def _o_addsub(self, other, builder, sub, invert=False):
if isinstance(other, VFloat):
a = self.o_getattr("numerator", builder)
b = self.o_getattr("denominator", builder)
if sub:
if invert:
return operators.truediv(
operators.sub(operators.mul(other,
b,
builder),
a,
builder),
b,
builder)
else:
return operators.truediv(
operators.sub(a,
operators.mul(other,
b,
builder),
builder),
b,
builder)
else:
return operators.truediv(
operators.add(operators.mul(other,
b,
builder),
a,
builder),
b,
builder)
else:
if not isinstance(other, (VFraction, VInt)):
return NotImplemented
r = VFraction()
if builder is not None:
if isinstance(other, VInt):
i = other.o_int64(builder).auto_load(builder)
x, rd = self._nd(builder)
y = builder.mul(rd, i)
else:
a, b = self._nd(builder)
c, d = other._nd(builder)
rd = builder.mul(b, d)
x = builder.mul(a, d)
y = builder.mul(c, b)
if sub:
if invert:
rn = builder.sub(y, x)
else:
rn = builder.sub(x, y)
else:
rn = builder.add(x, y)
rn, rd = _reduce(builder, rn, rd) # rd is already > 0
r.auto_store(builder, _make_ssa(builder, rn, rd))
return r
def _o_addsub(self, other, builder, sub, invert=False):
if isinstance(other, VFloat):
a = self.o_getattr("numerator", builder)
b = self.o_getattr("denominator", builder)
if sub:
if invert:
return operators.truediv(
operators.sub(operators.mul(other,
b,
builder),
a,
builder),
b,
builder)
else:
return operators.truediv(
operators.sub(a,
operators.mul(other,
b,
builder),
builder),
b,
builder)
else:
return operators.truediv(
operators.add(operators.mul(other,
b,
builder),
a,
builder),
b,
builder)
else:
if not isinstance(other, (VFraction, VInt)):
return NotImplemented
r = VFraction()
if builder is not None:
if isinstance(other, VInt):
i = other.o_int64(builder).auto_load(builder)
x, rd = self._nd(builder)
y = builder.mul(rd, i)
else:
a, b = self._nd(builder)
c, d = other._nd(builder)
rd = builder.mul(b, d)
x = builder.mul(a, d)
y = builder.mul(c, b)
if sub:
if invert:
rn = builder.sub(y, x)
else:
rn = builder.sub(x, y)
else:
rn = builder.add(x, y)
rn, rd = _reduce(builder, rn, rd) # rd is already > 0
r.auto_store(builder, _make_ssa(builder, rn, rd))
return r
def _o_muldiv(self, other, builder, div, invert=False):
if isinstance(other, VFloat):
a = self.o_getattr("numerator", builder)
b = self.o_getattr("denominator", builder)
if invert:
a, b = b, a
if div:
return operators.truediv(a,
operators.mul(b, other, builder),
builder)
else:
return operators.truediv(operators.mul(a, other, builder),
b,
builder)
else:
if not isinstance(other, (VFraction, VInt)):
return NotImplemented
r = VFraction()
if builder is not None:
a, b = self._nd(builder)
if invert:
a, b = b, a
if isinstance(other, VInt):
i = other.o_int64(builder).auto_load(builder)
if div:
b = builder.mul(b, i)
else:
a = builder.mul(a, i)
else:
c, d = other._nd(builder)
if div:
a = builder.mul(a, d)
b = builder.mul(b, c)
else:
a = builder.mul(a, c)
b = builder.mul(b, d)
if div or invert:
a, b = _signnum(builder, a, b)
a, b = _reduce(builder, a, b)
r.auto_store(builder, _make_ssa(builder, a, b))
return r
def _o_muldiv(self, other, builder, div, invert=False):
if isinstance(other, VFloat):
a = self.o_getattr("numerator", builder)
b = self.o_getattr("denominator", builder)
if invert:
a, b = b, a
if div:
return operators.truediv(a,
operators.mul(b, other, builder),
builder)
else:
return operators.truediv(operators.mul(a, other, builder),
b,
builder)
else:
if not isinstance(other, (VFraction, VInt)):
return NotImplemented
r = VFraction()
if builder is not None:
a, b = self._nd(builder)
if invert:
a, b = b, a
if isinstance(other, VInt):
i = other.o_int64(builder).auto_load(builder)
if div:
b = builder.mul(b, i)
else:
a = builder.mul(a, i)
else:
c, d = other._nd(builder)
if div:
a = builder.mul(a, d)
b = builder.mul(b, c)
else:
a = builder.mul(a, c)
b = builder.mul(b, d)
if div or invert:
a, b = _signnum(builder, a, b)
a, b = _reduce(builder, a, b)
r.auto_store(builder, _make_ssa(builder, a, b))
return r