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GNUmakefile
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GNUmakefile
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# Copyright (c) 2017-2023, University of Tennessee. All rights reserved.
# SPDX-License-Identifier: BSD-3-Clause
# This program is free software: you can redistribute it and/or modify it under
# the terms of the BSD 3-Clause license. See the accompanying LICENSE file.
#
# See INSTALL.md for documentation.
#
# Set only_unit=1 to avoid compiling most of the SLATE library,
# which isn't needed by most unit testers (except test_lq, test_qr).
# Useful to avoid expensive recompilation when debugging headers.
#
# Sort lists alphabetically and end with \ to avoid merge conflicts.
# The "# End." comment avoids the next line being appended accidentally.
-include make.inc
#-------------------------------------------------------------------------------
# Define functions.
# Get parent directory, stripping trailing /.
dir_strip = ${patsubst %/,%,${dir ${1}}}
#-------------------------------------------------------------------------------
# Set defaults
# Do all ?= before strip!
prefix ?= /opt/slate
blas_int ?= int
openmp ?= 1
c_api ?= 0
fortran_api ?= 0
# Strip whitespace.
blas := ${strip ${blas}}
# MKL doesn't oversubscribe within OpenMP tasks, so it's safe and
# desirable to use multi-threaded BLAS.
ifeq (${blas},mkl)
blas_threaded ?= 1
else
blas_threaded ?= 0
endif
NVCC ?= nvcc
HIPCC ?= hipcc
hipify ?= hipify-perl
md5sum ?= tools/md5sum.pl
gpu_backend ?= auto
python ?= python3
# Strip whitespace from variables, in case make.inc had trailing spaces.
mpi := ${strip ${mpi}}
blas_int := ${strip ${blas_int}}
blas_threaded := ${strip ${blas_threaded}}
blas_fortran := ${strip ${blas_fortran}}
mkl_blacs := ${strip ${mkl_blacs}}
openmp := ${strip ${openmp}}
static := ${strip ${static}}
gpu_backend := ${strip ${gpu_backend}}
cuda_arch := ${strip ${cuda_arch}}
hip_arch := ${strip ${hip_arch}}
prefix := ${strip ${prefix}}
c_api := ${strip ${c_api}}
fortran_api := ${strip ${fortran_api}}
abs_prefix := ${abspath ${prefix}}
#-------------------------------------------------------------------------------
# Export variables to sub-make for testsweeper, BLAS++, LAPACK++.
export CXX blas blas_int blas_threaded openmp static gpu_backend
CXXFLAGS += -O3 -std=c++17 -Wall -Wshadow -pedantic -MMD
NVCCFLAGS += -O3 -std=c++11 --compiler-options '-Wall -Wno-unused-function'
HIPCCFLAGS += -std=c++14 -DTCE_HIP -fno-gpu-rdc
force: ;
# Auto-detect CUDA, HIP, SYCL.
ifneq (,${filter-out auto cuda hip sycl none, ${gpu_backend}})
${error ERROR: gpu_backend = ${gpu_backend} is unknown}
endif
cuda = 0
ifneq (,${filter auto cuda, ${gpu_backend}})
NVCC_which := ${shell which ${NVCC} 2>/dev/null}
ifneq (${NVCC_which},)
cuda = 1
ifeq (${CUDA_PATH},)
ifneq (${CUDA_HOME},)
CUDA_PATH = ${CUDA_HOME}
else
CUDA_PATH = ${call dir_strip, ${call dir_strip, ${NVCC_which}}}
endif
endif
else ifeq (${gpu_backend},cuda)
${error ERROR: gpu_backend = ${gpu_backend}, but NVCC = ${NVCC} not found}
endif
endif
hip = 0
ifneq (${cuda},1)
ifneq (,${filter auto hip, ${gpu_backend}})
HIPCC_which = ${shell which ${HIPCC} 2>/dev/null}
ifneq (${HIPCC_which},)
hip = 1
ROCM_PATH ?= ${call dir_strip, ${call dir_strip, ${HIPCC_which}}}
else ifeq (${gpu_backend},hip)
${error ERROR: gpu_backend = ${gpu_backend}, but HIPCC = ${HIPCC} not found}
endif
endif
endif
omptarget = 0
ifneq (${cuda},1)
ifneq (${hip},1)
ifeq (${gpu_backend},sycl)
