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Makefile
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# ROOTDIR avoid abspath to match Makefile targets
ROOTDIR := $(subst //,,$(dir $(firstword $(MAKEFILE_LIST)))/)
INCDIR := include
SCRDIR := scripts
TSTDIR := tests
BLDDIR := obj
SRCDIR := src
OUTDIR := lib
BINDIR := bin
SPLDIR := samples
DOCDIR := documentation
# subdirectories (relative) to PREFIX (install targets)
PINCDIR ?= $(INCDIR)
PSRCDIR ?= $(PINCDIR)/libxsmm
POUTDIR ?= $(OUTDIR)
PPKGDIR ?= $(OUTDIR)
PMODDIR ?= $(OUTDIR)
PBINDIR ?= $(BINDIR)
PTSTDIR ?= $(TSTDIR)
PDOCDIR ?= share/libxsmm
LICFDIR ?= $(PDOCDIR)
LICFILE ?= LICENSE.md
# initial default flags: RPM_OPT_FLAGS are usually NULL
CFLAGS := $(RPM_OPT_FLAGS)
CXXFLAGS := $(RPM_OPT_FLAGS)
FCFLAGS := $(RPM_OPT_FLAGS)
# THRESHOLD problem size (M x N x K) determining when to use BLAS
# A value of zero (0) populates a default threshold
THRESHOLD ?= 0
# Generates M,N,K-combinations for each comma separated group, e.g., "1, 2, 3" generates (1,1,1), (2,2,2),
# and (3,3,3). This way a heterogeneous set can be generated, e.g., "1 2, 3" generates (1,1,1), (1,1,2),
# (1,2,1), (1,2,2), (2,1,1), (2,1,2) (2,2,1) out of the first group, and a (3,3,3) for the second group
# To generate a series of square matrices one can specify, e.g., make MNK=$(echo $(seq -s, 1 5))
# Alternative to MNK, index sets can be specified separately according to a loop nest relationship
# (M(N(K))) using M, N, and K separately. Please consult the documentation for further details.
MNK ?= 0
# Enable thread-local cache of recently dispatched kernels either
# 0: "disable", 1: "enable", or small power-of-two number.
CACHE ?= 1
# Issue software prefetch instructions (see end of section
# https://github.com/hfp/libxsmm/#generator-driver)
# Use the enumerator 1...6, or the exact strategy
# name pfsigonly...AL2_BL2viaC.
# 0: no prefetch (nopf)
# 1: auto-select
# 2: pfsigonly
# 3: BL2viaC
# 4: curAL2
# 7: curAL2_BL2viaC
# 5: AL2
# 6: AL2_BL2viaC
PREFETCH ?= 1
# Preferred precision when registering statically generated code versions
# 0: SP and DP code versions to be registered
# 1: SP only
# 2: DP only
PRECISION ?= 0
# Specify the size of a cacheline (Bytes)
CACHELINE ?= 64
# Alpha argument of GEMM
# Supported: 1.0
ALPHA ?= 1
ifneq (1,$(ALPHA))
$(info --------------------------------------------------------------------------------)
$(error ALPHA needs to be 1)
endif
# Beta argument of GEMM
# Supported: 0.0, 1.0
# 0: C := A * B
# 1: C += A * B
BETA ?= 1
ifneq (1,$(BETA))
ifneq (0,$(BETA))
$(info --------------------------------------------------------------------------------)
$(error BETA needs to be either 0 or 1)
endif
endif
# Determines if the library is thread-safe
THREADS ?= 1
# 0: shared libraries files suitable for dynamic linkage
# 1: library archives suitable for static linkage
STATIC ?= 1
# 0: link all dependencies as specified for the target
# 1: attempt to avoid dependencies if not referenced
ASNEEDED ?= 0
# 0: build according to the value of STATIC
# 1: build according to STATIC=0 and STATIC=1
SHARED ?= 0
# -1: support intercepted malloc (disabled at runtime by default)
# 0: disable intercepted malloc at compile-time
# >0: enable intercepted malloc
MALLOC ?= 0
# Determines the kind of routine called for intercepted GEMMs
# >=1 and odd : sequential and non-tiled (small problem sizes only)
# >=2 and even: parallelized and tiled (all problem sizes)
# >=3 and odd : GEMV is intercepted; small problem sizes
# >=4 and even: GEMV is intercepted; all problem sizes
# negative: BLAS provides DGEMM_BATCH and SGEMM_BATCH
# 0: disabled
WRAP ?= 1
# Attempts to pin OpenMP based threads
AUTOPIN ?= 0
ifneq (0,$(AUTOPIN))
DFLAGS += -DLIBXSMM_AUTOPIN
endif
# Profiling JIT code using Linux Perf
# PERF=0: disabled (default)
# PERF=1: enabled (without JITDUMP)
# PERF=2: enabled (with JITDUMP)
#
# Additional support for jitdump
# JITDUMP=0: disabled (default)
# JITDUMP=1: enabled
# PERF=2: enabled
#
ifneq (,$(PERF))
ifneq (0,$(PERF))
ifneq (1,$(PERF))
JITDUMP ?= 1
endif
endif
endif
JITDUMP ?= 0
ifneq (0,$(JITDUMP))
PERF ?= 1
endif
PERF ?= 0
ifneq (0,$(PERF))
SYM ?= 1
endif
# OpenMP is disabled by default and LIBXSMM is
# always agnostic wrt the threading runtime
OMP ?= 0
ifneq (1,$(CACHE))
DFLAGS += -DLIBXSMM_CAPACITY_CACHE=$(CACHE)
endif
# disable lazy initialization and rely on ctor attribute
ifeq (0,$(INIT))
DFLAGS += -DLIBXSMM_CTOR
endif
# Kind of documentation (internal key)
DOCEXT := pdf
# Timeout when downloading documentation parts
TIMEOUT := 30
# state to be excluded from tracking the (re-)build state
EXCLUDE_STATE := \
DESTDIR PREFIX BINDIR CURDIR DOCDIR DOCEXT INCDIR LICFDIR OUTDIR TSTDIR TIMEOUT \
PBINDIR PINCDIR POUTDIR PPKGDIR PMODDIR PSRCDIR PTSTDIR PDOCDIR SCRDIR SPLDIR \
SRCDIR TEST VERSION_STRING DEPSTATIC ALIAS_% BLAS %_TARGET %ROOT MPSS KNC
# fixed .state file directory (included by source)
DIRSTATE := $(OUTDIR)/..
