xsl for-each 多结果过滤

Question

这里的第一个问题，对于任何格式错误非常抱歉...我在使用 xslt 1.0 过滤一些 xml 结果时遇到问题，并且已经困扰了我一个星期。我在这里环顾了一下，但找不到任何像我想要做的事情，所以我想我会问自己的问题。

我想要的输出是一个有行和列的表格；不能在这里使用实际的 html（我用下划线代替了制表符），所以这是一个大致的外观：

压力测试过程日志：

第 6 步 - 压力测试 #1 __ 开始时间：2018 年 2 月 9 日 14:21:01 __ 时长：00:45:00
约会时间 _____ 压力 (psi) _______ 温度 (°C) _______ 温度 2 (°C) _______ 排水压力机 (psi) _______
2018 年 2 月 9 日 12:21:01 _______ 4.4 _______ 77.8 _______ 80.1 ______ 0.2
2018 年 2 月 9 日 12:22:01 _______ 4.3 _______ 77.9 _______ 80.0 ______ 0.2
...
2018 年 2 月 9 日 12:55:01 _______ 4.5 _______ 81.7 _______ 88.2 ______ 1.1

第 8 步 - 压力测试 #2 __ 开始时间：2018 年 2 月 9 日 15:21:01 __ 持续时间：00:15:00
约会时间 __ 压力 (psi) __ 温度 (°C) __ 温度 2 (°C) __ 排水压力机 (psi) __
2018 年 2 月 9 日 15:21:01 _______ 6.4 _______ 77.8 _______ 80.1 ______ 0.3
2018 年 2 月 9 日 15:22:01 _______ 6.3 _______ 77.9 _______ 80.0 ______ 0.1
...
2018 年 2 月 9 日 15:35:01 _______ 6.5 _______ 81.7 _______ 88.2 ______ 0.9

