def impl(context, builder, sig, args):
va, vb = args
ta, tb = sig.args
unit_a = ta.unit
unit_b = tb.unit
ret_unit = npdatetime.get_best_unit(unit_a, unit_b)
ret = alloc_boolean_result(builder)
with builder.if_else(are_not_nat(builder,
[va, vb])) as (then, otherwise):
with then:
norm_a = convert_datetime_for_arith(builder, va, unit_a,
ret_unit)
norm_b = convert_datetime_for_arith(builder, vb, unit_b,
ret_unit)
ret_val = builder.icmp(ll_op, norm_a, norm_b)
builder.store(ret_val, ret)
with otherwise:
if numpy_support.numpy_version < (1, 16):
# No scaling when comparing NaTs
ret_val = builder.icmp(ll_op, va, vb)
else:
if ll_op == lc.ICMP_NE:
ret_val = cgutils.true_bit
else:
ret_val = cgutils.false_bit
builder.store(ret_val, ret)
res = builder.load(ret)
return impl_ret_untracked(context, builder, sig.return_type, res)
def impl(context, builder, sig, args):
va, vb = args
ta, tb = sig.args
unit_a = ta.unit
unit_b = tb.unit
ret_unit = npdatetime.get_best_unit(unit_a, unit_b)
ret = alloc_boolean_result(builder)
with builder.if_else(are_not_nat(builder, [va, vb])) as (then, otherwise):
with then:
norm_a = convert_datetime_for_arith(
builder, va, unit_a, ret_unit)
norm_b = convert_datetime_for_arith(
builder, vb, unit_b, ret_unit)
ret_val = builder.icmp(ll_op, norm_a, norm_b)
builder.store(ret_val, ret)
with otherwise:
if numpy_support.version < (1, 16):
# No scaling when comparing NaTs
ret_val = builder.icmp(ll_op, va, vb)
else:
if ll_op == lc.ICMP_NE:
ret_val = cgutils.true_bit
else:
ret_val = cgutils.false_bit
builder.store(ret_val, ret)
res = builder.load(ret)
return impl_ret_untracked(context, builder, sig.return_type, res)
def generic(self, args, kws):
if len(args) == 1:
# Guard against unary -
return
left, right = args
if isinstance(left, types.NPDatetime) and isinstance(right, types.NPDatetime):
# All units compatible! Yoohoo!
unit = npdatetime.get_best_unit(left.unit, right.unit)
return signature(types.NPTimedelta(unit), left, right)
def generic(self, args, kws):
if len(args) == 1:
# Guard against unary -
return
left, right = args
if isinstance(left, types.NPDatetime) and isinstance(right, types.NPDatetime):
# All units compatible! Yoohoo!
unit = npdatetime.get_best_unit(left.unit, right.unit)
return signature(types.NPTimedelta(unit), left, right)
def impl(context, builder, sig, args):
va, vb = args
ta, tb = sig.args
unit_a = ta.unit
unit_b = tb.unit
ret_unit = npdatetime.get_best_unit(unit_a, unit_b)
ret = alloc_boolean_result(builder)
with builder.if_else(are_not_nat(builder, [va, vb])) as (then, otherwise):
with then:
norm_a = convert_datetime_for_arith(builder, va, unit_a, ret_unit)
norm_b = convert_datetime_for_arith(builder, vb, unit_b, ret_unit)
ret_val = builder.icmp(ll_op, norm_a, norm_b)
builder.store(ret_val, ret)
with otherwise:
# No scaling when comparing NaTs
ret_val = builder.icmp(ll_op, va, vb)
builder.store(ret_val, ret)
return builder.load(ret)
def impl(context, builder, sig, args):
va, vb = args
ta, tb = sig.args
unit_a = ta.unit
unit_b = tb.unit
ret_unit = npdatetime.get_best_unit(unit_a, unit_b)
ret = alloc_boolean_result(builder)
with cgutils.ifelse(builder,
are_not_nat(builder, [va, vb])) as (then, otherwise):
with then:
norm_a = convert_datetime_for_arith(builder, va, unit_a, ret_unit)
norm_b = convert_datetime_for_arith(builder, vb, unit_b, ret_unit)
ret_val = builder.icmp(ll_op, norm_a, norm_b)
builder.store(ret_val, ret)
with otherwise:
# No scaling when comparing NaTs
ret_val = builder.icmp(ll_op, va, vb)
builder.store(ret_val, ret)
return builder.load(ret)
