testcases:
  - name: "testcase 1"
    inputs:
    - 1: kayak
    output:
    - 1 : True
  - name: "testcase 2"
    inputs:
    - 1 : hello
    output: 
    - 1 : False
  - name: "testcase 3"
    inputs:
    - 1: RACEACAR
    output:
    - 1: False
  - name: "testcase 4"
    inputs:
    - 1: A
    output:
    - 1: True
  - name: "testcase 5"
    inputs:
    - 1: ABCDABCD
    output:
    - 1: False
  - name: "testcase 6"
    inputs:
    - 1 : DCBAABCD
    output: 
    - 1 : True
  - name: "testcase 7"
    inputs:
    - 1: ABCBA
    output:
    - 1 : True
  - name: "testcase 1 : Minimum Length and a Palindrome"
    inputs:
     - 1: "A"
    output:
      - 1: true
  - name: "testcase 2 : Minimum Length and a Palindrome"
    inputs:
     - 1: "V"
    output:
      - 1: true
  - name: "testcase 3 : Minimum Length and a Palindrome"
    inputs:
     - 1: "r"
    output:
      - 1: true
  - name: "testcase 4 : Minimum Length and a Palindrome"
    inputs:
     - 1: "p"
    output:
      - 1: true
  - name: "testcase 5 : Minimum Length and a Palindrome"
    inputs:
     - 1: "k"
    output:
      - 1: true
  - name: "testcase 6 : Minimum Length and a Palindrome"
    inputs:
     - 1: "N"
    output:
      - 1: true
  - name: "testcase 7 : Minimum Length and a Palindrome"
    inputs:
     - 1: "c"
    output:
      - 1: true
  - name: "testcase 8 : Minimum Length and a Palindrome"
    inputs:
     - 1: "S"
    output:
      - 1: true
  - name: "testcase 9 : Minimum Length and a Palindrome"
    inputs:
     - 1: "k"
    output:
      - 1: true
  - name: "testcase 10 : Minimum Length and a Palindrome"
    inputs:
     - 1: "O"
    output:
      - 1: true
  - name: "testcase 11 : Minimum Length and a Palindrome"
    inputs:
     - 1: "L"
    output:
      - 1: true
  - name: "testcase 12 : Minimum Length and a Palindrome"
    inputs:
     - 1: "R"
    output:
      - 1: true
  - name: "testcase 13 : Minimum Length and a Palindrome"
    inputs:
     - 1: "9"
    output:
      - 1: true
  - name: "testcase 14 : Minimum Length and a Palindrome"
    inputs:
     - 1: "M"
    output:
      - 1: true
  - name: "testcase 15 : Minimum Length and a Palindrome"
    inputs:
     - 1: "6"
    output:
      - 1: true
  - name: "testcase 16 : Minimum Length and a Palindrome"
    inputs:
     - 1: "B"
    output:
      - 1: true
  - name: "testcase 17 : Minimum Length and a Palindrome"
    inputs:
     - 1: "l"
    output:
      - 1: true
  - name: "testcase 18 : Minimum Length and a Palindrome"
    inputs:
     - 1: "T"
    output:
      - 1: true
  - name: "testcase 19 : Minimum Length and a Palindrome"
    inputs:
     - 1: "z"
    output:
      - 1: true
  - name: "testcase 20 : Minimum Length and a Palindrome"
    inputs:
     - 1: "p"
    output:
      - 1: true
  - name: "testcase 21 : Maximum Length and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 22 : Maximum Length and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 23 : Maximum Length and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 24 : Maximum Length and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 25 : Maximum Length and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 26 : Maximum Length and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 27 : Maximum Length and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 28 : Maximum Length and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 29 : Maximum Length and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 30 : Maximum Length and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 31 : Maximum Length and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 32 : Maximum Length and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 33 : Maximum Length and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 34 : Maximum Length and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 35 : Maximum Length and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 36 : Maximum Length and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 37 : Maximum Length and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 38 : Maximum Length and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 39 : Maximum Length and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 40 : Maximum Length and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 41 : In between Length and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 42 : In between Length and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 43 : In between Length and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 44 : In between Length and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 45 : In between Length and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 46 : In between Length and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 47 : In between Length and a Palindrome"
    inputs:
     - 1: "GmqOwth4BOCdLj8kirGMsVyOlZI5nkmffhKyfu6zJGSjCDAZRy0FrsCpHqttkO6YndqWSIRxlEc0wXbbTGgbWKwZuoMrWdZYKFx8pp8xFKYZdWrMouZwKWbgGTbbXw0cElxRISWqdnY6OkttqHpCsrF0yRZADCjSGJz6ufyKhffmkn5IZlOyVsMGrik8jLdCOB4htwOqmG"
    output:
      - 1: true
  - name: "testcase 48 : In between Length and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 49 : In between Length and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 50 : In between Length and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 51 : In between Length and not a Palindrome"
    inputs:
     - 1: "EMfqTN8F1u5sjR6AGFNQLrOWSVfPtqFfsOhwZwJIjwOxoASGOwyn7mBk132n5l4M4M19BboK8c8ctpzl6MGrCQpNuLD0B8Nu3BgGnUNdgJK5U98ufsnsDQ5c7k8zj0rCtjrsmaqmDn2OnVs2dN2JjvgwwW6jJCtN8gNVSUESSrBeXbZmatd5jGsynXBko6jngWUWVB7fJOpuj72ModQh6WYaJMEllIU2uscHjbxsH1LWm2ACKsP67WQMGYoPoPbBqtrajIYF1E4bpDhvC5JxFRYF3k0ddDbsxMueSIwonADKIdESG34qN84R5qWhCgQlN4u8LSePDfuQXbQbcjbvoDHGggTej9vPPjncHYm4swE5YHTmUF14jppdXY1KDqZLhxcoyfo58SRguwdYvZi9n9UdM9ILQoCAI56eQ7qQbgfOpXcghB3pOqayooAbPMzdQjGisG9HKgXwuLc7RV23fcCz0aZucOtoWChK0BamQ7MUEQTkdgr0ObmGP56hVduQV2XVKBJvZkzNd0SENIfD2CEQpl8iVoGZvfaGubRXoqiJbbouXso4BXB3882eFtHLwGEudwIyXHoUGlO0sQLxAHThROTRtTvXLhjl6k4NQvwoEJ3GFt1McsKa19VkcaWKSou0njNwUhR72re1GrRgVlCbftLN9M5vZ1IDJAvDADQhcTxyCBHxBTyeN0FSduGAlmMjyMUcAxCEJZzLg4B9yhnAjH3a4Ybv63t4D8ND0EGBkjapG7DMQXD704g1veszeK7FdrNBhRlRZClFi8yix2Sqw61x1mfc4ordPsqhxLrhjQP8zTcUJFVbeRQuEUtKbq9EN99Fe1pIjB4CBG6obZvafGstXnGseNQizkyCQDWMdBQcntmXpldRUNa63bPkKYvWGquJqYlytA4WAU0r6M0QaimObTBlAssDH2qSjwy4Nod7uJjDLgA8tRgal9dLH4U1y2SPX8HAZrv75GrSQ8r1hVEH50N56LQTb2eQI71zmJKf298BVYxeBORx3DpF8COSrYsXV201aKeTsVSwxdAs7XRHSu0u4nX4tBZRiqyEIi6nN8kVoKNR21gil3A0i7dwykvTqCoAuyEKSqc2sd4uDlzf6E8MdBD1AmTlvrBB8zRsXVUbrr20P85A7DvVcF5wXTnj61w0hX5oVD4mVqp5vpM2S4wTTFmpQwVCpgP5nsfVqC3bbdd57xOQ0iy4KyrHPA3BrFb9bwErpqAYHxuwsJqQ2L8DEVp1lHZdRaOl7EYkg6KMUyVYpybEIbxMv4ZG3DyTRZTSyTgE8OsHXTZrRJZQUDg6H42WQ6ZBez95p8djdSqEMFgsTzW4fmnfc35Vu69mQHxvnyLYuEf0tLsHi6cI0kyqgo5IFDOFrX3tsh5xaGkgOeK85nsVsrie7gvMH5fbR9L37BLWlWqZXH5xGjcMPUoUqyZXWpbNma5qQEjU9DLMVlxD5O5WTNk4rSuwB7RcmOoOR62O32YNWRjj5ljn0b7JC9Pzr3cHAKH9zn5nVnLB7Lu7L6mD0ZlgXAEseOlN5LrNgH9ZsoXaKtitc4zp2P399iBMp0K1Mxje8eJbW6UegWUszJ6svriyTUigHcZSZzu4axtNpofajtAlHnM2Y6fGO4TS0Uu0dWFWPhhTultcItCU43IlAZ0WmntgZrunS0R9gCuEvgRnpLuMpL1yaDaIyQ4pZZIoicWcH45T6S84rYibsDaiORrqwPMSJdaQaK8WSRxhP5DwELk1xYIZ9ToOhLyjkrHRJMiWEFh2HARNWJFZ4BUrsiHQfPVIfIwOE6LxPI40YyuG970hBn2RwboK4uKBQ612owtaspS6hk40EaPLZ4msTt3JFCtNCATWx3ap3J91Waod6qyMxP94mTXg7tsmeefEoRwScHuhxf2yqkk133nNtgxON8PQxti6XNrda4VzKLJoGZRbYLGKSBdxy8lv7nxDFQ44wWdwvWZFAf3JkGlhYmLQRunlbsgxhlVfFra4KqIch0NthNPJOX0XRKReh0Z6F3TrXiMldr9StT436ahj7nKbruCKYhqlaY5KZq7JftJ3AERcFaiqW0Ugk1o6OSJQh6nJQjVMCqB68uYQgAWtXl47SGoa4wQQ840uOx9X68AceqepcheVijxijutUhhWc1lrD2Kv2IfpH7ZeOy4WegTrpV0qj7P3tHSLmONs2QFscvXKK5uyLYa6HmT2UK8gWcFRqSuUML9a632vJQF1iryeJ2IHbHO6kViTE7AFnmaPnJ6j8TYKzG702K3zrRHDUyJHGqRWYczwak8ABt5mW0Lq5LK2zqEHh4EtNjYvatNZByn1rgA0GkLAE0qVsV62vGtL0cQZifOIID9vqdt2ljNstrvvtjvCgBwOPXxyYhDRe2hmgfR1fK3ArpQJoTCTVSbrq4WeG9yWy4VIGrBRjcc6VKnAMouRjwFsQTtQjexn9XeP5vy09JX61Bsxb5jrZhMi4XSPMlIaBaowtdDjNzOW5sKBGEfgiqoHvg2nnV7tnK5u6Q9PUfycDU9cB3gOCKwVOotvgbmTtKvvYCiOyBKKRryGBRH7QVLTVz8TDjTCQHsG5I0j8bIhoU0fRZRTZcSulz4JqQM6FU40DwKbhJT99177J1QJqHITqrkJls5Za83HYhlOIgsTEeorHIYnpTcnliEllSWYEIir6k7RhdfCOIiHR29T9tm35sh7zCr9KSmcTZKdzY70AyqiQ30CIjp6kxFpzI6tEx9kz71Bv8tofwZ0S4FzYYyLfRXU70x7M6q02mstH5KffYnfXsSmbVKnV4Ry3092WyjeB8KcrQtg0Jh6EB1bln7ZdOkbakWBCMz3PHLazjFTGk6ziCFlu10TNeiB5EMQh27HxY7VyMOfbFFTY0wfeBkZk5oZbCRk1L1V6gyTXSJSFOBPJlI9LiyVGTbosnFa2xz2UUmKwqT0hkAF6vRucBkg2Np0wKASQZbTLBJqYuAldzNdjINKM1Lx9nmVXvGm6WVEY1bMIonzDuClch0lZd8COXgdpdxO9i8ssSYzrhhgv100dmmirjET6yCy4hrWVFui8sersgQBqSjmVn3ABMgWxSZ6pDyC6Ec4rxXQHTedZCNHvspPl9d1IYXI3IUOvxbavXcIvOQgxplPMm4ES58mdku2rd6ZoG2Q75LjglcBmSBy1fhBhy1xSHe0Hm4Cvf76DiHjE8OZQLanHQeXe1vxX5suvkD3n571T8Ams0jMHDcMtLUc5fvs2U31i5WMOI5tSV0wdxBuy1kCJfQIr1HmDVqHqEDqJ6072iDqZ2ikhcHg3TnWLHdnGtwJzccQqMw9YDTdve916Ptx7JlyQuKQTqEgaqYpo4pn18YnYKgJLh3nc7NXtFBNl2U6sWh1RKfp1vwoIN4cY0KXldrol99IkQdWiOhqgzJ3C6kG3SHCblQFHBmkKpx8VuyGBnMdiHd4x43WPOdfD1TIG9RW4G9fjUIXDY08o5cmBG1sKPtNEpEox6esqNiMDNYQYKuUdVDxU4sUK3plGErNyTjFFGLyhzoaQZjncBiK7QxLsdbpB89ZSoWQgp9hytsoEMQvZ09UicJgtRW4nB6ZZOLQR8A7VDyje5KjSjJSahcuK0hvDnw0h64OkNkcYa20ILWfkYSE8KlDaPDvy5Fd3RgMjO95fUDYohKEWWSSTG9LcSO8rf6XUj9lmziFbsiwSkb83WDKPBlDYtlj6IgxO8dJo187dEJ0N73oLSynX5R22RUawVwwVhAFt5ABYSBhvPb5YGNXaabhnMYU86KWEbBzWDr5TTk53bD2rbku0CWAbaB4YGLtd5jGsynXBko6jngWUWVB7fJOpuj72ModQh6WYaJMEllIU2uscHjbxsH1LWm2ACKsP67WQMGYoPoPbBqtrajIYF1E4bpDhvC5JxFRYF3k0ddDbsxMueSIwonADKIdESG34qN84R5qWhCgQlN4u8LSePDfuQXbQbcjbvoDHGggTej9vPPjncHYm4swE5YHTmUF14jppdXY1KDqZLhxcoyfo58SRguwdYvZi9n9UdM9ILQoCAI56eQ7qQbgfOpXcghB3pOqayooAbPMzdQjGisG9HKgXwuLc7RV23fcCz0aZucOtoWChK0BamQ7MUEQTkdgr0ObmGP56hVduQV2XVKBJvZkzNd0SENIfD2CEQpl8iVoGZvfaGubRXoqiJbbouXso4BXB3882eFtHLwGEudwIyXHoUGlO0sQLxAHThROTRtTvXLhjl6k4NQvwoEJ3GFt1McsKa19VkcaWKSou0njNwUhR72re1GrRgVlCbftLN9M5vZ1IDJAvDADQhcTxyCBHxBTyeN0FSduGAlmMjyMUcAxCEJZzLg4B9yhnAjH3a4Ybv63t4D8ND0EGBkjapG7DMQXD704g1veszeK7FdrNBhRlRZClFi8yix2Sqw61x1mfc4ordPsqhxLrhjQP8zTcUJFVbeRQuEUtKbq9EN99Fe1pIjB4CBG6obZvafGstXnGseNQizkyCQDWMdBQcntmXpldRUNa63bPkKYvWGquJqYlytA4WAU0r6M0QaimObTBlAssDH2qSjwy4Nod7uJjDLgA8tRgal9dLH4U1y2SPX8HAZrv75GrSQ8r1hVEH50N56LQTb2eQI71zmJKf298BVYxeBORx3DpF8COSrYsXV201aKeTsVSwxdAs7XRHSu0u4nX4tBZRiqyEIi6nN8kVoKNR21gil3A0i7dwykvTqCoAuyEKSqc2sd4uDlzf6E8MdBD1AmTlvrBB8zRsXVUbrr20P85A7DvVcF5wXTnj61w0hX5oVD4mVqp5vpM2S4wTTFmpQwVCpgP5nsfVqC3bbdd57xOQ0iy4KyrHPA3BrFb9bwErpqAYHxuwsJqQ2L8DEVp1lHZdRaOl7EYkg6KMUyVYpybEIbxMv4ZG3DyTRZTSyTgE8OsHXTZrRJZQUDg6H42WQ6ZBez95p8djdSqEMFgsTzW4fmnfc35Vu69mQHxvnyLYuEf0tLsHi6cI0kyqgo5IFDOFrX3tsh5xaGkgOeK85nsVsrie7gvMH5fbR9L37BLWlWqZXH5xGjcMPUoUqyZXWpbNma5qQEjU9DLMVlxD5O5WTNk4rSuwB7RcmOoOR62O32YNWRjj5ljn0b7JC9Pzr3cHAKH9zn5nVnLB7Lu7L6mD0ZlgXAEseOlN5LrNgH9ZsoXaKtitc4zp2P399iBMp0K1Mxje8eJbW6UegWUszJ6svriyTUigHcZSZzu4axtNpofajtAlHnM2Y6fGO4TS0Uu0dWFWPhhTultcItCU43IlAZ0WmntgZrunS0R9gCuEvgRnpLuMpL1yaDaIyQ4pZZIoicWcH45T6S84rYibsDaiORrqwPMSJdaQaK8WSRxhP5DwELk1xYIZ9ToOhLyjkrHRJMiWEFh2HARNWJFZ4BUrsiHQfPVIfIwOE6LxPI40YyuG970hBn2RwboK4uKBQ612owtaspS6hk40EaPLZ4msTt3JFCtNCATWx3ap3J91Waod6qyMxP94mTXg7tsmeefEoRwScHuhxf2yqkk133nNtgxON8PQxti6XNrda4VzKLJoGZRbYLGKSBdxy8lv7nxDFQ44wWdwvWZFAf3JkGlhYmLQRunlbsgxhlVfFra4KqIch0NthNPJOX0XRKReh0Z6F3TrXiMldr9StT436ahj7nKbruCKYhqlaY5KZq7JftJ3AERcFaiqW0Ugk1o6OSJQh6nJQjVMCqB68uYQgAWtXl47SGoa4wQQ840uOx9X68AceqepcheVijxijutUhhWc1lrD2Kv2IfpH7ZeOy4WegTrpV0qj7P3tHSLmONs2QFscvXKK5uyLYa6HmT2UK8gWcFRqSuUML9a632vJQF1iryeJ2IHbHO6kViTE7AFnmaPnJ6j8TYKzG702K3zrRHDUyJHGqRWYczwak8ABt5mW0Lq5LK2zqEHh4EtNjYvatNZByn1rgA0GkLAE0qVsV62vGtL0cQZifOIID9vqdt2ljNstrvvtjvCgBwOPXxyYhDRe2hmgfR1fK3ArpQJoTCTVSbrq4WeG9yWy4VIGrBRjcc6VKnAMouRjwFsQTtQjexn9XeP5vy09JX61Bsxb5jrZhMi4XSPMlIaBaowtdDjNzOW5sKBGEfgiqoHvg2nnV7tnK5u6Q9PUfycDU9cB3gOCKwVOotvgbmTtKvvYCiOyBKKRryGBRH7QVLTVz8TDjTCQHsG5I0j8bIhoU0fRZRTZcSulz4JqQM6FU40DwKbhJT99177J1QJqHITqrkJls5Za83HYhlOIgsTEeorHIYnpTcnliEllSWYEIir6k7RhdfCOIiHR29T9tm35sh7zCr9KSmcTZKdzY70AyqiQ30CIjp6kxFpzI6tEx9kz71Bv8tofwZ0S4FzYYyLfRXU70x7M6q02mstH5KffYnfXsSmbVKnV4Ry3092WyjeB8KcrQtg0Jh6EB1bln7ZdOkbakWBCMz3PHLazjFTGk6ziCFlu10TNeiB5EMQh27HxY7VyMOfbFFTY0wfeBkZk5oZbCRk1L1V6gyTXSJSFOBPJlI9LiyVGTbosnFa2xz2UUmKwqT0hkAF6vRucBkg2Np0wKASQZbTLBJqYuAldzNdjINKM1Lx9nmVXvGm6WVEY1bMIonzDuClch0lZd8COXgdpdxO9i8ssSYzrhhgv100dmmirjET6yCy4hrWVFui8sersgQBqSjmVn3ABMgWxSZ6pDyC6Ec4rxXQHTedZCNHvspPl9d1IYXI3IUOvxbavXcIvOQgxplPMm4ES58mdku2rd6ZoG2Q75LjglcBmSBy1fhBhy1xSHe0Hm4Cvf76DiHjE8OZQLanHQeXe1vxX5suvkD3n571T8Ams0jMHDcMtLUc5fvs2U31i5WMOI5tSV0wdxBuy1kCJfQIr1HmDVqHqEDqJ6072iDqZ2ikhcHg3TnWLHdnGtwJzccQqMw9YDTdve916Ptx7JlyQuKQTqEgaqYpo4pn18YnYKgJLh3nc7NXtFBNl2U6sWh1RKfp1vwoIN4cY0KXldrol99IkQdWiOhqgzJ3C6kG3SHCblQFHBmkKpx8VuyGBnMdiHd4x43WPOdfD1TIG9RW4G9fjUIXDY08o5cmBG1sKPtNEpEox6esqNiMDNYQYKuUdVDxU4sUK3plGErNyTjFFGLyhzoaQZjncBiK7QxLsdbpB89ZSoWQgp9hytsoEMQvZ09UicJgtRW4nB6ZZOLQR8A7VDyje5KjSjJSahcuK0hvDnw0h64OkNkcYa20ILWfkYSE8KlDaPDvy5Fd3RgMjO95fUDYohKEWWSSTG9LcSO8rf6XUj9lmziFbsiwSkb83WDKPBlDYtlj6IgxO8dJo187dEJ0N73oLSynX5R22RUawVwwVhAFt5ABYSBhvPb5YGNXaabhnMYU86KWEbBzWDr5TTk53bD2rbku0CWAbaB4YG"
    output:
      - 1: false
  - name: "testcase 52 : In between Length and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 53 : In between Length and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 54 : In between Length and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 55 : In between Length and not a Palindrome"
    inputs:
     - 1: "OE9hwyakgKgSvr1L6IYlmjd2hBHqmdJVGJC0QNy2UMyJtlFROIGE1rnIwRCpfTAX4Tji1dC1IKXzK4Lc3J9WD94xQ1ARjTYZgqbn3Bu9pJnjAOAEVpoDLgozM8LVvA9FJ5XsYOlnX0lK799SourWEEdGzYLtaX5R7mckZAdDbJRXAMbFmwUqpEyMdoGlNPwR5auF6hyNciNEa5kFH9oSqd6Q52rKSIh3j67WUMkHe9Z1t5XRErziYillkTuF1htlrUqv5iTKybPckJZ0HFynPQEnrr9lueqw0YYN4nLKYCUxFA1XnAq6C7u0QFyB56V40XBzeoGIRxBMh99hYLqeDAVdTBo65t4UE0oFgoVpSp0xhfyHTKyf2CHo9oTLv73IHBvSnyuBU3MM67kljjpt1hgXmj60tV18gqL8J7boPGiYXZIfacSbq7Xni78KHJ7H3M02dCmbdIW99H0ij6NEHopYhMublTSOlxNaEKRNGz0KGyDzkvGVq0b0Zs3JIDK3kzrkU6hJurSFgbT7NibTdFMFkrVs1BzjCfLSo6fJMWQeO9ReIP6FmIDIQvpalf1ofxAH3ifEewUUMSN5bEqTucIVHiH3it29pxybRt8yytgjtPv2a4qUO2uh083esogjE2p8yQqY90a0LCD0sBrMXDSJGtYaLW87zl5kGFMH2LKasqrLGINY5UWX35cjctJzGj7xhUuvE2Pcu3JpNHLbHkbggio9WK9d2ycDHQjKXibcYSLAazgOo6MQQBiw7VtD8HdfGMA6rXdlqpPNRhQsM9Pd3cPuG1NBHAxFO3AGM2GWchGgmbotjUs9TCRryYX2aVV2Ox1E9PbNdBRmzaDhB66Mruwt2dzjQz9JfMDVMQrAHIVrSLOmbA0i2Bp5U4XQ8Ec9gkkmxty7prBH5wESNYejfZ4kO78TbpKkD8BfH6wqB2i0UH2zCZznnHJEnYcFYcGFmnMaKkBKfqrsZRot024IjMuN3iZu49i1N9N0tXxIRETKeuisVsRyur9NLckjTXw4YFqz2hz116jGf3uF17jRhWXlQ3MRV3hqRemuY6qzbDm50VJNRnsIvMctOMr3vHtxZa78gfdA0yXDA67f91H5OStUj8lxit3rTY2WpdmEszOmLy47hGJ43WvR0CaB6aY3sS7ggXRSdF2ywyyWqSdqKxb39jr0RjZKUGZewpZmYa1wcs74V8oTabGf6lICyxNeVAmvJSTR58gXwaIOK5mqwswocKTq6AEo6GImQpQQ7c634Jg0jhJhf713LLvYECVC1dllAjN8YGGwNGFeBQSl7SfcRcSBtuniy5GEnCnTpziAaA7wiCPBaUM6swdDGBS2YvrwvcSjf1g0kadBC58YFDCbmvWvZzrcL1ejpPrSC04b2lodzSW2FjTXkCTELcXefBNtWyPGUirPIwVnvkS01x3QPdT8B9BUfFzDVTYURm316DLy69nzjg7BRbGKsJw2GXQo149M0ZR3OdLljs5bw79HUVzv6kjznYsqnyvzLEJ3OAgxgNz2guTKVl7h6lvAAN8Ot8E1kkRy2LH4wd4rpPeaowBvFObum7XZkQaJ4Qcu475In5BLDeGHTNEkxMH3Lsu68RfvVdoh20b5IqmRUa68MWIzyhEMi9zY58wtuBpTyL7Q57H5USOBjDJYkgDb2xXdQZSXbcaQGtDdayvCKl2jPBYF2fD129iV7FgnxnUnI3CY9uQPGwr4zKIsdFqozL5u0j1V3Si0jwg5ygThzsD0U5Wnf06Wlz2WDJGInGtGnVVLpJwMmYXaorZyz73WVogFheAx7UBHHJ0H0IH3B65UnTRgK77E5RFDCATDtgjUiJqDVLfkZ5tT6fJ5nxhB4cnn9iXoBX5U6xWTpPuoKfibFd4QtH1RpepXNWTEijgK9wr5qtzswwxrBImVKNeFrh8effcQp1b7T7EzJFmY5n5da8qYVxFcyPYWp8ixAc21N2C3DiggSxD85BJHvIybvV0E1ybifXL2IU6NiEhQkSIXY9Qv10pi5b60CeDUO0dxh8h15SECzgGPujNLOTnpvRWPEKqVgeFpMwejRfg8GQdZJm7PPrZC3ks9zLiTuneED7FmNkXClx8J6pRAyF697S1EDIorKzKXlMlRh4nfuC7vPOSLExRuF6HeUqOGS7ubSLDCUmxp6rfs3JkbpgTHotBiqxnfEHmGAzp7Bnm6t67rAZf2IJtS34Qi0htLMJZeLf1S1ls5lxuL18j11dhQu8sn9YegpfAM0yHfaUL4lwNudnHLaPu3ExEZ3dXBFuoqZE7i7fPPLro168KNCYuA9rbMubAVp73ZCQ6G8JyuHzftGXzpy3umirarB4CQ0jdy6Im3qrBmqjvlsJMMlXj55BmDPDQajMa4cOWZ864B9ONhnpUWD8p3e5th4JvJwlgCUDgCZW4nKcJkGxCB1TjZ15FjDInDjfzCCJ8ixud0kNiWkGNdFDdmTbRK9f5nc311mo1GGSoqwWsuEWABMkYKFtIvmJHqbYR1WSrQ1LZF2j8BmZ6B8h0H0GmurVEPp7O9hlddadcLpDs9oT3OaGKHuOag2j24AdR1ZAEBkAsTCAMspVkG6pdTm5ozL4rEN4p4zebpBMxzz3vzOU6KU9sOyJ0civyk36doBGLDi5jlrLBOCR2KpSi4shyhngh7Y1lxit3rTY2WpdmEszOmLy47hGJ43WvR0CaB6aY3sS7ggXRSdF2ywyyWqSdqKxb39jr0RjZKUGZewpZmYa1wcs74V8oTabGf6lICyxNeVAmvJSTR58gXwaIOK5mqwswocKTq6AEo6GImQpQQ7c634Jg0jhJhf713LLvYECVC1dllAjN8YGGwNGFeBQSl7SfcRcSBtuniy5GEnCnTpziAaA7wiCBaUM6swdDGBS2YvrwvcSjf1g0kadBC58YFDCbmvWvZzrcL1ejpPrSC04b2lodzSW2FjTXkCTELcXefBNtWyPGUirPIwVnvkS01x3QPdT8B9BUfFzDVTYURm316DLy69nzjg7BRbGKsJw2GXQo149M0ZR3OdLljs5bw79HUVzv6kjznYsqnyvzLEJ3OAgxgNz2guTKVl7h6lvAAN8Ot8E1kkRy2LH4wd4rpPeaowBvFObum7XZkQaJ4Qcu475In5BLDeGHTNEkxMH3Lsu68RfvVdoh20b5IqmRUa68MWIzyhEMi9zY58wtuBpTyL7Q57H5USOBjDJYkgDb2xXdQZSXbcaQGtDdayvCKl2jPBYF2fD129iV7FgnxnUnI3CY9uQPGwr4zKIsdFqozL5u0j1V3Si0jwg5ygThzsD0U5Wnf06Wlz2WDJGInGtGnVVLpJwMmYXaorZyz73WVogFheAx7UBHHJ0H0IH3B65UnTRgK77E5RFDCATDtgjUiJqDVLfkZ5tT6fJ5nxhB4cnn9iXoBX5U6xWTpPuoKfibFd4QtH1RpepXNWTEijgK9wr5qtzswwxrBImVKNeFrh8effcQp1b7T7EzJFmY5n5da8qYVxFcyPYWp8ixAc21N2C3DiggSxD85BJHvIybvV0E1ybifXL2IU6NiEhQkSIXY9Qv10pi5b60CeDUO0dxh8h15SECzgGPujNLOTnpvRWPEKqVgeFpMwejRfg8GQdZJm7PPrZC3ks9zLiTuneED7FmNkXClx8J6pRAyF697S1EDIorKzKXlMlRh4nfuC7vPOSLExRuF6HeUqOGS7ubSLDCUmxp6rfs3JkbpgTHotBiqxnfEHmGAzp7Bnm6t67rAZf2IJtS34Qi0htLMJZeLf1S1ls5lxuL18j11dhQu8sn9YegpfAM0yHfaUL4lwNudnHLaPu3ExEZ3dXBFuoqZE7i7fPPLro168KNCYuA9rbMubAVp73ZCQ6G8JyuHzftGXzpy3umirarB4CQ0jdy6Im3qrBmqjvlsJMMlXj55BmDPDQajMa4cOWZ864B9ONhnpUWD8p3e5th4JvJwlgCUDgCZW4nKcJkGxCB1TjZ15FjDInDjfzCCJ8ixud0kNiWkGNdFDdmTbRK9f5nc311mo1GGSoqwWsuEWABMkYKFtIvmJHqbYR1WSrQ1LZF2j8BmZ6B8h0H0GmurVEPp7O9hlddadcLpDs9oT3OaGKHuOag2j24AdR1ZAEBkAsTCAMspVkG6pdTm5ozL4rEN4p4zebpBMxzz3vzOU6KU9sOyJ0civyk36doBGLDi5jlrLBOCR2KpSi4shyhngh7Y1"
    output:
      - 1: false
  - name: "testcase 56 : In between Length and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 57 : In between Length and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 58 : In between Length and not a Palindrome"
    inputs:
     - 1: "COk7Kbjd4mWSJISGfk769XaE2yqKOzolkf4JXCkDR2gZ6DPrVt8h6iJRfZez9tEtsQ7U4GXdortsoxzWxjBe0O7QvX8XqjnRoeuXPaIhjhnHXS6RCITysHK0Axn6UCydnidgjarpbUZ9jnVXUAptPm9JQ7wFRY0XyU8vNQxorCGf2RNi4uXc2MimmirbrtKef3jo71fOAO2RQn1TqIpWboPfQhVS0aGMiIDNViAvyO4JPKGNqHWBI4hTG3Vd3vxYOv9fXahrTy3BP435sXf6KcQ3H29G75NocerUzjiSEeROwJe8mU4sRS3OaFDENk5vlCMv99h1eLDWsHh1Y0mLXTyrGLtrzw7ylbmmiEpRkSgxlpeVS5JDjmQx5Ob2sObzCNlOQmsLDfK2rLipLwu80oU43JTW46B2ON04zSZ244rmJL1e8t3QYk7E9X2tmaoDo35ST32EZUixa4c7fxSspg9ahLG4CTsNyRUJDf7XKihrFUW3r0grJSnb1uMZP4Bp650lIuNdwm9hlZ6XnqJa5olbm6iAautHxdx2ctxYh0O5T3taevEYxzQEJ4norv15vRWtyHM6lgb6IAEwL9uEG1lf3hdOVfQRKZnmEZTXgaPq342aPIEJEzCbYpz9uMbL50yrzZtrK01Eu0WWscVFLp3K3yV7V9cowyke6ZCcznU3BitVy5h32scCaEjgL7lb6Gkv3YnhuWBojE87zeTSrMn1aqmZyv0Qt9ivuJMGb4rHQhdOYz2VFAWkUlf1vy8ZtOMuSm5fUkk30g45WEXTGWHpaEQvqNdDTIAMEyJip3Hyh6sU5Z9a8mEF9u1w0blhwGRW5VwXbyYShPqebLRuVngELBcOcknLTvn9j8RZP16tD9uRlJxP7yuZEGuGPZ4VFpRJkjGELwSrua0SwDBdkHzaZ9eme6OLksHs8c6PP6UZzoV6paAfsWTNOB7OfastFgmSEbubXufhftUXa74tRLMaYKkdeyl6sk017BGabi9ODTzAhCzp6St7vTUJaAnnZeGXe6oGNHd0uDxfpKq5P2TmdiKwlaxxszSaAG0ziwwNjkAjamInhogc2eGPGrBWDLnFFh308F4RKMZNzplE0mPzpuBLScFnSJi8wuaMj3n8sGoXh6Pwop4oR2sYjxIogxDPRALfVWadpjBhKIFSIXqddLMT5ff7biXtT6fSOiv3XqYuBRkLH1KrzUYZkpgiI76mOs90sDOUU0bzI1YRW7aCfiS6TSP3w3Fn8cowFerVSRDAAfQ6Yk1ZA49ym9e50lqwRsl3G0TQOgKSkmKM1GcxAg4uUd34riUJFUeX6JS3GtkFUg6Xn5AHnXfdwKM7DppFVQjoTasW7UHcJYrb3OWS7kr4UVnYRI3telPbu8hMqfcygdWQoLYRfof9wMFniasIYRVnPoAeOfmdErXoXUQj7aVD9unglfZm28FS1FMWVIDS8XgEd0ivJxrqQN2bIIV99l1BtoHmwe5mYD8Hwu40bwrhIZhQsVjc35OopnPYfDWiGRhpKnpjVOaDMucRs6Fqg2RutrWjEuXEGDlfYHufY9AIrGGvWcLIoiJPF0ahxJBv22jnb8ntvCV0Q1XfwEENRyl1nRa1J7Ix5DDC0T3dgekFEKm0S1AcNi4ufNYEMpIWTwOsED8K55eBuqicYAbnHHihvhiByu9wyWsDpYh5Abhq26TwZMpLMpygcdtqTU4Lku1o2okWcYK3WKZLhMCSCXLySfsGwwALgfHiSImJBKIlEfQS7LwRLuNzeMh8azAIizA0NtFYnzRoXv5rSDjboyBrnH4uAylN7jMcX54Owi5EkUKqgxQttkOxDDeScs68vlxWn1rB7x9D7Eqz4jHnMfgsV5gdhSyi1yhYFwXTI53lCC8y5j4PpAxTKDaRbAMOLPQPKSkQymUd5Ikl4h430RwLtIVA97r246csODdnRk14pIUDVdFAoKIv5KvicL5Hs9pPSUrnSVLOm8M0BOzyaF6kPVCP84Y2hRPis2Xq5yPFWb0l3nDDv09wOdAZQaMF88wtcx4DdQJghlQEVAv4q1ZaBEkNXGZezjOaCO5vkshhu4LmDlDMEopjV65QDdeK28Maku3YQ2rTroNhRD8cLjWgaNdH0dtDiPdXGRpzkBNlnlfGCI33aU6STSUByTetZ3aQB1YVF9j5T0KBX7NHjpXgEi9ovdYghFZNnwjrPyndVAvBhRDsf7WdTqqZcdCaiiogOsgfKfExR9CmDrBaBGc8sPdZ8xksizlYwbzEDQPS07Vie8CWcktsQ2XFbYgXgVtUHrEDT42drLp3Nfa69HonktoqH5gfy9ifAJsJbcyO6kn9KCQ8SsKey6yvsIYj7Snao7kYi0qDSlwmu4r4QrfbtylxY7G1Pa14CQmU7qwdSa93Ujy7gz4JtYKHBBhvftB1dHc2coMZbVlyeMT3RV2YqFJ8tC9DlbHd7qMAW8pZF0XlGW6ThIHXJpl43vQ0i4AZt54z36aglBM50LUt6b3s06ItsVYj4oOdMhdM3aGTGy4mFBanoHxrI56NyUASCOiKHitGD4s8zzqaJotedVfwecCQy5D4Wcj7FLm7McquyFL94ekURVZORZiAAhhKQeREZgPseuyjkO0bflLloPDZr98M0bEvrhJIijNsQbB3jwVlmUjkXB6tDAaHZmIoNHB5O3DiTLAz0vgYJsfNBGCdaHrpDcPLr5BJOiMhwFcUzcTht9bVtnsCJwrnsuHl3RayFa6moskYoyawwkHKMEzd99Z38G8Xvdkw0YQWmSvqnp0ceO3rKMPhf23Qg9cmKK11GilAAXDjnAOZ6rLnKjR7DrD8b6ZI7Si9e34G9Rv0k8kSpZ8alO8PONZ8WIPcODLgPgQRqdxSSta9TkwX1HSlidou6yi4WTJhOK49l3Z78BOsXAC4QvJE4OfnIVjsQ6J7P1aWNscibALLuQ1U32DtStHlwfEKBiZnnghL20Q26FriHN73ipDLCVoAH5xvwesEB1tr5nngnGAMgk25IkeTSrMn1aqmZyv0Qt9ivuJMGb4rHQhdOYz2VFAWkUlf1vy8ZtOMuSm5fUkk30g45WEXTGWHpaEQvqNdDTIAMEyJip3Hyh6sU5Z9a8mEF9u1w0blhwGRW5VwXbyYShPqebLRuVngELBcOcknLTvn9j8RZP16tD9uRlJxP7yuZEGuGPZ4VFpRJkjGELwSrua0SwDBdkHzaZ9eme6OLksHs8c6PP6UZzoV6paAfsWTNOB7OfastFgmSEbubXufhftUXa74tRLMaYKkdeyl6sk017BGabi9ODTzAhCzp6St7vTUJaAnnZeGXe6oGNHd0uDxfpKq5P2TmdiKwlaxxszSaAG0ziwwNjkAjamInhogc2eGPGrBWDLnFFh308F4RKMZNzplE0mPzpuBLScFnSJi8wuaMj3n8sGoXh6Pwop4oR2sYjxIogxDPRALfVWadpjBhKIFSIXqddLMT5ff7biXtT6fSOiv3XqYuBRkLH1KrzUYZkpgiI76mOs90sDOUU0bzI1YRW7aCfiS6TSP3w3Fn8cowFerVSRDAAfQ6Yk1ZA49ym9e50lqwRsl3G0TQOgKSkmKM1GcxAg4uUd34riUJFUeX6JS3GtkFUg6Xn5AHnXfdwKM7DppFVQjoTasW7UHcJYrb3OWS7kr4UVnYRI3telPbu8hMqfcygdWQoLYRfof9wMFniasIYRVnPoAeOfmdErXoXUQj7aVD9unglfZm28FS1FMWVIDS8XgEd0ivJxrqQN2bIIV99l1BtoHmwe5mYD8Hwu40bwrhIZhQsVjc35OopnPYfDWiGRhpKnpjVOaDMucRs6Fqg2RutrWjEuXEGDlfYHufY9AIrGGvWcLIoiJPF0ahxJBv22jnb8ntvCV0Q1XfwEENRyl1nRa1J7Ix5DDC0T3dgekFEKm0S1AcNi4ufNYEMpIWTwOsED8K55eBuqicYAbnHHihvhiByu9wyWsDpYh5Abhq26TwZMpLMpygcdtqTU4Lku1o2okWcYK3WKZLhMCSCXLySfsGwwALgfHiSImJBKIlEfQS7LwRLuNzeMh8azAIizA0NtFYnzRoXv5rSDjboyBrnH4uAylN7jMcX54Owi5EkUKqgxQttkOxDDeScs68vlxWn1rB7x9D7Eqz4jHnMfgsV5gdhSyi1yhYFwXTI53lCC8y5j4PpAxTKDaRbAMOLPQPKSkQymUd5Ikl4h430RwLtIVA97r246csODdnRk14pIUDVdFAoKIv5KvicL5Hs9pPSUrnSVLOm8M0BOzyaF6kPVCP84Y2hRPis2Xq5yPFWb0l3nDDv09wOdAZQaMF88wtcx4DdQJghlQEVAv4q1ZaBEkNXGZezjOaCO5vkshhu4LmDlDMEopjV65QDdeK28Maku3YQ2rTroNhRD8cLjWgaNdH0dtDiPdXGRpzkBNlnlfGCI33aU6STSUByTetZ3aQB1YVF9j5T0KBX7NHjpXgEi9ovdYghFZNnwjrPyndVAvBhRDsf7WdTqqZcdCaiiogOsgfKfExR9CmDrBaBGc8sPdZ8xksizlYwbzEDQPS07Vie8CWcktsQ2XFbYgXgVtUHrEDT42drLp3Nfa69HonktoqH5gfy9ifAJsJbcyO6kn9KCQ8SsKey6yvsIYj7Snao7kYi0qDSlwmu4r4QrfbtylxY7G1Pa14CQmU7qwdSa93Ujy7gz4JtYKHBBhvftB1dHc2coMZbVlyeMT3RV2YqFJ8tC9DlbHd7qMAW8pZF0XlGW6ThIHXJpl43vQ0i4AZt54z36aglBM50LUt6b3s06ItsVYj4oOdMhdM3aGTGy4mFBanoHxrI56NyUASCOiKHitGD4s8zzqaJotedVfwecCQy5D4Wcj7FLm7McquyFL94ekURVZORZiAAhhKQeREZgPseuyjkO0bflLloPDZr98M0bEvrhJIijNsQbB3jwVlmUjkXB6tDAaHZmIoNHB5O3DiTLAz0vgYJsfNBGCdaHrpDcPLr5BJOiMhwFcUzcTht9bVtnsCJwrnsuHl3RayFa6moskYoyawwkHKMEzd99Z38G8Xvdkw0YQWmSvqnp0ceO3rKMPhf23Qg9cmKK11GilAAXDjnAOZ6rLnKjR7DrD8b6ZI7Si9e34G9Rv0k8kSpZ8alO8PONZ8WIPcODLgPgQRqdxSSta9TkwX1HSlidou6yi4WTJhOK49l3Z78BOsXAC4QvJE4OfnIVjsQ6J7P1aWNscibALLuQ1U32DtStHlwfEKBiZnnghL20Q26FriHN73ipDLCVoAH5xvwesEB1tr5nngnGAMgk25I"
    output:
      - 1: false
  - name: "testcase 59 : In between Length and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 60 : In between Length and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 61 : Even length string and a Palindrome"
    inputs:
     - 1: "GNpe0M2761rPPb9voDRnWnPIkdiIP4JL2OPdqEueP5CcilRMCaDy0koZyjrCXyanlgUPoJJFX3qtKeYQ1t8FBzM9U1xtLRy1FEbgmDIZHisw08m8Ml0tHuEFGkLed83WWo4OljW1wU5YU3n5CcHuD1UMs2Tbktg57CKEiyv3WRxsKIKc3PkoFy7hNl3ziYd9rzpm41wSos0yLdObB60XjQTHNbKZeHAcHUMO80h5jnCAfWYwHF5GAuv6jRC8jMo5oLnPbiwpRE284YX89xPyGMMKwhfoQmVNGw92AYDRwISTP4zL5NH64GaNQn1EQt87ERWTnGAbsgCsAlEuGKVy97dFR9NEuIisPwMvkFmmsA5wppFCVJ2qESLMMZnJrd1BFyEbqjvXg9VLFDG5jnF9eYojqF4PW1L8emTAbMkcEsGVFwp2AkNlEuNmUFsRBUx9eoEhsVy6PGQP6mpBLEBdAX9bU28mdH2HEw5CW6FpcWouI5b5vw7EaiRlNcCa3lXE4S6aakfvsoyKjGVE88FcLIQb3Sr6xFhaZFJZujyr1ova5Gyynzwfn1WciEmBgtGFASR3SCGHZc6FPndkfYRbnRIz5hU1moPjhF6SyMdQLyTrC7f0qnR2b7RqqiJyRenbKNvIzHHgMYiklNRJVFftzp7lFpAWQtsE20xfZvbYoLzqiknuFjSLqJ8UypgHpShMh4zietMjlYsXhGjB76zUwtAczdPo9pa47EhF5FgOui4S7Z6N5CAsPDhlb1UpKTyMur0f3hoZ5FjadzRWYfaN4x9py3tXdZWTckwgxp36pJ8Pm2GdQ1Tjc1mqoL4SQlebjJWlKNC50UtIx5tws1bN0bKyzxQFyhCxwmMRwsicIemGB4fFuDWOQnOryIOGaEcRjwLgLlGcOY3HpBJxZgYEvfsYCsGfgvUGDnHX60SywG0Gc64TUqyzgEqz0auj9gjNfsVeLsg1qAJ1IMtQ7J9yMNWVjuMAVCqQS3TieiA1KDi3XRenhuhS3kGekMdbfg3U6H77FXrAc8nSNGz5WWiqggQj612JRmmAydnXJaPjPgPm3AIgubfSmOnfrVExF20FPNOOujnWwkY6DLLpwmYwhfXhUvZkg8QXS2881yGSWeMjeMumDUECIWd8uohTETKqjWlcWTtCddj7RW45GgYuhcGlGBiqGnfnZpiQ7Q5k4nLinvX4Fi9XdMZ6WjGLmfVUVz8IJgg3P0ZhOf9Ob2XIGQRuilBO6ttBtrve6eFWwmoAcTljGNum8Bjk1018p7uww1HvjpYKeyrmJRl4IejXhXfAVqVxh1UToDf8u34SyRVYWV2VK6qCzvfv445MJmFiAcjVUcrg8KYwpk9tJBIZTorBhggH3ZakLPtAfarBzHoJWVwiWrlxnePb7LNeNPbEcSqYln8eafXutVn8loxLYQxpu23hkRcLhCir9mioTMR599ikFyVLttkcgrmrIfnhKtyPXMHpfAn4eF2u4fVuXpQtvhyfUe2HHHP4e4mbeK7OS7JbtEcM6IXiE4x57HJMoeVI87NtlivGkDIfSFfGBja3czQuCDkuggr8vX9wVbmva9TLteuCHwAUFyO0ei4k82iskLTDi6NBKjv4BOeCcveoi38CFbwUv3jX1c1NDCSUBmJZSGziMlSVnMhHEOGr4uJZBmz3OCh6zm5Tial7Dcvj7HieN2Jl23Qclhnd7lqXlFJFdGIvWCi5UXcv2K2nZPpDn4hd54oBefB0T48ObiQgpeZsVKxWi6jUQ9FmAhg8ZJ5zB2npIq5WrfT7HuhYnFKLG2Md7eaXM0iwn6vd0WDgjSVU1oO9Zx7hZP883IAQzIMveLrlE5vzLsSKr3V8MbNKbtok6RkNC774NMKXh7Y2iMTaaOUtzmAwScBnG1IO6sPtOQe1O6fz43Xc2vlhfT7jGLlne95BCEKTw29kueLuyb4khc8bTEPIjE27w8lFVKIfDdyBwrl2mlTPYbtQGNMoWnv7cTwBTcJObxFnlwqhbyb97biIQydh8NgdhaQ464vJWDQVOmhkFbDQWes8YmUdO2ZyjXsQnGchgRgHr4rni9c00rzZLcneoaJJK2S1zTFe9Z2ENfx8eFLOnxAaqOffS2I5PhUXADxA8uvqG2PrWeYXupTNkBuvWKG9UtbaGAv58EVLMOTg4brGujxi06iXiJBOueuEUc7FqZJcTYJV1ywj37psF6B8sM1idFo2TExYxbF2ub70DLwXjCsDbmW4YBHiuHcNj8qZzilckgt8UCcf0mrgWcfzjXBYtVixl5A2DsfNVO5xdMZaMPdN35CRO1MKbnRW3cC1dhkXtn4HQUMyxxhF65b9PslY7vVNX2tyflUeY8ZhF3eh3wA57sUlbM4GXPAWKIaECezJT2Y4hoFl27bDT3zkUPRgqvG09r74H2zcOTTNDy52qyVacrErzBEWJZLgdrh9d0MbHNJj8EOYzHGEx0wraYHmG84fES3NSBUwISNtHYdgiX3U1qChumqZ2N14qxRpl13UlVpM8mbfpVjA1zJyzoJFn4miWbwOnb6bLUbs0xZcPWKDaBI3xr9b89rmo90X290hqzUEfIjoU6CSh6ceROqKKk4YPTntU8rbltaOpQvQCNhXC2hoK5iGCuFTuJMSLJFIMdlOAsmUkO5xYVPciO5rIa4epFsi69i2C5HKrGvLB2M6uPViyM2pNiAHFA75Wq40puMdv9c6hixvpEvlmxO9X3qVvSLmhAezA65z0djmT0q0Q3FucbLQXwsgAFXjc1XINZnT6scorqsdct4lnK7Gb9cDqpNUz3jcSAVBEhsqeaqU5QIgISJxaKZTFwy2HtlpZbMhArOh88VETlWzN7S1gqQiGnfqubNzHw5nijx2rvJxroLmVbuC2vId8gWaUjDmfL38ba0IHQW2nlneBpNYmK6AFv2tjhdvCD1lLaHDgGC8drfR3UdO8A057KpgpB5zJgWanc6pHj0w3yRvJM08QhlKOfOu4ZWiQfcMMUMh8tLj1S3ajouUpZQ061uGQxxHndbmIKjMm5GSXl44c4uPHZrMf2YMAm6juxLywGQ9Qg0BkmtiEprLyzguWY4O5p6FIdHfWvWPUHHHrCtVxnJA1GUMS0Eix8s1c8kn9wbGfyvXQHzVuvCPhv1wQo6X96iM9A9A3uHYnJdoXoko4RHiga3UV1I3Sck6UZXvRsIODqCEWl3noa5P8mbsuTu7lpSqYmm9G62U3NTFBdafMgVDgkZNuA0tBEd7XMKH0KKlCPSVjMmxFUHDy45eLcF7zYTt9nWDbwWjfXszxRUfnRICWYxLMI07n3mDSzDREUnem0YdhKE45eZtOo5lMJo4bCWDyRnxZumglBnkQBP5zNMflK2OwHIeaUAxWFnihqASvPC5JXqBG4mUbgkZmL4WeXLgj9WPQ7UgBY0e5eizaQtMop9koOOcDFRTCp6VtpNPCcb3Q6oqQ4TcP4sJsskS4d23VrodXcvL2IDyGUDPePyPtkUYJWyA81dDzGznZ3XooZgamJvbwMwTCRgb5h3RdBIvR76j43itumAy6D0b7JUuvojapCBBAwC4Rvt8KerJKmcw5d6echsyPnluQmNUqgFMDu0u9ubWS2DjecQGsVjWalXjXw3Nh3EmsJd48Bm2cPUnvPh1Lzo0AppscqhKqLj2Cvkv2Eb48yOl0OmtFqjTxdKMiZkAY4TtX0HzRSakraqSJ3svae9Wmg2UX3XtL93InQzhhzQnI39LtX3XU2gmW9eavs3JSqarkaSRzH0XtT4YAkZiMKdxTjqFtmO0lOy84bE2vkvC2jLqKhqcsppA0ozL1hPvnUPc2mB84dJsmE3hN3wXjXlaWjVsGQcejD2SWbu9u0uDMFgqUNmQulnPyshce6d5wcmKJreK8tvR4CwABBCpajovuUJ7b0D6yAmuti34j67RvIBdR3h5bgRCTwMwbvJmagZooX3ZnzGzDd18AyWJYUktPyPePDUGyDI2LvcXdorV32d4SkssJs4PcT4Qqo6Q3bcCPNptV6pCTRFDcOOok9poMtQazie5e0YBgU7QPW9jgLXeW4LmZkgbUm4GBqXJ5CPvSAqhinFWxAUaeIHwO2KlfMNz5PBQknBlgmuZxnRyDWCb4oJMl5oOtZe54EKhdY0menUERDzSDm3n70IMLxYWCIRnfURxzsXfjWwbDWn9tTYz7FcLe54yDHUFxmMjVSPClKK0HKMX7dEBt0AuNZkgDVgMfadBFTN3U26G9mmYqSpl7uTusbm8P5aon3lWECqDOIsRvXZU6kcS3I1VU3agiHR4okoXodJnYHu3A9A9Mi69X6oQw1vhPCvuVzHQXvyfGbw9nk8c1s8xiE0SMUG1AJnxVtCrHHHUPWvWfHdIF6p5O4YWugzyLrpEitmkB0gQ9QGwyLxuj6mAMY2fMrZHPu4c44lXSG5mMjKImbdnHxxQGu160QZpUuoja3S1jLt8hMUMMcfQiWZ4uOfOKlhQ80MJvRy3w0jHp6cnaWgJz5BpgpK750A8OdU3Rfrd8CGgDHaLl1DCvdhjt2vFA6KmYNpBenln2WQHI0ab83LfmDjUaWg8dIv2CubVmLorxJvr2xjin5wHzNbuqfnGiQqg1S7NzWlTEV88hOrAhMbZpltH2ywFTZKaxJSIgIQ5UqaeqshEBVAScj3zUNpqDc9bG7Knl4tcdsqrocs6TnZNIX1cjXFAgswXQLbcuF3Q0q0Tmjd0z56AzeAhmLSvVq3X9OxmlvEpvxih6c9vdMup04qW57AFHAiNp2MyiVPu6M2BLvGrKH5C2i96isFpe4aIr5OicPVYx5OkUmsAOldMIFJLSMJuTFuCGi5Koh2CXhNCQvQpOatlbr8UtnTPY4kKKqORec6hSC6UojIfEUzqh092X09omr98b9rx3IBaDKWPcZx0sbULb6bnOwbWim4nFJozyJz1AjVpfbm8MpVlU31lpRxq41N2ZqmuhCq1U3XigdYHtNSIwUBSN3SEf48GmHYarw0xEGHzYOE8jJNHbM0d9hrdgLZJWEBzrErcaVyq25yDNTTOcz2H47r90GvqgRPUkz3TDb72lFoh4Y2TJzeCEaIKWAPXG4MblUs75Aw3he3FhZ8YeUlfyt2XNVv7YlsP9b56FhxxyMUQH4ntXkhd1Cc3WRnbKM1ORC53NdPMaZMdx5OVNfsD2A5lxiVtYBXjzfcWgrm0fcCU8tgkclizZq8jNcHuiHBY4WmbDsCjXwLD07bu2FbxYxET2oFdi1Ms8B6Fsp73jwy1VJYTcJZqF7cUEueuOBJiXi60ixjuGrb4gTOMLVE85vAGabtU9GKWvuBkNTpuXYeWrP2Gqvu8AxDAXUhP5I2SffOqaAxnOLFe8xfNE2Z9eFTz1S2KJJaoencLZzr00c9inr4rHgRghcGnQsXjyZ2OdUmY8seWQDbFkhmOVQDWJv464QahdgN8hdyQIib79bybhqwlnFxbOJcTBwTc7vnWoMNGQtbYPTlm2lrwBydDfIKVFl8w72EjIPETb8chk4byuLeuk92wTKECB59enlLGj7Tfhlv2cX34zf6O1eQOtPs6OI1GnBcSwAmztUOaaTMi2Y7hXKMN477CNkR6kotbKNbM8V3rKSsLzv5ElrLevMIzQAI388PZh7xZ9Oo1UVSjgDW0dv6nwi0MXae7dM2GLKFnYhuH7TfrW5qIpn2Bz5JZ8ghAmF9QUj6iWxKVsZepgQibO84T0BfeBo45dh4nDpPZn2K2vcXU5iCWvIGdFJFlXql7dnhlcQ32lJ2NeiH7jvcD7laiT5mz6hCO3zmBZJu4rGOEHhMnVSlMizGSZJmBUSCDN1c1Xj3vUwbFC83ioevcCeOB4vjKBN6iDTLksi28k4ie0OyFUAwHCuetLT9avmbVw9Xv8rggukDCuQzc3ajBGfFSfIDkGviltN78IVeoMJH75x4EiXI6McEtbJ7SO7Kebm4e4PHHH2eUfyhvtQpXuVf4u2Fe4nAfpHMXPytKhnfIrmrgckttLVyFki995RMToim9riChLcRkh32upxQYLxol8nVtuXfae8nlYqScEbPNeNL7bPenxlrWiwVWJoHzBrafAtPLkaZ3HgghBroTZIBJt9kpwYK8grcUVjcAiFmJM544vfvzCq6KV2VWYVRyS43u8fDoTU1hxVqVAfXhXjeI4lRJmryeKYpjvH1wwu7p8101kjB8muNGjlTcAomwWFe6evrtBtt6OBliuRQGIX2bO9fOhZ0P3ggJI8zVUVfmLGjW6ZMdX9iF4XvniLn4k5Q7QipZnfnGqiBGlGchuYgG54WR7jddCtTWclWjqKTEThou8dWICEUDmuMejMeWSGy1882SXQ8gkZvUhXfhwYmwpLLD6YkwWnjuOONPF02FxEVrfnOmSfbugIA3mPgPjPaJXndyAmmRJ216jQggqiWW5zGNSn8cArXF77H6U3gfbdMkeGk3ShuhneRX3iDK1AieiT3SQqCVAMujVWNMy9J7QtMI1JAq1gsLeVsfNjg9jua0zqEgzyqUT46cG0GwyS06XHnDGUvgfGsCYsfvEYgZxJBpH3YOcGlLgLwjRcEaGOIyrOnQOWDuFf4BGmeIciswRMmwxChyFQxzyKb0Nb1swt5xItU05CNKlWJjbelQS4Loqm1cjT1QdG2mP8Jp63pxgwkcTWZdXt3yp9x4NafYWRzdajF5Zoh3f0ruMyTKpU1blhDPsAC5N6Z7S4iuOgF5FhE74ap9oPdzcAtwUz67BjGhXsYljMteiz4hMhSpHgpyU8JqLSjFunkiqzLoYbvZfx02EstQWApFl7pztfFVJRNlkiYMgHHzIvNKbneRyJiqqR7b2Rnq0f7CrTyLQdMyS6FhjPom1Uh5zIRnbRYfkdnPF6cZHGCS3RSAFGtgBmEicW1nfwznyyG5avo1ryjuZJFZahFx6rS3bQILcF88EVGjKyosvfkaa6S4EXl3aCcNlRiaE7wv5b5IuoWcpF6WC5wEH2Hdm82Ub9XAdBELBpm6PQGP6yVshEoe9xUBRsFUmNuElNkA2pwFVGsEckMbATme8L1WP4FqjoYe9Fnj5GDFLV9gXvjqbEyFB1drJnZMMLSEq2JVCFppw5AsmmFkvMwPsiIuEN9RFd79yVKGuElAsCgsbAGnTWRE78tQE1nQNaG46HN5Lz4PTSIwRDYA29wGNVmQofhwKMMGyPx98XY482ERpwibPnLo5oMj8CRj6vuAG5FHwYWfACnj5h08OMUHcAHeZKbNHTQjX06BbOdLy0soSw14mpzr9dYiz3lNh7yFokP3cKIKsxRW3vyiEKC75gtkbT2sMU1DuHcC5n3UY5Uw1WjlO4oWW38deLkGFEuHt0lM8m80wsiHZIDmgbEF1yRLtx1U9MzBF8t1QYeKtq3XFJJoPUglnayXCrjyZok0yDaCMRlicC5PeuEqdPO2LJ4PIidkIPnWnRDov9bPPr1672M0epNG"
    output:
      - 1: true
  - name: "testcase 62 : Even length string and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 63 : Even length string and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 64 : Even length string and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 65 : Even length string and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 66 : Even length string and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 67 : Even length string and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 68 : Even length string and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 69 : Even length string and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 70 : Even length string and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 71 : Even length string and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 72 : Even length string and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 73 : Even length string and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 74 : Even length string and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 75 : Even length string and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 76 : Even length string and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 77 : Even length string and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 78 : Even length string and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 79 : Even length string and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 80 : Even length string and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 81 : Odd length string and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 82 : Odd length string and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 83 : Odd length string and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 84 : Odd length string and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 85 : Odd length string and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 86 : Odd length string and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 87 : Odd length string and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 88 : Odd length string and a Palindrome"
    inputs:
     - 1: "962I1AgEKCuSsPVu0EXvlitBw9v9LTUve5LBRHfENhyFIxMz3f0WMYF0El7zK1rdp1LXNhlXJtthfIWPozg5a1DCiSwgKkqRKajdVYmlNxz4nDffLe1p8nPBFiFBPn8p1eLffDn4zxNlmYVdjaKRqkKgwSiCD1a5gzoPWIfhttJXlhNXL1pdr1Kz7lE0FYMW0f3zMxIFyhNEfHRBL5evUTL9v9wBtilvXE0uVPsSuCKEgA1I269"
    output:
      - 1: true
  - name: "testcase 89 : Odd length string and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 90 : Odd length string and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 91 : Odd length string and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 92 : Odd length string and not a Palindrome"
    inputs:
     - 1: "C2Kle82RFCoug6t4UcJt5yr9GybhnQSeulVf4ASOmk70jTZCEK6fFVu2Pf1yAymkS7UBIwgEKWDHatVnjGK52MxeU9flPPiTWadhanxziMNm8X8mByey3rrfrVUP5J2e4WALX1zQuD3WkUWdEQ83KbfngsskXQMbmHPaj8RnjUecMZIMMA4aHGZfyJQV2VriJjjrdg0xGYN78aPHqZt280eVvno2cJ8LqnzGdxP8qUL1oBV1YgLQttkEBsaBShExWy8D3KqCTh55y8TRARTOhqYpvlfz2aFIn5hToro3XqUTvmoZe8s4OBapWdmBOM7Prdz8rlrXvujtDrcOlwDw23PUIScUGx59DvFTFKHhcJj3DXELuRi0ciLTT2eqeh3EzBNgUorYvPY5WVOlXhRvtzS0IUMPpz6JL6CT9DvtfwV1Co9EIFHGDZ50czKsGauBipKUfjLaW0rCJqXOPYI3GXCLx1N4k7YHmrgO17Ho2wBb8hhnYR4bg38C25uQ1iZvKv6K8fMk9ucvmpVtkKPIg9b2QEWulPcGgYD7lM7YXWgg356ryBE4hPTSlcbxKAo5jeH2VA1WGudXskVl4JzTZ3N1G83fm29AA3ZYgxkgAFZ5bX1Ap5glb00T9DdgfvTlBf5PkoQqX3Xsi8WzDQ8VdLJT5BvZrjZjh304CpZh2giunXoTuF6fpyeTwf4ElKkehQpIEJ4W8ZY4EkNUbwwc4tqKxYFCgf6ttVSVzATXnisnEvF4NF7hMTf7v12eAdk81W1enDFaymHk79I6GRphhQVXO9Hkm7zshz4JCXdE7JyqaK2C0i9N0xJ0q40HEVAWmm4VxPVgqJ4Rch1YYTbS93YzCgJULYAWC8MQZY72fxlJzpTvjQecmSf2DBcFQkX9p2nVBCdBwhZwTlsz2IRVc47QwMIAslyOeiFYi44k3Q9vzG1grEsrTj3Z6wVzP1VUrwdb0t"
    output:
      - 1: false
  - name: "testcase 93 : Odd length string and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 94 : Odd length string and not a Palindrome"
    inputs:
     - 1: "zPTsA1Uk9dzWkltqWm6jYukfdidA7GK7bicDBLOCB0iplPraClH87LYK1i87t05fkuUiawLsqC7Ay3tQbslA7BpqIqCh2NLo3vaWMi4zGWN6YIxlAS3S664pLbT0s0mnJyublpjhFK1cqVkNtb3TYmBj5NXvS9Y0SpgatloY2JwDTjG7asKp2bJ8YksgWMhUbZUvN3Qjn0T0c341lwVuZEnGF3m5vo52waF4w9OtFXyeHMURxN5ySgHwCNUGz6sttoGvOpNupcYt3oTAnizerLeIQiXHmBXDMowTPelIx2Yt4fLwYYoDsCrOF9l7vERra3R8BUg0jYvaCy32lLHOGLdxnvJMXo3NwcZnlMMpj24TtlImpH0z8e34Cd5YmAKhLvGnqduCkIe7d51bnxaZ4JHyTsR2Vb8MNaO2Autqx63WkKYs517FNPzcVJUuiwCde6itiq3RvfdsK505kdYc9kbdWQnDgkCCOOkzA2DdZidbxE2cKk22mwSKpn4BkaPhsT6cshukqBohWOCNd5rVRGwnjKJVHUiUDMZdlQviEcZNjePpP5zDY0SQdspY2VUp7PvAPq2npdWjgJ4PVIhwmyxgn74hdLchYYcp3zgkE1vuhgTgWFxZcVse8RWODklslppVT85MsPGzCrWkOofcef4hbO8TJ3G1My347Fe1pJh4gNEvLcImBrcjVMiyO1o2mgVGOUblWY65BnVMQTmOplTCO825fgZ2JVmsUAyuwGtZS0Wx7lUEWicauIbXojZ7DEjlcPJ1vsmatgyNECj1obHATORbsLRMC7ElcXrJ5CBdn42VaCebOLOxoCAiBbMctKGUzTDAbHefudFPpqsSPLPq2vRk3eDcuP6kXU1gNGwKJd7JQqBkA26Y6BZXVM6Z2jqJSsGkwPWxflIxKtjK9Cu0mQocxMnabX18TuEDLJu20tecNAj1jgUa7ng3GOMHJoG2SrtTooUeI2ZIpDu9C1Ie2zkP0vNSvMUmpkEUIQEKP2JTRtqAN1JEoEeCxpILh2OpUr0GwHAQI1kwPKYDpr33kL4SOGNvvnAVcKCDIcHWta6N9WdMimAI7nwASW8R87DnuXAYowfPx2gyFjiuBYtzYtVaPAjDdtQGG3LzcHbDP8XOdgvPbuEruUveN30f417brwUk5Q9PzyGRHP2h0QiB1DrIANZwrNC7IR2jdNGqRqX2cFxN09eOW8NXTlMUULuok2w2BKHbA1ph46QfVeT0nYVT8nkDl3JeoKnRoch13wvwwK7tn4OmoEs213GV3omk4a7emWbshP06LWRndORmB8Hdm7T486mLpJqxRecEM9rzDtOAQk7u84oMgDjWqNiMLAsgOuc29egf0nOD7JNhQ7T8ogRvjQntOB6p84c008hcN3KhzK3t0RPdEA0u0hIU6eD9cvMwVz7ZXNGUxTLn4iQCJMRsJyiZ3S3FbjHmqpjwX44yoonQV6LK20I4tesxoFGjBSWq0knaTzMf5BcFDxXtOFDKWbb3DTduPRbqSvyS3FFj59erGGmda7O8bLAcHoGTzvYPRlxHO4MQlkwsSNdsH3b9J51Ahq4fWHOqIcsXPmhWwnQAMR5MO1GOAdjp2F1sUrqXLtAQCsrFE26pnTWzmui8azFpGQu34VTNzpXHD7dVzwMBhuwmfqHtAgbLcCNgHKWYXmywEsdfQRgtlrwsLadoyomXM22AowJJlmYPyXSKc3Uo1TS8NfizRmg0oKaMPC9hVfqQcv4kcU02bgNkce2NlP5dwtVkDS42WlcIu5qIEl0g6gdy1ur4JVrcjT6qsFh07AtnylYYv2KPv3niWyO1yRunL5ItayaDL1bjZYMoWsauaRWW7E49zhAsiZlfnNQx1o3QgIRhjQ87Po1ZylRpmIpJNT"
    output:
      - 1: false
  - name: "testcase 95 : Odd length string and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 96 : Odd length string and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 97 : Odd length string and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 98 : Odd length string and not a Palindrome"
    inputs:
     - 1: "Wi680AR93Dp3DoAINy4YReJ3XIyDfU0PuW039XunVaRm43CGUOmOwxwAidg4yuwxLiPIaGDIPz3YibUSVQzvnHiFBPbZQsfkhPKwxQfFGGBMwmA6jJ424QRZEsvp30g2XTeucjJj7YSwotQNqPHXjS22PZupkziSRhXMwuQmqZyYudid0IaGR4o53BcKD499jQXMMTbNkOraebkx7RYIeuivbXwJaXLX8No639PQcgS4EpmmB4cgaYin2k0L82NmSGUT2WJSeg5NW6Myp8hhwpbuic3eWiJzUIR58kBmDPI7dUA8UHPVSViY25NVUMoK64p7brM1mCbhvXpak7mKg91bSO0OnwaS5WsROix0yCC39gueQIQ1h4P6rx6X1DlXcdD64aGtSE4elRQjRJzrIxId1k6JBwo9yD4C9zVvFnGRvdZ5ZLZoKY7oob7RdPKhb71XWuny177eAzHt14WJ4E0k3qNsTJJUrmLo8Tbp5g6kP3ohkqw2drEKW5N4mpjU6huNdcArypnUSp1l1X3rQuV8Wb1dv2oVfUOG1cPgPDZwWOIqEKUO9Srgi2CKWiNxtZhU39c1r9ZJtxCGbo0JF3cS6mVv1vHsdPO1PGum2lkhcRw3OVENtFz7rBhqVIJPZUvz3epACMRMVBFLYPFXuUKFCdTdIH8eSBh411WG9AUMXC1s4dUbGMMSjTKXRiJDVrVliPbIQB6WaKrM3pyseSuJfAsM9YEhJnqxmk1EvDQcz3KenEEos81LgVIzDHnvE8zWohXDGZnhCR6mApmn0656Anuyf67BirTrYfThaEIlcRsJcy1nrDWHg3OSzDN0PnA7YfBnjoAeis79GceiL4PYgQk70aDbCTqXdsBx6bhRu5DagwBmua9qhNLRr3kMW3JlyE4r2hPFRuBSImGQbvNy9MLLuvrhUl5DivPnP9QMfQzcYCHPyPscoAi6h0pvM8NXKPCrXKsDEBaCnWayZQFBUv18eGYoXtZFRA8yrqAzPFWftZILBcGQbdVJ5MK5Ecw3KaHVLDycHwTQ8HPvDul75qXO6BAbM6fM6Cqqpm2aVUyHrzIIi07B4GI0szf1gGs8klnvmAlbha25DqHcgRgbrqodXn44s7bRihfMr3GC3AFyKn5FzNP1YlOrZugP69JcDAQqtAdpreO0hLVBqHN6zqqlG1Dnf9wChsX7gBMNe8ZRyWSlfqUDsGxZGD87PGd5aPd6xzOoh9pQq9nwJaRJFeGGuGvAk4lmR1jtbSjy0EjH7LozWslCIDl1vDQwKwWwjUYdzDTgeoZe5FOxhzTr16MDSKIu5dHmgeSQjHL8gzUmt1UcCoJqTuyTgzdJwFtV2itp20wwfHSx4zjpnz4uKreRGeQ4t0HBEasNOFCp0Ri9zknzCdCZ6obvF3Z1WCOVXzJpfGlpcCu0GeUca4zSYEGQl6eUPvSirk8YmB5tvdV84oMhBJhYGf4Zc2wdRT4HXzHQhuIm3hMCS3GcBwA28SfZ9gBOajR7hjwijFFboyENgPl1tZfngxXRcHj448vGhmvs9meX3KQpE0NkjwR7mdGRyDAZBBuhMc4NzG9eNdWnoU8GMB6QjOkBDO74vWhplpzk46GeqHFRT3dINJfxLNbsLzDlQd00SUj2XLmnCkpMHSsOv4wqtHPuASPIBDzlSIZLgp6T6SwheeEoO7lw2h4q6KBWF3CuCWH37qNxKBOBUZkGDjPvYnKCZRwAF2KdZqVdzZQqYFcF4mGJZsLbOZevly4NqNBOyNjOMp0PB1748ZkfD58eAmOGW6g3ghIsbMP5mMraHSuf0NMWCGFH6gYf0Yj6xfxLJDKQ1hy9Bza4vBWZghabbQjtTrmxHBSEd9pUkVcvYBBMsMYCzM2KHwMaPhHNpQH5OMNdJiApmrrMkX8oSTKc7xIBmQgg2tx8oZCdFRoRrAAW5D6FgeFd4kwtRfMLeq289kTcEW4nfYSGwC34FXQuS9L23ah4UzHMwmAwkbXXabci9uV9Dl9UyAkWuWVvc6lB1jUn9ETGKcZB2ErlW4qq7k0XyQyCZ5W95o2wzhK5dDRIQbHuVfPzKNmy4iV57gn3aWDTKlco3QzLSnWvkBRl9VWm3iOaSAppKl8HS5g04f1Nx8PKcg9ka5WMd7qL9Cw4NoEoCOr9l8lyhMVnDZJaeDhgyzhklILgl13R1i7AtyqR7aEyyXpUQXU64mLk76euHBtteZnO3b3JStKz7R49sFzM63VWkg4QM4VxiI5QnN2nGck3U13JRoY3u2wz9ykahaI7BuCm4XRfDsdhJsGCOj9UOxTxXRe9m8f20REborKUDFu99xvWqmUB1eXyDXKSZ3oY5VS7F7n9WmSQRbKeygcAfoIbNm4mGKxIpME7bdaAKzIelF0or8cF6SbjRl4pPL9VnICdTYuUKy1t8pQyvCO8qd5Fa3qRBx3L8MJzBMbP2wFPZehTQ4o0c27pcBD0QBjEF1ODjpXZ7DXgq7pZgIHukrPVcO9DL5JTSOnrq4m6yJUc1GqFGSjaZMMqemWGctqhXtLrL19oHBOTMBMp2aCGf6i7PZum34VgH00VpbwbM3DPnHuXP13iCMpZ69MyfzX7tKgShRoIJasTE6Ew69NKiHaIhkig9hqgEadIFopgglWkfhjgKQMPdyEIXlSHJcxq0NZnNxuuCJLu8hCWlY4znb3s61Be4vBrTdnAVMR75DJL48R2TOyTtOgFOtvWZu8thyAfo58FzkxxxhnizkYley5LKdYLvqouiWlRY9HkAWQMaBOpoMgCjhLmzdshv0zp0sCD3NG9TyNfWPxUw1SDUDQtpe5zMNb2VrAh9GJe86vgwiabr8jng8C9dWbj1HWyV81mCCMBfYpnzHYlnWdPnUf1Tiy6879gMTIXUDbbamgDbvv6MWWg4IfiuVtHmdS2d50upNdU1IN9Zs5G5bvT4GS8i8l80EOakqkbeWjag3w7sIu3dY7MV4EAsUECPkOGPTASqjNrfEpp7RkPio1TU37N0zHovMPBHHGm9uynrrjHVw68ldslkQdl1hQnott7GumKxAKOzyYuNaLW55KDOPwDGgBu7uqG5xuMS2e4dXONfw620wvkgM43A1oCm5sBAq3dOzFTII6pYGnUmm4fzRlvNw9fmEkAaZEKlpFet7k8oYHh1jQ9GjdIHwLb1sLBcN401Z61z02bwoBXWoNb4FoLM2zaKFZoNzpJUphsGNfzFfiJmzxmmTDHztI5yNA80Og8Ax0GMcrUrbngJhmeBkNNWSpl9pchq3r2ImmhuKMg441t1E0ypmWKDnp2Irsoz51XCNBy2q7ISUATiVf5r1HhkCTqCn2eSRDWGO4RFAFp1Knje0np4F1zkIUEgvBxo1gi2dTwJL0u4RHFknPXuJA5FMJdb4S4eKbXbCRAzJuPp3QeoK9wxPdEhFRlEz04YjPIHyAJ3uXjhaCTLQrsXUbxswJZ6PFw8vqI5pggBwX2CsD4OMT8yPvpkkh3tC77s1XuDXK2tnTj6U5iFQ4Ed9kLK63GOOFdP5Pk6U0cYerJOVqkzkH34yQQst35qWJIa6v0CztnO3eQSzgkKIIfhRPIPapdBDEBzOB4ndEtGoXRUmx06REFGmwowHI2M6a1ROF6yE2sUmBUfR0RwjEUh24LsV4obRvxhfjRNr2bJZPI5CiYVrqQJKnbWCL0KWTdbsxcredUcMTnLxXR8C3Rw0OA9vLKSD4WMNBNhgeNL1i0aHV7vvZryNwqnoITK3jHjmjLDGAhzyqrEheBGH2c33zBbY7WQ45Q1CiG3Q1aQ90BoPyvVMTDToAesXN3Q2M6FJ6YWJR6sVTy1JSy0QXCM0zc77JSkdzhVxS9TRcCsUdDGHXRUKLVQ0Xol6MIppjoXZQUI22SNoAcVyBULrRr77LfcWKhrl0vHIRLdSL8x0HG7wZw031DuLio5d75Bb8DIGJwZ9Jj5khRXNA4RfOfm1OPIlhWB1r7lqMyIs9md0ioHF5wttzZfy0DkBZHjD9rkVEZbr0iArWzHFTXxluekUrJwWo6YDVJKCvpKPHY6FM5sNsHqrYXJvVNAEkekG9Ia7fXMPrju47MNYVszFDeGNxI1vqmPsg12jaOK84V62tADfZjBmc75MtdRLaypnMKsIKJV1ZM48sJpD1hdmLBIBd0AlRCr61FBykyVdhgoqJOqg81162tE3kDhDMaAWrvgJjcZe2n1xLeJ5HNOkp5NuhzCAFXt5f5Bw9YP16IL68NiUU1oi2oSSGeKJkYCqTkpobv1HfcXYlFKTkJN4e1QUtRpjqFNOuYa76DGJugoNjQJ1MejGx5Cpd6teJpEMz6SZ4a1MtRZG8WBHKTS8fEJTWxi7apFIJLAKa9wI49VG4grHQgzHge7BvzK9x2PoLIxox3iBAvKAN2f1jAsX5cfqHN4be6urcLCaSEpligtczGpoNUTLoTUHdEozLOlEb4eqbriwlYdMu8idMTTGxHCIBj1V8BbFlFUfc7SWjwKQypeiLbHbCBnP5U2W6oczeAcV6oBTIVIbFEuGmXnzsQBpujeLYPLDsO0ikj0T6aIRd3icBWPYZU6h1EkPH56DPM80AdG5XeC9Z6kHstHcoG1N1M4fggzBjSPuPoFPCJAs7DdYZIS8H0FKw6wL5UnfICC7tHEvq0UaOY8QI11zbeN1IRwvg54PpnBRbNrdmlBJIY4VBA7COwl0BF17cMY6SAap0CEfFutTE9VTCahVz22QXIU1AEjiPAphakerRS5QM98ByCJW6jLiR4wUP9hQg5d9VG5HeTcoUfh2MNPf5OLNRCpQYNXeLFDIGXkfbsatnURByfRuR0ebHkDWhxjJv66Hu9ccCF8yc52dzDVfDwUEvLpe1WSrMHdt7DNn3NXS1y"
