def getStats(datapoint, date=False, duration="day"):
if not date:
date = timestamp.now()
if duration == 'day':
date = date.replace(hour=0, minute=0, second=0, microsecond=0)
elif duration == 'hour':
date = date.replace(minute=0, second=0, microsecond=0)
else:
return
stats = memcache.get("stats_%s_%s_%s" % (datapoint, date, duration))
if stats == None:
stats = (StatsData.all().filter("datapoint =", datapoint)
.filter("date =", date).filter("duration =", duration).get())
if stats == None:
stats = StatsData(datapoint=datapoint, date=date, count=0,
duration=duration)
if datapoint == 'quota':
stats.count = getQuota().amount
stats.put()
else:
memcache.set("stats_%s_%s_%s" % (datapoint, date, duration),
stats)
return stats
def getStats(datapoint, date=False, duration="day"):
if not date:
date = timestamp.now()
if duration == 'day':
date = date.replace(hour=0, minute=0, second=0, microsecond=0)
elif duration == 'hour':
date = date.replace(minute=0, second=0, microsecond=0)
else:
return
stats = memcache.get("stats_%s_%s_%s" % (datapoint, date, duration))
if stats == None:
stats = (StatsData.all().filter("datapoint =", datapoint).filter(
"date =", date).filter("duration =", duration).get())
if stats == None:
stats = StatsData(datapoint=datapoint,
date=date,
count=0,
duration=duration)
if datapoint == 'quota':
stats.count = getQuota().amount
stats.put()
else:
memcache.set("stats_%s_%s_%s" % (datapoint, date, duration), stats)
return stats
def stat (key, val): stats.put (key, val) def main (argv):
def stat(key, val):
stats.put(key, val)
def main(argv):
args = parseArgs(argv[1:])
stat('Result', 'UNKNOWN')
z3.set_option(verbose=args.verbose)
ctx = z3.Context()
fp = z3.Fixedpoint(ctx=ctx)
if not args.slice:
print 'No slicing'
fp.set(slice=False)
if not args.inline:
print 'No inlining'
fp.set(inline_linear=False)
fp.set(inline_eager=False)
print 'Engine: ', args.engine
fp.set(validate_result=args.validate)
fp.set(engine=args.engine, use_farkas=True, generate_proof_trace=False)
fp.set(use_utvpi=args.use_utvpi)
fp.set(eager_reach_check=args.eager_reach_check)
fp.set(validate_theory_core=args.validate_theory_core)
fp.set(print_statistics=args.print_stats)
fp.set(bit_blast=args.bit_blast)
if args.dfs: fp.set(bfs_model_search=False)
fp.set(order_children=int(args.order_children))
if args.array_blast:
fp.set(array_blast=True)
if args.array_blast_full:
fp.set(array_blast_full=True)
if args.use_heavy_mev:
fp.set(use_heavy_mev=True)
with stats.timer('Parse'):
q = fp.parse_file(args.file)
if len(args.trace) > 0:
print 'Enable trace: ',
for t in args.trace.split(':'):
print t,
z3.enable_trace(t)
print
stats.put('Trace', args.trace)
#print fp
with stats.timer('Query'):
res = fp.query_from_lvl(args.from_lvl, q[0])
if res == z3.sat: stat('Result', 'CEX')
elif res == z3.unsat: stat('Result', 'SAFE')
if args.answer:
print 'The answer is:'
print fp.get_answer()
if res == z3.sat:
if args.ground_answer:
print 'A ground answer:'
print fp.get_ground_sat_answer()
if args.rules_along_trace:
print 'Rules along trace:'
print fp.get_rules_along_trace()
def stat (key, val): stats.put (key, val) def seaTerm(smt_file, rank_function):
def stat (key, val): stats.put (key, val) def main (argv):
def stat(self, key, val):
stats.put(key, val)
def stat (self, key, val): stats.put (key, val)
def processFile(self, result):
def main (argv):
args = parseArgs (argv[1:])
stat ('Result', 'UNKNOWN')
z3_args = which ('z3')
if z3_args is None:
print 'No executable named "z3" found in current directory or PATH'
return
z3_args += ' -v:' + str(args.verbose)
if not args.slice:
print 'No slicing'
z3_args += ' fixedpoint.slice=false'
if not args.inline:
print 'No inlining'
z3_args += ' fixedpoint.inline_linear=false'
z3_args += ' fixedpoint.inline_eager=false'
print 'Engine: ', args.engine
if (args.validate):
z3_args += ' fixedpoint.validate_result=true'
if (args.answer):
z3_args += ' fixedpoint.print_answer=true'
z3_args += ' fixedpoint.engine='
z3_args += args.engine
if args.no_utvpi:
z3_args += ' fixedpoint.use_utvpi=false'
if args.lazy_reach_check:
