def main():
correct_required = _get_correct_required(sys.argv[1:])
random.seed(datetime.now())
total_correct = 0
while total_correct < correct_required:
# Choosing a random game
game = _choose_game()
# Output the game
starting_game = lang['starting_game'].format(game.name, total_correct,
correct_required)
seperator = '*' * len(starting_game)
printer.blue(seperator + os.linesep + starting_game + os.linesep +
seperator)
# Get a question and validator function for the game
question, validator = game.play_game()
# Ask it
printer.cyan(question)
# Loop until an answer is correct
is_correct = False
total_incorrect = 0
while is_correct == False and total_incorrect < retry_limit:
user_input = _ask_question(lang['submit_answer'])
is_correct = validator(user_input)
# If that's not correct, provide a message before looping
if is_correct == False:
total_incorrect += 1
remaining = retry_limit - total_incorrect
printer.red(lang['incorrect'].format(remaining))
if is_correct == False:
print(lang['limit_reached'])
return # Must break out, probable infinite loop reached
printer.green(lang['correct'])
total_correct += 1
def uhtr_compare(self,
slot,
ppod,
first,
lst,
expected,
threshold=None,
doubled=False,
dec=False):
iStart, iEnd, items = self.uhtr_range_and_items(slot, ppod, lst, first)
n = int((len(lst) - 19) / 12)
if doubled:
iStart *= 2
iEnd *= 2
n = int(n / 2)
msg = lst[:19]
for i, x in enumerate(items):
try:
result = int(x, 10 if dec else 16)
except ValueError:
try:
result = float(x)
except ValueError:
result = None
if doubled:
space = " " * (n - len(x) - 1)
else:
space = " " * (n - len(x) - 1)
if i < iStart or iEnd <= i or result is None:
msg += space + printer.gray(x, p=False) + " "
elif threshold is not None and threshold < abs(result - expected):
msg += space + printer.red(x, p=False) + " "
else:
msg += space + printer.green(x, p=False) + " "
print(msg)
def oneHtr(p={},
printColumnHeaders=None,
dump=None,
crateslots=[],
utca=None,
nonMatchedQie=[],
nonMatchedTp=[]):
zs = p.get("ZS")
if "nWord16Qie" in p:
col = "nWord16Qie"
elif utca:
col = "DataLength16"
elif p["IsTTP"]:
col = " "
out = []
if printColumnHeaders:
columns = [
"iWord16",
" EvN",
" OrN5",
" BcN",
"Cr",
"Sl",
" Fl",
"FrmtV",
"nPre",
#"nWordTP",
col,
"nSamp",
"EvN8",
" CRC" + ("32" if utca else ""),
]
if zs:
columns += [" ", "ZSMask: Thr1, Thr24, ThrTP"]
out.append(" ".join(columns))
strings = [
" %05d" % p["0Word16"],
" 0x%07x" % p["EvN"],
"0x%02x" % p["OrN5"],
"%4d" % p["BcN"],
"%2d" % p["Crate"],
"%2d%1s" % (p["Slot"], p["Top"]),
"%2d" % p.get("FWFlavor", -1), # absent in uHTR
" 0x%01x" % p["FormatVer"],
" %2d" % p["nPreSamples"],
#" %3d " % p["nWord16Tp"],
]
if utca:
s = " %4d/%4d" % (p.get(col, -1), p.get(col + "T", -1))
strings.append(s)
else:
strings.append(" %3d " % p.get(col, -1))
strings += [
" %2d" % p.get("nSamples", -1), # absent in uHTR
" 0x%02x" % p["EvN8"],
]
if utca:
strings.append("0x%08x" % p["CRC"])
elif "Qie" in col:
strings.append("0x%04x" % p["CRC"])
else:
strings.append(" TTP ")
if zs:
strings += [
"",
"0x%04x" % zs["Mask"],
" %3d" % zs["Threshold1"],
" %3d" % zs["Threshold24"],
" %3d" % zs["ThresholdTP"],
]
out.append(" ".join(strings))
printer.green("\n".join(out))
anyHtrDataPrinted = False
if 4 <= dump:
kargs = {
