def parseProgram(self, prog_code):
'''To parse the entire tuning specification code and to return its tuning information'''
# parse and evaluate the entire code
stmt_seq = pparser.TSpecParser().parseProgram(prog_code)
stmt_seq = eval.TSpecEvaluator().evaluate(stmt_seq)
# create a generator for performance tuning information
#tinfo_gen = tune_info.TuningInfoGen()
tinfo = tune_info.TuningInfoGen().generate(stmt_seq)
return tinfo
def parseSpec(self, spec_code, line_no):
'''To parse the given specification body code and to return its tuning information'''
# parse and evaluate the specification statement
stmt_seq = pparser.TSpecParser().parseSpec(spec_code, line_no)
stmt_seq = eval.TSpecEvaluator().evaluate(stmt_seq)
# generate tuning information
tinfo = tune_info.TuningInfoGen().generate(stmt_seq)
# return the tuning information
return tinfo
def parseProgram(self, prog_code):
'''To parse the entire tuning specification code and to return its tuning information'''
# parse and evaluate the entire code
stmt_seq = parser.TSpecParser().parseProgram(prog_code)
stmt_seq = eval.TSpecEvaluator().evaluate(stmt_seq)
# create a generator for performance tuning information
tinfo_gen = tune_info.TuningInfoGen()
# generate tuning information for each specification statement and insert it into
# a specifications mapping
specs_map = {}
for s in stmt_seq:
if s[0] == 'spec':
_, _, (sname, _), sseq = s
specs_map[sname] = tinfo_gen.generate(sseq)
# return the specifications mapping
return specs_map