xml 源代码如下：

<folders NODE_NUMBER="87" RUN_START_DATETIME_LOCAL="2018-02-09 15:21:01.000" 
DURATION="15 Mins 00 Secs" START_DATETIME_UTC="2018-02-09 20:21:01.000" 
CONTEXT_SOURCE="1" UTC_EXPLICIT="FALSE" RUN_TYPE="folders" NUMBER="Step 13 - 
Pressure Test #2" START_DATETIME_LOCAL="2018-02-09 15:21:01.000" 
RUN_STOP_DATETIME="09-Feb-2018 15:36:01" IN_PROGRESS="FALSE" 
END_DATETIME_LOCAL="2018-02-09 15:36:01.000" RUN_STOP_DATETIME_LOCAL="2018-02-09 15:36:01.000" RUN_NAME="Step 13 - Pressure Test #2" RUN_START_DATETIME="09-Feb-2018 15:21:01" END_DATETIME="09-Feb-2018 15:36:01" START_SORTTIME="20180209152101" TOTALSECONDS_UTC="900.0" DURATION_UTC="DAY=0000;HR=00;MIN=14;SEC=59;MS=1000;" TOTALSECONDS="900" START_DATETIME="09-Feb-2018 15:21:01" RUN_ID="{301C81C5-5266-4DEA-901D-5D9B2C285CC0}" END_DATETIME_UTC="2018-02-09 20:36:01.000" STOP_SORTTIME="20180209153601" NAME="Step Time Range" VISIBLE="1" REQUIRED="1" OUTPUT_TO_REPORT="1" HIERARCHY_PATH="cycle\folders" START_SOURCE="*" END_SOURCE="*">
<ITEM NODE_NUMBER="88" SORT_ORDER="20" UTC="0" DATASOURCE_ID="10" PSTART="" SOURCE_ID="" TAG="PL" VISIBLE="1" DESCRIPTION="" IDPK="2023" EXEC_CONDITION="" DELIMITER="" PRECISION="1" VERSION="1" OCCURRENCE="" ITEMTYPE="DEFAULT" SOURCE="10-LSV1-XI105/AI1/OUT.CV" OUTPUT_TO_REPORT="1" ID="12062" NAME="Drain Press" DATA_SCOPE="0" PLENGTH="" REQUIRED="1" UOM="psig">
<RESULT NODE_NUMBER="89" TYPE="TABLE" NAME="TABLE" AGGREGATE="INTERPOLATIVE" VISIBLE="1" OUTPUT_TO_REPORT="1">
<RESULT_RECORD DATA="28.8" TIME="09-Feb-2018 15:21:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI105/AI1/OUT.CV"/>
<RESULT_RECORD DATA="46.2" TIME="09-Feb-2018 15:22:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI105/AI1/OUT.CV"/>
<RESULT_RECORD DATA="46.2" TIME="09-Feb-2018 15:23:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI105/AI1/OUT.CV"/>
<RESULT_RECORD DATA="46.2" TIME="09-Feb-2018 15:24:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI105/AI1/OUT.CV"/>
<RESULT_RECORD DATA="46.2" TIME="09-Feb-2018 15:25:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI105/AI1/OUT.CV"/>
<RESULT_RECORD DATA="46.2" TIME="09-Feb-2018 15:26:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI105/AI1/OUT.CV"/>
<RESULT_RECORD DATA="46.2" TIME="09-Feb-2018 15:27:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI105/AI1/OUT.CV"/>
<RESULT_RECORD DATA="21.7" TIME="09-Feb-2018 15:28:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI105/AI1/OUT.CV"/>
<RESULT_RECORD DATA="0.2" TIME="09-Feb-2018 15:29:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI105/AI1/OUT.CV"/>
<RESULT_RECORD DATA="0.2" TIME="09-Feb-2018 15:30:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI105/AI1/OUT.CV"/>
<RESULT_RECORD DATA="0.2" TIME="09-Feb-2018 15:31:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI105/AI1/OUT.CV"/>
<RESULT_RECORD DATA="0.2" TIME="09-Feb-2018 15:32:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI105/AI1/OUT.CV"/>
<RESULT_RECORD DATA="0.2" TIME="09-Feb-2018 15:33:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI105/AI1/OUT.CV"/>
<RESULT_RECORD DATA="0.2" TIME="09-Feb-2018 15:34:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI105/AI1/OUT.CV"/>
<RESULT_RECORD DATA="0.2" TIME="09-Feb-2018 15:35:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI105/AI1/OUT.CV"/>
</RESULT>
<RESULT NODE_NUMBER="90" TYPE="CALC" EVENTVALUE="MINIMUM" VISIBLE="1" OUTPUT_TO_REPORT="1">
<RESULT_RECORD DATA="0.2" RAW_DATA="0.200000" TIME="09-Feb-2018 15:21:01" TAG="10-LSV1-XI105/AI1/OUT.CV"/>
</RESULT>
<RESULT NODE_NUMBER="91" TYPE="CALC" EVENTVALUE="MAXIMUM" VISIBLE="1" OUTPUT_TO_REPORT="1">
<RESULT_RECORD DATA="46.2" RAW_DATA="46.200001" TIME="09-Feb-2018 15:21:01" TAG="10-LSV1-XI105/AI1/OUT.CV"/>
</RESULT>
</ITEM>
<ITEM NODE_NUMBER="92" SORT_ORDER="30" UTC="1" DATASOURCE_ID="10" PSTART="" SOURCE_ID="" TAG="PL" VISIBLE="1" DESCRIPTION="" IDPK="2024" EXEC_CONDITION="" DELIMITER="" PRECISION="1" VERSION="1" OCCURRENCE="" ITEMTYPE="DEFAULT" SOURCE="10-LSV1-XI106/AI1/OUT.CV" OUTPUT_TO_REPORT="1" ID="12065" NAME="Bypass Drain Temp" DATA_SCOPE="0" PLENGTH="" REQUIRED="1" UOM="Deg C">
