def parse(self, directory):
# create core folder if not exists and remove last build
jni_dir_path = 'jni'
io_utils.make_directory_if_not_exists(jni_dir_path)
# start parsing xml
e = xml.etree.ElementTree.parse(directory)
root = e.getroot()
# search directories
for folder_node in root.findall('group'):
group_name = folder_node.get('name')
# search classes
for class_node in folder_node.findall('class'):
class_name = class_node.get('name')
print 'Find class {0} under "{1}" group'.format(class_name, group_name)
# parse all <variable/>
jni_var_list = []
for variable in class_node.findall('variable'):
variable_name = variable.get('name')
variable_type = variable.get('type')
variable_enum_or_none = variable.get('enum')
jni_var = JniVariable(variable_name, variable_type, group_name, class_name)
jni_var.set_enum_class_name(variable_enum_or_none)
jni_var_list.append(jni_var)
# parse <manager/>
jni_manager = None
manager_or_none = class_node.find('manager')
if manager_or_none is not None:
manager_name = manager_or_none.get('name')
jni_manager = JniManager(manager_name)
# parse all <save/>
for save_node in manager_or_none.findall('save'):
is_plural = False
plural_node = save_node.get('plural')
if plural_node is not None:
is_plural = True
save_command = CppManagerSaveCommand(is_plural)
jni_manager.add_save_command(save_command)
# parse all <delete/>
for delete_node in manager_or_none.findall('delete'):
is_plural = False
plural_node = delete_node.get('plural')
if plural_node is not None:
is_plural = True
by = delete_node.get('by')
delete_command = CppManagerDeleteCommand(is_plural, by)
jni_manager.add_delete_command(delete_command)
# parse all <fetch/>
for fetch_node in manager_or_none.findall('fetch'):
is_plural = False
plural_node = fetch_node.get('plural')
if plural_node is not None:
is_plural = True
by = fetch_node.get('by')
fetch_command = CppManagerFetchCommand(is_plural, by)
jni_manager.add_fetch_command(fetch_command)
# write jni wrapper header
jni_wrapper = JniClass(group_name, class_name, jni_var_list, jni_manager)
jni_wrapper.generate_header()
# write jni wrapper implementation
jni_wrapper.generate_implementation()
# write jni wrapper manager header
jni_wrapper.generate_manager_header()
# write jni wrapper manager implementation
jni_wrapper.generate_manager_implementation()
from skr_java_builder.java_model_xml_parser import JavaModelXmlParser
from skr_jni_builder.jni_model_xml_parser import JniModelXmlParser
from skr_objc_builder.objc_model_xml_parser import ObjcModelXmlParser
from skrutil import io_utils
from skrutil.config import Config
if __name__ == "__main__":
# Fixes Chinese chars encoding issue
reload(sys)
sys.setdefaultencoding('utf-8')
input_file_path = sys.argv[1]
dir_path, file_name = os.path.split(input_file_path)
io_utils.make_directory_if_not_exists("build")
if dir_path is None or dir_path == '':
dir_path = '当前路径'
print('输入的文件路径为:{0}, 文件名为:{1}'.format(dir_path, file_name))
print('开始解析据...')
config = Config('config/worktile.precfg.xml')
parser = CppModelXmlParser(6.0)
parser.parse(input_file_path, config)
objc_parser = ObjcModelXmlParser(6.0)
objc_parser.parse(input_file_path, config)
def parse(self, directory, config):
"""Parse the input file with user-defined config.
Args:
directory: A string represents module.xml file.
config: A <Config> object represents user-defined info, such as class prefix.