"skipFibChs": [0, 2, 3, 4, 5, 6, 7] if (4 <= dump <= 6) else [],
"nonMatched": nonMatchedQie,
"latency": p.get("Latency"),
"zs": p.get("ZS"),
"skipErrF": [3],
}
if dump == 6 or 8 <= dump:
kargs["skipErrF"] = []
if p["IsTTP"]:
cd = ttpData(p["ttpInput"], p["ttpOutput"], p["ttpAlgoDep"])
else:
if crateslots and (100 * p["Crate"] + p["Slot"]) not in crateslots:
return
cd = htrChannelData(p["channelData"].values(),
crate=p["Crate"],
slot=p["Slot"],
top=p["Top"],
**kargs)
if len(cd) >= 2:
printer.yellow(cd[0])
printer.msg("\n".join(cd[1:]))
anyHtrDataPrinted = True
if 5 <= dump:
kargs = {
"skipZeroTps": dump <= 7,
"crate": p["Crate"],
"slot": p["Slot"],
"top": p["Top"],
"nonMatched": nonMatchedTp,
}
if utca:
td = uhtrTriggerData(p["triggerData"], **kargs)
else:
td = htrTriggerData(p["triggerData"], zs=zs, **kargs)
if len(td) >= 2:
printer.yellow(td[0])
printer.msg("\n".join(td[1:]))
anyHtrDataPrinted = True
return anyHtrDataPrinted
def oneHtr(iBlock=None, p={}, dump=None, utca=None,
nonMatchedQie=[], nonMatchedTp=[],
nTsMax=None, perTs=None):
try:
zs = p.get("ZS")
except TypeError as e:
print "iBlock='%s':" % str(iBlock), e
return
if "nWord16Qie" in p:
col = "nWord16Qie"
elif utca:
col = "DataLength16"
elif p.get("IsTTP"):
col = " "
else:
coords = "crate %2d slot %2d%1s" % (p.get("Crate", -1), p.get("Slot", -1), p.get("Top", "x"))
printer.warning("unpacking did not succeed enough to print more about %s" % coords)
return
columns = ["iWord16",
" EvN",
" OrN5",
" BcN",
"Cr",
"Sl",
" Fl",
"FrmtV",
"nPre",
col,
]
if zs:
columns += [" ", "ZSMask: Thr1, Thr24, ThrTP"]
strings = [" %05d" % p["0Word16"],
" 0x%07x" % p["EvN"],
"0x%02x" % p["OrN5"],
"%4d" % p["BcN"],
"%2d" % p["Crate"],
"%2d%1s" % (p["Slot"], p["Top"]),
"%2d" % p.get("FWFlavor", -1), # absent in uHTR
" 0x%01x" % p["FormatVer"],
" %2d" % p["nPreSamples"],
]
if utca:
s = " %4d/%4d" % (p.get(col, -1), p.get(col+"T", -1))
strings.append(s)
else:
strings.append(" %3d " % p.get(col, -1))
if utca or ("Qie" in col):
strings.append(" ")
else:
strings.append(" TTP ")
if zs:
strings += ["",
"0x%04x" % zs["Mask"],
" %3d" % zs["Threshold1"],
" %3d" % zs["Threshold24"],
" %3d" % zs["ThresholdTP"],
]
out = []
if (not iBlock) or 4 <= dump:
out.append(" ".join(columns))
if dump != 4 and dump != 10:
out.append(" ".join(strings))
printer.green("\n".join(out))
if dump <= 3:
return
kargs = {"skipFibers": [0, 1] + range(3, 14) + range(15, 24) if (dump == 4) else [],
"skipFibChs": [0, 2, 3, 4, 5, 6, 7] if (4 <= dump <= 7) else [],
"skipErrF": [],
"nonMatched": nonMatchedQie,
"latency": p.get("Latency"),
"zs": p.get("ZS"),
"nTsMax": nTsMax,
"perTs": perTs,
}
if dump in [5, 6, 8]:
kargs["skipErrF"] = [3]
if dump == 10:
kargs["skipErrF"] = [0]
if p["IsTTP"]:
cd = ttpData(p["ttpInput"], p["ttpOutput"], p["ttpAlgoDep"])
else:
cd = htrChannelData(p["channelData"].values(),
crate=p["Crate"],
slot=p["Slot"],
top=p["Top"],
**kargs)
if len(cd) >= 2:
printer.yellow(cd[0])
printer.msg("\n".join(cd[1:]))
if 6 <= dump:
kargs = {"crate": p["Crate"],
"slot": p["Slot"],
"top": p["Top"],
"nonMatched": nonMatchedTp,
"dump": dump,
}
if utca:
td = uhtrTriggerData(p["triggerData"], **kargs)
else:
td = htrTriggerData(p["triggerData"], zs=zs, **kargs)
if len(td) >= 2:
printer.yellow(td[0])
printer.msg("\n".join(td[1:]))