def _get_inttime(space, w_seconds):
# w_seconds can be a wrapped None (it will be automatically wrapped
# in the callers, so we never get a real None here).
if space.is_w(w_seconds, space.w_None):
seconds = pytime.time()
else:
seconds = space.float_w(w_seconds)
try:
ovfcheck_float_to_int(seconds)
except OverflowError:
raise OperationError(space.w_ValueError,
space.wrap("time argument too large"))
return rffi.r_time_t(seconds)
def _get_inttime(space, w_seconds):
# w_seconds can be a wrapped None (it will be automatically wrapped
# in the callers, so we never get a real None here).
if space.is_w(w_seconds, space.w_None):
seconds = pytime.time()
else:
seconds = space.float_w(w_seconds)
try:
ovfcheck_float_to_int(seconds)
except OverflowError:
raise OperationError(space.w_ValueError,
space.wrap("time argument too large"))
return rffi.r_time_t(seconds)
def _gettmarg(space, w_tup, allowNone=True):
if allowNone and space.is_w(w_tup, space.w_None):
# default to the current local time
tt = rffi.r_time_t(pytime.time())
t_ref = lltype.malloc(rffi.TIME_TP.TO, 1, flavor='raw')
t_ref[0] = tt
pbuf = c_localtime(t_ref)
lltype.free(t_ref, flavor='raw')
if not pbuf:
raise OperationError(space.w_ValueError,
space.wrap(_get_error_msg()))
return pbuf
tup_w = space.unpackiterable(w_tup)
if len(tup_w) != 9:
raise OperationError(
space.w_TypeError,
space.wrap("argument must be sequence of "
"length 9, not %d" % len(tup_w)))
y = space.int_w(tup_w[0])
rffi.setintfield(glob_buf, 'c_tm_mon', space.int_w(tup_w[1]))
rffi.setintfield(glob_buf, 'c_tm_mday', space.int_w(tup_w[2]))
rffi.setintfield(glob_buf, 'c_tm_hour', space.int_w(tup_w[3]))
rffi.setintfield(glob_buf, 'c_tm_min', space.int_w(tup_w[4]))
rffi.setintfield(glob_buf, 'c_tm_sec', space.int_w(tup_w[5]))
rffi.setintfield(glob_buf, 'c_tm_wday', space.int_w(tup_w[6]))
rffi.setintfield(glob_buf, 'c_tm_yday', space.int_w(tup_w[7]))
rffi.setintfield(glob_buf, 'c_tm_isdst', space.int_w(tup_w[8]))
if _POSIX:
# actually never happens, but makes annotator happy
glob_buf.c_tm_zone = lltype.nullptr(rffi.CCHARP.TO)
rffi.setintfield(glob_buf, 'c_tm_gmtoff', 0)
w_accept2dyear = _get_module_object(space, "accept2dyear")
accept2dyear = space.int_w(w_accept2dyear)
if y < 1900:
if not accept2dyear:
raise OperationError(space.w_ValueError,
space.wrap("year >= 1900 required"))
if 69 <= y <= 99:
y += 1900
elif 0 <= y <= 68:
y += 2000
else:
raise OperationError(space.w_ValueError,
space.wrap("year out of range"))
if rffi.getintfield(glob_buf, 'c_tm_wday') < 0:
raise OperationError(space.w_ValueError,
space.wrap("day of week out of range"))
rffi.setintfield(glob_buf, 'c_tm_year', y - 1900)
rffi.setintfield(glob_buf, 'c_tm_mon',
rffi.getintfield(glob_buf, 'c_tm_mon') - 1)
rffi.setintfield(glob_buf, 'c_tm_wday',
(rffi.getintfield(glob_buf, 'c_tm_wday') + 1) % 7)
rffi.setintfield(glob_buf, 'c_tm_yday',
rffi.getintfield(glob_buf, 'c_tm_yday') - 1)
return glob_buf
def _gettmarg(space, w_tup, allowNone=True):
if allowNone and space.is_w(w_tup, space.w_None):
# default to the current local time
tt = rffi.r_time_t(int(pytime.time()))
t_ref = lltype.malloc(rffi.TIME_TP.TO, 1, flavor="raw")
t_ref[0] = tt
pbuf = c_localtime(t_ref)
lltype.free(t_ref, flavor="raw")
if not pbuf:
raise OperationError(space.w_ValueError, space.wrap(_get_error_msg()))
return pbuf
tup_w = space.fixedview(w_tup)
if len(tup_w) != 9:
raise operationerrfmt(space.w_TypeError, "argument must be sequence of " "length 9, not %d", len(tup_w))
y = space.int_w(tup_w[0])
tm_mon = space.int_w(tup_w[1])
if tm_mon == 0:
tm_mon = 1
tm_mday = space.int_w(tup_w[2])
if tm_mday == 0:
tm_mday = 1
tm_yday = space.int_w(tup_w[7])
if tm_yday == 0:
tm_yday = 1
rffi.setintfield(glob_buf, "c_tm_mon", tm_mon)
rffi.setintfield(glob_buf, "c_tm_mday", tm_mday)
rffi.setintfield(glob_buf, "c_tm_hour", space.int_w(tup_w[3]))
rffi.setintfield(glob_buf, "c_tm_min", space.int_w(tup_w[4]))
rffi.setintfield(glob_buf, "c_tm_sec", space.int_w(tup_w[5]))
rffi.setintfield(glob_buf, "c_tm_wday", space.int_w(tup_w[6]))
rffi.setintfield(glob_buf, "c_tm_yday", tm_yday)
rffi.setintfield(glob_buf, "c_tm_isdst", space.int_w(tup_w[8]))
if _POSIX:
# actually never happens, but makes annotator happy
glob_buf.c_tm_zone = lltype.nullptr(rffi.CCHARP.TO)
rffi.setintfield(glob_buf, "c_tm_gmtoff", 0)
w_accept2dyear = _get_module_object(space, "accept2dyear")
accept2dyear = space.int_w(w_accept2dyear)
if y < 1900:
if not accept2dyear:
raise OperationError(space.w_ValueError, space.wrap("year >= 1900 required"))
if 69 <= y <= 99:
y += 1900
elif 0 <= y <= 68:
y += 2000
else:
raise OperationError(space.w_ValueError, space.wrap("year out of range"))
if rffi.getintfield(glob_buf, "c_tm_wday") < 0:
raise OperationError(space.w_ValueError, space.wrap("day of week out of range"))
rffi.setintfield(glob_buf, "c_tm_year", y - 1900)
rffi.setintfield(glob_buf, "c_tm_mon", rffi.getintfield(glob_buf, "c_tm_mon") - 1)
rffi.setintfield(glob_buf, "c_tm_wday", (rffi.getintfield(glob_buf, "c_tm_wday") + 1) % 7)
rffi.setintfield(glob_buf, "c_tm_yday", rffi.getintfield(glob_buf, "c_tm_yday") - 1)
return glob_buf
