def read_stest_count():
if (get_ser().isOpen() == False):
get_log_cm().error("serial not available")
return -1
# send UART request
input = '/opt/maxim-ic/basic/examples/ucl_example'
get_ser().write(input.encode('ascii') + '\n')
time.sleep(1)
out = get_ser().readlines()
#generator: creates "matches list" only if parsed TMP info present.
#print "Out is %s" % out
valid = [v for v in out if "DES" in v]
passed = [x for x in out if "PASSED" in x]
fails = [z for z in out if "FAILED" in z]
#if not matches:
if not valid:
get_log_cm().error("\t\t\t(read_stest_count)Possible reset")
return -1
elif not fails:
#Passes
count = 0
else:
count = 0
#Count each Failure detected
for y in fails:
count += 1
return count
def read_secdiag_val_old():
if (get_ser().isOpen() == False):
get_log_cm().info("\t\t\t(read_secdiag_val)serial not available")
return -1
print "read_secdiag_val Here"
input = '/opt/maxim-ic/hcr4/apps/secmon /dev/secmon0 5 ffe0200c'
get_ser().write(input.encode('ascii') + '\n')
time.sleep(1)
out = get_ser().readlines()
print out
count = -1
if not out:
get_log_cm().error("\t\t\t(read_secdiag_val)Possible reset")
elif len(out) < 15:
get_log_cm().error("\t\t\t(read_secdiag_val)Possible reset, too short")
elif 'Error reading' in out:
get_log_cm().error("\t\t\t(read_secdiag_val)secdiag read error")
elif 'fee0200c =' in out[15]:
# Brute force index values
print out[15][11:]
count = int(out[15][11:], 16)
else:
get_log_cm().error("Tamper secdiag return not found.")
return count
def read_stest_count():
if (get_ser().isOpen()==False):
get_log_cm().error("serial not available")
return -1
# send UART request
input = '/opt/maxim-ic/basic/examples/ucl_example'
get_ser().write(input.encode('ascii')+'\n')
time.sleep(1)
out = get_ser().readlines()
#generator: creates "matches list" only if parsed TMP info present.
#print "Out is %s" % out
valid = [v for v in out if "DES" in v]
passed = [x for x in out if "PASSED" in x]
fails = [z for z in out if "FAILED" in z]
#if not matches:
if not valid:
get_log_cm().error("\t\t\t(read_stest_count)Possible reset")
return -1
elif not fails:
#Passes
count = 0
else:
count = 0
#Count each Failure detected
for y in fails:
count += 1
return count
def read_rtc_count():
if (get_ser().isOpen() == False):
get_log_cm().error("serial not available")
return -1
# send UART request
input = '/opt/maxim-ic/hcr4/apps/secmon /dev/secmon0 3'
get_ser().write(input.encode('ascii') + '\n')
time.sleep(1)
out = (get_ser().readlines())
#generator: creates "matches list" only if parsed TMP info present.
lRtc = [x for x in out if "RTC:" in x]
#s_index = 5 #smatch.find('RTC:\\t\\t')+8
#print("lRtc is %s\n" % lRtc)
#print("lRtc[s_index:] is %s\n" % lRtc[0][5:])
count = -1
try:
if not lRtc:
get_log_cm().error("\t\t\t(read_rtc_count)Possible reset")
else:
count = int(lRtc[0][5:])
except ValueError:
get_log_cm().error("\t\t\t(read_rtc_count)Possible reset error")
return count
def find_ip_addr (node):
input = 'ifconfig'
get_ser().write(input.encode('ascii')+'\n')
time.sleep(2)
out = str(get_ser().readlines())
if node in out:
s_index = out.find('inet addr:')+10
e_index = out.find(r"Bcast", s_index)