z3_args += ' fixedpoint.eager_reach_check=false'
if args.validate_theory_core:
z3_args += ' fixedpoint.validate_theory_core=true'
if args.print_stats:
z3_args += ' fixedpoint.print_statistics=true'
if args.dfs:
z3_args += ' fixedpoint.bfs_model_search=false'
if int(args.order_children)==1:
z3_args += ' fixedpoint.order_children=1'
if args.array_blast:
z3_args += ' fixedpoint.array_blast=true'
if args.array_blast_full:
z3_args += ' fixedpoint.array_blast_full=true'
if args.use_heavy_mev:
z3_args += ' fixedpoint.use_heavy_mev=true'
if args.flexible_trace:
z3_args += ' fixedpoint.flexible_trace=true'
z3_args += ' ' + args.file
if len(args.trace) > 0:
print 'Enable trace: ',
for t in args.trace.split (':'):
print t,
z3_args += ' -tr:{}'.format (t)
print
stats.put ('Trace', args.trace)
print z3_args
with stats.timer ('Query'):
popen = subprocess.Popen(z3_args.split (), stdout=subprocess.PIPE)
popen.wait()
res = popen.stdout.read()
if 'unsat' in res:
res = 'unsat'
elif 'sat' in res:
res = 'sat'
else:
res = 'unknown'
print 'Result:', res
if res == 'sat':
if args.smt2lib: stat ('Result', 'SAFE')
else: stat ('Result', 'CEX')
elif res == 'unsat':
if args.smt2lib: stat ('Result', 'CEX')
else: stat ('Result', 'SAFE')
def stat (key, val): stats.put (key, val) import os.path
def stat (key, val): stats.put (key, val) class Inc(object):
def stat (key, val): bench_stats.put (key, val) def compile(prog, build_dir):
def stat(key, val):
bench_stats.put(key, val)
def compute_z3_args(args):
z3_args = which('z3')
if args.jobsize != -1:
z3_args += ' %d' % int(args.jobsize)
if z3_args is None:
print 'No executable named "z3" found in current directory or PATH'
return
z3_args += ' -v:' + str(args.verbose)
if not args.slice:
print 'No slicing'
z3_args += ' fixedpoint.xform.slice=false'
if not args.inline:
print 'No inlining'
z3_args += ' fixedpoint.xform.inline_linear=false'
z3_args += ' fixedpoint.xform.inline_eager=false'
print 'Engine: ', args.engine
if args.pve:
z3_args += ' fixedpoint.xform.tail_simplifier_pve=true'
else:
z3_args += ' fixedpoint.xform.tail_simplifier_pve=false'
if (args.validate):
z3_args += ' fixedpoint.pdr.validate_result=true'
if (args.answer):
z3_args += ' fixedpoint.print.answer=true'
z3_args += ' fixedpoint.engine='
z3_args += args.engine
if args.no_utvpi:
z3_args += ' fixedpoint.pdr.utvpi=false'
if args.lazy_reach_check:
z3_args += ' fixedpoint.eager_reach_check=false'
if args.validate_theory_core:
z3_args += ' fixedpoint.validate_theory_core=true'
if args.print_stats:
z3_args += ' fixedpoint.print_statistics=true'
if args.dfs:
z3_args += ' fixedpoint.pdr.bfs_model_search=false'
if int(args.order_children) == 1:
z3_args += ' fixedpoint.order_children=1'
if args.array_blast:
z3_args += ' fixedpoint.xform.array_blast=true'
if args.array_blast_full:
z3_args += ' fixedpoint.xform.array_blast_full=true'
if args.use_heavy_mev:
z3_args += ' fixedpoint.use_heavy_mev=true'
if args.flexible_trace:
z3_args += ' fixedpoint.pdr.flexible_trace=true'
if args.skip_propagate:
z3_args += ' fixedpoint.pdr.skip_propagate=true'
if args.keep_obligations:
z3_args += ' fixedpoint.reset_obligation_queue=false'
if int(args.max_lvl) >= 0:
z3_args += ' fixedpoint.pdr.max_level={}'.format(args.max_lvl)
if args.elim_aux:
z3_args += ' fixedpoint.spacer.elim_aux=true'
else:
z3_args += ' fixedpoint.spacer.elim_aux=false'
if args.reach_dnf:
z3_args += ' fixedpoint.spacer.reach_dnf=true'
else:
z3_args += ' fixedpoint.spacer.reach_dnf=false'
if args.distprofile:
z3_args += ' -profile:%s' % args.distprofile
if args.gasnet_spawnfn:
os.environ['GASNET_SPAWNFN'] = args.gasnet_spawnfn
if (args.verify_msgs):
z3_args += ' fixedpoint.gasnet.verify_msgs=true'
if args.restart > -1:
z3_args += ' fixedpoint.pmuz.node_work_budget=%d' % args.restart
z3_args += ' fixedpoint.pmuz.node_restarts=true'
z3_args += ' ' + args.file
if len(args.trace) > 0:
print 'Enable trace: ',
for t in args.trace.split(':'):
print t,
z3_args += ' -tr:{}'.format(t)
print
stats.put('Trace', args.trace)
return z3_args
def stat(key, val): stats.put(key, val) os.setpgrp()