# enable the omptarget offload kernels in SLATE for oneMKL-SYCL devices
${info Note: enabling omp-target-offload kernels}
omptarget = 1
# -Wno-unused-command-line-argument avoids
# icpx warning: -Wl,-rpath,...: 'linker' input unused.
#
# -Wno-c99-extensions avoids
# icpx warning: '_Complex' is a C99 extension.
#
# -Wno-pass-failed avoids (on src/omptarget/device_transpose.cc)
# icpx warning: loop not vectorized.
#
CXXFLAGS += -fsycl -fp-model=precise -Wno-unused-command-line-argument \
-Wno-c99-extensions -Wno-pass-failed
LIBS += -lsycl
endif
endif
endif
# Default LD=ld won't work; use CXX. Can override in make.inc or environment.
ifeq (${origin LD},default)
LD = ${CXX}
endif
# Use abi-compliance-checker to compare the ABI (application binary
# interface) of 2 releases. Changing the ABI does not necessarily change
# the API (application programming interface). Rearranging a struct or
# changing a by-value argument from int64 to int doesn't change the
# API--no source code changes are required, just a recompile.
#
# if structs or routines are changed or removed:
# bump major version and reset minor, revision = 0;
# else if structs or routines are added:
# bump minor version and reset revision = 0;
# else (e.g., bug fixes):
# bump revision
#
# soversion is major ABI version.
abi_version = 1.0.0
soversion = ${word 1, ${subst ., ,${abi_version}}}
#-------------------------------------------------------------------------------
ldflags_shared = -shared
# auto-detect OS
# $OSTYPE may not be exported from the shell, so echo it
ostype := ${shell echo $${OSTYPE}}
ifneq (,${findstring darwin, ${ostype}})
# MacOS is darwin
macos = 1
# MacOS needs shared library's path set, and shared library version.
ldflags_shared += -install_name @rpath/${notdir $@} \
-current_version ${abi_version} \
-compatibility_version ${soversion}
so = dylib
so2 = .dylib
# on macOS, .dylib comes after version: libfoo.4.dylib
else
# Linux needs shared library's soname.
ldflags_shared += -Wl,-soname,${notdir ${lib_soname}}
so = so
so1 = .so
# on Linux, .so comes before version: libfoo.so.4
endif
# Check if Fortran compiler exists.
# Note that 'make' sets ${FC} to f77 by default.
have_fortran := ${shell which ${FC} 2>/dev/null}
ifeq (${have_fortran},)
fortran_api = 0
endif
# Fortran API depends on C API.
ifneq (${c_api},1)
fortran_api = 0
endif
#-------------------------------------------------------------------------------
# if shared
ifneq (${static},1)
CXXFLAGS += -fPIC
LDFLAGS += -fPIC
FCFLAGS += -fPIC
NVCCFLAGS += --compiler-options '-fPIC'
HIPCCFLAGS += -fPIC
lib_ext = ${so}
else
lib_ext = a
endif
#-------------------------------------------------------------------------------
# if OpenMP
ifeq (${openmp},1)
ifeq (${gpu_backend},sycl)
# Intel icpx options for OpenMP offload.
CXXFLAGS += -fiopenmp -fopenmp-targets=spir64
LDFLAGS += -fiopenmp -fopenmp-targets=spir64
else
# Most other compilers recognize this.
CXXFLAGS += -fopenmp
LDFLAGS += -fopenmp
endif
else
${error ERROR: unsupported `openmp=${openmp}`. OpenMP is required.}
endif
#-------------------------------------------------------------------------------
# if MPI
ifneq (,${filter mpi%,${CXX}})
# CXX = mpicxx, mpic++, ...
# Generic MPI via compiler wrapper. No flags to set.
ifneq (${mpi},)
${warning `CXX=${CXX}` MPI compiler overrides `mpi=${mpi}`}
endif
else ifeq (${mpi},cray)
# Cray MPI via compiler wrapper. No flags to set.
else ifeq (${mpi},1)
# Generic MPI.
LIBS += -lmpi
else ifeq (${mpi},spectrum)
# IBM Spectrum MPI
LIBS += -lmpi_ibm
else
${error ERROR: unknown `mpi=${mpi}`. MPI is required. \
Either set CXX to an MPI compiler named `mpi...`, such as `mpicxx`, \
or set mpi to one of 1, cray, or spectrum}
endif
#-------------------------------------------------------------------------------
# BLAS and LAPACK
# todo: really should get these libraries from BLAS++ and LAPACK++.
# If using shared libraries, and Fortran files that directly call BLAS are
# removed, BLAS++ would pull in the BLAS library for us.
ifeq (${blas},mkl)
# Intel MKL
# Auto-detect whether to use Intel or GNU conventions.
# Won't detect if CXX = mpicxx.
ifeq (${CXX},icpc)
blas_fortran = ifort
endif
# BLAS is Intel MKL and SLATE is using the SYCL backend
# Use ifort, threaded-blas and mkl_intel_thread
ifeq (${gpu_backend},sycl)
blas_fortran = ifort
blas_threaded = 1
endif
ifeq (${macos},1)
# MKL on MacOS (version 20180001) has only Intel Fortran version
blas_fortran = ifort
endif
ifeq (${blas_fortran},ifort)
# use Intel Fortran conventions
ifeq (${blas_int},int64)
LIBS += -lmkl_intel_ilp64
else
LIBS += -lmkl_intel_lp64
endif
# if threaded, use Intel OpenMP (iomp5)
ifeq (${blas_threaded},1)
LIBS += -lmkl_intel_thread
else
LIBS += -lmkl_sequential
endif
else
# use GNU Fortran conventions
ifeq (${blas_int},int64)
LIBS += -lmkl_gf_ilp64
else
LIBS += -lmkl_gf_lp64
endif
# if threaded, use GNU OpenMP (gomp)
ifeq (${blas_threaded},1)
LIBS += -lmkl_gnu_thread
else
LIBS += -lmkl_sequential
endif
endif
LIBS += -lmkl_core -lpthread -lm -ldl
# MKL on MacOS doesn't include ScaLAPACK; use default.
# For others, link with appropriate version of ScaLAPACK and BLACS.
ifneq (${macos},1)
ifeq (${mkl_blacs},openmpi)
ifeq (${blas_int},int64)
SCALAPACK_LIBRARIES ?= -lmkl_scalapack_ilp64 -lmkl_blacs_openmpi_ilp64
else
SCALAPACK_LIBRARIES ?= -lmkl_scalapack_lp64 -lmkl_blacs_openmpi_lp64
endif
else
ifeq (${blas_int},int64)
SCALAPACK_LIBRARIES ?= -lmkl_scalapack_ilp64 -lmkl_blacs_intelmpi_ilp64
else
SCALAPACK_LIBRARIES ?= -lmkl_scalapack_lp64 -lmkl_blacs_intelmpi_lp64
endif
endif
endif
else ifeq (${blas},essl)
# IBM ESSL
# todo threaded, int64
# hmm... likely LAPACK won't be int64 even if ESSL is.
LIBS += -lessl -llapack
else ifeq (${blas},openblas)
# OpenBLAS
LIBS += -lopenblas
else ifeq (${blas},libsci)
# Cray LibSci
# no LIBS to add
SCALAPACK_LIBRARIES ?=
else
${error ERROR: unknown `blas=${blas}`. Set blas to one of mkl, essl, \
openbblas, libsci, accelerate}
endif
# If not set by user or above, set default.
SCALAPACK_LIBRARIES ?= -lscalapack
#-------------------------------------------------------------------------------
# if CUDA
ifeq (${cuda},1)
# Generate flags for which CUDA architectures to build.
# cuda_arch_ is a local copy to modify.
cuda_arch_ = ${cuda_arch}
ifneq (,${findstring kepler, ${cuda_arch_}})
cuda_arch_ += sm_30
endif
ifneq (,${findstring maxwell, ${cuda_arch_}})
cuda_arch_ += sm_50
endif
ifneq (,${findstring pascal, ${cuda_arch_}})
cuda_arch_ += sm_60
endif
ifneq (,${findstring volta, ${cuda_arch_}})
cuda_arch_ += sm_70
endif
ifneq (,${findstring turing, ${cuda_arch_}})
cuda_arch_ += sm_75
endif
ifneq (,${findstring ampere, ${cuda_arch_}})
cuda_arch_ += sm_80
endif
ifneq (,${findstring hopper, ${cuda_arch_}})
cuda_arch_ += sm_90
endif
# Extract CUDA sm architectures.
sms = ${sort ${patsubst sm_%, %, ${filter sm_%, ${cuda_arch_}}}}
# Generate nvcc gencode options for all sm_XY in cuda_arch_.
# code=sm_XX is binary, code=compute_XX is PTX
nv_sm = ${foreach sm, ${sms},-gencode arch=compute_${sm},code=sm_${sm}}
nv_compute = ${foreach sm, ${sms},-gencode arch=compute_${sm},code=compute_${sm}}
ifeq (${sms},)
# Error if cuda_arch is not empty and sms is empty.
ifneq (${cuda_arch},)
