def read_timestamp():
# Returns a longlong on 32-bit, and a regular int on 64-bit.
# When running on top of python, build the result a bit arbitrarily.
x = long(time.time() * 500000000)
if _is_64_bit:
return intmask(x)
else:
return longlongmask(x)
def ldiv(vm, frame, offset, bytecode):
b, a = frame.pop(), frame.pop()
frame.push(longlongmask(a) / longlongmask(b))
def lmul(vm, frame, offset, bytecode):
a, b = frame.pop(), frame.pop()
assert isinstance(a, (int, long)) and isinstance(b, (int, long))
frame.push(longlongmask(a * b))
def lstore_n(vm, frame, offset, bytecode):
local = frame.pop()
frame.insert_local(offset, longlongmask(local))
def lreturn(vm, frame, offset, bytecode):
return_value = long(frame.pop())
#assert not len(frame.stack)
frame.return_value = longlongmask(return_value)
def func(n):
m = r_ulonglong(n)
m *= 100000
return longlongmask(m)
def lushr(vm, frame, offset, bytecode):
shift, value = frame.pop(), frame.pop()
assert 0 <= shift <= 63
frame.push(longlongmask(value >> shift))
def lushr(vm, frame, offset, bytecode):
shift, value = frame.pop(), frame.pop()
assert 0 <= shift <= 63
frame.push(longlongmask(value >> shift))
def land(vm, frame, offset, bytecode):
a, b = frame.pop(), frame.pop()
assert isinstance(a, (long, int)) and isinstance(b, (long, int)), 'Mismatched type "%s", "%s"' % (a, b)
frame.push(longlongmask(a&b))
def lshl(vm, frame, offset, bytecode):
shift, value = frame.pop(), frame.pop()
assert 0 <= shift <= 63
frame.push(longlongmask(long(value) << shift))
def ldiv(vm, frame, offset, bytecode):
b, a = frame.pop(), frame.pop()
frame.push(longlongmask(a)/longlongmask(b))
def lmul(vm, frame, offset, bytecode):
a, b = frame.pop(), frame.pop()
assert isinstance(a, (int, long)) and isinstance(b, (int, long))
frame.push(longlongmask(a*b))
def ladd(vm, frame, offset, bytecode):
frame.push(longlongmask(longlongmask(frame.pop())+longlongmask(frame.pop())))
def land(vm, frame, offset, bytecode):
a, b = frame.pop(), frame.pop()
assert isinstance(a, (long, int)) and isinstance(
b, (long, int)), 'Mismatched type "%s", "%s"' % (a, b)
frame.push(longlongmask(a & b))
def lxor(vm, frame, offset, bytecode):
val1, val2 = frame.pop(), frame.pop()
frame.push(longlongmask(val1 ^ val2))
def lshl(vm, frame, offset, bytecode):
shift, value = frame.pop(), frame.pop()
assert 0 <= shift <= 63
frame.push(longlongmask(long(value) << shift))
def lreturn(vm, frame, offset, bytecode):
return_value = long(frame.pop())
#assert not len(frame.stack)
frame.return_value = longlongmask(return_value)
def lxor(vm, frame, offset, bytecode):
val1, val2 = frame.pop(), frame.pop()
frame.push(longlongmask(val1 ^ val2))
def lload_n(vm, frame, offset, bytecode):
local = frame.get_local(offset)
frame.push(longlongmask(local))
def func(n):
m = r_ulonglong(n)
m *= 100000
return longlongmask(m)
def lstore_n(vm, frame, offset, bytecode):
local = frame.pop()
frame.insert_local(offset, longlongmask(local))
def pack_float(wbuf, pos, x, size, be):
unsigned = float_pack(x, size)
value = rarithmetic.longlongmask(unsigned)
pack_float_to_buffer(wbuf, pos, value, size, be)
def ladd(vm, frame, offset, bytecode):
frame.push(
longlongmask(longlongmask(frame.pop()) + longlongmask(frame.pop())))
def f(x=r_ulonglong):
try:
return longlongmask(x)
except ValueError:
return 0
def lload_n(vm, frame, offset, bytecode):
local = frame.get_local(offset)
frame.push(longlongmask(local))