<RESULT NODE_NUMBER="93" TYPE="TABLE" NAME="TABLE" AGGREGATE="INTERPOLATIVE" VISIBLE="1" OUTPUT_TO_REPORT="1">
<RESULT_RECORD DATA="23.9" TIME="09-Feb-2018 15:21:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI106/AI1/OUT.CV"/>
<RESULT_RECORD DATA="24.1" TIME="09-Feb-2018 15:22:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI106/AI1/OUT.CV"/>
<RESULT_RECORD DATA="24.1" TIME="09-Feb-2018 15:23:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI106/AI1/OUT.CV"/>
<RESULT_RECORD DATA="24.1" TIME="09-Feb-2018 15:24:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI106/AI1/OUT.CV"/>
<RESULT_RECORD DATA="24.1" TIME="09-Feb-2018 15:25:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI106/AI1/OUT.CV"/>
<RESULT_RECORD DATA="24.1" TIME="09-Feb-2018 15:26:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI106/AI1/OUT.CV"/>
<RESULT_RECORD DATA="24.1" TIME="09-Feb-2018 15:27:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI106/AI1/OUT.CV"/>
<RESULT_RECORD DATA="24.1" TIME="09-Feb-2018 15:28:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI106/AI1/OUT.CV"/>
<RESULT_RECORD DATA="24.1" TIME="09-Feb-2018 15:29:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI106/AI1/OUT.CV"/>
<RESULT_RECORD DATA="24.1" TIME="09-Feb-2018 15:30:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI106/AI1/OUT.CV"/>
<RESULT_RECORD DATA="24.1" TIME="09-Feb-2018 15:31:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI106/AI1/OUT.CV"/>
<RESULT_RECORD DATA="24.1" TIME="09-Feb-2018 15:32:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI106/AI1/OUT.CV"/>
<RESULT_RECORD DATA="24.1" TIME="09-Feb-2018 15:33:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI106/AI1/OUT.CV"/>
<RESULT_RECORD DATA="24.1" TIME="09-Feb-2018 15:34:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI106/AI1/OUT.CV"/>
<RESULT_RECORD DATA="24.1" TIME="09-Feb-2018 15:35:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI106/AI1/OUT.CV"/>
</RESULT>
<RESULT NODE_NUMBER="94" TYPE="CALC" EVENTVALUE="MINIMUM" VISIBLE="1" OUTPUT_TO_REPORT="1">
<RESULT_RECORD DATA="23.9" RAW_DATA="23.900000" TIME="09-Feb-2018 15:21:01" TAG="10-LSV1-XI106/AI1/OUT.CV"/>
</RESULT>
<RESULT NODE_NUMBER="95" TYPE="CALC" EVENTVALUE="MAXIMUM" VISIBLE="1" OUTPUT_TO_REPORT="1">
<RESULT_RECORD DATA="24.1" RAW_DATA="24.100000" TIME="09-Feb-2018 15:21:01" TAG="10-LSV1-XI106/AI1/OUT.CV"/>
</RESULT>
</ITEM>
<ITEM NODE_NUMBER="96" SORT_ORDER="40" UTC="1" DATASOURCE_ID="10" PSTART="" SOURCE_ID="" TAG="PL" VISIBLE="1" DESCRIPTION="" IDPK="2025" EXEC_CONDITION="" DELIMITER="" PRECISION="1" VERSION="1" OCCURRENCE="" ITEMTYPE="DEFAULT" SOURCE="10-LSV1-XI107/AI1/OUT.CV" OUTPUT_TO_REPORT="1" ID="12070" NAME="Drain Temp" DATA_SCOPE="0" PLENGTH="" REQUIRED="1" UOM="Deg C">
<RESULT NODE_NUMBER="97" TYPE="TABLE" NAME="TABLE" AGGREGATE="INTERPOLATIVE" VISIBLE="1" OUTPUT_TO_REPORT="1">
<RESULT_RECORD DATA="25.9" TIME="09-Feb-2018 15:21:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI107/AI1/OUT.CV"/>
<RESULT_RECORD DATA="25.5" TIME="09-Feb-2018 15:22:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI107/AI1/OUT.CV"/>
<RESULT_RECORD DATA="25.5" TIME="09-Feb-2018 15:23:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI107/AI1/OUT.CV"/>
<RESULT_RECORD DATA="25.5" TIME="09-Feb-2018 15:24:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI107/AI1/OUT.CV"/>
<RESULT_RECORD DATA="25.5" TIME="09-Feb-2018 15:25:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI107/AI1/OUT.CV"/>
<RESULT_RECORD DATA="25.5" TIME="09-Feb-2018 15:26:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI107/AI1/OUT.CV"/>
<RESULT_RECORD DATA="25.5" TIME="09-Feb-2018 15:27:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI107/AI1/OUT.CV"/>
<RESULT_RECORD DATA="25.5" TIME="09-Feb-2018 15:28:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI107/AI1/OUT.CV"/>
<RESULT_RECORD DATA="25.5" TIME="09-Feb-2018 15:29:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI107/AI1/OUT.CV"/>
