def setUp(self):
self.c_parser = Cparser(False)
def main():
if not GUI_CPARSER:
print "Wrong cparser imported:"
exit()
print "Starting generation..."
parser = ArgumentParser()
parser.add_argument("-d", "--dir", dest="directory",
action="append", help="Source C-files to introspect", required=True)
parser.add_argument("-o", "--outdir", dest="outdir",
action="store", help="Output directory", required=True)
parser.add_argument("-t", "--typedefs", dest="typedefs",
action="store", help="Additional typedefs for parser")
parser.add_argument("-X", "--xmldir", dest="xmldir", default = sys.path,
action="append", help="Directory to search for parent classes's XMLs")
parser.add_argument("-v", "--verbose",
action="store_true", dest="verbose", default=False,
help="Verbose output")
args = parser.parse_args()
verbose_print = None
if args.verbose is True:
verbose_print = verbose_true
else:
verbose_print = verbose_false
directories = []
outdir = ""
typedefs = ""
xmldir = []
directories = abs_path_get(args.directory)
outdir = abs_path_get([args.outdir])[0]
if args.xmldir is not None:
xmldir = abs_path_get(args.xmldir, False)# not abort if dir doesn't exist
if args.typedefs != None:
typedefs = abs_path_get([args.typedefs])[0]
files = dir_files_get(directories)
c_files = filter(isC, files)
h_files = filter(isH, files)
cp = Cparser(args.verbose)
cp.outdir_set(outdir)
#adding typedefs from extern file
if typedefs:
cp.typedefs_add(typedefs)
#fetching data from c-file
for f in c_files:
# cp.c_file_data_get(f)
cp.c_file_data_get2(f)
#fetching data from h-file
for f in h_files:
cp.h_file_data_get(f)
#remove records, which are not class, t.e. they don't have GET_FUNCTION key
cl_data_tmp = dict(cp.cl_data) #deep copy of dictionary
for k in cl_data_tmp:
if const.GET_FUNCTION not in cp.cl_data[k]:
print "Warning: no define for class: %s. Record will be excluded from tree"%k
cp.cl_data.pop(k)
del cl_data_tmp
#mapping #defines, comments(@def) and op_ids together, to parse parameters
for k in cp.cl_data:
cp.parse_op_func_params(k)
#cp.print_data()
tup = cp.gui_parser_data_get()
cp.typedef_file_create(tup)
del cp
class testP(unittest.TestCase):
def setUp(self):
self.c_parser = Cparser(False)
def test_fetch_data(self):
f = open('test_data.in', 'r')
s = f.read()
f.close()
class_def_answer = {"class_get" : ["parent",
["brother"],
"test_class_name",
"EO_CLASS_TYPE_REGULAR",
["ELM_OBJ_PAN_BASE_ID",
[("ELM_OBJ_PAN_SUB_ID_POS_SET", "pos_set"),
("ELM_OBJ_PAN_SUB_ID_POS_GET", "pos_get")],
"ELM_OBJ_PAN_SUB_ID_LAST"],
["EO_EV_CALLBACK_ADD", "EO_EV_CALLBACK_DEL", "EO_EV_DEL"]
]}
answer = class_def_answer
ret = self.c_parser.fetch_data(s)
self.assertEqual(ret, answer)
def test_isC(self):
self.assertTrue(isC("abc.c"))
self.assertTrue(isC("abc.cc"))
self.assertTrue(isC("abc.cpp"))
self.assertFalse(isC("abc.cp"))
self.assertFalse(isC("abc.def.c"))
self.assertTrue(isC("/abc/def/file.c"))
self.assertTrue(isC("/abc/def2.7/file.c"))
def test_isH(self):
self.assertTrue(isH("abc.h"))
self.assertFalse(isH("abc.c"))
self.assertFalse(isH("abc.def.h"))
self.assertTrue(isH("/abc/def/file.h"))
self.assertTrue(isH("/abc/def2.7/file.h"))
def test_isXML(self):
self.assertTrue(isXML("abc.xml"))
self.assertFalse(isXML("abc.h"))
self.assertFalse(isXML("abc.qwe.xml"))
self.assertTrue(isXML("/abc/def/abc.xml"))
self.assertTrue(isXML("/abc/py2.7/abc.xml"))
def test_abs_path_get(self):
_in = "test_data.in"
_in_list = [_in]
_out = _in
_out = os.path.expanduser(_out)
_out = os.path.abspath(_out)
self.assertEqual(abs_path_get(_in_list), [_out])
def test_normalize_names(self):
_in = ["hello world", "elm_Box", "evas Object-SmaRt", "EvAs-common InTeRface"]
_out = ["HelloWorld", "ElmBox", "EvasObjectSmart", "EvasCommonInterface"]
