Question

和Deserializer类是：

public class XmlPatternPacketSerializerDeserializer implements Serializer<Document>,
    Deserializer<Document> {

protected final Log logger = LogFactory.getLog(this.getClass());

@Override
public Document deserialize(InputStream inputStream) throws IOException {
    logger.info("begin deserialize...");

    DocumentBuilderFactory builderFactory = DocumentBuilderFactory
            .newInstance();
    builderFactory.setNamespaceAware(true);
    Document packetDoc = null;
    InputSource in = readSocketInputStream(inputStream);
    try {
        DocumentBuilder builder = builderFactory.newDocumentBuilder();
        packetDoc = builder.parse(in);
    } catch (Exception e) {
        logger.error(e);
    }

    System.out.println("build id >>> " + packetDoc.getElementsByTagName("building_id").item(0).getTextContent());
    return packetDoc;
}

@Override
public void serialize(Document object, OutputStream outputStream)
        throws IOException {
    // TODO Auto-generated method stub

}


private InputSource readSocketInputStream(InputStream inputStream) throws IOException {
    StringBuffer sb = new StringBuffer();
    int i = -1;
    while((i = inputStream.read())!=-1){
        sb.append((char)i);
    }
    System.out.println(sb.toString());
    return new InputSource(new StringReader(new     String(sb.toString().getBytes("UTF-8"))));
}
}

数据报包是xml格式，当服务器重新接收数据时，我想反序列化为Document对象。但不幸的是，反序列化时线程被阻塞了。请帮忙。集成xml配置在这里：

<bean id="xmlPatternPacketSerializerDeserializer"
    class="org.springframework.integration.samples.tcpclientserver.XmlPatternPacketSerializerDeserializer" />
<int-ip:tcp-connection-factory id="serverConnectionFactory"
    type="server" using-nio="true" port="${availableServerSocket}" deserializer="xmlPatternPacketSerializerDeserializer"/>
<int-ip:tcp-inbound-channel-adapter id="tcpInbound" channel="tcpReceive"
    connection-factory="serverConnectionFactory"/>
<int:service-activator id="tcpHandler" input-channel="tcpReceive"
    ref="tcpListener"/>

数据报包在这里：

<?xml version="1.0" encoding="UTF-8"?>
<root>
<common>
    <building_id>320411D001</building_id>
    <gateway_id>320411D00101</gateway_id>
    <type>continuous</type>
</common>
<data operation="continuous">
    <sequence>1</sequence>
    <parser>yes</parser>
    <total>5319</total>
    <current>93</current>
    <time>20130820160405</time>
    <meter id="0001" type="000001">
        <function id="01" coding="01D10" error="0" unit="kWh">301.83
        </function>
    </meter>
    <meter id="0002" type="000001">
        <function id="01" coding="01D10" error="0" unit="kWh">73.49
        </function>
    </meter>
    <meter id="0003" type="000001">
        <function id="01" coding="01D10" error="0" unit="kWh">5.16
        </function>
    </meter>
    <meter id="0004" type="000001">
        <function id="01" coding="01D10" error="0" unit="kWh">381.72
        </function>
    </meter>
    <meter id="0005" type="000001">
        <function id="01" coding="01D10" error="0" unit="kWh">27.67
        </function>
    </meter>
    <meter id="0006" type="000001">
        <function id="01" coding="01A10" error="0" unit="kWh">36.41
        </function>
    </meter>
    <meter id="0007" type="000001">
        <function id="01" coding="01A10" error="0" unit="kWh">110.03
        </function>
    </meter>
    <meter id="0008" type="000001">
        <function id="01" coding="01A30" error="0" unit="kWh">192.25
        </function>
    </meter>
    <meter id="0009" type="000001">
        <function id="01" coding="01A10" error="0" unit="kWh">308.17
        </function>
    </meter>
    <meter id="0010" type="000001">
        <function id="01" coding="01C20" error="0" unit="kWh">0.00
        </function>
    </meter>
    <meter id="0011" type="000001">
        <function id="01" coding="01A20" error="0" unit="kWh">1305.52
        </function>
    </meter>
    <meter id="0012" type="000001">
        <function id="01" coding="01C10" error="0" unit="kWh">0.00
        </function>
    </meter>
    <meter id="0013" type="000001">
        <function id="01" coding="01C10" error="0" unit="kWh">492.67
        </function>
    </meter>
    <meter id="0014" type="000001">
        <function id="01" coding="01D10" error="0" unit="kWh">6009.05
        </function>
    </meter>
    <meter id="0015" type="000001">
        <function id="01" coding="01D10" error="0" unit="kWh">62.60
        </function>
    </meter>
    <meter id="0016" type="000002">
        <function id="01" coding="01000" error="0" unit="kWh">237009.5
        </function>
        <function id="02" coding="00000" error="0" unit="">0.265
        </function>
        <function id="03" coding="00000" error="0" unit="">49.99
        </function>
        <function id="04" coding="00000" error="0" unit="W">500.0
        </function>
        <function id="05" coding="00000" error="0" unit="V">233.99
        </function>
        <function id="06" coding="00000" error="0" unit="V">233.69
        </function>
        <function id="07" coding="00000" error="0" unit="V">233.50
        </function>
        <function id="08" coding="00000" error="0" unit="A">0.000
        </function>
        <function id="09" coding="00000" error="0" unit="A">0.000
        </function>
        <function id="10" coding="00000" error="0" unit="A">8.600
        </function>
    </meter>
</data>
</root>

Answer 1

这意味着解串器没有获得所有数据，而是等待更多数据。

在连接工厂上设置so-timeout以验证和/或使用调试器进入builder.parse(in);。

Answer 2

我的建议是首先将套接字流中的数据读入String，如果流的末尾由</root>表示，则在将读取数据（即字符串）传递给

之前关闭套接字

Document document = builder.parse( new InputSource( new StringReader(string ) ) );

如果您的服务器继续传输许多xml消息，那么您可以通过关闭套接字来构建String对象的arrary，直到服务器完成。

反序列化器时弹簧集成tcp入站块

2 个答案: