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cusparse-versions/v12.sh
Carl Pearson cacd3762fa major improvements, v10
2023-10-25 16:10:16 -06:00

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set -eou pipefail
SIMULTANEOUS_DOWNLOADS=4
SIMULTANEOUS_EXTRACTS=2
URLS=(
https://developer.download.nvidia.com/compute/cuda/12.0.0/local_installers/cuda_12.0.0_525.60.13_linux.run
https://developer.download.nvidia.com/compute/cuda/12.0.1/local_installers/cuda_12.0.1_525.85.12_linux.run
https://developer.download.nvidia.com/compute/cuda/12.1.0/local_installers/cuda_12.1.0_530.30.02_linux.run
https://developer.download.nvidia.com/compute/cuda/12.1.1/local_installers/cuda_12.1.1_530.30.02_linux.run
https://developer.download.nvidia.com/compute/cuda/12.2.0/local_installers/cuda_12.2.0_535.54.03_linux.run
https://developer.download.nvidia.com/compute/cuda/12.2.1/local_installers/cuda_12.2.1_535.86.10_linux.run
https://developer.download.nvidia.com/compute/cuda/12.2.2/local_installers/cuda_12.2.2_535.104.05_linux.run
)
function cuda_release {
version_re='/([0-9]+\.[0-9]+\.[0-9]+)/'
if [[ $1 =~ $version_re ]]; then
echo ${BASH_REMATCH[1]}
else
echo "no match"
exit 1
fi
}
function download {
wget --no-check-certificate -c $1
}
export -f download # export to subshells
function extract {
fname=$(basename $1)
dirname="${fname%.*}"
echo "$1 -> $dirname"
rm -rf $dirname
$SHELL $fname --extract=$PWD/$dirname
}
export -f extract # export to subshells
function cuda_version {
fname=$(basename $1)
dirname="${fname%.*}"
version=$(grep -roh -E 'CUDA_VERSION ([0-9]+)' $dirname/cuda_cudart/include | grep -o -E '[0-9]+')
echo CUDA_VERSION '(CUDA API Version)' $version
}
function dir_size {
fname=$(basename $1)
dirname="${fname%.*}"
size=$(du -s $dirname/$2 | cut -f1)
echo $size
}
function dir_syms {
shopt -s globstar
fname=$(basename $1)
dirname="${fname%.*}"
nm -D --defined-only $dirname/$2/**/*.so | wc -l
}
function cusparse_version {
fname=$(basename $1)
dirname="${fname%.*}"
major=$(grep -roh -E 'CUSPARSE_VER_MAJOR ([0-9]+)' $dirname/libcusparse/include | grep -o -E '[0-9]+')
minor=$(grep -roh -E 'CUSPARSE_VER_MINOR ([0-9]+)' $dirname/libcusparse/include | grep -o -E '[0-9]+')
patch=$(grep -roh -E 'CUSPARSE_VER_PATCH ([0-9]+)' $dirname/libcusparse/include | grep -o -E '[0-9]+')
build=$(grep -roh -E 'CUSPARSE_VER_BUILD ([0-9]+)' $dirname/libcusparse/include | grep -o -E '[0-9]+')
echo $major.$minor.$patch.$build
}
function cublas_version {
fname=$(basename $1)
dirname="${fname%.*}"
major=$(grep -roh -E 'CUBLAS_VER_MAJOR ([0-9]+)' $dirname/libcublas/include | grep -o -E '[0-9]+')
minor=$(grep -roh -E 'CUBLAS_VER_MINOR ([0-9]+)' $dirname/libcublas/include | grep -o -E '[0-9]+')
patch=$(grep -roh -E 'CUBLAS_VER_PATCH ([0-9]+)' $dirname/libcublas/include | grep -o -E '[0-9]+')
build=$(grep -roh -E 'CUBLAS_VER_BUILD ([0-9]+)' $dirname/libcublas/include | grep -o -E '[0-9]+')
echo $major.$minor.$patch.$build
}
function cusolver_version {
fname=$(basename $1)
dirname="${fname%.*}"
major=$(grep -roh -E 'CUSOLVER_VER_MAJOR ([0-9]+)' $dirname/libcusolver/include | grep -o -E '[0-9]+')
minor=$(grep -roh -E 'CUSOLVER_VER_MINOR ([0-9]+)' $dirname/libcusolver/include | grep -o -E '[0-9]+')
patch=$(grep -roh -E 'CUSOLVER_VER_PATCH ([0-9]+)' $dirname/libcusolver/include | grep -o -E '[0-9]+')
build=$(grep -roh -E 'CUSOLVER_VER_BUILD ([0-9]+)' $dirname/libcusolver/include | grep -o -E '[0-9]+')
echo $major.$minor.$patch.$build
}
function cufft_version {
fname=$(basename $1)
dirname="${fname%.*}"
major=$(grep -roh -E 'CUFFT_VER_MAJOR ([0-9]+)' $dirname/libcufft/include | grep -o -E '[0-9]+')
minor=$(grep -roh -E 'CUFFT_VER_MINOR ([0-9]+)' $dirname/libcufft/include | grep -o -E '[0-9]+')
patch=$(grep -roh -E 'CUFFT_VER_PATCH ([0-9]+)' $dirname/libcufft/include | grep -o -E '[0-9]+')
build=$(grep -roh -E 'CUFFT_VER_BUILD ([0-9]+)' $dirname/libcufft/include | grep -o -E '[0-9]+')
echo $major.$minor.$patch.$build
}
function cuda_size {
fname=$(basename $1)
dirname="${fname%.*}"
size=$(du -s $dirname | cut -f1)
echo $size
}
function cusparse_size {
dir_size $1 libcusparse
}
function cublas_size {
dir_size $1 libcublas
}
function nvcc_size {
dir_size $1 cuda_nvcc/bin/nvcc
}
function cufft_size {
dir_size $1 libcufft
}
function curand_size {
dir_size $1 libcurand
}
function cusolver_size {
dir_size $1 libcusolver
}
function npp_size {
dir_size $1 libnpp
}
function nsight_compute_size {
dir_size $1 nsight_compute
}
function nsight_systems_size {
dir_size $1 nsight_systems
}
function cupti_size {
dir_size $1 cuda_cupti
}
function gdb_size {
dir_size $1 cuda_gdb
}
function cudart_size {
dir_size $1 cuda_cudart
}
function nvrtc_size {
dir_size $1 cuda_nvrtc
}
function nsight_size {
dir_size $1 cuda_nsight
}
function driver_size {
fname=$(basename $1)
dirname="${fname%.*}"
size=$(du -s $dirname/NVIDIA-* | cut -f1)
echo $size
}
function pct {
echo "x=$1 / $2 * 100; scale=2; x/1" | bc -l
}
function cusparse_syms {
dir_syms $1 libcusparse
}
function cublas_syms {
dir_syms $1 libcublas
}
function cusolver_syms {
dir_syms $1 libcusolver
}
function cufft_syms {
dir_syms $1 libcufft
}
function curand_syms {
dir_syms $1 libcurand
}
function cudart_syms {
dir_syms $1 cuda_cudart
}
function cupti_syms {
dir_syms $1 cuda_cupti
}
function npp_syms {
dir_syms $1 libnpp
}
# echo "downloading"
# nice -n20 parallel -j${SIMULTANEOUS_DOWNLOADS} download {} ::: ${URLS[*]}
# echo "extracting"
# nice -n20 parallel -j${SIMULTANEOUS_EXTRACTS} extract {} ::: ${URLS[*]}
function ver_table {
printf "${TABLE_START}"
printf "${ROW_START}"
printf "${HCELL_START}CUDA Release${HCELL_END}"
printf "${HCELL_START}cuSPARSE${HCELL_END}"
printf "${HCELL_START}cuBLAS${HCELL_END}"
printf "${HCELL_START}cuSOLVER${HCELL_END}"
printf "${HCELL_START}cuFFT${HCELL_END}"
printf "${ROW_END}"
for url in ${URLS[*]}; do
printf "${ROW_START}"