ifeq (,$(M)$(N)$(K))
ifeq (,$(filter-out 0,$(MNK)))
EXCLUDE_STATE += PRECISION MNK M N K
endif
endif
# avoid to link with C++ standard library
FORCE_CXX := 0
# include common Makefile artifacts
include $(ROOTDIR)/Makefile.inc
# TRACE facility
INSTRUMENT ?= $(TRACE)
# JIT backend is enabled by default
ifeq (0,$(call qnum,$(PLATFORM))) # NaN
JIT ?= 1
else ifeq (1,$(PLATFORM))
# JIT is disabled if platform is forced
# enable with "PLATFORM=1 JIT=1" or "PLATFORM=2"
VTUNE := 0
MKL := 0
JIT ?= 0
else
# imply JIT=1 if PLATFORM=2 (or higher)
VTUNE := 0
MKL := 0
JIT ?= 1
endif
# target library for a broad range of systems
ifneq (0,$(JIT))
SSE ?= 1
endif
ifneq (,$(MKL))
ifneq (0,$(MKL))
BLAS := $(MKL)
endif
endif
ifneq (,$(MAXTARGET))
DFLAGS += -DLIBXSMM_MAXTARGET=$(MAXTARGET)
endif
# necessary include directories
IFLAGS += -I$(call quote,$(INCDIR))
IFLAGS += -I$(call quote,$(ROOTDIR)/$(SRCDIR))
ifeq (,$(PYTHON))
$(info --------------------------------------------------------------------------------)
$(error No Python interpreter found)
endif
# Version numbers according to interface (version.txt)
VERSION_MAJOR ?= $(shell $(PYTHON) $(ROOTDIR)/$(SCRDIR)/libxsmm_utilities.py 1)
VERSION_MINOR ?= $(shell $(PYTHON) $(ROOTDIR)/$(SCRDIR)/libxsmm_utilities.py 2)
VERSION_UPDATE ?= $(shell $(PYTHON) $(ROOTDIR)/$(SCRDIR)/libxsmm_utilities.py 3)
VERSION_STRING ?= $(VERSION_MAJOR).$(VERSION_MINOR).$(VERSION_UPDATE)
VERSION_API ?= $(shell $(PYTHON) $(ROOTDIR)/$(SCRDIR)/libxsmm_utilities.py 0 $(VERSION_STRING))
VERSION_ALL ?= $(shell $(PYTHON) $(ROOTDIR)/$(SCRDIR)/libxsmm_utilities.py)
VERSION_RELEASED ?= $(shell $(PYTHON) $(ROOTDIR)/$(SCRDIR)/libxsmm_utilities.py -1 $(VERSION_ALL))
VERSION_RELEASE ?= HEAD
VERSION_PACKAGE ?= 1
# explicitly target all objects
ifneq (,$(strip $(SSE)$(AVX)$(MIC)))
TGT ?= 1
endif
TGT ?= 0
ifeq (0,$(BLAS))
ifeq (0,$(STATIC))
ifneq (0,$(LNKSOFT))
ifeq (Darwin,$(UNAME))
LDFLAGS += $(call linkopt,-U,_dgemm_)
LDFLAGS += $(call linkopt,-U,_sgemm_)
LDFLAGS += $(call linkopt,-U,_dgemv_)
LDFLAGS += $(call linkopt,-U,_sgemv_)
endif
endif
endif
endif
# target library for a broad range of systems
ifneq (0,$(JIT))
ifeq (file,$(origin AVX))
AVX_STATIC := 0
endif
endif
AVX_STATIC ?= $(AVX)
ifeq (1,$(AVX_STATIC))
GENTARGET := snb
else ifeq (2,$(AVX_STATIC))
GENTARGET := hsw
else ifeq (3,$(AVX_STATIC))
ifneq (0,$(MIC))
ifeq (2,$(MIC))
GENTARGET := knm
else
GENTARGET := knl
endif
else
GENTARGET := skx
endif
else ifneq (0,$(SSE))
GENTARGET := wsm
else
GENTARGET := noarch
endif
ifneq (Darwin,$(UNAME))
GENGEMM := @$(ENVBIN) \
LD_LIBRARY_PATH="$(OUTDIR):$${LD_LIBRARY_PATH}" \
PATH="$(OUTDIR):$${PATH}" \
$(BINDIR)/libxsmm_gemm_generator
else # osx
GENGEMM := @$(ENVBIN) \
DYLD_LIBRARY_PATH="$(OUTDIR):$${DYLD_LIBRARY_PATH}" \
PATH="$(OUTDIR):$${PATH}" \
$(BINDIR)/libxsmm_gemm_generator
endif
INDICES ?= $(shell $(PYTHON) $(ROOTDIR)/$(SCRDIR)/libxsmm_utilities.py -1 $(THRESHOLD) $(words $(MNK)) $(MNK) $(words $(M)) $(words $(N)) $(M) $(N) $(K))
NINDICES := $(words $(INDICES))
SRCFILES_KERNELS := $(patsubst %,$(BLDDIR)/mm_%.c,$(INDICES))
KRNOBJS_HST := $(patsubst %,$(BLDDIR)/intel64/mm_%.o,$(INDICES))
KRNOBJS_MIC := $(patsubst %,$(BLDDIR)/mic/mm_%.o,$(INDICES))
HEADERS := $(wildcard $(ROOTDIR)/$(SRCDIR)/template/*.c) $(wildcard $(ROOTDIR)/$(SRCDIR)/*.h) \
$(ROOTDIR)/$(SRCDIR)/libxsmm_hash.c \
$(ROOTDIR)/include/libxsmm_cpuid.h \
$(ROOTDIR)/include/libxsmm_dnn.h \
$(ROOTDIR)/include/libxsmm_dnn_tensor.h \
$(ROOTDIR)/include/libxsmm_dnn_convolution.h \
$(ROOTDIR)/include/libxsmm_dnn_fusedbatchnorm.h \
$(ROOTDIR)/include/libxsmm_dnn_fusedgroupnorm.h \
$(ROOTDIR)/include/libxsmm_dnn_pooling.h \
$(ROOTDIR)/include/libxsmm_dnn_fullyconnected.h \
$(ROOTDIR)/include/libxsmm_dnn_rnncell.h \
$(ROOTDIR)/include/libxsmm_dnn_softmaxloss.h \
$(ROOTDIR)/include/libxsmm_dnn_optimizer.h \
$(ROOTDIR)/include/libxsmm_rng.h \
$(ROOTDIR)/include/libxsmm_frontend.h \
$(ROOTDIR)/include/libxsmm_fsspmdm.h \
$(ROOTDIR)/include/libxsmm_generator.h \
$(ROOTDIR)/include/libxsmm_intrinsics_x86.h \
$(ROOTDIR)/include/libxsmm_macros.h \
$(ROOTDIR)/include/libxsmm_malloc.h \
$(ROOTDIR)/include/libxsmm_math.h \
$(ROOTDIR)/include/libxsmm_memory.h \
$(ROOTDIR)/include/libxsmm_mhd.h \
$(ROOTDIR)/include/libxsmm_spmdm.h \
$(ROOTDIR)/include/libxsmm_sync.h \
$(ROOTDIR)/include/libxsmm_timer.h \
$(ROOTDIR)/include/libxsmm_typedefs.h
SRCFILES_LIB := $(patsubst %,$(ROOTDIR)/$(SRCDIR)/%, \
libxsmm_main.c libxsmm_memory.c libxsmm_malloc.c libxsmm_hash.c libxsmm_math.c \
libxsmm_sync.c libxsmm_python.c libxsmm_mhd.c libxsmm_timer.c libxsmm_perf.c \
libxsmm_gemm.c libxsmm_xcopy.c libxsmm_spmdm.c libxsmm_fsspmdm.c libxsmm_rng.c\
libxsmm_dnn.c libxsmm_dnn_tensor.c libxsmm_dnn_convolution.c libxsmm_dnn_elementwise.c \
libxsmm_dnn_rnncell.c libxsmm_dnn_rnncell_forward.c libxsmm_dnn_rnncell_backward_weight_update.c \
libxsmm_dnn_fusedbatchnorm.c libxsmm_dnn_fusedbatchnorm_forward.c libxsmm_dnn_fusedbatchnorm_backward.c \
