Option: Test similar labels Report labels that differ only by letter case (e.g. label/Label/LaBeL). Net names are case-sensitive therefore such labels are treated as separate nets. Test unique global 1. Eeschema creates an intermediate file *.tmp, for example test.tmp. 2. Eeschema runs the plug-in, which reads test.tmp and creates test.net. 10.5.2. Command line format Here is an example, using Eeschema (*.tmp). For a schematic named test.sch, the actual command line is: f:/kicad/bin/xsltproc.exe -o test.net f:/kicad/bin/plugins/netlist_form_pads-pcb.xsl test.tmp. 10.5.3. Converter and sheet style

1. Eeschema creates an intermediate file *.tmp, for example test.tmp. 2. Eeschema runs the plug-in, which reads test.tmp and creates test.net. 9.5.2. Command line format Here is an example, using xsltproc Eeschema (*.tmp). For a schematic named test.sch, the actual command line is: f:/kicad/bin/xsltproc.exe -o test.net f:/kicad/bin/plugins/netlist_form_pads-pcb.xsl test.tmp. 9.5.3. Converter and sheet style Redo last undo. Edit the current component properties. Edit the fields of current component. Test the current component for design errors. Zoom in. Zoom out. Refresh display. Zoom to fit component

29 / 159 Test similar labels Report labels that differ only by letter case (e.g. label/Label/LaBeL). Net names are case-sensitive therefore such labels are treated as separate nets. Test unique global 1. Eeschema creates an intermediate file *.tmp, for example test.tmp. 2. Eeschema runs the plug-in, which reads test.tmp and creates test.net. 10.5.2 Command line format Here is an example, using xsltproc Eeschema (*.tmp). For a schematic named test.sch, the actual command line is: f:/kicad/bin/xsltproc.exe -o test.net f:/kicad/bin/plugins/netlist_form_pads-pcb.xsl test.tmp. 10.5.3 Converter and sheet style

1. Eeschema creates an intermediate file *.tmp, for example test.tmp. 2. Eeschema runs the plug-in, which reads test.tmp and creates test.net. 9.5.2 Command line format Here is an example, using xsltproc Eeschema (*.tmp). For a schematic named test.sch, the actual command line is: f:/kicad/bin/xsltproc.exe -o test.net f:/kicad/bin/plugins/netlist_form_pads-pcb.xsl test.tmp. 9.5.3 Converter and sheet style Redo last undo. Edit the current component properties. Edit the fields of current component. Test the current component for design errors. Zoom in. Zoom out. Refresh display. Zoom to fit component

设置窗口： 设置将需要： 标题（例如，网表格式的名称）。 要启动的插件。 生成网表时： 1. Eeschema 创建一个中间文件 *.tmp，例如 test.tmp。 2. Eeschema 运行插件，读取 test.tmp 并创建 test.net。 10.5.2. 命令行格式 下面是一个示例，使用 xsltproc.exe 作为转换 .xsl 文件的工具，使用文件 netlist_form_pads-pcb intermediate file created by Eeschema (*.tmp). 对于名为 test.sch 的原理图，实际的命令行是： f:/kicad/bin/xsltproc.exe -o test.net f:/kicad/bin/plugins/netlist_form_pads-pcb.xsl test.tmp. 10.5.3. 转换器和工作表样式 (插件) 这是一个非常简单的软件，因 version="1.0" encoding="utf-8"?> F:\kicad_aux\netlist_test\netlist_test. sch 29/08/2010 20:35:21 eeschema (2010-08-28 BZR 2458)-

标题（例如，网表格式的名称）。 • 要启动的插件。 Eeschema 简介 76 / 151 生成网表时： 1. Eeschema 创建一个中间文件 *.tmp，例如 test.tmp。 2. Eeschema 运行插件，读取 test.tmp 并创建 test.net。 10.5.2 命令行格式 下面是一个示例，使用 xsltproc.exe 作为转换.xsl 文件的工具，使用文件 netlist_form_pads-pcb intermediate file created by Eeschema (*.tmp). 对于名为 test.sch 的原理图，实际的命令行是： f:/kicad/bin/xsltproc.exe -o test.net f:/kicad/bin/plugins/netlist_form_pads-pcb.xsl test.tmp. 10.5.3 转换器和工作表样式 (插件) 这是一个非常简单的软件，因为 version="1.0" encoding="utf-8"?> F:\kicad_aux\netlist_test\netlist_test.sch 29/08/2010 20:35:21 eeschema (2010-08-28 BZR 2458)-unstable

applied if there are no errors in the custom rules definitions. Use the Check Rule Syntax button to test the definitions and fix any problems before closing Board Setup. See Custom Design Rules in the Advanced result in the design rule checker running more slowly. Test for parity between PCB and schematic: when enabled, the design rule checker will test for differences between the schematic and PCB in addition Board Setup dialog and provides a text editor for entering custom rules, a syntax checker that will test your custom rules and note any errors, and a syntax help dialog that contains a quick reference to

applied if there are no errors in the custom rules definitions. Use the Check Rule Syntax button to test the definitions and fix any problems before closing Board Setup. See Custom Design Rules in the Advanced result in the design rule checker running more slowly. Test for parity between PCB and schematic: when enabled, the design rule checker will test for differences between the schematic and PCB in addition affects all violations of a given type. Ignore all: ignores all violations of a given type. This test will now appear in the Ignored Tests tab rather than the Violations tab. Excluded and ignored violations

applied if there are no errors in the custom rules definitions. Use the Check Rule Syntax button to test the definitions and fix any problems before closing Board Setup. See Custom Design Rules in the Advanced result in the design rule checker running more slowly. Test for parity between PCB and schematic: when enabled, the design rule checker will test for differences between the schematic and PCB in addition affects all violations of a given type. Ignore all: ignores all violations of a given type. This test will now appear in the Ignored Tests tab rather than the Violations tab. Excluded and ignored violations

applied if there are no errors in the custom rules definitions. Use the Check Rule Syntax button to test the definitions and fix any problems before closing Board Setup. See Custom Design Rules in the Advanced result in the design rule checker running more slowly. Test for parity between PCB and schematic: when enabled, the design rule checker will test for differences between the schematic and PCB in addition affects all violations of a given type. Ignore all: ignores all violations of a given type. This test will now appear in the Ignored Tests tab rather than the Violations tab. Excluded and ignored violations