def getinstructions(forknum, clnum, clstart, clend):
trace = program.traces[forknum]
slce = qira_analysis.slice(trace, clnum)
ret = []
for i in range(clstart, clend):
rret = trace.db.fetch_changes_by_clnum(i, 1)
if len(rret) == 0:
continue
else:
rret = rret[0]
if rret['address'] in program.instructions:
# fetch the instruction from the qemu dump
rret['instruction'] = program.instructions[rret['address']]
else:
# otherwise use the memory
rawins = trace.fetch_memory(i, rret['address'], rret['data'])
if len(rawins) == rret['data']:
raw = ''.join(map(lambda x: chr(x[1]), sorted(rawins.items())))
rret['instruction'] = program.disasm(raw, rret['address'])
if rret['address'] in program.dwarves:
rret['comment'] = program.dwarves[rret['address']][2]
if i in slce:
rret['slice'] = True
else:
rret['slice'] = False
# for numberless javascript
rret['address'] = ghex(rret['address'])
try:
rret['depth'] = trace.dmap[i]
except:
rret['depth'] = 0
ret.append(rret)
emit('instructions', ret)
def getinstructions(forknum, clnum, clstart, clend):
trace = program.traces[forknum]
slce = qira_analysis.slice(trace, clnum)
ret = []
for i in range(clstart, clend):
rret = trace.db.fetch_changes_by_clnum(i, 1)
if len(rret) == 0:
continue
else:
rret = rret[0]
if rret['address'] in program.instructions:
# fetch the instruction from the qemu dump
rret['instruction'] = program.instructions[rret['address']]
else:
# otherwise use the memory
rawins = trace.fetch_memory(i, rret['address'], rret['data'])
if len(rawins) == rret['data']:
raw = ''.join(map(lambda x: chr(x[1]), sorted(rawins.items())))
rret['instruction'] = program.disasm(raw, rret['address'])
if rret['address'] in program.dwarves:
rret['comment'] = program.dwarves[rret['address']][2]
if i in slce:
rret['slice'] = True
else:
rret['slice'] = False
# for numberless javascript
rret['address'] = ghex(rret['address'])
try:
rret['depth'] = trace.dmap[i]
except:
rret['depth'] = 0
ret.append(rret)
emit('instructions', ret)
def getinstructions(forknum, clnum, clstart, clend):
trace = program.traces[forknum]
slce = qira_analysis.slice(trace, clnum)
ret = []
for i in range(clstart, clend):
rret = trace.db.fetch_changes_by_clnum(i, 1)
if len(rret) == 0:
continue
else:
rret = rret[0]
#ned: always use program.disasm if possible for smarter
#representation of instruction
if qira_config.WITH_CAPSTONE or 'instruction' not in program.tags[rret['address']]:
try:
# use the memory
rawins = trace.fetch_memory(i, rret['address'], rret['data'])
if len(rawins) == rret['data']:
raw = ''.join(map(lambda x: chr(x[1]), sorted(rawins.items())))
try:
thumb = program.tags[rret['address']]['thumb']
except KeyError:
thumb = False
insdata = program.disasm(raw, rret['address'], thumb)
else:
raise Exception("lack of swag")
except Exception,e:
print "getinstructions failed: {}".format(sys.exc_info()[0]), e
# fetch the instruction from the qemu dump
insdata = {"repr": program.tags[rret['address']]['instruction']}
else:
insdata = {"repr": program.tags[rret['address']]['instruction']}
#if the capstone disas succeeded, besides repr we'll have:
#mnemonic, op_str, regs_read, regs_write if applicable
#we can use these on the frontend somehow - pass as JSON?
#some other arch specific stuff may also be available if desired
rret['instruction'] = insdata['repr']
if 'name' in program.tags[rret['address']]:
#print "setting name"
rret['name'] = program.tags[rret['address']]['name']
if 'comment' in program.tags[rret['address']]:
rret['comment'] = program.tags[rret['address']]['comment']
elif rret['address'] in program.dwarves:
rret['comment'] = program.dwarves[rret['address']][2]
if i in slce:
rret['slice'] = True
else:
rret['slice'] = False
# for numberless javascript
rret['address'] = ghex(rret['address'])
try:
rret['depth'] = trace.dmap[i - trace.minclnum]
except:
rret['depth'] = 0
ret.append(rret)
def getinstructions(forknum, clnum, clstart, clend):
trace = program.traces[forknum]
slce = qira_analysis.slice(trace, clnum)
ret = []
for i in range(clstart, clend):
rret = trace.db.fetch_changes_by_clnum(i, 1)
if len(rret) == 0:
continue
else:
rret = rret[0]
#ned: always use program.disasm if possible for smarter
#representation of instruction
if qira_config.WITH_CAPSTONE or 'instruction' not in program.tags[rret['address']]:
try:
# use the memory
rawins = trace.fetch_memory(i, rret['address'], rret['data'])
if len(rawins) == rret['data']:
raw = ''.join(map(lambda x: chr(x[1]), sorted(rawins.items())))
insdata = program.disasm(raw, rret['address'])
else:
raise Exception("lack of swag")
except Exception,e:
# fetch the instruction from the qemu dump
insdata = {"repr": program.tags[rret['address']]['instruction']}
else:
insdata = {"repr": program.tags[rret['address']]['instruction']}
#if the capstone disas succeeded, besides repr we'll have:
#mnemonic, op_str, regs_read, regs_write if applicable
#we can use these on the frontend somehow - pass as JSON?
