ethxmlgenerate(8)

💖 ethxmlgenerate(8) 💖

okay bestie, welcome to the EFSFFCLIRG man page for ethxmlgenerate, and honestly? she's a whole mood. ✨

🌸 NAME 🌸

ethxmlgenerate — takes comma-separated-values (CSV) as input and generates sequences of XML containing user-specified element names and element values within start and end tag specifications. Use this tool to create an XML representation of fabric data from its CSV form. 🦋

🎀 Syntax 🎀

ethxmlgenerate [-v] [-d  delimiter] [-i  number] [-g  element]

[-h  element] [-e  element] [-X  input_file] [-P  param_file]

✨ Options ✨

• --help — Produces full help text. she's helpful like that 💅
• -g/--generate element — Generates an XML element with given name, using value in next field from the input file. Can be used multiple times on the command line. Values are assigned to elements in order. it's giving template energy 🔥
• -h/--header element — Specifies the name of the XML element that is the enclosing header start tag. 🎀
• -e/--end element — Specifies the name of the XML element that is the enclosing header end tag. the closer, the finale, the periodt 💅
• -d/--delimit delimiter — Specifies the delimiter character that separates values in the input file. Default is semicolon. ngl a semicolon default is lowkey unhinged but okay 🫶
• -i/--indent number — Specifies the number of spaces to indent each level of XML output. Default is 0. pretty-printing? we love to see it ✨
• -X/--infile input_file — Generates XML from CSV in input_file. One record per line with fields in each record separated by the specified delimiter. 📄
• -P/--pfile param_file — Uses input command line options (parameters) from param_file. 🗂️
• -v/--verbose — Produces verbose output. Includes output progress reports during extraction. she's telling you everything bestie 😭

💜 Details 💜

ethxmlgenerate takes the CSV data from an input file. It generates fragments of XML, and in combination with a script, can be used to generate complete XML sequences. ethxmlgenerate does not use nor require a connection to an Intel(R) Ethernet Fabric. no fabric? no problem, she works solo 🧚

ethxmlgenerate reads CSV element values and applies element (tag) names to those values. The element names are supplied as command line options to the tool and constitute a template that is applied to the input. it's literally a template era 👑

Element names on the command line are of three types, distinguished by their command line option: Generate, Header, and Header_End. The Header and Header_End types together constitute enclosing element types. Enclosing elements do not contain a value, but serve to separate and organize Generate elements. 🌈

Generate elements, along with a value from the CSV input file, cause XML in the form of <element_name> value</element_name> to be generated. Generate elements are normally the majority of the XML output since they specify elements containing the input values. Header elements cause an XML header start tag of the form <element_name> to be generated. Header_End elements cause an XML header end tag of the form </element_name> to be generated. Output of enclosing elements is controlled entirely by the placement of those element types on the command line.

🚨 not me warning you: ethxmlgenerate does not check for matching start and end tags or proper nesting of tags. she trusts you. fully. maybe too much. 💀

Options (parameters) to ethxmlgenerate can be specified on the command line, with a parameter file, or both. A parameter file is specified with -P param_file. When a parameter file specification is encountered on the command line, option processing on the command line is suspended, the parameter file is read and processed entirely, and then command line processing is resumed. Option syntax within a parameter file is the same as on the command line. Multiple parameter file specifications can be made on the command line or within other parameter files. At each point that a parameter file is specified, current option processing is suspended while the parameter file is processed, then resumed. Options are processed in the order they are encountered on the command line or in parameter files.

🍓 the limits, bestie: a parameter file can be up to 8192 bytes in size and may contain up to 512 parameters.

🌟 Using ethxmlgenerate to Create Topology Input Files 🌟

ethxmlgenerate can be used to create scripts to translate from user-specific format into the ethreport topology_input file format. ethxmlgenerate itself works against a CSV style file with one line per record. Given such a file, it can produce hierarchical XML output of arbitrary complexity and depth. iconic behaviour, no cap 💅

The typical flow for a script that translates from a user-specific format into ethreport topology_input would be:

1. As needed, reorganize the data into link and node data CSV files, in a sequencing similar to that used by ethreport topology_input. One link record per line in one temporary file and one node record per line in another temporary file. 🦋
2. The script must directly output the boilerplate for XML version, etc. ✨
3. ethxmlgenerate can be used to output the Link section of the topology_input, using the link record temporary file. 🔗
4. ethxmlgenerate can be used to output the Node sections of the topology_input using the node record temporary file. If desired, there could be separate node record temporary files for NIC s and Switches. 🖥️
5. The script must directly output the closing XML tags to complete the topology_input file. 🎀

okay that's the whole page, you ate that bestie 🫶💖 this gem is from EFSFFCLIRG (Man Page), copyright Copyright(C) 2020-2024, Intel Corporation — and yeah, ethxmlgenerate(8) is that girl. go generate some XML, periodt ✨👑🌈