libxsmm_dnn_fusedgroupnorm.c libxsmm_dnn_fusedgroupnorm_forward.c libxsmm_dnn_fusedgroupnorm_backward.c \
libxsmm_dnn_pooling.c libxsmm_dnn_pooling_forward.c libxsmm_dnn_pooling_backward.c libxsmm_dnn_convolution_forward.c \
libxsmm_dnn_fullyconnected.c libxsmm_dnn_fullyconnected_forward.c libxsmm_dnn_fullyconnected_backward_weight_update.c \
libxsmm_dnn_convolution_backward.c libxsmm_dnn_convolution_weight_update.c libxsmm_dnn_softmaxloss.c \
libxsmm_dnn_softmaxloss_forward.c libxsmm_dnn_softmaxloss_backward.c libxsmm_dnn_optimizer.c libxsmm_dnn_optimizer_sgd.c )
SRCFILES_GEN_LIB := $(patsubst %,$(ROOTDIR)/$(SRCDIR)/%,$(notdir $(wildcard $(ROOTDIR)/$(SRCDIR)/generator_*.c)) \
libxsmm_cpuid_arm.c libxsmm_cpuid_x86.c libxsmm_generator.c libxsmm_trace.c libxsmm_matrixeqn.c)
SRCFILES_GEN_GEMM_BIN := $(patsubst %,$(ROOTDIR)/$(SRCDIR)/%,libxsmm_generator_gemm_driver.c)
OBJFILES_GEN_GEMM_BIN := $(patsubst %,$(BLDDIR)/intel64/%.o,$(basename $(notdir $(SRCFILES_GEN_GEMM_BIN))))
OBJFILES_GEN_LIB := $(patsubst %,$(BLDDIR)/intel64/%.o,$(basename $(notdir $(SRCFILES_GEN_LIB))))
OBJFILES_HST := $(patsubst %,$(BLDDIR)/intel64/%.o,$(basename $(notdir $(SRCFILES_LIB))))
OBJFILES_MIC := $(patsubst %,$(BLDDIR)/mic/%.o,$(basename $(notdir $(SRCFILES_LIB)))) $(BLDDIR)/mic/generator_common.o
EXTOBJS_HST := $(BLDDIR)/intel64/libxsmm_ext.o \
$(BLDDIR)/intel64/libxsmm_ext_xcopy.o \
$(BLDDIR)/intel64/libxsmm_ext_gemm.o
EXTOBJS_MIC := $(BLDDIR)/mic/libxsmm_ext.o \
$(BLDDIR)/mic/libxsmm_ext_xcopy.o \
$(BLDDIR)/mic/libxsmm_ext_gemm.o
NOBLAS_HST := $(BLDDIR)/intel64/libxsmm_noblas.o
NOBLAS_MIC := $(BLDDIR)/mic/libxsmm_noblas.o
# list of object might be "incomplete" if not all code gen. FLAGS are supplied with clean target!
OBJECTS := $(OBJFILES_GEN_LIB) $(OBJFILES_GEN_GEMM_BIN) $(OBJFILES_HST) $(OBJFILES_MIC) \
$(KRNOBJS_HST) $(KRNOBJS_MIC) $(EXTOBJS_HST) $(EXTOBJS_MIC) $(NOBLAS_HST) $(NOBLAS_MIC)
ifneq (,$(strip $(FC)))
FTNOBJS := $(BLDDIR)/intel64/libxsmm-mod.o $(BLDDIR)/mic/libxsmm-mod.o
endif
MSGJITPROFILING := 0
ifneq (0,$(JIT))
ifneq (0,$(VTUNE))
ifeq (,$(filter Darwin,$(UNAME)))
ifneq (0,$(PERF))
DFLAGS += -DLIBXSMM_PERF
ifneq (0,$(JITDUMP))
DFLAGS += -DLIBXSMM_PERF_JITDUMP
endif
endif
VTUNEROOT := $(shell env | grep VTUNE_PROFILER | grep -m1 _DIR | cut -d= -f2-)
ifeq (,$(VTUNEROOT))
VTUNEROOT := $(shell env | grep VTUNE_AMPLIFIER | grep -m1 _DIR | cut -d= -f2-)
endif
ifeq (,$(VTUNEROOT))
VTUNEROOT := $(EBROOTVTUNE)/vtune_amplifier
endif
ifneq (,$(wildcard $(VTUNEROOT)/lib64/libjitprofiling.$(SLIBEXT)))
ifneq (0,$(SYM))
LIBJITPROFILING := $(BLDDIR)/jitprofiling/libjitprofiling.$(SLIBEXT)
OBJJITPROFILING := $(BLDDIR)/jitprofiling/*.o
DFLAGS += -DLIBXSMM_VTUNE
IFLAGS += -I$(call quote,$(VTUNEROOT)/include)
WERROR := 0
ifneq (0,$(INTEL))
CXXFLAGS += -diag-disable 271
CFLAGS += -diag-disable 271
endif
endif
MSGJITPROFILING := 1
endif
endif
endif
endif
# no warning conversion for released versions
ifneq (0,$(VERSION_RELEASED))
WERROR := 0
endif
# no warning conversion for non-x86
ifneq (x86_64,$(MNAME))
WERROR := 0
endif
# no warning conversion
ifneq (,$(filter-out 0 1,$(INTEL)))
WERROR := 0
endif
information = \
$(info ================================================================================) \
$(info LIBXSMM $(VERSION_ALL) ($(UNAME)$(if $(filter-out 0,$(LIBXSMM_TARGET_HIDDEN)),$(NULL),$(if $(HOSTNAME),@$(HOSTNAME))))) \
$(info --------------------------------------------------------------------------------) \
$(info $(GINFO)) \
$(info $(CINFO)) \
$(if $(strip $(FC)),$(info $(FINFO))) \
$(if $(strip $(FC)),$(NULL), \
$(if $(strip $(FC_VERSION)), \
$(info Fortran Compiler $(FC_VERSION) is outdated!), \
$(info Fortran Compiler is disabled or missing: no Fortran interface is built!))) \
$(info --------------------------------------------------------------------------------) \
$(if $(ENVSTATE),$(info Environment: $(ENVSTATE)) \
$(info --------------------------------------------------------------------------------))
ifneq (,$(strip $(TEST)))
.PHONY: run-tests
run-tests: tests
endif
.PHONY: libxsmm
ifeq (0,$(COMPATIBLE))
ifeq (0,$(SHARED))
libxsmm: lib generator
else
libxsmm: libs generator
endif
else
ifeq (0,$(SHARED))
libxsmm: lib
else
libxsmm: libs
endif
endif
$(information)
ifneq (,$(filter _0_,_$(LNKSOFT)_))
ifeq (0,$(DEPSTATIC))
$(info Building a shared library requires to link against BLAS)
$(info since a deferred choice is not implemented for this OS.)
$(info --------------------------------------------------------------------------------)
endif
endif
ifneq (,$(filter _0_,_$(BLAS)_))
ifeq (,$(filter _0_,_$(NOBLAS)_))
$(info BLAS dependency and fallback is removed!)
$(info --------------------------------------------------------------------------------)
endif
else ifeq (, $(filter _0_,_$(LNKSOFT)_))
$(info LIBXSMM is link-time agnostic with respect to a BLAS library!)
$(info Forcing a specific library can take away a user's choice.)
