def _test(mod):
"""Performs standard document validation tests."""
# Set test document/error factories.
error_setters = (_set_doc_errors_01, _set_doc_errors_02)
if hasattr(mod, "get_document_error_setters"):
error_setters += mod.get_document_error_setters()
# Perform validation test.
for error_setter in error_setters:
# ... set valid test document.
doc = tu.get_doc(mod)
# ... set expected error count.
expected_error_count = error_setter(doc)
# ... validate document.
errors = pyesdoc.validate(doc)
# ... print errors if mismatch between expected & actual.
# if len(errors) == expected_error_count:
# for error in errors:
# rt.log(error, level=rt.LOG_LEVEL_WARNING)
# ... assert errors.
tu.assert_iter(errors, expected_error_count)
def _get_content(i, s, settings):
"""Generates a CIM document for a CMIP6 institute | source combination.
"""
# Set JSON content accessors.
accessors = _get_data_accessors(i, s, settings)
# Map JSON -> CIM.
doc = _map_model(i, s, accessors)
if doc is None:
return
# Destructure injected properties.
_destructure(doc)
# Emit validation report.
errors = pyesdoc.validate(doc)
errors = [
e for e in errors if e.endswith('values --> is an empty list') == False
]
if errors:
print("INVALID CIM DOCUMENT: {}".format(s))
for err in errors:
print(err)
# Return JSON string.
return pyesdoc.encode(doc)
def _test(mod):
"""Performs standard document validation tests."""
# Set test document/error factories.
error_setters = (_set_doc_errors_01, _set_doc_errors_02)
if hasattr(mod, "get_document_error_setters"):
error_setters += mod.get_document_error_setters()
# Perform validation test.
for error_setter in error_setters:
# ... set valid test document.
doc = tu.get_doc(mod)
# ... set expected error count.
expected_error_count = error_setter(doc)
# ... validate document.
errors = pyesdoc.validate(doc)
# ... print errors if mismatch between expected & actual.
# if len(errors) == expected_error_count:
# for error in errors:
# rt.log(error, level=rt.LOG_LEVEL_WARNING)
# ... assert errors.
tu.assert_iter(errors, expected_error_count, length_compare=tu.COMPARE_LTE)
def _get_document(institution, domain, model, topics):
"""Generates one CIM document per institute | domain | model.
"""
# Set JSON data file accessors.
accessors = [
ModelTopicOutput.create(institution, domain, model, t) for t in topics
]
# Map JSON -> CIM.
doc = _map_model(institution, domain, model, accessors)
if doc is None:
return
# Destructure injected properties.
_destructure(doc)
# Emit validation report.
errors = pyesdoc.validate(doc)
errors = [
e for e in errors if e.endswith('values --> is an empty list') == False
]
if errors:
print("INVALID CIM DOCUMENT: {}".format(s))
for err in errors:
print(err)
return doc
def _main():
"""Main entry point.
"""
# Open document & validate.
doc = pyesdoc.read(options.file)
report = pyesdoc.validate(doc)
# Inform user of validation result.
if report:
if options.outfile:
_emit_to_file_system(report)
else:
_emit_to_stdout(report)
else:
pyesdoc.rt.log("Documemt is valid.")
def _main():
"""Main entry point.
"""
# Open document & validate.
doc = pyesdoc.read(options.file)
report = pyesdoc.validate(doc)
# Inform user of validation result.
if report:
if options.outfile:
_emit_to_file_system(report)
else:
_emit_to_stdout(report)
else:
pyesdoc.rt.log("Documemt is valid.")
def _get_content(i, s, settings):
"""Generates a CIM document for a CMIP6 institute | source combination.
"""
doc = _map_model(i, s, _get_data_accessors(i, s, settings))
if doc is None:
return
# Destructure injected properties.
_destructure(doc)
# Emit validation report.
errors = pyesdoc.validate(doc)
errors = [e for e in errors if
e.endswith('values --> is an empty list') == False]
if errors:
print "INVALID CIM DOCUMENT:", s
for err in errors:
print err
# Return JSON string.
return pyesdoc.encode(doc)
# Iterate over all machine tabs to get all sets of outputs
for index, input_dict in enumerate(inputs):
# Return machine doc with applicable models and experiments:
cim_out, apply_models_out, appl_exp_out = generate_outputs(
input_dict,
two_c_pools=two_c_pools[index],
two_s_pools=two_s_pools[index],
docs_given=has_docs[index])
# Validate the CIM document - there should not be any errors
if pyesdoc.is_valid(cim_out):
print("Complete: machine CIM document generated and is valid.")
else:
print("Machine CIM document generated is not valid:")
for err in pyesdoc.validate(cim_out):
print(err)
# Test serialisation of the machine doc...
j = pyesdoc.encode(cim_out, pyesdoc.constants.ENCODING_JSON)
assert json.loads(j)
assert isinstance(pyesdoc.decode(j, pyesdoc.constants.ENCODING_JSON),
cim.Machine)
x = pyesdoc.encode(cim_out, pyesdoc.constants.ENCODING_XML)
assert isinstance(pyesdoc.decode(x, pyesdoc.constants.ENCODING_XML),
cim.Machine)
# CIM document is valid and can be encoded correctly, so ready to
# store it in the specified location as JSON:
pyesdoc.write(cim_out, CIM_OUT_PATH, encoding=encoding)