معرفی شرکت ها
ghc8.6.4-unicode-transforms-0.3.6-alt1.ppc64le.rpm
تبلیغات ما
مشتریان به طور فزاینده ای آنلاین هستند. تبلیغات می تواند به آنها کمک کند تا کسب و کار شما را پیدا کنند.
مشاهده بیشتر
تبلیغات ما
مشتریان به طور فزاینده ای آنلاین هستند. تبلیغات می تواند به آنها کمک کند تا کسب و کار شما را پیدا کنند.
مشاهده بیشتر
تبلیغات ما
مشتریان به طور فزاینده ای آنلاین هستند. تبلیغات می تواند به آنها کمک کند تا کسب و کار شما را پیدا کنند.
مشاهده بیشتر
تبلیغات ما
مشتریان به طور فزاینده ای آنلاین هستند. تبلیغات می تواند به آنها کمک کند تا کسب و کار شما را پیدا کنند.
مشاهده بیشتر
تبلیغات ما
مشتریان به طور فزاینده ای آنلاین هستند. تبلیغات می تواند به آنها کمک کند تا کسب و کار شما را پیدا کنند.
مشاهده بیشترتوضیحات
Unicode normalization
| ویژگی | مقدار |
|---|---|
| سیستم عامل | Linux |
| توزیع | ALT p10 |
| مخزن | ALTLinux classic ppc64le |
| نام بسته | ghc8.6.4-unicode-transforms |
| نام فایل بسته | ghc8.6.4-unicode-transforms-0.3.6-alt1.ppc64le.rpm |
| نسخه بسته | 0.3.6 |
| انتشار بسته | alt1 |
| معماری بسته | ppc64le |
| نگهدارنده | - |
| تاریخ ساخت | Fri 16 Jul 2021 04 |
| هاست سازنده | qa_ldv-sisyphus.hasher.altlinux.org |
| نوع بسته | .rpm |
| آدرس صفحه اصلی | http://github.com/harendra-kumar/unicode-transforms |
| مجوز | BSD3 |
| حجم دانلود | 2.5M |
| حجم نصب | 48.873M |
Fast Unicode 12.1.0 normalization in Haskell (NFC, NFKC, NFD, NFKD).
نیازمندی
| مقدار | نام |
|---|---|
| - | /usr/lib64/ghc-8.6.4/array-0.5.3.0/libHSarray-0.5.3.0-ghc8.6.4.so |
| - | /usr/lib64/ghc-8.6.4/base-4.12.0.0/libHSbase-4.12.0.0-ghc8.6.4.so |
| - | /usr/lib64/ghc-8.6.4/binary-0.8.6.0/libHSbinary-0.8.6.0-ghc8.6.4.so |
| = 4.12.0.0 | ghc8.6.4(base) |
| - | ghc8.6.4(base-4.12.0.0) |
| = 0.0.1.1 | ghc8.6.4(bitarray) |
| - | ghc8.6.4(bitarray-0.0.1.1-5eHrgSHSnYP23pUROmTKmi) |
| = 0.10.8.2 | ghc8.6.4(bytestring) |
| - | ghc8.6.4(bytestring-0.10.8.2) |
| = 1.2.3.1 | ghc8.6.4(text) |
| - | ghc8.6.4(text-1.2.3.1) |
| >= set:miBWoNA68ajCTOC0L8eKTIJUIZ1nwoqIy0 | libHSbitarray-0.0.1.1-5eHrgSHSnYP23pUROmTKmi-ghc8.6.4.so()(64bit) |
| - | rpmlib(SetVersions) |
| - | libHSbytestring-0.10.8.2-ghc8.6.4.so()(64bit) |
| - | libHScontainers-0.6.0.1-ghc8.6.4.so()(64bit) |
| - | libHSdeepseq-1.4.4.0-ghc8.6.4.so()(64bit) |
| >= set:rmW22p9jwDqIZBUCNWOOdDdqXGdgkKhE3pYvD9vYeyCg0boakwyoLUIBGfoK0NINhGy9GIKNrvYEsCAjdhIjkf | libHSghc-prim-0.5.3-ghc8.6.4.so()(64bit) |
| - | libHSinteger-gmp-1.0.2.0-ghc8.6.4.so()(64bit) |
| >= set:qmMtP3bXOkt2mzblrAU6VFWPUD4BO8hHhtTPkbqZLAMibE0rsV2 | libHStext-1.2.3.1-ghc8.6.4.so()(64bit) |
| - | libc.so.6(GLIBC_2.17)(64bit) |
| - | libgmp.so.10()(64bit) |
| - | libm.so.6()(64bit) |
| - | rtld(GNU_HASH) |
| - | rpmlib(PayloadIsXz) |
ارائه دهنده
| مقدار | نام |
|---|---|
| = 0.3.6 | ghc8.6.4(unicode-transforms) |
| - | ghc8.6.4(unicode-transforms-0.3.6-3JG30FzBd0eADSA1qqGAos) |
| = set:sdilwYLFXx10PveZLElE2duL7dO2SUsVw46koBwDoczxL4b9IIlVD6MXWWEyIjIFiabSoMIpwlJ4wWViC0YvQyhUbxFRc61bZFjPm06u26lglb3cwIzu41u8pUNe5YTdp0JIH4pZ5zEJ7S1bfcLO6ZoPEqxy5l3xUqnwhrrFS2bIGdKijK9I86eIMZiyQoJ51j6kt7pgzWvh2GTSjkuuiZ9o6uDpNidjTnQ7J2edQnQmc6laIocPI9oxLYUx2BrnFscp8a0hjcygKIEszjhol3N7DrgzVnuNhESVu4Zk9mnAWejc4cL6LsxbQVcXz8ZjZG4W8JZad06R4HHR8yFzI0yt04DCIz6ZGy3SPw7vyAZ87YDD3zJ78ZaHkUytcazQMEDX83ChOvZL0funnA8wZCyB0Rk0ht1iXbixrX1XeRwPDmFPv77M9yc1AkKlakwHTQYfbqB2nckKGPkPESQUTjc7L8iYZrsutZuNRqm7EcN1MZKZlT3jbh40IBr1fOxcTrd4zKeRJdcMLupfyChL8hnavGacy0ej0OH1mMJ56IV4MU70OCuGXi30JJKsqVmIuU2IERmqMcc00fzu2w8NTHZ8ql3Zq20VnAG57B7ZbZiDjmalH58gNlCdIp074RUhXyVGgb12BvNe7M65u3eWkFjlMm9i7eU0JHqSZE2RTOXYWvrX0U8coXxpbZuMyxwB7reHvE3EFOqda0J3lpNEWyh2CVbRu4d1gZgwX40gd4wZGfs1EHwxm4uZkPjM8Zd8xqlSGa0rjZ0RWbM6Ylbh5moEnA4b8RcazwaydmcHcVnlpCpt5g16l74K0gqsKxR5hEHtl5IVES2o51iM3K1v10ZqJSZvHkm31932Dgj4keaUXZa4u09AqBZgVpalGETV8tCgVFVUOMT2EEhqmjcCIZgZx41HtgZgIokmwWgB0XPqAEmrIWfNQMtJp34x94ykj8Es2y8I9Nd7QrdXOiwjrKZC1xa5tibC8FjgIKtYJAbgIgTyXQkqPqeBr1TEI68Xy1ERZsE5cppHW4kZh0EOD8J0gND8URQ3ok8Uw8rx9VTXemveDO3fh6qiDrjKG7s5oKE5ezR60CYMEBZ0PbugseEOETxl9nxIimVLBMZ4rmT7trkunC4v2kPC69iH4xHYGHuhYmNPNCawOA8WOjDM9e9Rb72wQ7waeZu45mFf6IZ1qpKIkRG8SqXiqaAeSF350W2iX4MQtWZkuU4ab0ouEdx9XrTmy4A82AaLWeD6hSwAf9luZnKH5DoT4SBeqb9fB6phpxYjwIufJSIIEhwjNKbr0GSHwAyr1M4pMUybyQQ5X4bLZKlCtWO4N80LYEKhN0OgSj0ZsOBT76N1i3vw1LTpS7V8NQqJNKm5cOXh1Sxe619FOPZjXQKun5ylwiYp9JqPU7rEo3cCG5XbRH24h1myjIpi4Cd3wWmgfl1xgZg86QiC2uUnve2rnRQneHZHHkuf2Q6wdyWZpKVLwnEzp7IzyZwwVSR8fNUUgpfiNDnBjlbco0EH9Fsqyzrc8eXZIC0Pvj24q4E7B1pZoVfZ1IlQOVRAY1Q8lpvCtfYjhlN7JZ8AjqGp1VdZA8EQ7aVEPw956aF1gaVgkOL0Lmd9KwBdDuZK5L6yfNx8v0G5jtib6m3pT3a6RppdMN4vbEFdzpwLWeM0m566j3JCMqZ2F9ZnL3d4PbB66Qf3RbbDFZlpUBNvUKNJO929g2U3u56mmihgek8gcASDJEBuI7sfedB0zkGST7ZKPw2Kr2CgSgoIkLU80Zo1it0g6INYwgmwC5613LHC5aB7O5hhyhAOIQdXlhdhJzy3x3tPnSqrAq6xK5zlt1iAehCVq24DGxkFU3qjk7H8KtvTZlgsYtS10DaihDFqH9bN17mZ14eIQn2GnrrlQuy1o9bidCevmmQVgL5fJpDsLfD29ZeZuKa8V2QZh7p47FgwJxl3yt46lWj7u6lsZtBeuLMVOo1K0yVgRKLMyJocuKxEjUO1qHYu5H7ixkciNL0lk8ralGPnUzj8v2aSZl2HH6W9HsOU3VsZAkwQx3kIGviHSggzbHHlba4CBb23wTjI1RhdTNlN3IaOrWdeExirL02bDDAZxylGjZI82Kph8ViUsknyncKDs0aeUNLJ28HG1ovqrk9sk1i8qbpUGGc791EQqPmIFchGQIxSsdHdaP8PZbacbnHUZlH2uwtPll6qPU3s5U0jgkATcyWjy11RhamdLqoGjjBU4ZlY2yAW5MZonFJB7WD5rqcuilNs0WUry2UmdFU2nrm3p6fdAIMpyMfgbGhW5sIewKFG13maZcy86XWgTCCJdpJkKr9cIS7IQm3ohgvPFoLBOZmZqRFaR3ow9roGmwxGNjuuRwOsRu0dSU76FcVOkGTLFTfZ5dS5IgvhWG0JRh0hhxtzFhTh8EShsMGuRVZfxBMBz14PFaNSyZjqSQblpdHjeqPz4wbjl4o9Diw0SW0HkMb1ZAo1G51xlQmTgl44FbzkmLLOugG0LdjcoBl2EhuU1xxwsrMyYwOo4l5eVZDF2Ed024h7yjW1dNZmZ3h14Y3oDwQFjkeG7atZfqykrxUDD1HOzcPVMC72RSW0e09QrMSEbYjAVxLig3uDgtCpt5FUMv06w1tnhGBklnspasucnT5Zgh71tpBOwzwk7iBOqSWfvSsizwOo1Fhiib88Ui3h0Caq831qAfiUUlMRB44ym5RgyMbntS0TsmBL2hDoeFi6ZdpqhH98ENDebBdgN030m3wcRsTq10nGr7s2Qxr30IRqYZ35ZtVh9aRROTr2m9hYdLkAJFxRtVkHqBMnmi4KhnFEboAUqCcZgJ9Hpgd7H2NyCP2uZ34J0a4fnEX1KV2NMsaTe3MPhepXaA2hZBPWH6wwaEzknGOOExqxd0ZmLNdDK6ovz608Qrweekja5XlEj8iU022JiM6bUBr1mfNsIXXq3NW2wEpFPW5Z7InggEd7rQzpxZHvqy2SDUEkFFfSTgtboz1nghZziIDu0y6c6bW0uHkJmfSyISPdevGJIhfcX8oZwhjYfQY8pusmNeIVmmD9COZy8KGqRLqRt06qCbl2E9hbhToEjghBPOi8Hxf4ohkXOUwArb3evadflWlrRFq8IWEP0KaHovhGuQV0eDYvdSub8uhgVuUrdZaxx0Y6RLMOSi00aoWsa05rYb2HgGZcbESNZy3L6S7YfP509HOnRgWI3ZhPPZfCGCSgqWa2M3Y1tfkfNo5b6Rfnkusw3h7YAUmjZpLAZjZCAfQoG58M9xesuerWvxpXAqDzn5d6Q6YYUTbj1TtnsK8OUoH10ATZ4jO1k50ykOjjoUUb23t799ILwnLchGx41Xspso0tGiwvIS18GoihsgONum4gZ4lrX0UVXi1gRnwy4kppbortNVi4eR7MzycAvuZ1byZks2oaUUQnZmTN2ZnbqkbQ7IZGUTY6VnAKZG2HaId8pjv56YxSq2Z60NzOkJ0MT5A2gM1QBbb3agbVrFXcLzbci1QZ1khWD00z7p0LvjOB9ESzuZrCW0wOMCEBsZ1ApMPpnhqXgIkca0KYWPuU7V7kbAISPyb3740kvrNp9G8AGntk3HrrTEqZhsXSet03Q3XnBrkePaP4Z8pX0eX98ZjqfrHla6siaX7Pt96b2xa6IVlwD5cfoPZ7G2pUuDjfSsSUL3LwLMSLC2BZtkmvHYBMwrHa62d2UTyhN6A94LbomGcoT3YJHmMihOeVxQBcrX3N2MPvau05sEcMIxWflwfVe7EqRU1RhNo1kgSsYZlIjIlIdV5SmbN3H53f0KhwunMa98zpSMv2QwQWEmvsEfivh0UfctEC0IFQcpLstXww1Z62jzqeEA1vsAZ1Gp1SVSDNZdw7gmgQfJwVxVDCgb3e9oZ5a4b003Y0Zxl1DteUrNx7HHWta7QKt7lF8Dyae4rZpsIHgbkD1BV9EP4Jg3oQhHKZHl0e2P7gZJCBNcXZ35nF8E89gAYgVGco0tBO13Eo9DfMPmTMDXkBK10TzIRkYbHZphYJZAH93Er1HDx2p0jGMgZgUKd0bQqjGvZievGvN6uDZ8fgcKoZdecIxUbTDBK22UigZ00NowvCoDL7oXW82G4hfm3KFwwdEujUBAi0D01xcIrIBNcRdXeshrP7mZupxukRJadHyf1kZBVqDYMdZ9DjdeZirR4ekLbs6NxNRcq2085vdJL8IACVuZ6O2X5n6yzMnViXxo3Uv2muaoPZiZ0lM6zQfEEZvL4ZzOmEBZbc534YMpwW82Kl0wBmcmP1ALrIE1EHvwwNrHHQ9JZjFElT348WyvrJ3fd0IpA79xwJSL6t1j8bzUKdmp2yZKG2j7SlKW0pdXXWZc5MFNQkKPH5d5b38vxUyUMlZD0JZcZrFEu0EPHxxWyUMeAdxaEc0SMS4E2y1VVGysNe5eLy28VcGFmZnm8iIiw5Khc4kUkNknKLO4qC5J7xxlW6tWqGwhqLKVUuVA8aIs9NZwskiyqBB7835VsJNJ1hIfCljyn2ZfHN492Z7UZi8iqQNCPz6MZfjwshOCW3N0a2INg4K6SqR1j84Z3QZupc1wFKbCrWM5LaZzWwoRObkczH54OIH3SZuf03Gbbu3Ae1ybGAvrXtZHJxZnWTrBC8hTqdcRQAfxkpgQzqoZ9m0LP2Z9IwxWkRZuAwKkPf9Myq0aoI9JZkFakqrQ1nMHqxkUuMA00QkR2pZmeZhh8xA9ZGq8Z8Ip89c6MnXZtUbAMe4SZqoS4NzTlwCMfVU78t745VDPSaBvJZAKQa7OPHTC103cZHI1bpW4sg2tIBG5MeGWtnxo2PD68zeaoPNioEMs4SxXu8VBNYDjC5wN3WW2ikeZrpvmsQUqGFefDo8pfiP72Q1gZIKAZApW2r9IPXrFsh0sWi9qdyjDDRE22PDLnkk0nJnkdr5o9lKkPR8jFISsZE50AO8VRgBBPowODeB4zZH5xknWSt7g74oECTsqM5D2246sQHbYrcR956Oj0gnOqvYvJqh8JPxuGhC4NBGTbVKDRKKIKouD4phjG1W5gYHs20oaoaGRNZzFfMZ9wCB2wIxfWpBgZLGHiuAZ7OgQbR6hl428d7sBIiCeht0FLZkvZ5IlhuLR7j91b0zYBZsbgZs9IPJNzc11awGdFyK0ylsckD5CmPqmDtm0ZdI1KNRWqBLDRCRImyY8YCWuVbJdmZF88DsmpB0mhKyubRa9HdIq4OUv6gv0hxj69KBAQ6jRk4Z3AXPiKkZlBlLO0MR2PF41Z2jq71i6JMC8OEFRs0ws0zroW491e8yUL24A0gJ0WYwmFfRCu9YrPd9eyYpZhlsPyaRUUELZ8j83LdJeXnZl7MRnn2pbVfpixU7nYAEFGlCT9hhZEgV3pLFZIZ3u3qNxTbjbq6PWLt5uRgB4cBeriMv9SZHJvW9h52ZCwLMbk35FkESUCsI14U113NfaNG578L3QzYYF09No2Xw1Hq6f6pNQFExFMsDYeVVjBh5Gj2dpL7kcKejOiMnJnzuYObX8YEHC3aiZBo5IlurNOmZp0KByQ8HhzDdaGFAc4wZynUfea8WfeI0s4ao70k2dBa3Zt8RH6PY9IzTsIh5jpiZ5Uu97qqcx0AKJaWMwrs4WMftlMpA2DZ38bl8xUnZsD52YlZ0qkKry1CpK4ureQPgZoUq8qHLkKlY2wzCX1dNexZ7giYQBIYo6bBkZdRH1i7WTv4nfKhlEKAKkZisegf3YzRz1mn7C7bC1Z5xdDbIE3Eyae6GdEcrGfHBe2k6THp2lNe4hgd5M50Q6Ynfru3hNaQcg2QMHuo0cZwfZlEbia5nOZy04nxE9eYxRPDmzP4vDlqA5C4dhwFTP8pBtT8UnFchTuzhIoS3KOOzIubWgGwq2jUUaTf92HHiF0W723W1YHsL0ETMVk4bfEsZmF5Fs3DDcG3CCi1y8a1TnldMJ3xxExb1X2IjhTg9YLPFZ12xj7G2tnIkkDcw2dQJwD0XW5uV4E404045on0oJtArH3eS4kpZ2M0qPjNdyEZ24mvJbGWrRAVECEw6kNiY0VQTEtcNDJZ7xzwe0OGmjz413d2Zo9GsGwcAfX9d20DqHfNOZKlaNeOZ9kBvpKzNmm0gqNmthjvXdhv7eqelvV7cAfEFQW0tcWe1hRFPeo0PiT5X53QbPu1UOgqAHvUSx1nnkOHaMdHj8TmJOxMN86XtXEwMXnBkDGcTKyTDg3I4LkgZDns5LGuNQehf5T1lZG4BqkiQmdsw2D3f567TD5Zvl3gA98VOowxsEMfpZqhEfl6M7LAy1oqioMt4Kx8YzFOw6WSLsOPwM5ppt6Pgl6YDP72TqWKJ7gh8gegTLexryVavkIXZfwnU5sJGlAi9nYBU5OaIa1eQu9zRp3YL8sgZnZenhPXSM7ioGdZleHMwwu4isbhBVIBn2JUkaWUj9uZ0CWdjqTqVZl2EQzuVn2GSJrURamNInnWErQG0m1zZwRUEZtZKfQzb15dssWOIEgrHRUL5ZadpWIZB5wVAXaegfsbk8rPEM58T974Txh756FVUMoZfDhWp4KJwZKv1X3d6g8cZFKp7Bw1COD38Zwkdvhw4VVzduPnNYZFz0LLdG9Hd7c7MAFowZ1hjwwUczL1Bko9ZCZwJhvBFE2QZ3didingZ2M1lMaI1sqsuAXpdwD7lsUzevmGR0Fb6fyQM3VDhadNQiuDP3DIVZhyEsvN3cmg0NIyb3Ea4TBEVpxe3i9A00PfMtKa6x58xHrIgbWKAYQQKOLa6UMSVetHfZ1jIdi5qhsGY86hZo2mO9XYbi3wzgsMwV1MY9JaX811QzNNcLuqDr5Y4TEqXOZ8at6x9NwMWFds7MfDaagq7gOtG3MlRZaA40oJc4sewU4xIptcZLtsZH0Nry0cIl9b6A5gHvbwZqZjQz7NZ8L4cmojZuvzYwoPaHOZEOSWaGsa0aOuZvkFCJMexjsMgG8wuemXyyxqZkp2b91x3a23xuohTLRvpkMYcKe3SF9yUWRWE3oXwReZ3lqFgsodj8qcHcBs5QRICOftziKDv1ZeODx9zvTQWDckcSVz8diNi1oiZ41BlgViiFw6DZnjdgiX6ht6GDzFofgUWrfyWolDCHSU9EaEXN41CW9gk1Jbnme840Z68iMBUS4FQ8IltqT4oJpk2BsWmZgRnZ5527ydMgIGeoHJlR2oa52Vuf14hHZC4DcqgYoJue0xodp8uf3CBSICu9ZB5fsaMaQ3bYLefmjzyrlKwdAaa9W2EvoKyFgI1xt0W4uFisOjbtr7LPpRgRFc0Z5DpDywknjF2RaiQ1pftgZrgXMFvbdz7IbFHhIM3iQj96uSy1SHwWsZgiIGbb3UYsZdL9smF04zyUmTCvvczNMXZ61UvIOj9O4moVsU8WZwR2uh04pwZwXwrcYY75ukdLYgSGoz9VrgB1IZnJnuAvxVC3590EV3KSLGUQC7QUoflkw0fVvRw8QAL3Kv0klT3ElILcWjYQFpiuvsqzyuo0GhAsGmH5vUJGKGoMswlk3FikZE73cqGkqZhwCy8ZGhEOTXXS0khtgwuI2hGlBGf8fsf1KQMq0GG6uwpqzOQWCsMqcE1nqEAB7wYxHYsP2OXHhwhyvJykmLYIIkK9IydZ5jj6bS3POUDeekpP36aX9N5cdgxQVZxpQkMqlI1uZDODOhiPYuxmMJJb5HwfwFYZjMrnm1kvnY3m4tCagpDz8lEV3LLIuuCM5rB334eedjFrCzd9ZzkBVxAQT6VxvIFW0iFdxYfaFR25Ec9fnNAfXv63tiib45FZ0mHhyWVImlLqAbwl144BvVGljA0ZkhfopFb4nZqLZFalvTm2k3kOZ8htj2507eB0wkZoisQGufSRxLzLgN82WVi59GjKQi46ZBocZwfEtZqJSDTMdU9A00o8W0zj1WepC3luXcnzBAzGW0CyHTI89MR322wDpyGcAoF7v33MIora5d96ACzZlrIr3xsoxfa8B1Ph7PrrmIiSWoTojLaJBgZDIsXbT6ZE8dNiAEC6PMgxJ8VQCRzbHszid7on15RcrSyj8dykaJ2xW43khICQ8UQthwZwifB9CGcrxO9MK683iLoowaPVnE0XsE3rm2LlbZGzSfckT4YYZFt1WGhJhcgnxy6YJyksmkZrVH8d4sCaD6F95xHUACpBwfrY4yUzH1broDdKLOGkWSoeDVhqsS7kG96kzfMORNsgJb2m5DQoMhdlP8kYOOEoY2TkaJXckRje2s9ZdhaQUmsGn3vJl8U4EmUZi0oFIfw8mDdsM4Segd9UoTy7tRNOTAzNZsM97vW6bwriC0UYMkn3ue0xjEer4ZuoA40X46ikRr8BQEer4MoWXh7w437sioYo0eaB1EOpQixtl9IJmO23nThiBGAYdxesg415fvo2oBk1KfZxGLcM0N3cwUpza8swaKUaVI9zhSH32LxWdrdPwY6ZAybgDE8tmlDMkEgFJkVKScLaNHdMB69fxPRBv33xq9VfNDuYUyvPolmRBqOWn2AGNKoq5zHhrCm4hlJFlBc0K5ZiEIwUEQFmh2k9UHQenHApOZyAYWs0NNk31Z0xqzXq2Xc3ikEHzCEctBPrQwOSFZleD25DhXNiqZlQCWMZyzoIVp8HBGBfnphD7r5EvJY0vcGx2qzsCd0ndYGW6ul0V8axrdSPLc1gkqL1GbudO1y84e0kjxdyUpVnHPl239M938pYSOrzuExI2qOii2QSDW1cVS2l6dRZ7j1JwlthvBovXsBASIhUnXeCLVIuPmsyZ0SZJueVsQ4VATfmLHqgx004ZkT7rldwXPvnWtQ057gZwMxIkkHxU10jyPgLS5NYlSIIsyHPYged8Vdv3Fw2pC3wOROUy3Sbbx7oYLhivy5GxzR9IztBDw35Lsb4p9LUeTxXiBVhjZiQB0y2cnseFQgyZ3OqLiWQ98QYMSILNxPpCZdRzcZECh4AgpB0O94m7HAJN6oNymWmDUw5juEvHdwAPQZwqiMfSwALB4zzhhb0ddy74rUFreODjB6QxEjQ66w1uZe8tF6pM0x5hn0edoo3Q59aXJZteINskbtPe4u6GOgXi50IiyNc0ngGXZ0ZGT2jvR938hwwfXMdRspAZvPTXS1K8LeZgwZkpqZFmcBZcfc3C69Z1Ur3pBaiwAZ1AJYRQu8pGrMQVCOMO9HNETRjBNKmbIbZnxqBwfm7XngbF4osF06cM1qtxrp3Q0dK0Wx8luQjBVfG0gT8Ebv4BMy4Mx1sD7ZxCyS0Y3AaFoMh1j90Lw9Oyz8mf5Ts3BaV1dfwlm50VdfhC2acegKl6oPH68SCW4AugCdnIZzCw25QYuH4EigoqYZlzTqj0Br8LGNe5rDUw1tyafRuBIDmayu1pe3mKWX2wre6kMozFr4prsCZ76GeYVuS0gqehaQAYEWk74ZIWDE6knOZFFxUknMzGhBcDXLZEiky5AAlhOiVirxwzC27ZC9HIP1mc55fND2RZAeJMW0wopSdBeyLuTlRntEY9ql1lu2AXCiMUgy6ZtYA1PUoPhngYtp598hMCJZnyh0UyjmlK7JmUTOngRgHdZ18fMP7vOXL3jIb6093LlsZcRZLOKJrWqBnVZgkj0Zgj0zsBS9vIeQQ2ZoNATYj5yXRHD4O81WnwUZ9jO9ShXC58ZoZ4KzixepWpG6B0VYBIhWnVh4QMIaLyjpCh0sVvYO8pmoUZEPAXtIH3gwLBywmzhMJYU0Iilp0Exr9iXkx4Qy6pS3qejmovVa0geCtJ6VZ1Ib0xf04pedSFH6sUdWd9mSZbjNXNvgKh5jLaEgrDuwpQwx60t4V7edgRZElg7ZrbsgT2n2ArE8aNp2B02qqj7Ec4UNKuMTYh80eTcnWZgA7735556ZeiR0GgMe3j1mKMdHwNN0MFuQVV7q1bdTeDgJCT1LgCpxWyeBvw8FPKWRTleMZLSZzhEi0kzdUq3kesSNvl6Np1Z7ZqQU0G9efL2schUKBPxdDGknBy8Srjg6FeZBHsc0gpEUwD1zCD3sZtNcq1MzbOjo0XcInuTIfyM0P5uBu3mabpj7rkCK0tQyVD3Dk8sYVZr0e1vfc4OBxi81suUwWgCsgCQ9pUpYXAceE1TnCZHhwLYSNmNF0knyep6kEug8gWr4KQxTNvHX6Ux0uuZIBZr1gY08gaQdtTi98WgYcGszr2yypn5P8grtaYpCjqu22Cd0JAVscI9US1pRJks32R5cIIKnszqDKVQkZaZvihUNpacs62iai9ACaUUySw0Y44rFD359nKxVch3zSRA95jB77TUEAHZzX0PTN7D4eZib8wmXZu0AdMZo48xAano0zkwryY8ZtgPZes0xeCRfCkZJt6vmb9NaKZyqnv4y28Yxs8KGVcmaCtkKcXCc64tNrAi0eHmhYRTtHLyyHcZAwzZB4gYlWsvlMVIllZrBWzhnCrE4ecAg7fl17207n2iCiS8Sl5BI50UL3aQQDJmUmB7gopXM6BrcdtE8IabH8iHB1sqmenhj6sZiBlC3ayZFk53sJSWNFHBXjG5zF8cY1ExAzXjs5xmS71o1hSmFXO4kRFteHGoVcGHE0Vg8o3y2048E1wmMi6pubD3xAEwcD4yCTHZiRtTabcjdnSvHRALZfvpe6H0QkD5cQ6TXwRog306I0r5i5U9OVpsgBmPho7v05hex4NoknyNOZeNf0kQmkZl9v6GHQ9gMaz0SrGHIk1HCNm3HV1ZKWteforVGXlxxJbAy90uyge2WAP121GQAsA1i43BGaRDL20Id8PDZvS1fOj1aFrxDLb5oMtkd7HnkDzbaRCUsAKSiR5ihTVFt1qk9fscEJydihWIhkAQco48agixMwbVXYZw8Zzxct7ZLXd06g8isQ4RT4uRhIArJSzI2YCUWqZd8oyh5QEARlXmuhlhWTEiJc4yEUBR0Za1R0qBZE5c8WpVBrZ4xcYw64b2DKpCFJxa1gZy8LW0hs1o6xEsMeLQD7rsSakMLN67tp6zFpub2NgD3rBFfAaCa19i0rRKwbZ6sq25cs5zsl8zEA3pgslAXE0eWBeqaVHL6UfNPee3fxUq6jC7rDRRR7FdMW9RpKZ17288PzyetMIE2xK5zHrRIuo0UmzxycMctZ9Z5w6nr1SBUTnA1I8Nt6ZpRTNl16LuRxaIWQJOgEZjltCV2nQBdXAEyzGUORVIaJ0bvzZx96iFLG42iFMsL0GYtNK1PX470gm6M458LU2gU1lpTbniyfZtVtY0Xb0SEwVNZAINMy3VfXqYH0OGO4HZK5d0W352XT3DdqciwTqjABZAk9qMuZe5Cvf7RncxZIssC9V4j4IhnCcubfMcMXpAGZ4uZxjppfbIaZ1Jtv8Dcszeqxc0sCR3I2YJfi8naBLVeG11LDbeoKVc41RxOtnW5mv9kOigNCzQusydwqfVB62M5rslt8VzJST7Z5jgUx4UE0Hk7Xb3aP487vwOGHZFHEI8grskTCU5z2sG1wkw7FTGSeUZu6kCWD9u4Fqn2LUpS1k2KWVqoCTlGN00Gx21pX6lm66B5oZH5AIkWE6Be9o710nZt58eOrFKww1qm3r9J508vIoiNZxx53D3ImazNBBI2BexZF9MalvOl10gYdelUJHBQg8Zgwn5jG65Z746Nb0hMj5w1ZFEg5RBF1X1jIGemQEdiGZLwsk70Lf9c06oPAblOxsSF10Mg4AHJvm0Wbi81ZuX4FNl5ZybA710aPj9fLnkVBeI2BmtofQQgNqfX2QNmzlb4bItj1vewqJhOgkK1SekqopBUaMNpS8X0fPtzf1kP0430s0jz60ubOzTEItyU4iZ9629t36JPB4eVwE0Vr5yVNYAzWWR1SXAIgw9RmDKmGkZwNSacmMZz0Pm1raWmM0vi3Pb1FjdstkHZxf8FhY4Ylqcf3gI0DRZgfAM2qCZJallkwOHpeq0MHvce7veOFn5GZA8XU8uyz5cOxloDmfIOw62jboeN42sOmUm6gms6QuCowiJxmL6K6F9jrqy5Xk2dJlp9Tc12tPirb9svGIoQa2Onk0NnHHwhXjzZss5Hm1KjOv0XTn4guo8pQClfhd6IBP7Q7XBSkD7pUeb3WkZz24KFiYChHyj5wBHDkJ59T4mZ5QGnZtEsauKH0MRryD0soxPuawqqjR98RAkS6Q6X8VW0JUCQ9YZAP7IlR0tNYGNhoXyN9wZGPCTqMwoy3EQ5PIFPtm94q2EqPTYGu3GAXFj0GDxjvgOtBCcmbQGyzG2YQ26VUjV3SkEp72zgHAA5Ii1Oz0w0HKolcJ5x4SwYdB4Xto3lFogW7Q4hEMTxvtj5Y4Px1g0Nze4EdyZjR2Cb27PynhtKe3AawjbG5aDpH4pwNLwDBOWmHFBZ9QwiaRGZiq3tbwCY8K3w90xrEPfkAm1qjJNVQcbWZ55MED3ZzZmvx9oVN5MoZG2HlE51ONiUIzLd9xbV9q12OuuXEpY1ahpyI2Dgta0Tn56kmwFEp4IZsnuscKzGc20Sgzb00MfCC4z5I50F2qkTlcb2mrTLwA8TiMuQAjLE9rKghk3lZdJsb2x35hsbaiv3rsnpTDCmwcgwie0Is3lZGhTC1kTo2QYZxKYY5SgtRcZx6F6X4E3K9kgugBouwMA1e8LYszVfo7FZvF1Xfs2SiM81zJLS1Rlj0jDxAzHj8k1PeNeAxPjwPgoHUdnxGMH8ZfKE0xVZFpgEcYYlwxLcgXkmxMV4FWaJyedWTG2UhbYc7czZ3oRzCzmTpqu8pZeTVP08QeFqiVAlniXZtdv0IbUJ5YzHEHok0S1iZoiX0uDMIiB3t2EiUP8GYBZv0B64gMEOB8VBpQNRufoMf3gzS4bQYBblg15BTy4f14gpHxujvmnMj5DlZDULst74BvASzfBsz7mk9T7sMg8QLdz0neWtNY9fdPWXlg0Y4oo7xZaljAUwBOA5TkqQIigEiOZEwIyJ2JfUa92qiN5PsZApIOw3fhu2D50ZD0ASukcDOdvjPvzZlqeZ7yHAEXJrAoBeo3j2TmpmViJTBZCJhFWdUrOKZxZAFTz9LZ3M5H9YcJ02p8g9cc0R3V72rzWkGksyH10K0EWRHz3r3V9s90EgmcHR0Zj2uNnk3oBoAwZhQRLJ3Z11ai0YRC0wvxRKfIprbpmOvGDZfB3iVAoTXLVahZeEQQGxmig0gpscN8pgY9beEtEBQS4ynEybN6kLaqNpQ1Q68lGFphwj0BFJlPxGlorZA0q3PmxtILx9moPs84jqA74lUEhiirDnybXIdSQ9JsdNJdRW7JzK9FrLuC914cHrYZgsAEqVJOwHAJ3Cj3Dunpo6GPUOWADFAdHn4jsrxX5xZ2dZ3aYMygtFq7De8p8iCl7ypchjo4lVvidK0ndc8JGC4MyBf1L6GUhkwTxAk6m6TuK0WvInKo5BUU2OSsH0qHgZpGq99skjYD0YuEC9V2g0ngWgVzMx6VC1ZtGLSbLFOadjC4aIPgWWUJrlzxiHBsk5hyqfODZ2HsPQcuMZyWacZ5q5hIz4mu7ozCsdUdxxX07sInSUGZfzX0maB0IcaT0TwrEzxESVxt6G9EgsZ2cqh0kivj5ZoIwQwhhO8LSNLKEc99LFXSMpoJuNpIJ83XVPOH6EsMZFxynOW7AqFz3oPA6TlamNslJxWtAagSZvc57Pl3Gt4UGj06Aywe08ZEigtjcMBUJ2eLt8DJC295Mv9cVBKu0tdmtKBQh90qofK7OZ5MZop1gMPwkm04NSP0EZrZywZAU36muBMKCkythuye3QFYZp0MZwaD8rMcZk39xjd43ab5w3VJhc7fzz2t20tYl9txzTiw2twIIKgGJVl0m5343Gjlo3r5ISij8c3S7P0IX8Oic00OZwQvF2xdW1PmCSwqqZq8Z83UpTrya0o53wK2ovDlL9OBpDPJQ3MaAI0wBOQ5GSNtwH287xvnPPpon0xp1fzYNmQSmwYoF7RrUBLF04PU3IQh8yjkxZz0OIZ9UOsQnu0wErg9ZHI18qv1a38ZxsZ4cnp7ysUh4HU3ttwuY2Py3nEAuQ5aBEjKUGqw7Hz8O1v1gcZ6cqzgmWy104vHSskrvWj7LWeK1EW5M6B8o7HK4gmZIXO2ZDXwJ4Pa7ulWp0puy2e3SusSkizIIwom5OVaFHJF0hEqBk7tm2KzhzqSi89o0mOV3tTssswfqAClx3dWlEMd5zEoSC6P5U3g7YzUZe80cDBc10SZ0HCNb0w5LynZ42a0xALHH9YRIjUGKb6B6ud9101aICxQBNpaJ29wkdQ7MdNSkSerHgMhmVjk6pSXWmAXWqalBgoZpOCB7hFl4MoXu97MB2GJoKGaaDr324tIZeysFwutMk31Au3cAtZkfCw2mpF5Mdi124EHJRyn3wZyVgLkwISPls6WO2xq5XlHQYC1xQMu110nVx2aDZlom3057wMDZlafBxO5YdV2kLwf6grZHZolUv1gWy3C0rErGKZua1uf0q6Pu50d2sKkosOZ9Rw15cML0cl4PYMfAbsPnWQcxesLkZ6dZfO511pnHZx2P1n18v3gFgCZrkP374WFGoZJhe1B5dtX3LyMerZzKLVe0aec9xGxsOKHuZgnd9WyCGymcGw0gY6WK8z1FWROaEEKFZbVHZkDUnQ1oysuaxW8Z5w00G65NafB2AGLGKzPoNRuZ0xKcWCJnOSZ4Cu5l3ZzapiZwMWjyIP8W21B6kXuee47ZqZAZlsV16EqowAn4Z6Aq8UOaa0aD38P84Wn47Go1Y8ZsV2ki8FJr0ZcKs7OA87VzbkOy5847Wx3QMyywfWEoZhEzY4hnoZcoeicohn3tOjP5wmYImpOP9yPIjLOtBRWWLtaizh2NXBOpe20qbHqgePI4hMAdTlvJHgZiop0GisHsXTHYb4xK9u3ndEKCF05QCckAMuGV3MxRLxywIDCkDNZAMw6s35PyNtlgOxFPE24NRm3pv9SoQZo4NbOWsJ6d1SjXUz5zwfSwcI4wZJFcThG8vEKQgPHzshuQx1zh0RiOvSSIb6qagtOs0FGWbjTd8wDs9RJwVpZ3H7uRvH5Kjgj8l5XDfVnZDmYmWG56kgRBb766WuyF7nas6VO8vv9n6QzgSflh6YUI16qFYyEKtHZHNwFrxFT43iY0c43nI0Zr0AAhhObLQpcnuI3CBiZn6FmZgZzWmF3xdjUSgTZdwFhkWls4QInCn3cemrM6EOKpdnMUjThN0SrMEYTI1W5ZhDpCVggAZdh4t4MWSTVkwBQG2UKYRMKZ6e85rPnjK4Zvkmco0zZnbNkC6IqaIkQkGSJG4RU7Q6aqXizdWIUSSOJJtwGZg0at8ZwDFg0BZ7M0GE0kSQLqmyrx2f6WzDPU24Tdflx3hQ2Sog9wGeiXsVAGdTEqWSCdYv07IGNiOBaiSigZkvEstd92eLFsXg0oIXUnScDSl6TNB07hCPof8Q3BdFDC9BetS9qV7QGpdwDOItB6D7TUx152nWVwfhFgzvqP8n9Z47HpY0wZms6BVDwkd14OhLMKPgSDnNvH197TXz7SxadwYWFQTzn5c1VR85LUakwKJ78S99J0N4kcTFmn07gBht48qErwtWZhsswEGYPduKKSFw3ZkEvPbBNL2Fwb1nnrYwJ6YU9BBNUpjOHagxcyR7C1t3qesM1jwK5bKY1cudtOMoh0Fd9QViP5nOHsnKgop0fecwqR8jXO41XdmVKTwB1le0MYiSckmdrlN9z2QkvqKL3uJAlgvI03MLQJn9GJ6ogIgJnoksiNjjXmK5dI00suAuOEnq7q5kIG23EMwm68twZHMPWgoMZ9j1kGHNMYgMZCHr0DhgB1IbAiD1fPnBk93cXnHLDRsFDJp9VRic49EQxYrt4g2GpO7AtSXQMabw0JYiXRE3zoRexQV3B0EAkunEyzbfw71WiZ2BDU36CwuOr0IwUY498gQ3rZ1TZ5dmdK5RUUwvc5Hs0GicCzHWPRhcth4x99xacpHeUZGhMGfz96w2NX0vJI4QYwE0FKaZeUzeFVZ0mlv5NjcVh7LZgH8grDyvEVZcJXVZ0EoevimVNHUlwY00j1qdll3hZ0gM6ZrjKdxSp0PzCsMwfQlD8NGO2PyfMq8t0jEnl20wVEJBvBnuQCfeXnjVkKpevfHx9sfxk6VFz64Q0ucgx2Mo0mZzMfrgLjchXFq1vKwAVh2ORcWByCQXrhSCDWF9Ba9t3Rixj8tm70wP73jw2eIJOJXDvHxtfX2rwBOtSgYgakOyp6QZGjI7x5wHxXtTD6yF6UtRlzf5HUmllt3Oykzpw75d3YtN6WlS2GSAZcS4GlcjriVdpxwXlsjZJdyscJ6nNABKVimYE8E4NFHZ8Y7VoHlTnSvkuZK5tdHMrRP8opOFKflfZ9gyPxpUfUAnJvS3t6SHjMvkG2AtDuH9jwD2yuKhiiJ4b1VNEZ0wym5lkXsMN0SX2wFYHZircb0UAiCM8wi5MS4l7kyt7yrN6wHRaGuqFvEhH47Dogo5ZtxXpZiKvSKA6uaWZjAWJ4DHnMD34cyZDl1mce04g10Dwv20e44IYAII5o780Rll2HP0yFOCc0mkqoEt2DjAkHR1lg0tpuVUlmN38u1o6HzJivVA0bUA5DEnuMI0pnHddwxO9ZdkIpRVFf7Y8zaZsZnTCxjELhLQR2qkVIgfia9sscR6q2b1VDxjjZ3kbrRFzdeYbgOifA10SfH3Zq23c0Vwx3iSz40QxISgoNuTUdg5ZkONVCDGSZcQj5ZiZ78OSlsI1H0ezDyr4t4wxxO3Vbe1Yi3xs4coVjuIQTa3zZgOt38kcArVWAAZyicClwuDcztGE5syBpvzeznGmqPBePAboBSnvMK0HGZEYr0gYMHU5Nilz139uqgi67BIwWdPLKR2G1YO7rKuc0TpuuAUhlecdznBagz5rZltzt8UwctyFU0IfHkVHM3skkIa6I1o6M2pjWCw1efp8sol013lLeIUAsGAuqdJFpZo30WVEoJn6EtqyjgZml683kZhT6eA4Exx1EZAdAXQgT1BJo2lArem0GsZhvuTay5ZadjxVR8UjRFkZ9tjIMkgHlQyxRYCTZC8QhWskcAJlZkI3TcDGVhsrw0FG5oWoCqS1aqRBK226EJrIy1DBZvKUgRg5ej0Dy8lnQIG1nn1IwzCl54bCkZa8txDYNqrYaLqeow3EjPYMqmmCHhTGAhWRfMKlHmzEb1ujvywMTmAJ5E00u1VHHraM76YgbcQWvaDW0ZIMqGf0qAAbpre7pj0sMVGHGApicyw8N8T5DoQgl1EZ3Il31vkOTqWDeMPyZ2wW7WVP4G5kYpo4a38I6s5eUsrlbCXoYPFNp9JJPMZGovR3Da0PP9aSKBfcv11dRRymFSTf4gsEw1sbHWMeKZxqHixedu43h9KZ0JmRncxdc8uLNg2n3rT0tZkpkkmhir0ZmnS1WtZxxdeow7BwPdr4fjAAlrortf6rSVHCVqvUgobn8rbF60T1Kz74b1y40yAzh0W6RsiYBwHp1ZDgPeoqEhfo6WZzBCn8K5y6xnKf2682cGODNlkkW6EqpPq5UfQEBBJZxv1gR4nYf1w21w534m9FvfyLWO8M7Z3iSqhp5EI2JnU8ZinO12VwQzCGl3oy0ush421w2P5VVLNEtoLpaPkWshJmXgr2NxDu530jmMFrh1ZC2ns91Ri5nduGa5YT2l6NQPxNheFoCKyU4JQBe1ZygJ7MwcSsb2MV1xqbcEHt5zZ4kesPzGWokNqbSmvApqIeZqTnTNMzc3YZ0ZxwXNI7oijyxuf27SJ0a6SYM8j3tV8Zesv8MEwCHDEHBXo1msmInwDmZlo0MzrsLXuu8LP6376S2y8TGu4R12zHEA5ABZ1Ce0geI2wOVv0gH2tj0MZ4TrqYQIwwAq12x8e3ofb4OoxMZaHr8BNV4p3MFdak3xixoCa1ijghTDYpM3WytdcHIIFDgpkgNxNXLxDCJZskkobI1QZwlVc3EP3uZ06vIYMdPPM1duGnxaLm9EqHbYKW4b8ErOZAy3gnzmqySOwb1aBky2NRiM9faQc8TwMNV0jJuVemVr6t7KKz5XxKno3go1FP366RzJ4sIFN2xp0t1lomWKiN7ZiDdFFYMuqw9raM7PtDQ3af1201mGMLYgZxmJd8hGhdQgaPugnKjTSr7b70C8zY1LOMOmZ2I35nf82ecJMT5QUocdaZd0ZxQO1IYtUhyy4UcNGuPI3nZcX1fKimARtD1My0GBZntH3kZyNzFwdH4IqjiZKH0SfAV8ZkguIPzGiVZFyy5IBtEfLw9rOuzMEMUSQJoaXruptE0B5vG47UKNsHGNJm3bOw2Tu6oNwqbJ66O3QOSfc8c0HXHKUwo18Bw70nBIIIjmsJZGZ7TZ08bs56aJIyO8HuUIZFWebbEs4D8aHBPaQgswypntU0LaqI8Mc3l0KgG2ReGHIcMYCHNK3YtVbc5XHPpgsEpDfRBGH09XD4pxwejUlSOZgiJyJRm1ZzEWwpTjnsB6HLxiC1eH5o7DwuZiqdk1mKwppjaV0qOUVEPjqGg21Z0nIpZcvtn9ogMAA9aU4lcgqG94uJtNLR8Z1EESnqPZH6JIuVyRrbZ5qqhV948eIKKCE6gza2OJZqzPeWcc5ocZBxYfwb0IYWx6coX4XA3HjZp0GQi38IoDehaK9hobbSF5asC04qpjWhZ04oR0NG0WZwY2TWHDm6MBljVMFMGSAn5wcEKdZIuxFmTw51pj8F8lPGE5dmRRyBg6m6hgQJeyedhLKKGnckxKiY8ZaZ4PtK4t3IpapZa0s88b0LuABR0EJXMEWHuu1d5eMuP5tPmmvFp0u7fZ56BPIO2oIqDFNCygddcHJnyj5jtumJjWsMr83y3Xo2pvhXETGdwTC7G6idhkGansvK5oZjeT2zNSGpT0k75jBpl5xoyROMOSQlAFw322ZxjRxd1dg0weBZ4WZhQjUdG8CqU35wvqwJc5lGmct91gN2COTeg8iObfJq831gR8XHZJH1vBDdy9mz3lDDCA20h88NKp8WXJsOvRV2NDWxj3QmgjgCVYkmMFCpjtoJ7d1gi9yfbVBLPN6wo2pLFrzOZ0Qpgg2nECtQl7MAg6OShil4szMB6d1i7S2KEU7Gd4nlBd36GMn8Xw5lhXvIQL5XGsz6R753MMcRomBDBQBodZs9Bg2FwAVBzz8MZHmSZ3BwhIZKOTRgf9nUKpAjKHPhZoe1UIE7oURD6Otit3FAYZdwKHCHWY2fQx12v0y5w07YiZgHUVuAzpSiidzytzCGl16ljChNwsOpf0Z5JK2Lilt7ZE8jd90OnvQi6Cn55AmQKn972dzg7sGI7xSFgdjSL6sZsl8cHczh5g2MXbhv8v0jCO0K92c6SBMh5pbBsc6m8ZAMfYZ6zPwACEeDEOp0wkwX6bFr1KsdVIAdhRWzR6mCjOZcs23J0f42ermCCAbSxTOcUB4Uprh9JaXqdy0DPBum4zVgLKd2MtfaykvDDoscpwRsk7jDAp63kzxfZKfsg2SUr4swexDfvFrAPEua3e5ZpKcucZGMEAl14h6m15HYTXlMcqUsEGc6ZBZ4BoE65LdUmylrK7AKyS00vccfNuKHZr2PyvHWjEWgodrf8ZqwHINy9mwGa5CiSlgzUrkjzSX67R1DOJuPUpZoYJ6iyBBJdi0tToqQWzit1qHMB6KeaLZCFjcUcuzBwIm609og7ktTXbNAe1uMMFilhATf3MBBl008o1q000Qg0HMP7WCjtyZhqKAcCBJAhupMyhFylcyZkfwB1Qc0okIVCAxZr9nvQ8cIIxeKoYc2sTEPcXozHZvZsZ4GZda0Q41bxccTNZjDGLDOU5yJ0mZnrb2ztAA0a4oLCbedbjWLsFMBjp4sBv2ejIKJcROB3grlYvVr2MXMm3f3IYO4SkpK6110Gcwt7q4j9O1g9iFCOI390KBWs0kdlwi1gX83pEVrpf8QrGlpMeA9j3GtEw3HwtEE0MYbZ0nJB3byD9HlgCIvdHeUpBnGbBKTrEnQo6Lm9lgjzzG6gjNaulAq1I7eUm0AX07zB9kD0ghrMPXCjhp7YcFlltdJOPLfwwfU8sH8NTfjEsZuBL7HVPxh73tj4Q7gC8L1w1scaf4qemIDw8GswRELXpR9wZf05PkgQs7vwjClhh6oas076fjgSKMZCtmbEsfc46rUQkZkp57rEpiYRxwOSz1Qlrvo1GxjRiNjotTAFKUvXof0r0OYEUXWIiojj7SD6vCsUo8fq3103mWf0auXGtDf443wySyi6SKdZhBpu2MswfUidtWjZxmauqUuYnWB0W0KxqgqOQVYcpSQTCHKEoCWMxE0c2Lg0Z8qYLgpiZa01EMY8Csp7W2tfk1EnS6wQ69PZ3gWNUvCwTMvHFjX6NaxsovxZzZiH7yoCEOQaBRgpNbcjrCj6bBZgC5uSuj8AUc0xPcYuxc2hZvJrp8zdIrGbv0hNKc3htz6ZmsHI8w5ZgiJZgHCaf6N6jwz1Z64p72MNweOEevAAufhtJZvTOS77069YlVfSCHWsxUbjUpE7ncByC45hyxr6XIZ8lx90HwCl9L0CUM4HGApM3k97xjUd8tVp1ZuN7MdZ0L13UXf5cHj9hfXVsCPDxyxPxTljgHioExagzKdK7UZ1PPGSSeiEqqGkESmkx7lAyrMTXh5dc2JSomL5BznXldDks4h1eR952SO8UWchglnQqMIMpPg3S0cVNQMWFq0n8Ue8m19owbBwChFL8D9C0XRHT6vMYvwJPP9a0kBIW5T6OSaL08Kh416LC2A0MV7k6Rx9MbolQh7LptTVWgw2hZxVpDm70GpgpisrvIgOpH0XZ2n2FrijOwdUUC0xZIgtC1CMZpP827ztBj60HOr14x9VyiVQgl1EGDG1XK2ge2Zf0MBA0gbUeP7teoXYrLLCCxAzjTONrzURZe95Sqmq87i7dkPM2OZagCNOS3AaA6H36wyzHAVai4UoOCjLC59O44dAQsGvdy2Pf2ec8qgrVaXk4Yzex0g1Y12epicjyth3z9qiYK6zIc6TV3F6nLT8cQjfDV33w98cSgPg1EhwPweaYJUTqneLbZfD9zQmgZchtRZm85wX7gNirUlywiG16lhZ9hZAB2AtPfcC7pHGCJJF3At1gp2ZicH8RxVoALXKhwEHxJBfYZBmbzspq4vcRom7ROsHaKj6qf0QJIVnMj0vPHFXaadM3G9qb0cFYfFCNQCjkGWwNikNknrq15Ztynsp2fGyAZi5jEu5XP8XgAqpB9i9D4TNQ7WIZ7tVzr33BEKrhVxtAoFD1lFzpg21kGNzzge2Zy6NY3gz9yIJ7XJ0mvQpnBLs20Zj1Idf0dtv9ncxWA6PgTWpgwr0GTA01dDf3x5UYcxCTo2RWtD6953LtZKpQD5ZB9yEMg7488iu5IPbWiCLPWER56ee7IRp7BWGqZ4jjiOI2tm8znGha8qUPHUUXyZyZ4YPR8ZqIcyhZ0gvonx2fgNqj6107f9uGVMsMkKI2ZvscCSxcL18eIjA7o6vK6nZC3hZnK7xI8V800kqtye6sZ51nK2ZuZkjdp4ob1bq28uO33PNzuzRApO0TWzSd1kR8VtaNv2ZJ0MzuFhUwklK1A1y2MrCZcMg7a0UFRgtUpITtbzSQ0Ya2v4SghZ6Dg8NnI5OujmpeLockYFmRij0YRxgWJk25IZAnsYoXpQdUvpwpik1YccTEBVZcZ3E28gUOha32Mq8OKS85Pkfy2vzgqHvO4qyj1mZdJzT1Ub0WqIDqrmaJ2vpQzMa4lDwMuaLIW2PktcqEEPLVXw5oFREZj7JvUT3Kx8zJQMIZ28ysj1zFFm24DV4McIa39DC0yJB853yIWRMZtiU7m6zetXCFQMppTNB3hMtgOJZ3x3m1JAHG1CTHbTcD54TZodzZkH6xKUCbo3fV8afhoEIvIZgDLuHW5s9PAVTwjwfoad92bBKTryXPsL8hshGIaYPGrrIWUyAku3zGUd4tkwbE2lHDihZb3Yb4oUkipwvKi84t98IIVpYgjJY9M2C24ifUKzo2q9u8c3ZhAWbv6aRpkos90YSodheOwFNhofZ0MmUV2z9pOShwGccr3xihl8gAMlyADfjIjQ1MbNu0yqpKKKwn2Cshc9MK2VrJ87ZbZwC6WkgewASejQHjRZAe3GzTHFRRerUC3yXB28a0CqUcD1Q33uNR3DGzpnHgP9k4I8ARkpUERM11VTCF02B3B6lGwB7Gya2SX3UzQgws4Jjya0VB18BBINcSmBFyyg8wZ1mOZmZzg0jsBe105A0djcFZ3TvP2XiZg2mZtt0gYJ4w62gIjpmLD4ROONRBcJrIIjE5EbiL2ttqHwaCZF28XDZETNIeJ9kfhkEthVneGJHtNoO86nBPpLQPpPTPQvsrK4RGhb0TTece4bUMAAJNI8kZgwgfg61i6gP4mAoFLVsbZb18NN725dBpGR6fwn5vYPNRsHdTwOMUal4CnM1rQPOOyNC3UEtEt9UIAz8VH5x3IFjzCvTQ41hHm3coZjtf8bxW44rXdA44KUNMspqNy7EeUcwo4fg2mrZs5AjWhODac162S2l2T1BlZe9Kv4e08X15ZBuOa8QXLP5YtolpSafJxZBMZI15VOKBlRJMY0BbaoZ1HtCNYmF96XizAjft3852blR2mzcEER9OdhlYEgWT5ftRuSUSCz1giS8MqONtiQe1pZCD0Z1Jfic0HAz6MZofZrKcAmUSEjhn8zb0FgQHRCn132Z8hNXkds0mxjSrKdw5OBthWROZiRqYA0x5OCMTi6rwe4SdSGDfUN0lcqqXHGd1aZjk4ef0HyL512vBNqiZksK7sjC3zJ4zw9qhvainQCGs5pesbWvjpg0pZCw5GOFbMNzl3gm5n0knv8Js0M1SZC0wEVUzQNiUnQVsDysUPD3k8u3h15oBl1l4kyjgx9h1M8uE6LQ7ZDuyOzfVER7UTWltcoOKrU8eKkH5DFvRon2GeCisxAIEwaZcGA48ZGD7221MThqSG0IF85itDz0ZB7aIDMiVRf1xx0scE8Z89zkURHNgvoV01eFJZpVHoiP00AR0nNP00NNi9yiBrzZbFlR28NBK5gbe3ry2TThkZ70YWTv8dzZ8ySgasYwfJHn34vyMg8jj0ga6zWf5diCqubUF36Ops8n6Gi5Ustoo95INexRMHCc0kgWfa8mzYqseAxKLBkKF0E2VtkGNLEZFu2ETuSMvQfhiyZI460BuZeRVR5reuFF8yPfa86FNYohLMZkgs1YOVDHiUC2sjUn6i7LF3M6fZhFng5KBieUyoqMWtQQ8GACkolVR5zZ97aacmLFlJ0Oxqh9bKKPsnudXyVm4ZwUyilRJ6s16GZ15FCCSgtE3kTDZxZ8C8MgXmYOype300yDnsZdMZGrEQMPY6NUtr0DS99hBGntNjqj2Id1wmg72lFV4Tii302jQfEOu5sLppm8PfYDk3ZgkcHjNK5NNBXy2PdQHBa3F1AEPHKk4iAHLsgOdorySAierH4Z1SALbILh4HdUYItDmJhMb9hb8MMI39T6mkFdHqFDqisZF7SQshNBzUTo7gKoFMJ5tz2A9Y55c5oTvfcp1MokKdd9sV43M2SDb571BXVc47Pc7GeX8rY1TZyvvv97kOea9Yt2V0QZ1cE07oZlp9QmANzZvvUCymn3hfbqxJn4sw3TllKJSCc6E5ofSmV8aRxkQkgyVezn0RuW8Oeg96RyR8MAVU0j48oNEZFokRayl1LIg0MZqpzP2dAZrnZquJ6dnQbwyDay50EhvyieYKsCyTMzWK06K6JQAeBmoH5Ej4S2hu7KgzlR2CH6P0ZBfzUpV1KahY9CHcRpRQqa2f4OWXKLKSCrBKrFx8JdjmNd08cDLEwx3Z0bSwwwBb3zTV3uA715he7IS2Mn96z4VNk0DDMfEKqWEKZxixsb6WMKv1DZyPdIDGa4b7mJWH2kKd6tBK6QHqoG9HtzSQiweObw7ZD6GaAHaGMgwd5AK1R4IY4gLewF10IgVJWPVa1z1yGifisZi7QELXQpZGHAs5Uc4Ak1cebS17wI50UMgOAZzwQCgKKIdqDCJSxkpgFPEU7PZId8gLS7SJi92Utra8zRHwWiuEJ0ogOU4OH6h5vS8tZ5ztiXTRjkZhBb6IUwplROb4CRoM1dbEo3TaXoNOTsu7sitbSj5oL3lOCkel6PfsvKPhsxOSDpnoD0Zz2j7Yajpv6lnNmcUUjX9dnZmy6lNZg6dU4qI0ZmxB7AJU7WsqjyqOIub3qQZgOP1hj0CIuMxphdHcRr0HQLJS98v1h1gYcMwAlmb1hAOnwsh6yIq5XfJSIJkK49vPPmBEi0IhJR0naYZh8Da3NcyX4n7sc3iwEERjmZnk334TZdEkbo18oIBhHZkkS6CBwfv3AR1HzjTQK6XWqaQ4wzemdspzTJ5rJCszmtr0xmed0bi2QMd4Ul6eXxk5w5yd0nAZbR8P9HG74m74eckPPvy3arSAfszUPLgXIG5H5gzLWhQxD0uBUDp0RUcqDPTq9MFZ2v05JRxv80ee0aJQJX5fhN5rGFZ22F9PnO6EwrnQWtV0NyTeBaz744P3O9LOcPOBKCAyXgPIhV0e7mQ0xuSV4JwA7IqD2Qm27Z8JuGw64OuOMUh19S8Lt04P79itbEKM4hHbc1VwfRLNZrFLZ34zlMqjvTpBZEePwFj7xMXFWhZ5hZhzGvcd2ygOmd2da94Zx9lAYokdymvZ0hcoYKpyNFTaEiapwfCTyPZ7FDUIqhZkE9QoZEu72ZjbozqnOINlneyrDYIDLxFbjhgWuzlRPFix2cDrXDHCpAJ69uZg0AC411oUGiNVKDH6tiDUI68B3DeCm0ERktA0oIoZltEM3fjUcJXIhal5lZA4vymVIg3Q4noxlGwoBLtNS8mdkT2ZcvJWHBL3LPWV7mjq8QRJYt3aTlOnWYacIr5JxM5KhJOb5NqqoWFAOeCrJBXAnG59xl8UuYl9VXRvNxnFzH4ICSaP3ZJBZxJm13k8b9yc1fXMWY4NWbYWZbQDKHxCxNvXQOmuztbPKXK5yWeDlwUjoNDQmWhG4T53hQe7LidpNLF2xKD47ZEj1HZ9OvNGHgd0wVGp0US6QvImSA4Z0R8kcykTelI0N3d7cNyGFkXVjk83Z4afBpZt3YBJD0kZsHQzw3zyqxqu1bEzf4hnq1XRrzFpNoy56qp84dPvfm8eJ5X5oZls5FxeQcnHU85pJo1jnoVsq1NRZzZ3jbHydiuavsy8o1r6Ao00LhMIVBQ5bzqkm9qwRFZdMjQXOoAlOmC5JNyjP8AkRa0nf0XhNuM1ZwJaIJPNnf3LW9aRdoGaQ8Qhs0lzshS5cj4U4qyd0Kn8Aoszl9gwTMZa8oozvY2oxsDzZkQKg6yyZkorJza1p60s6ksGe6SnDS6MUtWoxAQGGgZoPAPfZzwqnZeuCh1iasrIi2mj1FIHPIgjvjX1DIowcCLxI3egS1rUKp2sl1fJl2Ts9gRR05cyiNRkZBbJH4UOnBwjqPOlJZ4pD20fkXJ8SV1UheYfZviSxBcZf616ZxWEbxHvqUpYtteEKjxHe1ZFlZpsElFoahZ6a3umLEcnrqmw2xcqHMMkWoio4UFGAaBk11ZLAuug29uIk5cuNv8URlbVg2q0dbZ4qw77IxEhdfF73kDezkpwSgLXPBs0vA1VGHdnatPCoOccmEOCz2m3vvugssAFTLw7hLc0ewpugW0iO5glotMVAGfrQYjHiJRMjFEh5yMOKTMnzl1srqzMz1YZcF1BAXp1UTTcFb1YEwK2mZemz1aCgKQqb0oeylS3Ocnosic5HiNWdGKWr5kLOfKmf2olN0o92xOqVtOrMm81M5xCZ358mcTwg8otqZxooZgYgGG7Dg05XZe3zinTh5wNDcAAc5BLFsf8xq5IGIxgLwhzVxkfOkX2464pNtX9Wy2I9SN7xw9lhFqz0ooWQpqvjgmxifyyJZIu8K2IZ9BFZCm1Zw1p7C4FQq8fZKapfYxugw6C8X07yMVZmQaeZv4RNiBFC5J2hr2pc14WO94YsF50G7WMZxcIFQjYrmaeRgKb6102NEwsmKZa71Cm6O0atIHxoEe7Y90gWxy5ZJII93xVJYUKnPMWis1J506ubBkke4drSgRI4o8r2jWUVBbY1EtOaZp10Z7BEoZcjWKZa8mE4oQd0R5FUpuPUPgNlOz4bo76mtbkeq8sovGmf6VcgPRz3mcHbCvE4cFbtZfDHl3AQu7ZuWlZ2V31aAjfqxa7gOcYfPq02zm3UuJf0WYZ4utcDJ6VeM8APSC1gOSTSb3sf0G2CSZdwI6299YqT0k5hP8h0zznnt4bxgCHoulwiKkREM2fvtFlophymeBdwXTM5Db6RHd0q6cKy6esAuZGLWu56oO0at34YQWw0rE1ALxesZfOdIhgRo32Jc8umbZ1J3dqBnLpZw0J85hKrMpYXXs4VEJv4Pl443EAM1LRb5ejZDURQc9df5DqznRcOzeqFZIvoHZ2hSmdnyOyf31gThgNu4luQcn7WY2kEtVcLLSgwT6xfKQ1Kuk4h9NMoIBV0QZaTkZLIz5OK3TEBUINMZwGnICEFmUJ5N7GsHQO6pfz8DdA38MyleI42e0vkQ7k0Bb1gSQhgiewWM1pauaDSlA8tHZIpQae14ZdsYBaTFQ34Oc7GZBAftkOQNZgjlNRddgf4KAxozzsDmzOZH3Cjs4AGEip46ak2mIpyRtpOdaiG9l7UtlZC6bvaousiT7BcVLCNqmjxsHw8pDnG4iL8z6RZuGoS6FCWfZiirZatmeGlb7cwcjo7ZDDWv1HuHyZvKqgfkbjGfN45kfyD8507uArsfDoTiaJVGm3jEAasDoBqK8BxYD4jxYAHfklKwVUB8t4hA6GjFJYsNxHIvxQ2qPY6GaeXDq0YEfZGNn1pkucjHIFlDx9WxXUjxOYP3b1uxglth3I0Ac0xcdMaWa2V78azZ1irwD1NwJ0Xc3ol6zxUZpC3IFA1VCGqkaAMOvwJW6Tw4zf8QK9gGPZcmXYn1tUXyRbZlBrQ52TwZorjMH2k6xrn665aOIYlqsY3FRCIJayGiAroSwwAzeapaqkUBNZ3Q7xW000DRWyZuU3xjOUsFAgoEaJ10Mjdzom5VcbQIKuiC5lT9i2QclxMvAaL2OS37x90y0MdlIZfBF2UuWRww87F33QaaSB2F5NVLzuZH3lZ59LtPXJXr2ol9J7f1UFEb33IwBqXZl0jopq03KCwh7q5m8BqHNZ9ConDNjTiSjtEaBdwYTTCvTVXozA88Fh5gNsKpmEZjx5lzPwtA2iWumPwQadmYZGZwslScIkqgjbvCkS85AgFMIz1F6GM8fhfUfEw2BXL5gm0L0S4ITSL2zwkpj5TXw50o4wx9PSSIqFhhcpnl9LYZLjG486V8W4iPthq9EjF3YYZ3UIgOLfzPkS0DULUwqSrkrMVW0zyTeiCrDmX60wKN82sbmgB7pyE8AknO42Lf2Al4xr6kko0c1Cppd0LFdBPxj9OTB1CGUYvnwZmBNTEbqqfSlLhHWWyaG4xk0y1LpghMFMPMglP5oZoK5ZoewaMsAgqsUFJELKq6oMPO5aW5NQgAR23LFF8rCsvXtbpxLaUscn10Cx53gCwyZk8h46L0p5Nqxh94ofJCxWcno0Zd5SwrEZ835zQHSM0s58WC8s9gZrAnZ4ybDbHilzaoI5PzTTTiimW6cadRWiQ5j1q94m0ikoE42C7aBmm6GGLHIvUvpvS5ZqlpDTECHrZFupiibf0q36824gL40cE00gght6z7oWti39YeYuBqBSW1P0f196QzSrD9MQ5ziPxT70pE64W3MYJDBZocTFw8TSiVywQgvlvSQ5NqSUHakg94xH4aucg8v5rxd2PUM0ZKOakjfyAJYXerShdwih60MlleXzIAhW1d4f1TqRLgBZE6TjXeie0G26IRVtEgHZjhtgHbag6XE0F3bAgbdvbaNQSnV58zZvS9ASY11GcP4U6JC9lNgQR7um5RrBG61xyBkobVlprgDeSytlvV3QbAG9iJyWdIawllsqZt5bX34Zsv4LDKaE7T6CgU9mxVQTLK9avN9w06u97D9Sil6rmSivwotou7e28jZpN0eZkBZjJHnlAjNav742mouF1ekaPsENQglhg1Tl8pxoHpDpHJ0V9qZxuE5jzJEL9e00PuuyNrHOFFuWxCTs0IbvNwqeJ90JK1OaZiJejTWCHnvdTWK4fIXEhvWTZ5ERA4IAw1dAEh5fXFBiQMCPT96Ygktlp0DfkG63Fcpo06CbxMEKXLpWGZFNLSL1lAf5ZnZiXfgWHwh6okSN53z0cqqANGvB0dNchThYKNkaxW6BG2zpNLiC5VZASuDRqZCLs2KmDhAoanmxDmEirLglKCFh9k1t8yFCCk1VHxO0QO8kd3h2xCuxEQzRmnoCrxw30bPLfiS7OIpg57SZtOZuubibCLa6GQJNM3AsWGWkWejeGMoS7ycrMnob7EGxoX6uMK0tfsEoWQZaOcbScaEZIQWDFHyQQC4yGQ67EXWJbY71RjxI7uZ8wKFPS6L83QyNuFrMi7r5kwyXRjsLC07ywwG6wP1Y1C3SQlJcd8qt17o8un8mgW0dNhSZDwTLgT0gSpJQj2B2mvnjJM8IiTwVA5tBwKbvjp0D1S8A6tw7UQGPHMi3513GpVSyj7U6BmB8Fx0lugHHg40bJzm12F1eqyfGZgAOSjw5xyjeULSZhX3gI1oYjnjXk4fsyx6g7a0XKIL11ed1HOzdulrin2gkEMhy9iiyltUaUBzRow3TwRBjzxr6ErEO2ftiH7aqgPcfr1tG1dTZ44QZunEEtgtQk3Lkc2BWzJKegkypX0M2gAYPYiqclsS2ARZ8kBsTylbPLZjnWEWcNpZirg2LiNCGj57MGsmYq1EhulVqxJbZxW9X0ZpJ606Qun8TU5FvVdDcO9gmZ2vHJZza8wAGOpunH1tOO65KNeptlm0sG0ZgyAkioQDrGEEAjkZK7h0sY7Wg3tdGQAS1wF4gcy1Wz2aLjd3dG2bZjZ2v3GJnwxGgDTtOV3ox8TOU3SGazMUJYZxjE0czoVPy57Esku0n2pyWT2DHwRGu008lmFdGBxw3SB1QUi2ChBoBZknIZhPZlCcANbbZ5ZbPckS0z3G66G8A0fd63Cd8ZuD9m0pfPD1d82jXGRz7gV7SN42PSJqeJo5AVZ6Tt0V7Pp3tj36sh0ivKeCvaeNCKeHEYkWLZwG76iJjwZG4aK1X79QSN4GYjXGoCxek2Y05UZrjB66HrchDpbXBVfHfTBjpwTH2QPI8ae03ktj37n50ZIbCYHa9yuxwK70drQwZs304oubZBw5Cieb3L7d0kIEHFcgko6siUHLLwQ8oGARN683m3glynMZwqsmHWToCAmslH7vpn1U5LP8S0DS2CV27OaUBUvK70eqykIiloL2wHovviDxUHRhC504yRSERiB1X4xNayMh2ZKa0C2Bn4na3eLT6IGC18JAQKar7ZFjMxSP44X10lOtZf8794WuxR1Z4pZpdUDNzvA9y3AwnZcDO6BY3OMc4chASpG74GcfXmhWnV2bsFu043O9Z0J70T4Fn9uvGxflNVeyyETZuDE3scRhBUhszGKVpPbr6kWl8mhTo5rAWbarhpdjZdqhxDNqhx97wGcTExJuAG7L7seCriUBxXhDVbZwAtB5Ybn2Z837hJe6hmTTj8nEXZcJiQooRWv9i6iJy2MOHdvwEwGAZ6RK8mMAsgIVtKb4I7qDgZHtpIaxKzGBAP26ZdJzYjdwZ49ezenL5XVxYOFqxANhZjeh04hunoE59jE0oyYepqpDYTezZo26v3ggngLwrMwkZgHzw0GEGQPQwIVN8lfANNqU98OOq9J3MFq5TlBuezRx8tVjUDvGO9Q7h3p5nIgXjXBLyo4HHVeKYFi7Nfrg7Q7eY8sd2wuxBawAML1miGg7mNiZa0iNNY6XYpCMKjjwcposvWVZtopzff8sINwp8RrOAjdkqyzgRwr0T78gonGkqjtUjS9tZHaOmvu8T64WH1DOPFpp5S9Y30DPLgX2wIWijMRHMC49s4Yhok4zxFlAdoiZDjjOkmM6ZuieMh4Zo0GO8fNXbpfX92BNpO9axOJLyH94y3u1dmwR7EThOA84uSZeFckgeqDqOfT6BYJuS4SOGsVbibctP3w9i2ccoCsKGdSl2AJTw71u3vmLhxxjPl4gqyVlmFswOyFMuMzU750vdlRgZ9IOE7h2SX4snNve5N8qeBBz6NywBdaKa8Sogs6yws472hY69avmrGTb3N9Y2gwZ3tiIVAuURpG40Z7w5R733FD2KR7S474EZa6nQlGLoHkSpfJfCXexDahJNeDFZ3qbgaILNAwJ8D1SJ8QNxsTzszR4gP6aGnuI81aUiRd4o43Mvqvgj4q4c7Rdn9Z44hbKxUTeG7ZJdKoIUaETFvwiiYDEPTJgyfyQItyD5rSi6FYyUWiu0b20hhTrZda5iu2aP8Dcg3F9wQhODWrORNcoCjRTIZwolZmxYZ65mAUGr33RdrEIsVtOjGHwt3hD17A4Zl2I8e5OjWSOHeCx2P250ZcpuZGCdPU0ZeUj0C5HzqdHDQcddp1ESN3pvqRpiG96wjHXHIoC0sQEfApfQ76ZhQZJQ3Yr0bHcHpiaOfrqJr07wG3v5Jawjm84zfh30yc5UE0wf6pZdPZjiBpCrmq6k7lEOKK5MduCCXeY6a0O730adGFAvhFBZ3IXohqDg7z16Zx5ZxZ0mRb1w1EYZE0F5m6qUOOpmsdRjoVxTxFiSmQgpToAq0wu37yBRkM6jZBUPMdtd2VgMZxx8wDSMyuLksIOGXC3bHqckgKknl658icEWfSvbEWWs1heA2wdIawaYa60yPlB5191lnxio9Wpp9sfK6Vf2veXmcepQueNrsMjgAIkEOVZwIiCPzAnBFw8es3xn3JkKngdv9t4xC2MnFKIY1nvQ2QB80AgNCDlH7CRDcitzfka5qaDAn70mLUITLQWkDwk8ZENwsuZuPqDN95j9ZFFFyWY4aZlOydwdy0LV7ULNw0klxrwWAE4DDgk98qBEWhIMqBEZcL3lGPGMh50LptZyqaA0wbYiPigqM0DZvextWK8k64uQlalbmbn5FFqrpzJzMREA7ineqAsXLCMm1ASvUU10lprzpKvTZ7MdxetNXq4dVygTVo4opHVwLiPYd1q1o65LivSRoDzBo7x28RRD04W3CUsJZGtZ9h7xqNBblZEnHv20a45wToUtBZeaaefNr3ZhaU16JtpEhsOZubSZb7aEMAfKsBCtDVBPABgrU0Ho4q0Z124E4PLk1zTan3WPd3EGKvqQ5v9xL8Grpk1oZbFq1gZCjHSX9PsoyzBxj2o64vTmqOF7gHtJZnNb6eil7GZDDD2GVN5acGiILz16eW48l4ipkaGKMpdEV0B5QLkDXIh4wQsi4AGYOboIZp790g63iSPQ61WCmhhyhDppMorOqE30OzjkUca40CeLpROTC2WdMWQnMjGswjAHc1RUmWZl1fJQKf1OaZKBTe2UiHcAx0jPP4xHUAqNvhdnkznf8LZn8wOZb7Bv1l3grfA5LlYo23MZwmaEzU5w0sZozjD9ptLIVES0huSpFiSAsVtzxBBwHBBKxJBcgnqclPhKMKsB729PyVcKlDrZwzsH4E4ZxLKaLGNORtCrNZG602c29XWVx2czmOWM7bbqKh21UjD7gijIOegZDkZJvh0BEjvwat0saHNKHKCING8OrPL43Au4uIJEjZLw0gunSJQUgXYHP8hbc4UuaSYkIMEwnjihEnkg42lSZBtsUrvvkZkckQa2uZ0Ydwv5Zg2K1H0lr38M74ijer1lClwZDBB58Ph0OBUngyLxu4pfg12ehty5OXjwnRBp4o001HjDndAWD4mPz9jmxKw1EZJ3gvM1q4lNYPDoo12wtZcuxoYGtdhVrPoHbkVIhEjpmH3JzpZEOoSN6ZcAe9t55MatfxolvZ4ROouoGFpNv2fiBZqsQ3TdxdcwnopooZhKn0Oii7QxluR7gYpake4nGSSbQH8nZcwYOuA61ojmyoyWhWuFXRD4zxMlZhaB0IBZ3J0xGLRec13yQPMszWcdSq1kIaBEsFHLigqT6Pi8pbTS6Ha38KKgyh7FVglS7NLSrcH1eocCfqKunlh54faOoq9OlnorDyEvzB3V4xw95QcSWeZ3uqmyrccMzp2tUx3nbxQiFZ6KGcQ4ZdNP3eZmaVnrfhLk4YqDLn5kxq8Zuk6kFHRgDv8MoCXnGwpGh0Dbb3v6dsU1YOq4DaJgZeXVMH5fKpfX6EDrfIDfjxCnw44Kmy5zPmaSXeaGN9acK129XrMoSgPeZ3ABwYawzcDYc9gLZsoGgY6tJmVBaoGjrrVJa4lphzV5e6xq5QkcmYBFqv61EHNRzJdZvVALRTET1gDwt9vkVSZ8l1AtJZmuSZ6xoE4qEqlXxlDkAi6CWUF3rZEdYUkWodZesAChObXnx8s9qozMWaYnKhZm0BShhQM8zy9d615SYfYe1T81ETIUGQ15AbSOTDTvOp1ih7j7emocSEQ0yIZANtflHWCwmfxhsa1EZaNVjacOc6QMKALQ0SPZxt1UF2ZtbLgZsNbZo8dkVD9gFFbM2qj1y7268dH122RyBgWzTKvD95I76ccLsDn1ueS34sxa20YpmksWAbAI1zGhDOXkJrjrNZyse9Hgl06S8A5quWMs5BtwXDBe5h3oAJ2tOhybHPkXMD4IXHvK4MSn4NHaEXRdsZIFj7VIBXD0JcPYxhNP7zN3LBh5yn41KMa3n9doa520vx0ABDJmWORhs3eQyT0f2r2FPNSDElutCAD3puEDs5DkYCpAfAt5kdSVGkMm3rb5ofi7icowPMKyYTKgd7lna2GBsd6XUYzXW2jYSjSSGiH6g66uWKKJYnzH1L7IlEfPq6EhcQFIo2NhykJZKh44H8wPeSRj5S2YOVAv8XB4dtV6szxVg2pNgZ9v60wRTtAiRBISkBbtemBaLp6HWgMU5UyizXLblrjNdipZDcgwoRat8Ivxo21IgEAfdpZhh1kf1CY0ZJqZg0oiAWoC6TL8VZwqXANkutKXccuDt8L1FxkEnJQrZh0yn4re58My6xtDlA0x0O94W99JmGf1RuJ3QVrouuo99XZyYDWKhEd6J81C1Pu2bo7nR098R4jj3Xel7j3cF9nDk2vwyoawrmnwK2WKMSexYcrGb46x71fEfD9ESACsAdOqUMZDg1QW532kEseouPHLu3HIALv5of0qZfFLTZKrjRUZsMBpLPOVTRigBiarVWcxwdr0N5EQepE1OONLW0qwslQBwGNwFdydVbpBz7bMY6ICgDh10QH3QoBMx6b2TbG5E5emtyoNUi3RlkHnCyvxzzmy2w2oChKyWGlzsFatCFILhji2fysg2wSLSp90Wy2QUaRQQ8GkIYCbQWfkNTZAZ8uNQQ0ZfN0NHBr7c99AqDhmhbSleJuym9LJoCJ5q6UAh1ucizZpuytY29I3GWdNNZuoK1cmgxlr3VSUzSXajnAcOFY88wK6gfNToGdIh34ENectBduex1ejo1zp0kYl6qlFUT2wWxnwq0NH04Qa0ZhxIFbCN4O5ZwxB6Q0V2EMIywb2tMQOt0bXq3AI4h07oigsOHxDh07kyEXxvNaL7qnUa30adZ5YNZcu1qIRCIJdzoOfcwBdhuRcKodajcasyAqaNUdqDZdNwaixWDakInRVSrZCNiB1rnAhGAQKzR9KW69CYUX9X1hH2a1YCJKjdbwJ27bUXVPw6lLXNKs00hNojKL2qKZ3ezp04wX1zhhcVEIH6oqhTrYzqaKFCnaV81M667yteZlGzvn3Lf3MeMGGxJ4UCiqx9JYT26wZmr58rJ2n1UXXrN9zcRJKn2ypWwgQqoHyrS3MUXOJB0fGvVkQIiODcOM789ZfNHzQ3Er2QstQv70EHeNez0AHZicccZmLFSvlJZEZfwL8zDbqtV7wSArOkpCbo9nMFI89VQpsg4kqTpaE8t2QRG0PbF2PnYeFIYZgGjHTCw4KqhQi54XvYz0EvWXxbjKHVRBXgMQqAzI4cO91dljd1fjgCOVWJEoNFlkUzWqWgxzy7lZK6bso4pXYG0bHs7NFMWE01J4XPFTszlBFjmyALMdTK2sEfOQnwm6Zbtq1hgyKH3CRACFPWoDIpwvtJpjzNjqeSec1S5cv42P4XJQFo4oczW8Z6Om9fVBTvS4leBFKcXzR7mnmv2sMgppOtloumjBMs8HmDxM5CqkDiiY3hJ2UZu4iTG7FPF49Km5UmyyH9B4xCwjLXHii0fiPc0XSTqfmpZcOvgoZqghDXwB3QysEV8pTTBxv4FtTdzsIWH8DO1Od0f0ZkC7JypCexYY5yplEpZs9g36n6q2DklLRoc2krggEvm49c0TkBe0JDgDGWq2uOheLhgGSQx0e69pOlUMZyYVKTWLw57qDDYypQZK1wzOUtB5fD3QMDX9hfjFxj2SydnwWxGmI1EmnnhURZwbkd4jcB08EtHAkh6XfTkVkpF3cgwEldhLdU9UMJMqTWm3ZIwMZkpqWDtHUrCnasbjYWiA90CZLG7agcbkiMwcZbmkAdgkNwboCyMMdZqC2eisyOd4dCjdnPoTg00vrwur8zHLZ2wjuoPfb3XwfOmYgex07wQnSmY2MVklQUu7yYv48wMd8qMsvOlU58qygT1rHE4g4bIV5Wrk1o9OZ4sbmHgXK7wXW0MSW8K5qZfS2ZGT1xvsPQ7VOT1SpA5MpG7ZJOpPdaLBjidbCVqKmKVXuRtGDtf5FZc1gFR4mT7YbyDsLwttF5xSQKKu4ka8lxOectWrLj3j55DuszoksPrZKLAPgcEgYu0X8zWE5atj9kX1znEZgHc5XM0kOG5TbQ5BpC7S7vUXMK0e7CaYUG8Ofgfbu0ZKZazeOundStbJvPZhPlav1odauhRQaf6VxZcPIGZzMuRUExgADDU4zkNaib9oPBUGl5jTPZIxhoctYkIfE3igo7ozUaIPt4ln379e7GueYnoT2j1vAPnG1NaRYZvK3DzHyPAZI8g02wVZ1dg5w47jw7YhNyyu6yg1dF1q4UZa8G4Nl0ZnoNzixiCUP75xEebRvuwQZyfKLY7Kfo2xF5NfYBp496Ou1nFCrT0aFuQMhNIh23SXdkLZ9fRZcWiecpKGb1ODXSZIPmAs9slV6wdf39Kkm80ZqGFEgs5ska8cu1dj0KU0Xc1vY8lcwxz22HI1ux47vXeouSHh5OhX906iMUaz1EYRI5oBn8uzCwbyCsY2axfoIALkKehr57Wp3baOYj09pYJU3b504LdhMG0InkW99F9wO1zmW6LILRFeD3dfJHu9p0j8caxTKIjgkW1XyQ0Zi21JNdE0R913c0SAxCOhZbj1SFoW6TNswPyHa9ZxRZ5rpQhcJmeqFv839oshQyomWTyqKBzumoN4ZgFhZ2ITUSFwrU8Mqh0xo8nDFFBS3fz90Fe7OH04Dr2efkeTsZl25HYVZEl8231oO1MYS90kuYVAShbPgNR43q25TU9RgIhMxVD5QYxl1ZAy9HcGrdak9eZBginpPTOjpKcEUMVrJsORR2MdEoeAZnSo4wE3bImVaL31kd5exDa5ZdqvZvda0Mi3PgbGXCtlD7BC7kZrbG2U3ouzilliy6ylL2WkbCXg17ZxNZ5hn0NAHEccloUHPEslC8i6YA0fjWbvrid0V2IWieIgKp0pd0NTL7M0wTph30qjI8EKhtAfesj9x3K3WTz1eVZKY0ucnLm0oHoepdCWJBcTgixWMv3TBHbkbFBzvX7Iz6Jaxarmcprh2boM4O5wUSJXywXymw6Qd4BoBlvhSboH43Tb23Pty6dpdpW8CZcIWxM9es2KBiZ00txbZKt1eoQotq4FacZ5EtlL96BHqAl2AvDdSSHCTj0cAdiEV98m87F5VTgcT7e3B91L8o59T0EZ904YB40kt0xqUQMSMIuXTbdFgd9tvZa0LaSlJbILBXfeor4YK2Nd3zfwze1wPIVPHLh1np0ZqoxbWWwqFGqTFHF8AFlhhd1wfKX8RLr3y6b8M7hH11J8mx0gRtIRZ1I9UcRdpZgxAVgZhwM7RZpoSctc04O9lj5k5ATJzMdc3qYIWBsRvsHbqaLYfxlYI9B891kZG3nNCyHxDQt1wFOE1ud1BTJZ1GGAdeHUdlX2so2ZbZK4N3WYKmEYjFN52pb81mxDap98D46FPHlmzvd6apddCwP3sZ2dxWbOB2AZAalbVdgZiLgzZd6Z1cFnxFrQmVFAUJQMI7gwkoVAsBibZjpPqS1yATxZ8tegcEcT4ZduYe9XbKoMbfXW1hvDO73zd0NxVzqzgN0uJ1m40evpMw9eHCFj9mIUMBIKxW5db5kMhGC0leTSSMVrZL6nDsxsuwXjOTi44w1BAIBIx23rYbtZCISeTSk6YANNpF7Mm2fLAscCat3sxxkeM8bVwwMKXZn3LZ1h1Mp2wb6wo9BD4QmjbSP4MAaRJ2R6f7dett6cMFt392gBhu5couq6HyJMK7wN0OW16hqh2DtPaltZl1VIckI5fmkADqvXlyfiTNfaIAF5NRC4KmtOS5V2oTLWGoyhyr5RQ8OKgPnYVF2G6zJDMq3lZytGV2vFkyzbBY2blz6EZw6yYZHI9jgekQWOUj59Z1UMVzZvxAuXVY1KmFJedBcLfMWZLaCPz06s4n468FxPNDEM8pv8Hsa23PTOzxTZCjllpoqIZBBw451LQuX2cQg0o1mZ8rF20Wdes05XBgfBttVgGaBv4hUj9jZcLE74KDZdZC3k60EUyRLiSW8IoA1ByR2CR6HJt0mg9RD2770gsffqZo3qjfERDPmMaAZ8FWdDX9MLevzP8vxH9WAyisLxRtUqZflwzEACbHE0kJNT9whoMGlO1ztarP24FJF2BuR48w45diZ0na33YNh6gJntlCGkFUQnkpUfgjdTILy8zzNXdwS67wQVIbZkMiMlU3OIAEDQihZctH5zMo1JVjBbxsGZ00GQeswZGrxgrq0gW4T2oodH0GqEtEy0 | libHSunicode-transforms-0.3.6-3JG30FzBd0eADSA1qqGAos-ghc8.6.4.so()(64bit) |