"""
# create core folder if not exists and remove last build
objc_dir_path = 'build/ObjectiveCppWrapper'
io_utils.make_directory_if_not_exists(objc_dir_path)
# start parsing xml
e = xml.etree.ElementTree.parse(directory)
root = e.getroot()
# search directories
for folder_node in root.findall('group'):
group_name = folder_node.get('name')
objc_group_name = 'build/ObjectiveCppWrapper/' + string_utils.cpp_group_name_to_objc_group_name(group_name)
io_utils.make_directory_if_not_exists(objc_group_name)
# search classes
for class_node in folder_node.findall('class'):
class_name = class_node.get('name')
print 'Find objc class {0} under "{1}" group'.format(class_name, group_name)
# parse all <enum/>
objc_enum_list = []
for enum in class_node.findall('enum'):
enum_name = enum.get('name')
objc_enum = ObjcEnum(enum_name)
for enum_value in enum.findall('value'):
int_value = enum_value.get('int_value')
alias = enum_value.get('alias')
objc_enum.append(int_value, alias)
objc_enum_list.append(objc_enum)
# parse all <variable/>
objc_var_list = []
for variable in class_node.findall('variable'):
variable_name = variable.get('name')
variable_type = variable.get('type')
variable_enum_or_none = variable.get('enum')
objc_var = ObjcVariable(variable_name, variable_type)
objc_var.set_enum_class_name(variable_enum_or_none)
objc_var_list.append(objc_var)
# parse <manager/>
objc_manager = None
manager_or_none = class_node.find('manager')
if manager_or_none is not None:
manager_name = manager_or_none.get('name')
objc_manager = ObjcManager(manager_name)
# parse all <save/>
for save_node in manager_or_none.findall('save'):
is_plural = False
plural_node = save_node.get('plural')
if plural_node is not None:
is_plural = True
alias_attr = save_node.get('alias')
save_command = CppManagerSaveCommand(is_plural, [], alias_attr)
objc_manager.add_save_command(save_command)
# parse all <delete/>
for delete_node in manager_or_none.findall('delete'):
is_plural = False
plural_node = delete_node.get('plural')
if plural_node is not None:
is_plural = True
by = delete_node.get('by')
alias_attr = delete_node.get('alias')
delete_command = CppManagerDeleteCommand(is_plural, by, [], alias_attr)
objc_manager.add_delete_command(delete_command)
# parse all <fetch/>
for fetch_node in manager_or_none.findall('fetch'):
is_plural = False
plural_node = fetch_node.get('plural')
if plural_node is not None:
is_plural = True
by = fetch_node.get('by')
sort_by_or_none = fetch_node.get('sort')
is_asc = True
if sort_by_or_none is not None:
desc_desciption_or_none = fetch_node.get('desc')
if desc_desciption_or_none is not None:
if desc_desciption_or_none == 'true':
is_asc = False
alias_attr = fetch_node.get('alias')
fetch_command = CppManagerFetchCommand(is_plural, by, sort_by_or_none, is_asc, [], alias_attr)
objc_manager.add_fetch_command(fetch_command)
# parse all <api/>
for api_node in manager_or_none.findall('api'):
api_name = api_node.get('name')
api_alias = api_node.get('alias')
api_method = api_node.get('method')
api_uri = api_node.get('uri')
input_var_list = []
inputs_node = api_node.find('inputs')
for variable_node in inputs_node.findall('variable'):
var_name = variable_node.get('name')
var_type_string = variable_node.get('type')
var_enum_or_none = variable_node.get('enum')
var = ObjcVariable(var_name, var_type_string)
var.set_enum_class_name(var_enum_or_none)
input_var_list.append(var)
output_var_list = []
outputs_node = api_node.find('outputs')
for variable_node in outputs_node.findall('variable'):
var_name = variable_node.get('name')
var_type_string = variable_node.get('type')
var_enum_or_none = variable_node.get('enum')
var = ObjcVariable(var_name, var_type_string)
var.set_enum_class_name(var_enum_or_none)
output_var_list.append(var)
api = CppApiDescription(api_name, api_alias, api_method, api_uri, input_var_list,
output_var_list, [])
objc_manager.add_api_description(api)
# write objective-c++ wrapper core addition header
objc_wrapper = ObjcClass(group_name, class_name, objc_var_list, objc_enum_list, objc_manager)
objc_wrapper.generate_core_addition_header(config)
# write objective-c++ wrapper header
objc_wrapper.generate_header(config)
# write objective-c++ wrapper implementation
objc_wrapper.generate_implementation(config)
# write objective-c++ wrapper manager category header
objc_wrapper.generate_manager_core_addition_header(config)
# write objective-c++ wrapper manager header
objc_wrapper.generate_manager_header(config)
# write objective-c++ wrapper manager implementation
objc_wrapper.generate_manager_implementation(config)
def parse(self, directory, config):
"""Parses module XML file and gets code for JNI implementation.
Args:
directory: The directory which is full path of XML file.
config: A <Config> object describes user-defined names.
Returns:
A string which is JNI implementation.
