Canza 7Z zuwa XZ
Mayar da ma’ajin ajiya na 7Z zuwa tsarin XZ don ingantaccen matsi da daidaitawar dandamali. Cikakke don mahallin Linux, tsarin ajiya, da yanayin yanayin da ke buÆ™atar matsakaicin matsawa tare da haÉ“aka algorithm LZMA2.
Me yasa Zabi Canzawa don Canjin 7Z zuwa XZ?
LZMA2 Ingantaccen Matsi
Ba tare da É“ata lokaci ba yana jujjuya tsakanin 7Z’s matsi da yawa algorithms zuwa XZ’s streamlined LZMA2 aiwatarwa don daidaitaccen matsi mai girma a cikin tsarin Unix.
- Yana kiyaye ingancin matsi yayin juyawa
- Yana haɓaka sigogi LZMA2 don tsarin manufa
- Yana kiyaye amincin fayil a duk lokacin aiwatarwa
Tabbatar da Mutuncin CRC64
Yana canza kididdigar kididdigar CRC32 na 7Z zuwa tsarin tabbatarwa na CRC64 mafi ƙarfi na XZ, yana ba da ingantaccen kariyar amincin bayanai don adanawa da watsawa na dogon lokaci.
- Haɓakawa daga 32-bit zuwa 64-bit checksums
- Yana gano cin hanci da rashawa tare da daidaito mafi girma
- Yana tabbatar da ingantaccen bayanan tabbatarwa
Canjin Tsarin Rafi
Canza rikitaccen tsarin kwantena na 7Z zuwa tsarin tushen sauƙaƙan rafi na XZ, ingantawa don aiki na jeri da rage ƙwaƙwalwar ajiya a lokacin yankewa.
- Yana canza rafi da yawa 7Z zuwa rafi XZ guda É—aya
- Yana rage buƙatun ƙwaƙwalwar ajiya
- Yana inganta don aikace-aikacen yawo
Me yasa Juya 7Z zuwa XZ?
Tsarin 7Z
- Yana goyan bayan algorithms matsawa da yawa (LZMA, LZMA2, PPMd, BZip2, Deflate)
- Matsakaicin matsi masu kyau, galibi suna fin girman tsarin ZIP da RAR
- Ƙarfafan tallafin ɓoye AES-256 don amintattun wuraren adana kayan tarihi
- Taimakon ɗan ƙasa mai iyaka akan tsarin Unix/Linux idan aka kwatanta da sauran tsarin
- Tsarin ganga mai rikitarwa na iya ƙara yawan sarrafawa
Tsarin XZ
- Taimakon ɗan ƙasa a duk manyan rabe-raben Linux da tsarin Unix
- Ingantacciyar sigar da aka inganta don matsawa fayil ɗaya tare da ƙaramin sama
- Babban aiwatar da LZMA2 tare da mafi kyawun tallafin multithreading
- CRC64 cak yana ba da ingantacciyar tabbatar da amincin bayanai
- Matsayin da aka É—auka da yawa don rarraba software da madadin tsarin
Bayanin Fasaha
Daidaita Algorithm LZMA
Dukansu nau’ikan suna amfani da matsi na LZMA, amma XZ yana amfani da LZMA2 na musamman wanda ke ba da mafi kyawun tallafin multithreading da ingantacciyar matsi na bayanan da ba za a iya fahimta ba. Tsarin juyawa yana inganta girman Æ™amus da rabon zare don Æ™arfin tsarin da aka yi niyya.
Canjin Tsarin Kwantena
7Z yana amfani da rikitaccen akwati mai tushen sa hannu tare da rafuka da yawa, yayin da XZ ke amfani da tsarin rafi mafi sauÆ™i tare da bytes sihiri (0xFD, ‘7zXZ’). Juyawa yana daidaita tsarin 7Z zuwa tsarin rafi na linzamin kwamfuta na XZ, yana kiyaye amincin bayanai yayin sauÆ™aÆ™a kwandon.
