def gen_java_jo_o2j(self, inner):
str = ''
if self.list_type in s_java_simple_type_object_map:
str += '''
for ({type} item : {list}) {{
{jsonArray}.put(item);
}} '''.format(type=s_java_simple_type_object_map[self.list_type],
list=str_with_suf('list', inner), jsonArray=str_with_suf('jsonArray', inner)
)
elif self.list_type in s_dict_types:
str += '''
for ({type} item : {list}) {{
JSONObject jsonObj = {class_name}.JSONFromObject(item);
{jsonArray}.put(jsonObj);
}} '''.format(class_name=self.dict_meta.get_java_class_name(), type=self.dict_meta.get_java_class_name(),
list=str_with_suf('list', inner), jsonArray=str_with_suf('jsonArray', inner)
)
elif self.list_type in s_list_types:
type_str = self.list_meta.get_java_type_str()
statement = self.list_meta.gen_java_jo_o2j(inner + 1)
statement = str_with_indent(statement, 1)
str += '''
for ({type} {list1} : {list}) {{
JSONArray {jsonArray1} = new JSONArray();{statement}
{jsonArray}.put({jsonArray1});
}} '''.format(jsonArray1=str_with_suf('jsonArray', inner + 1), i=str_with_suf('i', inner),
type=type_str, jsonArray=str_with_suf('jsonArray', inner),
list1=str_with_suf('list', inner + 1), i1=str_with_suf('i', inner + 1),
statement=statement, list2=str_with_suf('list', inner + 2),
list=str_with_suf('list', inner))
return str
def gen_java_jo_j2o(self):
str = ''
if self.field_type in s_java_jo_simple_type_put_map:
str = '''
object.%s = jsonObject.%s("%s");''' % (
self.name, s_java_jo_simple_type_put_map[self.field_type], self.orig)
elif self.field_type in s_dict_types:
str = '''
if (jsonObject.optJSONObject("%s") != null) {
JSONObject jsonObj = jsonObject.optJSONObject("%s");
object.%s = %s.objectFromJSON(jsonObj);
}
''' % (self.name, self.orig, self.name, self.dict_meta.get_java_class_name())
elif self.field_type in s_list_types:
type_str = self.get_java_type_str()
str = '''
if (jsonObject.optJSONArray("%s") != null) {
JSONArray jsonArray = jsonObject.optJSONArray("%s");
%s list = new ArrayList<>();
for (int i = 0; i < jsonArray.length(); i++) {%s }
object.%s = list;
}
''' % (self.orig, self.orig, type_str, str_with_indent(self.list_meta.gen_java_jo_j2o(0), 2), self.name)
return str
def gen_java_jo_o2j(self):
str = ''
if self.field_type in s_java_jo_simple_type_put_map:
str = '''
jsonObject.put("{orig}", object.{name});'''.format(orig=self.orig,
name=self.name)
elif self.field_type in s_dict_types:
str = '''
if(object.{name} != null){{
JSONObject jsonObj = {class_name}.JSONFromObject(object.{name});
jsonObject.put("{orig}",jsonObj);
}} '''.format(name=self.name,
orig=self.orig,
class_name=self.dict_meta.get_java_class_name())
elif self.field_type in s_list_types:
type_str = self.get_java_type_str()
statement = str_with_indent(self.list_meta.gen_java_jo_o2j(0), 1)
str = '''
if(object.{name}!=null){{
{type} list = object.{name};
JSONArray jsonArray = new JSONArray();{statement}
jsonObject.put("{orig}",jsonArray);
}} '''.format(orig=self.orig,
type=type_str,
statement=statement,
name=self.name)
return str
def gen_java_jo_j2o(self, inner):
str = ''
if self.list_type in s_java_simple_type_object_map:
str += '''
{type} item = {jsonArray}.{jo_type}({i});
{list}.add(item);
'''.format(type=s_java_simple_type_object_map[self.list_type],
jo_type=s_java_jo_simple_type_put_map[self.list_type],
jsonArray=str_with_suf('jsonArray', inner),
i=str_with_suf('i', inner), list=str_with_suf('list', inner))
elif self.list_type in s_dict_types:
str += '''