${error ERROR: unknown `cuda_arch=${cuda_arch}`. Set cuda_arch \
to one or more of kepler, maxwell, pascal, volta, \
turing, ampere, hopper, \
or valid sm_XY from nvcc -h}
endif
else
# Get last option (last 2 words) of nv_compute.
nwords := ${words ${nv_compute}}
nwords_1 := ${shell expr ${nwords} - 1}
nv_compute_last := ${wordlist ${nwords_1}, ${nwords}, ${nv_compute}}
endif
# Use all sm_XX (binary), and the last compute_XX (PTX) for forward compatibility.
NVCCFLAGS += ${nv_sm} ${nv_compute_last}
libdir := ${CUDA_PATH}/lib64
ifeq (${wildcard ${libdir}},)
libdir := ${CUDA_PATH}/lib
endif
FLAGS += -I${CUDA_PATH}/include
LIBS += -L${libdir} -Wl,-rpath,${libdir} -lcusolver -lcublas -lcudart
endif
#-------------------------------------------------------------------------------
# if HIP
ifeq (${hip},1)
# Generate flags for which HIP architectures to build.
# hip_arch_ is a local copy to modify.
hip_arch_ = ${hip_arch}
ifneq (,${findstring mi25, ${hip_arch_}})
hip_arch_ += gfx900
endif
ifneq (,${findstring mi50, ${hip_arch_}})
hip_arch_ += gfx906
endif
ifneq (,${findstring mi100, ${hip_arch_}})
hip_arch_ += gfx908
endif
ifneq (,${findstring mi200, ${hip_arch_}})
hip_arch_ += gfx90a
endif
# Extract AMD gfx architectures.
gfx = ${sort ${filter gfx%, ${hip_arch_}}}
ifeq (${gfx},)
# Error if hip_arch is not empty and gfx is empty.
ifneq (${hip_arch},)
${error ERROR: unknown `hip_arch=${hip_arch}`. Set hip_arch \
to one or more of mi25, mi50, mi100, or valid gfxXYZ. \
See https://llvm.org/docs/AMDGPUUsage.html}
endif
endif
# Generate hipcc target options for all gfx in hip_arch_.
offload_arch = ${foreach arch, ${gfx},--offload-arch=${arch}}
HIPCCFLAGS += ${offload_arch}
FLAGS += -I${ROCM_PATH}/include -D__HIP_PLATFORM_AMD__
LIBS += -L${ROCM_PATH}/lib -Wl,-rpath,${ROCM_PATH}/lib -lrocsolver -lrocblas -lamdhip64
# ROCm 4.0 has errors in its headers that produce excessive warnings.
CXXFLAGS := ${filter-out -pedantic, ${CXXFLAGS}}
CXXFLAGS += -Wno-unused-result
endif
#-------------------------------------------------------------------------------
# Files
# types and classes
slate_src += \
src/auxiliary/Debug.cc \
src/auxiliary/Trace.cc \
src/core/Memory.cc \
src/core/enums.cc \
src/core/types.cc \
src/version.cc \
# End. Add alphabetically.
# internal
slate_src += \
src/internal/internal_comm.cc \
src/internal/internal_util.cc \
# End. Add alphabetically.
# Most unit testers don't need the whole library, only the above subset.
ifneq (${only_unit},1)
