def main():
# Invoke argparse argument parsing.
arg_parser = argparser_init()
try:
args = script_utils.ArgumentPasser(PYTHON_EXE, SCRIPT_FILE, arg_parser,
sys.argv)
except ScriptArgumentError as e:
arg_parser.error(e)
## Further parse/adjust argument values.
src = args.get(ARGSTR_SRC)
if args.get(ARGSTR_ADD_RES_SUFFIX):
global STRIP_DEM_SUFFIX
if args.get(ARGSTR_TARGET_RESOLUTION) is None:
arg_parser.error(
"{} argument must be provided to use {} option".format(
ARGSTR_TARGET_RESOLUTION, ARGSTR_ADD_RES_SUFFIX))
dem_suffix_base, dem_suffix_ext = os.path.splitext(STRIP_DEM_SUFFIX)
STRIP_DEM_SUFFIX = '{}_{}m{}'.format(
dem_suffix_base, args.get(ARGSTR_TARGET_RESOLUTION),
dem_suffix_ext)
if args.get(ARGSTR_STRIPS_NO_BROWSE) or args.get(ARGSTR_STRIPS_BUILD_AUX):
if args.get(ARGSTR_ADD_RES_SUFFIX):
arg_parser.error("{}/{} and {} options are incompatible".format(
ARGSTR_STRIPS_NO_BROWSE, ARGSTR_STRIPS_BUILD_AUX,
ARGSTR_ADD_RES_SUFFIX))
if args.get(ARGSTR_TARGET_RESOLUTION) not in (None, 2):
arg_parser.error(
"{}/{} options are only compatible with a target resolution of 2 meters"
.format(ARGSTR_STRIPS_NO_BROWSE, ARGSTR_STRIPS_BUILD_AUX))
if args.get(ARGSTR_SCHEDULER) is not None:
if args.get(ARGSTR_JOBSCRIPT) is None:
jobscript_default = os.path.join(
JOBSCRIPT_DIR, 'head_{}.sh'.format(args.get(ARGSTR_SCHEDULER)))
if not os.path.isfile(jobscript_default):
arg_parser.error("Default jobscript ({}) does not exist, ".
format(jobscript_default) +
"please specify one with {} argument".format(
ARGSTR_JOBSCRIPT))
else:
args.set(ARGSTR_JOBSCRIPT, jobscript_default)
print("argument {} set automatically to: {}".format(
ARGSTR_JOBSCRIPT, args.get(ARGSTR_JOBSCRIPT)))
## Validate argument values.
if args.get(ARGSTR_TASKS_PER_JOB
) is not None and not args.get(ARGSTR_SCHEDULER):
arg_parser.error("{} option requires {} option".format(
ARGSTR_TASKS_PER_JOB, ARGSTR_SCHEDULER))
# Gather list of tasks.
src_tasks_all = None
if os.path.isfile(src) and src.endswith(SETSM_META_SUFFIX):
src_tasks_all = [src]
elif os.path.isfile(src) and src.endswith('.txt'):
bundle_file = src
src_tasks_all = script_utils.read_task_bundle(bundle_file,
args_delim=' ')
elif os.path.isdir(src):
srcdir = src
src_tasks_all = []
for root, dnames, fnames in os.walk(srcdir):
for fn in fnames:
if fn.endswith(SETSM_META_SUFFIX):
src_tasks_all.append(os.path.join(root, fn))
src_tasks_all.sort()
if src_tasks_all is None:
arg_parser.error(
"argument {} must be a path to either a directory or a file ending with '{}', "
"but was '{}'".format(ARGSTR_SRC, SETSM_META_SUFFIX, src))
src_tasks_incomplete = []
test_srs = osr.SpatialReference()
for task in src_tasks_all:
task_metafile_src = ''
task_dstdir = args.get(ARGSTR_DSTDIR)
task_target_epsg = args.get(ARGSTR_TARGET_EPSG)
if type(task) is list:
if len(task) == 2:
task_metafile_src, task_dstdir = task
elif len(task) == 3:
task_metafile_src, task_dstdir, task_target_epsg = task
task_target_epsg = int(task_target_epsg)
if task_dstdir in ('psn', 'pss') or re.match(
RE_UTM_PROJNAME, task_dstdir) is not None:
shelved_strip_match = re.match(RE_SHELVED_STRIP,
task_metafile_src)
if shelved_strip_match is not None:
strips_res_dir = shelved_strip_match.groups()[0]
task_dstdir = "{}_{}".format(strips_res_dir,
task_dstdir)
task[1] = task_dstdir
else:
arg_parser.error(
"Source task list can only have up to three columns: "
