def _make_global_functions():
"""
Make global functions wrapping each compute function.
Note that some of the automatically-generated wrappers may be overriden
by custom versions below.
"""
g = globals()
reg = function_registry()
# Avoid clashes with Python keywords
rewrites = {'and': 'and_', 'or': 'or_'}
for cpp_name in reg.list_functions():
name = rewrites.get(cpp_name, cpp_name)
func = reg.get_function(cpp_name)
assert name not in g, name
g[cpp_name] = g[name] = _wrap_function(name, func)
def _make_global_functions():
"""
Make global functions wrapping each compute function.
Note that some of the automatically-generated wrappers may be overriden
by custom versions below.
"""
g = globals()
reg = function_registry()
for name in reg.list_functions():
assert name not in g, name
func = reg.get_function(name)
if func.arity == 1:
g[name] = _simple_unary_function(name)
elif func.arity == 2:
g[name] = _simple_binary_function(name)
else:
raise NotImplementedError("Unsupported function arity: ",
func.arity)
def _make_global_functions():
"""
Make global functions wrapping each compute function.
Note that some of the automatically-generated wrappers may be overridden
by custom versions below.
"""
g = globals()
reg = function_registry()
# Avoid clashes with Python keywords
rewrites = {'and': 'and_', 'or': 'or_'}
for cpp_name in reg.list_functions():
name = rewrites.get(cpp_name, cpp_name)
func = reg.get_function(cpp_name)
if func.kind == "hash_aggregate":
# Hash aggregate functions are not callable,
# so let's not expose them at module level.
continue
assert name not in g, name
g[cpp_name] = g[name] = _wrap_function(name, func)
