def test_hasTC1(self):
''' ATR应包含TC1，以解决THD88不支持接收11.8ETU字符的问题
'''
# check ATR to determine if it is THD88 chip,
# if yes, test if TC1 included in ATR
atr = api_pcsc.getatr()
ts = int(atr[2:4], 16)
hasta1 = True if ts&0x01 else False
hastb1 = True if ts&0x02 else False
hastc1 = True if ts&0x04 else False
self.logger.info('ATR: ' + atr)
if hasta1:
offset = 2
offset = offset+1 if hasta1 else offset
offset = offset+1 if hastb1 else offset
offset = offset * 2
tc1 = atr[offset:offset+2]
self.logger.info('TC1: ' + tc1)
self.logger.info('ATR已包含TC1，可以解决THD88不支持接收11.8ETU字符的问题')
else:
self.logger.info('ATR应包含TC1，否则BCTC测试ETC时会出现THD88不支持接收11.8ETU字符的问题')
self.fail('ATR应包含TC1，否则BCTC测试ETC时会出现THD88不支持接收11.8ETU字符的问题')
if hastc1:
etc, cloud = self.etc, self.cloud
api_pcsc.reset(cold=True)
etc.select()
api_pcsc.reset(cold=False)
etc.select()
def OnReset(self, event):
try:
api_pcsc.reset()
atr = api_pcsc.getatr()
self.showmsg('复位成功', 'ATR: ' + atr)
except Exception as e:
self.showlongmsg('复位失败', str(e))
def test_Delay_Between_PPS_Request_Response(self, pps1='00'):
''' 字符帧测试
测试标准：传输的字符帧要符合ISO/IEC 7816-3[6]的要求,请结合MPScopeViewer软件进行判定
PPS请求和响应之间的间隔应当大于4ETU
'''
etc, cloud = self.etc, self.cloud
api_pcsc.reset(cold=True)
cloud.disable_pps()
dit = {
'00': ('FF00FF', 0x174),
'11': ('FF1011FE', 0x174),
'94': ('FF10947B', 0x40),
'95': ('FF10957A', 0x20),
'96': ('FF109679', 0x10),
#'97': ('FF109778', 0x08),
}
pps, etu = dit['94']
api_pcsc.reset(cold=True)
r, sw = cloud.exchange_raw(pps, len(pps)/2) # PPS请求和响应之间的间隔应当大于4ETU
self.assertEqual(r, pps)
r, sw = cloud.set_etu(etu)
self.assertEqual(r, '%.8X'%etu)
etc.select()
api_pcsc.reset(cold=False)
pps, etu = dit['95']
r, sw = cloud.exchange_raw(pps, len(pps)/2) # PPS请求和响应之间的间隔应当大于4ETU
self.assertEqual(r, pps)
r, sw = cloud.set_etu(etu)
self.assertEqual(r, '%.8X'%etu)
etc.select()
api_pcsc.reset(cold=False)
pps, etu = dit['96']
r, sw = cloud.exchange_raw(pps, len(pps)/2) # PPS请求和响应之间的间隔应当大于4ETU
self.assertEqual(r, pps)
r, sw = cloud.set_etu(etu)
self.assertEqual(r, '%.8X'%etu)
etc.select()
api_pcsc.reset(cold=False)
pps, etu = dit['11']
r, sw = cloud.exchange_raw(pps, len(pps)/2) # PPS请求和响应之间的间隔应当大于4ETU
self.assertEqual(r, pps)
r, sw = cloud.set_etu(etu)
self.assertEqual(r, '%.8X'%etu)
etc.select()
self.logger.info('PPS请求和响应之间的间隔应当大于4ETU，请使用Salea Logic测量确认')
self.logger.info('注意：以上出现的PPS请求和响应的间隔必须全部测量确认')
self.fail('PPS请求和响应之间的间隔应当大于4ETU，请使用Salea Logic测量确认')
def test_Electrical_Class_A(self):
''' 与电相关的参数(Class A)测试：应用选择的功耗应符合规范要求,Icc应在0mA至60mA范围内
测试标准：
应用选择的功耗应符合规范要求,Icc应在0mA至60mA范围内
'''
etc, cloud = self.etc, self.cloud
api_pcsc.reset(cold=True)
etc.select()
etc.verifypin(etc.PIN)
api_pcsc.reset(cold=False)
etc.select()
etc.verifypin(etc.PIN)
def setUpClass(cls):
# delete, load, install
app = Performace_arrayCopy()
instance, pkg, applet = app.getaids()
api_pcsc.connectreader()
api_gp.card()
api_gp.auth()
api_gp.deleteaid(pkg, True, expectSW='') # omit delete result
api_gp.upload(app.getcappath(), pkg)
api_gp.install(instance, pkg, applet)
api_pcsc.reset()
cls.app = app
def reset(self):
''' Reset usim
returns ATR
'''
atr = api_pcsc.reset()
return atr
def test_reset(self):
''' 每次复位之后，生成的随机数是否相同 '''
alg = self.alg
alg.select()