    output:
      - 1: false
  - name: "testcase 99 : Odd length string and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 100 : Odd length string and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 101 : Lowercase string and a Palindrome"
    inputs:
     - 1: "jkabzicorwbccssfojcqrgxfqkxzyckizwykuyylxjmneeuqemmsjryujobmpisbwohrpytanmlvlmvklkfsmtxvnhgrmzkedewuptdkvxqvnzvgessgqxggyfjgbquvjjecveugrpvtuarudaaxtwcalfxslrdpvfugthqaekkgjwbiyimzfpxuhrqbsyxrybbbsfgbvgnztepwaknagbjwyawtgdvnxqtpvvxjbsfvjioesvrrpenudvdisymofhkszptagrecbrjzrgedmwnwqetxjhfwxhlpqjufdsdfttbpmjclxtkrlyaedyhatudljxcqkczfywkkmeahunmsvaffwznvwxmiyeqvblgwzpjylynlzkdgqkfnxnmujpjqxxakrcwfvyiecsnaptyhwxfqhvtrkuclhxejidhygtctowewobrhcmggzbpxpkkvkpmapeeafmkehhvryjqtmplzgfdaaatbgexcpwmevytrqjizkrvpxymuljuqgwzcmqipasfoxyaunumykagxkbrjbexiadnfyyuduydbpdznpmapwnaqpwtkmnhjpxqnwgydqbpycwyjzzaaqojhvqjhjymqqehykazuzssfuyoorhiglmjutwksqvcvmqiscjjfnqgyatwqixhocdertgfsvlrmuufyzniyfdqvwugkozqqnkkqdycxhzzryyarjdccmxzojzsefwtbothkohmyllmgvanupowlpbvmttskgxjixindqmvsrhuvgmeszjhiztcrtgpegjgwejtbqidrdvugturzexxceiyikqxtxlpktfvpnrurqejgfgdidmgnnyqknvuxolqmgcbqwtyuncrdrginqczwokhbwthsczegsyeluxvkcjwttibwofvzvcarbtmypwmluiekudingsocavaeudmpzbyarxpznuacoocaunzpxraybzpmdueavacosgnidukeiulmwpymtbracvzvfowbittwjckvxuleysgezcshtwbhkowzcqnigrdrcnuytwqbcgmqloxuvnkqynngmdidgfgjeqrurnpvftkplxtxqkiyiecxxezrutguvdrdiqbtjewgjgepgtrctzihjzsemgvuhrsvmqdnixijxgksttmvbplwopunavgmllymhokhtobtwfeszjozxmccdjrayyrzzhxcydqkknqqzokguwvqdfyinzyfuumrlvsfgtredcohxiqwtaygqnfjjcsiqmvcvqskwtujmlgihrooyufsszuzakyheqqmyjhjqvhjoqaazzjywcypbqdygwnqxpjhnmktwpqanwpampnzdpbdyuduyyfndaixebjrbkxgakymunuayxofsapiqmczwgqujlumyxpvrkzijqrtyvemwpcxegbtaaadfgzlpmtqjyrvhhekmfaeepampkvkkpxpbzggmchrbowewotctgyhdijexhlcukrtvhqfxwhytpansceiyvfwcrkaxxqjpjumnxnfkqgdkzlnylyjpzwglbvqeyimxwvnzwffavsmnuhaemkkwyfzckqcxjldutahydeaylrktxlcjmpbttfdsdfujqplhxwfhjxteqwnwmdegrzjrbcergatpzskhfomysidvduneprrvseoijvfsbjxvvptqxnvdgtwaywjbgankawpetzngvbgfsbbbyrxysbqrhuxpfzmiyibwjgkkeaqhtgufvpdrlsxflacwtxaadurautvprguevcejjvuqbgjfyggxqgssegvznvqxvkdtpuwedekzmrghnvxtmsfklkvmlvlmnatyprhowbsipmbojuyrjsmmequeenmjxlyyukywzikcyzxkqfxgrqcjofssccbwrocizbakj"
    output:
      - 1: true
  - name: "testcase 102 : Lowercase string and a Palindrome"
    inputs:
     - 1: "httegvgycctruxoeoydnuqnfbwsjftzdjtowfxtgzcjxwurcppikrpdwechkaujarfjhstuxxkdvuziigkgsyqlngfhcrkisonywlbovvlorpyzfzssoubfcpzebeidbrozthzzufddtunpqpntxqpeufabuhlkvwbncswzrqzjduurdlvrvfegamcyvbjktucfvjksahchmqkjhzynspsdqawujoieqorbrfriytdhthytcgwrxlbirxvicsisbzusdnchjpfecokxfrthdoejnuvowlxxfdxakpbukqyqpfcurvmaanjjsktakemxoaeljrcouirlwrrxhqpfqiavmaquaktxhuwzgqgokvnwkobebzgvbeyrwejnqddyccsxtsezldttmjlvyzhffnecqveuvjegrxttpcdbywtrhjnqnlovvcpsjvycjoydxybleocibvlzhyitulqwpcnyudesajjrmecuwitpglyedqcixvcmaqzsrvueiqymdkynenrlxqshyiqvvuuzwqkhmeizlrmagklqcxxslbkzekdftybnzmbmnaoiguyuvbyzrowqjygaxbuhwsqgoiuswrirvfqhzzoxmqjjmeddwvxbcplhjqbbdkhyzervoedivqmeufmsrpiqarnzsdygxfpladjweosshskvmjlppsyoaafxlrxsrerduvmacypqbveaupzjpgrqjldmcepixhoyjzprxgexgtwiyzealqlgrcbqlsicebglpqehxtvobrzzmtrxaojntyqsxpqnixmaofdeuawreicorrjnepmmkgjvrllqlrnnitcghfxhwlnjhsbomqkzjcedhscweyaehepqsucudzgazdgjyyjfeglwzqhvhxsakexiwzmaqmntxhnvxhvnkrumlvvgtrykbntfccajhjrixzaruqrrtvvdfkiuwnglmlnynzdkyfehhcsklrmpwceqapiuaykghegpxickaqfsuhbuusqnixeoirnukrncsuulqutgimfnxqjnzhbojlthxgoutfknjodhyuyqduysdalvzwtbkkqbeeigaiqqtsegmokhudajryqbyifljprdedourdpmjxmwfznlguvgofyhljzwmtwdimfmmufrpevugoeeblfejidhzpdsxxbnvosyonrighcgqrolauyitsotcrtrcagdzksqbyrdsywqtpckdmtyrpyeivxoktysmirlxcswgxusnqtafraxmksjodropezxavlxsgjtvjnhngpiktvwdzbavhtilvkbgeghsyfypxaxqfplwxpgepranjvqzpuamsuyamkcwcyzbvisaokszbikzausztbxsvonpzqtycbfczjbutemxbciohuvujyxzjrjtbmtkbjajehzgvljvjqspdpsfumfsynwwzzpacgpryxqozxfldliuoepwmfpmudehiqrdwwxtuvvxmuxveeeivexwaeakirewdsudxwvbsyctijulfybpuddvyzvaqqacdsteyhhjnpmasgnlehmghrbsdcscjxayelzlzndzgeyoqphhukkvwmtjlxyiohpsmbgmoakjexwiqllehwihuboqvhbpchlwrfunaklvigpjhuojxwjulghrggvctvrdynsxuvvkovttolkykyynzwpiovxyrrjcpvryfjgaqxccteglvtmenmuccotbmtxlcgcmikbmauhwjasifrfnjjfiwmergqptmceiczflyjjznkbfperdmltdiowsrddqlipftfnzummvyxgraxrmksxaxclaegisqitesaozxftcfbkkopavcnbhzbywqtgmjgfjlrcqrbnnatnzzititfurkdbeajfzlyfgqmgrodhnnsnnqfzjkabcprjrpnoqcunlqfdiupwhdvwcfkbkohzqqajctxzqrpyepkdrpzkboktgrspxggzvffyitbtsycrbfduugxtpdhwhetmnsljvhmbwhfeymkdwqjxjynehlmgiwjedrjgaqqkysqpnwfrnhhaikwlabtgaqudmwbvhcfxgcwlazuqyqnjvcakmdsdydqtyrzpeiebynpnitwubsyynouboouahywyrzzepmqqzjdhxjdhzylyslavluutrjonozfpozuwxyjybkclwzacsmdjbqjhygxghrmxuuxbtjebshhekrispnhgsgacjujbfakoxiqnuasndxcczuusoxkdklubkaarzmyndihrofrygdrbqlweldstwyflzsorzffvbglkdppjjwukpriqzshmcuttoppmciqtfcxdombzisfqjetctrhdmgzykmeqenozvwrvnuteiyvlxdtyoeerjnlozdlgfwsvneraivifzybttmkiwfudbdnyvpkvhxqtvgozjaqnxunftjsgksiwodoqlhopwhlrdinznorwynwnzglhuflzzjwmvmscjxhnadycdptoxwvlqedolxfbdydzxfxecclfgqiciukgnofuoxruxtcllhbcyfbrlgllpipmernxkkovaktqpuxxuibescfkwmfekhegylyahyjmkkskvplcynyqykzrwnvbzgyvgnzptojvwvsinremreytxfcmjyqbysyxuzhrtniqvjjfuavawrywbpypgqklcixrjbblfblezozvgbfjclhitojlymyydfrfqufsyqovkyisflvprwzenhtkqhpbmumdavxejcefkmhikztrknmbzuixfnsecutefifjxtcnpctyjavdpbteymapogleicrsdeayavpjpvwjytenfmdltgwkmdvkhqeufurmwsxhyrkslmrcwunairfzlefzgrvwkoucryyijjpyqadnejtvtlnoukeiauxegflvehqqhfvumgaqeoaqhsagqrzjxojgnhjpwxvqwkdneukkfoapmkbhspczeigumejluephfqijmxtzzppdfwuemoxxjdocmyxmekbokkscapiihdzxetwajbfawkkonvcgjnckannbqfqqjrbhcjyvthdgeukcmcukgwfzuzkrwbyhtdwjmwiaqvijgpucdzleglclnfcsvadyxrieywdgcfiaahirbvfjdqwrqqbtwwunnyzffigvfmryfebfjoecnvlbehullkwmufzsnjllgfwuqlpzmfclggpmgdrrutjeunjikzlgyewcjxwbuutixowennzwzigjsatuhrbktknnrzrxdgackobeumuqatqirojrdteybqvsudyxeowougvfrhdtpqdgpfydgkiuxwbnfvubjduqfhrmipvwgybntfkpozxiuplrhcsvnebvunlrmdetfjtcsjitgqqxcopxwtwlpplleiqbkqtbiambjxfxpualloetljwhwtopucfrqyanmezfaqteeizwiqrqwrivhpuqvoeiocdrhwysbtqpswztbuygnunplhurbkokbsobqqmkvvtmijfgxjnllpqyedkpmqxllgfpnjnmhadswpqhjrugnjgumwkevpllvyhqlrxctursotfxykcnalibalhckvcraaeyfwxbkqwsleiruoetwxibifmghkyfidkyorpvpjsvoqsmlzpyzkynuvvmrvvzhgdrgrgjlwhtvfmdwkpzgtwniqnehmpwcgaufnorbkdyvdjjdrmwiqooegbxsxcalfxtijtbgotpfwqhzbhgizmxjarcbzcqluorwuoorcmrdpbztjwzfygzjdcjxlicjoorudlhmnpzwbcjcnkwgiugevgchgcwczhkbvuduujoseuospfjgsymsntcqtlzpfoehgrfagzhkdbmcmtfwrqnlzvbdnbtqjjfbccbfjjqtbndbvzlnqrwftmcmbdkhzgafrgheofpzltqctnsmysgjfpsouesojuuduvbkhzcwcghcgveguigwkncjcbwzpnmhlduroojcilxjcdjzgyfzwjtzbpdrmcroouwroulqczbcrajxmzighbzhqwfptogbtjitxflacxsxbgeooqiwmrdjjdvydkbronfuagcwpmhenqinwtgzpkwdmfvthwljgrgrdghzvvrmvvunykzypzlmsqovsjpvproykdifykhgmfibixwteourielswqkbxwfyeaarcvkchlabilanckyxftosrutcxrlqhyvllpvekwmugjngurjhqpwsdahmnjnpfgllxqmpkdeyqpllnjxgfjimtvvkmqqbosbkokbruhlpnungyubtzwspqtbsywhrdcoieovquphvirwqrqiwzieetqafzemnayqrfcupotwhwjlteollaupxfxjbmaibtqkbqiellpplwtwxpocxqqgtijsctjftedmrlnuvbenvschrlpuixzopkftnbygwvpimrhfqudjbuvfnbwxuikgdyfpgdqptdhrfvguowoexydusvqbyetdrjoriqtaqumuebokcagdxrzrnnktkbrhutasjgizwznnewoxituubwxjcweyglzkijnuejturrdgmpgglcfmzplquwfglljnszfumwklluheblvnceojfbefyrmfvgiffzynnuwwtbqqrwqdjfvbrihaaifcgdwyeirxydavscfnlclgelzdcupgjivqaiwmjwdthybwrkzuzfwgkucmckuegdhtvyjchbrjqqfqbnnakcnjgcvnokkwafbjawtexzdhiipacskkobkemxymcodjxxomeuwfdppzztxmjiqfhpeuljemugiezcpshbkmpaofkkuendkwqvxwpjhngjoxjzrqgashqaoeqagmuvfhqqhevlfgexuaiekuonltvtjendaqypjjiyyrcuokwvrgzfelzfrianuwcrmlskryhxswmrufueqhkvdmkwgtldmfnetyjwvpjpvayaedsrcielgopamyetbpdvajytcpnctxjfifetucesnfxiuzbmnkrtzkihmkfecjexvadmumbphqkthnezwrpvlfsiykvoqysfuqfrfdyymyljotihlcjfbgvzozelbflbbjrxiclkqgpypbwyrwavaufjjvqintrhzuxysybqyjmcfxtyermernisvwvjotpzngvygzbvnwrzkyqynyclpvkskkmjyhaylygehkefmwkfcsebiuxxupqtkavokkxnrempipllglrbfycbhllctxurxoufongkuiciqgflccexfxzdydbfxlodeqlvwxotpdcydanhxjcsmvmwjzzlfuhlgznwnywronznidrlhwpohlqodowiskgsjtfnuxnqajzogvtqxhvkpvyndbdufwikmttbyzfiviarenvswfgldzolnjreeoytdxlvyietunvrwvzoneqemkyzgmdhrtctejqfsizbmodxcftqicmppottucmhszqirpkuwjjppdklgbvffzroszlfywtsdlewlqbrdgyrforhidnymzraakbulkdkxosuuzccxdnsaunqixokafbjujcagsghnpsirkehhsbejtbxuuxmrhgxgyhjqbjdmscazwlckbyjyxwuzopfzonojrtuulvalsylyzhdjxhdjzqqmpezzrywyhauoobuonyysbuwtinpnybeiepzrytqdydsdmkacvjnqyquzalwcgxfchvbwmduqagtbalwkiahhnrfwnpqsykqqagjrdejwigmlhenyjxjqwdkmyefhwbmhvjlsnmtehwhdptxguudfbrcystbtiyffvzggxpsrgtkobkzprdkpeyprqzxtcjaqqzhokbkfcwvdhwpuidfqlnucqonprjrpcbakjzfqnnsnnhdorgmqgfylzfjaebdkruftitizzntannbrqcrljfgjmgtqwybzhbncvapokkbfctfxzoasetiqsigealcxaxskmrxargxyvmmuznftfpilqddrswoidtlmdrepfbknzjjylfzciecmtpqgremwifjjnfrfisajwhuambkimcgclxtmbtoccumnemtvlgetccxqagjfyrvpcjrryxvoipwznyykyklottvokvvuxsnydrvtcvggrhglujwxjouhjpgivlkanufrwlhcpbhvqobuhiwhellqiwxejkaomgbmsphoiyxljtmwvkkuhhpqoyegzdnzlzleyaxjcscdsbrhgmhelngsampnjhhyetsdcaqqavzyvddupbyflujitcysbvwxdusdwerikaeawxevieeevxumxvvutxwwdrqihedumpfmwpeouildlfxzoqxyrpgcapzzwwnysfmufspdpsqjvjlvgzhejajbktmbtjrjzxyjuvuhoicbxmetubjzcfbcytqzpnovsxbtzsuazkibzskoasivbzycwckmayusmaupzqvjnarpegpxwlpfqxaxpyfyshgegbkvlithvabzdwvtkipgnhnjvtjgsxlvaxzepordojskmxarfatqnsuxgwscxlrimsytkoxvieyprytmdkcptqwysdrybqskzdgacrtrctostiyualorqgchgirnoysovnbxxsdpzhdijeflbeeoguveprfummfmidwtmwzjlhyfogvuglnzfwmxjmpdruodedrpjlfiybqyrjaduhkomgestqqiagieebqkkbtwzvladsyudqyuyhdojnkftuogxhtljobhznjqxnfmigtuqluuscnrkunrioexinqsuubhusfqakcixpgehgkyauipaqecwpmrlkschhefykdznynlmlgnwuikfdvvtrrqurazxirjhjaccftnbkyrtgvvlmurknvhxvnhxtnmqamzwixekasxhvhqzwlgefjyyjgdzagzducusqpeheayewcshdecjzkqmobshjnlwhxfhgctinnrlqllrvjgkmmpenjrrocierwauedfoamxinqpxsqytnjoaxrtmzzrbovtxheqplgbecislqbcrglqlaezyiwtgxegxrpzjyohxipecmdljqrgpjzpuaevbqpycamvudrersxrlxfaaoysppljmvkshssoewjdalpfxgydsznraqiprsmfuemqvideovrezyhkdbbqjhlpcbxvwddemjjqmxozzhqfvrirwsuiogqswhubxagyjqworzybvuyugioanmbmznbytfdkezkblsxxcqlkgamrlziemhkqwzuuvvqiyhsqxlrnenykdmyqieuvrszqamcvxicqdeylgptiwucemrjjaseduyncpwqlutiyhzlvbicoelbyxdyojcyvjspcvvolnqnjhrtwybdcpttxrgejvuevqcenffhzyvljmttdlzestxsccyddqnjewryebvgzbebokwnvkogqgzwuhxtkauqamvaiqfpqhxrrwlriuocrjleaoxmekatksjjnaamvrucfpqyqkubpkaxdfxxlwovunjeodhtrfxkocefpjhcndsuzbsiscivxriblxrwgctyhthdtyirfrbroqeiojuwaqdspsnyzhjkqmhchaskjvfcutkjbvycmagefvrvldruudjzqrzwscnbwvklhubafuepqxtnpqpnutddfuzzhtzorbdiebezpcfbuosszfzyprolvvoblwynosikrchfgnlqysgkgiizuvdkxxutshjfrajuakhcewdprkippcruwxjczgtxfwotjdztfjswbfnqundyoeoxurtccygvgetth"
    output:
      - 1: true
  - name: "testcase 103 : Lowercase string and a Palindrome"
    inputs:
     - 1: "xiuqwdjuniwjjpuzpnyufdcxagrorruvtqhtrftjqauvmvfmbdhqyqqotufepbwvezidcxlqvosaygmvxqzosnwtztnvvnenwlchhjaxmorpjukrwvijjudmpecuyozjexiyyhzullaemrowqzjdspvgheanrlaoqzynxvkqtflvhnbumclhynrrdaskvajmjvkgxjhhimgzrwonqlhwmtqncmhgnbsapzmysjyrcpksnuaxzraulunwsshdwbkyeuiukdieuolrjmfcavaqiidqpseviiwgqcuzaujzrbwiblqclkqysiteiwxnasfffeheyibhybhkherwdwhvxtgkikgtzfiwmntwlfwxvredxqigwauxootwpfnbblkavtmzecaauxzicwkhinxrmjmanmqxpgvynlzqjnxyliobsmvswjrbcpzgjkalpjsafkgrvcjfqlisnjumdduzrahbpmmpbharzuddmujnsilqfjcvrgkfasjplakjgzpcbrjwsvmsboilyxnjqzlnyvgpxqmnamjmrxnihkwcizxuaacezmtvaklbbnfpwtooxuawgiqxdervxwflwtnmwifztgkikgtxvhwdwrehkhbyhbiyehefffsanxwietisyqklcqlbiwbrzjuazucqgwiivespqdiiqavacfmjrloueidkuiueykbwdhsswnuluarzxaunskpcryjsymzpasbnghmcnqtmwhlqnowrzgmihhjxgkvjmjavksadrrnyhlcmubnhvlftqkvxnyzqoalrnaehgvpsdjzqwormealluzhyyixejzoyucepmdujjivwrkujpromxajhhclwnenvvntztwnsozqxvmgyasovqlxcdizevwbpefutoqqyqhdbmfvmvuaqjtfrthqtvurrorgaxcdfuynpzupjjwinujdwquix"
    output:
      - 1: true
  - name: "testcase 104 : Lowercase string and a Palindrome"
    inputs:
     - 1: "mwpjgwaykfeyojqrzlxfxoakmxtexuguygznaovipjjltebbphpdkwykvbotrtxtokzzxlhwstymrrawjrbvuccvuwwgcvptmgdoqjgwiomkgjwkyintcbxkynzhxszimcurdtqvxhneeiwpxbnqwymkogvjeftjrhsjunliigpgimgrklnqlbhyyvqhonnoumulvcnidrefoiejigifusgulflljoeoogsgkffpwpmgmgkiwxgaaaknmwtylwusqcycqcaxeihykuzeefwirrzdbguanzcrgfttaapknrvckbodhxnvobimeadqtoyymdollficaigoploeftbrrvwiwyybiqzchxmisfuuarbkjboulrbldccbvstfnhfydkjmaztilosiyqhabiuwaygajqnzrosirveshleyxumxyamxqqvnkzdmbbldjlcmyqxvvrxpyuizxnkubtuojtxzaogjwrgamfgoqbdjtewciejfqkihrxytvdagwdumadbhiiohdeqfkihvelmhaolxwgckfknnqcwonjzzsudvwomqpjfwwehbqwijuascurellqytevcmhhewrxddaclxrodmqpunxhxsfarnabxjqdweubaupqnvwyokyqcbjduidtvwzktrjrcmqtdzkmjqfarmgeaigbfdvwqdazzqxaecthlwxeoukqctgaiteocptvqzvsstlwxyzaeosffjjjlprtkpgzldewjsoaqvygvbduchqdwyjioegxcldnuyiycumlduhqurtcrghrapbclpiegnrzaxitxckrkwxobsjapkdhmftqllafghbjrtoihyfmnrjesclbiexhdvtvlrhsndxfokrkvflgzjwgbvnatdehwelwzhovlrsjknbvxcdyiiauifdkvxcvlhvayhzbdybiokrysjijutahoiydclneancmbmupawkjcddbaukwmkphnyjggnrjnswjhyahpocmqcctqvkayvjsvzixigsrljsltikvbhaceexedzlzyhhdaeaggcnuxhoxqqsujgobmguuezmxxqfxhkwubqijiqboqegueqoxpvocxrqlemrcxpkwqfqmcncdvnoohlipfehkvtybaxgfvjzwiiwngqcykvtmgfklcvpmvbjzcwcqdyxqdgugxceauytaetwhlswkdimqxzlumooqoilfdaaacxmbwiojbclyaecszlvlzhyggmrblafnelbbpbjiydtcgehnananvizgdoxkiiuxebrgycvipyremeeggacsszawcudccnloqshobdwykvvxuonfukmjlfbahxzfqlccmllicbunuueqktgkswilsfmzuwutvzhwdxosxeckjlljbcwancqkgoywuamlrxlljqkopvcriydwwtspfwtdkdtwgooniuhxwajoaxdcenaapnwxxttdqqzcazluaanjxstowtsmpwdyrgroxuvzuhauntlpmvomhjslasaydmullzlfincmcrreocqyxnqtgtaarbtlopwnvepapscqbydthjsudzryhmxojwywgfhoueiufudjqmvpwadtgizzecsyhmzkbtbqbjgipxnpmwgilkniyllluwxkponarzjcswjvmpqwmzbtseykydspimlwznhlahznrvusfhdxzgmtortyqvyrmsnszialcljgyxtprgwebnexosvojrdcuoyhjwklikbeppockuqncpkbquypjrzdnatcejtrvfwlslhouzjlcswopmnjrwboipqlkyuhaqpbsryezydbrayhronhnlkizbipesilrdlzepvltrznunroebmdvkkwrwgfabpmtrfzggvdixlkwnfqdilqqlcsvkhpuhfxxmaqzdqxdrkjovhqybcgyuhfioduvltvxsdhzusulybmgamnntolpqbyigzowqndueqwlzcjvwyughmdmmjyrvqegctrumgthzuwthujkhuomioasfrkbtvauhxinvtcvfdzjggyaejymazrlwdiaarwqnvmnegoimxrieqfazqlbypmoodjwyngxgnbcdzwcommdbvtxfcjcblkanwukjhibduldhtkanmawfoczoykkswoouhmmituuwykbqwpyggiigexzhxsxajjxlmasubxackfvausbtktztpocwnolrwjxxtryofxwehipmjrcdeyrzuxegmpfislcchzmqptgbusclkajmulnqxqtrfiyezsygjduunsrqmyebebbyememtuvpathdzxfnalswxihgxiglxduyyoajgqqvospaxtjttpthjyyehlopbdcnfasyktcpgyxzdwmsixbojyuaphjoudczouzrssojnyouvbrmebxoqbfixncyksypfiepdrwegumxcsxcukojhuspiflowuqdiegxwkcnnqxgfpldpgwnklvhdxvchglbbqmcsrxbviriciohftytuznevhcdcnkiuzccjphvavifosxeyfnccsjyeaxxfswbzlvcxraxvuuknxbinzeadmhufbpcherdcbyvrmpiaudzugpwpcuovupilzressxponhbksxikqoruijaercgwsyotljbzgpaxnemppqjymsojllpzzmiuuczyxdzqfjjbrculdwmzgzmsyesmeowitwpuunjobrurdtqgawvaixziglfrbzniasrslmdoddivmzpalyyksdyeoqvmmmedwfvzpsjlgtjblomgfziugpkwsifinuunkwdfblzfgmxoxubhrussgmqupwxprfrvtozumsunvmgowphojukyapgsjrsnqcgabqcpxjnhmudcadsglywxvulcuettaoppklrxkqitzvojgaurpkfljnhfqosdmdoipjdhijayrvggqjhhayggqadnmkksizkugcpdjpnbdbbekxhoinbeseivcuoohdyrawqpfcgptrtifjmmgufhmlfqnjdvebxobahbenjnmwulmcqaikbrluvswykedceadadprsfnyorgmelujmigxmozlaofnviyzzaqxkbzzctkhncnvmopjzistutsizjpomvncnhktczzbkxqazzyivnfoalzomxgimjulemgroynfsrpdadaecdekywsvulrbkiaqcmluwmnjnebhaboxbevdjnqflmhfugmmjfitrtpgcfpqwarydhooucviesebniohxkebbdbnpjdpcgukziskkmndaqggyahhjqggvryajihdjpiodmdsoqfhnjlfkpruagjovztiqkxrlkppoatteucluvxwylgsdacdumhnjxpcqbagcqnsrjsgpaykujohpwogmvnusmuzotvrfrpxwpuqmgssurhbuxoxmgfzlbfdwknuunifiswkpguizfgmolbjtgljspzvfwdemmmvqoeydskyylapzmviddodmlsrsainzbrflgizxiavwagqtdrurbojnuupwtiwoemseysmzgzmwdlucrbjjfqzdxyzcuuimzzplljosmyjqppmenxapgzbjltoyswgcreajiuroqkixskbhnopxsserzlipuvoucpwpguzduaipmrvybcdrehcpbfuhmdaeznibxnkuuvxarxcvlzbwsfxxaeyjsccnfyexsofivavhpjcczuikncdchvenzutytfhoicirivbxrscmqbblghcvxdhvlknwgpdlpfgxqnnckwxgeidquwolfipsuhjokucxscxmugewrdpeifpyskycnxifbqoxbemrbvuoynjossrzuozcduojhpauyjobxismwdzxygpctkysafncdbpolheyyjhtpttjtxapsovqqgjaoyyudxlgixghixwslanfxzdhtapvutmemeybbebeymqrsnuudjgyszeyifrtqxqnlumjaklcsubgtpqmzhcclsifpmgexuzryedcrjmpihewxfoyrtxxjwrlonwcoptztktbsuavfkcaxbusamlxjjaxsxhzxegiiggypwqbkywuutimmhuoowskkyozcofwamnakthdludbihjkuwnaklbcjcfxtvbdmmocwzdcbngxgnywjdoompyblqzafqeirxmiogenmvnqwraaidwlrzamyjeayggjzdfvctvnixhuavtbkrfsaoimouhkjuhtwuzhtgmurtcgeqvryjmmdmhguywvjczlwqeudnqwozgiybqplotnnmagmbylusuzhdsxvtlvudoifhuygcbyqhvojkrdxqdzqamxxfhuphkvsclqqlidqfnwklxidvggzfrtmpbafgwrwkkvdmbeornunzrtlvpezldrlisepibziklnhnorhyarbdyzeyrsbpqahuyklqpiobwrjnmpowscljzuohlslwfvrtjectandzrjpyuqbkpcnqukcoppebkilkwjhyoucdrjovsoxenbewgrptxygjlclaizsnsmryvqytrotmgzxdhfsuvrnzhalhnzwlmipsdykyestbzmwqpmvjwscjzranopkxwulllyinkligwmpnxpigjbqbtbkzmhyscezzigtdawpvmqjdufuieuohfgwywjoxmhyrzdusjhtdybqcspapevnwpoltbraatgtqnxyqcoerrcmcniflzllumdyasalsjhmovmpltnuahuzvuxorgrydwpmstwotsxjnaaulzaczqqdttxxwnpaanecdxaojawxhuinoogwtdkdtwfpstwwdyircvpokqjllxrlmauwyogkqcnawcbjlljkcexsoxdwhzvtuwuzmfsliwskgtkqeuunubcillmcclqfzxhabfljmkufnouxvvkywdbohsqolnccducwazsscaggeemerypivcygrbexuiikxodgzivnananhegctdyijbpbblenfalbrmggyhzlvlzsceaylcbjoiwbmxcaaadflioqoomulzxqmidkwslhwteatyuaecxgugdqxydqcwczjbvmpvclkfgmtvkycqgnwiiwzjvfgxabytvkhefpilhoonvdcncmqfqwkpxcrmelqrxcovpxoqeugeqobqijiqbuwkhxfqxxmzeuugmbogjusqqxohxuncggaeadhhyzlzdexeecahbvkitlsjlrsgixizvsjvyakvqtccqmcophayhjwsnjrnggjynhpkmwkuabddcjkwapumbmcnaenlcdyiohatujijsyrkoibydbzhyavhlvcxvkdfiuaiiydcxvbnkjsrlvohzwlewhedtanvbgwjzglfvkrkofxdnshrlvtvdhxeiblcsejrnmfyhiotrjbhgfallqtfmhdkpajsboxwkrkcxtixazrngeiplcbparhgrctruqhudlmucyiyundlcxgeoijywdqhcudbvgyvqaosjwedlzgpktrpljjjffsoeazyxwltssvzqvtpcoetiagtcqkuoexwlhtceaxqzzadqwvdfbgiaegmrafqjmkzdtqmcrjrtkzwvtdiudjbcqykoywvnqpuabuewdqjxbanrafsxhxnupqmdorxlcaddxrwehhmcvetyqllerucsaujiwqbhewwfjpqmowvduszzjnowcqnnkfkcgwxloahmlevhikfqedhoiihbdamudwgadvtyxrhikqfjeicwetjdbqogfmagrwjgoazxtjoutbuknxziuypxrvvxqymcljdlbbmdzknvqqxmayxmuxyelhsevrisorznqjagyawuibahqyisolitzamjkdyfhnftsvbccdlbrluobjkbrauufsimxhczqibyywiwvrrbtfeolpogiacifllodmyyotqdaemibovnxhdobkcvrnkpaattfgrcznaugbdzrriwfeezukyhiexacqcycqsuwlytwmnkaaagxwikgmgmpwpffkgsgooeojllflugsufigijeioferdincvlumuonnohqvyyhblqnlkrgmigpgiilnujshrjtfejvgokmywqnbxpwieenhxvqtdrucmizsxhznykxbctniykwjgkmoiwgjqodgmtpvcgwwuvccuvbrjwarrmytswhlxzzkotxtrtobvkywkdphpbbetljjpivoanzgyuguxetxmkaoxfxlzrqjoyefkyawgjpwm"
    output:
      - 1: true
  - name: "testcase 105 : Lowercase string and a Palindrome"
    inputs:
     - 1: "lufjvoeffzplmumaotiszfkgmtqxigtpuzpxukxbxpwxwzojjznbwhyektfmokxehfdesnjlaagmgwmvtjugtxzjiydnrprzmrvpoexsqpfvzrmjrldwustqmatonwuzvynxrzyroatbiouxjuqpagaqplylvcdvttxfwnrsfckrjtvsloucjeddemasexcdmhybbjtzjnujpdyvtvfqngknikrvollbdlylptjzspyjxzitxttdlynytsaniwqiyzyxgrdgkggqxaymjpsfocylyvovtfzbixeyhzhdloitxjltcaxfqwrmierjaovwldgorjejhwoayzvzdjvaixlrhofpiixnogcwdhybqaixjpcfnlerzxeocuopgngjjwoqzvezttykeefoauwmgvikssagubcvcbpzvrhqhxparjedbkeholcjzqzzvellgbpbmjiifbsudzvbyyitqsjjwuzygrpqlsnebomabqdslpowwrhqjqaepsibadhuqhmozrqynhyyzjogrzogyvbfbquqtxzpgrczbjrvpjvdgmugzcxatskujfrrbevbjaeuedwkjlwgqxhafktxuazbjkqqumwepinedwtqfuobwnslfxwgdnmivqbjelfsvqonfduoogntjehqxafdvebvuxnycowgwkdteahdyucruwzumxazpigiijiefdoupkgbsobjaawwcnkuvxzcplkzxkjfmwwicqpgxxrtrobnbjrlaagmpyhlgygjnhlsltvdzuhbgjcvzxkphchaeygytgmrflbfolxfrypdyqqwwlajsqjzgvczyrllvfsrdhamjzokmxozmkjosqjbafyeokbfbadjvnnplidnywxymyaxxbmbmwvtjtomwemobgjekgthggwhdlyldshoksombazcljyiozobagprfbdeckpznayhfllwhkhmhewfwkxeqfvjkpqsniodyndkfrqwdxeghmgfbzwxsrhndyjmvlpkpwczqdqtxduyqqumjyhopbnysiazjbubauluayevbklwcofwxajkhchjnaigndhxdsmldbpyukceorlmrwsactxobfbanospuufurfxoesplamjfyenqeppvowqxjrkzodglopqhszporousqkamtidwofuuuvmgazpejbqhmjlfvnpxpfxplacokigbklmwueqwbinktehrpcpjfvjskqdezkbjbbqfeiptremjyuwsmbrssmzcoobhtjwwqxzmchbnfictsslmiyovrngbgvbhmfzihlzfkinrsfpyaqwdgtpylzntrfnetwrmkyxjnanlsncmhxnsozgtulevcirwpqejutyrwrrcvqcnpfcqpxuihwwfqjqosfgeihheeblrxkiwzyyxuuiwiqbhyqmuehrgzqykcssxoidzzkcdrizwbmknakfrpxvxomfumnaidjqfglcdxgoojuplioqrtqhtewkjrgvrrcfwbpjeqnscgfaxdvxluqvmcxruqpbpdzpkzqhpleqknnyowaqhfosnqstzqlajktkwlcdodcejqfaehlsztdagvzthzymysmfliaqpqphxjcuhfqhhjxdnaqraicaivoctrtbglemsznjxyqzsoridwebtuayrnhkvrueughfyuohdstyvclqqsctyixtzkhbeiozckmurkgfjpgkoqnzgtaxtadjlvwpoeioeadgttlzilnypyeauenwzwxuynigetflnihxhehaqxyesnnncmuyrbnleypgueexmwdynpuroqgulyrcqpbxyeqejqajljswopgdzcjmdmlcvmbmkswiaihalooyilhetfvjunhpkvsgrnjplkajjjaxdlxwwtpfpspbkgjsfbblwrfmtpflhrjjcoxgpafavcrkejankflxdvysvlirxvhbmoxzbfjmpdctscjsfiylzrfozzhufwdmxshaxpbrqcpxukvncrdppuafjhobhnaulkwsnpnpxvsejcwywfwtzjinixxhzuuhupulphhgedqowwluhgnkvzwdffgugjawensjgnenqyvipatuuoqvnnhwwinuzxpqnyvtrgikrbthmbrwbfvrsxziezakwadjqzrfgnqenfbcyipvhamubsrqksyzxuarcubopxybwxctntcxwbyxpobucrauxzyskqrsbumahvpiycbfneqngfrzqjdawkazeizxsrvfbwrbmhtbrkigrtvynqpxzuniwwhnnvqouutapivyqnengjsnewajgugffdwzvknghulwwoqdeghhplupuhuuzhxxinijztwfwywcjesvxpnpnswkluanhbohjfauppdrcnvkuxpcqrbpxahsxmdwfuhzzofrzlyifsjcstcdpmjfbzxombhvxrilvsyvdxlfknajekrcvafapgxocjjrhlfptmfrwlbbfsjgkbpspfptwwxldxajjjaklpjnrgsvkphnujvftehliyoolahiaiwskmbmvclmdmjczdgpowsjljaqjeqeyxbpqcrylugqorupnydwmxeeugpyelnbryumcnnnseyxqahehxhinlfteginyuxwzwneuaeypynlizlttgdaeoieopwvljdatxatgznqokgpjfgkrumkczoiebhkztxiytcsqqlcvytsdhouyfhgueurvkhnryautbewdiroszqyxjnzsmelgbtrtcoviaciarqandxjhhqfhucjxhpqpqailfmsymyzhtzvgadtzslheafqjecdodclwktkjalqztsqnsofhqawoynnkqelphqzkpzdpbpqurxcmvqulxvdxafgcsnqejpbwfcrrvgrjkwethqtrqoilpujoogxdclgfqjdianmufmoxvxprfkankmbwzirdckzzdioxssckyqzgrheumqyhbqiwiuuxyyzwikxrlbeehhiegfsoqjqfwwhiuxpqcfpncqvcrrwrytujeqpwricvelutgzosnxhmcnslnanjxykmrwtenfrtnzlyptgdwqaypfsrnikfzlhizfmhbvgbgnrvoyimlsstcifnbhcmzxqwwjthbooczmssrbmswuyjmertpiefqbbjbkzedqksjvfjpcprhetknibwqeuwmlkbgikocalpxfpxpnvfljmhqbjepzagmvuuufowditmakqsuoropzshqpolgdozkrjxqwovppeqneyfjmalpseoxfrufuupsonabfboxtcaswrmlroeckuypbdlmsdxhdngianjhchkjaxwfocwlkbveyauluabubjzaisynbpohyjmuqqyudxtqdqzcwpkplvmjydnhrsxwzbfgmhgexdwqrfkdnydoinsqpkjvfqexkwfwehmhkhwllfhyanzpkcedbfrpgabozoiyjlczabmoskohsdlyldhwgghtgkejgbomewmotjtvwmbmbxxaymyxwyndilpnnvjdabfbkoeyfabjqsojkmzoxmkozjmahdrsfvllryzcvgzjqsjalwwqqydpyrfxlofblfrmgtygyeahchpkxzvcjgbhuzdvtlslhnjgyglhypmgaalrjbnbortrxxgpqciwwmfjkxzklpczxvukncwwaajbosbgkpuodfeijiigipzaxmuzwurcuydhaetdkwgwocynxuvbevdfaxqhejtngooudfnoqvsflejbqvimndgwxflsnwboufqtwdenipewmuqqkjbzauxtkfahxqgwljkwdeueajbvebrrfjukstaxczgumgdvjpvrjbzcrgpzxtquqbfbvygozrgojzyyhnyqrzomhquhdabispeaqjqhrwwoplsdqbamobenslqprgyzuwjjsqtiyybvzdusbfiijmbpbgllevzzqzjclohekbdejrapxhqhrvzpbcvcbugasskivgmwuaofeekyttzevzqowjjgngpoucoexzrelnfcpjxiaqbyhdwcgonxiipfohrlxiavjdzvzyaowhjejrogdlwvoajreimrwqfxactljxtioldhzhyexibzftvovylycofspjmyaxqggkgdrgxyzyiqwinastynyldttxtizxjypszjtplyldbllovrkinkgnqfvtvydpjunjztjbbyhmdcxesameddejcuolsvtjrkcfsrnwfxttvdcvlylpqagapqujxuoibtaoryzrxnyvzuwnotamqtsuwdlrjmrzvfpqsxeopvrmzrprndyijzxtgujtvmwgmgaaljnsedfhexkomftkeyhwbnzjjozwxwpxbxkuxpzuptgixqtmgkfzsitoamumlpzffeovjful"
    output:
      - 1: true
  - name: "testcase 106 : Lowercase string and a Palindrome"
    inputs:
     - 1: "ablplqydbpxejpqxlijznviicbzvvfakjtbcbwusokuyulqmvhuvlfnmagzevuhuyeapraxhgphuwvuzefketsnpabbpbvpnhyclnqigjvyncxbpgwrngefsfgdzimqlxhbgznhybifazekwrthctrqxmoqlojjuuzmeehnajfxscumvadzhalmxapkhnfezsctdkjmkopkyberfbgekwucrotebrpdfyoeztobkwycdgcpjqhwqkjmfltqxadacxcjfhfyhapimjkmqlvflxrrzxhlqhtczmizyfqrsdedqbbucvukdozoujedakzrqkhqgyduaivwoupjpqwiaijrwlgzctyqvqtphhjaihnoqztwasakgaaxkfzniiibyaeoauczpovvgrfqjrknzewgqkgrvoheqvksswamoppdcfuibgfrjzwaesorvievckqillnradddbrjplficrpcbiacpouqpbjdwsnpofytpguziqbccdpgnbnsrnjslcoonxslycesifbapwqfwffjctbvgnoixxypzlwzokuyulersbfvpwpeqpuuidxzvhhutjmlzssrkeiyuldugypbbmvtybxwoxderwvthehljwouzzxbplsfsamiehaygljggexukvecdkowbwwhrdoxxzgduoycuzsifjhjcswfujugmshufeixydbepultrvjbfbgvsvhuzqspkllkrqlzqrgdkvmxtyrahmeugufhwtxtmflmfhwaluvlmrawwtfyouofzhnpxehrponhfvwjkmbhfmrrgqvwpbhtwzyciuifonwrdzdrpqdwaibotuabufazqfbvgvztnkkqknrguuuaouveccybfobygvumygwhveiyznlfxprgjzguyclfupibqiqeamdvowczxyjegjqwznxiakfrufqwcwgjgxoqmeumqmzqziprdpqrfofyxurzjuikbpiqbrdemeprmowminsfuwhlrgawsosxzmzjuhvbnmlwhvodatkbyfrewkpkibvxreodpqvvmlzpudknbllpjixkntvfwzvsianckotwhbdnpckrmezcqmlufyhwfjutumluxxxbtrewjtwdprxbyxquvbvmhmjvlwsvhosfsvtzzaqelhcvvzduyoqthkfoskkinafdlndknrbotqagsfjelqcggtdnxsdfcbundincrbapvccctipybfyorkwbhortqghhjzsjcjixvrbfpjzubmajmvdwkgdvilykpzuvuqkvrepijzvygxcdmsqgmueorcnxaczfzksdfjvdxavuspneqnuenywogfwmphdpyolxlfokvkyijhhmzfrrkknurwiwaembwodtkmoqmapwwgmolvofcmfhfdzkyzjnbeakcupiylktefzzexyscrnukdzjuwlgeegnituihpjhcflgnyoskmksqwlhzgrofsepogompitwvjhfjmvmhiwqwdrxmmyhyutjzuyriebzwocbidggwnqnbiqessevkjfndrdsojlkprtabtiytbbqhytbxqciovovwlgknfxfccthluzxwnznksomoxnsvmormwdsbqrmhpdvuggkvyvfrsfzsqrumjjrucpkcchhkmxebohsaplvlwvfslzxhkmraefkoioxnbfjdioykeahojabclqdxgsllmwvvbtqamhfsvcgzgaavrfmlgvdrdrorxscczeeejcmrmbgpiykepsteexuqqoryxkvnociradnqjnrpzijlmhqyiqnoucsnktwwvfojlvszhmzszekqgjeavcxkjjsipwruckpefksbaxgccwoxpnhnyqkowagobengpqynzxhfkcqzxrvxjnhtkamdicfcgmhuxwlqksldjagmcbwmnjxpmxckvbpsjilkdnljsqtqzsdkwpfhfwozjgftoocgirnubtphsukvhhlhtrsflcpmkrcnllstkiwcxkftgsgjdlxinxdlqjtcsphgxqeszdysurcuqbyggvxcaneccsksouwpxdqygthwftdmughzstkeodsooqwmasfhtbwjkoghdadveystsyzuajtqpolysufwyyhmcjidntpwfezdnnpcvpybvyrbcpkrsrvstfnarsrffgbdaurnpsjxkdrczdysspwwzptykxijewlnegjiyqpyviwtfroftfrdwtahmdacryynddmuscuvhewwzorzcyybsjwluqgmbthusxjobpmjxmzpdywokzhgsnaskczfpvfxmjubbdffgooyaiyrekkmywvngjmchpmbswrjmoqlvedxubeplzrqbnzinumonfdnrglmuxaejnmfxqckcbrruhlhjqtxosfeyhuzdgnwuntyhbxszgoscxstngnsxqdjfhealncyjfwzqhejqobiedylarzezdtcqmlvpomgvgonijaaluckxbkimnhrmdkmpunolbuhizqklhfsbzlojpvjzftevklzmdbgyrqzmjbdvszyacbeznlbwzmyecyqiigrnsclevevhdnupyefnonixreksakslpnwazbhqzmhlekiowcvdbhezikgewmtmchujzossajtjfnmrufpyrlrebhoirllohpdhppovrnlrkmvirahftfydiwkhnvpqmzwphgczddnnhbvgblwkpmgiqobdmtikmsuwmxhpykubivgpcxxsfqvkgmdqalohckkzmnwgcbvfdmayjpaknhzceiehyxjimqlqkufpmqpccywoqlrccqpjhylvtemtuiineafmvmvzmdlhfeoenayhsupjbcuppejpoyewjcttkonvojntqwinqhibcpkpcvjnqiffshisosegqbcbbbzhpardebyqujthnujvjzvbsjxxqjhouphqnjsdieajvwbpivpirfvzbkjihzusneigavoimnmuxihtyjjkcylzfxztsvqhhtcbcjvlukqkuqteqssvuvjvllcqppzxgvzybbtgjpqfpvjcnahqultpobdeqlyhettxwgeacrkmjtjydzlyqmcpqfspcybtsgelscfdmadtjjxjvwxsulwtjjkrenyoisgubjozxaswuotqwmyelikmmlwqhjawyioppbpctgssrfrhxzrdejoxymhgjmkvvopnrzohlxttqfnqhpshikcnuzhwlzgntwemrbnhsiwxofueuccjannzpaxdzjtyqgvnhdaljuvbdoxxicntukwnazwolohgwzpvrmumkckmatzsochvymgsqijnfyakucjnujdoowybzvfqtrgohahymadnzoyssnglzrtbwhatvdzrohcfsgyekdskyjjiegaefhavznpfxtkmldqvnqphvqbzonshkamrtejtsanswjmpeoejweafreuzskhchwannumeaoxgzdleyzqgsuaryowpmxqrejjyeilhqxfnwypxqbrkosurlytvatpfegpqvqruqkvwuyuqyiepxpchdboppkmnqmbuoydufsathrggpdpnbwfurvvwgyokzerenhqdjyfbvkzwwdhseylnrahxocnffzgpmimctrafseuzgmaitikgjbqtrfgizibbqxvmmhvnzvhxazlivkttqqsikzgsacsgvfxbtocvygxxptnyhivsmqrgrqxeiapnynjpdewrugncwalnooveqyqjekjncaduzvfqiqgtfmmysldvgooicqgoiatvnssysyvydttodhsbepnumuhqfvotokzdndflbljpjzfehavspioldrxcullqozdrtehbmesweugoyypxdigzwlkncyfluwlynsaocqocimbfdnzatqatqlltziyxzpjfivcnrjdlbmirqbqxwkaawjduwjdnzgwgpavlyrjqloximcefjeoeuwubuiyheyjqjfbvdzqabygblkhzbrrthspyogfpnvajphwsaufthmynbfnkgcopnlkucklkjfnmurzinjekkcjgfetrqawwkiazncbgfawpqytclpbvvofanqqtvdoyqyimkoznllpqhvzkmjogxnnczohnxpgicwqusoyzeomjfutxmyctpbleaqnxkgvbcyfkogwbwpgjhzbellvkvelewlgyabkpliyvamwweholstbeobjgrpylpgjdphncvzufrfvhposrcqqsqmarhbvvoxnduudsjawwrthgylmqbxojkdrtzinqolmsulaccwhjicojakmihtcnskwptfqvqtmmhgvpoicvwusbsmqckgncirnloopowrvthbsanthioovsbbyvyougfydeaidoyuszpgdesauptcqxfvbqoxhbgfaptoluiqnmcjdpgtvgkvqrmugugyrlmgkmalksmwryzbwlvbedwncyscbqrnddgexznjwobixbhcejtnoguxiexvaxshakxaxqywzstvndsomysnrzdczeggqjhexvwtquhzuoxyrbihobzstsjgmcklccufhfucclkcmgjstszbohibryxouzhuqtwvxehjqggezcdzrnsymosdnvtszwyqxaxkahsxavxeixugontjechbxibowjnzxegddnrqbcsycnwdebvlwbzyrwmsklamkgmlrygugumrqvkgvtgpdjcmnqiulotpafgbhxoqbvfxqctpuasedgpzsuyodiaedyfguoyvybbsvooihtnasbhtvrwopoolnricngkcqmsbsuwvciopvghmmtqvqftpwksncthimkajocijhwccalusmloqniztrdkjoxbqmlyghtrwwajsduudnxovvbhramqsqqcrsophvfrfuzvcnhpdjgplyprgjboebtslohewwmavyilpkbayglwelevkvllebzhjgpwbwgokfycbvgkxnqaelbptcymxtufjmoezyosuqwcigpxnhozcnnxgojmkzvhqpllnzokmiyqyodvtqqnafovvbplctyqpwafgbcnzaikwwaqrtefgjckkejnizrumnfjklkcuklnpocgknfbnymhtfuaswhpjavnpfgoypshtrrbzhklbgybaqzdvbfjqjyehyiubuwueoejfecmixolqjrylvapgwgzndjwudjwaakwxqbqrimbldjrncvifjpzxyiztllqtaqtazndfbmicoqcoasnylwulfycnklwzgidxpyyoguewsembhetrdzoqllucxrdloipsvahefzjpjlblfdndzkotovfqhumunpebshdottdyvysyssnvtaiogqcioogvdlsymmftgqiqfvzudacnjkejqyqevoonlawcngurwedpjnynpaiexqrgrqmsvihyntpxxgyvcotbxfvgscasgzkisqqttkvilzaxhvznvhmmvxqbbizigfrtqbjgkitiamgzuesfartcmimpgzffncoxharnlyeshdwwzkvbfyjdqhnerezkoygwvvrufwbnpdpggrhtasfudyoubmqnmkppobdhcpxpeiyquyuwvkqurqvqpgefptavtylrusokrbqxpywnfxqhlieyjjerqxmpwoyrausgqzyeldzgxoaemunnawhchkszuerfaewjeoepmjwsnastjetrmakhsnozbqvhpqnvqdlmktxfpnzvahfeageijjyksdkeygsfchorzdvtahwbtrzlgnssyozndamyhahogrtqfvzbywoodjunjcukayfnjiqsgmyvhcosztamkckmumrvpzwgholowzanwkutncixxodbvujladhnvgqytjzdxapznnajccueufoxwishnbrmewtngzlwhzunckihsphqnfqttxlhozrnpovvkmjghmyxojedrzxhrfrssgtcpbppoiywajhqwlmmkileymwqtouwsaxzojbugsioynerkjjtwlusxwvjxjjtdamdfcslegstbycpsfqpcmqylzdyjtjmkrcaegwxttehylqedboptluqhancjvpfqpjgtbbyzvgxzppqcllvjvuvssqetqukqkulvjcbcthhqvstzxfzlyckjjythixumnmiovagiensuzhijkbzvfripvipbwvjaeidsjnqhpuohjqxxjsbvzjvjunhtjuqybedraphzbbbcbqgesosihsffiqnjvcpkpcbihqniwqtnjovnokttcjweyopjeppucbjpushyaneoefhldmzvmvmfaeniiutmetvlyhjpqccrlqowyccpqmpfukqlqmijxyheieczhnkapjyamdfvbcgwnmzkkcholaqdmgkvqfsxxcpgvibukyphxmwusmkitmdboqigmpkwlbgvbhnnddzcghpwzmqpvnhkwidyftfharivmkrlnrvopphdphollriohberlrypfurmnfjtjassozjuhcmtmwegkizehbdvcwoikelhmzqhbzawnplskaskerxinonfeypundhvevelcsnrgiiqyceymzwblnzebcayzsvdbjmzqrygbdmzlkvetfzjvpjolzbsfhlkqzihublonupmkdmrhnmikbxkculaajinogvgmopvlmqctdzezralydeiboqjehqzwfjycnlaehfjdqxsngntsxcsogzsxbhytnuwngdzuhyefsoxtqjhlhurrbckcqxfmnjeaxumlgrndfnomuniznbqrzlpebuxdevlqomjrwsbmphcmjgnvwymkkeryiayoogffdbbujmxfvpfzcksansghzkowydpzmxjmpbojxsuhtbmgqulwjsbyyczrozwwehvucsumddnyyrcadmhatwdrftforftwivypqyijgenlwejixkytpzwwpssydzcrdkxjspnruadbgffrsranftsvrsrkpcbryvbypvcpnndzefwptndijcmhyywfusylopqtjauzystsyevdadhgokjwbthfsamwqoosdoektszhgumdtfwhtgyqdxpwuosksccenacxvggybqucrusydzseqxghpsctjqldxnixldjgsgtfkxcwiktsllncrkmpclfsrthlhhvkushptbunrigcootfgjzowfhfpwkdszqtqsjlndklijspbvkcxmpxjnmwbcmgajdlskqlwxuhmgcfcidmakthnjxvrxzqckfhxznyqpgnebogawokqynhnpxowccgxabskfepkcurwpisjjkxcvaejgqkezszmhzsvljofvwwtknscuonqiyqhmljizprnjqndariconvkxyroqquxeetspekyipgbmrmcjeeezccsxrordrdvglmfrvaagzgcvsfhmaqtbvvwmllsgxdqlcbajohaekyoidjfbnxoiokfearmkhxzlsfvwlvlpashobexmkhhcckpcurjjmurqszfsrfvyvkgguvdphmrqbsdwmromvsnxomosknznwxzulhtccfxfnkglwvovoicqxbtyhqbbtyitbatrpkljosdrdnfjkvesseqibnqnwggdibcowzbeiryuzjtuyhymmxrdwqwihmvmjfhjvwtipmogopesforgzhlwqskmksoynglfchjphiutingeeglwujzdkunrcsyxezzfetklyipuckaebnjzykzdfhfmcfovlomgwwpamqomktdowbmeawiwrunkkrrfzmhhjiykvkoflxloypdhpmwfgowyneunqenpsuvaxdvjfdskzfzcaxncroeumgqsmdcxgyvzjipervkquvuzpkylivdgkwdvmjambuzjpfbrvxijcjszjhhgqtrohbwkroyfbypitcccvpabrcnidnubcfdsxndtggcqlejfsgaqtobrnkdnldfanikksofkhtqoyudzvvchleqazztvsfsohvswlvjmhmvbvuqxybxrpdwtjwertbxxxulmutujfwhyfulmqczemrkcpndbhwtokcnaisvzwfvtnkxijpllbnkdupzlmvvqpdoerxvbikpkwerfybktadovhwlmnbvhujzmzxsoswagrlhwufsnimwomrpemedrbqipbkiujzruxyfofrqpdrpizqzmqmuemqoxgjgwcwqfurfkaixnzwqjgejyxzcwovdmaeqiqbipuflcyugzjgrpxflnzyievhwgymuvgybofbyccevuoauuugrnkqkkntzvgvbfqzafubautobiawdqprdzdrwnofiuicyzwthbpwvqgrrmfhbmkjwvfhnoprhexpnhzfouoyftwwarmlvulawhfmlfmtxtwhfuguemharytxmvkdgrqzlqrkllkpsqzuhvsvgbfbjvrtlupebdyxiefuhsmgujufwscjhjfiszucyoudgzxxodrhwwbwokdcevkuxeggjlgyaheimasfslpbxzzuowjlhehtvwredxowxbytvmbbpygudluyiekrsszlmjtuhhvzxdiuupqepwpvfbsreluyukozwlzpyxxiongvbtcjffwfqwpabfisecylsxnooclsjnrsnbngpdccbqizugptyfopnswdjbpquopcaibcprciflpjrbdddarnlliqkcveivroseawzjrfgbiufcdppomawsskvqehovrgkqgweznkrjqfrgvvopzcuaoeaybiiinzfkxaagkasawtzqonhiajhhptqvqytczglwrjiaiwqpjpuowviaudygqhkqrzkadejuozodkuvcubbqdedsrqfyzimzcthqlhxzrrxlfvlqmkjmipahyfhfjcxcadaxqtlfmjkqwhqjpcgdcywkbotzeoyfdprbetorcuwkegbfrebykpokmjkdtcszefnhkpaxmlahzdavmucsxfjanheemzuujjolqomxqrtchtrwkezafibyhnzgbhxlqmizdgfsfegnrwgpbxcnyvjgiqnlcyhnpvbpbbapnstekfezuvwuhpghxarpaeyuhuvezgamnflvuhvmqluyukosuwbcbtjkafvvzbciivnzjilxqpjexpbdyqlplba"
    output:
      - 1: true
  - name: "testcase 107 : Lowercase string and a Palindrome"
    inputs:
     - 1: "gocpfttbqswdcohaawzhqdcbmhbabbpxlsrjdhpwzwtzfvntclwpuknrstmrngmunskuvnjmiphwpvyjuomsvydownpktcrakzglxeuikkjzbyoepxzraymxxvuoqcgvcqfuzxdrkfqdcooaxnaojleohyxzrmwddqwtidlhtryrjpczqrebxmlexfztwzigcmkwzdkkvrntagrnadwageqgjvobszkctmgbyhxdauxlkykhqlmjkfuuyeulvrpxsumnwphxqsdqitmnxeitmbfvkibowqnzhrdhewbzefeudrgynpsgcmuawuotoheddekkwhcelkerqlvolvxdquetkebrgqmhdotkrapytappbmaydqdybrsxuywqpnfutoqqvmvvruhwimhwfcuiurwbfmcjcqnncsxqqlujjpcowvoxkaljtxqkdqgghjbtjytuqubcyqzvwthniqzofegkznbphfpzsqurctffewloycthvgfceahlnuseqrfshapeloequmjdvevfatelkvtcdpqmzpfwqkqhqanzpnpnzpucmnfnexkpjrqlhahxfeskltfzvmkfdyeqmfqhojuyaxvxcsywrfwhrpdbqzakcviudtwwvuavwanqjxidjggcicuqkxpluigddxwsitlkywxnlaqhmrchxmgqqumytubagtdedemrdewmfusujqhvwvinamwoimdmxulsdxzwlmbgnkawearxqysxuvcstlozmnawztquaxrogdnvhrgsepydbezfpyhkqhguppdaatytnfdzswmdwjebrssxhnjzuhtnmuttkkzaizxwstsdejaislzdzfsvzmypeujuxxhbncjuhezjpnqqygzvtwpedowsfwdszympcdtaqsxewlvzoovbwwpnuyntnyuuxjpngwbhdzyiochzejxivfbupezbsizqcaabgmoxfcahlhbgejcdiddhrueyhlftoywwdtcsqhzzsqsnfkscazokxvmhnnadrwtoowcpotbifmlurafpwrvoxtuiuzfhsyooemtazgggkildsslzxypptinigjiqagexyqllbocijjggxrvkqqvqwocrlfeknktklqdiicpaykkyjspmfmuntemxylsnxehmjkfehwjigoqkotqtxxwifrrixujkzxuswkuqpjxxrqmemzywaawyzmemqrxxjpqukwsuxzkjuxirrfiwxxtqtokqogijwhefkjmhexnslyxmetnumfmpsjykkyapciidqlktknkeflrcowqvqqkvrxggjjicobllqyxegaqijginitppyxzlssdlikgggzatmeooyshfzuiutxovrwpfarulmfibtopcwootwrdannhmvxkozacskfnsqszzhqsctdwwyotflhyeurhddidcjegbhlhacfxomgbaacqzisbzepubfvixjezhcoiyzdhbwgnpjxuuyntnyunpwwbvoozvlwexsqatdcpmyzsdwfswodepwtvzgyqqnpjzehujcnbhxxujuepymzvsfzdzlsiajedstswxziazkkttumnthuzjnhxssrbejwdmwszdfntytaadppughqkhypfzebdypesgrhvndgorxauqtzwanmzoltscvuxsyqxraewakngbmlwzxdsluxmdmiowmanivwvhqjusufmwedrmededtgabutymuqqgmxhcrmhqalnxwykltiswxddgiulpxkqucicggjdixjqnawvauvwwtduivckazqbdprhwfrwyscxvxayujohqfmqeydfkmvzftlksefxhahlqrjpkxenfnmcupznpnpznaqhqkqwfpzmqpdctvkletafvevdjmuqeolepahsfrqesunlhaecfgvhtcyolwefftcruqszpfhpbnzkgefozqinhtwvzqycbuqutyjtbjhggqdkqxtjlakxovwocpjjulqqxscnnqcjcmfbwruiucfwhmiwhurvvmvqqotufnpqwyuxsrbydqdyambppatyparktodhmqgrbekteuqdxvlovlqreklechwkkeddehotouwaumcgspnygrduefezbwehdrhznqwobikvfbmtiexnmtiqdsqxhpwnmusxprvlueyuufkjmlqhkyklxuadxhybgmtckzsbovjgqegawdanrgatnrvkkdzwkmcgizwtzfxelmxberqzcpjryrthlditwqddwmrzxyhoeljoanxaoocdqfkrdxzufqcvgcqouvxxmyarzxpeoybzjkkiuexlgzkarctkpnwodyvsmoujyvpwhpimjnvuksnumgnrmtsrnkupwlctnvfztwzwphdjrslxpbbabhmbcdqhzwaahocdwsqbttfpcog"
    output:
      - 1: true
  - name: "testcase 108 : Lowercase string and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 109 : Lowercase string and a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: true
  - name: "testcase 110 : Lowercase string and a Palindrome"
    inputs:
     - 1: "qgapdyzfoaiyzbhdqbfgflpsprrbovkknmmudscapaoogyqqbgpfiytmhfsdaozkntxmiuujnqzuvtttvprenkmbmxlkemgfcyoyajtpvrlmaunfsqbhxkavuouankdowmlygdfygkeeafqerzghuzjukwizvrzgkfqtidomyozmvwalukphpzhawsljfetiljkaladmtpepvnktmmwtmqpvvtgrxiowffnfzslxgrspkretlijjgyllumkxytnjupdlueovkvcvopjqjenrcpfesxkgzmptqowpztxoyjabulyddqpzayfshfkyxzogpmjxcwkvakerfnczkejeqbaxpwdqnpufjqtqldnlnfiqynxzssbngirmktkzlyzvzfeppfwmbrddwmhjajtrggsgxadnxlfwlpcpfewnsinevduoihahumwygxazcimhadqbhblmdjdouripvhbngnpsdoespujxkimhunizbyxfnjduywkuktgfvzqyljblwhdsimqxghezgxhtkjvjzgzdsbecvibhzueuzhzchjfzqhwrapausrvudquichkaakgbtqlihhjxdtavmpcyquzqsrrcuoejpzndhbvvlhgoepewycxxmdakgttyduqtnashqslkrsdhtpjbtgrzdishmfrjsefxeypvtnfxauejdkfaenvppeepsydbrwyrjwimndugxyeopiolhpnjgbbfaoayqsavxurvrafiepaozsnwenaavvdxjzuolpksilzsvkcjbxxzmlotifjkugmmadnsqwajqqdodahunfyksimgyqpvjprygswnpxuidiitqoejerfolmesqxcxktiaoqukcyvtmvlcsqekwwbdktjlwwoiksxumjvwqwopojtsxbzooepjrblfeoxchwggvwhyykfgezeuudprrtqeymehtnlvmxjvcizjvomzhqrdppqbznhfizkmibtfccayjncxllmgqwhxlbtgxkedvmawpzjnazbrgehuocakltooqoxoakrcgjofzkcfirqsthghzmarvfizpchiwodbmshnnjvzbvxcqquxnvkoydgzxlztmzetcggqpjagmywikxhvwniubjmrvtxeoysoeduujfczpzfavaucqlhgkywqwsxcasizqtqsyeghtukczarbjmwyeusuvkfwrpylrltkknmlcqugqtyitfourjeavurdxhcsqoicpohlwikwbwyeutqyplxbwinebmybmrclcarbyijkvtiuqlxvmoybxtfdjvuhlnepwjijlvvwqtklvnfafpqfpxrafadacbvxawhfwafscchdsfotixsrjfddwaxdglbxusuktoczxiglqwhmslsyydlkrtidngiztlpwqmvnrhbpblirbinhcgmeybcadopoxsdjunhikwdwolzrudfypbemxdwkbxjkhxlzcvveaikglbmrockpvvwmeaxccqshdivywckqiuiychvtteqkdrijfuuxtwqvamhxydpuequuzymyhahnrbkklkcibzgirhwadstgeynodzjpiaeugjjnywwxuuagwwprkoqbfuvhouokkbkkviwuzhbrcoodbcztdiqzwtfwhkgpooyerwvunxiwxucdbuxhprgvhwgsosfkgluywjcpjmxqfrwkwpbadawbbzvhnllpdrtntzqldcoirfcxwfzyepjgiabmenrzgasppbnuarmyusfqcoyywdjulzzaoojdfwjpwuptzartjdjvoqqzsxvdgggvxbekvhofkqfgpiekyfagszequttgrqsceqpyuwzuybkzcwuzqwlkdwiwbhuxikdkzwuvkcwvhscsvaehrlunivyhhmplpxzdowzmtcztfwvzjjkxkpxqchfdpxlvcfnqxgbbvmrdykmidqwescmeklqrwkeijwddraxjybkuovzvaeqpjfigcddcbrnzbpfylaktmukacdjjlkbjgutpexpbuwanfbtdnyfqeizwjvcyqcsrioedvmmhlqexwszwdhsotjprpmxatcstolbsbtcdwnqtfklnhbxdlspuoadwemfujttjafceeubspnkfrrzfdoehetsszdeoizlgdwjlcnekuvigwuwbniqrluzcznrtwjntjnatjdgksaxxhlsfqnrujlhxuxxmwahutxinadezpbwpycbepscxbomeavpoxrqcbupveooapwxqgztvxodfvvetsipximlpzzgkdmstcxbvkmupoixdpfjkmsxbgoinqeerxtzlxlnhhkatociysexpjtnqbhxoeqqxfxfvyhfboaxkyhzqjbnhjabvoektymaidnqwhbwvioixxolduuzlsnvknyulmjnnobvajodynjdtibfoipsuoaocymtgemzygaaazrnhsghamfeyueluwnulpxptmyhltjrdhhkkbgiwqmahlknmbungbjogbyxebikemrzricccrxynueclltwqlxycvwevndsdnvkumxuukmhsenxqyavwipzrwftzzlfifftpjdluewdpimrcjgqqezttlqeugaekrhglmjwtowvoxcftblareshuxaprkbubkcrukteubniggywwcuusfddiekhrmkdxbxrzfvrrowlbuslrrvquzsetysclytznjbpyutuypbjnztylcsyteszuqvrrlsublworrvfzrxbxdkmrhkeiddfsuucwwygginbuetkurckbubkrpaxuhseralbtfcxovwotwjmlghrkeagueqlttzeqqgjcrmipdweuldjptffiflzztfwrzpiwvayqxneshmkuuxmukvndsdnvewvcyxlqwtllceunyxrcccirzrmekibexybgojbgnubmnklhamqwigbkkhhdrjtlhymtpxplunwuleuyefmahgshnrzaaagyzmegtmycoaouspiofbitdjnydojavbonnjmluynkvnslzuudloxxioivwbhwqndiamytkeovbajhnbjqzhykxaobfhyvfxfxqqeoxhbqntjpxesyicotakhhnlxlztxreeqniogbxsmkjfpdxiopumkvbxctsmdkgzzplmixpistevvfdoxvtzgqxwpaooevpubcqrxopvaemobxcspebcypwbpzedanixtuhawmxxuxhljurnqfslhxxaskgdjtanjtnjwtrnzczulrqinbwuwgivukencljwdglzioedzssteheodfzrrfknpsbueecfajttjufmewdaoupsldxbhnlkftqnwdctbsblotsctaxmprpjtoshdwzswxeqlhmmvdeoirscqycvjwzieqfyndtbfnawubpxeptugjbkljjdcakumtkalyfpbznrbcddcgifjpqeavzvoukbyjxarddwjiekwrqlkemcsewqdimkydrmvbbgxqnfcvlxpdfhcqxpkxkjjzvwftzctmzwodzxplpmhhyvinulrheavscshvwckvuwzkdkixuhbwiwdklwqzuwczkbyuzwuypqecsqrgttuqezsgafykeipgfqkfohvkebxvgggdvxszqqovjdjtraztpuwpjwfdjooazzlujdwyyocqfsuymraunbppsagzrnembaigjpeyzfwxcfriocdlqztntrdpllnhvzbbwadabpwkwrfqxmjpcjwyulgkfsosgwhvgrphxubdcuxwixnuvwreyoopgkhwftwzqidtzcbdoocrbhzuwivkkbkkouohvufbqokrpwwgauuxwwynjjgueaipjzdonyegtsdawhrigzbicklkkbrnhahymyzuuqeupdyxhmavqwtxuufjirdkqettvhcyiuiqkcwyvidhsqccxaemwvvpkcormblgkiaevvczlxhkjxbkwdxmebpyfdurzlowdwkihnujdsxopodacbyemgchnibrilbpbhrnvmqwpltzignditrkldyyslsmhwqlgixzcotkusuxblgdxawddfjrsxitofsdhccsfawfhwaxvbcadafarxpfqpfafnvlktqwvvljijwpenlhuvjdftxbyomvxlquitvkjiybraclcrmbymbeniwbxlpyqtueywbwkiwlhopcioqschxdruvaejruoftiytqguqclmnkktlrlyprwfkvusueywmjbrazckuthgeysqtqzisacxswqwykghlqcuavafzpzcfjuudeosyoextvrmjbuinwvhxkiwymgajpqggctezmtzlxzgdyokvnxuqqcxvbzvjnnhsmbdowihcpzifvramzhghtsqrifckzfojgcrkaoxoqootlkacouhegrbzanjzpwamvdekxgtblxhwqgmllxcnjyaccftbimkzifhnzbqppdrqhzmovjzicvjxmvlnthemyeqtrrpduuezegfkyyhwvggwhcxoeflbrjpeoozbxstjopowqwvjmuxskiowwljtkdbwwkeqsclvmtvyckuqoaitkxcxqsemlofrejeoqtiidiuxpnwsgyrpjvpqygmiskyfnuhadodqqjawqsndammgukjfitolmzxxbjckvszliskplouzjxdvvaanewnszoapeifarvruxvasqyaoafbbgjnphloipoeyxgudnmiwjrywrbdyspeeppvneafkdjeuaxfntvpyexfesjrfmhsidzrgtbjpthdsrklsqhsantqudyttgkadmxxcywepeoghlvvbhdnzpjeoucrrsqzuqycpmvatdxjhhilqtbgkaakhciuqduvrsuaparwhqzfjhczhzueuzhbivcebsdzgzjvjkthxgzehgxqmisdhwlbjlyqzvfgtkukwyudjnfxybzinuhmikxjupseodspngnbhvpiruodjdmlbhbqdahmiczaxgywmuhahioudvenisnwefpcplwflxndaxgsggrtjajhmwddrbmwfppefzvzylzktkmrignbsszxnyqifnlndlqtqjfupnqdwpxabqejekzcnfrekavkwcxjmpgozxykfhsfyazpqddylubajyoxtzpwoqtpmzgkxsefpcrnejqjpovcvkvoeuldpujntyxkmullygjjilterkpsrgxlszfnffwoixrgtvvpqmtwmmtknvpeptmdalakjlitefjlswahzphpkulawvmzoymoditqfkgzrvziwkujzuhgzreqfaeekgyfdgylmwodknauouvakxhbqsfnuamlrvptjayoycfgmeklxmbmknerpvtttvuzqnjuuimxtnkzoadsfhmtyifpgbqqygooapacsdummnkkvobrrpsplfgfbqdhbzyiaofzydpagq"