"""
# create core folder if not exists and remove last build
jni_dir_path = 'build/jni'
io_utils.make_directory_if_not_exists(jni_dir_path)
# start parsing xml
e = xml.etree.ElementTree.parse(directory)
root = e.getroot()
# search directories
for folder_node in root.findall('group'):
group_name = folder_node.get('name')
# search classes
for class_node in folder_node.findall('class'):
class_name = class_node.get('name')
print 'Find class {0} under "{1}" group'.format(
class_name, group_name)
# parse all <variable/>
jni_var_list = []
for variable in class_node.findall('variable'):
variable_name = variable.get('name')
variable_type = variable.get('type')
variable_enum_or_none = variable.get('enum')
jni_var = JniVariable(variable_name, variable_type,
group_name, class_name)
jni_var.set_enum_class_name(variable_enum_or_none)
jni_var_list.append(jni_var)
# parse <manager/>
jni_manager = None
manager_or_none = class_node.find('manager')
if manager_or_none is not None:
manager_name = manager_or_none.get('name')
jni_manager = JniManager(manager_name)
# parse all <save/>
for save_node in manager_or_none.findall('save'):
is_plural = False
plural_node = save_node.get('plural')
if plural_node is not None:
is_plural = True
save_command = JniManagerSaveCommand(is_plural)
jni_manager.add_save_command(save_command)
# parse all <delete/>
for delete_node in manager_or_none.findall('delete'):
is_plural = False
plural_node = delete_node.get('plural')
if plural_node is not None:
is_plural = True
by = delete_node.get('by')
delete_command = JniManagerDeleteCommand(is_plural, by)
jni_manager.add_delete_command(delete_command)
# parse all <fetch/>
for fetch_node in manager_or_none.findall('fetch'):
is_plural = False
is_plural_attr = fetch_node.get('plural')
if is_plural_attr == 'true':
is_plural = True
by = fetch_node.get('by')
alias = fetch_node.get('alias')
fetch_command = JniManagerFetchCommand(
is_plural, by, alias)
jni_manager.add_fetch_command(fetch_command)
for fetch_node in manager_or_none.findall('fetches'):
is_plural = True
by = fetch_node.get('by')
alias = fetch_node.get('alias')
fetch_command = JniManagerFetchCommand(
is_plural, by, alias)
jni_manager.add_fetch_command(fetch_command)
# parse all <api/>
for api_node in manager_or_none.findall('api'):
api_function_name = api_node.get('name')
function_name = api_node.get('alias')
input_var_list = []
inputs_node = api_node.find('inputs')
for variable_node in inputs_node.findall('variable'):
var_name = variable_node.get('name')
var_type_string = variable_node.get('type')
var_enum_or_none = variable_node.get('enum')
var = JniVariable(var_name, var_type_string,
group_name, class_name)
var.set_enum_class_name(var_enum_or_none)
input_var_list.append(var)
output_var_list = []
outputs_node = api_node.find('outputs')
for variable_node in outputs_node.findall('variable'):
var_name = variable_node.get('name')
var_type_string = variable_node.get('type')
var_enum_or_none = variable_node.get('enum')
var = JniVariable(var_name, var_type_string,
group_name, class_name)
var.set_enum_class_name(var_enum_or_none)
output_var_list.append(var)
api = JniApiDescription(function_name, input_var_list,
output_var_list)
jni_manager.add_api_description(api)
jni_wrapper = JniClass(group_name, class_name, jni_var_list,
jni_manager)
if self.__version < 5.0:
# write jni wrapper header
jni_wrapper.generate_header()
# write jni wrapper implementation
jni_wrapper.generate_implementation()
# write jni wrapper manager header
jni_wrapper.generate_manager_header()
# write jni wrapper manager implementation
jni_wrapper.generate_manager_implementation()
else:
# write jni helper implementation
jni_wrapper.generate_jni_helper_implementation(config)
# write jni wrapper manager implementation
jni_wrapper.generate_manager_implementation(
self.__version, config)
def parse(self, directory):
"""Parse module description xml file and translate them into Cpp objects.
Args:
directory: Path of xml file including the file.
"""
# create core folder if not exists and remove last build
core_dir_path = 'build/core'
io_utils.make_directory_if_not_exists(core_dir_path)
# create api folder if not exists and remove last build
api_dir_path = 'build/core/api'
io_utils.make_directory_if_not_exists(api_dir_path)
# start parsing xml
e = xml.etree.ElementTree.parse(directory)
root = e.getroot()
# search all <define/>
replacement_list = []
for define_node in root.findall('define'):
replacement = CppReplacement(define_node.get('name'), define_node.get('description'))
replacement_list.append(replacement)
# search directories
for folder_node in root.findall('group'):
group_name = folder_node.get('name')
group_name = 'core/' + group_name
io_utils.make_directory_if_not_exists('build/{0}'.format(group_name))
# search classes
for class_node in folder_node.findall('class'):
class_name = class_node.get('name')
class_comment = class_node.get('comment')
print('Find class {0} under "{1}" group'.format(class_name, group_name))
# parse all <enum/>
cpp_enum_list = []
for enum in class_node.findall('enum'):
enum_name = enum.get('name')
cpp_enum = CppEnum(enum_name)
for enum_value in enum.findall('value'):
int_value = enum_value.get('int_value')
