def android_test_setup(testbin):
utils.green('testing %s' % testbin)
# send file to phone
fpath = testbin_to_fpath(testbin)
shellout(['adb', 'push', fpath, '/data/local/tmp'])
# launch adb
threading.Thread(target=invoke_adb_gdb_listen, args=[testbin]).start()
# connect to adb
time.sleep(.25)
adapter = gdb.DebugAdapterGdb()
adapter.connect('localhost', 31337)
entry = confirm_initial_module(adapter, testbin)
return (adapter, entry)
adapter.breakpoint_clear(entry)
(reason, extra) = adapter.step_into()
expect_single_step(reason)
(reason, extra) = adapter.step_into()
expect_single_step(reason)
(reason, extra) = adapter.step_into()
expect_single_step(reason)
# go until executing done
(reason, extra) = adapter.go()
assert_equality(reason, DebugAdapter.STOP_REASON.PROCESS_EXITED)
adapter.quit()
adapter = None
for i in range(10):
utils.green('testing %s %d/10' % (fpath, i+1))
t = threading.Thread(target=thread_task)
t.start()
t.join()
# return code tests
for tb in [x for x in testbins if x.startswith('exitcode')]:
testbin = tb
fpath = testbin_to_fpath()
# some systems return byte, or low byte of 32-bit code and otheres return 32-bit code
testvals = [('-11',[245,4294967285]), ('-1',[4294967295,255]), ('-3',[4294967293,253]), ('0',[0]), ('3',[3]), ('7',[7]), ('123',[123])]
for (arg, expected) in testvals:
adapter = DebugAdapter.get_adapter_for_current_system()
fpath = os.path.join('testbins', fname)
if platform.system() == 'Windows':
if fpath.endswith('.exe'):
testbins.append(fname)
elif os.access(fpath, os.X_OK):
testbins.append(fname)
print('collected the following tests:\n', testbins)
#--------------------------------------------------------------------------
# x86/x64 TESTS
#--------------------------------------------------------------------------
# exception test
for testbin in testbins:
if not testbin.startswith('do_exception'): continue
utils.green('testing %s' % testbin)
adapter = DebugAdapter.get_adapter_for_current_system()
fpath = os.path.join('testbins', testbin)
# segfault
adapter.exec(fpath, ['segfault'])
(reason, extra) = go_initial(adapter, testbin)
assert reason == DebugAdapter.STOP_REASON.ACCESS_VIOLATION
adapter.quit()
# illegal instruction
adapter.exec(fpath, ['illegalinstr'])
(reason, extra) = go_initial(adapter, testbin)
if platform.system() in ['Darwin', 'Linux', 'Windows']:
# not sure why, I try many supposedly bad instructions, but lldb confirms
(reason, extra) = adapter.step_into()
expect_single_step(reason)
(reason, extra) = adapter.step_into()
expect_single_step(reason)
(reason, extra) = adapter.step_into()
expect_single_step(reason)
# go until executing done
(reason, extra) = adapter.go()
assert_equality(reason, DebugAdapter.STOP_REASON.PROCESS_EXITED)
adapter.quit()
adapter.teardown()
adapter = None
for i in range(10):
utils.green('testing %s %d/10' % (fpath, i + 1))
t = threading.Thread(target=thread_task)
t.start()
t.join()
# return code tests
for tb in [x for x in testbins if x.startswith('exitcode')]:
testbin = tb
fpath = testbin_to_fpath()
# some systems return byte, or low byte of 32-bit code and otheres return 32-bit code
testvals = [('-11', [245, 4294967285]), ('-1', [4294967295, 255]),
('-3', [4294967293, 253]), ('0', [0]), ('3', [3]),
('7', [7]), ('123', [123])]
for (arg, expected) in testvals: