def build_c(src_name, include_files):
base_src_name = pathlib.Path(src_name).stem
target_o = f"{dst_folder}/_{base_src_name}.o"
if force or any_out_of_date(
parents=[src_name, *include_files], children=[target_o],
):
subprocess.run(["gcc", *c_opts, dst_folder / src_name, "-o", target_o])
return target_o
def build(source_dir, output_dir, force=False):
flann_include_folder = "/usr/include/flann/"
c_common_folder = source_dir / "plaster/tools/c_common"
dst_folder = source_dir / "plaster/run/nn_v2/c"
c_opts = [
"-c",
"-fpic",
"-O3",
"-I",
c_common_folder,
"-I",
flann_include_folder,
"-DDEBUG",
]
def build_c(src_name, include_files):
base_src_name = pathlib.Path(src_name).stem
target_o = f"{dst_folder}/_{base_src_name}.o"
if force or any_out_of_date(
parents=[src_name, *include_files], children=[target_o],
):
subprocess.run(["gcc", *c_opts, src_name, "-o", target_o])
return target_o
common_include_files = [
f"{c_common_folder}/c_common.h",
]
nn_v2_o = build_c(f"{dst_folder}/nn_v2.c", common_include_files)
c_common_o = build_c(f"{c_common_folder}/c_common.c", common_include_files)
output_so = output_dir / "plaster/run/nn_v2/c/_nn_v2.so"
if force or any_out_of_date(parents=[nn_v2_o, c_common_o], children=[output_so]):
subprocess.run(
[
"gcc",
"-shared",
nn_v2_o,
c_common_o,
"-lflann",
"-llz4",
"-o",
output_so,
]
)
assert output_so.exists()
def build(source_dir, output_dir, force=False):
# In order to build survey_v2, libflann-dev (debian) or flann-devel (centos/manylinux) must be installed
flann_include_folder = "/usr/include/flann/"
c_common_folder = source_dir / "plaster/tools/c_common"
dst_folder = source_dir / "plaster/run/survey_v2/c"
c_opts = [
"-c",
"-fpic",
"-O3",
"-I",
c_common_folder,
"-I",
flann_include_folder,
"-DDEBUG",
]
def build_c(src_name, include_files):
base_src_name = pathlib.Path(src_name).stem
target_o = f"{dst_folder}/_{base_src_name}.o"
if force or any_out_of_date(
parents=[src_name, *include_files],
children=[target_o],
):
subprocess.run(["gcc", *c_opts, src_name, "-o", target_o])
return target_o
common_include_files = [
f"{c_common_folder}/c_common.h",
]
survey_v2_o = build_c(f"{dst_folder}/survey_v2.c", common_include_files)
c_common_o = build_c(f"{c_common_folder}/c_common.c", common_include_files)
survey_v2_so = output_dir / "plaster/run/survey_v2/c/_survey_v2.so"
if force or any_out_of_date(parents=[survey_v2_o, c_common_o],
children=[survey_v2_so]):
subprocess.run([
"gcc",
"-shared",
survey_v2_o,
c_common_o,
"-lflann",
"-llz4",
"-o",
survey_v2_so,
])
assert survey_v2_so.exists()
def build(source_dir, output_dir, force=False):
c_common_folder = source_dir / "plaster/tools/c_common"
dst_folder = source_dir / "plaster/run/sigproc_v3/c"
c_opts = [
"-c",
"-fpic",
"-O3",
"-I",
c_common_folder,
"-DDEBUG",
]
def build_c(src_name, include_files=tuple()):
base_src_name = pathlib.Path(src_name).stem
target_o = f"{dst_folder}/_{base_src_name}.o"
if force or any_out_of_date(
parents=[src_name, *include_files],
children=[target_o],
):
subprocess.run(
["gcc", *c_opts, dst_folder / src_name, "-o",
