def generate(self):
logger = self.logger
outputter = self.OutputType()
outputter.make_runner(parser=self.parser,
dry_run=self.dry_run,
setarith=self.setarith)
con = fileless_context(scopes=[self.parse_result],
verbose=self.verbose,
logger=logger,
run_mode=self.run_mode)
self.make_more(self.parse_result, con)
def get_string(self, varname):
"""!Resolves the given variable reference within the global scope
@param varname a variable reference, such as "plat%BASELINE"
to send to self.scope.resolve().
@returns the string value of the varname
@raise KeyError if the variable does not exist"""
var = self.scope.resolve(varname)
con = fileless_context(verbose=self.verbose)
return var.string_context(con)
def generate(self):
"""!Generates the on-disk files used to run the workflow."""
logger = self.logger
outputter = self.OutputType()
outputter.make_runner(parser=self.parser,
dry_run=self.dry_run,
setarith=self.setarith)
con = fileless_context(scopes=[self.parse_result],
verbose=self.verbose,
logger=logger,
run_mode=self.run_mode)
self.make_more(self.parse_result, con)
def get_string(self, varname):
var = self.scope.resolve(varname)
con = fileless_context(verbose=self.verbose)
return var.string_context(con)
gfsvars={
use gfspaths
use plat
use enable_ndslfv
nam_dyn=[[[
&nam_dyn
# there would be many more variables here ...
ndslfv=@[NDSLFV],
mass_dp=@[MASS_DP],
process_split=@[PROCESS_SPLIT],
/
]]]
GFS_VERSION="v13.0.4"
}
'''
tokenizer = Tokenizer()
parser = Parser()
context = fileless_context()
scope = Scope()
parser.parse(tokenizer.tokenize(mystring, filename="(mystring)"), scope)
def get(var):
return scope.resolve(var).string_context(context)
print "nam_dyn = \n%s\n" % (get('gfsvars%nam_dyn'), )
print "NWPROD = %s\n" % (get('plat%NWPROD'), )
print "FIXGLOBAL = %s\n" % (get('gfsvars%FIXGLOBAL'), )