#some other arch specific stuff may also be available if desired
rret['instruction'] = insdata['repr']
if 'name' in program.tags[rret['address']]:
#print "setting name"
rret['name'] = program.tags[rret['address']]['name']
if 'comment' in program.tags[rret['address']]:
rret['comment'] = program.tags[rret['address']]['comment']
elif rret['address'] in program.dwarves:
rret['comment'] = program.dwarves[rret['address']][2]
if i in slce:
rret['slice'] = True
else:
rret['slice'] = False
# for numberless javascript
rret['address'] = ghex(rret['address'])
try:
rret['depth'] = trace.dmap[i - trace.minclnum]
except:
rret['depth'] = 0
ret.append(rret)
def slice(forknum, clnum):
trace = program.traces[forknum]
data = qira_analysis.slice(trace, clnum)
print "slice",forknum,clnum, data
emit('slice', forknum, data);
def getinstructions(forknum, clnum, clstart, clend):
trace = program.traces[forknum]
slce = qira_analysis.slice(trace, clnum)
ret = []
def get_instruction(i):
rret = trace.db.fetch_changes_by_clnum(i, 1)
if len(rret) == 0:
return None
else:
rret = rret[0]
instr = program.static[rret['address']]['instruction']
rret['instruction'] = str(instr)
# check if static fails at this
if rret['instruction'] == "":
# TODO: wrong place to get the arch
arch = program.static[rret['address']]['arch']
# we have the address and raw bytes, disassemble
raw = trace.fetch_raw_memory(i, rret['address'], rret['data'])
rret['instruction'] = str(model.Instruction(raw, rret['address'], arch))
#display_call_args calls make_function_at
if qira_config.WITH_STATIC:
if instr.is_call():
args = qira_analysis.display_call_args(instr,trace,i)
if args != "":
rret['instruction'] += " {"+args+"}"
if 'name' in program.static[rret['address']]:
#print "setting name"
rret['name'] = program.static[rret['address']]['name']
if 'comment' in program.static[rret['address']]:
rret['comment'] = program.static[rret['address']]['comment']
if i in slce:
rret['slice'] = True
else:
rret['slice'] = False
# for numberless javascript
rret['address'] = ghex(rret['address'])
try:
rret['depth'] = trace.dmap[i - trace.minclnum]
except:
rret['depth'] = 0
# hack to only display calls
if True or instr.is_call():
#if instr.is_call():
return rret
else:
return None
top = []
clcurr = clnum-1
while len(top) != (clnum - clstart) and clcurr >= 0:
rret = get_instruction(clcurr)
if rret != None:
top.append(rret)
clcurr -= 1
clcurr = clnum
while len(ret) != (clend - clnum) and clcurr <= clend:
rret = get_instruction(clcurr)
if rret != None:
ret.append(rret)
clcurr += 1
ret = top[::-1] + ret
emit('instructions', ret)
def slice(forknum, clnum):
trace = program.traces[forknum]
data = qira_analysis.slice(trace, clnum)
print "slice",forknum,clnum, data
emit('slice', forknum, data);
def getinstructions(forknum, clnum, clstart, clend):
trace = program.traces[forknum]
slce = qira_analysis.slice(trace, clnum)
ret = []
def get_instruction(i):
rret = trace.db.fetch_changes_by_clnum(i, 1)
if len(rret) == 0:
return None
else:
rret = rret[0]
instr = program.static[rret['address']]['instruction']
rret['instruction'] = str(instr)
# check if static fails at this
if rret['instruction'] == "":
# TODO: wrong place to get the arch
arch = program.static[rret['address']]['arch']
# we have the address and raw bytes, disassemble
raw = trace.fetch_raw_memory(i, rret['address'], rret['data'])
rret['instruction'] = str(model.Instruction(raw, rret['address'], arch))
#display_call_args calls make_function_at
if qira_config.WITH_STATIC:
if instr.is_call():
args = qira_analysis.display_call_args(instr,trace,i)
if args != "":
rret['instruction'] += " {"+args+"}"
if 'name' in program.static[rret['address']]:
#print "setting name"
rret['name'] = program.static[rret['address']]['name']
if 'comment' in program.static[rret['address']]:
rret['comment'] = program.static[rret['address']]['comment']
if i in slce:
rret['slice'] = True
else:
rret['slice'] = False
# for numberless javascript
rret['address'] = ghex(rret['address'])
try:
rret['depth'] = trace.dmap[i - trace.minclnum]
except:
rret['depth'] = 0
# hack to only display calls
if True or instr.is_call():
#if instr.is_call():
return rret
else:
return None
top = []
clcurr = clnum-1
while len(top) != (clnum - clstart) and clcurr >= 0:
rret = get_instruction(clcurr)
if rret != None:
top.append(rret)
clcurr -= 1
clcurr = clnum
while len(ret) != (clend - clnum) and clcurr <= clend:
rret = get_instruction(clcurr)
if rret != None:
ret.append(rret)
clcurr += 1
ret = top[::-1] + ret
emit('instructions', ret)