slate_src += \
src/internal/internal_copyhb2st.cc \
src/internal/internal_copytb2bd.cc \
src/internal/internal_gbnorm.cc \
src/internal/internal_geadd.cc \
src/internal/internal_gebr.cc \
src/internal/internal_gecopy.cc \
src/internal/internal_gerbt.cc \
src/internal/internal_rbt_generate.cc \
src/internal/internal_gemm.cc \
src/internal/internal_gemmA.cc \
src/internal/internal_genorm.cc \
src/internal/internal_geqrf.cc \
src/internal/internal_he2hb_gemm.cc \
src/internal/internal_he2hb_hemm.cc \
src/internal/internal_he2hb_her2k_offdiag_ranks.cc \
src/internal/internal_he2hb_trmm.cc \
src/internal/internal_gescale.cc \
src/internal/internal_gescale_row_col.cc \
src/internal/internal_geset.cc \
src/internal/internal_getrf.cc \
src/internal/internal_getrf_nopiv.cc \
src/internal/internal_getrf_tntpiv.cc \
src/internal/internal_hbnorm.cc \
src/internal/internal_hebr.cc \
src/internal/internal_hegst.cc \
src/internal/internal_hemm.cc \
src/internal/internal_hemmA.cc \
src/internal/internal_henorm.cc \
src/internal/internal_her2k.cc \
src/internal/internal_herk.cc \
src/internal/internal_hettmqr.cc \
src/internal/internal_norm1est.cc \
src/internal/internal_potrf.cc \
src/internal/internal_reduce_info.cc \
src/internal/internal_swap.cc \
src/internal/internal_symm.cc \
src/internal/internal_synorm.cc \
src/internal/internal_syr2k.cc \
src/internal/internal_syrk.cc \
src/internal/internal_trmm.cc \
src/internal/internal_trnorm.cc \
src/internal/internal_trsm.cc \
src/internal/internal_trsmA.cc \
src/internal/internal_trtri.cc \
src/internal/internal_trtrm.cc \
src/internal/internal_ttlqt.cc \
src/internal/internal_ttmlq.cc \
src/internal/internal_ttmqr.cc \
src/internal/internal_ttqrt.cc \
src/internal/internal_tzadd.cc \
src/internal/internal_tzcopy.cc \
src/internal/internal_tzscale.cc \
src/internal/internal_tzset.cc \
src/internal/internal_unmlq.cc \
src/internal/internal_unmqr.cc \
src/internal/internal_unmtr_hb2st.cc \
# End. Add alphabetically.
endif
#-------------------------------------------------------------------------------
# device
cuda_src := \
src/cuda/device_geadd.cu \
src/cuda/device_gecopy.cu \
src/cuda/device_genorm.cu \
src/cuda/device_gescale.cu \
src/cuda/device_gescale_row_col.cu \
src/cuda/device_geset.cu \
src/cuda/device_henorm.cu \
src/cuda/device_synorm.cu \
src/cuda/device_transpose.cu \
src/cuda/device_trnorm.cu \
src/cuda/device_tzadd.cu \
src/cuda/device_tzcopy.cu \
src/cuda/device_tzscale.cu \
src/cuda/device_tzset.cu \
# End. Add alphabetically.
cuda_hdr := \
src/cuda/device_util.cuh
hip_src := ${patsubst src/cuda/%.cu,src/hip/%.hip.cc,${cuda_src}}
hip_hdr := ${patsubst src/cuda/%.cuh,src/hip/%.hip.hh,${cuda_hdr}}
# OpenMP implementations of device kernels
omptarget_src := \
src/omptarget/device_geadd.cc \
src/omptarget/device_gecopy.cc \
src/omptarget/device_genorm.cc \
src/omptarget/device_gescale.cc \
src/omptarget/device_gescale_row_col.cc \
src/omptarget/device_geset.cc \
src/omptarget/device_henorm.cc \
src/omptarget/device_synorm.cc \
src/omptarget/device_transpose.cc \
src/omptarget/device_trnorm.cc \
src/omptarget/device_tzadd.cc \
src/omptarget/device_tzcopy.cc \
src/omptarget/device_tzscale.cc \
src/omptarget/device_tzset.cc \
# End. Add alphabetically.
ifeq (${cuda},1)
slate_src += ${cuda_src}
else ifeq (${hip},1)
slate_src += ${hip_src}
else
# Used for both OpenMP offload (${omptarget} == 1) and as stubs for
# CPU-only build.
slate_src += ${omptarget_src}
endif
