{"FileName": "./usr/bin/translit", "FileSize": "5620", "MD5": "D8404DBDC6B6792BC13963FD96E33FBF", "SHA-1": "6B47A087E7F7773F0DA360FD1E1FDBA1C47CED27", "SHA-256": "A9CFB4458CAC53D72FAA94EFF011E41273C6F1B9DAA3FDA97191BF27A62B3D90", "SSDEEP": "96:JBCRdCpQFndnUJC1Cw2idAl4DMqWXDAcnFCUM2RM2w3R9E+Ik9HWMYCXFCfZ7qG5:JBCRdCpmdnMCzM4DMTAcnFCUZRZ69quk", "TLSH": "T11CC1655494A84651423202F7FBC561E8DB3FE47F8475BB61BB4C020EA7534BC96B0578", "tar:gname": "root", "tar:uname": "root", "hashlookup:parent-total": 34, "parents": [{"FileSize": "27880", "MD5": "14377034539CF38F79734C594690265A", "PackageDescription": "Perl module that transliterates text between writing systems\n Lingua::Translit can be used to convert text from one writing system to\n another, based on national or international transliteration tables. Where\n possible a reverse transliteration is supported.\n .\n The term transliteration describes the conversion of text from one writing\n system or alphabet to another one. The conversion is ideally unique, mapping\n one character to exactly one character, so the original spelling can be\n reconstructed. Practically this is not always the case and one single letter\n of the original alphabet can be transcribed as two, three or even more\n letters.\n .\n Furthermore there is more than one transliteration scheme for one writing\n system. Therefore it is an important and necessary information, which scheme\n will be or has been used to transliterate a text, to work integrative and be\n able to reconstruct the original data.", "PackageMaintainer": "Debian Perl Group <pkg-perl-maintainers@lists.alioth.debian.org>", "PackageName": "liblingua-translit-perl", "PackageSection": "perl", "PackageVersion": "0.28-1", "SHA-1": "0421493FD4F73232CA700026B48682E7E02B6B31", "SHA-256": "E7F92F2324ACA12B2FE7C7E2A82B04F49EF964208AF2F71BA60DB1A6F53EEB3C"}, {"MD5": "834821E1D5895A51C6A68E7AFC3C77AB", "PackageArch": "noarch", "PackageDescription": "Lingua::Translit can be used to convert text from one writing system to\nanother, based on national or international transliteration tables. Where\npossible a reverse transliteration is supported.\n\nThe term 'transliteration' describes the conversion of text from one\nwriting system or alphabet to another one. The conversion is ideally\nunique, mapping one character to exactly one character, so the original\nspelling can be reconstructed. Practically this is not always the case and\none single letter of the original alphabet can be transcribed as two, three\nor even more letters.\n\nFurthermore there is more than one transliteration scheme for one writing\nsystem. Therefore it is an important and necessary information, which\nscheme will be or has been used to transliterate a text, to work\nintegrative and be able to reconstruct the original data.\n\nReconstruction is a problem though for non-unique transliterations, if no\nlanguage specific knowledge is available as the resulting clusters of\nletters may be ambiguous. For example, the Greek character \"PSI\" maps to\n\"ps\", but \"ps\" could also result from the sequence \"PI\", \"SIGMA\" since \"PI\"\nmaps to \"p\" and \"SIGMA\" maps to s. If a transliteration table leads to\nambiguous conversions, the provided table cannot be used reverse.\n\nOtherwise the table can be used in both directions, if appreciated. So if\nISO 9 is originally created to convert Cyrillic letters to the Latin\nalphabet, the reverse transliteration will transform Latin letters to\nCyrillic.", "PackageMaintainer": "https://bugs.opensuse.org", "PackageName": "perl-Lingua-Translit", "PackageRelease": "lp151.2.1", "PackageVersion": "0.28", "SHA-1": "0649A91BDF117DF674FE56DFB2ECBA1080A43B61", "SHA-256": "31869533653C7ABE928797936BA098384C74E74EAE872A202FA56F7E39997CF0"}, {"MD5": "86D587D6A1387D8705388448F72686FD", "PackageArch": "noarch", "PackageDescription": "Lingua::Translit can be used to convert text from one writing system to\nanother, based on national or international transliteration tables. Where\npossible a reverse transliteration is supported.