From mboxrd@z Thu Jan  1 00:00:00 1970
Content-Type: multipart/mixed; boundary="===============4374224875462589933=="
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From: kbuild test robot <lkp@intel.com>
To: kbuild-all@lists.01.org
Subject: [kbuild] [ti:ti-rt-linux-5.4.y 4426/6821] drivers/misc/sram-dma-heap.c:157: undefined reference to `.dma_heap_get_drvdata'
Date: Tue, 12 May 2020 20:39:24 +0800
Message-ID: <20200512123924.GA23005@intel.com>
List-Id: <oe-kbuild-all.lists.linux.dev>

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Hi Andrew,

FYI, the error/warning still remains.

tree:   git://git.ti.com/ti-linux-kernel/ti-linux-kernel.git ti-rt-linux-5.=
4.y
head:   0b80a9e05fcfe5b40af3002e8464aede98fe2571
commit: 481b3c3bfdc83b10aedb9819d7c9f1dbc122a5da [4426/6821] misc: sram: Ad=
d dma-heap-export reserved SRAM area type
config: powerpc64-randconfig-r004-20200512 (attached as .config)
compiler: powerpc64-linux-gcc (GCC) 9.3.0
reproduce:
        wget https://raw.githubusercontent.com/intel/lkp-tests/master/sbin/=
make.cross -O ~/bin/make.cross
        chmod +x ~/bin/make.cross
        git checkout 481b3c3bfdc83b10aedb9819d7c9f1dbc122a5da
        # save the attached .config to linux build tree
        COMPILER_INSTALL_PATH=3D$HOME/0day GCC_VERSION=3D9.3.0 make.cross A=
RCH=3Dpowerpc64 =


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

All errors (new ones prefixed by >>):

powerpc64-linux-ld: warning: orphan section `.gnu.hash' from `linker stubs'=
 being placed in section `.gnu.hash'
powerpc64-linux-ld: drivers/misc/sram-dma-heap.o: in function `sram_dma_hea=
p_allocate':
>> drivers/misc/sram-dma-heap.c:157: undefined reference to `.dma_heap_get_=
drvdata'
powerpc64-linux-ld: drivers/misc/sram-dma-heap.o: in function `sram_dma_hea=
p_export':
>> drivers/misc/sram-dma-heap.c:234: undefined reference to `.dma_heap_add'

git remote add ti git://git.ti.com/ti-linux-kernel/ti-linux-kernel.git
git remote update ti
git checkout 481b3c3bfdc83b10aedb9819d7c9f1dbc122a5da
vim +157 drivers/misc/sram-dma-heap.c

481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  151  =

481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  152  static int sram_dma_heap_a=
llocate(struct dma_heap *heap,
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  153  				  unsigned long len,
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  154  				  unsigned long fd_fla=
gs,
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  155  				  unsigned long heap_f=
lags)
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  156  {
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19 @157  	struct sram_dma_heap *sra=
m_dma_heap =3D dma_heap_get_drvdata(heap);
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  158  	struct sram_dma_heap_buff=
er *buffer;
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  159  =

481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  160  	DEFINE_DMA_BUF_EXPORT_INF=
O(exp_info);
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  161  	struct dma_buf *dmabuf;
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  162  	int ret;
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  163  =

481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  164  	buffer =3D kzalloc(sizeof=
(*buffer), GFP_KERNEL);
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  165  	if (!buffer)
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  166  		return -ENOMEM;
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  167  	buffer->pool =3D sram_dma=
_heap->pool;
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  168  	INIT_LIST_HEAD(&buffer->a=
ttachments);
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  169  	mutex_init(&buffer->attac=
hments_lock);
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  170  	buffer->len =3D len;
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  171  =

481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  172  	buffer->vaddr =3D (void *=
)gen_pool_alloc(buffer->pool, buffer->len);
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  173  	if (!buffer->vaddr) {
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  174  		ret =3D -ENOMEM;
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  175  		goto free_buffer;
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  176  	}
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  177  =

481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  178  	buffer->paddr =3D gen_poo=
l_virt_to_phys(buffer->pool, (unsigned long)buffer->vaddr);
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  179  	if (buffer->paddr =3D=3D =
-1) {
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  180  		ret =3D -ENOMEM;
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  181  		goto free_pool;
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  182  	}
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  183  =

481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  184  	/* create the dmabuf */
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  185  	exp_info.ops =3D &sram_dm=
a_heap_buf_ops;
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  186  	exp_info.size =3D buffer-=
>len;
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  187  	exp_info.flags =3D fd_fla=
gs;
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  188  	exp_info.priv =3D buffer;
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  189  	dmabuf =3D dma_buf_export=
(&exp_info);
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  190  	if (IS_ERR(dmabuf)) {
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  191  		ret =3D PTR_ERR(dmabuf);
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  192  		goto free_pool;
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  193  	}
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  194  =

481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  195  	ret =3D dma_buf_fd(dmabuf=
, fd_flags);
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  196  	if (ret < 0) {
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  197  		dma_buf_put(dmabuf);
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  198  		/* just return, as put w=
ill call release and that will free */
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  199  		return ret;
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  200  	}
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  201  =

481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  202  	return ret;
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  203  =

481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  204  free_pool:
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  205  	gen_pool_free(buffer->poo=
l, (unsigned long)buffer->vaddr, buffer->len);
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  206  free_buffer:
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  207  	kfree(buffer);
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  208  =

481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  209  	return ret;
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  210  }
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  211  =

481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  212  static struct dma_heap_ops=
 sram_dma_heap_ops =3D {
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  213  	.allocate =3D sram_dma_he=
ap_allocate,
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  214  };
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  215  =

481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  216  int sram_dma_heap_export(s=
truct sram_dev *sram,
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  217  			 struct sram_reserve *b=
lock,
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  218  			 phys_addr_t start,
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  219  			 struct sram_partition =
*part)
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  220  {
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  221  	struct sram_dma_heap *sra=
m_dma_heap;
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  222  	struct dma_heap_export_in=
fo exp_info;
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  223  =

481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  224  	dev_info(sram->dev, "Expo=
rting SRAM pool '%s'\n", block->label);
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  225  =

481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  226  	sram_dma_heap =3D kzalloc=
(sizeof(*sram_dma_heap), GFP_KERNEL);
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  227  	if (!sram_dma_heap)
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  228  		return -ENOMEM;
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  229  	sram_dma_heap->pool =3D p=
art->pool;
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  230  =

481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  231  	exp_info.name =3D block->=
label;
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  232  	exp_info.ops =3D &sram_dm=
a_heap_ops;
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19  233  	exp_info.priv =3D sram_dm=
a_heap;
481b3c3bfdc83b1 Andrew F. Davis 2020-02-19 @234  	sram_dma_heap->heap =3D d=
ma_heap_add(&exp_info);

---
0-DAY CI Kernel Test Service, Intel Corporation
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--===============4374224875462589933==--