def execNCall():
nmod = lookup(inst.reg1)
nfunc = lookup(inst.reg2)
nargs = lookup(inst.reg3)
# print "nmod: ", nmod
# print "nfunc: ", nfunc
# print "nargs: ", nargs
glob = util.doImports([nmod])
execString = 'return ' + nmod + "."+nfunc+"(**n1)"
# print "execString: ", execString
func = util.createFunction(name = util.uniqueIdentifier(),
args = ["n1"],
code = execString,
env=glob)
define(inst.ret,func(nargs))
def preprocess (gram):
'''Returns the tuple:
(
[ (regex, lhs) ], # pattern/token list
)
WARNING: modifies GRAM argument.
'''
#print gram.startSymbol
REGEX = re.compile ('')
terminals = []
renamedTerminals = {}
epsilons = []
# Import all the grammar's modules into a new global object
try:
glob = util.doImports (gram.imports)
except Exception, e:
util.error ('problem importing %s: %s' % (gram.imports, str(e)))
sys.exit(1)
def preprocess (gram):
'''Returns the tuple:
(
[ (regex, lhs) ], # pattern/token list
)
WARNING: modifies GRAM argument.
'''
REGEX = re.compile ('')
terminals = []
renamedTerminals = {}
epsilons = []
# Import all the grammar's modules into a new global object
try:
glob = util.doImports (gram.imports)
except Exception, e:
util.error ('problem importing %s: %s' % (gram.imports, str(e)))
sys.exit(1)