alias = enum_value.get('alias')
cpp_enum.append(int_value, alias)
cpp_enum_list.append(cpp_enum)
# parse all <variable/>
cpp_var_list = []
for variable in class_node.findall('variable'):
cpp_var = CppModelXmlParser.__parse_variable_node(variable)
cpp_var_list.append(cpp_var)
# parse <manager/>
cpp_manager = None
manager_node_or_none = class_node.find('manager')
if manager_node_or_none is not None:
manager_name = manager_node_or_none.get('name')
cpp_manager = CppManager(manager_name)
# parse all <save/>
for save_node in manager_node_or_none.findall('save'):
save_command = CppModelXmlParser.__parse_save_node(save_node)
cpp_manager.add_save_command(save_command)
# parse all <saves/>
for saves_node in manager_node_or_none.findall('saves'):
save_command = CppModelXmlParser.__parse_saves_node(saves_node)
cpp_manager.add_save_command(save_command)
# parse all <delete/>
for delete_node in manager_node_or_none.findall('delete'):
delete_command = CppModelXmlParser.__parse_delete_command(delete_node)
cpp_manager.add_delete_command(delete_command)
# parse all <deletes/>
for deletes_node in manager_node_or_none.findall('deletes'):
delete_command = CppModelXmlParser.__parse_deletes_command(deletes_node)
cpp_manager.add_delete_command(delete_command)
# parse all <fetch/>
for fetch_node in manager_node_or_none.findall('fetch'):
fetch_command = CppModelXmlParser.__parse_fetch_node(fetch_node)
cpp_manager.add_fetch_command(fetch_command)
# parse all <fetches/>
for fetches_node in manager_node_or_none.findall('fetches'):
fetch_command = CppModelXmlParser.__parse_fetches_node(fetches_node)
cpp_manager.add_fetch_command(fetch_command)
# parse all <api/>
for api_node in manager_node_or_none.findall('api'):
api_name = api_node.get('name')
api_alias = api_node.get('alias')
api_method = api_node.get('method')
api_uri = api_node.get('uri')
input_var_list = []
inputs_node = api_node.find('inputs')
for variable_node in inputs_node.findall('variable'):
var_name = variable_node.get('name')
var_type_string = variable_node.get('type')
var_json_path = variable_node.get('json_path')
var_cache_desc = variable_node.get('cache')
var_enum_or_none = variable_node.get('enum')
var_capture_or_none = variable_node.get('capture')
if var_capture_or_none is None:
var_capture_or_none = False
var = CppVariable(var_name, var_type_string, var_json_path, None, var_cache_desc, var_capture_or_none)
var.set_enum_class_name(var_enum_or_none)
input_var_list.append(var)
output_var_list = []
extra_list = []
outputs_node = api_node.find('outputs')
for variable_node in outputs_node.findall('variable'):
var_name = variable_node.get('name')
var_type_string = variable_node.get('type')
var_json_path = variable_node.get('json_path')
var_cache_desc = variable_node.get('cache')
var_enum_or_none = variable_node.get('enum')
var = CppVariable(var_name, var_type_string, var_json_path, None, var_cache_desc)
var.set_enum_class_name(var_enum_or_none)
output_var_list.append(var)
# parse <extra/> inside <output/>
for extra_node in outputs_node.findall('extra'):
extra_list.append(extra_node.get('cache'))
api = CppApiDescription(api_name, api_alias, api_method, api_uri, input_var_list, output_var_list, extra_list)
cpp_manager.add_api_description(api)
# parse <tables/>
table_name_list = []
tables_node_or_none = manager_node_or_none.find('tables')
if tables_node_or_none is not None:
for table_node in tables_node_or_none.findall('table'):
table_name_list.append(table_node.get('name'))
cpp_manager.set_table_name_list(table_name_list)
# write object header
cpp_class = CppClass(group_name, class_name, cpp_var_list, cpp_enum_list, cpp_manager, replacement_list, class_comment)
cpp_class.generate_header()
# write object implementation
cpp_class.generate_implementation()
# write manager header
cpp_class.generate_manager_header()
# write manager implementation
cpp_class.generate_manager_implementation()
# write web_api_object.h under "api" folder
cpp_class.generate_web_api_header()
# write web_api_object.cc under "api" folder
cpp_class.generate_web_api_implementation()
def parse(self, directory, config):
"""Parse module description xml file and translate them into Cpp objects.
Args:
directory: Path of xml file including the file.
"""
# compact with older version
if self.__version < 6.0:
if config is None:
config = Config('config/lesschat.precfg.xml')
# create core folder if not exists and remove last build
core_dir_path = 'build/core'
io_utils.make_directory_if_not_exists(core_dir_path)
# create api folder if not exists and remove last build
api_dir_path = 'build/core/api'
io_utils.make_directory_if_not_exists(api_dir_path)
# start parsing xml
e = xml.etree.ElementTree.parse(directory)
root = e.getroot()
# search all <define/>
replacement_list = []
for define_node in root.findall('define'):
replacement = CppReplacement(define_node.get('name'), define_node.get('description'))
replacement_list.append(replacement)
# search directories
for folder_node in root.findall('group'):
group_name = folder_node.get('name')
group_name = 'core/' + group_name
io_utils.make_directory_if_not_exists('build/{0}'.format(group_name))
# search classes
for class_node in folder_node.findall('class'):
