is `r'
   /tmp/filter-273424.s:52249: Error: bad expression
   /tmp/filter-273424.s:52249: Error: junk at end of line, first unrecogniz=
ed character is `r'
   clang-11: error: assembler command failed with exit code 1 (use -v to se=
e invocation)

---
0-DAY CI Kernel Test Service, Intel Corporation
https://lists.01.org/hyperkitty/list/kbuild-all(a)lists.01.org

--===============0436559262015067090==
Content-Type: application/gzip
MIME-Version: 1.0
Content-Transfer-Encoding: base64
Content-Disposition: attachment; filename="config.gz"
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--===============0436559262015067090==--