def test(file_name, ind, file_name1, ind1):
from parser_1 import parse_file
from struct_dump import _pprint
assert file_name[-5:] == ".json"
assert file_name1[-5:] == ".json"
trace = parse_file(file_name)
trace_1 = parse_file(file_name1)
print(trace)
graphs = []
tx = trace[ind]
tx1 = trace_1[ind1]
# print("length test",len(trace))
graph = Graph(tx.call_level_traces, "a")
graph1 = Graph(tx1.call_level_traces, "b")
# dot = Digraph(comment=tx.tx_hash)
# dot.node("A","test")
# dot.node("B", "test1")
# dot.node("C","test3")
# dot.edge("A","B","edge")
# dot.edge("A","C","test22",style="dotted",color="red")
# dot.render("test.gv")
# graph = Graph(tx)
graph.render("%s.gv" % ("crosslinker"))
graph1.render("%s.gv" % ("crosslinker"))
# graph.render("test.gv")
graphs.append(graph)
graphs.append(graph1)
print(graphs)
_pprint(graphs)
def test(file_name, ind):
from trace_parser import parse_file
from struct_dump import _pprint
assert file_name[-5:] == ".json"
trace = parse_file(file_name)
graphs = []
# for i in range(len(trace)):
tx = trace[ind]
graph = Graph(tx)
graph.render("%s_%d.gv" % (file_name[:-5], ind))
graphs.append(graph)
_pprint(graphs)
def test(file_name, ind):
from parser_1 import parse_file
from struct_dump import _pprint
assert file_name[-5:] == ".json"
trace = parse_file(file_name)
print(trace)
graphs = []
tx = trace[ind]
graph = Graph(tx.call_level_traces)
graph.render("%s_%d.gv" % (file_name[:-5], ind))
graphs.append(graph)
_pprint(graphs)
def test(file_name, ind):
from parser_1 import parse_file
from struct_dump import _pprint
assert file_name[-5:] == ".json"
trace = parse_file(file_name)
print(trace)
graphs = []
tx = trace[ind]
print("length test", len(trace))
graph = Graph(tx.call_level_traces)
# dot = Digraph(comment=tx.tx_hash)
# dot.node("A","test")
# dot.node("B", "test1")
# dot.node("C","test3")
# dot.edge("A","B","edge")
# dot.edge("A","C","test22",style="dotted",color="red")
# dot.render("test.gv")
# graph = Graph(tx)
graph.render("%s_%d.gv" % (file_name[:-5], ind))
# graph.render("test.gv")
graphs.append(graph)
print(graphs)
_pprint(graphs)
def test(file_name):
from struct_dump import _pprint
assert file_name[-5:] == ".json"
_pprint(parse_file(file_name))
def greybox_trxn(self, tx_id):
tx = self.DFG[tx_id]
newcalls = []
for call in tx.call_level_traces:
# newcalls.append(self.greybox_call(tx_id, call.call_id))
if call.call_tree_path == []:
rootcall = call
break
for call in tx.call_level_traces:
if call.call_id != rootcall.call_id:
rootcall.taints.extend(call.taints)
print("all taints")
for taint in rootcall.taints:
print(str(taint.serial_id) + " " + taint.name)
tx.call_level_traces = [rootcall]
tx.call_level_traces = [self.greybox_call(tx_id, rootcall.call_id)]
return tx
if __name__ == "__main__":
trs = Transformer("traces/", 12345679)
# call = trs.greybox_call(0, 0)
# _pprint(call)
# graph = Graph([call])
# graph.render("%s_%d.gv" % (12345679, 0))
trxn = trs.greybox_trxn(0)
_pprint(trxn)
graph = Graph(trxn.call_level_traces)
graph.render("%s_%d.gv" % (12345679, 111))