def l3_output_file(self):
"""
Get the full output definition file path. Multiple output filenames are possible if
the command line argument is semicolon-separated list.
:return: A list of output definition filenames
"""
filenames = []
for l3_output in self._args.l3_output.split(";"):
filename = psrlcfg.get_settings_file("output", "l3", l3_output)
if filename is None:
msg = "Invalid output definition filename or id: %s\n" % l3_output
msg = msg + " Recognized output definition ids:\n"
for output_id in psrlcfg.get_setting_ids("output", "l3"):
msg = msg + " - " + output_id + "\n"
self.error.add_error("invalid-outputdef", msg)
else:
filenames.append(filename)
if len(filenames) == 0:
msg = "No valid output definition file found for argument: %s"
msg = msg % (str(self._args.l3_output))
self.error.add_error("invalid-outputdef", msg)
self.error.raise_on_error()
return filenames
def testL1ProcessorDefinitions(self):
"""
Test the processor definitions for L1 Pre-processor
:return:
"""
# Loop over all processor levels
for processor_level in psrlcfg.processor_levels:
# Get a list of all ids
proc_defs = psrlcfg.get_processor_definition_ids(processor_level)
label = "procdef:{}".format(processor_level)
# lists of ids must be a list and longer than 0
self.assertIsInstance(proc_defs,
list,
msg="Type is not list: {} [{}]".format(
type(proc_defs), label))
self.assertGreater(len(proc_defs),
0,
msg="No definitions found for {}".format(label))
# Load all processor definitions (must return a valid AttrDict)
for proc_def_id in proc_defs:
filepath = psrlcfg.get_settings_file("proc", processor_level,
proc_def_id)
self.assertIsInstance(filepath, Path)
self.assertTrue(filepath.is_file())
def setUp(self):
# Get a list of processor definition files in the code repository
l2proc_ids = psrlcfg.get_setting_ids("proc", "l2")
self.l2procdef_files = [
psrlcfg.get_settings_file("proc", "l2", l2proc_id)
for l2proc_id in l2proc_ids
]
def l3_griddef(self):
l3_griddef = self._args.l3_griddef
filename = psrlcfg.get_settings_file("grid", None, l3_griddef)
if filename is None:
msg = "Invalid griddef filename or id: %s\n" % l3_griddef
msg = msg + " Recognized grid definition ids:\n"
for griddef_id in psrlcfg.get_setting_ids("grid"):
msg = msg + " - " + griddef_id + "\n"
self.error.add_error("invalid-griddef", msg)
self.error.raise_on_error()
else:
return filename
def l3_settings_file(self):
l3_settings = self._args.l3_settings
filename = psrlcfg.get_settings_file("proc", "l3", l3_settings)
if filename is None:
msg = "Invalid l3 settings filename or id: %s\n" % l3_settings
msg = msg + " \nRecognized Level-3 processor setting ids:\n"
for l3_settings_id in psrlcfg.get_setting_ids("proc", "l3"):
msg = msg + " " + l3_settings_id + "\n"
self.error.add_error("invalid-l3-settings", msg)
self.error.raise_on_error()
else:
return filename
def l2p_output(self):
l2p_output = self._args.l2p_output
filename = psrlcfg.get_settings_file("output", "l2p", l2p_output)
if filename is None:
msg = "Invalid l2p outputdef filename or id: %s\n" % l2p_output
msg = msg + " \nRecognized Level-2 output definitions ids:\n"
l2p_output_ids = psrlcfg.get_setting_ids("output", "l2p")
for l2p_output_id in l2p_output_ids:
msg = msg + " - " + l2p_output_id + "\n"
self.error.add_error("invalid-l2p-outputdef", msg)
self.error.raise_on_error()
else:
return filename