#print "e-index %d" % e_index
return out[s_index:e_index]
else:
return -1
def latch_config(num):
ser = get_ser()
input = './solenoid /dev/sol0 '
index = input.find('sol0 ')
input2 = input[:index + 5] + str(num)
ser.write(input2.encode('ascii') + '\n')
out = ser.readlines()
return True
def latch_config (num):
ser = get_ser()
input = './solenoid /dev/sol0 '
index = input.find('sol0 ')
input2 = input[:index+5] + str(num)
ser.write(input2.encode('ascii')+'\n')
out = ser.readlines()
return True
def find_dev_secmon_name():
if (get_ser().isOpen() == False):
get_log_cm().info("\t\t\tserial not available")
return -1
input = 'ls /dev/secm*'
get_ser().write(input.encode('ascii') + '\n')
time.sleep(2)
out = get_ser().readlines()
if not out:
get_log_cm().error("\t\t\t(find_dev_secmon_name)Possible Reset")
elif "ls" is out:
get_log_cm().error("\t\t\t/dev/secmon not found")
else:
print out
s_index = out[1].find('dev') + 4
e_index = out[1].find(r"\x1b", s_index)
print out[1][s_index:e_index]
def find_cdc_rsp_data():
input = '/opt/maxim-ic/hcr4/apps/cdc_host_test'
get_ser().write(input.encode('ascii') + '\n')
time.sleep(2)
out = str(get_ser().readlines())
if out:
#print out
s_index = out.find("errno = 0")
if s_index != -1:
s_index = s_index + 16
else:
return -1
e_index = out.find(r"#", s_index) - 8
#print "s-index %d" % s_index
#print "e-index %d" % e_index
#print out[s_index:e_index]
#print e_index - s_index
return out[s_index:e_index]
else:
return -1
def read_secdiag_val_obsolete():
if (get_ser().isOpen() == False):
get_log_cm().info("\t\t\t(read_secdiag_val)serial not available")
return -1
input = '/opt/maxim-ic/hcr4/apps/secmon /dev/secmon0 5 ffe0200c'
get_ser().write(input.encode('ascii') + '\n')
time.sleep(1)
out = get_ser().readlines()
#Filter all out for ifstatement
matches = [x for x in out if "fee0200c" in x]
if not matches: #out:
get_log_cm().error("\t\t\t(read_secdiag_val)Possible reset")
val = -1
else:
conv = matches[0][12:]
val = int(conv, 16)
return val
def set_tamper_trigger(num):
input = 'secmon /dev/secmon0 4 ' + str(num)
if (get_ser().isOpen() == False):
get_log_cm().info("\t\t\tserial not available")
return
#get_ser().write(input.encode('ascii')+'\n')
#time.sleep(1)
#out = get_ser().readlines()
out = Hcr4SendCMD(input)
if 'Error Getting SEC_GET_STATUS' in out:
get_log_cm().info("\t\t\tsecmon read error")
def find_cdc_rsp_data ():
input = '/opt/maxim-ic/hcr4/apps/cdc_host_test'
get_ser().write(input.encode('ascii')+'\n')
time.sleep(2)
out = str(get_ser().readlines())
if out:
#print out
s_index = out.find("errno = 0")
if s_index != -1:
s_index = s_index + 16
else:
return -1
e_index = out.find(r"#", s_index) - 8
#print "s-index %d" % s_index
#print "e-index %d" % e_index
#print out[s_index:e_index]
#print e_index - s_index
return out[s_index:e_index]
else:
return -1
def read_tamper_count():
if (get_ser().isOpen() == False):
get_log_cm().error("serial not available")
return -1
# send UART request
input = '/opt/maxim-ic/hcr4/apps/secmon /dev/secmon0 3'
get_ser().write(input.encode('ascii') + '\n')
time.sleep(1)
out = get_ser().readlines()
#generator: creates "matches list" only if parsed TMP info present.
