The _blis_impl layer provide a BLAS-like API for use in builds
where BLAS and CBLAS interfaces are not desirable. This patch
generates interfaces in uppercase and with and without trailing
underscores, to match what is generated for the regular BLAS
interface.
AMD-Internal: [CPUPL-5650]
Change-Id: I3ba9d0992291b0977479ab479acb71e42277c7c2
Return type of xerbla and xerbla_array APIs are defined as int in BLIS, but according to netlib it should be void. Updated the defination and declaration accordingly.
Signed-off-by: Sridhar Govindaswamy <Sridhar.Govindaswamy@amd.com>
Change-Id: I3072ba76111189de5c5cf08df83ea154163dd34d
- Symbols for gemm_pack_get_size were not being exported properly when
BLIS was built as a shared library.
- Correctly assigned the BLIS_EXPORT_BLAS macro to ?gemm_pack_get_size_
function declaration.
- Added missing gemm_pack and gemm_pack_get_size macros to
bli_macro_defs.h file.
- Removed an unnecessary BLIS_EXPORT_BLAS macro from dgemm_compute
function definition.
- Updated bli_util_api_wrap with no underscore API wrappers for pack and
compute set of BLAS Extension APIs:
1. ?gemm_pack_get_size
2. ?gemm_pack
3. ?gemm_compute
AMD-Internal: [CPUPL-4083]
Change-Id: I78cd7642c2fcbfdf02676e654a377ad2aa5295c1
- Moved *_blis_impl function declaration outside the BLIS_ENABLE_BLAS
guard.
- Changed Makefile to continue to compile bla_ files to get
*_blis_impl interfaces.
- Modify CBLAS headers, bli_macro_defs.h and bli_util_api_wrap.{c,h}
to add BLIS_ENABLE_CBLAS guards.
- Comment out BLIS_ENABLE_BLAS guards in various headers and utility
functions.
- Define BLIS Fortran-style functions lsame_blis_impl and
xerbla_blis_impl. New macros PASTE_LSAME and PASTE_XERBLA are
used in bla_*_check headers and some other places to select
whether to call lsame and xerbla, or the _blis_impl versions.
- Defined various other missing _blis_impl functions.
- In bli_util_api_wrap.c, only define any functions if
BLIS_ENABLE_BLAS is defined, and only define the subroutine
versions of functions like dot, nrm2, etc if BLIS_ENABLE_CBLAS
is defined.
- BLAS layer is needed if CBLAS layer is enabled. Changed header
files build/bli_config.h.in and bli_blas.h, and configure
program to help ensure consistency in generated blis.h header
and configure output.
Undefining BLIS_ENABLE_BLAS_DEFS appears to be broken in UTA BLIS
too, thus BLIS_ENABLE_BLAS_DEFS is currently permanently defined.
AMD-Internal: [CPUPL-3015]
Change-Id: I7c0fe07db85781db46f2c690e174451860b37635
-In BLIS, the CBLAS interface is implemented as a wrapper around
the BLAS interface. For example the CBLAS API ‘cblas_dscal’
internally invokes the BLAS API ‘dscal_’.
-This coupling between CBLAS and BLAS interface prevents the end
user from overriding them individually by the application or
other libraries.
-This change separates the CBLAS and BLAS implementation by adding
an additional level of abstraction. The implementation of the
API is moved to the new function which is invoked directly from
the CBLAS and BLAS wrappers.
AMD-Internal: [SWLCSG-1477]
Change-Id: I0e80071398af29c9313296d2a92e61e3897ac28e
-In BLIS, the CBLAS interface is implemented as a wrapper around
the BLAS interface. For example the CBLAS API ‘cblas_dgemv’
internally invokes the BLAS API ‘dgemv_’.
-This coupling between CBLAS and BLAS interface prevents the end
user from overriding them individually by the application or
other libraries.
-This change separates the CBLAS and BLAS implementation by adding
an additional level of abstraction. The implementation of the
API is moved to the new function which is invoked directly from
the CBLAS and BLAS wrappers.