# 'The random number sequence generated by this algorithm need not be the same even if seeded with the same seed data.'
api_pcsc.reset()
alg.select()
data1 = alg.generateData(1)[0]
api_pcsc.reset()
alg.select()
data2 = alg.generateData(1)[0]
if data1 == data2:
self.logger.info(u'每次复位之后，产生的随机数序列相同')
else:
self.logger.info(u'每次复位之后，产生的随机数序列不相同')
def test_T0_Case2(self):
''' T=0命令方式二测试: 卡应能正确处理命令方式二
测试标准：
卡应能正确处理命令方式二
成功初始化Log过程
卡复位：ATR= 3B789600000073C84013009000
Select Usim:00 A4 04 00 09 Data:A00000000386980701 SW:9000
Read Binary:00 B0 95 00 00 SW:6A82
Read Binary命令返回状态码错误!
'''
etc, cloud = self.etc, self.cloud
api_pcsc.reset(cold=True)
etc.select()
etc.readbinary()
api_pcsc.reset(cold=False)
etc.select()
etc.readbinary()
def test_9600bps(self, pps1='00'):
''' TA1=0x00
'''
etc, cloud = self.etc, self.cloud
api_pcsc.reset(cold=True)
cloud.disable_pps()
dit = {
'00': ('FF00FF', 0x174),
'11': ('FF1011FE', 0x174),
'94': ('FF10947B', 0x40),
'95': ('FF10957A', 0x20),
'96': ('FF109679', 0x10),
#'97': ('FF109778', 0x08),
}
pps, etu = dit[pps1]
# cold reset
# ATR
# PPSS
# select
# warm reset
# ATR
# PPSS
# select
api_pcsc.reset(cold=True)
r, sw = cloud.exchange_raw(pps, len(pps)/2)
self.assertEqual(r, pps)
r, sw = cloud.set_etu(etu)
self.assertEqual(r, '%.8X'%etu)
etc.select()
api_pcsc.reset(cold=False)
r, sw = cloud.exchange_raw(pps, len(pps)/2)
self.assertEqual(r, pps)
r, sw = cloud.set_etu(etu)
self.assertEqual(r, '%.8X'%etu)
etc.select()
cloud.enable_pps()
api_pcsc.reset(cold=True)
etc.select()
api_pcsc.reset(cold=False)
etc.select()
def setUpClass(cls):
# delete, load, install
etc = Applet_ETC_ITS_BCTC()
instance, pkg, applet = etc.getaids()
api_pcsc.connectreader(Cloud4700.READER_NAME) # 指明读卡器名字，因为目前只有4700可以通过APDU方式设定各类电压是否支持
api_gp.card()
api_gp.auth()
api_gp.deleteaid(pkg, True, expectSW='') # omit delete result
api_gp.upload(etc.getcappath(), pkg)
api_gp.install(instance, pkg, applet)
cloud = Cloud4700()
cloud.enable_all_classes()
cloud.set_clock_divison(4) # restore to 4.8 MHz
api_pcsc.reset()
cls.etc = etc
cls.cloud = cloud
def card(aid=CardManagerAID,
apduheader='00A40400',
expectData='',
expectSW='9000',
info='',
name='GP, /card'):
''' Resets the inserted card, requests the ATR and selects the CardManager (default=GlobalPlatform CardManager)
via the default logical channel (zero).
