def get_expand_nonrt( fpath, template_vars, template_vars_file,
do_expand=False, verbose=False, is_reload=False,
write_processed_file=True):
global cfg
if is_reload or not cfg:
cfg = parse( fpath, verbose,
write_processed_file=write_processed_file,
template_vars=template_vars,
template_vars_file=template_vars_file )
u = upgrader( cfg, SPEC, 'suite definition', verbose )
u.deprecate( '5.2.0', ['cylc','event handler execution'], ['cylc','event handler submission'] )
u.upgrade()
validate( cfg, SPEC )
# load defaults for everything except [runtime]
# (keep runtime sparse for efficient inheritance)
for key,val in SPEC.items():
if isinstance(val,dict):
if key != 'runtime':
# all main sections except for runtime
if key not in cfg:
cfg[key] = {} # TODO - ordered dict?
cfg[key] = expand( cfg[key], SPEC[key] )
else:
# top level (no section) items
if key not in cfg:
cfg[key] = val.args['default']
return cfg
def get_expand_nonrt(fpath,
template_vars,
template_vars_file,
do_expand=False,
verbose=False,
is_reload=False,
write_processed_file=True):
global cfg
if is_reload or not cfg:
cfg = parse(fpath,
verbose,
write_processed_file=write_processed_file,
template_vars=template_vars,
template_vars_file=template_vars_file)
u = upgrader(cfg, SPEC, 'suite definition', verbose)
u.deprecate('5.2.0', ['cylc', 'event handler execution'],
['cylc', 'event handler submission'])
u.upgrade()
validate(cfg, SPEC)
# load defaults for everything except [runtime]
# (keep runtime sparse for efficient inheritance)
for key, val in SPEC.items():
if isinstance(val, dict):
if key != 'runtime':
# all main sections except for runtime
if key not in cfg:
cfg[key] = {} # TODO - ordered dict?
cfg[key] = expand(cfg[key], SPEC[key])
else:
# top level (no section) items
if key not in cfg:
cfg[key] = val.args['default']
return cfg
def expand( self ):
"Flesh out undefined items with defaults, if any, from the spec."
if not self.dense:
self.dense = expand( self.sparse, self.spec )
def expand(self):
"Flesh out undefined items with defaults, if any, from the spec."
if not self.dense:
self.dense = expand(self.sparse, self.spec)