#-------------------------------------------------------------------------------
# driver
ifneq (${only_unit},1)
slate_src += \
src/add.cc \
src/bdsqr.cc \
src/cholqr.cc \
src/colNorms.cc \
src/copy.cc \
src/gbmm.cc \
src/gbsv.cc \
src/gbtrf.cc \
src/gbtrs.cc \
src/ge2tb.cc \
src/gecondest.cc \
src/gelqf.cc \
src/gerbt.cc \
src/gels.cc \
src/gels_cholqr.cc \
src/gels_qr.cc \
src/gemm.cc \
src/gemmA.cc \
src/gemmC.cc \
src/geqrf.cc \
src/gesv.cc \
src/gesv_mixed.cc \
src/gesv_mixed_gmres.cc \
src/gesv_nopiv.cc \
src/gesv_rbt.cc \
src/getrf.cc \
src/getrf_nopiv.cc \
src/getrf_tntpiv.cc \
src/getri.cc \
src/getriOOP.cc \
src/getrs.cc \
src/getrs_nopiv.cc \
src/hb2st.cc \
src/hbmm.cc \
src/he2hb.cc \
src/heev.cc \
src/hegst.cc \
src/hegv.cc \
src/hemm.cc \
src/hemmA.cc \
src/hemmC.cc \
src/her2k.cc \
src/herk.cc \
src/hesv.cc \
src/hetrf.cc \
src/hetrs.cc \
src/norm.cc \
src/pbsv.cc \
src/pbtrf.cc \
src/pbtrs.cc \
src/pocondest.cc \
src/posv.cc \
src/posv_mixed.cc \
src/posv_mixed_gmres.cc \
src/potrf.cc \
src/potri.cc \
src/potrs.cc \
src/print.cc \
src/redistribute.cc \
src/scale.cc \
src/scale_row_col.cc \
src/set.cc \
src/set_lambdas.cc \
src/stedc.cc \
src/stedc_deflate.cc \
src/stedc_merge.cc \
src/stedc_secular.cc \
src/stedc_solve.cc \
src/stedc_sort.cc \
src/stedc_z_vector.cc \
src/steqr.cc \
src/steqr_impl.cc \
src/sterf.cc \
src/svd.cc \
src/symm.cc \
src/syr2k.cc \
src/syrk.cc \
src/tb2bd.cc \
src/tbsm.cc \
src/tbsmPivots.cc \
src/trcondest.cc \
src/trmm.cc \
src/trsm.cc \
src/trsmA.cc \
src/trsmB.cc \
src/trtri.cc \
src/trtrm.cc \
src/unmlq.cc \
src/unmbr_ge2tb.cc \
src/unmqr.cc \
src/unmtr_hb2st.cc \
src/unmtr_he2hb.cc \
src/work/work_trmm.cc \
src/work/work_trsm.cc \
src/work/work_trsmA.cc \
# End. Add alphabetically.
endif
# C API
ifeq (${c_api},1)
slate_src += \
src/c_api/matrix.cc \
src/c_api/util.cc \
src/c_api/wrappers.cc \
src/c_api/wrappers_precisions.cc \
# End. Add alphabetically.
endif
# Fortran module
ifeq (${fortran_api},1)
slate_src += \
src/fortran/slate_module.f90 \
# End. Add alphabetically.
endif
# main tester
tester_src += \
test/matrix_params.cc \
test/matrix_utils.cc \
test/test.cc \
test/test_add.cc \
test/test_bdsqr.cc \
test/test_copy.cc \
test/test_gbmm.cc \
test/test_gbnorm.cc \
test/test_gbsv.cc \
test/test_ge2tb.cc \
test/test_gecondest.cc \
test/test_gelqf.cc \
test/test_gels.cc \
test/test_gemm.cc \
test/test_geqrf.cc \
test/test_gesv.cc \
test/test_getri.cc \
test/test_hb2st.cc \
test/test_hbmm.cc \
test/test_hbnorm.cc \
test/test_he2hb.cc \
test/test_heev.cc \
test/test_hegst.cc \
test/test_hegv.cc \
test/test_hemm.cc \
test/test_her2k.cc \
test/test_herk.cc \
test/test_hesv.cc \
test/test_norm.cc \
test/test_pbsv.cc \
test/test_pocondest.cc \
test/test_posv.cc \
test/test_potri.cc \
test/test_scale.cc \
test/test_scale_row_col.cc \
test/test_set.cc \
test/test_stedc.cc \
test/test_stedc_deflate.cc \
test/test_stedc_secular.cc \
test/test_stedc_sort.cc \
test/test_stedc_z_vector.cc \
test/test_steqr.cc \
test/test_sterf.cc \
test/test_svd.cc \
test/test_symm.cc \
test/test_syr2k.cc \
test/test_syrk.cc \
test/test_tb2bd.cc \
test/test_tbsm.cc \
test/test_trcondest.cc \
test/test_trmm.cc \
test/test_trsm.cc \
test/test_trtri.cc \
test/test_unmqr.cc \
test/test_unmtr_hb2st.cc \
test/test_unmtr_he2hb.cc \
# End. Add alphabetically.
# Compile fixes for ScaLAPACK routines if Fortran compiler ${FC} exists.
ifneq (${SCALAPACK_LIBRARIES},none)
ifneq (${have_fortran},)
