Sauƙaƙan, kyauta, mai sauƙi da ƙarfi don canzawa tsakanin kirtani da hexadecimal, na iya shigar da hanyar haɗin yanar gizo, bidiyo ko hoto don ɓarna / yanke lamba; har ma kuna iya yin da URLs masu nisa ko loda fayilolinku, haka nan zazzagewa ko raba abokan ku kai tsaye da yarukan nasu.
Hexadecimal shine tsarin lamba 16 tushe. Lambobin 0 zuwa 9 ana wakilta su da madaidaitan haruffa (A zuwa F). Lambobi daga 10 zuwa 15 ana wakilta su da lambobi biyu, kamar 1234 ko ABCD. Lambobin hexadecimal sun wuce waɗannan iyakoki, suna amfani da haruffa huɗu don wakiltar lambobi daga 16 zuwa 255.
Tsanaki
Saboda iyakancewar burauza, tsawon bayanan ku bazai wuce haruffa 1950 ba idan kuna son amfani da wannan hanyar kai tsaye. In ba haka ba, da fatan za a yi la'akari da amfani da API ɗin mu.
Don ɓoye rubutun
Kuna iya buɗe mai lilo kuma ku loda URL ɗin tare da siga kamar wannan:
https://tooly.win/text-hex-converter.html?input=rubutunka na fili da kake son rufawa
Idan kuna son ɓoye abun ciki na URL na waje, kuna iya buɗe mai binciken ku loda URL kamar wannan:
Wannan kayan aikin a halin yanzu yana karɓar hanyar POST ta API kawai, idan kuna son amfani da hanyar GET, da fatan za a yi la'akari da amfani Amfani kai tsaye.
Ƙarshen Ƙarshe
https://tooly.win/api/text-hex-converter/
Don ɓoye rubutun
Ƙarshen Ƙarshe: POST https://tooly.win/api/text-hex-converter/
Siga
input
string
URL / rubutunka na fili da kake son rufawa
content
string
fetch idan shigarwar ku URL ce kuma kuna son ɓoye abun ciki. Idan ba tare da wannan sigar ba, kayan aikin mu zai sarrafa URL ɗin ku azaman rubutu
space
boolean
true idan kuna son karɓar bayanan da aka ɓoye tare da sarari tsakanin bytes
prepend
boolean
true idan kuna son karɓar sakamakon da aka riga aka tsara kowane byte tare da 0x
curl
https://tooly.win/api/text-hex-converter/
-X POST -H 'Content-Type: application/json'
--data '{"input":"rubutunka na fili da kake son rufawa","space":true,"prepend":true}'
{
"status": true,
"result": "bayanan ku da aka ɓoye",
"messsage": "",
}
Hexadecimal hanya ce ta wakiltar bayanan binary a cikin sigar da mutum zai iya karantawa. An kirkiro shi a karni na 19 don ba da damar kwamfutoci su adana bayanai masu yawa.
Kuna iya amfani da hexadecimal don canzawa tsakanin ƙimar ƙima da ƙima ta binary. Misali, canza 10011011001010 zuwa hexadecimal zai haifar da 0x4F. Wannan yana nufin cewa ƙimar 4F tana wakiltar lambar binary 100110110010110.
A cikin ilimin lissafi da kimiyyar kwamfuta, hexadecimal (kuma tushe na 16, ko hex) tsarin lamba ne na matsayi tare da radix, ko tushe, na 16. Yana amfani da alamomi daban-daban goma sha shida, galibi alamomin 0-9 don wakiltar ƙimar sifili zuwa tara, da A, B, C, D, E, F (ko a madadin a-f) don wakiltar ƙima goma zuwa goma sha biyar. Misali, lambar hexadecimal 2AF3 daidai yake, a cikin adadi, zuwa (2 × 163) + (10 × 162) + (15 × 161) + (3 × 160) ko 10,995.
Kowace lambar hexadecimal tana wakiltar lambobi huɗu (bits) (wanda kuma ake kira "nibble"), kuma farkon amfani da bayanin martaba na hexadecimal shine wakilcin abokantaka na ɗan adam na ƙididdige ƙimayar binary a cikin kwamfuta da lantarki na dijital. Misali, ƙimar byte na iya zuwa daga 0 zuwa 255 (dicimal) amma ana iya wakilta mafi dacewa azaman lambobi hexadecimal biyu a cikin kewayon 00 zuwa FF. Hakanan ana amfani da hexadecimal don wakiltar adiresoshin ƙwaƙwalwar ajiya na kwamfuta.
