Given the text for example:
This is a 🌿 text with multiple 🥀 emojis.
I need to extract this down to a string:
🌿🥀
So far I have regex that only matches emojis put into regexextract function, but it only outputs first of the emojis.
=IFERROR(REGEXEXTRACT(G7,"[\x{1f300}-\x{1f5ff}\x{1f900}-\x{1f9ff}\x{1f600}-\x{1f64f}\x{1f680}-\x{1f6ff}\x{2600}-\x{26ff}\x{2700}-\x{27bf}\x{1f1e6}-\x{1f1ff}\x{1f191}-\x{1f251}\x{1f004}\x{1f0cf}\x{1f170}-\x{1f171}\x{1f17e}-\x{1f17f}\x{1f18e}\x{3030}\x{2b50}\x{2b55}\x{2934}-\x{2935}\x{2b05}-\x{2b07}\x{2b1b}-\x{2b1c}\x{3297}\x{3299}\x{303d}\x{00a9}\x{00ae}\x{2122}\x{23f3}\x{24c2}\x{23e9}-\x{23ef}\x{25b6}\x{23f8}-\x{23fa}]"), "")
Some solutions I found online for make Sheets return all mathes dont work in this specific case and I dont know why.
It is a great pity there is no class for emojis in RE2 regex flavor.
You can use the RE2 emoji regex and use it with REGEXREPLACE like this: (<emoji_regex>)|. to replace with $1.
=REGEXREPLACE(G7, "([#*0-9]\x{FE0F}?\x{20E3}|©\x{FE0F}?|[®\x{203C}\x{2049}\x{2122}\x{2139}\x{2194}-\x{2199}\x{21A9}\x{21AA}]\x{FE0F}?|[\x{231A}\x{231B}]|[\x{2328}\x{23CF}]\x{FE0F}?|[\x{23E9}-\x{23EC}]|[\x{23ED}-\x{23EF}]\x{FE0F}?|\x{23F0}|[\x{23F1}\x{23F2}]\x{FE0F}?|\x{23F3}|[\x{23F8}-\x{23FA}\x{24C2}\x{25AA}\x{25AB}\x{25B6}\x{25C0}\x{25FB}\x{25FC}]\x{FE0F}?|[\x{25FD}\x{25FE}]|[\x{2600}-\x{2604}\x{260E}\x{2611}]\x{FE0F}?|[\x{2614}\x{2615}]|\x{2618}\x{FE0F}?|\x{261D}[\x{FE0F}\x{1F3FB}-\x{1F3FF}]?|[\x{2620}\x{2622}\x{2623}\x{2626}\x{262A}\x{262E}\x{262F}\x{2638}-\x{263A}\x{2640}\x{2642}]\x{FE0F}?|[\x{2648}-\x{2653}]|[\x{265F}\x{2660}\x{2663}\x{2665}\x{2666}\x{2668}\x{267B}\x{267E}]\x{FE0F}?|\x{267F}|\x{2692}\x{FE0F}?|\x{2693}|[\x{2694}-\x{2697}\x{2699}\x{269B}\x{269C}\x{26A0}]\x{FE0F}?|\x{26A1}|\x{26A7}\x{FE0F}?|[\x{26AA}\x{26AB}]|[\x{26B0}\x{26B1}]\x{FE0F}?|[\x{26BD}\x{26BE}\x{26C4}\x{26C5}]|\x{26C8}\x{FE0F}?|\x{26CE}|[\x{26CF}\x{26D1}\x{26D3}]\x{FE0F}?|\x{26D4}|\x{26E9}\x{FE0F}?|\x{26EA}|[\x{26F0}\x{26F1}]\x{FE0F}?|[\x{26F2}\x{26F3}]|\x{26F4}\x{FE0F}?|\x{26F5}|[\x{26F7}\x{26F8}]\x{FE0F}?|\x{26F9}(?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?|[\x{FE0F}\x{1F3FB}-\x{1F3FF}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?)?)?|[\x{26FA}\x{26FD}]|\x{2702}\x{FE0F}?|\x{2705}|[\x{2708}\x{2709}]\x{FE0F}?|[\x{270A}\x{270B}][\x{1F3FB}-\x{1F3FF}]?|[\x{270C}\x{270D}][\x{FE0F}\x{1F3FB}-\x{1F3FF}]?|\x{270F}\x{FE0F}?|[\x{2712}\x{2714}\x{2716}\x{271D}\x{2721}]\x{FE0F}?|\x{2728}|[\x{2733}\x{2734}\x{2744}\x{2747}]\x{FE0F}?|[\x{274C}\x{274E}\x{2753}-\x{2755}\x{2757}]|\x{2763}\x{FE0F}?|\x{2764}(?:\x{200D}[\x{1F525}\x{1FA79}]|\x{FE0F}(?:\x{200D}[\x{1F525}\x{1FA79}])?)?|[\x{2795}-\x{2797}]|\x{27A1}\x{FE0F}?|[\x{27B0}\x{27BF}]|[\x{2934}\x{2935}\x{2B05}-\x{2B07}]\x{FE0F}?|[\x{2B1B}\x{2B1C}\x{2B50}\x{2B55}]|[\x{3030}\x{303D}\x{3297}\x{3299}]\x{FE0F}?|[\x{1F004}\x{1F0CF}]|[\x{1F170}\x{1F171}\x{1F17E}\x{1F17F}]\x{FE0F}?