printf "${CELL_START}$(cuda_release $url)${CELL_END}"
printf "${CELL_START}$(cusparse_version $url)${CELL_END}"
printf "${CELL_START}$(cublas_version $url)${CELL_END}"
printf "${CELL_START}$(cusolver_version $url)${CELL_END}"
printf "${CELL_START}$(cufft_version $url)${CELL_END}"
printf "${ROW_END}"
done
printf "${TABLE_END}"
}
function ver_html {
TABLE_START="<table>"
TABLE_END="</table>\n"
ROW_START="<tr>"
ROW_END="</tr>\n"
HCELL_START="<th>"
HCELL_END="</th>"
CELL_START="<td>"
CELL_END="</td>"
ver_table
}
function sym_table {
printf "${TABLE_START}"
printf "${ROW_START}${HCELL_START}CUDA Release${HCELL_END}"
printf "${HCELL_START}cuSPARSE${HCELL_END}"
printf "${HCELL_START}cuBLAS${HCELL_END}"
printf "${HCELL_START}cuSOLVER${HCELL_END}"
printf "${HCELL_START}cuFFT${HCELL_END}"
printf "${HCELL_START}cuRAND${HCELL_END}"
printf "${HCELL_START}cudart${HCELL_END}"
printf "${HCELL_START}cupti${HCELL_END}"
printf "${HCELL_START}npp${HCELL_END}"
printf "${ROW_END}"
for url in ${URLS[*]}; do
_r=$(cuda_release "$url")
printf "${ROW_START}"
printf "${CELL_START}$_r${CELL_END}"
printf "${CELL_START}$(cusparse_syms $url)${CELL_END}"
printf "${CELL_START}$(cublas_syms $url)${CELL_END}"
printf "${CELL_START}$(cusolver_syms $url)${CELL_END}"
printf "${CELL_START}$(cufft_syms $url)${CELL_END}"
printf "${CELL_START}$(curand_syms $url)${CELL_END}"
printf "${CELL_START}$(cudart_syms $url)${CELL_END}"
printf "${CELL_START}$(cupti_syms $url)${CELL_END}"
printf "${CELL_START}$(npp_syms $url)${CELL_END}"
printf "$ROW_END"
done
printf "${TABLE_END}"
}
function sym_html {
TABLE_START="<table>\n"
TABLE_END="</table>\n"
ROW_START="<tr>"
ROW_END="</tr>\n"
HCELL_START="<th>"
HCELL_END="</th>"
CELL_START="<td>"
CELL_END="</td>"
sym_table
}
function sym_csv {
TABLE_START=""
TABLE_END=""
ROW_START=""
ROW_END="\n"
HCELL_START=""
HCELL_END=","
CELL_START=""
CELL_END=","
sym_table
}
function size_table {
printf "$TABLE_START"
printf "$ROW_START"
printf "${HCELL_START}CUDA Release${HCELL_END}"
printf "${HCELL_START}Size (K)${HCELL_END}"
printf "${HCELL_START}cuSPARSE Size${HCELL_END}"
printf "${HCELL_START}cuBLAS Size${HCELL_END}"
printf "${HCELL_START}nvcc Size${HCELL_END}"
printf "${HCELL_START}cuFFT Size${HCELL_END}"
printf "${HCELL_START}cuRAND Size${HCELL_END}"
printf "${HCELL_START}cuSOLVER Size${HCELL_END}"
printf "${HCELL_START}npp Size${HCELL_END}"
printf "${HCELL_START}Nsight Compute${HCELL_END}"
printf "${HCELL_START}Nsight Systems${HCELL_END}"
printf "${HCELL_START}cuPTI Size${HCELL_END}"
printf "${HCELL_START}CUDA GDB Size${HCELL_END}"
printf "${HCELL_START}cudart Size${HCELL_END}"
printf "${HCELL_START}nvrtc Size${HCELL_END}"
printf "${HCELL_START}nsight Size${HCELL_END}"
printf "${HCELL_START}driver Size${HCELL_END}"
printf "$ROW_END"
for url in ${URLS[*]}; do
_r=$(cuda_release "$url")
_c_s=$(cuda_size "$url")
_cs_s=$(cusparse_size "$url")
_cb_s=$(cublas_size "$url")
_nvcc_s=$(nvcc_size "$url")