class_name = class_node.get('name')
class_comment = class_node.get('comment')
print('Find class {0} under "{1}" group'.format(class_name, group_name))
# parse all <enum/>
cpp_enum_list = []
for enum in class_node.findall('enum'):
enum_name = enum.get('name')
cpp_enum = CppEnum(enum_name)
for enum_value in enum.findall('value'):
int_value = enum_value.get('int_value')
alias = enum_value.get('alias')
cpp_enum.append(int_value, alias)
cpp_enum_list.append(cpp_enum)
# parse all <variable/>
cpp_var_list = []
for variable in class_node.findall('variable'):
cpp_var = CppModelXmlParser.__parse_variable_node(variable)
cpp_var_list.append(cpp_var)
# parse <manager/>
cpp_manager = None
manager_node_or_none = class_node.find('manager')
if manager_node_or_none is not None:
manager_name = manager_node_or_none.get('name')
cpp_manager = CppManager(manager_name)
# parse all <save/>
for save_node in manager_node_or_none.findall('save'):
save_command = CppModelXmlParser.__parse_save_node(save_node)
cpp_manager.add_save_command(save_command)
# parse all <saves/>
for saves_node in manager_node_or_none.findall('saves'):
save_command = CppModelXmlParser.__parse_saves_node(saves_node)
cpp_manager.add_save_command(save_command)
# parse all <delete/>
for delete_node in manager_node_or_none.findall('delete'):
delete_command = CppModelXmlParser.__parse_delete_command(delete_node)
cpp_manager.add_delete_command(delete_command)
# parse all <deletes/>
for deletes_node in manager_node_or_none.findall('deletes'):
delete_command = CppModelXmlParser.__parse_deletes_command(deletes_node)
cpp_manager.add_delete_command(delete_command)
# parse all <fetch/>
for fetch_node in manager_node_or_none.findall('fetch'):
fetch_command = CppModelXmlParser.__parse_fetch_node(fetch_node)
cpp_manager.add_fetch_command(fetch_command)
# parse all <fetches/>
for fetches_node in manager_node_or_none.findall('fetches'):
fetch_command = CppModelXmlParser.__parse_fetches_node(fetches_node)
cpp_manager.add_fetch_command(fetch_command)
# parse all <api/>
for api_node in manager_node_or_none.findall('api'):
api_name = api_node.get('name')
api_alias = api_node.get('alias')
api_method = api_node.get('method')
api_uri = api_node.get('uri')
input_var_list = []
inputs_node = api_node.find('inputs')
for variable_node in inputs_node.findall('variable'):
var_name = variable_node.get('name')
var_type_string = variable_node.get('type')
var_json_path = variable_node.get('json_path')
var_cache_desc = variable_node.get('cache')
var_enum_or_none = variable_node.get('enum')
var_capture_or_none = variable_node.get('capture')
if var_capture_or_none is None:
var_capture_or_none = False
var = CppVariable(var_name, var_type_string, var_json_path, None, var_cache_desc, var_capture_or_none)
var.set_enum_class_name(var_enum_or_none)
input_var_list.append(var)
output_var_list = []
extra_list = []
outputs_node = api_node.find('outputs')
for variable_node in outputs_node.findall('variable'):
var_name = variable_node.get('name')
var_type_string = variable_node.get('type')
var_json_path = variable_node.get('json_path')
var_cache_desc = variable_node.get('cache')
var_enum_or_none = variable_node.get('enum')
var = CppVariable(var_name, var_type_string, var_json_path, None, var_cache_desc)
var.set_enum_class_name(var_enum_or_none)
output_var_list.append(var)
# parse <extra/> inside <output/>
for extra_node in outputs_node.findall('extra'):
extra_list.append(extra_node.get('cache'))
api = CppApiDescription(api_name, api_alias, api_method, api_uri, input_var_list, output_var_list, extra_list)
cpp_manager.add_api_description(api)
# parse <tables/>
table_name_list = []
tables_node_or_none = manager_node_or_none.find('tables')
if tables_node_or_none is not None:
for table_node in tables_node_or_none.findall('table'):
table_name_list.append(table_node.get('name'))
cpp_manager.set_table_name_list(table_name_list)
# write object header
cpp_class = CppClass(group_name, class_name, cpp_var_list, cpp_enum_list, cpp_manager, replacement_list,
class_comment)
cpp_class.set_config(config)
cpp_class.generate_header()
# write object implementation
cpp_class.generate_implementation()
# write manager header
cpp_class.generate_manager_header()
# write manager implementation
cpp_class.generate_manager_implementation()
# write web_api_object.h under "api" folder
cpp_class.generate_web_api_header()
# write web_api_object.cc under "api" folder
cpp_class.generate_web_api_implementation()
from skr_cpp_builder.model_xml_parser import CppModelXmlParser
from skr_java_builder.java_model_xml_parser import JavaModelXmlParser
from skr_jni_builder.jni_model_xml_parser import JniModelXmlParser
from skr_objc_builder.objc_model_xml_parser import ObjcModelXmlParser
from skrutil import io_utils
from skrutil.config import Config
if __name__ == "__main__":
# Fixes Chinese chars encoding issue
reload(sys)
sys.setdefaultencoding('utf-8')
input_file_path = sys.argv[1]
dir_path, file_name = os.path.split(input_file_path)
io_utils.make_directory_if_not_exists("build")
if dir_path is None or dir_path == '':
dir_path = '当前路径'
print('输入的文件路径为:{0}, 文件名为:{1}'.format(dir_path, file_name))
print('开始解析据...')
