![]() ![]() Set Threshold-code which divides Unicode code-points in two regions. These sequences are inserted between ''ESC ['' and ''m'' to construct full ANSI escape sequences. Set ANSI Highlight sequence to seq (default "1") Set ANSI Underline sequence to seq (default "4") Set ANSI Blink sequence to seq (default "5") Set ANSI Reverse sequence to seq (default "7") Set ANSI Standout sequence to seq (default "7") As to termcap and terminfo version, it will be set Please set this option on a MSDOS ANSI terminal that has capability to delete and/or insert lines. ''%d'' means the line number of current position in a file.Īssert there is delete/insert-lines control. lv will try to avoid this problem with converting charsets of search patterns automatically, but Visible code and internal code are different from each other. The search function of lv may not work correctly when lv additionally performs ''code-points'' conversion (not ''coding-system'' translation), because Note that the iso-2022-cn referred here is not GB sequence, only just CNS one. (and vice versa) with code-points conversion. Since big5 characters can be converted into CNS 11643-1992 with negligible incompleteness, big5 streams can be translated into iso-2022-cn or euc-taiwan shift-jis uses the same internalĬode-points as iso-2022-jp and euc-japan. Iso-2022-cn, -jp, -kr can be converted into euc-china or -taiwan, euc-japan, euc-korea, respectively (and vice versa). ![]() Set default (fall-back) coding system to coding-system.Ĭoding-system translations / Code-points conversions: Set pathname coding system to coding-system. Set output coding system to coding-system. If it is not set, output coding system will be applied to it. Set keyboard coding system to coding-system. Set input coding system to coding-system. Software just like intended image on ANSI terminals.Ĭompletely original lv is a completely original software including no code drawn from less and grep and other programs at all. So you can look ANSI-decorated streams such as colored source codes generated by another (However, MSDOS version of lv has none of the Unicode facility.)ĪNSI escape sequence through lv can recognize ANSI escape sequences for text decoration. So you can display Unicode or foreign texts on your terminal, using the code conversion function to your favorite charsets via Supporting the Unicode standard lv provides Unicode facilities which enables you to handle Unicode streams encoded in UTF-7 or UTF-8, and lv can also convert their code-points between Pattern matching is conducted in the charset level, so an EUC fragment, for example, can be found in the ISO 2022 tailored streams, of course. Multilingual regular expressions / Multilingual grep lv can recognize multi-bytes patterns as regular expressions, and lv also provides multilingual grep (1) functionality by giving it another name, ![]() Viewer but also as a coding-system translation filter like nkf (1) and tcs (1). Furthermore, localized coding systems such as shift-jis, big5 and HZ are also supported. Multiple coding systems lv can decode and encode multilingual streams through many coding systems, for example, ISO 2022 based coding systems such as iso-2022-jp, and EUC lv is a currently growing software, so your feedback is welcome and helpful for us to refine the future lv. lv can be used on MSDOS ANSI terminals and almost all UNIX People (and less people on other OSs) don't have to learn a burdensome new interface. Apparently, lv looks like less (1), a representative file viewer on UNIX as you know, so UNIX For a list of trademarks of The Linux Foundation, please see our Trademark Usage page.Description Multilingual file viewer lv is a powerful multilingual file viewer. The Linux Foundation has registered trademarks and uses trademarks. © Prometheus Authors 2014-2023 | Documentation Distributed under CC-BY-4.0 Please help improve it by filing issues or pull requests. Type ( proc) like this: topk(3, sum by (app, proc) (rate(instance_cpu_time_ns)))Īssuming this metric contains one time series per running instance, you couldĬount the number of running instances per application like this: count by (app) (instance_cpu_time_ns) we could get the top 3 CPU users grouped by application ( app) and process Job and handler labels: http_requests_total Return all time series with the metric http_requests_total and the given Return all time series with the metric http_requests_total: http_requests_total ![]()
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