AMD-Internal: [SWLCSG-1477]
Change-Id: Ie7cbbac86bbfa1075a5064b31b365e911f67786c
-In BLIS, the CBLAS interface is implemented as a wrapper around
the BLAS interface. For example the CBLAS API ‘cblas_dgemm’
internally invokes the BLAS API ‘dgemm_’.
-This coupling between CBLAS and BLAS interface prevents the end
user from overriding them individually by the application or
other libraries.
-This change separates the CBLAS and BLAS implementation by adding
an additional level of abstraction. The implementation of the
API is moved to the new function which is invoked directly from
the CBLAS and BLAS wrappers.
AMD-Internal: [SWLCSG-1477]
Change-Id: Id9e307154342d2c17b0ac6db580c36f1a9ee6409
- In BLIS the cblas interface is implemented as a wrapper around
the blas interface. For example the CBLAS api ‘cblas_dgemm’
internally invokes BLAS API ‘dgemm_’.
- If the end user wants to use the different libraries for CBLAS
and BLAS, current implantation of BLIS doesn’t allow it.
- This change separates the CBLAS and BLAS implantation by adding
an additional level of abstraction. The implementation of the
API is moved to the new function which is invoked directly from
the CBLAS and BLAS wrappers.
AMD-Internal: [SWLCSG-1477]
Change-Id: I8d81072aaca739f175318b82f6510d386103c24b
- In BLIS the cblas interface is implemented as a wrapper around
the blas interface. For example the CBLAS api ‘cblas_dgemm’
internally invokes BLAS API ‘dgemm_’.
- If the end user wants to use the different libraries for CBLAS
and BLAS, current implantation of BLIS doesn’t allow it and may
result in recursion
- This change separate the CBLAS and BLAS implantation by adding
an additional level of abstraction. The implementation of the
API is moved to the new function which is invoked directly from
the CBLAS and BLAS wrappers.
AMD-Internal: [SWLCSG-1477]
Change-Id: I0f4521e70a02f6132bdadbd4c07715c9d52fe62a
- In BLIS the cblas interface is implemented as a wrapper around
the blas interface. For example the CBLAS api ‘cblas_dgemm’
internally invokes BLAS API ‘dgemm_’.
- If the end user wants to use the different libraries for CBLAS
and BLAS, current implantation of BLIS doesn’t allow it and may
result in recursion
- This change separates the CBLAS and BLAS implantation by adding
an additional level of abstraction. The implementation of the
API is moved to the new function which is invoked directly from
the CBLAS and BLAS wrappers.
AMD-Internal: [SWLCSG-1477]
Change-Id: I8380b6468683028035f2aece48916939e0fede8a
->In BLIS the cblas interface is implemented as a wrapper around
the blas interface. For example the CBLAS api ‘cblas_dgemm’
internally invokes BLAS API ‘dgemm_’.
->If the end user wants to use the different libraries for CBLAS
and BLAS, current implantation of BLIS doesn’t allow it and
may result in recursion
->This change separate the CBLAS and BLAS implantation by adding
and additional level of abstraction. The implementation of the
API is moved to the new function which is invoked directly from
the CBLAS and BLAS wrappers.
AMD-Internal: [SWLCSG-1477]
Change-Id: I6218a3e81060fc8045f4de0ace87f708465dfae5
details: Changes Made for 4.0 branch to enable wrapper code by default
and also removed ENABLE_API_WRAPPER macro.
Change-Id: I5c9ede7ae959d811bc009073a266e66cbf07ef1a
details: Wrapper code will be enabled when selecting the cmake option
ENABLE_WRAPPER and also this commit will fixing the ScaLAPACK build
error on windows.
AMD-Internal: [CPUPL-1848]
Change-Id: I3d687cbc00e7603fdfb45937a00daf86bd07878e
Details:
BLIS currently supports BLAS and CBLAS interfaces with lowercase.
With this commit - we also supports uppercase with and without
trailing underscore, lowercase without trailing underscore symbol
names.
Change-Id: Ibb06121821ab937b25d492409625916f542b2135