|[\x{1F18E}\x{1F191}-\x{1F19A}]|\x{1F1E6}[\x{1F1E8}-\x{1F1EC}\x{1F1EE}\x{1F1F1}\x{1F1F2}\x{1F1F4}\x{1F1F6}-\x{1F1FA}\x{1F1FC}\x{1F1FD}\x{1F1FF}]|\x{1F1E7}[\x{1F1E6}\x{1F1E7}\x{1F1E9}-\x{1F1EF}\x{1F1F1}-\x{1F1F4}\x{1F1F6}-\x{1F1F9}\x{1F1FB}\x{1F1FC}\x{1F1FE}\x{1F1FF}]|\x{1F1E8}[\x{1F1E6}\x{1F1E8}\x{1F1E9}\x{1F1EB}-\x{1F1EE}\x{1F1F0}-\x{1F1F5}\x{1F1F7}\x{1F1FA}-\x{1F1FF}]|\x{1F1E9}[\x{1F1EA}\x{1F1EC}\x{1F1EF}\x{1F1F0}\x{1F1F2}\x{1F1F4}\x{1F1FF}]|\x{1F1EA}[\x{1F1E6}\x{1F1E8}\x{1F1EA}\x{1F1EC}\x{1F1ED}\x{1F1F7}-\x{1F1FA}]|\x{1F1EB}[\x{1F1EE}-\x{1F1F0}\x{1F1F2}\x{1F1F4}\x{1F1F7}]|\x{1F1EC}[\x{1F1E6}\x{1F1E7}\x{1F1E9}-\x{1F1EE}\x{1F1F1}-\x{1F1F3}\x{1F1F5}-\x{1F1FA}\x{1F1FC}\x{1F1FE}]|\x{1F1ED}[\x{1F1F0}\x{1F1F2}\x{1F1F3}\x{1F1F7}\x{1F1F9}\x{1F1FA}]|\x{1F1EE}[\x{1F1E8}-\x{1F1EA}\x{1F1F1}-\x{1F1F4}\x{1F1F6}-\x{1F1F9}]|\x{1F1EF}[\x{1F1EA}\x{1F1F2}\x{1F1F4}\x{1F1F5}]|\x{1F1F0}[\x{1F1EA}\x{1F1EC}-\x{1F1EE}\x{1F1F2}\x{1F1F3}\x{1F1F5}\x{1F1F7}\x{1F1FC}\x{1F1FE}\x{1F1FF}]|\x{1F1F1}[\x{1F1E6}-\x{1F1E8}\x{1F1EE}\x{1F1F0}\x{1F1F7}-\x{1F1FB}\x{1F1FE}]|\x{1F1F2}[\x{1F1E6}\x{1F1E8}-\x{1F1ED}\x{1F1F0}-\x{1F1FF}]|\x{1F1F3}[\x{1F1E6}\x{1F1E8}\x{1F1EA}-\x{1F1EC}\x{1F1EE}\x{1F1F1}\x{1F1F4}\x{1F1F5}\x{1F1F7}\x{1F1FA}\x{1F1FF}]|\x{1F1F4}\x{1F1F2}|\x{1F1F5}[\x{1F1E6}\x{1F1EA}-\x{1F1ED}\x{1F1F0}-\x{1F1F3}\x{1F1F7}-\x{1F1F9}\x{1F1FC}\x{1F1FE}]|\x{1F1F6}\x{1F1E6}|\x{1F1F7}[\x{1F1EA}\x{1F1F4}\x{1F1F8}\x{1F1FA}\x{1F1FC}]|\x{1F1F8}[\x{1F1E6}-\x{1F1EA}\x{1F1EC}-\x{1F1F4}\x{1F1F7}-\x{1F1F9}\x{1F1FB}\x{1F1FD}-\x{1F1FF}]|\x{1F1F9}[\x{1F1E6}\x{1F1E8}\x{1F1E9}\x{1F1EB}-\x{1F1ED}\x{1F1EF}-\x{1F1F4}\x{1F1F7}\x{1F1F9}\x{1F1FB}\x{1F1FC}\x{1F1FF}]|\x{1F1FA}[\x{1F1E6}\x{1F1EC}\x{1F1F2}\x{1F1F3}\x{1F1F8}\x{1F1FE}\x{1F1FF}]|\x{1F1FB}[\x{1F1E6}\x{1F1E8}\x{1F1EA}\x{1F1EC}\x{1F1EE}\x{1F1F3}\x{1F1FA}]|\x{1F1FC}[\x{1F1EB}\x{1F1F8}]|\x{1F1FD}\x{1F1F0}|\x{1F1FE}[\x{1F1EA}\x{1F1F9}]|\x{1F1FF}[\x{1F1E6}\x{1F1F2}\x{1F1FC}]|\x{1F201}|\x{1F202}\x{FE0F}?|[\x{1F21A}\x{1F22F}\x{1F232}-\x{1F236}]|\x{1F237}\x{FE0F}?|[\x{1F238}-\x{1F23A}\x{1F250}\x{1F251}\x{1F300}-\x{1F320}]|[\x{1F321}\x{1F324}-\x{1F32C}]\x{FE0F}?|[\x{1F32D}-\x{1F335}]|\x{1F336}\x{FE0F}?|[\x{1F337}-\x{1F37C}]|\x{1F37D}\x{FE0F}?|[\x{1F37E}-\x{1F384}]|\x{1F385}[\x{1F3FB}-\x{1F3FF}]?|[\x{1F386}-\x{1F393}]|[\x{1F396}\x{1F397}\x{1F399}-\x{1F39B}\x{1F39E}\x{1F39F}]\x{FE0F}?|[\x{1F3A0}-\x{1F3C1}]|\x{1F3C2}[\x{1F3FB}-\x{1F3FF}]?|[\x{1F3C3}\x{1F3C4}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?|[\x{1F3FB}-\x{1F3FF}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?)?)?|[\x{1F3C5}\x{1F3C6}]|\x{1F3C7}[\x{1F3FB}-\x{1F3FF}]?|[\x{1F3C8}\x{1F3C9}]|\x{1F3CA}(?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?|[\x{1F3FB}-\x{1F3FF}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?)?)?|[\x{1F3CB}\x{1F3CC}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?|[\x{FE0F}\x{1F3FB}-\x{1F3FF}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?)?)?|[\x{1F3CD}\x{1F3CE}]\x{FE0F}?|[\x{1F3CF}-\x{1F3D3}]|[\x{1F3D4}-\x{1F3DF}]\x{FE0F}?|[\x{1F3E0}-\x{1F3F0}]|\x{1F3F3}(?:\x{200D}(?:\x{26A7}\x{FE0F}?|\x{1F308})|\x{FE0F}(?:\x{200D}(?:\x{26A7}\x{FE0F}?|\x{1F308}))?)?|\x{1F3F4}(?:\x{200D}\x{2620}\x{FE0F}?|\x{E0067}\x{E0062}(?:\x{E0065}\x{E006E}\x{E0067}|\x{E0073}\x{E0063}\x{E0074}|\x{E0077}\x{E006C}\x{E0073})\x{E007F})?|[\x{1F3F5}\x{1F3F7}]\x{FE0F}?