Hex taƙaitaccen Hexadecimal ne, wanda ya dogara ne akan tsarin tushe -16 kuma ana amfani dashi don sauƙaƙe yadda ake wakilta umarni ga kwamfutoci. An ƙirƙiri wannan tsarin lambobin alamomin 16 a matsayin hanyar hana lambar binary 8-bit, don haka ana iya shigar da bayanai cikin kwamfutoci ba tare da wahala ba. Ana iya buga shi da buga shi ta amfani da lambobi hex guda biyu daban-daban tare da kowace lamba hex da ke nuna nibble ko watakila tsarin 4-bits.
Wannan tsarin lamba yana amfani da alamomi 16 waɗanda aka wakilta a cikin kewayon 0-9 ko AF. 0-9 suna wakiltar lambobi har zuwa tara yayin da AF ke wakilta da lamba 10-15. Kamar yadda aka kwatanta da sauran nau'ikan tsarin lamba guda uku, tsarin lambobi na hexadecimal ana ɗaukarsa shine mafi inganci.
Tsarin hexadecimal shine tushe na lamba 16, yayin da tsarin decimal shine tushen bayanin lamba 10. A wasu kalmomi, tsarin hexadecimal yana amfani da alamomi 16 don wakiltar lambobi, yayin da tsarin decimal yana amfani da alamomi 10. Wannan faɗaɗa kuma yana ba da damar ƙarin bayanai masu yawa-lambobin hexadecimal na iya wakiltar ƙima sau biyu kamar lambobi goma sha ɗaya.
Lambobin hexadecimal an yi su ne da lambobi 16 maimakon 10 a cikin adadi na decimal. Tsarin waɗannan lambobin yana farawa bayan F (ko 15 a cikin ƙima), yayin da baya cikin ƙima. Duba teburin da ke ƙasa don ganin yadda suke kwatanta!
Lokacin canza hexadecimal zuwa decimal, mataki na farko shine raba lambar hex da 16. Wannan zai ba ku lambar tushe. Mataki na biyu shine a raba kowace lambobi na lambar hex da 16 da rubuta sakamakon. A ƙarshe, haɗa duk lambobin da aka ƙidaya kawai.
Misali, idan wani yana so ya canza 9F7A zuwa adadi goma, zai fara raba 9F7A zuwa 16 wanda yayi daidai da 6051. Sannan zasu raba kowace lambobi 6051 zuwa 16 wanda yayi daidai da 381. A ƙarshe, zasu haɗa 381 + 381 + 381 wanda yayi daidai. 1144. Saboda haka, 9F7A a cikin adadi daidai yake da 1144
Mayar da ƙima zuwa hexadecimal abu ne mai sauƙi, kuma ana iya yin shi tare da kalkuleta ko mai sauya layi. Domin canza lambar, raba shi da 16 kuma ɗauki ragowar. Wannan saura kuma zai dace da lamba hexadecimal. Misali, idan kana da lambar goma 234, raba shi da 16 kuma ɗauki ragowar: 234/16 = 14 R 2. Saboda haka, a cikin hexadecimal notation, wannan lambar za a rubuta a matsayin "E2".
Akwai kayan aikin da yawa da ake samu akan layi waɗanda zasu iya taimakawa tare da juyawa tsakanin lambobi na decimal da hexadecimal. Bugu da ƙari, yawancin ƙididdiga suna da ginanniyar aikin da zai ba ku damar yin wannan jujjuya cikin sauƙi. Tare da dannawa kaɗan na linzamin kwamfuta ko taps akan madannai, za ku iya canza kowace ƙima ta decimal zuwa daidai daidai da hexadecimal!
An tsara tsarin hexadecimal, ko tushe-16, don yin koyi da wasu kaddarorin iri ɗaya da tsarin decimal. Ma’ana, an halicce ta ne domin a saukaka mana al’amura. Lambar 423 tana da lambobi 16 maimakon lambobi 10 da ake samu a tsarin ƙima. Wannan saboda hexadecimal yana amfani da tushe na alamomin 16 maimakon 10. Bayan F, odar ta sake farawa da 0 da sauransu da sauransu har sai mun isa 15 wanda aka lakafta shi azaman F.