JSONObject jsonObj = {jsonArray}.optJSONObject(i);
if(jsonObj!=null) {{
{class_name} item = {class_name}.objectFromJSON(jsonObj);
{list}.add(item);
}}
'''.format(class_name=self.dict_meta.get_java_class_name(), jsonArray=str_with_suf('jsonArray', inner),
list=str_with_suf('list', inner), )
elif self.list_type in s_list_types:
type_str = self.list_meta.get_java_type_str()
statement = self.list_meta.gen_java_jo_j2o(inner + 1)
statement = str_with_indent(statement, 1)
str += '''
JSONArray {jsonArray1} = {jsonArray}.optJSONArray({i});
{type} {list1} = new ArrayList<>();
for (int {i1} = 0; {i1} < {jsonArray1}.length(); {i1}++) {{{statement}}}
{list}.add({list1});
'''.format(jsonArray1=str_with_suf('jsonArray', inner + 1), i=str_with_suf('i', inner),
type=type_str, jsonArray=str_with_suf('jsonArray', inner),
list1=str_with_suf('list', inner + 1), i1=str_with_suf('i', inner + 1),
statement=statement,
list=str_with_suf('list', inner))
return str
def gen_java_jo_j2o(self):
str = ''
if self.field_type in s_java_jo_simple_type_put_map:
str = '''
object.%s = jsonObject.%s("%s");''' % (
self.name, s_java_jo_simple_type_put_map[self.field_type],
self.orig)
elif self.field_type in s_dict_types:
str = '''
if (jsonObject.optJSONObject("%s") != null) {
JSONObject jsonObj = jsonObject.optJSONObject("%s");
object.%s = %s.objectFromJSON(jsonObj);
}
''' % (self.name, self.orig, self.name, self.dict_meta.get_java_class_name())
elif self.field_type in s_list_types:
type_str = self.get_java_type_str()
str = '''
if (jsonObject.optJSONArray("%s") != null) {
JSONArray jsonArray = jsonObject.optJSONArray("%s");
%s list = new ArrayList<>();
for (int i = 0; i < jsonArray.length(); i++) {%s }
object.%s = list;
}
''' % (self.orig, self.orig, type_str,
str_with_indent(self.list_meta.gen_java_jo_j2o(0), 2), self.name)
return str
def gen_java_jo_jsonfromobject(self):
str = ''
str += '''
public static JSONObject JSONFromObject({class_name} object) {{
JSONObject jsonObject = new JSONObject();
try {{ '''.format(class_name=self.get_java_class_name())
field_str = ''
for field_meta in self.field_meta_array:
field_str += str_with_indent(field_meta.gen_java_jo_o2j(), 1)
field_str += '''
} catch (JSONException e) {
e.printStackTrace();
}
return jsonObject; '''
str += str_with_indent(field_str, 1)
str += '\n}\n'
return str
def gen_java_jo_jsonfromobject(self):
str = ''
str += '''
public static JSONObject JSONFromObject({class_name} object) {{
JSONObject jsonObject = new JSONObject();
try {{ '''.format(class_name=self.get_java_class_name())
field_str = ''
for field_meta in self.field_meta_array:
field_str += str_with_indent(field_meta.gen_java_jo_o2j(), 1)
field_str += '''
} catch (JSONException e) {
e.printStackTrace();
}
return jsonObject; '''
str += str_with_indent(field_str, 1)
str += '\n}\n'
return str
def gen_java_jo_objectfromjson(self):
str = ''
str += '''
public static {class_name} objectFromJSON(JSONObject jsonObject) {{
{class_name} object = new {class_name}(); '''.format(class_name=self.get_java_class_name())
field_str = ''
for field_meta in self.field_meta_array:
field_str += field_meta.gen_java_jo_j2o()
field_str += '\nreturn object;'
str += str_with_indent(field_str, 1)
str += '\n}\n'
return str
def gen_java_class_meta(self):
str_static = ''
if not self.is_base():
str_static = 'static '
str = '\npublic %sclass %s {\n' % (str_static,
self.get_java_class_name())
if LeUtils.s_dialect in ['ls']:
str = '@JsonObject\n' + str