Returns a tuple: (response_data, sw1sw2).
'''
api_pcsc.reset()
ret, sw = select(aid,
expectData=expectData,
expectSW=expectSW,
info=info,
name=name,
header=apduheader)
LogMessage('Select Card Manager, Response: %s' % ret)
return ret, sw
def test_ClockFrequency_4(self, clk=4):
''' 时钟频率范围测试：4 MHz
'''
etc, cloud = self.etc, self.cloud
api_pcsc.reset(cold=True)
dit_clk = {
4 : 12,
4.8 : 10,
6 : 8,
6.8 : 7,
8 : 6,
9.6 : 5,
12 : 4,
16 : 3,
}
divison = dit_clk[clk]
cloud.set_clock_divison(divison)
r, sw = cloud.get_clock_divison()
self.assertEqual(r, '%.2X'%divison)
api_pcsc.reset(cold=True)
cloud.disable_pps()
dit_pps = {
'00': ('FF00FF', 0x174),
'11': ('FF1011FE', 0x174),
'94': ('FF10947B', 0x40),
'95': ('FF10957A', 0x20),
'96': ('FF109679', 0x10),
#'97': ('FF109778', 0x08),
}
for k in sorted(dit_pps.keys()):
pps, etu = dit_pps[k]
api_pcsc.reset(cold=True)
r, sw = cloud.exchange_raw(pps, len(pps)/2)
self.assertEqual(r, pps)
r, sw = cloud.set_etu(etu)
self.assertEqual(r, '%.8X'%etu)
etc.select()
api_pcsc.reset(cold=False)
r, sw = cloud.exchange_raw(pps, len(pps)/2)
self.assertEqual(r, pps)
r, sw = cloud.set_etu(etu)
self.assertEqual(r, '%.8X'%etu)
etc.select()
self.logger.info('Clock Frequency %d, TA1 %s passed' % (clk, k))
def test_Voltage_Class_A(self, a=True, b=False, c=False):
''' 电压限值测试 - 5V
'''
etc, cloud = self.etc, self.cloud
api_pcsc.reset()
r, sw = cloud.enable_class(a=a, b=b, c=c) # enable Class A only
# 卡复位成功，ATR: 3B789400000073C84013009000
# Select 应用:00 A4 04 00 09 Data:A00000000386980701 SW:9000
# 设置VCC=4500mV successful!
# 卡复位，ATR: 3B789400000073C84013009000 ///////////////////////////////////////热复位
# 选择应用失败!
# 设置VCC=5500mV successful!
# 卡复位，ATR: 3B789400000073C84013009000
# Select 应用:00 A4 04 00 09 Data:A00000000386980701 SW:9000
# Change PIN:80 5E 01 00 05 Data:1234FF0000 SW：9000
# Change PIN:80 5E 01 00 05 Data:0000FF1234 SW：9000
# 对应以下测试
api_pcsc.reset(cold=True)
etc.select()
api_pcsc.reset(cold=False) # 目前无法设置电压为4500mV，暂时用5V热复位替代
etc.select()
api_pcsc.reset(cold=False) # 目前无法设置电压为5500mV，暂时用5V热复位替代
etc.select()
old, new = etc.PIN, '0000'
etc.changepin(old, new)
etc.changepin(new, old)
# BCTC测试结束
# 下面是另外增加的测试
api_pcsc.reset()
etc.select()
api_pcsc.reset(cold=True) # 目前无法设置电压为4500mV，暂时用5V冷复位替代
etc.select()
api_pcsc.reset(cold=True) # 目前无法设置电压为5500mV，暂时用5V冷复位替代
etc.select()
old, new = etc.PIN, '0000'
etc.changepin(old, new)
etc.changepin(new, old)