"src_metafile, dstdir, target_epsg")
else:
task_metafile_src = task
task = [task_metafile_src, task_dstdir, task_target_epsg]
if not os.path.isfile(task_metafile_src):
arg_parser.error(
"Source metafile does not exist: {}".format(task_metafile_src))
if task_dstdir is None:
arg_parser.error("Destination directory must be specified")
if task_target_epsg is None:
arg_parser.error("Target EPSG code must be specified")
status = test_srs.ImportFromEPSG(task_target_epsg)
if status != 0:
arg_parser.error(
"Target EPSG code is invalid: {}".format(task_target_epsg))
task_dstdir = get_task_dstdir(task_metafile_src, task_dstdir)
task_metafile_dst = os.path.join(task_dstdir,
os.path.basename(task_metafile_src))
if not os.path.isfile(task_metafile_dst) or args.get(ARGSTR_OVERWRITE):
src_tasks_incomplete.append(task)
num_tasks = len(src_tasks_incomplete)
print("Number of source SETSM metafiles found: {}".format(
len(src_tasks_all)))
print("Number of incomplete reprojection tasks: {}".format(num_tasks))
if num_tasks == 0:
sys.exit(0)
elif args.get(ARGSTR_DRYRUN) and args.get(ARGSTR_SCHEDULER) is not None:
print("Exiting dryrun")
sys.exit(0)
# Pause for user review.
print("-----")
wait_seconds = 8
print("Sleeping {} seconds before task submission".format(wait_seconds))
sleep(wait_seconds)
print("-----")
## Create output directories if they don't already exist.
if not args.get(ARGSTR_DRYRUN):
for dir_argstr, dir_path in list(
zip(ARGGRP_OUTDIR, args.get_as_list(ARGGRP_OUTDIR))):
if dir_path is not None and not os.path.isdir(dir_path):
print("Creating argument {} directory: {}".format(
dir_argstr, dir_path))
os.makedirs(dir_path, exist_ok=True)
## Process tasks.
if args.get(ARGSTR_SCHEDULER) is not None:
# Process tasks in batch.
tasks_per_job = args.get(ARGSTR_TASKS_PER_JOB)
src_tasks = (src_tasks_incomplete if tasks_per_job is None else
script_utils.write_task_bundles(
src_tasks_incomplete,
tasks_per_job,
args.get(ARGSTR_SCRATCH),
'{}_{}'.format(JOB_ABBREV, ARGSTR_SRC),
task_delim=' '))
jobnum_fmt = script_utils.get_jobnum_fmtstr(src_tasks)
last_job_email = args.get(ARGSTR_EMAIL)
args_batch = args
args_single = copy.deepcopy(args)
args_single.unset(*ARGGRP_BATCH)
job_num = 0
num_jobs = len(src_tasks)
for task in src_tasks:
job_num += 1
if type(task) is list:
task_metafile_src, task_dstdir, task_target_epsg = task
args_single.set(ARGSTR_SRC, task_metafile_src)
args_single.set(
ARGSTR_DSTDIR, task_dstdir
if task_dstdir is not None else args.get(ARGSTR_DSTDIR))
args_single.set(
ARGSTR_TARGET_EPSG, task_target_epsg if task_target_epsg
is not None else args.get(ARGSTR_TARGET_EPSG))
else:
task_bundlefile_src = task
args_single.set(ARGSTR_SRC, task_bundlefile_src)
if last_job_email and job_num == num_jobs:
args_single.set(ARGSTR_EMAIL, last_job_email)
cmd_single = args_single.get_cmd()
job_name = JOB_ABBREV + jobnum_fmt.format(job_num)
cmd = args_single.get_jobsubmit_cmd(
args_batch.get(ARGSTR_SCHEDULER),
jobscript=args_batch.get(ARGSTR_JOBSCRIPT),
jobname=job_name,
time_hr=JOB_WALLTIME_HR,
memory_gb=JOB_MEMORY_GB,
email=args.get(ARGSTR_EMAIL),
envvars=[
args_batch.get(ARGSTR_JOBSCRIPT), JOB_ABBREV, cmd_single,
PYTHON_VERSION_ACCEPTED_MIN
])
print(cmd)
if not args_batch.get(ARGSTR_DRYRUN):
subprocess.call(cmd,
shell=True,
cwd=args_batch.get(ARGSTR_LOGDIR))
else:
error_trace = None
try:
# Process tasks in serial.
for i, task in enumerate(src_tasks_incomplete):
task_metafile_src, task_dstdir, task_target_epsg = task
print("Reproject ({}/{}): {}".format(i + 1, num_tasks,
task_metafile_src))
# if not args.get(ARGSTR_DRYRUN):
reproject_setsm(task_metafile_src,
task_dstdir,
task_target_epsg,
args=args)
except KeyboardInterrupt:
raise
except Exception as e:
with script_utils.capture_stdout_stderr() as out:
traceback.print_exc()
caught_out, caught_err = out
error_trace = caught_err
print(error_trace)
if e.__class__ is ImportError:
print("\nFailed to import necessary module(s)")
print(
"If running on a Linux system where the jobscripts/init.sh file has been properly"
" set up, try running the following command to activate a working environment"
" in your current shell session:\n{}".format(
"source {} {}".format(JOBSCRIPT_INIT, JOB_ABBREV)))
print('')
if type(args.get(ARGSTR_EMAIL)) is str:
# Send email notification of script completion.
email_body = SCRIPT_RUNCMD
if error_trace is not None:
email_status = "ERROR"
email_body += "\n{}\n".format(error_trace)
else:
email_status = "COMPLETE"
email_subj = "{} - {}".format(email_status, SCRIPT_FNAME)
script_utils.send_email(args.get(ARGSTR_EMAIL), email_subj,
email_body)
if error_trace is not None:
sys.exit(1)
def main():
# Invoke argparse argument parsing.
arg_parser = argparser_init()
try:
args = script_utils.ArgumentPasser(PYTHON_EXE, SCRIPT_FILE, arg_parser,
sys.argv)
except ScriptArgumentError as e:
arg_parser.error(e)
## Further parse/adjust argument values.
src = args.get(ARGSTR_SRC)
global SUFFIX_PRIORITY_BITMASK
mask_suffix_raw = args.get(ARGSTR_MASK_SUFFIX)
mask_suffix_fixed = '_' + mask_suffix_raw.lstrip('_')
use_raw_suffixes = False
if args.provided(ARGSTR_MASK_SUFFIX):
if mask_suffix_fixed in SUFFIX_PRIORITY_BITMASK:
SUFFIX_PRIORITY_BITMASK.remove(mask_suffix_fixed)
SUFFIX_PRIORITY_BITMASK.insert(0, mask_suffix_fixed)
else:
use_raw_suffixes = True
SUFFIX_PRIORITY_BITMASK = [args.get(ARGSTR_MASK_SUFFIX)]
if not use_raw_suffixes and mask_suffix_fixed != mask_suffix_raw:
args.set(ARGSTR_MASK_SUFFIX, mask_suffix_fixed)
if args.get(ARGSTR_SRC_SUFFIX) is None or args.get(
ARGSTR_SRC_SUFFIX).strip() == '':
args.set(ARGSTR_SRC_SUFFIX, SRC_SUFFIX_CATCH_ALL)
print(
"argument {} set automatically from null value to catch-all default: '{}'"
.format(ARGSTR_SRC_SUFFIX, ARGSTR_SRC_SUFFIX,
args.get(ARGSTR_SRC_SUFFIX)))
if args.get(ARGSTR_SRC_SUFFIX) is None:
