def test_001_column_cut_pads_output():
results = run_and_check([JX, "c", "a"], "jx_001")
assert results["actual"] == results["expected"]
def test_009_flatten_with_array_indexing():
results = run_and_check([JX, '-F', 'a_c', 'a_d_0'], "jx_009")
assert results["actual"] == results["expected"]
def test_010_autodetect_arrays():
results = run_and_check([JX,], "jx_010")
assert results["actual"] == results["expected"]
def test_007_flatten_withalternate_joiner():
"""referencing sub-objects with non-default joiner"""
results = run_and_check([JX, '-F', '-j.', 'a.c', 'a.b'], "jx_007")
assert results["actual"] == results["expected"]
def test_008_flatten_with_default_joiner():
"""referencing sub-objects with default joiner"""
results = run_and_check([JX, '-F', 'a_c', 'a_b'], "jx_008")
assert results["actual"] == results["expected"]
def test_005_smart_disabled():
results = run_and_check([JX, '--smart', 'items'], "jx_005")
assert results["actual"] == results["expected"]
def test_006_no_padding_last_field():
results = run_and_check([JX], "jx_006")
assert results["actual"] == results["expected"]
def test_004_multiline_object():
results = run_and_check([JX, '-D'], "jx_004")
assert results["actual"] == results["expected"]
def test_003_no_headers_arg():
results = run_and_check([JX, '-H', 'a', 'c' ], "jx_003")
assert results["actual"] == results["expected"]
def test_002_no_args_keeps_headers():
"""previously headers were skipped. Not sure why"""
results = run_and_check([JX], "jx_002")
assert results["actual"] == results["expected"]
def test_003_filter_extracts_timestamps_and_leaves_numbers():
results = run_and_check([UNIXTIME, '--filter'], 'unixtime_003')
assert results["actual"] == results["expected"]
def build(argv, build_logger):
required_len_argv = 4
if len(argv) != required_len_argv:
print(
f'{required_len_argv} arguments should be given, not {len(argv)}.')
print_help()
return False
board_type = argv[1]
target = {v: k for k, v in TARGET_TO_SYMBOL.items()}.get(argv[2])
component_file_name = argv[3]
component_name = 'intel_hls_qconv1x1_impl'
if not target:
print(f'Gien 2nd arg {argv[2]} is not supported.')
print_help()
src_prj_path = path.join(env.ROOT_DIR, 'projects', board_type)
prj_name = f'{path.basename(src_prj_path)}.prj'
PROJECT_DIR = path.join(env.ROOT_DIR, prj_name)
component_prj = f'{component_file_name}.prj'
IP_DIR = path.join(env.ROOT_DIR, component_prj)
if target <= Target.SIM:
symbol = TARGET_TO_SYMBOL[Target.SIM]
name = TARGET_TO_NAME[Target.SIM]
build_logger.info(f'Run {name}.')
logger = make_logger(symbol, INFO)
run_and_check('make clean', logger)
cmd = f'make {symbol} -j{env.NUM_THREADS}'
run_and_check(cmd, logger)
cmd = f'./{symbol}.elf random'
run_and_check(cmd, logger)
if target <= Target.SYN:
symbol = TARGET_TO_SYMBOL[Target.SYN]
name = TARGET_TO_NAME[Target.SYN]
build_logger.info(f'Run {name}.')
logger = make_logger(symbol, INFO)
run_and_check('make clean', logger)
cmd = f'make {symbol} -j{env.NUM_THREADS}'
run_and_check(cmd, logger)
src_path = path.join(env.INTEL_HLS_DIR, component_prj)
dst_path = path.join(IP_DIR)
if path.exists(IP_DIR):
shutil.rmtree(IP_DIR)
shutil.move(src_path, dst_path)
# cmd = f'./{symbol}.elf random'
# run_and_check(cmd, logger)
if target <= Target.QSYS:
symbol = TARGET_TO_SYMBOL[Target.QSYS]
name = TARGET_TO_NAME[Target.QSYS]
build_logger.info(f'Run {name}.')
logger = make_logger(symbol, INFO)
if path.exists(PROJECT_DIR):
shutil.rmtree(PROJECT_DIR)
shutil.copytree(src_prj_path, PROJECT_DIR)
component_dir = path.join(IP_DIR, 'components', component_name)
qsys_tcl_file = path.join(PROJECT_DIR, 'soc_system.tcl')
cmd = f'qsys-script --search-path={component_dir}/,$ --script={qsys_tcl_file}'
run(cmd, logger, cwd=PROJECT_DIR)
qsys_prj_file = path.join(PROJECT_DIR, 'soc_system.qsys')
cmd = f'qsys-generate {qsys_prj_file} --search-path={component_dir}/,$ --synthesis=VHDL'
run(cmd, logger, cwd=PROJECT_DIR)
bootfiles_dir = path.join(PROJECT_DIR, 'bootfiles')
if path.exists(bootfiles_dir):
shutil.rmtree(bootfiles_dir)
os.mkdir(bootfiles_dir)
if target <= Target.QUARTUS:
symbol = TARGET_TO_SYMBOL[Target.QUARTUS]
name = TARGET_TO_NAME[Target.QUARTUS]
build_logger.info(f'Run {name}.')
logger = make_logger(symbol, INFO)
quartus_prj_file = path.join(PROJECT_DIR, 'DE10_NANO_SoC_GHRD.qpf')
cmd = f'quartus_sh --flow compile {quartus_prj_file}'
run(cmd, logger, cwd=PROJECT_DIR)
sof_file = path.join(PROJECT_DIR, 'output_files',
'DE10_NANO_SoC_GHRD.sof')
rbf_file = path.join(bootfiles_dir, 'soc_system.rbf')
cmd = f'quartus_cpf -c -o bitstream_compression=on {sof_file} {rbf_file}'
run(cmd, logger, cwd=PROJECT_DIR)
if target <= Target.BSP:
symbol = TARGET_TO_SYMBOL[Target.QUARTUS]
name = TARGET_TO_NAME[Target.QUARTUS]
build_logger.info(f'Run {name}.')
logger = make_logger(symbol, INFO)
bsp_build_dir = path.join(PROJECT_DIR, 'bsp_build_dir')
if path.exists(bsp_build_dir):
shutil.rmtree(bsp_build_dir)
os.mkdir(bsp_build_dir)
hps_dir = path.join(PROJECT_DIR, 'hps_isw_handoff', 'soc_system_hps_0')
cmd = f'bsp-create-settings --type spl --bsp-dir {bsp_build_dir} '
'--settings settings.bsp --preloader-settings-dir {hps_dir}'
run(cmd, logger, cwd=PROJECT_DIR)
run(f'make -j{env.NUM_THREADS}', logger, cwd=bsp_build_dir)
preloader_file_name = 'preloader-mkpimage.bin'
preloader_file = path.join(bsp_build_dir, preloader_file_name)
shutil.move(preloader_file,
path.join(bootfiles_dir, preloader_file_name))
uboot_file_name = 'u-boot.img'
uboot_file = path.join(bsp_build_dir, 'uboot-socfpga', uboot_file_name)
run('make clean', logger)
run(f'make uboot -j{env.NUM_THREADS}', logger, cwd=bsp_build_dir)
shutil.move(uboot_file, path.join(bootfiles_dir, uboot_file_name))
# temporary
return True