def run_all(origin):
test_summary = "" #initialize return value
t_str = time.strftime("%d.%b.%Y %H.%M.%S", time.gmtime())
with file_manager.ManagedFileOpen(
'/root/log/laser_self_test_data/%s.gz' % t_str, 'w') as (f, tags):
tags['origin'] = origin
f.write('Laser Self-test, %s\n' % t_str)
print(' CLICK-A Laser Self-Test Script')
try:
def file_as_bytes(file):
with file:
return file.read()
hash_v = hashlib.md5(
file_as_bytes(
open('/root/test/automated_laser_checks.py',
'rb'))).hexdigest()
f.write('MD5: %s\n' % str(hash_v))
print('MD5: %s' % str(hash_v))
except:
f.write('Hash failure, check script path\n')
print('Hash failure, check script path')
results = ["", ""]
results[0] = "PASS" if test_calib_laser(f) else "FAIL"
results[1] = "PASS" if test_seed(f) else "FAIL"
test_summary = "Calib Test: %s\nSeed Test: %s" % tuple(results)
return test_summary
def run_all(origin):
test_summary = "" #initialize return value
t_str = time.strftime("%d.%b.%Y %H.%M.%S", time.gmtime())
with file_manager.ManagedFileOpen('/root/log/%s.gz' % t_str,'w') as (f, tags):
tags['origin'] = origin
f.write('EDFA OFF Script, %s\n' % t_str)
print(' CLICK-A EDFA OFF Script')
try:
def file_as_bytes(file):
with file:
return file.read()
hash_v = hashlib.md5(file_as_bytes(open('/root/test/edfa_off.py', 'rb'))).hexdigest()
f.write('MD5: %s\n' % str(hash_v))
print('MD5: %s' % str(hash_v))
except:
f.write('Hash failure, check script path\n')
print('Hash failure, check script path')
results = "SUCCESS" if pwr_edfa_off(f) else "FAIL"
test_summary = "EDFA OFF: %s" % results
f.write(test_summary)
print(test_summary)
return test_summary
def run_all(origin):
test_summary = "" #initialize return val
t_str = time.strftime("%d.%b.%Y %H.%M.%S", time.gmtime())
with file_manager.ManagedFileOpen('/root/log/self_test_data/%s.gz' % t_str,
'w') as (f, tags):
tags['origin'] = origin
f.write('Self-test, %s\n' % t_str)
print(' CLICK-A Self-Test Script')
try:
def file_as_bytes(file):
with file:
return file.read()
hash_v = hashlib.md5(
file_as_bytes(
open('/root/test/general_functionality_test.py',
'rb'))).hexdigest()
f.write('MD5: %s\n' % str(hash_v))
print('MD5: %s' % str(hash_v))
except:
f.write('Hash failure, check script path\n')
print('Hash failure, check script path')
results = ["", "", "", "", "", "", "", "", "", "", "", ""]
results[0] = "PASS" if reflash_fpga(
f) else "FAIL" #"Reflashing FPGA to start self test sequence"
results[1] = "PASS" if test_basic_fpga_if(
f) else "FAIL" #'Basic FPGA read/write'
results[2] = "PASS" if test_fpga_if_performance(
f) else "FAIL" #'Benchmark FPGA read/write'
results[3] = "PASS" if test_mod_FIFO(
f) else "FAIL" #'Modulator Data FIFO Test'
results[4] = "PASS" if check_temperature_init(
f) else "FAIL" #"Temperature Sensor Init Sequence Check"
results[5] = "PASS" if test_BIST(f) else "FAIL" #BIST Circuit Test
results[6] = "PASS" if test_EDFA_IF(
f) else "FAIL" # "Testing EDFA IF & Current"
results[7] = "PASS" if test_tec_driver(
f) else "FAIL" #"TEC Driver Test"
results[8] = "PASS" if test_bias_driver(f) else "FAIL" #"LD Bias Test"
results[9] = "PASS" if test_scan_PPM(f) else "FAIL" #"PPM Power Test"
results[10] = "PASS" if check_CW_power(f) else "FAIL" #"CW Power Test"
results[11] = "PASS" if test_heaters(
f) else "FAIL" #"Heater Actuation Test"
test_summary = "Reflash FPGA: %s\nBasic FPGA R/W: %s\nBenchmark FPGA R/W: %s\nFIFO: %s\nTemp Sensor Init: %s\nBIST Circuit: %s\nEDFA IF & Current: %s\nTEC Driver: %s\nLD Bias: %s\nPPM Pwr: %s\nCW Pwr: %s\nHeater Actuation: %s" % tuple(
results)
return test_summary
#PPM Order
PPM = int(sys.argv[1])
assert sys.argv[2] in ('m', 'd', 'a')
end = int(sys.argv[3])
#time window size, in symbols
SYMB = int(sys.argv[4])
#phase, 32 by symbol
PHA = int(sys.argv[5])
MAX = 0xCCCC
t_str = time.strftime("%d.%b.%Y %H.%M.%S", time.gmtime())
with file_manager.ManagedFileOpen('/root/data/bist/%s.gz' % t_str,
'w') as (f, tags):
tags['PPM'] = sys.argv[1]
tags['mode'] = sys.argv[2]
tags['mode param'] = sys.argv[3]
tags['Symbols'] = sys.argv[4]
tags['Phase'] = sys.argv[5]
sc = Scope(fpga)
sc.init_thresholds()
sc.set_frequency(slots=SYMB)
sc.set_timebase(phase=PHA)
if sys.argv[2] == 'm':
rc = VerticalRecordMonotonic(f, th_range=(0, MAX), step=end)
elif sys.argv[2] == 'd':
rc = VerticalRecordDivide(f, th_range=(0, MAX), max_pts=end)