def _ResolveNames(names, funcs, path_val):
if path_val.tag == value_e.Str:
path_list = path_val.s.split(':')
else:
path_list = [] # treat as empty path
results = []
for name in names:
if name in funcs:
kind = ('function', name)
elif Resolve(name) != builtin_e.NONE:
kind = ('builtin', name)
elif ResolveSpecial(name) != builtin_e.NONE:
kind = ('builtin', name)
elif lex.IsOtherBuiltin(name): # declare, continue, etc.
kind = ('builtin', name)
elif lex.IsKeyword(name):
kind = ('keyword', name)
else:
# Now look for files.
found = False
for path_dir in path_list:
full_path = os_path.join(path_dir, name)
if os_path.exists(full_path):
kind = ('file', full_path)
found = True
break
if not found: # Nothing printed, but status is 1.
kind = (None, None)
results.append(kind)
return results
def Type(argv, funcs, path_val):
arg, i = TYPE_SPEC.Parse(argv)
if path_val.tag == value_e.Str:
path_list = path_val.s.split(':')
else:
path_list = [] # treat as empty path
status = 0
if not arg.t:
util.warn("*** 'type' builtin called without -t ***")
status = 1
# Keep going anyway
for name in argv[i:]:
if name in funcs:
print('function')
elif Resolve(name) != EBuiltin.NONE:
print('builtin')
elif ResolveSpecial(name) != EBuiltin.NONE:
print('builtin')
elif lex.IsOtherBuiltin(name): # declare, continue, etc.
print('builtin')
elif lex.IsKeyword(name):
print('keyword')
else:
# Now look for files.
found = False
for path_dir in path_list:
full_path = os.path.join(path_dir, name)
if os.path.exists(full_path):
print('file')
found = True
break
if not found: # Nothing printed, but status is 1.
status = 1
return status