_cufft_s=$(cufft_size "$url")
_curand_s=$(curand_size "$url")
_cusolver_s=$(cusolver_size "$url")
_npp_s=$(npp_size "$url")
_nsight_compute_s=$(nsight_compute_size "$url")
_nsight_systems_s=$(nsight_systems_size "$url")
_cupti_s=$(cupti_size "$url")
_gdb_s=$(gdb_size "$url")
_cudart_s=$(cudart_size "$url")
_nvrtc_s=$(nvrtc_size "$url")
_nsight_s=$(nsight_size "$url")
_driver_s=$(driver_size "$url")
printf "$ROW_START"
printf "${CELL_START}$_r${CELL_END}"
printf "${CELL_START}$_c_s${CELL_END}"
printf "${CELL_START}$_cs_s"
if [ ! "$SHOW_PCT" -eq 0 ]; then printf " ($(pct $_cs_s $_c_s)&#37)"; fi
printf "$CELL_END"
printf "${CELL_START}$_cb_s"
if [ ! "$SHOW_PCT" -eq 0 ]; then printf " ($(pct $_cb_s $_c_s)&#37)"; fi
printf "$CELL_END"
printf "${CELL_START}$_nvcc_s"
if [ ! "$SHOW_PCT" -eq 0 ]; then printf " ($(pct $_nvcc_s $_c_s)&#37)"; fi
printf "$CELL_END"
printf "${CELL_START}$_cufft_s"
if [ ! "$SHOW_PCT" -eq 0 ]; then printf " ($(pct $_cufft_s $_c_s)&#37)"; fi
printf "$CELL_END"
printf "${CELL_START}$_curand_s"
if [ ! "$SHOW_PCT" -eq 0 ]; then printf " ($(pct $_curand_s $_c_s)&#37)"; fi
printf "$CELL_END"
printf "${CELL_START}$_cusolver_s"
if [ ! "$SHOW_PCT" -eq 0 ]; then printf " ($(pct $_cusolver_s $_c_s)&#37)"; fi
printf "$CELL_END"
printf "${CELL_START}$_npp_s"
if [ ! "$SHOW_PCT" -eq 0 ]; then printf " ($(pct $_npp_s $_c_s)&#37)"; fi
printf "$CELL_END"
printf "${CELL_START}$_nsight_compute_s"
if [ ! "$SHOW_PCT" -eq 0 ]; then printf " ($(pct $_nsight_systems_s $_c_s)&#37)"; fi
printf "$CELL_END"
printf "${CELL_START}$_nsight_systems_s"
if [ ! "$SHOW_PCT" -eq 0 ]; then printf " ($(pct $_nsight_compute_s $_c_s)&#37)"; fi
printf "$CELL_END"
printf "${CELL_START}$_cupti_s"
if [ ! "$SHOW_PCT" -eq 0 ]; then printf " ($(pct $_cupti_s $_c_s)&#37)"; fi
printf "$CELL_END"
printf "${CELL_START}$_gdb_s"
if [ ! "$SHOW_PCT" -eq 0 ]; then printf " ($(pct $_gdb_s $_c_s)&#37)"; fi
printf "$CELL_END"
printf "${CELL_START}$_cudart_s"
if [ ! "$SHOW_PCT" -eq 0 ]; then printf " ($(pct $_cudart_s $_c_s)&#37)"; fi
printf "$CELL_END"
printf "${CELL_START}$_nvrtc_s"
if [ ! "$SHOW_PCT" -eq 0 ]; then printf " ($(pct $_nvrtc_s $_c_s)&#37)"; fi
printf "$CELL_END"
printf "${CELL_START}$_nsight_s"
if [ ! "$SHOW_PCT" -eq 0 ]; then printf " ($(pct $_nsight_s $_c_s)&#37)"; fi
printf "$CELL_END"
printf "${CELL_START}$_driver_s"
if [ ! "$SHOW_PCT" -eq 0 ]; then printf " ($(pct $_driver_s $_c_s)&#37)"; fi
printf "$CELL_END"
printf "$ROW_END"
done
printf "$TABLE_END"
}
function size_html {
TABLE_START="<table>\n"
TABLE_END="</table>\n"
ROW_START="<tr>"
ROW_END="</tr>\n"
HCELL_START="<th>"
HCELL_END="</th>"
CELL_START="<td>"
CELL_END="</td>"
SHOW_PCT=1
size_table
}
function size_csv {
TABLE_START=""
TABLE_END=""
ROW_START=""
ROW_END="\n"
HCELL_START=""
HCELL_END=","
CELL_START=""
CELL_END=","
SHOW_PCT=0
size_table
}
ver_html
sym_html
sym_csv
size_html
size_csv
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