for field_meta in self.field_meta_array:
field_str = ''
if LeUtils.s_dialect in ['gs', 'le']:
field_str = field_meta.gen_java_gs_declare()
elif LeUtils.s_dialect in ['fj']:
field_str = field_meta.gen_java_fj_declare()
elif LeUtils.s_dialect in ['jc']:
field_str = field_meta.gen_java_ja_declare()
elif LeUtils.s_dialect in ['ls']:
field_str = field_meta.gen_java_ls_declare()
elif LeUtils.s_dialect in ['jo']:
field_str = field_meta.gen_java_jo_declare()
str += field_str + '\n'
if LeUtils.s_dialect in ['jo']:
if self.is_base() and not LeUtils.s_no_string:
if not LeUtils.s_no_serialize:
str += self.gen_java_jo_o2s()
if not LeUtils.s_no_deserialize:
str += self.gen_java_jo_s2o()
method_str = ''
if not LeUtils.s_no_serialize:
method_str += self.gen_java_jo_jsonfromobject()
if not LeUtils.s_no_deserialize:
method_str += self.gen_java_jo_objectfromjson()
if method_str:
str += str_with_indent(method_str, 1)
if not LeUtils.s_java_public:
for field_meta in self.field_meta_array:
field_str = field_meta.gen_java_gs_getter_setter()
str += field_str + '\n'
for field_meta in self.field_meta_array:
field_str = ""
if field_meta.field_type in s_list_types:
field_str += field_meta.list_meta.gen_java_list_meta()
elif field_meta.field_type in s_dict_types:
field_str += field_meta.dict_meta.gen_java_class_meta()
str += '\t'.join(field_str.splitlines(True))
str += '}\n\n'
return str
def gen_java_jo_objectfromjson(self):
str = ''
str += '''
public static {class_name} objectFromJSON(JSONObject jsonObject) {{
{class_name} object = new {class_name}(); '''.format(
class_name=self.get_java_class_name())
field_str = ''
for field_meta in self.field_meta_array:
field_str += field_meta.gen_java_jo_j2o()
field_str += '\nreturn object;'
str += str_with_indent(field_str, 1)
str += '\n}\n'
return str
def gen_java_class_meta(self):
str_static = ''
if not self.is_base():
str_static = 'static '
str = '\npublic %sclass %s {\n' % (str_static, self.get_java_class_name())
if LeUtils.s_dialect in ['ls']:
str = '@JsonObject\n' + str
for field_meta in self.field_meta_array:
field_str = ''
if LeUtils.s_dialect in ['gs', 'le']:
field_str = field_meta.gen_java_gs_declare()
elif LeUtils.s_dialect in ['fj']:
field_str = field_meta.gen_java_fj_declare()
elif LeUtils.s_dialect in ['jc']:
field_str = field_meta.gen_java_ja_declare()
elif LeUtils.s_dialect in ['ls']:
field_str = field_meta.gen_java_ls_declare()
elif LeUtils.s_dialect in ['jo']:
field_str = field_meta.gen_java_jo_declare()
str += field_str + '\n'
if LeUtils.s_dialect in ['jo']:
if self.is_base() and not LeUtils.s_no_string:
if not LeUtils.s_no_serialize:
str += self.gen_java_jo_o2s()
if not LeUtils.s_no_deserialize:
str += self.gen_java_jo_s2o()
method_str =''
if not LeUtils.s_no_serialize:
method_str += self.gen_java_jo_jsonfromobject()
if not LeUtils.s_no_deserialize:
method_str += self.gen_java_jo_objectfromjson()
if method_str:
str += str_with_indent(method_str, 1)
if not LeUtils.s_java_public:
for field_meta in self.field_meta_array:
field_str = field_meta.gen_java_gs_getter_setter()
str += field_str + '\n'
for field_meta in self.field_meta_array:
field_str = ""
if field_meta.field_type in s_list_types:
field_str += field_meta.list_meta.gen_java_list_meta()
elif field_meta.field_type in s_dict_types:
field_str += field_meta.dict_meta.gen_java_class_meta()
str += '\t'.join(field_str.splitlines(True))
str += '}\n\n'
return str
def gen_java_jo_j2o(self, inner):
str = ''