config = Config('config/worktile.precfg.xml')
parser = CppModelXmlParser(6.0)
parser.parse(input_file_path, config)
objc_parser = ObjcModelXmlParser(4.0)
objc_parser.parse(input_file_path)
def parse(self, directory):
# create core folder if not exists and remove last build
core_dir_path = 'build/core'
io_utils.make_directory_if_not_exists(core_dir_path)
# create api folder if not exists and remove last build
api_dir_path = 'build/core/api'
io_utils.make_directory_if_not_exists(api_dir_path)
# start parsing xml
e = xml.etree.ElementTree.parse(directory)
root = e.getroot()
# search all <define/>
replacement_list = []
for define_node in root.findall('define'):
replacement = CppReplacement(define_node.get('name'), define_node.get('description'))
replacement_list.append(replacement)
# search directories
for folder_node in root.findall('group'):
group_name = folder_node.get('name')
group_name = 'core/' + group_name
io_utils.make_directory_if_not_exists('build/{0}'.format(group_name))
# search classes
for class_node in folder_node.findall('class'):
class_name = class_node.get('name')
class_comment = class_node.get('comment')
print('Find class {0} under "{1}" group'.format(class_name, group_name))
# parse all <enum/>
cpp_enum_list = []
for enum in class_node.findall('enum'):
enum_name = enum.get('name')
cpp_enum = CppEnum(enum_name)
for enum_value in enum.findall('value'):
int_value = enum_value.get('int_value')
alias = enum_value.get('alias')
cpp_enum.append(int_value, alias)
cpp_enum_list.append(cpp_enum)
# parse all <variable/>
cpp_var_list = []
for variable in class_node.findall('variable'):
variable_name = variable.get('name')
variable_type = variable.get('type')
variable_json_path = variable.get('json_path')
variable_enum_or_none = variable.get('enum')
variable_sql_flag = variable.get('sql_flag')
variable_json_search_path = variable.get('json_search_path')
cpp_var = CppVariable(variable_name, variable_type, variable_json_path, variable_sql_flag)
cpp_var.set_enum_class_name(variable_enum_or_none)
cpp_var.set_json_search_path(variable_json_search_path)
cpp_var_list.append(cpp_var)
# parse <manager/>
cpp_manager = None
manager_or_none = class_node.find('manager')
if manager_or_none is not None:
manager_name = manager_or_none.get('name')
cpp_manager = CppManager(manager_name)
# parse all <save/>
for save_node in manager_or_none.findall('save'):
is_plural = False
plural_node = save_node.get('plural')
if plural_node is not None:
is_plural = True
save_command = CppManagerSaveCommand(is_plural)
cpp_manager.add_save_command(save_command)
# parse all <delete/>
for delete_node in manager_or_none.findall('delete'):
is_plural = False
plural_node = delete_node.get('plural')
if plural_node is not None:
is_plural = True
by = delete_node.get('by')
delete_command = CppManagerDeleteCommand(is_plural, by)
cpp_manager.add_delete_command(delete_command)
# parse all <fetch/>
for fetch_node in manager_or_none.findall('fetch'):
is_plural = False
plural_node = fetch_node.get('plural')
if plural_node is not None:
is_plural = True
by = fetch_node.get('by')
sort_by_or_none = fetch_node.get('sort')
is_asc = True
if sort_by_or_none is not None:
desc_desciption_or_none = fetch_node.get('desc')
if desc_desciption_or_none is not None:
if desc_desciption_or_none == 'true':
is_asc = False
fetch_command = CppManagerFetchCommand(is_plural, by, sort_by_or_none, is_asc)
cpp_manager.add_fetch_command(fetch_command)
# parse all <api/>
for api_node in manager_or_none.findall('api'):
api_name = api_node.get('name')
api_alias = api_node.get('alias')
api_method = api_node.get('method')
api_uri = api_node.get('uri')
input_var_list = []
inputs_node = api_node.find('inputs')
for variable_node in inputs_node.findall('variable'):
var_name = variable_node.get('name')
var_type_string = variable_node.get('type')
var_json_path = variable_node.get('json_path')
var_cache_desc = variable_node.get('cache')
var_enum_or_none = variable_node.get('enum')
var_capture_or_none = variable_node.get('capture')
if var_capture_or_none is None:
var_capture_or_none = False
var = CppVariable(var_name, var_type_string, var_json_path, None, var_cache_desc, var_capture_or_none)
var.set_enum_class_name(var_enum_or_none)
input_var_list.append(var)
output_var_list = []
extra_list = []
outputs_node = api_node.find('outputs')
for variable_node in outputs_node.findall('variable'):
var_name = variable_node.get('name')
var_type_string = variable_node.get('type')
var_json_path = variable_node.get('json_path')
var_cache_desc = variable_node.get('cache')
var_enum_or_none = variable_node.get('enum')
var = CppVariable(var_name, var_type_string, var_json_path, None, var_cache_desc)
var.set_enum_class_name(var_enum_or_none)
output_var_list.append(var)
# parse <extra/> inside <output/>
for extra_node in outputs_node.findall('extra'):
extra_list.append(extra_node.get('cache'))
api = CppApiDescription(api_name, api_alias, api_method, api_uri, input_var_list, output_var_list, extra_list)
cpp_manager.add_api_description(api)
# write object header
cpp_class = CppClass(group_name, class_name, cpp_var_list, cpp_enum_list, cpp_manager, replacement_list, class_comment)
cpp_class.generate_header()
# write object implementation
cpp_class.generate_implementation()
# write manager header
cpp_class.generate_manager_header()
# write manager implementation
cpp_class.generate_manager_implementation()
# write web_api_object.h under "api" folder
cpp_class.generate_web_api_header()
# write web_api_object.cc under "api" folder
cpp_class.generate_web_api_implementation()
def parse(self, directory, config):
"""Parses module XML file and gets code for JNI implementation.
