def submit_helper(args):
pre_build_clean_up(args)
if args.full_json:
return submit_full_json(args)
else:
assert len(args.json_file_key) >= 2
arg1 = args.json_file_key[0]
hi_level = args.json_file_key[1:]
for key in hi_level:
args.json_file_key = (arg1, key)
ret_val = submit_one(args)
if ret_val:
return ret_val
return 0
def sequential_build_main(parse_this=None, g=None, args=None):
'''
sequential_build_main(parse_this=None)
Params:
parse_this = None or iterable of sys.argv like
list to sequential_build_cli
g = a graph from construct_graph()
or None to call construct_graph with
filter_by_git_diff *False*
Notes: This operates in several modes:
if args.packages is a list of packages:
build them in order from start to finish of list
exit 0 if no exception
elif args.json_file_key is an list/tuple:
1st element: json file name
2nd elements to end: keys in that json dict in json file
(keys are high level packages, values are
dependencies to build in order, followed by
the key package)
else:
using args.build or args.buildall
to build a package or packages
with
'''
from protoci.split import make_package_tree_main
if args is None:
args = build_cli(parse_this=parse_this)
if g is None:
g = construct_graph(args.path, filter_by_git_diff=False)
pre_build_clean_up(args)
try:
if args.buildall:
args.build = None
if args.packages is None:
if args.json_file_key:
json_file, hi_level_list = args.json_file_key[0], args.json_file_key[1:]
with open(json_file, 'r') as f:
hi_level_builds = json.load(f)
packages = []
# args.json_file_key gave a list
# of keys in the json file
# from which to build a list in order
# if args.json_file_key is longer than
# 2 elements, items at idx 1: are keys
# in the json
for hi_level in hi_level_list:
# build depends in topo order
packages.extend(hi_level_builds[hi_level])
# build the hi level package that is key in json
packages.append(hi_level)
else:
# using -build or -buildall
packages = []
else:
# a list of packages within args.path dir
# was given and is being built from start
# of list to end
packages = args.packages
build_times = {x: None for x in packages}
success, fail = [], []
if packages:
for package in packages:
package = g.node[package]
if not 'meta' in package:
continue
build_time = None
try:
print('BUILD_PACKAGE:', package)
build_time = make_pkg(package, dry=args.dry,
extra_args=args.cbargs)
success.append(package)
except Exception as e:
print('Failed on make_pkg for', package, 'with:', repr(e))
fail.append(package)
build_time = time.time() - build_time
build_times[package] = build_time
else:
# using -build or -buildall flags
print('call make_deps from sequential_build_main')
success, fail, not_tested, times = make_deps(g, args.build, args.dry,
extra_args=args.cbargs,
level=args.level,
autofail=args.autofail)
print("BUILD SUMMARY:")
print("SUCCESS: [{}]".format(', '.join(success)))
print("FAIL: [{}]".format(', '.join(fail)))
print("NOT_TESTED: [{}]".format(', '.join(not_tested)))
# Sum memory usage and print elapsed times.
r, v, e = 0, 0, 0
print("Build stats: Package, Elapsed time, Mem Usage, Disk Usage")
for k, i in times.items():
rss = getattr(i, 'rss', -1)
vms = getattr(i, 'vms', -1)
r, v = max(rss, r), max(vms, r)
e += getattr(i, 'elapsed', -1)
disk = getattr(i, 'disk', -1)
print("{}\t\t{:.2f}s\t{}\t{}".format(k, e, bytes2human(rss), bytes2human(disk)))
r, v = bytes2human(r), bytes2human(v)
print("Max Memory Usage (RSS/VMS): {}/{}".format(r, v))
print("Total elapsed time: {:.2f}m".format(e/60))
return len(fail)
except:
raise
def sequential_build_main(parse_this=None, g=None, args=None):
'''
sequential_build_main(parse_this=None)
Params:
parse_this = None or iterable of sys.argv like
list to sequential_build_cli
g = a graph from construct_graph()
or None to call construct_graph with
filter_by_git_diff *False*
Notes: This operates in several modes:
if args.packages is a list of packages:
build them in order from start to finish of list
exit 0 if no exception
elif args.json_file_key is an list/tuple:
1st element: json file name
2nd elements to end: keys in that json dict in json file
(keys are high level packages, values are
dependencies to build in order, followed by
the key package)
else:
using args.build or args.buildall
to build a package or packages
with
'''
from protoci.split import make_package_tree_main
if args is None:
args = build_cli(parse_this=parse_this)
if g is None:
g = construct_graph(args.path, filter_by_git_diff=False)
pre_build_clean_up(args)
try:
if args.buildall:
args.build = None
if args.packages is None:
if args.json_file_key:
json_file, hi_level_list = args.json_file_key[
0], args.json_file_key[1:]
with open(json_file, 'r') as f:
hi_level_builds = json.load(f)
packages = []
# args.json_file_key gave a list
# of keys in the json file
# from which to build a list in order
# if args.json_file_key is longer than
# 2 elements, items at idx 1: are keys
# in the json
for hi_level in hi_level_list:
# build depends in topo order
packages.extend(hi_level_builds[hi_level])
# build the hi level package that is key in json
packages.append(hi_level)
else:
# using -build or -buildall
packages = []
else:
# a list of packages within args.path dir
# was given and is being built from start
# of list to end
packages = args.packages
build_times = {x: None for x in packages}
success, fail = [], []
if packages:
for package in packages:
package = g.node[package]
if not 'meta' in package:
continue
build_time = None
try:
print('BUILD_PACKAGE:', package)
build_time = make_pkg(package,
dry=args.dry,
extra_args=args.cbargs)
success.append(package)
except Exception as e:
print('Failed on make_pkg for', package, 'with:', repr(e))
fail.append(package)
build_time = time.time() - build_time
build_times[package] = build_time
else:
# using -build or -buildall flags
print('call make_deps from sequential_build_main')
success, fail, not_tested, times = make_deps(
g,
args.build,
args.dry,
extra_args=args.cbargs,
level=args.level,
autofail=args.autofail)
print("BUILD SUMMARY:")
print("SUCCESS: [{}]".format(', '.join(success)))
print("FAIL: [{}]".format(', '.join(fail)))
print("NOT_TESTED: [{}]".format(', '.join(not_tested)))
# Sum memory usage and print elapsed times.
r, v, e = 0, 0, 0
print("Build stats: Package, Elapsed time, Mem Usage, Disk Usage")
for k, i in times.items():
rss = getattr(i, 'rss', -1)
vms = getattr(i, 'vms', -1)
r, v = max(rss, r), max(vms, r)
e += getattr(i, 'elapsed', -1)
disk = getattr(i, 'disk', -1)
print("{}\t\t{:.2f}s\t{}\t{}".format(k, e, bytes2human(rss),
bytes2human(disk)))
r, v = bytes2human(r), bytes2human(v)
print("Max Memory Usage (RSS/VMS): {}/{}".format(r, v))
print("Total elapsed time: {:.2f}m".format(e / 60))
return len(fail)
except:
raise