if self.list_type in s_java_simple_type_object_map:
str += '''
{type} item = {jsonArray}.{jo_type}({i});
{list}.add(item);
'''.format(type=s_java_simple_type_object_map[self.list_type],
jo_type=s_java_jo_simple_type_put_map[self.list_type],
jsonArray=str_with_suf('jsonArray', inner),
i=str_with_suf('i', inner),
list=str_with_suf('list', inner))
elif self.list_type in s_dict_types:
str += '''
JSONObject jsonObj = {jsonArray}.optJSONObject(i);
if(jsonObj!=null) {{
{class_name} item = {class_name}.objectFromJSON(jsonObj);
{list}.add(item);
}}
'''.format(
class_name=self.dict_meta.get_java_class_name(),
jsonArray=str_with_suf('jsonArray', inner),
list=str_with_suf('list', inner),
)
elif self.list_type in s_list_types:
type_str = self.list_meta.get_java_type_str()
statement = self.list_meta.gen_java_jo_j2o(inner + 1)
statement = str_with_indent(statement, 1)
str += '''
JSONArray {jsonArray1} = {jsonArray}.optJSONArray({i});
{type} {list1} = new ArrayList<>();
for (int {i1} = 0; {i1} < {jsonArray1}.length(); {i1}++) {{{statement}}}
{list}.add({list1});
'''.format(jsonArray1=str_with_suf('jsonArray', inner + 1),
i=str_with_suf('i', inner),
type=type_str,
jsonArray=str_with_suf('jsonArray', inner),
list1=str_with_suf('list', inner + 1),
i1=str_with_suf('i', inner + 1),
statement=statement,
list=str_with_suf('list', inner))
return str
def gen_java_jo_o2j(self):
str = ''
if self.field_type in s_java_jo_simple_type_put_map:
str = '''
jsonObject.put("{orig}", object.{name});'''.format(orig=self.orig, name=self.name)
elif self.field_type in s_dict_types:
str = '''
if(object.{name} != null){{
JSONObject jsonObj = {class_name}.JSONFromObject(object.{name});
jsonObject.put("{orig}",jsonObj);
}} '''.format(name=self.name, orig=self.orig, class_name=self.dict_meta.get_java_class_name())
elif self.field_type in s_list_types:
type_str = self.get_java_type_str()
statement = str_with_indent(self.list_meta.gen_java_jo_o2j(0), 1)
str = '''
if(object.{name}!=null){{
{type} list = object.{name};
JSONArray jsonArray = new JSONArray();{statement}
jsonObject.put("{orig}",jsonArray);
}} '''.format(orig=self.orig, type=type_str, statement=statement, name=self.name)
return str
def gen_java_jo_o2j(self, inner):
str = ''
if self.list_type in s_java_simple_type_object_map:
str += '''
for ({type} item : {list}) {{
{jsonArray}.put(item);
}} '''.format(type=s_java_simple_type_object_map[self.list_type],
list=str_with_suf('list', inner),
jsonArray=str_with_suf('jsonArray', inner))
elif self.list_type in s_dict_types:
str += '''
for ({type} item : {list}) {{
JSONObject jsonObj = {class_name}.JSONFromObject(item);
{jsonArray}.put(jsonObj);
}} '''.format(class_name=self.dict_meta.get_java_class_name(),
type=self.dict_meta.get_java_class_name(),
list=str_with_suf('list', inner),
jsonArray=str_with_suf('jsonArray', inner))
elif self.list_type in s_list_types:
type_str = self.list_meta.get_java_type_str()
statement = self.list_meta.gen_java_jo_o2j(inner + 1)
statement = str_with_indent(statement, 1)
str += '''
for ({type} {list1} : {list}) {{
JSONArray {jsonArray1} = new JSONArray();{statement}
{jsonArray}.put({jsonArray1});
}} '''.format(jsonArray1=str_with_suf('jsonArray', inner + 1),
i=str_with_suf('i', inner),
type=type_str,
jsonArray=str_with_suf('jsonArray', inner),
list1=str_with_suf('list', inner + 1),
i1=str_with_suf('i', inner + 1),
statement=statement,
list2=str_with_suf('list', inner + 2),
list=str_with_suf('list', inner))
return str