tester_src += \
test/pslange.f \
test/pdlange.f \
test/pclange.f \
test/pzlange.f \
test/pslansy.f \
test/pdlansy.f \
test/pclansy.f \
test/pzlansy.f \
test/pslantr.f \
test/pdlantr.f \
test/pclantr.f \
test/pzlantr.f \
# End. Add alphabetically, by base name after precision.
endif
endif
# unit testers
unit_src = \
unit_test/test_BandMatrix.cc \
unit_test/test_HermitianMatrix.cc \
unit_test/test_LockGuard.cc \
unit_test/test_Matrix.cc \
unit_test/test_Memory.cc \
unit_test/test_OmpSetMaxActiveLevels.cc \
unit_test/test_SymmetricMatrix.cc \
unit_test/test_Tile.cc \
unit_test/test_Tile_kernels.cc \
unit_test/test_TrapezoidMatrix.cc \
unit_test/test_TriangularBandMatrix.cc \
unit_test/test_TriangularMatrix.cc \
unit_test/test_func.cc \
unit_test/test_geadd.cc \
unit_test/test_gecopy.cc \
unit_test/test_gescale.cc \
unit_test/test_geset.cc \
unit_test/test_internal_blas.cc \
unit_test/test_norm.cc \
unit_test/test_util.cc \
# End. Add alphabetically.
ifeq (${c_api},1)
unit_src += \
unit_test/test_c_api.cc
endif
ifneq (${only_unit},1)
unit_src += \
unit_test/test_lq.cc \
unit_test/test_qr.cc \
# End. Add alphabetically.
endif
# unit test framework
unit_test_obj = \
unit_test/unit_test.o
slate_obj = ${addsuffix .o, ${basename ${slate_src}}}
tester_obj = ${addsuffix .o, ${basename ${tester_src}}}
unit_obj = ${addsuffix .o, ${basename ${unit_src}}}
dep = ${addsuffix .d, ${basename ${slate_src} \
${tester_src} ${unit_src} \
${unit_test_obj}}}
tester = test/tester
unit_test = ${basename ${unit_src}}
pkg = lib/pkgconfig/slate.pc
# For `tester --debug`, lldb may need test.o compiled with -O0 (after -O3)
# to see variable `i`.
test/test.o: CXXFLAGS += -O0
#-------------------------------------------------------------------------------
# Get Mercurial id, and make version.o depend on it via .id file.
ifneq (${wildcard .git},)
id := ${shell git rev-parse --short HEAD}
src/version.o: CXXFLAGS += -DSLATE_ID='"${id}"'
endif
last_id := ${shell [ -e .id ] && cat .id || echo 'NA'}
ifneq (${id},${last_id})
.id: force
endif
.id:
echo ${id} > .id
src/version.o: .id
#-------------------------------------------------------------------------------
# SLATE specific flags and libraries
# FLAGS accumulates definitions, include dirs, etc. for both CXX and NVCC.
# FLAGS += -I.
FLAGS += -I./blaspp/include
FLAGS += -I./lapackpp/include
FLAGS += -I./include
FLAGS += -I./src
CXXFLAGS += ${FLAGS}
NVCCFLAGS += ${FLAGS}
HIPCCFLAGS += ${FLAGS}
# libraries to create libslate.so
LDFLAGS += -L./blaspp/lib
LDFLAGS += -L./lapackpp/lib
LIBS := -lblaspp -llapackpp ${LIBS}
# additional flags and libraries for testers
${tester_obj}: CXXFLAGS += -I./testsweeper
${unit_obj}: CXXFLAGS += -I./testsweeper
${unit_test_obj}: CXXFLAGS += -I./testsweeper
TEST_LDFLAGS = ${LDFLAGS} -L./lib -Wl,-rpath,${abspath ./lib}
TEST_LDFLAGS += -L./testsweeper -Wl,-rpath,${abspath ./testsweeper}
TEST_LDFLAGS += -Wl,-rpath,${abspath ./blaspp/lib}
TEST_LDFLAGS += -Wl,-rpath,${abspath ./lapackpp/lib}
TEST_LIBS = -lslate -lslate_matgen -ltestsweeper ${LIBS}
ifneq (${SCALAPACK_LIBRARIES},none)
TEST_LIBS += ${SCALAPACK_LIBRARIES}
CXXFLAGS += -DSLATE_HAVE_SCALAPACK
endif
UNIT_LDFLAGS = ${LDFLAGS} -L./lib -Wl,-rpath,${abspath ./lib}
UNIT_LDFLAGS += -L./testsweeper -Wl,-rpath,${abspath ./testsweeper}
UNIT_LDFLAGS += -Wl,-rpath,${abspath ./blaspp/lib}
UNIT_LDFLAGS += -Wl,-rpath,${abspath ./lapackpp/lib}
UNIT_LIBS = -lslate -ltestsweeper ${LIBS}
#-------------------------------------------------------------------------------
# Rules
.DELETE_ON_ERROR:
.SUFFIXES:
.PHONY: all docs hooks lib test tester unit_test clean distclean testsweeper blaspp lapackpp
.DEFAULT_GOAL := all
all: lib unit_test hooks
ifneq (${only_unit},1)
all: tester lapack_api matgen
install: lapack_api matgen
ifneq (${SCALAPACK_LIBRARIES},none)
all: scalapack_api
install: scalapack_api
endif
endif
install: lib ${pkg}
cd blaspp && ${MAKE} install prefix=${abs_prefix}
@echo
cd lapackpp && ${MAKE} install prefix=${abs_prefix}
@echo
mkdir -p ${DESTDIR}${abs_prefix}/include/slate/internal
mkdir -p ${DESTDIR}${abs_prefix}/lib${LIB_SUFFIX}
mkdir -p ${DESTDIR}${abs_prefix}/lib${LIB_SUFFIX}/pkgconfig
cp include/slate/*.hh ${DESTDIR}${abs_prefix}/include/slate/
cp include/slate/internal/*.hh ${DESTDIR}${abs_prefix}/include/slate/internal/
cp -av lib/lib* ${DESTDIR}${abs_prefix}/lib${LIB_SUFFIX}/
cp ${pkg} ${DESTDIR}${abs_prefix}/lib${LIB_SUFFIX}/pkgconfig/
if [ ${c_api} -eq 1 ]; then \
mkdir -p ${DESTDIR}${abs_prefix}/include/slate/c_api; \
cp include/slate/c_api/*.h ${DESTDIR}${abs_prefix}/include/slate/c_api; \
fi
if [ ${fortran_api} -eq 1 ]; then \
cp slate.mod ${DESTDIR}${abs_prefix}/include/; \
fi
uninstall:
cd blaspp && ${MAKE} uninstall prefix=${abs_prefix}
@echo
cd lapackpp && ${MAKE} uninstall prefix=${abs_prefix}
@echo
${RM} ${DESTDIR}${abs_prefix}/include/slate.mod
${RM} -r ${DESTDIR}${abs_prefix}/include/slate
${RM} ${DESTDIR}${abs_prefix}/lib${LIB_SUFFIX}/libslate*
${RM} ${DESTDIR}${abs_prefix}/lib${LIB_SUFFIX}/pkgconfig/slate.pc
docs:
doxygen docs/doxygen/doxyfile.conf
@echo "------------------------------------------------------------"
@echo "Errors:"
perl -pe 's@^/.*?slate/@@' docs/doxygen/errors.txt
#-------------------------------------------------------------------------------
# C API
ifeq (${c_api},1)
include/slate/c_api/wrappers.h: src/c_api/wrappers.cc
${python} tools/c_api/generate_wrappers.py $< $@ \
src/c_api/wrappers_precisions.cc
include/slate/c_api/matrix.h: include/slate/Tile.hh include/slate/types.hh
${python} tools/c_api/generate_matrix.py $^ $@ src/c_api/matrix.cc
src/c_api/util.hh: include/slate/c_api/types.h
${python} tools/c_api/generate_util.py $< $@ src/c_api/util.cc
src/c_api/wrappers_precisions.cc: include/slate/c_api/wrappers.h src/c_api/util.hh
src/c_api/matrix.cc: include/slate/c_api/matrix.h src/c_api/util.hh
src/c_api/util.cc: src/c_api/util.hh
src/c_api/wrappers.o: include/slate/c_api/wrappers.h src/c_api/util.hh
generate: include/slate/c_api/wrappers.h
generate: include/slate/c_api/matrix.h
generate: src/c_api/util.hh
endif
#-------------------------------------------------------------------------------
# Fortran module
ifeq (${fortran_api},1)
src/fortran/slate_module.f90: include/slate/c_api/wrappers.h \
include/slate/c_api/types.h \
include/slate/c_api/matrix.h
${python} tools/fortran/generate_fortran_module.py $^ --output $@
generate: src/fortran/slate_module.f90
endif
#-------------------------------------------------------------------------------
# testsweeper library
testsweeper_src = ${wildcard testsweeper/*.hh testsweeper/*.cc}
testsweeper = testsweeper/libtestsweeper.${lib_ext}
${testsweeper}: ${testsweeper_src}
cd testsweeper && ${MAKE} lib
testsweeper: ${testsweeper}
#-------------------------------------------------------------------------------
# BLAS++ library
blaspp_src = ${wildcard blaspp/include/blas/*.h \
blaspp/include/blas/*.hh \
blaspp/src/*.cc}
blaspp = blaspp/lib/libblaspp.${lib_ext}
# dependency on testsweeper serializes compiles
${blaspp}: ${blaspp_src} | ${testsweeper}
cd blaspp && ${MAKE} lib
blaspp: ${blaspp}