$(info If this was to solve linker errors (dgemm_, sgemm_, etc.),)
$(info the BLAS library should go after LIBXSMM (link-line).)
$(info --------------------------------------------------------------------------------)
endif
ifneq (,$(filter 0 1,$(INTRINSICS)))
ifeq (0,$(COMPATIBLE))
ifeq (0,$(INTEL))
$(info If adjusting INTRINSICS was necessary, consider updated GNU Binutils.)
else # Intel Compiler
$(info Intel Compiler does not usually require adjusting INTRINSICS.)
endif
$(info --------------------------------------------------------------------------------)
endif # COMPATIBLE
endif # INTRINSICS
ifneq (0,$(MSGJITPROFILING))
ifneq (,$(strip $(LIBJITPROFILING)))
$(info Intel VTune Amplifier support has been incorporated.)
else
$(info Intel VTune Amplifier support has been detected (enable with SYM=1).)
endif
$(info --------------------------------------------------------------------------------)
endif
.PHONY: lib
lib: headers drytest lib_hst lib_mic
.PHONY: libs
libs: lib
ifneq (0,$(STATIC))
@$(MAKE) --no-print-directory lib STATIC=0
else
@$(MAKE) --no-print-directory lib STATIC=1
endif
.PHONY: all
all: libxsmm
.PHONY: realall
realall: all samples
.PHONY: headers
headers: cheader cheader_only fheader
.PHONY: header-only
header-only: cheader_only
.PHONY: header_only
header_only: header-only
.PHONY: interface
interface: headers module
.PHONY: winterface
winterface: headers sources
.PHONY: lib_mic
lib_mic: clib_mic flib_mic ext_mic noblas_mic
.PHONY: lib_hst
lib_hst: clib_hst flib_hst ext_hst noblas_hst
PREFETCH_UID := 0
PREFETCH_TYPE := 0
PREFETCH_SCHEME := nopf
ifneq (Windows_NT,$(UNAME)) # TODO: full support for Windows calling convention
ifneq (0,$(shell echo "$$((0 <= $(PREFETCH) && $(PREFETCH) <= 6))"))
PREFETCH_UID := $(PREFETCH)
else ifneq (0,$(shell echo "$$((0 > $(PREFETCH)))")) # auto
PREFETCH_UID := 1
else ifeq (pfsigonly,$(PREFETCH))
PREFETCH_UID := 2
else ifeq (BL2viaC,$(PREFETCH))
PREFETCH_UID := 3
else ifeq (curAL2,$(PREFETCH))
PREFETCH_UID := 4
else ifeq (curAL2_BL2viaC,$(PREFETCH))
PREFETCH_UID := 5
else ifeq (AL2,$(PREFETCH))
PREFETCH_UID := 6
else ifeq (AL2_BL2viaC,$(PREFETCH))
PREFETCH_UID := 7
endif
# Mapping build options to libxsmm_gemm_prefetch_type (see include/libxsmm_typedefs.h)
ifeq (1,$(PREFETCH_UID))
# Prefetch "auto" is a pseudo-strategy introduced by the frontend;
# select "nopf" for statically generated code.
PREFETCH_SCHEME := nopf
PREFETCH_TYPE := -1
else ifeq (2,$(PREFETCH_UID))
PREFETCH_SCHEME := pfsigonly
PREFETCH_TYPE := 1
else ifeq (3,$(PREFETCH_UID))
PREFETCH_SCHEME := BL2viaC
PREFETCH_TYPE := 4
else ifeq (4,$(PREFETCH_UID))
PREFETCH_SCHEME := curAL2
PREFETCH_TYPE := 8
else ifeq (5,$(PREFETCH_UID))
PREFETCH_SCHEME := curAL2_BL2viaC
PREFETCH_TYPE := $(shell echo "$$((4 | 8))")
else ifeq (6,$(PREFETCH_UID))
PREFETCH_SCHEME := AL2
PREFETCH_TYPE := 2
else ifeq (7,$(PREFETCH_UID))
PREFETCH_SCHEME := AL2_BL2viaC
PREFETCH_TYPE := $(shell echo "$$((4 | 2))")
endif
endif
ifeq (,$(PREFETCH_SCHEME_MIC)) # adopt host scheme
PREFETCH_SCHEME_MIC := $(PREFETCH_SCHEME)
endif
# Mapping build options to libxsmm_gemm_flags (see include/libxsmm_typedefs.h)
#FLAGS := $(shell echo "$$((((0==$(ALPHA))*4) | ((0>$(ALPHA))*8) | ((0==$(BETA))*16) | ((0>$(BETA))*32)))")
FLAGS := 0
SUPPRESS_UNUSED_VARIABLE_WARNINGS := LIBXSMM_UNUSED(A); LIBXSMM_UNUSED(B); LIBXSMM_UNUSED(C);
ifneq (nopf,$(PREFETCH_SCHEME))
#SUPPRESS_UNUSED_VARIABLE_WARNINGS += LIBXSMM_UNUSED(A_prefetch); LIBXSMM_UNUSED(B_prefetch);
#SUPPRESS_UNUSED_PREFETCH_WARNINGS := $(NULL) LIBXSMM_UNUSED(C_prefetch);~
SUPPRESS_UNUSED_PREFETCH_WARNINGS := $(NULL) LIBXSMM_UNUSED(A_prefetch); LIBXSMM_UNUSED(B_prefetch); LIBXSMM_UNUSED(C_prefetch);~
endif
EXTCFLAGS := -DLIBXSMM_BUILD_EXT
ifneq (0,$(call qnum,$(OMP))) # NaN
DFLAGS += -DLIBXSMM_SYNC_OMP
else # default (no OpenMP based synchronization)
ifeq (,$(filter environment% override command%,$(origin OMP)))
EXTCFLAGS += $(OMPFLAG)
EXTLDFLAGS += $(OMPLIB)
endif
endif
# auto-clean the co-build
$(ROOTDIR)/$(SRCDIR)/template/libxsmm_config.h: $(ROOTDIR)/$(SCRDIR)/libxsmm_config.py $(ROOTDIR)/$(SCRDIR)/libxsmm_utilities.py \
$(ROOTDIR)/Makefile $(ROOTDIR)/Makefile.inc $(wildcard $(ROOTDIR)/.github/*) \
$(ROOTDIR)/version.txt