Haɓaka Tsarin Checksum
HaÉ“aka juzu’i daga tabbacin 7Z na CRC32 zuwa aiwatar da XZ na CRC64-ECMA, yana ba da damar gano kuskure sau 2^32 mafi kyau. Wannan haÉ“akawa yana da mahimmanci don gano É“arna a cikin manyan fayiloli ko bayanan da aka adana na dogon lokaci.
Yadda ake Canza 7Z zuwa XZ
Zazzage & Shigar
Zazzage Convertify kyauta kuma shigar da shi akan PC ɗin ku na Windows. Babu asusu ko rajista da ake buƙata.
Ƙara Fayilolin 7Z ɗinku
Jawo da sauke fayilolin 7Z ɗinku zuwa Canzawa, ko amfani da mai binciken fayil don zaɓar su.
Zaɓi Fitar XZ
Zaɓi XZ azaman tsarin fitarwarku. Daidaita saitunan inganci idan an buƙata.
Maida & Ajiye
Danna Convert kuma za a sarrafa fayilolinku nan take. Ajiye su a ko’ina a kan kwamfutarka.
Lokacin Amfani da Canjin 7Z zuwa XZ
Gudanar da Tsarin Linux
Mayar da rumbun adana kayan tarihi na 7Z da aka ƙirƙira da Windows zuwa tsarin XZ don haɗin kai mara kyau tare da tsarin ajiyar Linux, masu sarrafa fakiti, da rubutun turawa ta atomatik.
Rarraba software
Canza fakitin software na 7Z zuwa tsarin XZ don rarrabawa akan dandamali na Unix inda XZ shine daidaitaccen tsarin matsawa don lambar tushe da binaries.
Hijira Data Platform
Canza bayanan da aka adana daga mahallin Windows zuwa tsarin XZ lokacin ƙaura zuwa tsarin tushen Linux ko kayan aikin girgije wanda ya fi son tsarin Unix-misali.
Ma’ajiyar Taswirar Dogon Lokaci
Haɓaka rumbun adana bayanan 7Z na yanzu zuwa tsarin XZ don ingantacciyar tabbatar da amincin bayanai ta amfani da kididdigar CRC64, mai mahimmanci don adana dogon lokaci da buƙatun yarda.
Gina Tsarin HaÉ—in Kai
Maida 7Z damtse kayan aikin gini zuwa tsarin XZ don dacewa tare da tsarin gini na atomatik da ci gaba da bututun haÉ—in kai waÉ—anda ke tsammanin matsawa daidaitattun Unix.
Ingantaccen Rarraba-Bandiwidth
Canza manyan fayilolin 7Z zuwa tsarin XZ don yanayin rarraba cibiyar sadarwa inda tsarin da aka yi niyya ya inganta ɗakunan karatu na lalata XZ da haɓaka kayan aiki.
An Kare Sirrin ku
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Duk jujjuyawar suna faruwa a cikin gida akan kwamfutarka. Fayilolin ku ba sa barin na’urar ku kuma ba a taÉ“a loda su zuwa kowane sabar ba.
Babu Asusu da ake buƙata
Fara juyawa kai tsaye ba tare da ƙirƙirar asusu ba, samar da bayanan sirri, ko yin rajista don wani abu.
Tsaftacewa ta atomatik
Ana share fayilolin wucin gadi amintacce bayan tuba. Fayilolinku na asali sun kasance gaba ɗaya ba a taɓa su ba sai dai idan kun zaɓi in ba haka ba.
Tambayoyin da ake yawan yi
Shin juyawa daga 7Z zuwa XZ zai shafi rabon matsawa?