suffix_maskval_dict = {SRC_SUFFIX_CATCH_ALL: None}
else:
src_suffixToptmaskval = [[
ss.strip() for ss in s.strip().split('=')
] for s in args.get(ARGSTR_SRC_SUFFIX).split('/')]
suffix_maskval_dict = {}
for suffixToptmaskval in src_suffixToptmaskval:
suffix = suffixToptmaskval[0]
if not use_raw_suffixes and not suffix.startswith('*'):
suffix = '_' + suffix.lstrip('_')
maskval = suffixToptmaskval[1] if len(
suffixToptmaskval) == 2 else args.get(ARGSTR_MASK_VALUE)
if maskval is not None:
if startswith_one_of_coll(maskval, ['nodata', 'no-data'],
case_sensitive=False):
maskval = None
else:
try:
maskval_num = float(maskval)
maskval = maskval_num
except ValueError:
arg_parser.error(
"argument {} masking value '{}' is invalid".format(
ARGSTR_SRC_SUFFIX, maskval))
suffix_maskval_dict[suffix] = maskval
if args.get(ARGGRP_FILTER_COMP).count(True) > 0 and args.get(
ARGSTR_FILTER_OFF):
arg_parser.error(
"argument {} is incompatible with filter options {}".format(
ARGSTR_FILTER_OFF, ARGGRP_FILTER_COMP))
if args.get(ARGSTR_DST_SUFFIX) is None:
if args.get(ARGGRP_FILTER_COMP).count(True) > 0:
args.set(
ARGSTR_DST_SUFFIX, MASKED_SUFFIX_DEFAULT +
get_mask_bitstring(*args.get(ARGGRP_FILTER_COMP)))
else:
args.set(ARGSTR_DST_SUFFIX,
MASKED_SUFFIX_DEFAULT * (not args.get(ARGSTR_FILTER_OFF)))
print("argument {} set automatically to: '{}'".format(
ARGSTR_DST_SUFFIX, args.get(ARGSTR_DST_SUFFIX)))
dst_suffix_raw = args.get(ARGSTR_DST_SUFFIX)
dst_suffix_fixed = '_' + dst_suffix_raw.lstrip(
'_') if dst_suffix_raw != '' else ''
if dst_suffix_fixed != dst_suffix_raw:
args.set(ARGSTR_DST_SUFFIX, dst_suffix_fixed)
if args.get(ARGGRP_FILTER_COMP).count(
True) == 0 and not args.get(ARGSTR_FILTER_OFF):
args.set(ARGGRP_FILTER_COMP)
if args.get(ARGSTR_SCHEDULER) is not None:
if args.get(ARGSTR_JOBSCRIPT) is None:
jobscript_default = os.path.join(
JOBSCRIPT_DIR, 'head_{}.sh'.format(args.get(ARGSTR_SCHEDULER)))
if not os.path.isfile(jobscript_default):
arg_parser.error("Default jobscript ({}) does not exist, ".
format(jobscript_default) +
"please specify one with {} argument".format(
ARGSTR_JOBSCRIPT))
else:
args.set(ARGSTR_JOBSCRIPT, jobscript_default)
print("argument {} set automatically to: {}".format(
ARGSTR_JOBSCRIPT, args.get(ARGSTR_JOBSCRIPT)))
## Validate argument values.
if args.get(ARGSTR_TASKS_PER_JOB
) is not None and not args.get(ARGSTR_SCHEDULER):
arg_parser.error("{} option requires {} option".format(
ARGSTR_TASKS_PER_JOB, ARGSTR_SCHEDULER))