#ifneq (,$(filter-out 0 1 2 STATIC,$(words $(PRESTATE)) $(word 2,$(PRESTATE))))
ifneq (0,$(STATIC)) # static
@rm -f $(OUTDIR)/libxsmm*.$(DLIBEXT) $(OUTDIR)/libxsmm*.$(DLIBEXT).*
else # shared/dynamic
@rm -f $(OUTDIR)/libxsmm*.$(SLIBEXT) $(OUTDIR)/libxsmm*.$(SLIBEXT).*
endif
@touch $@
#endif
.PHONY: config
config: $(INCDIR)/libxsmm_config.h $(INCDIR)/libxsmm_version.h
$(INCDIR)/libxsmm_config.h: $(INCDIR)/.make $(ROOTDIR)/$(SRCDIR)/template/libxsmm_config.h $(DIRSTATE)/.state
$(information)
$(info --- LIBXSMM build log)
@if [ -e $(ROOTDIR)/.github/install.sh ]; then \
$(ROOTDIR)/.github/install.sh 2>/dev/null; \
fi
@$(CP) $(filter $(ROOTDIR)/include/%.h,$(HEADERS)) $(INCDIR) 2>/dev/null || true
@$(PYTHON) $(ROOTDIR)/$(SCRDIR)/libxsmm_config.py $(ROOTDIR)/$(SRCDIR)/template/libxsmm_config.h \
$(MAKE_ILP64) $(OFFLOAD) $(CACHELINE) $(PRECISION) $(PREFETCH_TYPE) \
$(shell echo "$$((0<$(THRESHOLD)?$(THRESHOLD):0))") $(shell echo "$$(($(THREADS)+$(OMP)))") \
$(JIT) $(FLAGS) $(ALPHA) $(BETA) $(WRAP) $(MALLOC) $(INDICES) > $@
$(INCDIR)/libxsmm_version.h: $(ROOTDIR)/$(SRCDIR)/template/libxsmm_config.h $(INCDIR)/.make \
$(ROOTDIR)/$(SRCDIR)/template/libxsmm_version.h
@$(PYTHON) $(ROOTDIR)/$(SCRDIR)/libxsmm_config.py $(ROOTDIR)/$(SRCDIR)/template/libxsmm_version.h > $@
.PHONY: cheader
cheader: $(INCDIR)/libxsmm.h
$(INCDIR)/libxsmm.h: $(ROOTDIR)/$(SCRDIR)/libxsmm_interface.py \
$(ROOTDIR)/$(SRCDIR)/template/libxsmm.h \
$(INCDIR)/libxsmm_version.h \
$(INCDIR)/libxsmm_config.h \
$(HEADERS)
@$(PYTHON) $(ROOTDIR)/$(SCRDIR)/libxsmm_interface.py $(ROOTDIR)/$(SRCDIR)/template/libxsmm.h \
$(shell echo "$$(($(PRECISION)+($(FORTRAN)<<2)))") $(PREFETCH_TYPE) $(INDICES) > $@
.PHONY: cheader_only
cheader_only: $(INCDIR)/libxsmm_source.h
$(INCDIR)/libxsmm_source.h: $(INCDIR)/.make $(ROOTDIR)/$(SCRDIR)/libxsmm_source.sh $(INCDIR)/libxsmm.h
@$(ROOTDIR)/$(SCRDIR)/libxsmm_source.sh > $@
.PHONY: fheader
fheader: $(INCDIR)/libxsmm.f
$(INCDIR)/libxsmm.f: $(ROOTDIR)/$(SCRDIR)/libxsmm_interface.py \
$(ROOTDIR)/$(SCRDIR)/libxsmm_config.py \
$(ROOTDIR)/$(SRCDIR)/template/libxsmm.f \
$(INCDIR)/libxsmm_version.h \
$(INCDIR)/libxsmm_config.h
@$(PYTHON) $(ROOTDIR)/$(SCRDIR)/libxsmm_interface.py $(ROOTDIR)/$(SRCDIR)/template/libxsmm.f \
$(shell echo "$$(($(PRECISION)+($(FORTRAN)<<2)))") $(PREFETCH_TYPE) $(INDICES) | \
$(PYTHON) $(ROOTDIR)/$(SCRDIR)/libxsmm_config.py /dev/stdin \
$(MAKE_ILP64) $(OFFLOAD) $(CACHELINE) $(PRECISION) $(PREFETCH_TYPE) \
$(shell echo "$$((0<$(THRESHOLD)?$(THRESHOLD):0))") $(shell echo "$$(($(THREADS)+$(OMP)))") \
$(JIT) $(FLAGS) $(ALPHA) $(BETA) $(WRAP) $(MALLOC) $(INDICES) | \
sed "/ATTRIBUTES OFFLOAD:MIC/d" > $@
.PHONY: sources
sources: $(SRCFILES_KERNELS) $(BLDDIR)/libxsmm_dispatch.h
$(BLDDIR)/libxsmm_dispatch.h: $(BLDDIR)/.make $(SRCFILES_KERNELS) $(ROOTDIR)/$(SCRDIR)/libxsmm_dispatch.py $(DIRSTATE)/.state
@$(PYTHON) $(call quote,$(ROOTDIR)/$(SCRDIR)/libxsmm_dispatch.py) $(call qapath,$(DIRSTATE)/.state) $(PRECISION) $(THRESHOLD) $(INDICES) > $@
$(BLDDIR)/%.c: $(BLDDIR)/.make $(INCDIR)/libxsmm.h $(BINDIR)/libxsmm_gemm_generator $(ROOTDIR)/$(SCRDIR)/libxsmm_utilities.py $(ROOTDIR)/$(SCRDIR)/libxsmm_specialized.py
ifneq (,$(strip $(SRCFILES_KERNELS)))
$(eval MVALUE := $(shell echo $(basename $(notdir $@)) | cut -d_ -f2))
$(eval NVALUE := $(shell echo $(basename $(notdir $@)) | cut -d_ -f3))
$(eval KVALUE := $(shell echo $(basename $(notdir $@)) | cut -d_ -f4))
$(eval MNVALUE := $(MVALUE))
$(eval NMVALUE := $(NVALUE))
@echo "#include <libxsmm.h>" > $@
@echo >> $@
ifeq (noarch,$(GENTARGET))
ifneq (,$(CTARGET))
ifneq (2,$(PRECISION))
@echo "#define LIBXSMM_GENTARGET_knl_sp" >> $@
@echo "#define LIBXSMM_GENTARGET_hsw_sp" >> $@
@echo "#define LIBXSMM_GENTARGET_snb_sp" >> $@
@echo "#define LIBXSMM_GENTARGET_wsm_sp" >> $@
endif
ifneq (1,$(PRECISION))
@echo "#define LIBXSMM_GENTARGET_knl_dp" >> $@
@echo "#define LIBXSMM_GENTARGET_hsw_dp" >> $@
@echo "#define LIBXSMM_GENTARGET_snb_dp" >> $@
@echo "#define LIBXSMM_GENTARGET_wsm_dp" >> $@
endif
@echo >> $@
@echo >> $@
ifneq (2,$(PRECISION))
$(GENGEMM) dense $@ libxsmm_s$(basename $(notdir $@))_knl $(MNVALUE) $(NMVALUE) $(KVALUE) $(MNVALUE) $(KVALUE) $(MNVALUE) $(ALPHA) $(BETA) 0 0 knl $(PREFETCH_SCHEME) SP
$(GENGEMM) dense $@ libxsmm_s$(basename $(notdir $@))_hsw $(MNVALUE) $(NMVALUE) $(KVALUE) $(MNVALUE) $(KVALUE) $(MNVALUE) $(ALPHA) $(BETA) 0 0 hsw $(PREFETCH_SCHEME) SP
$(GENGEMM) dense $@ libxsmm_s$(basename $(notdir $@))_snb $(MNVALUE) $(NMVALUE) $(KVALUE) $(MNVALUE) $(KVALUE) $(MNVALUE) $(ALPHA) $(BETA) 0 0 snb $(PREFETCH_SCHEME) SP
$(GENGEMM) dense $@ libxsmm_s$(basename $(notdir $@))_wsm $(MNVALUE) $(NMVALUE) $(KVALUE) $(MNVALUE) $(KVALUE) $(MNVALUE) $(ALPHA) $(BETA) 0 0 wsm $(PREFETCH_SCHEME) SP
endif
ifneq (1,$(PRECISION))
$(GENGEMM) dense $@ libxsmm_d$(basename $(notdir $@))_knl $(MNVALUE) $(NMVALUE) $(KVALUE) $(MNVALUE) $(KVALUE) $(MNVALUE) $(ALPHA) $(BETA) 0 0 knl $(PREFETCH_SCHEME) DP
$(GENGEMM) dense $@ libxsmm_d$(basename $(notdir $@))_hsw $(MNVALUE) $(NMVALUE) $(KVALUE) $(MNVALUE) $(KVALUE) $(MNVALUE) $(ALPHA) $(BETA) 0 0 hsw $(PREFETCH_SCHEME) DP
$(GENGEMM) dense $@ libxsmm_d$(basename $(notdir $@))_snb $(MNVALUE) $(NMVALUE) $(KVALUE) $(MNVALUE) $(KVALUE) $(MNVALUE) $(ALPHA) $(BETA) 0 0 snb $(PREFETCH_SCHEME) DP
$(GENGEMM) dense $@ libxsmm_d$(basename $(notdir $@))_wsm $(MNVALUE) $(NMVALUE) $(KVALUE) $(MNVALUE) $(KVALUE) $(MNVALUE) $(ALPHA) $(BETA) 0 0 wsm $(PREFETCH_SCHEME) DP
endif
endif # target
else # noarch
ifneq (2,$(PRECISION))
@echo "#define LIBXSMM_GENTARGET_$(GENTARGET)_sp" >> $@
endif
ifneq (1,$(PRECISION))
@echo "#define LIBXSMM_GENTARGET_$(GENTARGET)_dp" >> $@
endif
@echo >> $@
@echo >> $@
ifneq (2,$(PRECISION))
$(GENGEMM) dense $@ libxsmm_s$(basename $(notdir $@))_$(GENTARGET) $(MNVALUE) $(NMVALUE) $(KVALUE) $(MNVALUE) $(KVALUE) $(MNVALUE) $(ALPHA) $(BETA) 0 0 $(GENTARGET) $(PREFETCH_SCHEME) SP
endif
ifneq (1,$(PRECISION))
$(GENGEMM) dense $@ libxsmm_d$(basename $(notdir $@))_$(GENTARGET) $(MNVALUE) $(NMVALUE) $(KVALUE) $(MNVALUE) $(KVALUE) $(MNVALUE) $(ALPHA) $(BETA) 0 0 $(GENTARGET) $(PREFETCH_SCHEME) DP
endif
endif # noarch
$(eval TMPFILE = $(shell $(MKTEMP) /tmp/.libxsmm_XXXXXX.mak))
@cat $@ | sed \
-e "s/void libxsmm_/LIBXSMM_INLINE LIBXSMM_RETARGETABLE void libxsmm_/" \
-e "s/#ifndef NDEBUG/$(SUPPRESS_UNUSED_PREFETCH_WARNINGS)#ifdef LIBXSMM_NEVER_DEFINED/" \
-e "s/#pragma message (\".*KERNEL COMPILATION ERROR in: \" __FILE__)/ $(SUPPRESS_UNUSED_VARIABLE_WARNINGS)/" \
-e "/#error No kernel was compiled, lacking support for current architecture?/d" \
-e "/#pragma message (\".*KERNEL COMPILATION WARNING: compiling ..* code on ..* or newer architecture: \" __FILE__)/d" \
| tr "~" "\n" > $(TMPFILE)
@$(PYTHON) $(ROOTDIR)/$(SCRDIR)/libxsmm_specialized.py $(PRECISION) $(MVALUE) $(NVALUE) $(KVALUE) $(PREFETCH_TYPE) >> $(TMPFILE)
@$(MV) $(TMPFILE) $@
endif
define DEFINE_COMPILE_RULE
$(1): $(2) $(3) $(dir $(1))/.make
@rm -f $(1)
-$(CC) $(4) $(if $(filter 0,$(WERROR)),$(NULL),$(WERROR_CFLAG)) -c $(2) -o $(1)
@if ! [ -e $(1) ]; then \
echo "--------------------------------------------------------------"; \
echo "In case of assembler error, perhaps GNU Binutils are outdated."; \
echo "See https://github.com/hfp/libxsmm#outdated-binutils"; \
echo "--------------------------------------------------------------"; \
false; \
fi
endef
ifneq (0,$(GLIBC))
DFLAGS += -DLIBXSMM_BUILD=2
else
DFLAGS += -DLIBXSMM_BUILD=1
endif
ifneq (0,$(MIC))
ifneq (0,$(MPSS))
$(foreach OBJ,$(OBJFILES_MIC),$(eval $(call DEFINE_COMPILE_RULE, \
$(OBJ), $(patsubst %.o,$(ROOTDIR)/$(SRCDIR)/%.c,$(notdir $(OBJ))), \
$(INCDIR)/libxsmm.h $(INCDIR)/libxsmm_source.h $(BLDDIR)/libxsmm_dispatch.h,-mmic \
$(DFLAGS) $(IFLAGS) $(call applyif,1,libxsmm_main,$(OBJ),-I$(BLDDIR)) $(CFLAGS))))
$(foreach OBJ,$(KRNOBJS_MIC),$(eval $(call DEFINE_COMPILE_RULE, \
$(OBJ), $(patsubst %.o,$(BLDDIR)/%.c,$(notdir $(OBJ))), \
$(INCDIR)/libxsmm.h $(INCDIR)/libxsmm_source.h,-mmic \
$(DFLAGS) $(IFLAGS) $(CFLAGS))))
$(foreach OBJ,$(EXTOBJS_MIC),$(eval $(call DEFINE_COMPILE_RULE, \
$(OBJ), $(patsubst %.o,$(ROOTDIR)/$(SRCDIR)/%.c,$(notdir $(OBJ))), \
$(INCDIR)/libxsmm.h $(INCDIR)/libxsmm_source.h,-mmic \
$(DFLAGS) $(IFLAGS) $(EXTCFLAGS) $(CFLAGS))))
$(eval $(call DEFINE_COMPILE_RULE,$(NOBLAS_MIC),$(ROOTDIR)/$(SRCDIR)/libxsmm_ext.c,$(INCDIR)/libxsmm.h,-mmic \
$(NOBLAS_CFLAGS) $(NOBLAS_FLAGS) $(NOBLAS_IFLAGS) $(DNOBLAS)))
endif
endif