Matsakaicin matsawa na iya bambanta dan kadan tunda duka tsarin biyu suna amfani da matsawa na tushen LZMA amma tare da aiwatarwa daban-daban. XZ yana amfani da LZMA2 na musamman, wanda zai iya zama mafi inganci ga wasu nau’ikan bayanai, yayin da 7Z zai yi amfani da algorithms daban-daban. GabaÉ—aya, bambancin yana da Æ™anÆ™anta ga yawancin nau’ikan fayil.
Zan iya canza fayilolin 7Z masu kare kalmar sirri zuwa tsarin XZ?
Ee, amma kuna buƙatar samar da kalmar wucewa yayin juyawa. Tsarin XZ baya goyan bayan rufaffiyar ginanniyar kamar 7Z, don haka fayil ɗin da aka canza ba zai ɓoye ba. Idan kuna buƙatar ɓoyewa don fayil ɗin XZ, kuna buƙatar amfani da kayan aikin ɓoye daban bayan juyawa.
Shin akwai asarar bayanai lokacin juyawa daga 7Z zuwa XZ?
A’a, tsarin juyawa yana adana duk bayanan fayil na asali. Koyaya, takamaiman fasalulluka kamar É“oyayyen 7Z, hanyoyin matsawa da yawa, da metadata na ajiya zasu É“ace tunda XZ baya goyan bayan waÉ—annan fasalulluka. ainihin abinda ke cikin fayil É—in ya kasance iri É—aya ne.
Me yasa zan canza 7Z zuwa XZ maimakon cirewa da sakewa?
Juya kai tsaye yana da sauri kuma mafi inganci fiye da cirewa zuwa fayilolin wucin gadi da sake sakewa. Hakanan yana adana sigogin matsawa inda zai yiwu kuma baya buƙatar ƙarin sarari diski don fayilolin da ba a matsawa matsakaita yayin aiwatarwa ba.
Wanne tsari ya ba da mafi kyawun matsawa: 7Z ko XZ?
Duk nau’ikan nau’ikan biyu suna iya cimma kyakkyawan ma’aunin matsi tunda suna amfani da algorithms na tushen LZMA. 7Z na iya samun É—an Æ™aramin gefuna saboda ikonsa na amfani da algorithms da yawa da dabarun ingantawa, amma aiwatar da XZ’s LZMA2 yana da inganci sosai kuma galibi yana samar da sakamako mai kama da mafi kyawun aikin lalata.
Za a iya buÉ—e fayilolin XZ akan tsarin Windows?
Ee, amma tallafin XZ ba a gina shi cikin Windows ta tsohuwa ba. Kuna buƙatar software na ɓangare na uku kamar 7-Zip, WinRAR, ko kayan aikin XZ na musamman. Koyaya, XZ ana tallafawa ta asali akan yawancin rarraba Linux da tsarin macOS.
Ta yaya juzu’in jujjuyawar ke sarrafa rumbun adana juzu’i na 7Z?
Ana haÉ—a ma’ajiyar juzu’i mai yawa 7Z ta atomatik yayin juyawa don Æ™irÆ™irar fayil XZ guda É—aya, tunda XZ baya goyan bayan rarrabuwar Æ™ara. Idan kuna buÆ™atar raba fitarwa zuwa fayiloli da yawa, kuna buÆ™atar amfani da kayan aikin rarraba daban bayan juyawa.
Shin juyawa zuwa XZ yana inganta saurin raguwa?
Fayilolin XZ sau da yawa suna raguwa da sauri fiye da fayilolin 7Z saboda ingantacciyar tallafin multithreading na LZMA2 da ingantaccen tsarin rafi. An fi ganin haÉ“akawa akan tsarin manyan maÉ“alli da yawa da kuma lokacin rage manyan fayiloli ko ma’ajiyar bayanai tare da Æ™ananan fayiloli masu yawa.
Shirya don Maida Fayilolin ku?
Sauke Canza yanzu kuma fara canza 7Z zuwa XZ nan take. Kyauta, mara iyaka, kuma gabaÉ—aya ta layi.