# Gather list of masks to apply to a (range of) source raster suffix(es).
src_bitmasks = None
if os.path.isfile(src) and src.endswith(args.get(ARGSTR_MASK_SUFFIX)):
src_bitmask = src
src_bitmasks = [src_bitmask]
if suffix_maskval_dict is None:
# maskFile_base = src_bitmask.replace(args.get(ARGSTR_MASK_SUFFIX), '')
# suffix_maskval_dict = {src_rasterFile.replace(maskFile_base, ''): None
# for src_rasterFile in glob.glob(maskFile_base+'*.tif')
# if not src_rasterFile.endswith(args.get(ARGSTR_MASK_SUFFIX))}
suffix_maskval_dict = {SRC_SUFFIX_CATCH_ALL: None}
elif os.path.isfile(src) and not src.endswith('.txt'):
if args.provided(ARGSTR_SRC_SUFFIX):
raise ScriptArgumentError(
"{} option cannot be used when argument {} is a path to "
"a source raster file".format(ARGSTR_SRC_SUFFIX, ARGSTR_SRC))
args.set(ARGSTR_SRC_SUFFIX, None)
suffix_maskval_dict = None
src_raster = src
src_suffix = None
src_raster_dir = os.path.dirname(src_raster)
src_raster_fname = os.path.basename(src_raster)
beg, end = 0, len(src_raster_fname)
# end = None
while end >= 0:
# end = max(src_raster_fname.rfind('_', beg, end), src_raster_fname.rfind('.', beg, end))
# if os.path.isfile(os.path.join(src_raster_dir, src_raster_fname[beg:end].rstrip('_')+args.get(ARGSTR_MASK_SUFFIX))):
if os.path.isfile(
os.path.join(
src_raster_dir, src_raster_fname[beg:end] +
args.get(ARGSTR_MASK_SUFFIX))):
src_suffix = src_raster_fname[end:]
break
end -= 1
if src_suffix is None:
arg_parser.error(
"Path of {} component for argument {} raster file "
"could not be determined".format(args.get(ARGSTR_MASK_SUFFIX),
ARGSTR_SRC))
src_bitmask = src_raster.replace(src_suffix,
args.get(ARGSTR_MASK_SUFFIX))
bitmaskSuffix = getBitmaskSuffix(src_bitmask)
maskFile_base = src_bitmask.replace(bitmaskSuffix, '')
src_suffix = src_raster.replace(maskFile_base, '')
args.set(ARGSTR_MASK_SUFFIX, bitmaskSuffix)
args.set(ARGSTR_SRC_SUFFIX, src_suffix)
suffix_maskval_dict = {src_suffix: None}
if not os.path.isfile(src_bitmask):
arg_parser.error(
"{} mask component for argument {} raster file does not exist: {}"
.format(args.get(ARGSTR_MASK_SUFFIX), ARGSTR_SRC, src_bitmask))
src_bitmasks = [src_bitmask]
elif os.path.isfile(src) and src.endswith('.txt'):
bundle_file = src
src_bitmasks = script_utils.read_task_bundle(bundle_file)
elif os.path.isdir(src):
srcdir = src
src_bitmasks = []
for root, dnames, fnames in os.walk(srcdir):
for fn in fnames:
if fn.endswith(args.get(ARGSTR_MASK_SUFFIX)):
src_bitmasks.append(os.path.join(root, fn))
src_bitmasks.sort()
if src_bitmasks is None:
arg_parser.error(
"argument {} must be a path to either a directory or a file, "
"but was '{}'".format(ARGSTR_SRC, src))
print("-----")
print("Mask file suffix: {}".format(args.get(ARGSTR_MASK_SUFFIX)))
print("""Selected bitmask components to mask:
[{}] EDGE
[{}] WATER
[{}] CLOUD""".format(*[
'X' if opt is True else ' '
for opt in args.get(ARGSTR_EDGE, ARGSTR_WATER, ARGSTR_CLOUD)
]))
print("Output file suffix: '{}[.EXT]'".format(args.get(ARGSTR_DST_SUFFIX)))
print("-----")
print("Any warnings would appear here:")
## Create processing list.
if suffix_maskval_dict is None:
masks_to_apply = src_bitmasks
num_src_rasters = None
else:
# Build processing list by only adding bitmasks for which
# an output masked raster image(s) with the specified mask settings
# does not already exist in the destination directory.
src_suffixes = list(suffix_maskval_dict.keys())
num_src_rasters = 0
masks_to_apply = []
for maskFile in src_bitmasks:
bitmaskSuffix = getBitmaskSuffix(maskFile)
bitmask_is_strip_lsf = (bitmaskSuffix == SUFFIX_STRIP_BITMASK_LSF)
rasterFiles_checklist = set()
switched_to_glob = False
for rasterSuffix in src_suffixes:
bitmaskSuffix_temp = bitmaskSuffix
if rasterSuffix.startswith(STRIP_LSF_PREFIX):
if not bitmask_is_strip_lsf:
continue
elif bitmask_is_strip_lsf:
bitmaskSuffix_temp = SUFFIX_STRIP_BITMASK
src_rasterFile = maskFile.replace(bitmaskSuffix_temp,
rasterSuffix)
if '*' in rasterSuffix:
src_rasterffile_glob = set(glob.glob(src_rasterFile))
num_src_rasters += len(src_rasterffile_glob)
double_dipped = src_rasterffile_glob.intersection(
rasterFiles_checklist)
if double_dipped:
raise ScriptArgumentError(
"{} option '{}' matches source raster files that "
"are already caught by another provided suffix!".