# build rules that include target flags
$(eval $(call DEFINE_COMPILE_RULE,$(NOBLAS_HST),$(ROOTDIR)/$(SRCDIR)/libxsmm_ext.c,$(INCDIR)/libxsmm.h, \
$(CTARGET) $(NOBLAS_CFLAGS) $(NOBLAS_FLAGS) $(NOBLAS_IFLAGS) $(DNOBLAS)))
$(foreach OBJ,$(OBJFILES_HST),$(eval $(call DEFINE_COMPILE_RULE, \
$(OBJ),$(patsubst %.o,$(ROOTDIR)/$(SRCDIR)/%.c,$(notdir $(OBJ))), \
$(INCDIR)/libxsmm.h $(INCDIR)/libxsmm_source.h $(BLDDIR)/libxsmm_dispatch.h, \
$(DFLAGS) $(IFLAGS) $(call applyif,1,libxsmm_main,$(OBJ),-I$(BLDDIR)) $(CTARGET) $(CFLAGS))))
$(foreach OBJ,$(KRNOBJS_HST),$(eval $(call DEFINE_COMPILE_RULE, \
$(OBJ),$(patsubst %.o,$(BLDDIR)/%.c,$(notdir $(OBJ))), \
$(INCDIR)/libxsmm.h $(INCDIR)/libxsmm_source.h, \
$(DFLAGS) $(IFLAGS) $(CTARGET) $(CFLAGS))))
$(foreach OBJ,$(EXTOBJS_HST),$(eval $(call DEFINE_COMPILE_RULE, \
$(OBJ),$(patsubst %.o,$(ROOTDIR)/$(SRCDIR)/%.c,$(notdir $(OBJ))), \
$(INCDIR)/libxsmm.h $(INCDIR)/libxsmm_source.h, \
$(DFLAGS) $(IFLAGS) $(CTARGET) $(EXTCFLAGS) $(CFLAGS))))
# build rules that by default include no target flags
ifneq (0,$(TGT))
TGT_FLAGS ?= $(CTARGET)
endif
$(foreach OBJ,$(OBJFILES_GEN_LIB),$(eval $(call DEFINE_COMPILE_RULE, \
$(OBJ),$(patsubst %.o,$(ROOTDIR)/$(SRCDIR)/%.c,$(notdir $(OBJ))), \
$(INCDIR)/libxsmm.h $(INCDIR)/libxsmm_source.h, \
$(DFLAGS) $(IFLAGS) $(TGT_FLAGS) $(CFLAGS))))
$(foreach OBJ,$(OBJFILES_GEN_GEMM_BIN),$(eval $(call DEFINE_COMPILE_RULE, \
$(OBJ),$(patsubst %.o,$(ROOTDIR)/$(SRCDIR)/%.c,$(notdir $(OBJ))), \
$(INCDIR)/libxsmm.h $(INCDIR)/libxsmm_source.h, \
$(DFLAGS) $(IFLAGS) $(TGT_FLAGS) $(CFLAGS))))
.PHONY: module_mic
ifneq (0,$(MIC))
ifneq (0,$(MPSS))
ifneq (,$(strip $(FC)))
module_mic: $(INCDIR)/mic/libxsmm.mod
$(BLDDIR)/mic/libxsmm-mod.o: $(BLDDIR)/mic/.make $(INCDIR)/mic/.make $(INCDIR)/libxsmm.f
$(FC) $(DFLAGS) $(IFLAGS) $(FCMTFLAGS) $(FCFLAGS) -mmic -c $(INCDIR)/libxsmm.f -o $@ $(FMFLAGS) $(INCDIR)/mic
$(INCDIR)/mic/libxsmm.mod: $(BLDDIR)/mic/libxsmm-mod.o
@if [ -e $(BLDDIR)/mic/LIBXSMM.mod ]; then $(CP) $(BLDDIR)/mic/LIBXSMM.mod $(INCDIR); fi
@if [ -e $(BLDDIR)/mic/libxsmm.mod ]; then $(CP) $(BLDDIR)/mic/libxsmm.mod $(INCDIR); fi
@if [ -e LIBXSMM.mod ]; then $(MV) LIBXSMM.mod $(INCDIR); fi
@if [ -e libxsmm.mod ]; then $(MV) libxsmm.mod $(INCDIR); fi
@touch $@
else
.PHONY: $(BLDDIR)/mic/libxsmm-mod.o
.PHONY: $(INCDIR)/mic/libxsmm.mod
endif
else
.PHONY: $(BLDDIR)/mic/libxsmm-mod.o
.PHONY: $(INCDIR)/mic/libxsmm.mod
endif
else
.PHONY: $(BLDDIR)/mic/libxsmm-mod.o
.PHONY: $(INCDIR)/mic/libxsmm.mod
endif
.PHONY: module_hst
ifneq (,$(strip $(FC)))
module_hst: $(INCDIR)/libxsmm.mod
$(BLDDIR)/intel64/libxsmm-mod.o: $(BLDDIR)/intel64/.make $(INCDIR)/libxsmm.f
$(FC) $(DFLAGS) $(IFLAGS) $(FCMTFLAGS) $(FCFLAGS) $(FTARGET) -c $(INCDIR)/libxsmm.f -o $@ $(FMFLAGS) $(INCDIR)
$(INCDIR)/libxsmm.mod: $(BLDDIR)/intel64/libxsmm-mod.o
@if [ -e $(BLDDIR)/intel64/LIBXSMM.mod ]; then $(CP) $(BLDDIR)/intel64/LIBXSMM.mod $(INCDIR); fi
@if [ -e $(BLDDIR)/intel64/libxsmm.mod ]; then $(CP) $(BLDDIR)/intel64/libxsmm.mod $(INCDIR); fi
@if [ -e LIBXSMM.mod ]; then $(MV) LIBXSMM.mod $(INCDIR); fi
@if [ -e libxsmm.mod ]; then $(MV) libxsmm.mod $(INCDIR); fi
@touch $@
else
.PHONY: $(BLDDIR)/intel64/libxsmm-mod.o
.PHONY: $(INCDIR)/libxsmm.mod
endif
.PHONY: module
module: module_hst module_mic
.PHONY: build_generator_lib
build_generator_lib: $(OUTDIR)/libxsmmgen.$(LIBEXT)
$(OUTDIR)/libxsmmgen.$(LIBEXT): $(OBJFILES_GEN_LIB) $(OUTDIR)/libxsmm.env
ifeq (0,$(STATIC))
$(LIB_LD) $(call solink,$@,$(VERSION_MAJOR),$(VERSION_MINOR),$(VERSION_UPDATE),$(VERSION_API)) \
$(OBJFILES_GEN_LIB) $(call cleanld,$(NOBLAS_LDFLAGS) $(NOBLAS_CLDFLAGS))
else # static
@rm -f $@
$(AR) -rs $@ $(OBJFILES_GEN_LIB)
endif
.PHONY: generator
generator: $(BINDIR)/libxsmm_gemm_generator
$(BINDIR)/libxsmm_gemm_generator: $(BINDIR)/.make $(OBJFILES_GEN_GEMM_BIN) $(OUTDIR)/libxsmmgen.$(LIBEXT)
$(LD) -o $@ $(OBJFILES_GEN_GEMM_BIN) $(call abslib,$(OUTDIR)/libxsmmgen.$(ILIBEXT)) \
$(call cleanld,$(NOBLAS_LDFLAGS) $(NOBLAS_CLDFLAGS))
ifneq (,$(strip $(LIBJITPROFILING)))
$(LIBJITPROFILING): $(BLDDIR)/jitprofiling/.make
@$(CP) $(VTUNEROOT)/lib64/libjitprofiling.$(SLIBEXT) $(BLDDIR)/jitprofiling
@cd $(BLDDIR)/jitprofiling; $(AR) x libjitprofiling.$(SLIBEXT)
endif
.PHONY: clib_mic
ifneq (0,$(MIC))
ifneq (0,$(MPSS))
