def get_loop_addrs(split):
split = addr_to_loop_id(split)
f = functions[trace_refute.get_body_addrs_fun(split)]
return [
addr for addr in f.nodes if trace_refute.is_addr(addr)
if addr_to_loop_id_cache.get(addr) == split
]
def save_bound(glob, split_bin_addr, call_ctxt, prob_hash, prev_bounds, bound, time=None):
f_names = [trace_refute.get_body_addrs_fun(x) for x in call_ctxt + [split_bin_addr]]
loop_name = "<%s>" % " -> ".join(f_names)
comment = "# bound for loop in %s:" % loop_name
ss = ["LoopBound"] + serialise_bound(split_bin_addr, bound)
if glob:
ss[0] = "GlobalLoopBound"
ss += [str(len(call_ctxt))] + map(hex, call_ctxt)
ss += [str(prob_hash)]
if glob:
assert prev_bounds == None
else:
ss += [str(len(prev_bounds))]
for (split, bound) in prev_bounds:
ss += serialise_bound(split, bound)
s = " ".join(ss)
f = open("%s/LoopBounds.txt" % target_objects.target_dir, "a")
f.write(comment + "\n")
f.write(s + "\n")
if time != None:
ctxt2 = call_ctxt + [split_bin_addr]
ctxt2 = " ".join([str(len(ctxt2))] + map(hex, ctxt2))
f.write("LoopBoundTiming %s %s\n" % (ctxt2, time))
f.close()
trace("Found bound %s for 0x%x in %s." % (bound, split_bin_addr, loop_name))
def save_bound(glob,
split_bin_addr,
call_ctxt,
prob_hash,
prev_bounds,
bound,
time=None):
f_names = [
trace_refute.get_body_addrs_fun(x)
for x in call_ctxt + [split_bin_addr]
]
loop_name = '<%s>' % ' -> '.join(f_names)
comment = '# bound for loop in %s:' % loop_name
ss = ['LoopBound'] + serialise_bound(split_bin_addr, bound)
if glob:
ss[0] = 'GlobalLoopBound'
ss += [str(len(call_ctxt))] + map(hex, call_ctxt)
ss += [str(prob_hash)]
if glob:
assert prev_bounds == None
else:
ss += [str(len(prev_bounds))]
for (split, bound) in prev_bounds:
ss += serialise_bound(split, bound)
s = ' '.join(ss)
f = open('%s/LoopBounds.txt' % target_objects.target_dir, 'a')
f.write(comment + '\n')
f.write(s + '\n')
if time != None:
ctxt2 = call_ctxt + [split_bin_addr]
ctxt2 = ' '.join([str(len(ctxt2))] + map(hex, ctxt2))
f.write('LoopBoundTiming %s %s\n' % (ctxt2, time))
f.close()
trace('Found bound %s for 0x%x in %s.' %
(bound, split_bin_addr, loop_name))
def save_bound (glob, split_bin_addr, call_ctxt, prob_hash, prev_bounds, bound,
time = None):
f_names = [trace_refute.get_body_addrs_fun (x)
for x in call_ctxt + [split_bin_addr]]
loop_name = '<%s>' % ' -> '.join (f_names)
comment = '# bound for loop in %s:' % loop_name
ss = ['LoopBound'] + serialise_bound (split_bin_addr, bound)
if glob:
ss[0] = 'GlobalLoopBound'
ss += [str (len (call_ctxt))] + map (hex, call_ctxt)
ss += [str (prob_hash)]
if glob:
assert prev_bounds == None
else:
ss += [str (len (prev_bounds))]
for (split, bound) in prev_bounds:
ss += serialise_bound (split, bound)
s = ' '.join (ss)
f = open ('%s/LoopBounds.txt' % target_objects.target_dir, 'a')
f.write (comment + '\n')
f.write (s + '\n')
if time != None:
ctxt2 = call_ctxt + [split_bin_addr]
ctxt2 = ' '.join ([str (len (ctxt2))] + map (hex, ctxt2))
f.write ('LoopBoundTiming %s %s\n' % (ctxt2, time))
f.close ()
trace ('Found bound %s for 0x%x in %s.' % (bound, split_bin_addr,
loop_name))
def get_bound_super_ctxt (split, call_ctxt, no_splitting=False,
known_bound_only=False):
if not known_bounds:
load_bounds ()
for (ctxt2, fn_hash, bound) in known_bounds.get ((split, 'Global'), []):
if ctxt2 == call_ctxt and fn_hash == get_functions_hash ():
return bound
f = trace_refute.get_body_addrs_fun (split)
p = functions[f].as_problem (problem.Problem)
p.do_loop_analysis ()
min_addr = min ([n for n in p.loop_body (split)
if trace_refute.is_addr (n)])
if min_addr != split:
return get_bound_super_ctxt (min_addr, call_ctxt,
no_splitting = no_splitting, known_bound_only = known_bound_only)
if known_bound_only:
return None
no_splitting_abort = [False]
try:
bound = get_bound_super_ctxt_inner (split, call_ctxt,
no_splitting = (no_splitting, no_splitting_abort))
except problem.Abort, e:
bound = None
def get_loop_addrs(split):
split = addr_to_loop_id(split)
f = functions[trace_refute.get_body_addrs_fun(split)]
return [addr for addr in f.nodes if trace_refute.is_addr(addr) if addr_to_loop_id_cache.get(addr) == split]
def is_complex_loop(split):
split = addr_to_loop_id(split)
if split not in complex_loop_id_cache:
add_fun_to_loop_data_cache(trace_refute.get_body_addrs_fun(split))
return complex_loop_id_cache[split]
def addr_to_loop_id(split):
if split not in addr_to_loop_id_cache:
add_fun_to_loop_data_cache(trace_refute.get_body_addrs_fun(split))
return addr_to_loop_id_cache[split]
def is_complex_loop(split):
split = addr_to_loop_id(split)
if split not in complex_loop_id_cache:
add_fun_to_loop_data_cache(trace_refute.get_body_addrs_fun(split))
return complex_loop_id_cache[split]
def addr_to_loop_id(split):
if split not in addr_to_loop_id_cache:
add_fun_to_loop_data_cache(trace_refute.get_body_addrs_fun(split))
return addr_to_loop_id_cache[split]