Args:
directory: The directory which is full path of XML file.
config: A <Config> object describes user-defined names.
Returns:
A string which is JNI implementation.
"""
# create core folder if not exists and remove last build
jni_dir_path = 'build/jni'
io_utils.make_directory_if_not_exists(jni_dir_path)
# start parsing xml
e = xml.etree.ElementTree.parse(directory)
root = e.getroot()
# search directories
for folder_node in root.findall('group'):
group_name = folder_node.get('name')
# search classes
for class_node in folder_node.findall('class'):
class_name = class_node.get('name')
print 'Find class {0} under "{1}" group'.format(class_name, group_name)
# parse all <variable/>
jni_var_list = []
for variable in class_node.findall('variable'):
variable_name = variable.get('name')
variable_type = variable.get('type')
variable_enum_or_none = variable.get('enum')
jni_var = JniVariable(variable_name, variable_type, group_name, class_name)
jni_var.set_enum_class_name(variable_enum_or_none)
jni_var_list.append(jni_var)
# parse <manager/>
jni_manager = None
manager_or_none = class_node.find('manager')
if manager_or_none is not None:
manager_name = manager_or_none.get('name')
jni_manager = JniManager(manager_name)
# parse all <save/>
for save_node in manager_or_none.findall('save'):
is_plural = False
plural_node = save_node.get('plural')
if plural_node is not None:
is_plural = True
save_command = JniManagerSaveCommand(is_plural)
jni_manager.add_save_command(save_command)
# parse all <delete/>
for delete_node in manager_or_none.findall('delete'):
is_plural = False
plural_node = delete_node.get('plural')
if plural_node is not None:
is_plural = True
by = delete_node.get('by')
delete_command = JniManagerDeleteCommand(is_plural, by)
jni_manager.add_delete_command(delete_command)
# parse all <fetch/>
for fetch_node in manager_or_none.findall('fetch'):
is_plural = False
is_plural_attr = fetch_node.get('plural')
if is_plural_attr == 'true':
is_plural = True
by = fetch_node.get('by')
alias = fetch_node.get('alias')
fetch_command = JniManagerFetchCommand(is_plural, by, alias)
jni_manager.add_fetch_command(fetch_command)
for fetch_node in manager_or_none.findall('fetches'):
is_plural = True
by = fetch_node.get('by')
alias = fetch_node.get('alias')
fetch_command = JniManagerFetchCommand(is_plural, by, alias)
jni_manager.add_fetch_command(fetch_command)
# parse all <api/>
for api_node in manager_or_none.findall('api'):
api_function_name = api_node.get('name')
function_name = api_node.get('alias')
input_var_list = []
inputs_node = api_node.find('inputs')
for variable_node in inputs_node.findall('variable'):
var_name = variable_node.get('name')
var_type_string = variable_node.get('type')
var_enum_or_none = variable_node.get('enum')
var = JniVariable(var_name, var_type_string, group_name, class_name)
var.set_enum_class_name(var_enum_or_none)
input_var_list.append(var)
output_var_list = []
outputs_node = api_node.find('outputs')
for variable_node in outputs_node.findall('variable'):
var_name = variable_node.get('name')
var_type_string = variable_node.get('type')
var_enum_or_none = variable_node.get('enum')
var = JniVariable(var_name, var_type_string, group_name, class_name)
var.set_enum_class_name(var_enum_or_none)
output_var_list.append(var)
api = JniApiDescription(function_name, input_var_list, output_var_list)
jni_manager.add_api_description(api)
jni_wrapper = JniClass(group_name, class_name, jni_var_list, jni_manager)
if self.__version < 5.0:
# write jni wrapper header
jni_wrapper.generate_header()
# write jni wrapper implementation
jni_wrapper.generate_implementation()
# write jni wrapper manager header
jni_wrapper.generate_manager_header()
# write jni wrapper manager implementation
jni_wrapper.generate_manager_implementation()
else:
# write jni helper implementation
jni_wrapper.generate_jni_helper_implementation(config)
# write jni wrapper manager implementation
jni_wrapper.generate_manager_implementation(self.__version, config)
def parse(self, directory, config):
"""Parse the input file with user-defined config.