<RESULT_RECORD DATA="25.5" TIME="09-Feb-2018 15:30:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI107/AI1/OUT.CV"/>
<RESULT_RECORD DATA="25.5" TIME="09-Feb-2018 15:31:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI107/AI1/OUT.CV"/>
<RESULT_RECORD DATA="25.5" TIME="09-Feb-2018 15:32:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI107/AI1/OUT.CV"/>
<RESULT_RECORD DATA="25.5" TIME="09-Feb-2018 15:33:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI107/AI1/OUT.CV"/>
<RESULT_RECORD DATA="25.5" TIME="09-Feb-2018 15:34:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI107/AI1/OUT.CV"/>
<RESULT_RECORD DATA="25.5" TIME="09-Feb-2018 15:35:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI107/AI1/OUT.CV"/>
</RESULT>
<RESULT NODE_NUMBER="98" TYPE="CALC" EVENTVALUE="MINIMUM" VISIBLE="1" OUTPUT_TO_REPORT="1">
<RESULT_RECORD DATA="25.5" RAW_DATA="25.500000" TIME="09-Feb-2018 15:21:01" TAG="10-LSV1-XI107/AI1/OUT.CV"/>
</RESULT>
<RESULT NODE_NUMBER="99" TYPE="CALC" EVENTVALUE="MAXIMUM" VISIBLE="1" OUTPUT_TO_REPORT="1">
<RESULT_RECORD DATA="25.9" RAW_DATA="25.900000" TIME="09-Feb-2018 15:21:01" TAG="10-LSV1-XI107/AI1/OUT.CV"/>
</RESULT>
</ITEM>
<ITEM NODE_NUMBER="100" SORT_ORDER="50" UTC="1" DATASOURCE_ID="10" PSTART="" SOURCE_ID="" TAG="PL" VISIBLE="1" DESCRIPTION="" IDPK="2026" EXEC_CONDITION="" DELIMITER="" PRECISION="1" VERSION="1" OCCURRENCE="" ITEMTYPE="DEFAULT" SOURCE="10-LSV1-XI104/AI1/OUT.CV" OUTPUT_TO_REPORT="1" ID="12075" NAME="Filter Drain Temp" DATA_SCOPE="0" PLENGTH="" REQUIRED="1" UOM="Deg C">
<RESULT NODE_NUMBER="101" TYPE="TABLE" NAME="TABLE" AGGREGATE="INTERPOLATIVE" VISIBLE="1" OUTPUT_TO_REPORT="1">
<RESULT_RECORD DATA="21.0" TIME="09-Feb-2018 15:21:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI104/AI1/OUT.CV"/>
<RESULT_RECORD DATA="22.3" TIME="09-Feb-2018 15:22:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI104/AI1/OUT.CV"/>
<RESULT_RECORD DATA="22.3" TIME="09-Feb-2018 15:23:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI104/AI1/OUT.CV"/>
<RESULT_RECORD DATA="22.3" TIME="09-Feb-2018 15:24:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI104/AI1/OUT.CV"/>
<RESULT_RECORD DATA="22.3" TIME="09-Feb-2018 15:25:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI104/AI1/OUT.CV"/>
<RESULT_RECORD DATA="22.3" TIME="09-Feb-2018 15:26:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI104/AI1/OUT.CV"/>
<RESULT_RECORD DATA="22.3" TIME="09-Feb-2018 15:27:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI104/AI1/OUT.CV"/>
<RESULT_RECORD DATA="22.3" TIME="09-Feb-2018 15:28:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI104/AI1/OUT.CV"/>
<RESULT_RECORD DATA="22.3" TIME="09-Feb-2018 15:29:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI104/AI1/OUT.CV"/>
<RESULT_RECORD DATA="22.3" TIME="09-Feb-2018 15:30:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI104/AI1/OUT.CV"/>
<RESULT_RECORD DATA="22.3" TIME="09-Feb-2018 15:31:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI104/AI1/OUT.CV"/>
<RESULT_RECORD DATA="22.3" TIME="09-Feb-2018 15:32:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI104/AI1/OUT.CV"/>
<RESULT_RECORD DATA="22.3" TIME="09-Feb-2018 15:33:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI104/AI1/OUT.CV"/>
<RESULT_RECORD DATA="22.3" TIME="09-Feb-2018 15:34:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI104/AI1/OUT.CV"/>
<RESULT_RECORD DATA="22.3" TIME="09-Feb-2018 15:35:01" QUALITY="200C0 (OPCHDA_INTERPOLATED | OPC_QUALITY_GOOD)" TAG="10-LSV1-XI104/AI1/OUT.CV"/>
</RESULT>
<RESULT NODE_NUMBER="102" TYPE="CALC" EVENTVALUE="MINIMUM" VISIBLE="1" OUTPUT_TO_REPORT="1">
<RESULT_RECORD DATA="21.0" RAW_DATA="21.000000" TIME="09-Feb-2018 15:21:01" TAG="10-LSV1-XI104/AI1/OUT.CV"/>
</RESULT>
<RESULT NODE_NUMBER="103" TYPE="CALC" EVENTVALUE="MAXIMUM" VISIBLE="1" OUTPUT_TO_REPORT="1">
<RESULT_RECORD DATA="22.3" RAW_DATA="22.299999" TIME="09-Feb-2018 15:21:01" TAG="10-LSV1-XI104/AI1/OUT.CV"/>
</RESULT>
</ITEM>
</folders>