| = 0.3.6-alt1:sisyphus+278961.13200.1.3 | ghc8.6.4-unicode-transforms |
نحوه نصب
نصب پکیج rpm ghc8.6.4-unicode-transforms:
sudo apt-get install ghc8.6.4-unicode-transforms-0.3.6-alt1.ppc64le.rpm
فایل ها
| مسیرها |
|---|
| /usr/lib64/ghc-8.6.4/lib/libHSunicode-transforms-0.3.6-3JG30FzBd0eADSA1qqGAos-ghc8.6.4.so |
| /usr/lib64/ghc-8.6.4/package.conf.d/unicode-transforms-0.3.6.conf |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6 |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/ByteString |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/ByteString/UTF8 |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/ByteString/UTF8/Normalize.dyn_hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/ByteString/UTF8/Normalize.hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/ByteString/UTF8/Normalize.p_hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Text |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Text/Normalize.dyn_hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Text/Normalize.hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Text/Normalize.p_hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Internal |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Internal/NormalizeStream.dyn_hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Internal/NormalizeStream.hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Internal/NormalizeStream.p_hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/BitArray.dyn_hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/BitArray.hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/BitArray.p_hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/CombiningClass.dyn_hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/CombiningClass.hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/CombiningClass.p_hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/Compositions.dyn_hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/Compositions.hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/Compositions.p_hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/Decomposable.dyn_hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/Decomposable.hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/Decomposable.p_hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/DecomposableK.dyn_hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/DecomposableK.hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/DecomposableK.p_hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/Decompose.dyn_hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/Decompose.hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/Decompose.p_hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/DecomposeHangul.dyn_hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/DecomposeHangul.hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/DecomposeHangul.p_hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/Decompositions.dyn_hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/Decompositions.hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/Decompositions.p_hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/DecompositionsK.dyn_hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/DecompositionsK.hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/DecompositionsK.p_hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/DecompositionsK2.dyn_hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/DecompositionsK2.hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Properties/DecompositionsK2.p_hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Types.dyn_hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Types.hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/Data/Unicode/Types.p_hi |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/HSunicode-transforms-0.3.6-3JG30FzBd0eADSA1qqGAos.o |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/libHSunicode-transforms-0.3.6-3JG30FzBd0eADSA1qqGAos.a |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/libHSunicode-transforms-0.3.6-3JG30FzBd0eADSA1qqGAos_p.a |
| /usr/lib64/ghc-8.6.4/unicode-transforms-0.3.6/unicode-transforms.pkg |
| /usr/share/doc/ghc8.6.4-unicode-transforms-0.3.6 |
| /usr/share/doc/ghc8.6.4-unicode-transforms-0.3.6/LICENSE |
| /usr/share/doc/ghc8.6.4-unicode-transforms-0.3.6/html |
| /usr/share/doc/ghc8.6.4-unicode-transforms-0.3.6/html/Data-ByteString-UTF8-Normalize.html |
| /usr/share/doc/ghc8.6.4-unicode-transforms-0.3.6/html/Data-Text-Normalize.html |
| /usr/share/doc/ghc8.6.4-unicode-transforms-0.3.6/html/Data-Unicode-Types.html |
| /usr/share/doc/ghc8.6.4-unicode-transforms-0.3.6/html/doc-index.html |
| /usr/share/doc/ghc8.6.4-unicode-transforms-0.3.6/html/haddock-bundle.min.js |
| /usr/share/doc/ghc8.6.4-unicode-transforms-0.3.6/html/hslogo-16.png |
| /usr/share/doc/ghc8.6.4-unicode-transforms-0.3.6/html/index.html |
| /usr/share/doc/ghc8.6.4-unicode-transforms-0.3.6/html/meta.json |
| /usr/share/doc/ghc8.6.4-unicode-transforms-0.3.6/html/minus.gif |
| /usr/share/doc/ghc8.6.4-unicode-transforms-0.3.6/html/ocean.css |
| /usr/share/doc/ghc8.6.4-unicode-transforms-0.3.6/html/plus.gif |
| /usr/share/doc/ghc8.6.4-unicode-transforms-0.3.6/html/quick-jump.css |
| /usr/share/doc/ghc8.6.4-unicode-transforms-0.3.6/html/synopsis.png |
| /usr/share/doc/ghc8.6.4-unicode-transforms-0.3.6/html/unicode-transforms.haddock |
گزارش تغییرات
| تاریخ آخرین تغییر | جزئیات |
|---|---|
| 2020-06-21 |
Spec created by cabal2rpm 0.20_10
|