|[\x{1F3F8}-\x{1F407}]|\x{1F408}(?:\x{200D}\x{2B1B})?|[\x{1F409}-\x{1F414}]|\x{1F415}(?:\x{200D}\x{1F9BA})?|[\x{1F416}-\x{1F43A}]|\x{1F43B}(?:\x{200D}\x{2744}\x{FE0F}?)?|[\x{1F43C}-\x{1F43E}]|\x{1F43F}\x{FE0F}?|\x{1F440}|\x{1F441}(?:\x{200D}\x{1F5E8}\x{FE0F}?|\x{FE0F}(?:\x{200D}\x{1F5E8}\x{FE0F}?)?)?|[\x{1F442}\x{1F443}][\x{1F3FB}-\x{1F3FF}]?|[\x{1F444}\x{1F445}]|[\x{1F446}-\x{1F450}][\x{1F3FB}-\x{1F3FF}]?|[\x{1F451}-\x{1F465}]|[\x{1F466}\x{1F467}][\x{1F3FB}-\x{1F3FF}]?|\x{1F468}(?:\x{200D}(?:[\x{2695}\x{2696}\x{2708}]\x{FE0F}?|\x{2764}\x{FE0F}?\x{200D}(?:\x{1F48B}\x{200D})?\x{1F468}|[\x{1F33E}\x{1F373}\x{1F37C}\x{1F393}\x{1F3A4}\x{1F3A8}\x{1F3EB}\x{1F3ED}]|\x{1F466}(?:\x{200D}\x{1F466})?|\x{1F467}(?:\x{200D}[\x{1F466}\x{1F467}])?|[\x{1F468}\x{1F469}]\x{200D}(?:\x{1F466}(?:\x{200D}\x{1F466})?|\x{1F467}(?:\x{200D}[\x{1F466}\x{1F467}])?)|[\x{1F4BB}\x{1F4BC}\x{1F527}\x{1F52C}\x{1F680}\x{1F692}\x{1F9AF}-\x{1F9B3}\x{1F9BC}\x{1F9BD}])|\x{1F3FB}(?:\x{200D}(?:[\x{2695}\x{2696}\x{2708}]\x{FE0F}?|\x{2764}\x{FE0F}?\x{200D}(?:\x{1F48B}\x{200D})?\x{1F468}[\x{1F3FB}-\x{1F3FF}]|[\x{1F33E}\x{1F373}\x{1F37C}\x{1F393}\x{1F3A4}\x{1F3A8}\x{1F3EB}\x{1F3ED}\x{1F4BB}\x{1F4BC}\x{1F527}\x{1F52C}\x{1F680}\x{1F692}]|\x{1F91D}\x{200D}\x{1F468}[\x{1F3FC}-\x{1F3FF}]|[\x{1F9AF}-\x{1F9B3}\x{1F9BC}\x{1F9BD}]))?|\x{1F3FC}(?:\x{200D}(?:[\x{2695}\x{2696}\x{2708}]\x{FE0F}?|\x{2764}\x{FE0F}?\x{200D}(?:\x{1F48B}\x{200D})?\x{1F468}[\x{1F3FB}-\x{1F3FF}]|[\x{1F33E}\x{1F373}\x{1F37C}\x{1F393}\x{1F3A4}\x{1F3A8}\x{1F3EB}\x{1F3ED}\x{1F4BB}\x{1F4BC}\x{1F527}\x{1F52C}\x{1F680}\x{1F692}]|\x{1F91D}\x{200D}\x{1F468}[\x{1F3FB}\x{1F3FD}-\x{1F3FF}]|[\x{1F9AF}-\x{1F9B3}\x{1F9BC}\x{1F9BD}]))?|\x{1F3FD}(?:\x{200D}(?:[\x{2695}\x{2696}\x{2708}]\x{FE0F}?|\x{2764}\x{FE0F}?\x{200D}(?:\x{1F48B}\x{200D})?\x{1F468}[\x{1F3FB}-\x{1F3FF}]|[\x{1F33E}\x{1F373}\x{1F37C}\x{1F393}\x{1F3A4}\x{1F3A8}\x{1F3EB}\x{1F3ED}\x{1F4BB}\x{1F4BC}\x{1F527}\x{1F52C}\x{1F680}\x{1F692}]|\x{1F91D}\x{200D}\x{1F468}[\x{1F3FB}\x{1F3FC}\x{1F3FE}\x{1F3FF}]|[\x{1F9AF}-\x{1F9B3}\x{1F9BC}\x{1F9BD}]))?|\x{1F3FE}(?:\x{200D}(?:[\x{2695}\x{2696}\x{2708}]\x{FE0F}?|\x{2764}\x{FE0F}?\x{200D}(?:\x{1F48B}\x{200D})?\x{1F468}[\x{1F3FB}-\x{1F3FF}]|[\x{1F33E}\x{1F373}\x{1F37C}\x{1F393}\x{1F3A4}\x{1F3A8}\x{1F3EB}\x{1F3ED}\x{1F4BB}\x{1F4BC}\x{1F527}\x{1F52C}\x{1F680}\x{1F692}]|\x{1F91D}\x{200D}\x{1F468}[\x{1F3FB}-\x{1F3FD}\x{1F3FF}]|[\x{1F9AF}-\x{1F9B3}\x{1F9BC}\x{1F9BD}]))?|\x{1F3FF}(?:\x{200D}(?:[\x{2695}\x{2696}\x{2708}]\x{FE0F}?|\x{2764}\x{FE0F}?\x{200D}(?:\x{1F48B}\x{200D})?\x{1F468}[\x{1F3FB}-\x{1F3FF}]|[\x{1F33E}\x{1F373}\x{1F37C}\x{1F393}\x{1F3A4}\x{1F3A8}\x{1F3EB}\x{1F3ED}\x{1F4BB}\x{1F4BC}\x{1F527}\x{1F52C}\x{1F680}\x{1F692}]|\x{1F91D}\x{200D}\x{1F468}[\x{1F3FB}-\x{1F3FE}]|[\x{1F9AF}-\x{1F9B3}\x{1F9BC}\x{1F9BD}]))?)?|\x{1F469}(?:\x{200D}(?:[\x{2695}\x{2696}\x{2708}]\x{FE0F}?|\x{2764}\x{FE0F}?\x{200D}(?:\x{1F48B}\x{200D})?[\x{1F468}\x{1F469}]|[\x{1F33E}\x{1F373}\x{1F37C}\x{1F393}\x{1F3A4}\x{1F3A8}\x{1F3EB}\x{1F3ED}]|\x{1F466}(?:\x{200D}\x{1F466})?|\x{1F467}(?:\x{200D}[\x{1F466}\x{1F467}])?|\x{1F469}\x{200D}(?:\x{1F466}(?:\x{200D}\x{1F466})?