def _jit(func):
global __tr_map__
llvm = kws.pop('llvm', True)
if func in __tr_map__:
logger.warning("Warning: Previously compiled version of %r may be "
"garbage collected!" % (func,))
use_ast = False
if backend == 'ast':
use_ast = True
if argtypes and restype:
for arg_type in list(argtypes) + [restype]:
if not isinstance(arg_type, minitypes.Type):
use_ast = False
debugout("String type specified, using bytecode translator...")
break
if use_ast:
return jit2(argtypes=argtypes)(func)
else:
if argtypes is None:
argtyps = [double]
else:
argtyps = argtypes
t = bytecode_translate.Translate(func, restype=restype or double,
argtypes=argtyps, **kws)
t.translate()
# print t.lfunc
__tr_map__[func] = t
ctypes_func = t.get_ctypes_func(llvm)
return NumbaFunction(func, ctypes_func=ctypes_func, lfunc=t.lfunc)
def demo_function (min_x, max_x, min_y, out_arr):
width = out_arr.shape[0]
height = out_arr.shape[1]
delta = (max_x - min_x) / width
for x in range(width):
x_val = min_x + x * delta
for y in range(height):
y_val = min_y + y * delta
debugout("demo_function(): x = ", x, ", y =", y, ", x_val = ",
x_val, ", y_val = ", y_val)
out_arr[x, y, 0] = x_val
out_arr[x, y, 1] = y_val
def demo_function (min_x, max_x, min_y, out_arr):
width = out_arr.shape[0]
height = out_arr.shape[1]
delta = (max_x - min_x) / width
for x in range(width):
x_val = min_x + x * delta
for y in range(height):
y_val = min_y + y * delta
debugout("demo_function(): x = ", x, ", y =", y, ", x_val = ",
x_val, ", y_val = ", y_val)
out_arr[x, y, 0] = x_val
out_arr[x, y, 1] = y_val
def _jit(func):
global __tr_map__
llvm = kws.pop('llvm', True)
if func in __tr_map__:
logger.warning("Warning: Previously compiled version of %r may be "
"garbage collected!" % (func, ))
use_ast = False
if backend == 'ast':
use_ast = True
if argtypes and restype:
for arg_type in list(argtypes) + [restype]:
if not isinstance(arg_type, minitypes.Type):
use_ast = False
debugout(
"String type specified, using bytecode translator..."
)
break
if use_ast:
return jit2(argtypes=argtypes)(func)
else:
if argtypes is None:
argtyps = [double]
else:
argtyps = argtypes
t = bytecode_translate.Translate(func,
restype=restype or double,
argtypes=argtyps,
**kws)
t.translate()
# print t.lfunc
__tr_map__[func] = t
ctypes_func = t.get_ctypes_func(llvm)
return NumbaFunction(func, ctypes_func=ctypes_func, lfunc=t.lfunc)
def _jit(func):
global __tr_map__
llvm = kws.pop('llvm', True)
if func in __tr_map__:
logger.warning("Warning: Previously compiled version of %r may be "
"garbage collected!" % (func,))
use_ast = False
if backend == 'ast':
use_ast = True
for arg_type in list(arg_types) + [ret_type]:
if not isinstance(arg_type, minitypes.Type):
use_ast = False
debugout("String type specified, using bytecode translator...")
break
if use_ast:
return jit_ast(arg_types=arg_types)(func)
else:
t = bytecode_translate.Translate(func, ret_type=ret_type,
arg_types=arg_types, **kws)
t.translate()
__tr_map__[func] = t
return t.get_ctypes_func(llvm)