\n\nThe term 'transliteration' describes the conversion of text from one\nwriting system or alphabet to another one. The conversion is ideally\nunique, mapping one character to exactly one character, so the original\nspelling can be reconstructed. Practically this is not always the case and\none single letter of the original alphabet can be transcribed as two, three\nor even more letters.\n\nFurthermore there is more than one transliteration scheme for one writing\nsystem. Therefore it is an important and necessary information, which\nscheme will be or has been used to transliterate a text, to work\nintegrative and be able to reconstruct the original data.\n\nReconstruction is a problem though for non-unique transliterations, if no\nlanguage specific knowledge is available as the resulting clusters of\nletters may be ambiguous. For example, the Greek character \"PSI\" maps to\n\"ps\", but \"ps\" could also result from the sequence \"PI\", \"SIGMA\" since \"PI\"\nmaps to \"p\" and \"SIGMA\" maps to s. If a transliteration table leads to\nambiguous conversions, the provided table cannot be used reverse.\n\nOtherwise the table can be used in both directions, if appreciated. So if\nISO 9 is originally created to convert Cyrillic letters to the Latin\nalphabet, the reverse transliteration will transform Latin letters to\nCyrillic.", "PackageName": "perl-Lingua-Translit", "PackageRelease": "3.2", "PackageVersion": "0.28", "SHA-1": "11088ECFA0B5A14E8319127968A4DB53F12BC505", "SHA-256": "F3CED5AD40DC1DF76A23AC97C9A6795BAFF8686EA0BDE2C5799283C567073617"}, {"MD5": "1C8F71821E1CD3577CB4B057A621FCDA", "PackageArch": "noarch", "PackageDescription": "Lingua::Translit can be used to convert text from one writing system to\nanother, based on national or international transliteration tables. Where\npossible a reverse transliteration is supported.", "PackageMaintainer": "Fedora Project", "PackageName": "perl-Lingua-Translit", "PackageRelease": "8.fc32", "PackageVersion": "0.28", "SHA-1": "14DC68477D87ED25FF55C818B55F11DD8DCE58CA", "SHA-256": "400F6ADBC40D38C9E85C7E4CA6553214BC0678733DB67D0591FCB62B86C4F7E6"}, {"MD5": "F85FC84B2CDEC0D62DB8DF8AA6D8485F", "PackageArch": "noarch", "PackageDescription": "Lingua::Translit can be used to convert text from one writing system to\nanother, based on national or international transliteration tables. Where\npossible a reverse transliteration is supported.\n\nThe term 'transliteration' describes the conversion of text from one\nwriting system or alphabet to another one. The conversion is ideally\nunique, mapping one character to exactly one character, so the original\nspelling can be reconstructed. Practically this is not always the case and\none single letter of the original alphabet can be transcribed as two, three\nor even more letters.\n\nFurthermore there is more than one transliteration scheme for one writing\nsystem. Therefore it is an important and necessary information, which\nscheme will be or has been used to transliterate a text, to work\nintegrative and be able to reconstruct the original data.\n\nReconstruction is a problem though for non-unique transliterations, if no\nlanguage specific knowledge is available as the resulting clusters of\nletters may be ambiguous. For example, the Greek character \"PSI\" maps to\n\"ps\", but \"ps\" could also result from the sequence \"PI\", \"SIGMA\" since \"PI\"\nmaps to \"p\" and \"SIGMA\" maps to s. If a transliteration table leads to\nambiguous conversions, the provided table cannot be used reverse.\n\nOtherwise the table can be used in both directions, if appreciated. So if\nISO 9 is originally created to convert Cyrillic letters to the Latin\nalphabet, the reverse transliteration will transform Latin letters to\nCyrillic.", "PackageName": "perl-Lingua-Translit", "PackageRelease": "1.33", "PackageVersion": "0.28", "SHA-1": "218BCC41617E5E63FE4E20900AED920A043800ED", "SHA-256": "D61C1FF3D997A24181E1B44AB21612AA4BEE9AC4873473DFC5C1F5EB99301662"}, {"MD5": "96593577BE681548DA9A274F3D838DAD", "PackageArch": "noarch", "PackageDescription": "Lingua::Translit can be used to convert text from one writing system to\nanother, based on national or international transliteration tables. Where\npossible a reverse transliteration is supported.