format(ARGSTR_SRC_SUFFIX, rasterSuffix))
rasterFiles_checklist = rasterFiles_checklist.union(
src_rasterffile_glob)
mask_added = False
for src_rasterFile in src_rasterffile_glob:
if src_rasterFile.endswith(
args.get(ARGSTR_MASK_SUFFIX)):
continue
if args.get(ARGSTR_OVERWRITE):
pass
else:
dst_rasterFile = get_dstFile(src_rasterFile, args)
if not os.path.isfile(dst_rasterFile):
pass
else:
continue
masks_to_apply.append(maskFile)
mask_added = True
break
if len(src_rasterffile_glob) == 0:
warnings.warn(
"{} option '{}' did not match any source raster files "
"corresponding to at least one mask file".format(
ARGSTR_SRC_SUFFIX, rasterSuffix))
if mask_added:
break
elif os.path.isfile(src_rasterFile):
num_src_rasters += 1
double_dipped = (src_rasterFile in rasterFiles_checklist)
if double_dipped:
raise ScriptArgumentError(
"{} option '{}' matches source raster files that "
"are already caught by another provided suffix!".
format(ARGSTR_SRC_SUFFIX, rasterSuffix))
rasterFiles_checklist.add(src_rasterFile)
if args.get(ARGSTR_OVERWRITE):
pass
else:
dst_rasterFile = get_dstFile(src_rasterFile, args)
if not os.path.isfile(dst_rasterFile):
pass
else:
continue
masks_to_apply.append(maskFile)
break
else:
rasterSuffix_glob = '*' + rasterSuffix.lstrip('_')
src_rasterFile = maskFile.replace(bitmaskSuffix_temp,
rasterSuffix_glob)
src_rasterffile_glob = set(glob.glob(src_rasterFile))
num_src_rasters += len(src_rasterffile_glob)
double_dipped = src_rasterffile_glob.intersection(
rasterFiles_checklist)
if double_dipped:
raise ScriptArgumentError(
"{} option '{}' (auto-globbed) matches source raster files that "
"are already caught by another provided suffix!".
format(ARGSTR_SRC_SUFFIX, rasterSuffix_glob))
rasterFiles_checklist = rasterFiles_checklist.union(
src_rasterffile_glob)
mask_added = False
for src_rasterFile in src_rasterffile_glob:
if src_rasterFile.endswith(
args.get(ARGSTR_MASK_SUFFIX)):
continue
if args.get(ARGSTR_OVERWRITE):
pass
else:
dst_rasterFile = get_dstFile(src_rasterFile, args)
if not os.path.isfile(dst_rasterFile):
pass
else:
continue
masks_to_apply.append(maskFile)
mask_added = True
break
if len(src_rasterffile_glob) == 0:
warnings.warn(
"{} option '{}' (auto-globbed) did not match any source raster files "
"corresponding to at least one mask file".format(
ARGSTR_SRC_SUFFIX, rasterSuffix_glob))
else:
suffix_maskval_dict[
rasterSuffix_glob] = suffix_maskval_dict[
rasterSuffix]
del suffix_maskval_dict[rasterSuffix]
switched_to_glob = True
if mask_added:
break
if switched_to_glob:
src_suffixes = list(suffix_maskval_dict.keys())
print("-----")
if suffix_maskval_dict is None:
print(
"Masking all *_[RASTER-SUFFIX(.tif)] raster components corresponding to "
"source *{} file(s), using source NoData values".format(
args.get(ARGSTR_MASK_SUFFIX)))
else:
print("[Raster Suffix, Masking Value]")
for suffix, maskval in suffix_maskval_dict.items():
print("{}, {}".format(
suffix,
maskval if maskval is not None else '(source NoDataVal)'))
print("-----")
num_tasks = len(masks_to_apply)
print("Number of source mask files found: {}".format(len(src_bitmasks)))
if num_src_rasters is not None:
print(
"Number of source raster files found: {}".format(num_src_rasters))
print("Number of incomplete masking tasks: {}".format(num_tasks))
if num_tasks == 0:
sys.exit(0)