target_o]).check_returncode()
return target_o
include_files = (
f"{c_common_folder}/c_common.h",
f"./_sigproc_v3.h",
)
sigproc_v3_o = build_c("sigproc_v3.c", include_files)
c_common_o = build_c(f"{c_common_folder}/c_common.c", include_files)
sigproc_v3_so = output_dir / "plaster/run/sigproc_v3/c/_sigproc_v3.so"
if force or any_out_of_date(parents=[sigproc_v3_o, c_common_o],
children=[sigproc_v3_so]):
subprocess.run([
"gcc",
"-shared",
"-o",
sigproc_v3_so,
sigproc_v3_o,
c_common_o,
"-lm",
]).check_returncode()
assert sigproc_v3_so.exists()
def build(source_dir, output_dir, force=False):
c_common_folder = source_dir / "plaster/tools/c_common"
dst_folder = source_dir / "plaster/run/sim_v2/c"
c_opts = [
"-c",
"-fpic",
"-O3",
"-I",
c_common_folder,
"-DDEBUG",
]
def build_c(src_name, include_files):
base_src_name = pathlib.Path(src_name).stem
target_o = f"{dst_folder}/_{base_src_name}.o"
if force or any_out_of_date(
parents=[src_name, *include_files],
children=[target_o],
):
subprocess.run(["gcc", *c_opts, src_name, "-o", target_o])
return target_o
common_include_files = [
f"{c_common_folder}/c_common.h",
]
o_filename = build_c(f"{dst_folder}/sim_v2.c", common_include_files)
c_common_o = build_c(f"{c_common_folder}/c_common.c", common_include_files)
so_filename = output_dir / "plaster/run/sim_v2/c/_sim_v2.so"
if force or any_out_of_date(parents=[o_filename, c_common_o],
children=[so_filename]):
subprocess.run([
"gcc",
"-shared",
"-o",
so_filename,
o_filename,
c_common_o,
"-lm",
])
assert so_filename.exists()
def build(source_dir, output_dir, force=False):
cwd = pathlib.Path().absolute()
c_common_folder = source_dir / "plaster/tools/c_common"
dst_folder = source_dir / "plaster/run/sigproc_v2/c_gauss2_fitter"
levmar_folder = dst_folder / "levmar-2.6"
# It might be more correct to not version control the output of cmake in levmar-2.6 and
# run cmake during build
os.chdir(str(levmar_folder))
make_env = os.environ.copy()
make_env["ENV_OPTS"] = "-fPIC"
subprocess.run(["make"], env=make_env, capture_output=True)
os.chdir(str(cwd))
c_opts = [
"-c",
"-fpic",
"-O3",
"-I",
c_common_folder,
"-I",
levmar_folder,
# "./levmar-2.6",
"-DDEBUG",
]
def build_c(src_name, include_files):
base_src_name = pathlib.Path(src_name).stem
target_o = f"{dst_folder}/_{base_src_name}.o"
if force or any_out_of_date(
parents=[src_name, *include_files], children=[target_o],
):
subprocess.run(["gcc", *c_opts, dst_folder / src_name, "-o", target_o])
return target_o
common_include_files = [
f"{c_common_folder}/c_common.h",
]
gauss2_fitter_o = build_c("gauss2_fitter.c", common_include_files)
c_common_o = build_c(f"{c_common_folder}/c_common.c", common_include_files)
gauss2_fitter_so = (
output_dir / "plaster/run/sigproc_v2/c_gauss2_fitter/_gauss2_fitter.so"
)
if force or any_out_of_date(
parents=[gauss2_fitter_o, c_common_o], children=[gauss2_fitter_so]
):
subprocess.run(
[
"gcc",
"-shared",
"-o",
str(gauss2_fitter_so),
gauss2_fitter_o,
c_common_o,
"-L",
"./levmar-2.6",
"-llevmar",
"-lm",
"-llapack",
"-lblas",
]
)
assert gauss2_fitter_so.exists()