我的 XSL 如下：

  <div>
    <!--ProcessLog-->
    <table class="Item" id="Item_ProcessLog">
      <tr>
        <td COLSPAN="6">
          <h2>Process Log for Pressure Tests:</h2>
        </td>
      </tr>
    </table>
    <table class="Item" width="100%">
      <xsl:for-each select="//folders[@NAME='Step Time Range'][contains(@RUN_NAME,'Pressure Test')]" >
        <tr>
          <td style="text-align:right" colspan="2">
            <b>
              <xsl:value-of select="./@RUN_NAME" />
            </b>
          </td>
          <td style="text-align:center" colspan="2">
                        Start Time: <xsl:value-of select="./@RUN_START_DATETIME" /></td>
          <td style="text-align:left" colspan="2">
                        Duration: 
                        <xsl:variable name="seconds" select="./@TOTALSECONDS_UTC" /><xsl:value-of select="format-number(floor($seconds div 3600), '00')" /><xsl:value-of select="format-number(floor($seconds div 60 mod 60), ':00')" /><xsl:value-of select="format-number($seconds mod 60, ':00')" /></td>
        </tr>
        <tr>
          <th style="text-align:center;">Date Time
                    </th>
          <xsl:for-each select=".//ITEM[@TAG='PL']">
            <th style="text-align:center;">
              <xsl:value-of select="@NAME" />
              <br>
                <xsl:value-of select="@UOM" />
              </br>
            </th>
          </xsl:for-each>
        </tr>
        <xsl:for-each select="(.//ITEM[@TAG='PL'])/RESULT[@TYPE='TABLE']/RESULT_RECORD">
          <xsl:variable name="num" select="position()" />
          <tr>
            <td>
              <xsl:value-of select="@TIME" />
            </td>
            <td>
              <xsl:value-of select="@DATA" />
            </td>
          </tr>
        </xsl:for-each>
      </xsl:for-each>
    </table>
  </div>

到目前为止，它的“工作”是显示每个结果的日期/时间，并且只显示第一列数据。我一辈子都无法获得所有四列数据的输出。我有一个不同的样式表，它与显示所有数据的相同 xsl 一起使用，而不仅仅是这些数据的多个子集。

任何人有任何想法或提示将不胜感激！感谢您花时间看我的问题:)

Answer 1

要按列显示的数据是从<ITEM> 元素的不同索引中获取的，即。 Drain Press 是从ITEM[1] 下的<RESULT_RECORD> 元素中获取的，Bypass Drain Temp 是从ITEM[2] 下的<RESULT_RECORD> 元素中获取的，依此类推。

muenchian grouping 和普通<xsl:for-each> 的组合可用于获得所需的输出。 <folders> 元素上的外循环启动，与共享 XSL 相同。

<xsl:for-each select="//folders[@NAME='Step Time Range'][contains(@RUN_NAME,'Pressure Test')]">