Args:
directory: A string represents module.xml file.
config: A <Config> object represents user-defined info, such as class prefix.
"""
# create core folder if not exists and remove last build
objc_dir_path = 'build/ObjectiveCppWrapper'
io_utils.make_directory_if_not_exists(objc_dir_path)
# start parsing xml
e = xml.etree.ElementTree.parse(directory)
root = e.getroot()
# search directories
for folder_node in root.findall('group'):
group_name = folder_node.get('name')
objc_group_name = 'build/ObjectiveCppWrapper/' + string_utils.cpp_group_name_to_objc_group_name(
group_name)
io_utils.make_directory_if_not_exists(objc_group_name)
# search classes
for class_node in folder_node.findall('class'):
class_name = class_node.get('name')
print 'Find objc class {0} under "{1}" group'.format(
class_name, group_name)
# parse all <enum/>
objc_enum_list = []
for enum in class_node.findall('enum'):
enum_name = enum.get('name')
objc_enum = ObjcEnum(enum_name)
for enum_value in enum.findall('value'):
int_value = enum_value.get('int_value')
alias = enum_value.get('alias')
objc_enum.append(int_value, alias)
objc_enum_list.append(objc_enum)
# parse all <variable/>
objc_var_list = []
for variable in class_node.findall('variable'):
variable_name = variable.get('name')
variable_type = variable.get('type')
variable_enum_or_none = variable.get('enum')
objc_var = ObjcVariable(variable_name, variable_type)
objc_var.set_enum_class_name(variable_enum_or_none)
objc_var_list.append(objc_var)
# parse <manager/>
objc_manager = None
manager_or_none = class_node.find('manager')
if manager_or_none is not None:
manager_name = manager_or_none.get('name')
objc_manager = ObjcManager(manager_name)
# parse all <save/>
for save_node in manager_or_none.findall('save'):
is_plural = False
plural_node = save_node.get('plural')
if plural_node is not None:
is_plural = True
alias_attr = save_node.get('alias')
save_command = CppManagerSaveCommand(
is_plural, [], alias_attr)
objc_manager.add_save_command(save_command)
# parse all <delete/>
for delete_node in manager_or_none.findall('delete'):
is_plural = False
plural_node = delete_node.get('plural')
if plural_node is not None:
is_plural = True
by = delete_node.get('by')
alias_attr = delete_node.get('alias')
delete_command = CppManagerDeleteCommand(
is_plural, by, [], alias_attr)
objc_manager.add_delete_command(delete_command)
# parse all <fetch/>
for fetch_node in manager_or_none.findall('fetch'):
is_plural = False
plural_node = fetch_node.get('plural')
if plural_node is not None:
is_plural = True
by = fetch_node.get('by')
sort_by_or_none = fetch_node.get('sort')
is_asc = True
if sort_by_or_none is not None:
desc_desciption_or_none = fetch_node.get('desc')
if desc_desciption_or_none is not None:
if desc_desciption_or_none == 'true':
is_asc = False
alias_attr = fetch_node.get('alias')
fetch_command = CppManagerFetchCommand(
is_plural, by, sort_by_or_none, is_asc, [],
alias_attr)
objc_manager.add_fetch_command(fetch_command)
# parse all <api/>
for api_node in manager_or_none.findall('api'):
api_name = api_node.get('name')
api_alias = api_node.get('alias')
api_method = api_node.get('method')
api_uri = api_node.get('uri')
input_var_list = []
inputs_node = api_node.find('inputs')
for variable_node in inputs_node.findall('variable'):
var_name = variable_node.get('name')
var_type_string = variable_node.get('type')
var_enum_or_none = variable_node.get('enum')
var = ObjcVariable(var_name, var_type_string)
var.set_enum_class_name(var_enum_or_none)
input_var_list.append(var)
output_var_list = []
outputs_node = api_node.find('outputs')
for variable_node in outputs_node.findall('variable'):
var_name = variable_node.get('name')
var_type_string = variable_node.get('type')
var_enum_or_none = variable_node.get('enum')
var = ObjcVariable(var_name, var_type_string)
var.set_enum_class_name(var_enum_or_none)
output_var_list.append(var)
api = CppApiDescription(api_name, api_alias,
api_method, api_uri,
input_var_list,
output_var_list, [])
objc_manager.add_api_description(api)
# write objective-c++ wrapper core addition header
objc_wrapper = ObjcClass(group_name, class_name, objc_var_list,
objc_enum_list, objc_manager)
objc_wrapper.generate_core_addition_header(config)
# write objective-c++ wrapper header
objc_wrapper.generate_header(config)
# write objective-c++ wrapper implementation
objc_wrapper.generate_implementation(config)
# write objective-c++ wrapper manager category header
objc_wrapper.generate_manager_core_addition_header(config)
# write objective-c++ wrapper manager header
objc_wrapper.generate_manager_header(config)
# write objective-c++ wrapper manager implementation
objc_wrapper.generate_manager_implementation(config)
