def test_delta(self):
assert(0 == Time.parseDeltaArg("0m"))
assert(59 == Time.parseDeltaArg("59m"))
assert(60 == Time.parseDeltaArg("1h"))
assert(61 == Time.parseDeltaArg("1h1m"))
assert(1439 == Time.parseDeltaArg("23h59m"))
assert(1440 == Time.parseDeltaArg("1d"))
assert(1441 == Time.parseDeltaArg("1d1m"))
assert(1500 == Time.parseDeltaArg("1d1h"))
assert(1501 == Time.parseDeltaArg("1d1h1m"))
assert(1440*37+122 == Time.parseDeltaArg("37d2h2m"))
def _getNumArg(self):
numArgRaw = self._getOptionValue("-n")
if numArgRaw is None:
return None
try:
leftArg, rightArg = numArgRaw.split("@") # could raise ValueError
numTacks = int(leftArg) # could raise ValueError
interval = Time.parseDeltaArg(rightArg) # SyntaxError
if numTacks < 1 or numTacks >= 10000:
raise ValueError()
return numTacks, interval
except (ValueError, SyntaxError):
self.printError("Bad -n NUMTACKS (1 - 10000): %s:" % numArgRaw)
def _getNumArg(self):
numArgRaw = self._getOptionValue("-n")
if numArgRaw is None:
return None
try:
leftArg, rightArg = numArgRaw.split("@") # could raise ValueError
numTacks = int(leftArg) # could raise ValueError
interval = Time.parseDeltaArg(rightArg) # SyntaxError
if numTacks < 1 or numTacks >= 10000:
raise ValueError()
return numTacks, interval
except (ValueError, SyntaxError):
self.printError("Bad -n NUMTACKS (1 - 10000): %s:" % numArgRaw)