clib_mic: $(OUTDIR)/mic/libxsmm.$(LIBEXT)
$(OUTDIR)/mic/libxsmm.$(LIBEXT): $(OUTDIR)/mic/.make $(OBJFILES_MIC) $(KRNOBJS_MIC)
ifeq (0,$(STATIC))
$(LIB_LD) -mmic $(call solink,$@,$(VERSION_MAJOR),$(VERSION_MINOR),$(VERSION_UPDATE),$(VERSION_API)) \
$(OBJFILES_MIC) $(KRNOBJS_MIC) $(call cleanld,$(LDFLAGS) $(CLDFLAGS))
else # static
@rm -f $@
$(AR) -rs $@ $(OBJFILES_MIC) $(KRNOBJS_MIC)
endif
endif
endif
.PHONY: clib_hst
clib_hst: $(OUTDIR)/libxsmm.pc
$(OUTDIR)/libxsmm.$(LIBEXT): $(OUTDIR)/.make $(OBJFILES_HST) $(OBJFILES_GEN_LIB) $(KRNOBJS_HST) $(LIBJITPROFILING)
ifeq (0,$(STATIC))
$(LIB_LD) $(call solink,$@,$(VERSION_MAJOR),$(VERSION_MINOR),$(VERSION_UPDATE),$(VERSION_API)) \
$(OBJFILES_HST) $(OBJFILES_GEN_LIB) $(KRNOBJS_HST) $(LIBJITPROFILING) $(call cleanld,$(LDFLAGS) $(CLDFLAGS))
else # static
@rm -f $@
$(AR) -rs $@ $(OBJFILES_HST) $(OBJFILES_GEN_LIB) $(KRNOBJS_HST) $(OBJJITPROFILING)
endif
.PHONY: flib_mic
ifneq (0,$(MIC))
ifneq (0,$(MPSS))
ifneq (,$(strip $(FC)))
flib_mic: $(OUTDIR)/mic/libxsmmf.$(LIBEXT)
$(OUTDIR)/mic/libxsmmf.$(LIBEXT): $(INCDIR)/mic/libxsmm.mod $(OUTDIR)/mic/libxsmm.$(LIBEXT)
ifeq (0,$(STATIC))
$(LIB_FLD) -mmic $(FCMTFLAGS) $(call solink,$@,$(VERSION_MAJOR),$(VERSION_MINOR),$(VERSION_UPDATE),$(VERSION_API)) \
$(BLDDIR)/mic/libxsmm-mod.o $(call abslib,$(OUTDIR)/mic/libxsmm.$(ILIBEXT)) $(call cleanld,$(LDFLAGS) $(FLDFLAGS))
else # static
@rm -f $@
$(AR) -rs $@ $(BLDDIR)/mic/libxsmm-mod.o
endif
else
.PHONY: $(OUTDIR)/mic/libxsmmf.$(LIBEXT)
endif
endif
endif
.PHONY: flib_hst
ifneq (,$(strip $(FC)))
flib_hst: $(OUTDIR)/libxsmmf.pc
$(OUTDIR)/libxsmmf.$(LIBEXT): $(INCDIR)/libxsmm.mod $(OUTDIR)/libxsmm.$(LIBEXT)
ifeq (0,$(STATIC))
$(LIB_FLD) $(FCMTFLAGS) $(call solink,$@,$(VERSION_MAJOR),$(VERSION_MINOR),$(VERSION_UPDATE),$(VERSION_API)) \
$(BLDDIR)/intel64/libxsmm-mod.o $(call abslib,$(OUTDIR)/libxsmm.$(ILIBEXT)) $(call cleanld,$(LDFLAGS) $(FLDFLAGS))
else # static
@rm -f $@
$(AR) -rs $@ $(BLDDIR)/intel64/libxsmm-mod.o
endif
else
.PHONY: $(OUTDIR)/libxsmmf.pc
endif
.PHONY: ext_mic
ifneq (0,$(MIC))
ifneq (0,$(MPSS))
ext_mic: $(OUTDIR)/mic/libxsmmext.$(LIBEXT)
$(OUTDIR)/mic/libxsmmext.$(LIBEXT): $(EXTOBJS_MIC) $(OUTDIR)/mic/libxsmm.$(LIBEXT)
ifeq (0,$(STATIC))
$(LIB_LD) -mmic $(EXTLDFLAGS) $(call solink,$@,$(VERSION_MAJOR),$(VERSION_MINOR),$(VERSION_UPDATE),$(VERSION_API)) \
$(EXTOBJS_MIC) $(call abslib,$(OUTDIR)/mic/libxsmm.$(ILIBEXT)) $(call cleanld,$(LDFLAGS) $(CLDFLAGS))
else # static
@rm -f $@
$(AR) -rs $@ $(EXTOBJS_MIC)
endif
endif
endif
.PHONY: ext_hst
ext_hst: $(OUTDIR)/libxsmmext.pc
$(OUTDIR)/libxsmmext.$(LIBEXT): $(OUTDIR)/libxsmm.$(LIBEXT) $(EXTOBJS_HST)
ifeq (0,$(STATIC))
$(LIB_LD) $(EXTLDFLAGS) $(call solink,$@,$(VERSION_MAJOR),$(VERSION_MINOR),$(VERSION_UPDATE),$(VERSION_API)) \
$(EXTOBJS_HST) $(call abslib,$(OUTDIR)/libxsmm.$(ILIBEXT)) $(call cleanld,$(LDFLAGS) $(CLDFLAGS))
else # static
@rm -f $@
$(AR) -rs $@ $(EXTOBJS_HST)
endif
.PHONY: noblas_mic
ifneq (0,$(MIC))
ifneq (0,$(MPSS))
noblas_mic: $(OUTDIR)/mic/libxsmmnoblas.$(LIBEXT)
$(OUTDIR)/mic/libxsmmnoblas.$(LIBEXT): $(NOBLAS_MIC)
ifeq (0,$(STATIC))
$(LIB_LD) -mmic $(call solink,$@,$(VERSION_MAJOR),$(VERSION_MINOR),$(VERSION_UPDATE),$(VERSION_API)) \
$(NOBLAS_MIC) $(call cleanld,$(NOBLAS_LDFLAGS) $(NOBLAS_CLDFLAGS))
else # static
@rm -f $@
$(AR) -rs $@ $(NOBLAS_MIC)
endif
endif
endif
.PHONY: noblas_hst
noblas_hst: $(OUTDIR)/libxsmmnoblas.pc
$(OUTDIR)/libxsmmnoblas.$(LIBEXT): $(NOBLAS_HST)
ifeq (0,$(STATIC))
$(LIB_LD) $(call solink,$@,$(VERSION_MAJOR),$(VERSION_MINOR),$(VERSION_UPDATE),$(VERSION_API)) \
$(NOBLAS_HST) $(call cleanld,$(NOBLAS_LDFLAGS) $(NOBLAS_CLDFLAGS))
else # static
@rm -f $@
$(AR) -rs $@ $(NOBLAS_HST)
endif
# use dir not qdir to avoid quotes; also $(ROOTDIR)/$(SPLDIR) is relative
DIRS_SAMPLES := $(dir $(shell find $(ROOTDIR)/$(SPLDIR) -type f -name Makefile \
| grep -v /deeplearning/embbag_distri/ \
| grep -v /deeplearning/sparse_training/fairseq/docs/ \
| grep -v /deeplearning/sparse_adagrad_fused/ \
| grep -v /deeplearning/tvm_cnnlayer/ \
| grep -v /deeplearning/tf_lstm_ops/ \
| grep -v /deeplearning/gxm/ \
| grep -v /edge/repro/ \
| grep -v /encoder/ \
| grep -v /packed/ \
| grep -v /pyfr/ \
$(NULL)))
.PHONY: samples $(DIRS_SAMPLES)