import UniversalParser as UP
from UniversalParser import SM
xml_data = """
<root>
    <cells>
        <!-- 注释 -->
        <cell id="cell1">111</cell>
        <cell id="cell2">222</cell>
        <cell id="cell3">
            <![CDATA[<CDATA>]]>
        </cell>
    </cells>
    <a>move1</a>
    <a>move2</a>
    <test>
        <pp id="dog">
            things
        </pp>
        <pp id="cat" name="lili">
            你好，莉莉
        </pp>
    </test>
    <des id="abc">
        <person name="j1">
            <age>12</age>
        </person>
    </des>
    <des id="def">
        <person name="j2">
            <age>100</age>
        </person>
    </des>
</root>
"""

manager = UP.parse_xml(
    xml_data
    , combine_cdata=False
    , analysis_mode=UP.AnalysisMode.RECOMMEND
    , include_comment=True
)

manager.SEARCH_ATTR_KEY = 'id'
node = ((manager @ "def") | "age") ^ 1
node = ((manager @ {'id': 'def'}) | "age") ^ 1

print(node & SM.text) # 输出文本
print(node & SM.attr_names) # 获取所有属性名称
print(node & SM.tag) # 获取标签名
print(node & SM.ancestor) # 获取祖先节点
print(node & SM.descendants) # 获取子孙节点
print(node & SM.siblings) # 获取兄弟节点
print(node & SM.children) # 获取孩子节点
print(node & SM.parent) # 获取父节点


# node = manager @ {'id':'cat'} @ {'name':'lili'} ^ 1
# print(manager.find_text(node)) # 你好，莉莉

# node = (manager | 'cell') ^ 2
# print(node)


# nodes = list(manager | 'a') # 根据 tag 查找
# print(nodes[0].text_) # move1


# nodes = list(manager @ {'id': 'cell1'}) # 根据属性查找
# print(nodes[0].text_) # 111


# nodes = list(manager / '111') # 根据文本域内容查找
# print(nodes[0].id) # cell1


# nodes = list(manager % '<CDATA>') # 配合 combine_cdata=False 使用
# print(nodes[0].id) # cell3


# nodes = list(manager // '注释') # 根据注释查找
# print(nodes[0].cell[1].text_) # 222


# manager.SEARCH_ATTR_KEY = 'name'
# node = manager @ 'lili' ^ 1
# print(node & SM.text)