matches = [x for x in out if "TMP" in x]
if not matches:
get_log_cm().error("\t\t\t(read_tamper_count)Possible reset")
return -1
else:
count = 0
for y in matches:
count += int(y[7:])
return count
def setCardFacilitator ():
#This statys running until completes
ser = get_ser()
input = '/opt/maxim-ic/basic/examples/card_facilitator'
ser.write(input.encode('ascii')+'\n')
#Wait 2 seconds for Sam card
get_log_cm().info("Pull out MSR read within 10 seconds")
out = str(ser.readlines())
get_log_cm().info(out)
time.sleep(10)
#Control-C
input = '\x03'
ser.write(input.encode('ascii')) #+'\n')
get_log_cm().info("DONE")
def setCardFacilitator():
#This statys running until completes
ser = get_ser()
input = '/opt/maxim-ic/basic/examples/card_facilitator'
ser.write(input.encode('ascii') + '\n')
#Wait 2 seconds for Sam card
get_log_cm().info("Pull out MSR read within 10 seconds")
out = str(ser.readlines())
get_log_cm().info(out)
time.sleep(10)
#Control-C
input = '\x03'
ser.write(input.encode('ascii')) #+'\n')
get_log_cm().info("DONE")
def getEnvData (num):
#load num into sc* cmd line
ser = get_ser()
input = '/opt/maxim-ic/hcr4/apps/sci /dev/sc 10'
index = input.find(' 10')
input2 = input[:index] + str(num) + input[index:]
ser.write(input2.encode('ascii')+'\n')
#Wait 2 seconds for Sam card
if num == 0: time.sleep(2)
#Parse Output
out = str(ser.readlines())
if 'Card mute' not in out:
s_index = out.find('ATR[')+10
e_index = out.find(r"\r\n", s_index)
return out[s_index:e_index]
elif 'Card mute' in out:
return "No EMV Support"
def getEnvData(num):
#load num into sc* cmd line
ser = get_ser()
input = '/opt/maxim-ic/hcr4/apps/sci /dev/sc 10'
index = input.find(' 10')
input2 = input[:index] + str(num) + input[index:]
ser.write(input2.encode('ascii') + '\n')
#Wait 2 seconds for Sam card
if num == 0: time.sleep(2)
#Parse Output
out = str(ser.readlines())
if 'Card mute' not in out:
s_index = out.find('ATR[') + 10
e_index = out.find(r"\r\n", s_index)
return out[s_index:e_index]
elif 'Card mute' in out:
return "No EMV Support"
def isCardPresent (num):
# check list for NOK or OK
ser = get_ser()
input = '/opt/maxim-ic/hcr4/apps/sci /dev/sc 3'
index = input.find(' 3')
input2 = input[:index] + str(num) + input[index:]
ser.write(input2.encode('ascii')+'\n')
out = ser.readlines()
if "NOK" in str(out):
get_log_cm().error("Card Missing")
return False
elif " OK" in str(out):
get_log_cm().debug("Card Present")
return True
else:
get_log_cm().error("Failed to read")
return -1
def isCardPresent(num):
# check list for NOK or OK
ser = get_ser()
input = '/opt/maxim-ic/hcr4/apps/sci /dev/sc 3'
index = input.find(' 3')
input2 = input[:index] + str(num) + input[index:]
ser.write(input2.encode('ascii') + '\n')
out = ser.readlines()
if "NOK" in str(out):
get_log_cm().error("Card Missing")
return False
elif " OK" in str(out):
get_log_cm().debug("Card Present")
return True
else:
get_log_cm().error("Failed to read")
return -1
log = ser_Init(my_path, my_name)
#log = set_log_info(my_path, my_name)
card_bay_init()
while run:
for i in range(0,2):
x = isCardPresent(i)
# if -1, then it failed to read (maybe reset).
if(x < 0):
count+=1
#if 5 failed reads in a row, the system may have reset.
if count > 5:
print ("Reading stopped, Reboot suspected")
get_ser().close()
run = 0
break
else:
#Get Transition Change
count = 0
if isCardP[i] != x:
isCardP[i] = x
ts = time.time()
st = datetime.datetime.fromtimestamp(ts).strftime('%Y-%m-%d %H:%M:%S')
if isCardP[i] == True:
if i == 1:
card_bay_locked() #plunger is pulled
print "%s Card %d Present & Locked" % (st, i)
get_log_cm().info("%s Card %d Present & Locked" % (st, i))
else:
isCardP = [-1, -1]
run = 1
count = 0
ser_Init()
#card_bay_init()
while run:
for i in range(0, 2):
x = isCardPresent(i)
# if -1, then it failed to read (maybe reset).
if (x < 0):
count += 1
#if 5 failed reads in a row, the system may have reset.
if count > 5:
print("Reading stopped, Reboot suspected")
get_ser().close()
run = 0
break
else:
#Get Transition Change
count = 0
if isCardP[i] != x:
isCardP[i] = x
ts = time.time()
st = datetime.datetime.fromtimestamp(ts).strftime(
'%Y-%m-%d %H:%M:%S')
if isCardP[i] == True:
if i == 1:
card_bay_locked() #plunger is pulled
print "%s Card %d Present & Locked" % (st, i)
get_log_cm().info(