Rubutun hexadecimal yana rage adadin lambobi da ninki takwas idan aka kwatanta da tsarin decimal. Bugu da ƙari, lambobi na hexadecimal suna da yawan bayanai wanda ya ninka sau biyu kamar yadda lambobi ke yi. Don haka, me ya sa za ku damu da koyon wannan ƙaramin ƙididdiga mai ban sha'awa? Domin zai iya sauƙaƙa rayuwar ku! Lokacin aiki tare da tsarin dijital ko watsa bayanai, yin amfani da hex zai cece ku lokaci da kuzari yayin zazzage saƙonnin ɓoye ko rafukan bayanai.
Idan ya zo ga binary codeing, Hexadecimal ya fi dacewa saboda yana rage lambobi 8 zuwa 2. Bugu da ƙari, Hex yana ba da mafi girman digiri na yawan bayanai da daidaito mafi girma a lambobi fiye da binary. Wannan shi ne saboda gaskiyar cewa Hex yana amfani da alamomin 16 maimakon biyu kawai kamar binary. Saboda wannan haɓakar haɓakawa, ana amfani da Hexadecimal sau da yawa lokacin da ake amfani da lambar binary a cikin kwamfuta da lantarki na dijital da kuma aikace-aikacen kimiyyar kwamfuta.
Bugu da kari, Hexadecimal yana ɗaukar ƙasa da sarari fiye da ƙima. Tare da lambobi biyu kawai maimakon lambobi 8 na binary, lambobin Hex suna wakiltar manyan lambobi sosai a takaice. Wannan na iya zama taimako sosai lokacin aiki tare da tsarin kwamfuta, saboda akwai ƙarancin damar yin kuskure yayin buga lambobin hex idan aka kwatanta da lambobin decimal waɗanda ke da maki goma sha ɗaya a duk faɗin wurin!
Lambar hexadecimal lamba ce da ke amfani da lambobi 16 maimakon lambobi 10 da muke amfani da su a tsarin decimal. Ana kiran wannan tsarin lamba base-16, kuma yana taimaka mana mu kwaikwayi kaddarorin tsarin mu na decimal. A hexadecimal, kowace lamba tana wakiltar iko na 16. Lambobin 0 zuwa 9 suna wakiltar ikon 1 zuwa 10, yayin da A ta F ke wakiltar iko na 11 zuwa 15.
Kamar dai a cikin adadi, bayan an yi amfani da alamomi 16 a cikin Hexadecimal, tsarin lambobi yana sake farawa a sifili. Don haka, hexadecimal 10 daidai yake da decimal 16, kuma hexadecimal 11 daidai yake da ƙima 17. Da sauransu!
Tsarin Decimal yana farawa da 10 kuma ya haura zuwa 15. Wannan yana nufin kewayon ƙimar da za'a iya wakilta ta da lambar ƙima daga 0-9, sannan AF (10-15).
Idan ya zo ga yanke shawara Hexadecimal, akwai ƴan abubuwan da kuke buƙatar sani. Na farko, kamar tsarin decimal, tsarin hexadecimal yana da alamomi 10 (0-9) waɗanda ke wakiltar lambobi. Koyaya, a cikin hexadecimal, waɗannan lambobi suna da ƙima waɗanda suka ninka girman takwarorinsu a cikin tsarin ƙima. Don haka, yayin da lambar "10" ke wakilta ta alamar "A" a cikin hexadecimal, zai kasance daidai da "10" a cikin tsarin decimal.
Hakazalika, bayan kai 9 a cikin Hexadecimal (wanda "F" ke wakilta), za mu sake fara kirgawa a 10 ("10"). Wannan tsarin yana ci gaba har sai mun kai 15 ("1F"), inda za mu sake saitawa zuwa 0 kuma mu fara ƙidaya a 16 ("20"). Wannan na iya zama kamar ruɗani da farko, amma tare da ɗan ƙaramin aiki, zai zama yanayi na biyu!
A ƙarshe, kamar dai a cikin tushe 10 (tsarin decimal), kowane ƙimar wuri na lambar hexadecimal yana wakiltar ƙarfin 16. Don haka misali, idan muna da lambar 423004 da aka adana azaman ƙimar hexadecimal:
Wannan shi ne kawai bayanin asali na yanke lambobi Hexadecimal. Idan kuna neman ƙarin cikakkun bayanai, akwai wadatattun albarkatun kan layi waɗanda zasu iya taimakawa!
shigar [-3636\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\') OR 7650=(SE] ku HEX - Rubutu & HEX Converter - Tooly.win https://tooly.win/text-hex-converter.html?input=-3636\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\') OR 7650=(SELECT (CASE WHEN (7650=7650) THEN 7650 ELSE (SELECT 1699 UNION SELECT 2743) END))-- STTN&lang=ha