def p_func_stmt(p):
"""func_stmt : FUNCTION ident lambda_args SEMI
| FUNCTION ret EQ ident lambda_args SEMI
"""
# stmt_list of func_stmt is set below
# marked with XYZZY
global ret_expr, use_nargin, use_varargin
ret_expr = node.expr_list()
use_varargin = use_nargin = 0
if len(p) == 5:
assert isinstance(p[3], node.expr_list)
p[0] = node.func_stmt(
ident=p[2],
ret=node.expr_list(),
args=p[3],
stmt_list=node.stmt_list())
ret_expr = node.expr_list()
elif len(p) == 7:
assert isinstance(p[2], node.expr_list)
assert isinstance(p[5], node.expr_list)
p[0] = node.func_stmt(
ident=p[4], ret=p[2], args=p[5], stmt_list=node.stmt_list())
ret_expr = p[2]
else:
assert 0
def p_func_stmt(p):
"""func_stmt : FUNCTION ident lambda_args SEMI
| FUNCTION ret EQ ident lambda_args SEMI
"""
# stmt_list of func_stmt is set below
# marked with XYZZY
global ret_expr, use_nargin, use_varargin
ret_expr = node.expr_list()
use_varargin = use_nargin = 0
if len(p) == 5:
assert isinstance(p[3], node.expr_list)
p[0] = node.func_stmt(
ident=p[2],
ret=node.expr_list(),
args=p[3],
stmt_list=node.stmt_list())
ret_expr = node.expr_list()
elif len(p) == 7:
assert isinstance(p[2], node.expr_list)
assert isinstance(p[5], node.expr_list)
p[0] = node.func_stmt(
ident=p[4], ret=p[2], args=p[5], stmt_list=node.stmt_list())
ret_expr = p[2]
else:
assert 0
def p_func_stmt(p):
"""func_stmt : FUNCTION ident args_opt SEMI
| FUNCTION ret EQ ident args_opt SEMI
"""
global ret_expr,use_nargin,use_varargin
use_varargin = use_nargin = 0
if len(p) == 5:
assert isinstance(p[3],node.expr_list)
p[0] = node.func_stmt(ident=p[2],
ret=node.expr_list(),
args=p[3])
ret_expr = node.expr_list()
elif len(p) == 7:
assert isinstance(p[2],node.expr_list)
assert isinstance(p[5],node.expr_list)
p[0] = node.func_stmt(ident=p[4],
ret=p[2],
args=p[5])
ret_expr = p[2]
else:
assert 0