|\x{1F467}(?:\x{200D}[\x{1F466}\x{1F467}])?)|[\x{1F4BB}\x{1F4BC}\x{1F527}\x{1F52C}\x{1F680}\x{1F692}\x{1F9AF}-\x{1F9B3}\x{1F9BC}\x{1F9BD}])|\x{1F3FB}(?:\x{200D}(?:[\x{2695}\x{2696}\x{2708}]\x{FE0F}?|\x{2764}\x{FE0F}?\x{200D}(?:[\x{1F468}\x{1F469}][\x{1F3FB}-\x{1F3FF}]|\x{1F48B}\x{200D}[\x{1F468}\x{1F469}][\x{1F3FB}-\x{1F3FF}])|[\x{1F33E}\x{1F373}\x{1F37C}\x{1F393}\x{1F3A4}\x{1F3A8}\x{1F3EB}\x{1F3ED}\x{1F4BB}\x{1F4BC}\x{1F527}\x{1F52C}\x{1F680}\x{1F692}]|\x{1F91D}\x{200D}[\x{1F468}\x{1F469}][\x{1F3FC}-\x{1F3FF}]|[\x{1F9AF}-\x{1F9B3}\x{1F9BC}\x{1F9BD}]))?|\x{1F3FC}(?:\x{200D}(?:[\x{2695}\x{2696}\x{2708}]\x{FE0F}?|\x{2764}\x{FE0F}?\x{200D}(?:[\x{1F468}\x{1F469}][\x{1F3FB}-\x{1F3FF}]|\x{1F48B}\x{200D}[\x{1F468}\x{1F469}][\x{1F3FB}-\x{1F3FF}])|[\x{1F33E}\x{1F373}\x{1F37C}\x{1F393}\x{1F3A4}\x{1F3A8}\x{1F3EB}\x{1F3ED}\x{1F4BB}\x{1F4BC}\x{1F527}\x{1F52C}\x{1F680}\x{1F692}]|\x{1F91D}\x{200D}[\x{1F468}\x{1F469}][\x{1F3FB}\x{1F3FD}-\x{1F3FF}]|[\x{1F9AF}-\x{1F9B3}\x{1F9BC}\x{1F9BD}]))?|\x{1F3FD}(?:\x{200D}(?:[\x{2695}\x{2696}\x{2708}]\x{FE0F}?|\x{2764}\x{FE0F}?\x{200D}(?:[\x{1F468}\x{1F469}][\x{1F3FB}-\x{1F3FF}]|\x{1F48B}\x{200D}[\x{1F468}\x{1F469}][\x{1F3FB}-\x{1F3FF}])|[\x{1F33E}\x{1F373}\x{1F37C}\x{1F393}\x{1F3A4}\x{1F3A8}\x{1F3EB}\x{1F3ED}\x{1F4BB}\x{1F4BC}\x{1F527}\x{1F52C}\x{1F680}\x{1F692}]|\x{1F91D}\x{200D}[\x{1F468}\x{1F469}][\x{1F3FB}\x{1F3FC}\x{1F3FE}\x{1F3FF}]|[\x{1F9AF}-\x{1F9B3}\x{1F9BC}\x{1F9BD}]))?|\x{1F3FE}(?:\x{200D}(?:[\x{2695}\x{2696}\x{2708}]\x{FE0F}?|\x{2764}\x{FE0F}?\x{200D}(?:[\x{1F468}\x{1F469}][\x{1F3FB}-\x{1F3FF}]|\x{1F48B}\x{200D}[\x{1F468}\x{1F469}][\x{1F3FB}-\x{1F3FF}])|[\x{1F33E}\x{1F373}\x{1F37C}\x{1F393}\x{1F3A4}\x{1F3A8}\x{1F3EB}\x{1F3ED}\x{1F4BB}\x{1F4BC}\x{1F527}\x{1F52C}\x{1F680}\x{1F692}]|\x{1F91D}\x{200D}[\x{1F468}\x{1F469}][\x{1F3FB}-\x{1F3FD}\x{1F3FF}]|[\x{1F9AF}-\x{1F9B3}\x{1F9BC}\x{1F9BD}]))?|\x{1F3FF}(?:\x{200D}(?:[\x{2695}\x{2696}\x{2708}]\x{FE0F}?|\x{2764}\x{FE0F}?\x{200D}(?:[\x{1F468}\x{1F469}][\x{1F3FB}-\x{1F3FF}]|\x{1F48B}\x{200D}[\x{1F468}\x{1F469}][\x{1F3FB}-\x{1F3FF}])|[\x{1F33E}\x{1F373}\x{1F37C}\x{1F393}\x{1F3A4}\x{1F3A8}\x{1F3EB}\x{1F3ED}\x{1F4BB}\x{1F4BC}\x{1F527}\x{1F52C}\x{1F680}\x{1F692}]|\x{1F91D}\x{200D}[\x{1F468}\x{1F469}][\x{1F3FB}-\x{1F3FE}]|[\x{1F9AF}-\x{1F9B3}\x{1F9BC}\x{1F9BD}]))?)?|\x{1F46A}|[\x{1F46B}-\x{1F46D}][\x{1F3FB}-\x{1F3FF}]?|\x{1F46E}(?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?|[\x{1F3FB}-\x{1F3FF}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?)?)?|\x{1F46F}(?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?)?|[\x{1F470}\x{1F471}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?|[\x{1F3FB}-\x{1F3FF}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?)?)?|\x{1F472}[\x{1F3FB}-\x{1F3FF}]?|\x{1F473}(?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?|[\x{1F3FB}-\x{1F3FF}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?)?)?|[\x{1F474}-\x{1F476}][\x{1F3FB}-\x{1F3FF}]?|\x{1F477}(?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?|[\x{1F3FB}-\x{1F3FF}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?)?)?|\x{1F478}[\x{1F3FB}-\x{1F3FF}]?|[\x{1F479}-\x{1F47B}]|\x{1F47C}[\x{1F3FB}-\x{1F3FF}]?