self.assertEqual(normalize_names(_in), _out)
def test_get_param_dir_from_comment(self):
s = """
@param[in,out] a
@param[in] a
@param[out] a
parem[in]
@param [in] a
@param [out] a
@param[in, out] a
@param in
@param [ in ]
@param [ out, in ]
@param sdf [ out ]
"""
_out = ["in,out", "in", "out", "in", "out", "in,out", "in,out", "in", "in,out", "in,out"]
ret = self.c_parser.get_param_dir_from_comment(s)
self.assertEqual(ret, _out)
def main():
parser = ArgumentParser()
parser.add_argument(
"-d", "--dir", dest="directory", action="append", help="Source C-files to introspect", required=True
)
parser.add_argument("-o", "--outdir", dest="outdir", action="store", help="Output directory", required=True)
parser.add_argument("-t", "--typedefs", dest="typedefs", action="store", help="Additional typedefs for parser")
parser.add_argument(
"-X",
"--xmldir",
dest="xmldir",
default=sys.path,
action="append",
help="Directory to search for parent classes's XMLs",
)
parser.add_argument("-v", "--verbose", action="store_true", dest="verbose", default=False, help="Verbose output")
args = parser.parse_args()
verbose_print = None
if args.verbose is True:
verbose_print = verbose_true
else:
verbose_print = verbose_false
directories = []
outdir = ""
typedefs = ""
xmldir = []
directories = abs_path_get(args.directory)
outdir = abs_path_get([args.outdir])[0]
if args.xmldir is not None:
xmldir = abs_path_get(args.xmldir, False) # not abort if dir doesn't exist
if args.typedefs != None:
typedefs = abs_path_get([args.typedefs])[0]
files = dir_files_get(directories)
c_files = filter(isC, files)
h_files = filter(isH, files)
cp = Cparser(args.verbose)
cp.outdir_set(outdir)
# adding typedefs from extern file
if typedefs:
cp.typedefs_add(typedefs)
# fetching data from c-file
for f in c_files:
# cp.c_file_data_get(f)
cp.c_file_data_get2(f)
# fetching data from h-file
for f in h_files:
cp.h_file_data_get(f)
# remove records, which are not class, t.e. they don't have GET_FUNCTION key
cl_data_tmp = dict(cp.cl_data) # deep copy of dictionary
for k in cl_data_tmp:
if const.GET_FUNCTION not in cp.cl_data[k]:
print "Warning: no define for class: %s. Record will be excluded from tree" % k
cp.cl_data.pop(k)
del cl_data_tmp
# mapping #defines, comments(@def) and op_ids together, to parse parameters
for k in cp.cl_data:
cp.parse_op_func_params(k)
# creating list of all parents for classes which are in tree
list_of_parents = []
for k in cp.cl_data:
list_of_parents += cp.cl_data[k][const.PARENTS]
list_of_parents = list(set(list_of_parents))
# checking, if we need to find any parent and filtering it's ids
cl_data_tmp2 = dict(cp.cl_data)
parents_to_find = filter(lambda ll: True if ll not in cl_data_tmp2 else False, list_of_parents)
# if we have parents to find
if len(parents_to_find) != 0:
if len(xmldir) == 0:
print "No XML directory was provided"
verbose_print("xmldir: %s\n" % xmldir)
xml_files = dir_files_get(xmldir)
xml_files = filter(isXML, xml_files)
if len(xml_files) == 0:
print "ERROR: no include files found for %s classes... Aborting..." % ",".join(parents_to_find)
exit(1)
# parsing include XMLs
xp = XMLparser()
for f in xml_files:
xp.parse(f)
# saving data about parents we were looking for
for n, o in xp.objects.items():
if o.macro in parents_to_find:
cp.cl_incl[o.macro] = {const.MODULE: o.mod_name, const.C_NAME: o.c_name}
i = parents_to_find.index(o.macro)
parents_to_find.pop(i)
del xp
# if there are still parents, which we need to find - exit
if len(parents_to_find) != 0:
print "ERROR: XML files weren't found for %s classes... Aborting" % (",".join(parents_to_find))
exit(1)
# building XMLs
for k in cp.cl_data:
cp.build_xml(k)
del cp