# Pause for user review.
print("-----")
wait_seconds = 10
print("Sleeping {} seconds before task submission".format(wait_seconds))
sleep(wait_seconds)
print("-----")
## Create output directories if they don't already exist.
if not args.get(ARGSTR_DRYRUN):
for dir_argstr, dir_path in list(
zip(ARGGRP_OUTDIR, args.get_as_list(ARGGRP_OUTDIR))):
if dir_path is not None and not os.path.isdir(dir_path):
print("Creating argument {} directory: {}".format(
dir_argstr, dir_path))
os.makedirs(dir_path)
## Process masks.
if args.get(ARGSTR_SCHEDULER) is not None:
# Process masks in batch.
tasks_per_job = args.get(ARGSTR_TASKS_PER_JOB)
src_files = (masks_to_apply if tasks_per_job is None else
script_utils.write_task_bundles(
masks_to_apply, tasks_per_job,
args.get(ARGSTR_SCRATCH), '{}_{}'.format(
JOB_ABBREV, ARGSTR_SRC)))
jobnum_fmt = script_utils.get_jobnum_fmtstr(src_files)
last_job_email = args.get(ARGSTR_EMAIL)
args_batch = args
args_single = copy.deepcopy(args)
args_single.unset(*ARGGRP_BATCH)
job_num = 0
num_jobs = len(src_files)
for srcfp in src_files:
job_num += 1
args_single.set(ARGSTR_SRC, srcfp)
if last_job_email and job_num == num_jobs:
args_single.set(ARGSTR_EMAIL, last_job_email)
cmd_single = args_single.get_cmd()
job_name = JOB_ABBREV + jobnum_fmt.format(job_num)
cmd = args_single.get_jobsubmit_cmd(
args_batch.get(ARGSTR_SCHEDULER),
jobscript=args_batch.get(ARGSTR_JOBSCRIPT),
jobname=job_name,
time_hr=JOB_WALLTIME_HR,
memory_gb=JOB_MEMORY_GB,
email=args.get(ARGSTR_EMAIL),
envvars=[
args_batch.get(ARGSTR_JOBSCRIPT), JOB_ABBREV, cmd_single,
PYTHON_VERSION_ACCEPTED_MIN
])
print(cmd)
if not args_batch.get(ARGSTR_DRYRUN):
subprocess.call(cmd,
shell=True,
cwd=args_batch.get(ARGSTR_LOGDIR))
else:
error_trace = None
try:
# Process masks in serial.
for i, maskFile in enumerate(masks_to_apply):
print("Mask ({}/{}): {}".format(i + 1, num_tasks, maskFile))
if not args.get(ARGSTR_DRYRUN):
mask_rasters(maskFile, suffix_maskval_dict, args)
except KeyboardInterrupt:
raise
except Exception as e:
with script_utils.capture_stdout_stderr() as out:
traceback.print_exc()
caught_out, caught_err = out
error_trace = caught_err
print(error_trace)
if e.__class__ is ImportError:
print("\nFailed to import necessary module(s)")
print(
"If running on a Linux system where the jobscripts/init.sh file has been properly"
" set up, try running the following command to activate a working environment"
" in your current shell session:\n{}".format(
"source {} {}".format(JOBSCRIPT_INIT, JOB_ABBREV)))
print('')
if type(args.get(ARGSTR_EMAIL)) is str:
# Send email notification of script completion.
email_body = SCRIPT_RUNCMD
if error_trace is not None:
email_status = "ERROR"
email_body += "\n{}\n".format(error_trace)
else:
email_status = "COMPLETE"
email_subj = "{} - {}".format(email_status, SCRIPT_FNAME)
script_utils.send_email(args.get(ARGSTR_EMAIL), email_subj,
email_body)
if error_trace is not None:
sys.exit(1)