|[\x{1F47D}-\x{1F480}]|[\x{1F481}\x{1F482}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?|[\x{1F3FB}-\x{1F3FF}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?)?)?|\x{1F483}[\x{1F3FB}-\x{1F3FF}]?|\x{1F484}|\x{1F485}[\x{1F3FB}-\x{1F3FF}]?|[\x{1F486}\x{1F487}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?|[\x{1F3FB}-\x{1F3FF}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?)?)?|[\x{1F488}-\x{1F48E}]|\x{1F48F}[\x{1F3FB}-\x{1F3FF}]?|\x{1F490}|\x{1F491}[\x{1F3FB}-\x{1F3FF}]?|[\x{1F492}-\x{1F4A9}]|\x{1F4AA}[\x{1F3FB}-\x{1F3FF}]?|[\x{1F4AB}-\x{1F4FC}]|\x{1F4FD}\x{FE0F}?|[\x{1F4FF}-\x{1F53D}]|[\x{1F549}\x{1F54A}]\x{FE0F}?|[\x{1F54B}-\x{1F54E}\x{1F550}-\x{1F567}]|[\x{1F56F}\x{1F570}\x{1F573}]\x{FE0F}?|\x{1F574}[\x{FE0F}\x{1F3FB}-\x{1F3FF}]?|\x{1F575}(?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?|[\x{FE0F}\x{1F3FB}-\x{1F3FF}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?)?)?|[\x{1F576}-\x{1F579}]\x{FE0F}?|\x{1F57A}[\x{1F3FB}-\x{1F3FF}]?|[\x{1F587}\x{1F58A}-\x{1F58D}]\x{FE0F}?|\x{1F590}[\x{FE0F}\x{1F3FB}-\x{1F3FF}]?|[\x{1F595}\x{1F596}][\x{1F3FB}-\x{1F3FF}]?|\x{1F5A4}|[\x{1F5A5}\x{1F5A8}\x{1F5B1}\x{1F5B2}\x{1F5BC}\x{1F5C2}-\x{1F5C4}\x{1F5D1}-\x{1F5D3}\x{1F5DC}-\x{1F5DE}\x{1F5E1}\x{1F5E3}\x{1F5E8}\x{1F5EF}\x{1F5F3}\x{1F5FA}]\x{FE0F}?|[\x{1F5FB}-\x{1F62D}]|\x{1F62E}(?:\x{200D}\x{1F4A8})?|[\x{1F62F}-\x{1F634}]|\x{1F635}(?:\x{200D}\x{1F4AB})?|\x{1F636}(?:\x{200D}\x{1F32B}\x{FE0F}?)?|[\x{1F637}-\x{1F644}]|[\x{1F645}-\x{1F647}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?|[\x{1F3FB}-\x{1F3FF}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?)?)?|[\x{1F648}-\x{1F64A}]|\x{1F64B}(?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?|[\x{1F3FB}-\x{1F3FF}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?)?)?|\x{1F64C}[\x{1F3FB}-\x{1F3FF}]?|[\x{1F64D}\x{1F64E}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?|[\x{1F3FB}-\x{1F3FF}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?)?)?|\x{1F64F}[\x{1F3FB}-\x{1F3FF}]?|[\x{1F680}-\x{1F6A2}]|\x{1F6A3}(?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?|[\x{1F3FB}-\x{1F3FF}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?)?)?|[\x{1F6A4}-\x{1F6B3}]|[\x{1F6B4}-\x{1F6B6}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?|[\x{1F3FB}-\x{1F3FF}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?)?)?|[\x{1F6B7}-\x{1F6BF}]|\x{1F6C0}[\x{1F3FB}-\x{1F3FF}]?|[\x{1F6C1}-\x{1F6C5}]|\x{1F6CB}\x{FE0F}?|\x{1F6CC}[\x{1F3FB}-\x{1F3FF}]?|[\x{1F6CD}-\x{1F6CF}]\x{FE0F}?|[\x{1F6D0}-\x{1F6D2}\x{1F6D5}-\x{1F6D7}\x{1F6DD}-\x{1F6DF}]|[\x{1F6E0}-\x{1F6E5}\x{1F6E9}]\x{FE0F}?|[\x{1F6EB}\x{1F6EC}]|[\x{1F6F0}\x{1F6F3}]\x{FE0F}?|[\x{1F6F4}-\x{1F6FC}\x{1F7E0}-\x{1F7EB}\x{1F7F0}]|\x{1F90C}[\x{1F3FB}-\x{1F3FF}]?|[\x{1F90D}\x{1F90E}]|\x{1F90F}[\x{1F3FB}-\x{1F3FF}]?|[\x{1F910}-\x{1F917}]|[\x{1F918}-\x{1F91F}][\x{1F3FB}-\x{1F3FF}]?|[\x{1F920}-\x{1F925}]|\x{1F926}(?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?|[\x{1F3FB}-\x{1F3FF}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?)?)?|[\x{1F927}-\x{1F92F}]|[\x{1F930}-\x{1F934}][\x{1F3FB}-\x{1F3FF}]?|\x{1F935}(?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?|[\x{1F3FB}-\x{1F3FF}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?)?)?|\x{1F936}[\x{1F3FB}-\x{1F3FF}]?|[\x{1F937}-\x{1F939}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?|[\x{1F3FB}-\x{1F3FF}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?)?)?|\x{1F93A}|\x{1F93C}(?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?)?|[\x{1F93D}\x{1F93E}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?|[\x{1F3FB}-\x{1F3FF}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?)?)?|[\x{1F93F}-\x{1F945}\x{1F947}-\x{1F976}]|\x{1F977}[\x{1F3FB}-\x{1F3FF}]?|[\x{1F978}-\x{1F9B4}]|[\x{1F9B5}\x{1F9B6}][\x{1F3FB}-\x{1F3FF}]?|\x{1F9B7}|[\x{1F9B8}\x{1F9B9}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?|[\x{1F3FB}-\x{1F3FF}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?)?)?|\x{1F9BA}|\x{1F9BB}[\x{1F3FB}-\x{1F3FF}]?|[\x{1F9BC}-\x{1F9CC}]|[\x{1F9CD}-\x{1F9CF}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?|[\x{1F3FB}-\x{1F3FF}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?)?)?|\x{1F9D0}|\x{1F9D1}(?:\x{200D}(?:[\x{2695}\x{2696}\x{2708}]\x{FE0F}?|[\x{1F33E}\x{1F373}\x{1F37C}\x{1F384}\x{1F393}\x{1F3A4}\x{1F3A8}\x{1F3EB}\x{1F3ED}\x{1F4BB}\x{1F4BC}\x{1F527}\x{1F52C}\x{1F680}\x{1F692}]|\x{1F91D}\x{200D}\x{1F9D1}|[\x{1F9AF}-\x{1F9B3}\x{1F9BC}\x{1F9BD}])|\x{1F3FB}(?:\x{200D}(?:[\x{2695}\x{2696}\x{2708}]\x{FE0F}?|\x{2764}\x{FE0F}?\x{200D}(?:\x{1F48B}\x{200D}|)\x{1F9D1}[\x{1F3FC}-\x{1F3FF}]|[\x{1F33E}\x{1F373}\x{1F37C}\x{1F384}\x{1F393}\x{1F3A4}\x{1F3A8}\x{1F3EB}\x{1F3ED}\x{1F4BB}\x{1F4BC}\x{1F527}\x{1F52C}\x{1F680}\x{1F692}]|\x{1F91D}\x{200D}\x{1F9D1}[\x{1F3FB}-\x{1F3FF}]|[\x{1F9AF}-\x{1F9B3}\x{1F9BC}\x{1F9BD}]))?|\x{1F3FC}(?:\x{200D}(?:[\x{2695}\x{2696}\x{2708}]\x{FE0F}?|\x{2764}\x{FE0F}?\x{200D}(?:\x{1F48B}\x{200D}|)\x{1F9D1}[\x{1F3FB}\x{1F3FD}-\x{1F3FF}]|[\x{1F33E}\x{1F373}\x{1F37C}\x{1F384}\x{1F393}\x{1F3A4}\x{1F3A8}\x{1F3EB}\x{1F3ED}\x{1F4BB}\x{1F4BC}\x{1F527}\x{1F52C}\x{1F680}\x{1F692}]|\x{1F91D}\x{200D}\x{1F9D1}[\x{1F3FB}-\x{1F3FF}]|[\x{1F9AF}-\x{1F9B3}\x{1F9BC}\x{1F9BD}]))?|\x{1F3FD}(?:\x{200D}(?:[\x{2695}\x{2696}\x{2708}]\x{FE0F}?|\x{2764}\x{FE0F}?\x{200D}(?:\x{1F48B}\x{200D}|)\x{1F9D1}[\x{1F3FB}\x{1F3FC}\x{1F3FE}\x{1F3FF}]|[\x{1F33E}\x{1F373}\x{1F37C}\x{1F384}\x{1F393}\x{1F3A4}\x{1F3A8}\x{1F3EB}\x{1F3ED}\x{1F4BB}\x{1F4BC}\x{1F527}\x{1F52C}\x{1F680}\x{1F692}]|\x{1F91D}\x{200D}\x{1F9D1}[\x{1F3FB}-\x{1F3FF}]|[\x{1F9AF}-\x{1F9B3}\x{1F9BC}\x{1F9BD}]))?|\x{1F3FE}(?:\x{200D}(?:[\x{2695}\x{2696}\x{2708}]\x{FE0F}?|\x{2764}\x{FE0F}?\x{200D}(?:\x{1F48B}\x{200D}|)\x{1F9D1}[\x{1F3FB}-\x{1F3FD}\x{1F3FF}]|[\x{1F33E}\x{1F373}\x{1F37C}\x{1F384}\x{1F393}\x{1F3A4}\x{1F3A8}\x{1F3EB}\x{1F3ED}\x{1F4BB}\x{1F4BC}\x{1F527}\x{1F52C}\x{1F680}\x{1F692}]|\x{1F91D}\x{200D}\x{1F9D1}[\x{1F3FB}-\x{1F3FF}]|[\x{1F9AF}-\x{1F9B3}\x{1F9BC}\x{1F9BD}]))?|\x{1F3FF}(?:\x{200D}(?:[\x{2695}\x{2696}\x{2708}]\x{FE0F}?|\x{2764}\x{FE0F}?\x{200D}(?:\x{1F48B}\x{200D}|)\x{1F9D1}[\x{1F3FB}-\x{1F3FE}]|[\x{1F33E}\x{1F373}\x{1F37C}\x{1F384}\x{1F393}\x{1F3A4}\x{1F3A8}\x{1F3EB}\x{1F3ED}\x{1F4BB}\x{1F4BC}\x{1F527}\x{1F52C}\x{1F680}\x{1F692}]|\x{1F91D}\x{200D}\x{1F9D1}[\x{1F3FB}-\x{1F3FF}]|[\x{1F9AF}-\x{1F9B3}\x{1F9BC}\x{1F9BD}]))?)