\n\nThe term 'transliteration' describes the conversion of text from one\nwriting system or alphabet to another one. The conversion is ideally\nunique, mapping one character to exactly one character, so the original\nspelling can be reconstructed. Practically this is not always the case and\none single letter of the original alphabet can be transcribed as two, three\nor even more letters.\n\nFurthermore there is more than one transliteration scheme for one writing\nsystem. Therefore it is an important and necessary information, which\nscheme will be or has been used to transliterate a text, to work\nintegrative and be able to reconstruct the original data.\n\nReconstruction is a problem though for non-unique transliterations, if no\nlanguage specific knowledge is available as the resulting clusters of\nletters may be ambiguous. For example, the Greek character \"PSI\" maps to\n\"ps\", but \"ps\" could also result from the sequence \"PI\", \"SIGMA\" since \"PI\"\nmaps to \"p\" and \"SIGMA\" maps to s. If a transliteration table leads to\nambiguous conversions, the provided table cannot be used reverse.\n\nOtherwise the table can be used in both directions, if appreciated. So if\nISO 9 is originally created to convert Cyrillic letters to the Latin\nalphabet, the reverse transliteration will transform Latin letters to\nCyrillic.", "PackageName": "perl-Lingua-Translit", "PackageRelease": "lp153.2.1", "PackageVersion": "0.28", "SHA-1": "2A28765DF17A33C2F60AB3D8F6FD3FB2BB1A2673", "SHA-256": "CDE8E5401A03974094EDE156F4BC3CB5F5952482CFE7FCE5C494CDA649869CF3"}, {"MD5": "1685CAD93229739B7760662BDD537551", "PackageArch": "noarch", "PackageDescription": "Lingua::Translit can be used to convert text from one writing system to\nanother, based on national or international transliteration tables. 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Where\npossible a reverse transliteration is supported.\n\nThe term 'transliteration' describes the conversion of text from one\nwriting system or alphabet to another one. The conversion is ideally\nunique, mapping one character to exactly one character, so the original\nspelling can be reconstructed. Practically this is not always the case and\none single letter of the original alphabet can be transcribed as two, three\nor even more letters.\n\nFurthermore there is more than one transliteration scheme for one writing\nsystem. Therefore it is an important and necessary information, which\nscheme will be or has been used to transliterate a text, to work\nintegrative and be able to reconstruct the original data.\n\nReconstruction is a problem though for non-unique transliterations, if no\nlanguage specific knowledge is available as the resulting clusters of\nletters may be ambiguous. For example, the Greek character \"PSI\" maps to\n\"ps\", but \"ps\" could also result from the sequence \"PI\", \"SIGMA\" since \"PI\"\nmaps to \"p\" and \"SIGMA\" maps to s. If a transliteration table leads to\nambiguous conversions, the provided table cannot be used reverse.\n\nOtherwise the table can be used in both directions, if appreciated. So if\nISO 9 is originally created to convert Cyrillic letters to the Latin\nalphabet, the reverse transliteration will transform Latin letters to\nCyrillic.", "PackageName": "perl-Lingua-Translit", "PackageRelease": "lp153.7.9", "PackageVersion": "0.28", "SHA-1": "3B18A9832AF674C35ED572BBA784E8524A732F24", "SHA-256": "6884B7D25ECED2EF8BA3CDCD4A413BD9B80CC183919496CD8200926DBE86C068"}, {"MD5": "BF2856180CF3BD7A71625B09E1F85F79", "PackageArch": "noarch", "PackageDescription": "Lingua::Translit can be used to convert text from one writing system to\nanother, based on national or international transliteration tables. 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