在这个循环中，可以构建标题行和列标题。我已经修改了共享代码 sn-p 以使用 concat() 函数而不是连续的 <xsl:value-of>。

<tr>
    <td style="text-align:right" colspan="2">
        <b>
            <xsl:value-of select="@RUN_NAME" />
        </b>
    </td>
    <td style="text-align:center" colspan="2">
        <xsl:value-of select="concat('Start Time: ', @RUN_START_DATETIME)" />
    </td>
    <td style="text-align:left">
        <xsl:variable name="totalSeconds" select="@TOTALSECONDS_UTC" />
        <xsl:variable name="hours" select="format-number(floor($totalSeconds div 3600), '00')" />
        <xsl:variable name="minutes" select="format-number(floor($totalSeconds div 60 mod 60), ':00')" />
        <xsl:variable name="seconds" select="format-number($totalSeconds mod 60, ':00')" />
        <xsl:value-of select="concat('Duration: ', $hours, $minutes, $seconds)" />
    </td>
</tr>
<tr>
    <th style="text-align:center;">Date Time</th>
    <xsl:for-each select="ITEM[@TAG='PL']">
        <th style="text-align:center;">
            <xsl:value-of select="@NAME" />
            <br>
                <xsl:value-of select="@UOM" />
            </br>
        </th>
    </xsl:for-each>
</tr>

为了获取和显示单个列数据，使用muenchian grouping。根据@TIME 属性的值，定义一个键以将具有@QUALITY 属性的<RESULT_RECORD> 组合在一起。 @QUALITY 属性过滤器用于排除提取数据不需要的其他 <RESULT_RECORD> 元素。

<xsl:key name="groupKey" match="RESULT_RECORD[@QUALITY]" use="@TIME" />

嵌套循环在分组元素上运行，用于获取@TIME 和@DATA

<xsl:for-each select="//RESULT_RECORD[@QUALITY][generate-id() = generate-id(key('groupKey', @TIME)[1])]">
    <tr>
        <td style="text-align:center;">
            <xsl:value-of select="@TIME" />
        </td>
        <xsl:for-each select="key('groupKey', @TIME)">
            <td style="text-align:center;">
                <xsl:value-of select="@DATA" />
            </td>
        </xsl:for-each>
    </tr>
</xsl:for-each>

整个XSLT如下

<xsl:stylesheet version="1.0" xmlns:xsl="http://www.w3.org/1999/XSL/Transform">
    <xsl:output method="html" />
    <xsl:strip-space elements="*" />

    <xsl:key name="groupKey" match="RESULT_RECORD[@QUALITY]" use="@TIME" />

    <xsl:template match="/">
        <div>
            <!--ProcessLog -->
            <table class="Item" id="Item_ProcessLog" border="1">
                <tr>
                    <td COLSPAN="5">
                        <h2>Process Log for Pressure Tests:</h2>
                    </td>
                </tr>
            </table>
            <table class="Item" width="100%" border="1">
                <xsl:for-each select="//folders[@NAME='Step Time Range'][contains(@RUN_NAME,'Pressure Test')]">
                    <tr>
                        <td style="text-align:right" colspan="2">
                            <b>
                                <xsl:value-of select="@RUN_NAME" />
                            </b>
                        </td>
                        <td style="text-align:center" colspan="2">
                            <xsl:value-of select="concat('Start Time: ', @RUN_START_DATETIME)" />
                        </td>
                        <td style="text-align:left">
                            <xsl:variable name="totalSeconds" select="@TOTALSECONDS_UTC" />
                            <xsl:variable name="hours" select="format-number(floor($totalSeconds div 3600), '00')" />
                            <xsl:variable name="minutes" select="format-number(floor($totalSeconds div 60 mod 60), ':00')" />
                            <xsl:variable name="seconds" select="format-number($totalSeconds mod 60, ':00')" />
                            <xsl:value-of select="concat('Duration: ', $hours, $minutes, $seconds)" />
                        </td>
                    </tr>
                    <tr>
                        <th style="text-align:center;">Date Time</th>
                        <xsl:for-each select="ITEM[@TAG='PL']">
                            <th style="text-align:center;">
                                <xsl:value-of select="@NAME" />
                                <br>
                                    <xsl:value-of select="@UOM" />
                                </br>
                            </th>
                        </xsl:for-each>
                    </tr>
                    <xsl:for-each select="//RESULT_RECORD[@QUALITY][generate-id() = generate-id(key('groupKey', @TIME)[1])]">
                        <tr>
                            <td style="text-align:center;">
                                <xsl:value-of select="@TIME" />
                            </td>
                            <xsl:for-each select="key('groupKey', @TIME)">
                                <td style="text-align:center;">
                                    <xsl:value-of select="@DATA" />
                                </td>
                            </xsl:for-each>
                        </tr>
                    </xsl:for-each>
                </xsl:for-each>
            </table>
        </div>
    </xsl:template>
</xsl:stylesheet>

输出的图像可以在附件中找到。为了便于理解，我在table 中添加了border。随意删除它。