?|[\x{1F9D2}\x{1F9D3}][\x{1F3FB}-\x{1F3FF}]?|\x{1F9D4}(?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?|[\x{1F3FB}-\x{1F3FF}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?)?)?|\x{1F9D5}[\x{1F3FB}-\x{1F3FF}]?|[\x{1F9D6}-\x{1F9DD}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?|[\x{1F3FB}-\x{1F3FF}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?)?)?|[\x{1F9DE}\x{1F9DF}](?:\x{200D}[\x{2640}\x{2642}]\x{FE0F}?)?|[\x{1F9E0}-\x{1F9FF}\x{1FA70}-\x{1FA74}\x{1FA78}-\x{1FA7C}\x{1FA80}-\x{1FA86}\x{1FA90}-\x{1FAAC}\x{1FAB0}-\x{1FABA}\x{1FAC0}-\x{1FAC2}]|[\x{1FAC3}-\x{1FAC5}][\x{1F3FB}-\x{1F3FF}]?|[\x{1FAD0}-\x{1FAD9}\x{1FAE0}-\x{1FAE7}]|\x{1FAF0}[\x{1F3FB}-\x{1F3FF}]?|\x{1FAF1}(?:\x{1F3FB}(?:\x{200D}\x{1FAF2}[\x{1F3FC}-\x{1F3FF}])?|\x{1F3FC}(?:\x{200D}\x{1FAF2}[\x{1F3FB}\x{1F3FD}-\x{1F3FF}])?|\x{1F3FD}(?:\x{200D}\x{1FAF2}[\x{1F3FB}\x{1F3FC}\x{1F3FE}\x{1F3FF}])?|\x{1F3FE}(?:\x{200D}\x{1FAF2}[\x{1F3FB}-\x{1F3FD}\x{1F3FF}])?|\x{1F3FF}(?:\x{200D}\x{1FAF2}[\x{1F3FB}-\x{1F3FE}])?)?|[\x{1FAF2}-\x{1FAF6}][\x{1F3FB}-\x{1F3FF}]?)|.", "$1")
The regex works like this:
(<emoji_regex>) - Capturing group 1 ($1 in the replacement pattern refers to the text captured in this group): an emoji
| - or
. - any char other than a line break char (add (?s) at the pattern start to make it match line breaks, too).
You may consider defining the emoji pattern in a separate cell (imagine it is in G8), and use it like
=REGEXREPLACE(G7, "(" & G8 & ")|.", "$1")
=REGEXREPLACE(A1,"[[:print:]]","")
try:
=REGEXREPLACE(A1, "(?i)[a-z \.]", )
update:
=REGEXREPLACE(A1, "[[:print:]¿àáâãäåæçèéêëìíîïðñòóôõö×øùúûüýþßÿāăąćĉċčďđēĕėęěĝğġģĥħĩīĭįi̇ıijĵķĸĺļľŀłńņňʼnŋōŏőœŕŗřśŝşšţťŧũūŭůűųŵŷźżžſƀɓƃƅɔƈɖɗƌƍǝəɛƒɠɣƕɩɨƙƚƛɯɲƞɵơƣƥʀƨʃƪƫƭʈưʊʋƴƶʒƹƺƻƽƾƿdžljnjǎǐǒǔǖǘǚǜǟǡǣǥǧǩǫǭǯǰ]", )
Related
Given this example text:
<abr:rules>
<abr:ruleTypeDefinition>
<abr:code>ABB</abr:code>
<abr:ownership>
<abr:owner organization="NT" application="DCS" subapplication="FM"/>
...lines...
...........
</abr:rules>
<abr:rules>
<abr:ruleTypeDefinition>
<abr:code>ADE</abr:code>
<abr:ownership>
<abr:owner organization="NT" application="DCS" subapplication="CM"/>
...lines...
...........
</abr:rules> (end of group)
I would like to find and remove all that goes from <abr:rules> to </abr:rules> with the condition that subapplication IS NOT "CM". Organization and application are the same, <abr:code> it's any string.
What I tried so far is
<abr:rules>\n<abr:ruleTypeDefinition>\n<abr:code>[a-zA-Z0-9]{3,}<\/abr:code>\n<abr:ownership>\n<.*"(FM|PSD|SSC)"\/>\n(?s).*?\n<\/abr:rules>\n
which works but only because I know the other subapplication names.
Is there any way to do it with Regex only ?
Try the following find and replace:
Find:
<abr:rules>((?!subapplication=).)*subapplication="(?!CM")[^"]+"((?!</abr:rules>).)*</abr:rules>
Replace:
(empty string)
Demo
Note: The above pattern will only work if you enable dot in Notepad++ to match newlines. If you don't want to do that, then you may use [\S\s] instead of dot.
You should not use regex for xml, you can read why here:
https://stackoverflow.com/a/1732454/3763374
Instead you can use some parser like Xpath
Hi, my fellow RegEx'ers ;)
I'm trying to match multiple Texts between every two quotes
Here's my text:
...random code
someArray[] = ["Come and",
"get me,",
"or fail",
"trying!",
"Yours truly"]
random code...
So far, I managed to get the correct matches with two patterns, executed after each other:
(?s)someArray\[\].*?=.*?\[(.*?)\]
this extracts the text between the two brackets and on the result, I use this one:
"(.*?)"
This is working just fine, but I'd love to get the Texts in one regex.
Any help is highly appreciated!
Consider using \G. With its help, you may match "(.*?)" preceded by either someArray[] = [ or previous match of "(.*?)" (well, strictly speaking previous match of entire regex). Then just grab first capture groups from all matches:
(?:(?s).*someArray\[\].*?=.*?\[|\G[^"\]]+)"(.*?)"
Demo: https://regex101.com/r/eBQWdU/3
How you grab the first capture groups from depends on the language you're using regex in. For example in PHP you may do something like this:
preg_match_all('/(?:(?s).*someArray\[\].*?=.*?\[|\G[^"\]]+)"(.*?)"/', $input, $matches);
$array_items = $matches[1];
Demo: https://ideone.com/mZgU1x
,Ray Balwierczak,4/11/2017,,895 Forest Hill Rd,Apalachin,NY,13732,y,,
i want to select only 13732 from the line. I came up with this regex
(\d)(\s*\d+)*(\,y,,)
But its also selecting the ,y,, .if i remove it that part from regex, the regex also gets valid for the date. please help me on this.
Generally, if you want to match something without capturing it, use zero-length lookaround (lookahead or lookbehind). In your case, you can use lookahead:
(\d)(\s*\d+)*(?=\,y,,)
The syntax (?=<stuff>) means "followed by <stuff>, without matching it".
More information on lookarounds can be found in this tutorial.
Regex: \D*(\d{5})\D*
Explanation: match 5 digits surrounded by zero or more non-digits on both sides. Then you can extract group containing the match.
Here's code in python:
import re
string = ",Ray Balwierczak,4/11/2017,,895 Forest Hill Rd,Apalachin,NY,13732,y,,"
search = re.search("\D*(\d{5})\D*", string)
print search.group(1)
Output:
13732
I have this text
2014-01-30 10:15 some text here
2014-01-30 10:20 some other text here
I need a regex that matches a timestamp group in ISO 8601 format.
Required output:
2014-01-30T10:15Z
2014-01-30T10:20Z
With this REGEX I can't get what I want, replace the space with 'T' and append a 'Z at the end.
^(?<timestamp>\S+ \S+)
Does anyone know how to solve this problem?
--- UPDATE ---
BTW, I'm using http://rubular.com/ to test my regex
You could perhaps modify your current regex a bit to:
^(\S+) (\S+).*
And replace with $1T$2Z
regex101 demo
\d{4}-\d{2}-\d{2} \d{2}:\d{2} will match the required format – validation is another story though (if you need it).
You can do something like if (regex match) { replace " " with "T"; append "Z" }
If this doesn't help you or it is unclear it is because your question was vague.
Edit: you didn't specify what language you're writing this in. That is how you would do your replacements.
In php:
preg_replace('/^(\S+) (\S+).*/', "$1T$2Z", $str);
In perl:
$str =~ s/^(\S+) (\S+).*/$1T$2Z/;
In notepad++
Find what: ^(\S+) (\S+).*
Replace with: $1T$2Z
With:
(\d{4}-\d{2}-\d{2})( \d{2}:\d{2} )(?:.*)
You can capture 2014-01-30 10:15 in groups (and ignore the text in another group).
Then you use the second group (10:15) to add 'T' at the beginning and 'Z' at the end.
See demo at:
http://rubular.com/r/4icGfcIixa
Regex is a bit different from language to language, it could help if you told us what language you are using.
For example, in javascript, you can do something like this:
"2014-01-30 10:15 some text here".replace(/(\d{4}-\d{2}-\d{2})\s(\d{2}:\d{2})\s?.*/,"$1T$2Z")
Where the string can be a variable.
If you have a multiple line text them you should add a g at the end of the regex:
"2014-01-30 10:15 some text here\n2014-01-30 10:20 some other text here".replace(/.*(\d{4}-\d{2}-\d{2})\s(\d{2}:\d{2})\s?.*/g,"$1T$2Z")
Using regular expression how do I replace 1,186.55 with 1186.55?
My search string is
\b[1-9],[0-9][0-9][0-9].[0-9][0-9]
which works fine. I just can't seem to get the replacement part to work.
You are very sparse with information in your question. I try to answer as general as possible:
You can shorten the regex a bit by using quantifiers, I would make this in a first step
\b[1-9],[0-9]{3}.[0-9]{2}
Most probably you can also replace [0-9] by \d, is also more readable IMO.
\b\d,\d{3}.\d{2}
Now we can go to the replacement part. Here you need to store the parts you want to keep. You can do that by putting that part into capturing groups, by placing brackets around, this would be your search pattern:
\b(\d),(\d{3}.\d{2})
So, now you can access the matched content of those capturing groups in the replacement string. The first opening bracket is the first group the second opening bracket is the second group, ...
Here there are now two possibilities, either you can get that content by \1 or by $1
Your replacement string would then be
\1\2
OR
$1$2
Python:
def repl(initstr, unwanted=','):
res = set(unwanted)
return ''.join(r for r in initstr if r not in res)
Using regular expressions:
from re import compile
regex = compile(r'([\d\.])')
print ''.join(regex.findall('1,186.55'))
Using str.split() method:
num = '1,186.55'
print ''.join(num.split(','))
Using str.replace() method:
num = '1,186.55'
print num.replace(',', '')
if you just wanna remove the comma you can do(in java or C#):
str.Replace(",", "");
(in java it's replace)
Or in Perl:
s/(\d+),(\d+)/$1$2/