    output:
      - 1: true
  - name: "testcase 111 : Lowercase string and not a Palindrome"
    inputs:
     - 1: "xzrcoaxguhaknxrsspyidblmesmkbbbkcrbxssojunrrwkibuqpojkokpwqcyxxxiruemktnlepqhveltbdqncvzwoxojoutoptiknjyqyecbhkwntjwsiexxoamjczcsktoqikmwypkglthsdhrvolppjpdianvdpuouovsrbaldmaiwwppiwrodfkakiuwdqhbkbyercuwfmtosdjtrpfzogmxlnpsevrrwxqjdtjdjgtjldozdzlzjkjcxckebnccdyvzskbulzjorswunsyovcoempoprvtczvrrjsiedmzfvakfnnaywugmbqauwtivpubjiokaaiehfiambussmgibnfsphzbekdbexgquiddmfdssqlooyzgdjvimynvbzeovsqrrnb"
    output:
      - 1: false
  - name: "testcase 112 : Lowercase string and not a Palindrome"
    inputs:
     - 1: "uyqpmantdnrqpnvziytmhocmauaxqbawvkhseshrcidadrqnbinkzjqnyajraoysctaprxbsnkptbppowimtfyjqxcrtiykxlwzfmpgifzsreewzdktxfuzgnlefdsmoalqnloeocgsqjdsifkumhnickhlqjayobylatkwfstmzhjrzynptajzgxkbxjmlynlrdz"
    output:
      - 1: false
  - name: "testcase 113 : Lowercase string and not a Palindrome"
    inputs:
     - 1: "lhdeitdhptvrgkdojlrytedpyekroxnobroaeogaxwbbqiuaxsdpqwlrcbqgbvrvgufuzxdqitlcrztflxadbtncvdqlnhukqxrtytvysdagwybpudnjcfhqnjwyqtbogbcndsqpzdbtncvdqlnhukqxrtytvysdagwybpudnjcfhqnjwyqtbogbcndsqp"
    output:
      - 1: false
  - name: "testcase 114 : Lowercase string and not a Palindrome"
    inputs:
     - 1: "yfryrxfivnxrafvvknutvmfwueufuruipsusbghwhxgilgbxwhwdxondoyexsifmzbobxgkkmhigvpoyeudloymmpvikdqmzeayghvyqscboyilwfygkzaxmabscjfvxkipyavvkolkvtnlxybypefwsqiuambqjutdhrlvopepjyzsijcxjkmnedtakhgdbgssenkepqhagppvfwzttxcrfounqcgprkdgooshreiemnhnelhcufeuuawdqhfpaluxukruyuuzqjutyktmsopvkxgrhgdqrvjswjhoqxpurzfgirwmpgmobgupmkbcfsahliekuiknlhzmaonxcvazbccesevwqpmpwgdzgcnhafnetacbjbuoqweupmjytvlbzklobdhgxvjvcoourqwhsempkjeiwvfbfchuntgdluzsefgnzdtzovwjrphhhuilzccfamiqxgrhpsxlamvvzwxfyuphpqusotnqtdhzkxkvvklvwqgstsajipmvieultavmdrbzffpiqdjfwpdlmcdvqazcrpppvwnvvpssedsacmxdxswxneoqcoyptbqkwhlejybfhtcqoqwiqbvqpjxcpvfrhfzqbtzfcqdnmuxjnonwpclxgrtbgewrjkchopfkuwdtoajqrlcughvkxvnyhtaglgasuxfmqwjleteolchzwvgsdqwhxjjvtftyxuacbztqzkthnhjmqsyrkozuerivfsopcirdbykepnbiehqzydldqlzwxveoriqfuikwfmunodvnadqctlgaiyewicwkxjdsxiqytwvrutuylidizwspzhtckjkmosfhhwewpoljsdptyeljmwylxmommyjtzewruyekpvseczcezyoizqxeqazgynftozyoyyeqppgdgrglnrptmrlbqnxppbqfsmkbscqcsidruqnrariufrdytpplgmhccnxokamnvzoatlwyzssjrhowlgzidlmrjqbpivaxpcheafqcdbhndhoaarigwycxdimbzcmfptlytwtbplvhfrjzhsufxoapzvbtcpdgipnmgsevchkeeiuwngtuojtmhoqcbuxnzdzctqxoistvcbchkpytmtchmczwtxlosbxynlvjbjefrfnstdybzwnyqigpvhukftabdechraphmsyopulxtyzddmpjwkmhjshcrgpoqowiwbsxzjblqdbbyfnjwylfncvvgwrkbaqcwjuttpacydsfcfuucnyzqajwbeteihnhxmxxrgaavjjrsdcgrbpxkkvnbbgzpxzjikziueicsgcxlgmdqyibkapuqpxhprxrooqgrvmsaliwsaszioldvrbdumszqmvpimptdqsllebrtibvorxtetsfwleaspapnetwdaymnziqfmzdlycnmymmgbllaapevtxpsfayxlxffevmhnzizjysnbiffczbhqhktgpdhawczqkxffhqagxgmtsqusgyqiyoiajtgwnecmrqfyifvyukpnkpczpchjhpbfyyawyuybhbrjggannryjmcvhhewhayneqbbykrnoqibpckfgyrxhmldrvuvmgkbdxkkcvqfhpitenfqlfxckxrnjqachslrixdeumrqubvujmwlfevjhkujuietedjiodctglfvydjeitdadmmsulqtaaoopdbkunaliqjzrrvfgbvsxxatwlwgewxpkygpullhifwvqglwnghyylmgqsvthqdtcmkkehvttmgogtbeolqoxcrmqetofatbirgvftvsisbzvicgvnmryiboeufytjymqruomhhoqouosmyiqcazhrfwcvbrdcblzxticdammypjlqauhmsrcrhbypauwuxpjrdzglzrejxdaxykejxofpjfolqixdfywkbzyxpmkavkhubnabmndwimhucqebczstqouvjuajnsqwsjakkcbxnjxtuwlxsafulqgwqoqtcshgrpdtcdtfqwvnoxqnohrwokdsnwlvlltvpbpebswgnwauxaozyseuwpnpirktuixcwhspgoiwoktesnelxivovczxggrzrugrqdmvnzcmyrvpspkfqhkfuoiuekchtowqkteiactyqgwlyfdrmigwjbdernyrrtnjogwmonkyfikndwvmcduifkluhcbxahevrmwfwalcvlzggeiqkodglojkizslrfyeeafhxlggtuqytobaqmmptjirwzcovpxohazqgpelrtdrxsxzeijylqhyrdrzcqdmogeabckjsvcdnmwzhttcljlewvmpjytzdytocuuybdkphsuyabcsezfwtopqyzfckqppcpysbawzhdhbdunueuyonzrcrcyogpbomnntlotqyfxwfczowjimbvwqltrvjyczonruceyqmvotelctvrpazmbuhcaeghslezfypwhnohhnucgwqeaaasfzpkinqqqxhdrixoadrazpthnkhsfmplvuboxunguuiwjdhgkyzopaefuxnoekaeyjwlfhmcvmsdpllmavvuzatqxvljtemoovscyavxdlbdqanpsjskbiyiuksicgiqqxmrkfizhqsiydahlyjzbjadlpuyggzfsawgnnsxnrmkubyhzejdtazxvnrydactzghvjrfsfwskoimtubnazrtvqbscpiymyswaqcwmzjwmewembabxfmzkbdvivcovimsrbactlnjjayreycmneasemwmntnupshbzvhpmrrfsbetrxbrveztehogaasvxwthweihdjyknqvooxqepcmspiwyevfmepugkohcyugyvcjgcxxybpbyoaghsyoahuiioddgwnqttcmhcjxkjulfvcxxnckmpphivlecdaalshvrloiakpibpweqezcjlhhuypiiwnxvmxpgubgzpqmbwpliyuootfieizujehkbnmtjgltnwtaeygnhorekdiizlyftanlhlzixdnbdjevwezrdomtdhbsubixtahogvzmmemnjluaxiugrhzvmqnyurnsqyuhhouoofaukfavhnyogslddvkmngdvzazcoommbrlzgmkqvauajihfdfitrsursonzuikjlmmyghmhpywlclbwsqgujytcwoucaacklzomvadvzmyegzvscosgqirymtmclfxmzozkuboyqinbiypojbzvnhjysvfutehybsgjilnfatubbddkalvbdctpbdurjqmfiwgzvcygsinddetvjaqjyszywhxnnlxboovnagczezyvlddfenhylgeoksbwxmfrtabflnuxlczybinnubarmvaajmohkzaqdvvzgceiqzozwzvhibcwefxqjzibrfzvgochqejryvxokpdfozbcvhifzpfkmpritcsxmozijhszpwvllhddgylsrbguzswhuydbpjtfvvhqxlgotczpauygzolyokhajmnmcsqijdraihaofftmxcuguyaxsgqbahadscpdymaihkiabiwakivnatyzgmsxokjwgxybmsfrpiqedlbtpsqrvxippfvxeotbmawqwcjfdakpaqgcpsxybheuroktdggjmbezluqlqsgfjturswfhsisstwgwyqjfstgdhurykdwywwxhnprlcybekznxxarkqagungfbafmdhxfigohoirvgsayfpgpvnekegfqncvdfcsxifezxchpoeidzofmrkctihrbiqnyjgelsyfzljhmnhhxzmwwygmqninslvheoevmgehvprkfaprwmoteadyvqhhagzgoiicwntubcqrrycwhrnshyacdjlbmemniqmolpimxpfrzgtwnuhcmhsezbbxedqxgmdlmfiwuamielpiqambxxhimdemtgguhjmxcnshkrlffchtjdfmoxeqzaeplljjtgfggftdpsrpqlyhrfcrocgtblwhlewumojaaipedtkolbslkckwdvzdjwhhpdmdnxtznndptgwfsnqpbmnsrvnfxzpqqyzprabklmbwdkiskqfcawwpbddnyzdmvgchaviczqovhmilmcxzxlqinmxnramixsnrkjzpmmvlmfogmvlvenhwspnnjqidlrlhciuogsuyxnmutmywbjbdinuweoivqyfuon"
    output:
      - 1: false
  - name: "testcase 115 : Lowercase string and not a Palindrome"
    inputs:
     - 1: "afzxstfmrtdajqktqcoibnrrbawyxtkuspqoyqgyqqqmgehsrzmpdjpmzqoawxnopcmiiinkodyijyegberxknnfnhkerfagivffxngngdolhtzodqigntsxvgswbppbibwbcyfqczxxzabzljsyfxsvxwinfkhognwonqcnsaovqwrzwpqtmmypmomfoposwjofcndhenlnxnzmqpworkwjmnalmirllznxytcpdtsjtdryoejasxvrbhnuxyagficgshuxcyegxutjowunkhdggktxlvrbpiexzdatnbewrjdnnngcxeltuimglddjcakdkgzgvajmgjbyglennaqcstzcbwcdstouudkxorzcvdqgaswfhjiwmnbxdjpuyfrvzoihtajmxhwanotchglvmdkrnaktkvihxlgnsxgtiscbniqriasyzdqnyymspksjgcftrxavszgyjyonrfudzizlzwtchdatonsdatbgjwxffopcspdeptxgntjefubbxijuvxorlitinhzftriitzbpchgcypcozgkgrfrghislhbiqmfdkdksfncxiwtjcetzcsmyyhrhjjohhjeupmkrddzmlwwhhixffwyzadezgmxhwlxgcdpzikjbwjggtghtfbodsctpyxwdfyrfdkmqbhmqdwhejoztjqfooghavnmtcvgdhidbaeibqvbltjtlwrqvufkdxgbymnqerfcswhnvgcwjtdwioqmkwrdszpxuzlrqnqkkathmgomcxdwonojlrbkjvqkrgqrssqpiwjufzyzzwfymsevpkncxfuceoawvupntobvgevwngwtmihvwjqcbbzbedaubaqsyelrfdgqcmfccpvvbcehkztrvvhibagsqkfguschbevpigueatuqlqvhcxnntxlzmiyhbqoppeqwhuxxdygrlwggrqszfhzowhnkfbzgzgkkcvnsfhrcutmnwgjsrjxwxrnvubkebgitnahtzquzbloochvgkmqlrxuyndofyqppoyzsynseuylesredvfjdoeemfanwdpgvedfarqsadhanwwvqdygnznjekccfqlxwopqsrputzerrnikywsqdhucmotdavtlmzlunfazbgejempzfcpkzqvwkvwxkgsxjucspzewmtnxdmgmutupincgqdimdyfbterywszhelbtkwcjavpxghvhqkbyqznogrflhppffyxzfzkgeaybplhppcpmuhbpywragvhjwyxlkofolknhqtymuzuiwytnnlvqdcyglemtwvuwtqfcvadxuswovirlonwzuwpzyydtlbtycclyksmxjvkozhtaernkvnhqjnwhalcutbztczllghpfauohkdxhderamebmfwvniicdvtuwcporumewqgbtiyqlmgjbsvavykrmkbvjwyduybwxdmfcrudgcjfhfxquuogabcrsaxugdxocshtlnvnrbkefhcxdyaluomzaxjnogaayemickexsgzrsqutdsrwiddpkcwdfqahoayaguavaihtbyezmfstidprfazwbfluahhbtokluwllyqpudodbqhvecheholghatwbepkhuuobbhtkpucfhdcayeactjrtsksvimjdvqpmpmpfbzijlmgzbtnnxzrwsvafuezjdzpclaxzrampgocwbmgmivnnckijxchundbllatlifqpaneiowebenalsdjtyjzwhuanbzppvhbmqlneceiopfjpbyxzevnptwculuboxelymavdqrscwiavekgmtwoausyxcnntqokhdgixogbgplxcxqmqwerhjleyaqgieesnkbanisnmshjjrhgwhckdetmwsbccsrpfnevchyqskfpuydakqqclpplwwcnscelprimsseyjzljmefjxptecfliqnzrosgqlwiwhxkirquncnqahcejobmpllvuldxlprdxesyijicnbykrnwszoebovpyzdfsyfihlrctosmbttfwtwpnsjqqdywqjesegimxghkifnjwzkeqcmfhcfzcesvxncgxjgrpqlmrdxueqphuwdieurqinvxrkxhhrpbaeujkhlzrkmlcvgnnwbohlhprsggldpytbiyzjirogwzeodkdoshvqkiopixkhhzkcndetgatstwclwavllzprbtghcxynwzzzfpibmgggarrnmrdymagfbuuasvddhkhjycginorpdynetrqnorpxdutqwllbgcgyodtptrvamvchkqzccmfiajujlnwbejrdmeltdrytygdttdntnlmresfjahtciishejmbamgoweqredcmuqgfvrspswdvhaazdxyistieaalnwshktbrarwetetbutaappvfvbzjtgvgukuyeawavnvgjgynogmhjecvmzvexwkthdatfhurlhkdodvmwtaqccdvaqxgbqfvygfdfpnxlqqlrhzyhrnrnplmprxvhxuqjsjzwbyhvyhpyrqzzdpqfvjgoiojyrjyxpswjvmxrcvemggrkgykuemrwarvqmwbuanomslcyxewjvclpoddtdwqhhgeefubhbtnikfbnniwxhxrnhpmckcdowuuwrqibjvrfmnimbfjprsgyanprcotyldvoyhvsobdkmckrgilotkqudcxjrjpiitauafrcekfbtjpaggzrhqviappcammagmoccrkpmslcmndegirswibcearcdvuuexpjmecjtrfglhfqtbyhewamuuxpmrnroyphytopdwxpcxraowaseafujzmaidbjhbztsudhoiggrhmpycudkhouwyzmbphjdxrizuteusomneqlyrplknlkpbfwilgendrxxbueixyrbluadosaqkdbvjuypoklfrwhqixpwcjsftxmapdmniwdtngnelruamsrzkhugfddhdihdorzzlihqrcrobiuvlcqvftcdubcafvdwfnjjfumocsgdjrkpznzkkbqnuttuutzuvslmratrwbjnmudktujoirkggzqmqhaakldkqjuaeywegjjuamtlkdnvmtxfngwumjrddadkjrwrwjsmfohcqpdutccrubowkzfwpyejjezcpzplaydsmeluxnbvxlgwdugrwsqbostqexffhxxfngzbdwsbyiecsugvyntgunxpzqfvqlxwmwyndyncejnzpciqdafefhmpmqufnxmryxbbqlaybmqvdjrpzwxdljibrdfcxyignxejpalmtsvxrsgrakgxqimovxooajgferemzvufppgectgiimrmlfguwpjcuhzfvvgaqwgxcxwyepeedzaihcvrcyihkbtkoucjhmelgutortlavzhycdjdherfqlbvsggdmhnrdvezrhgvqwyjnmqanhtoidgpkrejlgbfnkllqirhcbxgayehplwpzhfxihsqkbmoiwceynpplaqgknjehqpetwnohibqcxvzitliokvthzheeifqifecbhevlfqwlwvncjilupbrfqbqxydwkrvwbqfwiiowzgzyjhrsadyxoytrnqskxvotxlpwswidtlrutfbpudydoefdwtyawayqvrenjvgfoqcmnjogorogzohfgkplgnkskmltgziehwoggwwifuvvcvgzpiwmqtrpeuyghypocuohwwfueejggqalkcfetloovwibxmkfdclzssxmfsftahuanjromjyjylotncccbivtwjecyihifkfvgsrjxhrswcoqnhjbduscblhozqkcddtpehclswjsuvfqakbqdqdniunmdddvbzjsrkalvshswwqtduppwuicwwktdwirntpxurwmqzmgmhmyitdsbcykczurrehhpudfuacshzikaefgawjxiejvddexrgujfnegleetizmdqnxzscmpwlzazvninkuzlixfkycddsuvtihnfdiygtvqkshjfcjeoyxdkoxolgzcqmwikooljawzmurdjyqpfodmqlganibrhdiq"
    output:
      - 1: false
  - name: "testcase 116 : Lowercase string and not a Palindrome"
    inputs:
     - 1: "zkyvthrhdakeaczirdckrilkuetqzwncmowwtqjslxklweilfjvarvqolgquhwmucwtmtyoadxeyiuqpgmuebayricpjybevbfqgawncnjlubjbnnwqhoubsczngdwjhzqcwealgpyekjsfflubspviacgpvicejafxcwlrhvekthkjjxrsjjmnwbhsxbtfrlhkwkjnhwhotelczrdidxnujpqwqsqwjuzvbgtcpsqqdflfcctlrgbjlvhpxuzdnvwpnfvrqbngfdblmqeawruvwuwuqafnicbqfiumspohzwfjsdlhkkxitrnjpirgbyfnsecdoxalxwcmelkqjfuvvtjttxukunxwcfnrvgoqdlcptcuwiyzhwdeyhcggauttrtvferlwbdkwkxizcdrilusnriotwzoytdbzrzoqyvakpzjspkwffhsqwnjdjcwutpxvuviqgyypabbdydpljlvrnloiehjazugeneykrsucuefybdgkjflhnvuqqeoorxfucdubnbxismogeyfsknnvmmjdxrqzvjfckjuomhxpzjcjonxisetdefzzbcstikpanlnwugtfpuqmblicjqzvnxaczfduddldicosnhdlpodmzbeceieawybtckagzwhgrckxfmpnehwecedjwrpvirmxtygzqjyyvyglcjlxuevsgwrpepgapwnobpebfoqzmpuropeporvmfxngsuxxrahawfrvfygfyiegcgplydaacwoearrbrgaexycyvpsdxbktmqeqenshstxxylywuyiserysqxsczusbmfepkxngoqetblclszqiticjotvrixjagnqhzwuxyrszallbzbovrsleafhhpypuuavlrycwzlrupsmxjqkgumuituemsjqrdqrcrwedxpjmpkzylkmiyhdtknbksbjfpzlyatodnpislktgkyznvzoqxcnedfetunzlznivzfvqhyjormunyurutplukdidmmnrvefkrgszmaqvisdpkjcxevniofnoycumiwgtmdvbnvboguzkflxspadhpluwxkgjabgpoampqatrumfdahlgnwshfpcndblidwesnntnnvbugtfcuofbyggtvxmoimsmdzbsubuoxglmmnspxjipuaogdktjepsopvprwjzjhzvcnenzfoabgjvqmcwetbgtbdtowjwafjtzkjmopjabuqpqxfwtxswxellahukghogsubycfkvrlvtucezrkfmljcynztcrexalxoqoazuxosmingtjxtdgvoelwvywjnlajyydyekjuooestdciuoagdwdnckzrkwsrdyvchfbkmxqkueyfkjtzxgcvlvrqbsueidvbymkwcsbwxrfogmvrgqderpzzhodvjktldxarurqcwdbcwtobcghsogdbucyfpnpywdvhvkgccrcknqruxzxtfarfxssbtlbusqbzptihytabkuhbyvbpjmejvgqftuompwwcnzlfcdgdhfwctvxnhdipockwfdptahkjoxrivthpunhrgbclsmyvisypesujurgqgwiwgybgqljxcigckkgnviskvxlsjqpsxipvmbibaimuwtmokptzfzmzkkadszlmdsmivtbufxtfergivjmpdeslyjyxwdaqmfexuejfeojncbbcpshoyhtzxhsckjaoclgnsfkqxluksrgvykwopsqkwxjbkzfpcqalmsaxiaxjchegunajffetelqqupmkpmklyeedpmzyizfmmjopeyynfyxgzfjvwbebiiqiiodpbnscshytabkuhbyvbpjmejvgqftuompwwcnzlfcdgdhfwctvxnhdipockwfdptahkjoxrivthpunhrgbclsmyvisypesujurgqgwiwgybgqljxcigckkgnviskvxlsjqpsxipvmbibaimuwtmokptzfzmzkkadszlmdsmivtbufxtfergivjmpdeslyjyxwdaqmfexuejfeojncbbcpshoyhtzxhsckjaoclgnsfkqxluksrgvykwopsqkwxjbkzfpcqalmsaxiaxjchegunajffetelqqupmkpmklyeedpmzyizfmmjopeyynfyxgzfjvwbebiiqiiodpbnsc"
    output:
      - 1: false
  - name: "testcase 117 : Lowercase string and not a Palindrome"
    inputs:
     - 1: "pfiucstzogywkcsnehcjqxnqoyoxhuwkpixljnkrivhxpokokpqkspchkmwvqoshzhmrgqtglxwfqxklvmdwslyntcllqmngjzfeoyupbrsgcyjqpbyfqletoacrypaqujjbgxiuodcvswjcuuijyhtizwoiqnodhunjgjxumspxcmlskoimimgswbgburpnlmbwrjogxaqbevbffnssofgghuyatpftxxmjwozqkjaccxkcgegzzbjpibaebqptloepwhmfvzparnpugxsszvwxisrsjdwgwslzpkplhjnyikrhgghhhkwgaxsdxnczfhkbaotgtazodwkaxkizylxtchgyeaolbqxnwpfxdbwysulewtofsbqvdditujacopejjecdqryupiryxfauhunwclymbwmpkhhorrvvkwlqubnsjklggqlszrfahxvbmbprifzatrtwiskdsqmumzlxntrulcccqpvosknufqtnxtvebwngkxxskjjzxtithuvlnibehozywejzhtdswohkaotsspkxqeulmfeubhiyrkanmojyeoxnxnzzrfiskmbskpvasycpbthngtzyimaggsyrqbdurnveoeqngvuxfjcfqwbgbviqcrysbsjkduuzbutcwzzdfxagtarglavlosqctqpmdyvwoiygxccvqrxgiyliqawhzhryqmfskrpdradiwfzpsbqvnkvphmyekptcpqaklfemhpoeeinvltujwiwrxljnrkoheeeydrsfldmiqmlzgaeywpfvzovfuzvmadosynvdeofznxmxqtjglavmfyxvkfizkaedzxroowjhskmbkhkfxsyvptlsjfjeqalreoymrcubmkweqwduzgmqwhijcpkfnyyyahheyjlqbncljnovalfanytnmvawycyqldtwwyjvniasuhumtenlsllgtpnymbhbqyswwflytqypxkhaeqzylotrjcirokkxgtvfyjzadyipllnraqmxffojfdqfcghvhrqiufzufscfutzfstbzbybmxjsswhqgylwluxvuleztyatorhyzgqvrrfjtwxbuuizivefxmnirkfyqzspzdpxojjpugbgrbqoiodseuhcyappahmmynqolatirdbuwvplmibwoqwkxzbnotvplfvdwdpnsmggqxjrgxynkwhrsbrshxpoojqkdhgyyimghozxoanlltqexklywziggglxbidhqzytcbsazetclmlwloohmvjhqchejxofmdcahkfcshapufsrydqvpugdqzkulcuiovubuycqfcblieljawlgkksczvkcisjsnpxayzilqpcztjgkkvekhbfspqilbswagrlymuziwfhfqcftfbcniyjunzkimxbfrhqctsqzmqafkqyjsxxbayhlzpeytihgoqtrzvrsjbdakaqjdkmapgyxfpqjmvolkibsybkafpolvombyfhhzubirxtwzpkmpqumursxksolojwvzboictmacmcifnqpcjnpdpyhltzdjdblewjnzlwqiixheelwpbetrcrbfsxjkymoxgbbpbfhhmogqahtbndhlnbmstoudhpenfcmaunanrvtzahmekvzrxgnpndpijhflsworsnhlwpvwjbtfiyzsegwrroziayoawishutkcokjgqntxtiknuysjzywktgfnkhcthphupothqdvwkczykdeglzvyakkbrwmuosjvowhqzcchqyiskldgrcpaautyjcxdzskmkhjbpbkmodchlqxuqlxzumiveyvqcmnutbjchgsvegruktjzocicbhemsetevsnjmfxoyvcpiutghxvnihvukrneuhhbexdvblhfpaabuazlgbpihxkjizloodsbicvyuaiydmsndybrtjvlwtppokytnognecdyysxtqpytgmsxqeriewneykogkzaojjzjnndfirlduivsnybcbfayitauegedgwoojunuumhyufnmnluaewnllvofipbqrkwblmkwpaydrcqceveadeyjgfzaevcekadfmfyirdwbxdphpkbrdsfyazcufpeuvqaiqluccfvuxgkwslbklbzvshdnmrnloqwocfckbdalxiplchsbqhswjopqmcewwqawnxhaqtrsxarnvckwhifzgfbqgcetfyvlioczantvkxxjicaberruxwsklnnibcerhsjowverpmiksxwbvdluyjyojsmewozcruwudfngwbalscqaeujjckqyljypudtsvmsyaueusruzbbgrxkkzacapaibzeacokjgqntxtiknuysjzywktgfnkhcthphupothqdvwkczykdeglzvyakkbrwmuosjvowhqzcchqyiskldgrcpaautyjcxdzskmkhjbpbkmodchlqxuqlxzumiveyvqcmnutbjchgsvegruktjzocicbhemsetevsnjmfxoyvcpiutghxvnihvukrneuhhbexdvblhfpaabuazlgbpihxkjizloodsbicvyuaiydmsndybrtjvlwtppokytnognecdyysxtqpytgmsxqeriewneykogkzaojjzjnndfirlduivsnybcbfayitauegedgwoojunuumhyufnmnluaewnllvofipbqrkwblmkwpaydrcqceveadeyjgfzaevcekadfmfyirdwbxdphpkbrdsfyazcufpeuvqaiqluccfvuxgkwslbklbzvshdnmrnloqwocfckbdalxiplchsbqhswjopqmcewwqawnxhaqtrsxarnvckwhifzgfbqgcetfyvlioczantvkxxjicaberruxwsklnnibcerhsjowverpmiksxwbvdluyjyojsmewozcruwudfngwbalscqaeujjckqyljypudtsvmsyaueusruzbbgrxkkzacapaibze"
    output:
      - 1: false
  - name: "testcase 118 : Lowercase string and not a Palindrome"
    inputs:
     - 1: "malzntdkpearwyvkjkqfbzruoecgojuzkxfvswnlrcxmscyjnpbmxfwyakgwiznbusbippbpbkqodtysejkghswmkpiwxidzbcneaqxdxbzwarugwpzildhwchpyzfydlbmfaasimgpfyrarnfyildmynjlwmtttsqicqhvfmwdysyvbnttjvjpduglnkqfncbltyhnbnxhtqctnvprooqcpkfawmfrkfkdltgrwrrupdjqetekdvkczlktrqqphrygczawdebuobydhjkwejhujterjcxlcdwbdcyzeenjrrecbdckrxkscsadpznzmewalguqhlhxykvojipxhopmztkrdfkjzoefviihggukjlnmmgfjzpqlnbyscmoswvjginwclfiouvgjkvkzkzxgytwrfxbcmqfvhchkhpyajkavhaidonmzbdrlvnzcdhjwzbfsigzvmhihbkvmgmqjdrswtxetekidajlibqkozuucqrvxjjqgmvcmivzbwciwjxdgqeugaxaimbynoytiheebselmluymigzwziywvecewtwfdosemwlxxcwrtpzbfwzrdcogijfgfecctzcyklkpbhonixmzeucipabzosuqrrntthhbxjqqyhctpslmqwrsstyufaufmohdcukaqsptniluveqhwbkigcnrraylqmtrpglerezooqxluzvkxnjmfmrrtkrwohrehstwesbvxxnuxiypzlxprmzjsyquzvhknizutgezgfdreoonjraggvyrpiejeuvirailihxbhbyalrjwgxzluggomtripwpwusbtxwaaofogsqchrtkpnnomlgkzzilgzdodthtirnaqdbssvzndckprfkehspuvoryithcuyncmpnpslbgcxldeeblanvhphjbpksjrfaysvorasqfovmbzjbtxxyzhihafspnupqycwjrbmhocviuukwfgkaorqrjwhhnuxxwwryatnemmqylpfaisnudkkxjnlexiiaoluyvgvvfwgtydabvwrtuaqeupyelmjmbzchaksxkalaldjvhzaownusbqyvdtfjtnxfrvhmdmlagaxalzxyhkvglyknrkklatoremvacspxqezrchjmgdogalxtmdasveyhbpoprgwnasnxgzlvqermumdgsoomiddbmejuaavvyglpprwtwpgiyxxqtwvouelbbohwcgjpmrohpjpjusbywrqlxrevheyhjbbkkfcpqlpzbdhzdwggbfwdwzcchdwuiyoslfqlrpefcnxfmbcfszvvxlkoxjdfvqstgdarqqgqfidadiriwtvlejbuviorgjplwsaaneoymjrogzflmmuxxrpgllqytgzpuuudtqxvapmnsmfqqxnktgdjafdzarfocekikbluadzhupozrlmnvooqgkoadwegqyzaamojldaxdnarbywufoimnfrfbvkgdufutdvjrvtrspccddnrysapnbobpfsnptanskkvdlcdlzgarfinvfnopuepnisgcmoisztnqeicbfuzmggkdbnyjbgshwuedhiosntlevhpltnphbbwmgtxqwxpyjwbbrfxoljpqagoishlnlueemaptirgokihxhfhnbgctnzyjboifbglsfezqfayextajjqhcbjxfbpjnfphqkyxbvnucitofpbfibfcqpbrzxomytvemxuzofmmqvhtmgamqiigftrmukqpcygupvnajxjetkbozwkjahucxynrtdjpxwuhwbrccbbukpvkpmvjtyksazveostqpkybldnhrzplsidlkjwdvbbccgereyclzhrzakrmebcqlkfqfopovmxsfhhoihtudxcvnscbbcrweauqwrfqnmifpxtwmonqszvveeqsrlejqrylsmbdduoymcvmgtlemxgidshosooczfhtuvcqgjsdaslsebxhdfbvjkqkkuwypowayuwfinjmosfouuhgmdnaenxglbhvtrtjbeezxjjmfwlkpqgojncbufydvqbpxxxseftxbdzleltorkpcubgzbduxxuhyrzinsoaxyciamzagtcrudgrvcjlartkfuzkzeajxuypozvocmtphpounvnewoowzpnceqrsehkphxoriteeugodbgeqzybrlgetekbmvrsmhdywceyfbncgijikqbqijalvmoghubyjywpwrbwjhwetlaihjpuziftwyzfygpptxpvareiacgbpycdozufdpiwfwylvqzejfzuzxilznyrsmsssjislsfygmhakbdoysrazsftwtqpnffjamtwrvpydrdvdgojbeipjcgeqqolrtgbljxirfuueibyyycuzpppfdhfwtaamwgmnwtleglssgnvywabrbdfsmueryqlrithqyoylpqwcddwsnlfxepcrmzmmnaeujhbzxwqkfejolbukvyobtrwfvdgrepmziilcjdmtjifoqmavayqfudastizesiyanatssesqzognkobxqpsotgemndaszcfeyqsfspknkpeamwaqrqusflahalvsrdprmjwtqyafzzkfnmppmavrrlggsbjacgtocqytiihgdbadgfstjisosdxkpuaajwwmgqnrcntlwsczbhshwtmnizlimsnzggmuouznyjbtpwqopjwcsgswrzxkmbpfslpwuobecyzqxumpjcooidrxynwvlqxevdsuzuoskjwsskpmvhzqsdwhylexpzzcoqpfnvzfzjvzpfctwuwiyubytaaajohsupssqxpiiakdkuhlttcjawjhqtrnapquttyttsvxsnedvlegkxvunsberstwrbwuvgqfjmixdmdivjbmhnvhakgfcbpmqqmuryzqsirpjnqncgnqqhoxrqsjztffijwptbnwlavccgvwpwqtqsrlpvrmszlfqepleuqcjyiplzpyddosbcvgmxcjvwwtciznwneadikkpycgqtpehulwigggauovlxephwgiczxzysifyfrrpwqrjtkjbjjpahrqbbnigcfvclpvmzduthjmcqnqfxiyfiwykuoikaqkezjfedszmwzeroxtclezdmqag"
    output:
      - 1: false
  - name: "testcase 119 : Lowercase string and not a Palindrome"
    inputs:
     - 1: "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"
    output:
      - 1: false
  - name: "testcase 120 : Lowercase string and not a Palindrome"
    inputs:
     - 1: "rhlwebqlskdisaowpijkbpxxvkawffkinnalbjwfjycnkvbouzzudtfwluurhrtizeyfsjlakgyvwlzztdsmsaweoiaygludimztdbgkkzxfbzelpexewaidemlbbcwfwoovxmxjzzqpxwpojnaddyiywmsxidvvfwtwxsqsvlnokqpaeejnijdrmmbmzgfcfhntamoqyxxmretjzgunmsocceglgvbjxiwdfkoliiqsspsfhuabgwptkhfelxjczliutyrxbicajlojsplczgjcdwynahbyofikboyrsbcnseanvntnkantlkkghrxfpomdftkgtasxqkzmazqdjvwuibzslqgwqvztflfgdttucfgfynrbckaxgtptfkymbfnhupnymwzdqfkbswmrtrwosqqpojhiavkcjdqgmqzcbqjevsdngkotachlywfqnghapmuyezdeapaedlxfqskbzlhatngutgqeblnjwrirkbkqoaebjcpolmydoeclxwmsgpmxuwfcslyjynhnjhctfrzflbrnshomoevundntpfngxfpdhxixnfbqxlzrmxfxvkoobsaemdyictefuprjjiqmesfnumujvjjovregmstkaogpkomjtbtjyrxyhnwmysjfrjiifchpklrkzjjhavfdtdnvfgbcfhixzrbpginptlmdbxblgpxtrmzfqgmrvxhkabolajmbatogtujikephluzlgunybvuaifeuokfacxxlxjynivpzqfmldxtxrudqfpbmphrkgclkdrumlqibyhbuedilkbibnlxcflicfjgfruehpdscfmyqxahvcczwtswsccwfsddcyvrjtxkstwygtjnlakdrvnrtfjfxyhagjfgpmhadnjcuzykurczkwbasgxacvmwilxotysswazjhatgbjmdestruafjmqtqzekkasxdasfnhhrsaypdpgywymwhmaggekrkncjcuemawuodhcfohbmthvbktfpeicelrabwywtjuaustkjwbyshlutahcmqbafdxnnymwhknbhcdlxpeyzqeqptvgxfakfpiddnvzljtlctnmaufsxxieejckumdrfqdniatafjpitedajwkhpfhikvnzuyvnyrrrylwlkmudqfrbtatcjarkrjakklzrerrzvljclwdscepmjxpxwvalgfjadnkfaqzauirusmxitlqarsgjnsudiadiqvtaasamsovdjwzpfabbbnmbagznsovtlzufjsnvqwbdxrnqoslmdxlppnkdhtklzdfaejqilbhlkhllbvnebqkadefxuvscdhpcgivxonfvugvikdpvnntrrhxcigdkqsxsgqqpuvaurnyjrlrlmametorgnhvxxhacphuswbvidgjddjknzagigdzsrczgxryutidnjbxsvmdccfviznjohxldrcguippcwmhshuvrnuwxxkosgvzphnvnrdvwbxbmyozrianqhtevrycemsvmibrjpfgobqlcdusugdvtdpnjzwcatnlkvvhctnvqrpslcpnndxqknbolttvshwikmornfjtrmvzsgdwjbdhapoluhpjmsyxzywqkplnhpbjczzaxrpbvpgfvmwjayqcltzzzpfhpdbhahnormbaxmqwyzvzwwxjzybkeiqncmhwatokpeicuhvkoowydnrdjnrhpyllvmsygkzspyxeffzfbuqlwkcjtqrgmdapzyvaosreckejwxxkwhwzerxudnweflxrmfifgpsrjfmneoucwykedrvprkgwsjwhakiunqbnotknibgjgxhanirqnifhomryjqbbgauldbwuznpilzpntodiuvvlvugirgqxocupuofrmzmmyjbqprqpugrctwcyndurvpnglcgznyaazuglzocskyumhgkwrjhmxeciaoxpvbrqmqzvkhbbzvwyolcrrzugwcsusiuebzzwfhngxmkasyigwfsvmsrmdmmvzeymntrxffvnatvzhkbmmnfzzwawpkajimgiypgfgmhfvwopmldupqdyrxnceahmvzuodkhlfnwazwvmwrhietxlmjwyifqwhdcgsjwbvfbxnfvjrveugqtoqdpbsdipfuksmuafsekipynnxmpsycshmmtpmufadcmkasgapjpvyvscjtjasvacqpsjalltqipovdhhcwoqtiaayxnxpvnrovfmbqenuhhgrbegtzkytqsrproxfdaamhrpxzdizgbsvdaeggmvlpzbffzqnfqqqxqqvsnkguduaoijrlmyglsoaddhzxxbtqahzmcjozpzypxnwntsefredmbadmykazoygeucxtqbioqjbhzyuqznorumwurqeoqpopcfsypzbkvpvqjsqqxbntmndjoyjrnuveeafklpehuotqaujlihjzhrtoembtekwilihgnhuwkiotzxgmhponpxovsqcjkwedcvadxwnbpqrvaclewgkvjggjfaiyguotxntayumvowqzqzsqgrfwoluwxafkqugsawqdqlcsrrnztkychxinscoztaznviyvlyecnzwmuhndwszvbftolyfnnckpayeqprwglbvkkwoaqwtotzulxywrryqgaqmtbgypugpvbreiplnynrylownjelcbzazqxnipmfwdpwrtutdegjuzqcevtqtxoofglluifzrprhpofeykyaiivwomojcuubzsuccgngrvesslkdprwgbinojllddsxpzyuqafkthkkvvmobtxwzdmijbhhtoxbgoiketkbfuhpnsybafhakximsdrdjjbvhlyqclpscqollfdsynhtpmzvwafqxgwrwbojkeuoxtcyuinjfuuhvlptefzgwhqotwwjbudqgfujsacdjkdtuitkmbaktfznjynnauvchnqpovbjyzzpwxwsritiyptvblwsamgzqunldnyfwjmthjeouzfowztjufuebkmnadkmgctyjdesmnnizaddekqtymnhkxsxnedfovcqbugyxptcoqzyhwpyliugkllmmkntsuwbcjwkqnstjrztxtowjlttdfboasxxxnoqemrahgesugtexlekhdxjkyoflvatpghutmewdvllutxnrejoxqmfagwebiyuochnerfcjfxemochgwvqbmfegsresyrymzxobyfbgcmpoutpmrsvqnzhwjrnclyvywccekjapkhyzdjhfvtagqffsieptxcgurwrjetvsgsknpalufnmlbmjrnsiyxhlqiigemipgksksxvcmsjktkcwbkqltrqqtzsgjwodyjvzfukyfqeicmgwewoekctpstsxdlhvwspsuomkznucdpcigzvjwxbscwlcsjwoujaay"
    output:
      - 1: false
  - name: "testcase 121 : Uppercase string  and a Palindrome"
    inputs:
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
    output:
      - 1: true
  - name: "testcase 122 : Uppercase string  and a Palindrome"
    inputs:
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
    output:
      - 1: true
  - name: "testcase 123 : Uppercase string  and a Palindrome"
    inputs:
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
    output:
      - 1: true
  - name: "testcase 124 : Uppercase string  and a Palindrome"
    inputs:
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
    output:
      - 1: true
  - name: "testcase 125 : Uppercase string  and a Palindrome"
    inputs:
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
    output:
      - 1: true
  - name: "testcase 126 : Uppercase string  and a Palindrome"
    inputs:
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
    output:
      - 1: true
  - name: "testcase 127 : Uppercase string  and a Palindrome"
    inputs:
     - 1: "USBUQUAJSSXKKVVRAXWDUXIVDVRNUFDNHNNXHXYEXFZATWAXNCZRVCTTPSFKJECSIPGRJXUABRLMNOITNZNUEBTJZJTBEUNZNTIONMLRBAUXJRGPISCEJKFSPTTCVRZCNXAWTAZFXEYXHXNNHNDFUNRVDVIXUDWXARVVKKXSSJAUQUBSU"
    output:
      - 1: true
  - name: "testcase 128 : Uppercase string  and a Palindrome"
    inputs:
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
    output:
      - 1: true
  - name: "testcase 129 : Uppercase string  and a Palindrome"
    inputs:
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
    output:
      - 1: true
  - name: "testcase 130 : Uppercase string  and a Palindrome"
    inputs:
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
    output:
      - 1: true
  - name: "testcase 131 : Uppercase string  and not a Palindrome"
    inputs:
     - 1: "OUQEDKQUDRBLMODQTENKIEMVYZQNUVCEJYJEZCPMMYKLZEJCCEKFSBSKXFNBKAAZUIBKMQLFLVZLUPBRPGXPXTMOYEHUCLANSCIVXGKVEGWYVGSHYUSMPOAVPAOTOKPRXGBFHKXKYSVYWIQQVQDTDQADUVKILBV"
    output:
      - 1: false
  - name: "testcase 132 : Uppercase string  and not a Palindrome"
    inputs:
     - 1: "ONVCQLYHOLTNJEYXUXYTVGNKYKRZQZGGHXQKQEIIWGTOVHJJQUADPAHQCONXVFBLJRPJFMZKLNWUCYELNBEPNTLHHBHHTQKQBMRRCIDUMQXENASQZVOIVRHCLEFVJYRKBPJBHUREFUZWVBXTVEJLYMINITUMNVQYWHJARIHRDDURVFZZUVBZOGLOACAZIGINOSXMYIQRQDBNGLSABPVHBCBTNZCJVJYTXQEDJUAGLEKFKOPCNOHYHYZESMCRURYHIGIBMJUYXTQQEKXOWQSWMQHQGISIHOXXXVYVWKTYHEOYNKOJCNSLSKPWONOYDIWHNJMAWEIUSESMRAWSUBEEGYBTDXOAUXCGYLWDPTFKGZLPJGBFRZGZIFDVIPRANEXDGKXDFFORANATAOHVLTVFBLSOHDLWZPXZZSGLXHKAALGQKXINERAPRXDPXCZUHZFRXJWQDTTGZZWQRLMXIPUERETOHYOSBCZAIHCGUOOWTIWRMPNLULCICGCHJCLHRDAMTKSPWGVNCIGFBGARDZVQQVXMHWQPAWFVVCDNONYDLLDNDKODDQXTBEQCREOYBABWPYAYXKULCNXIIWBYHHFEEEERXQVMQVUJTTWWRPIIJLPQVNNGQAYKRPJFAYSATHBEEXKKQDJHJOEQSKDWGQPWBTSCFVVUUOIYPTQRPKDYRHQNAADNKVAZSRYAOPUZEMOKGUOWGHURMOGPWMBKLSEDHKQSAFLBTVGEBOYBYZLXZMZCQRZVYKOKJFXEXODSQNAOTKKRJIHTQTQPASASXIURVLUWAZEKLZZOTNXFQSNGFNOUINWOYGKUDDXMYEVDEKCMUIYTYBTIZIHDOQFNFJTIEJSCHRXSFBBUWMNITSNQPZUCFNEVNABNUECBPZVPQQNFKIDARJDYNZCDBUPHGEJQYWTIPTVANEEYQODRLEBVPCATPPTITYVWPWELVGWYENKSUPMKZJWKBBZEHARSCDBRNCCRPDXCAIDIBUVUPEEEQTXQIBBZBJDKWRMLOEHOCAFQTJINYEMNQTDNTZIOVJGJSXLLLMNBNPNBNXOHCURLHXGOVFPTSOWBEGRKWWKPDJAEFAXJDZSOVOXFYINQPYBUQIUIWUUYWYQADAIUHQIRYTALTPRQAAUHHEHBBSKUMJZZLXODLKBBQIPKDMWCGMWHTMLBIWKKIBWCPHIFPYBDTGSDKILMYWPPGIWHHWHFSEQGPPHFIPAEKFGENYIRBVJZVSIXQRWAEBIGRUWJUATSYRCYALEOENJZUSNGGQYIRAGRGCFJNJRLYHTMBWCPAFWEXRDJQFWHSPDULYWRGOQJNXMFIUBTPFKXYFGVFKEZCENXLYHOFOXZZEDQIFRLRCCMLLCDIVQRCRJBEUNCWOQXRXCTAMQSJWOFUKIKIQRVLNKIKWISIWEUPDOBAKRABGPWPCAAMZGSLFAZMWJAGLQGGWLRZSZXSFECOROZUGDEBCWILQKQEDDNKEXCNLHEFQUHZRRICYUVQIJIPMXVCWYQTWUSYWYEUKKYFQNBQOXKHWEFQQGMPZYBWRRNWBTHONYBTRXNYDIOBFRBOJJIBLASCWXIKWQVNYAFHVVMSZJIZMPWPIPPMJMZDYUCGBTZSBEXNGCXSSWODECLKVITHDBGOKPRDHXHVABQQPDMUSHRKBBGJEQOXQVPCNQWLXOUOEDXZJPDUXBGHOHQYHXNZUPZIBJMYDFGKGZDDGAEDBIJKQKUQDSWCPZSEDZHCKNCJMVEYWMCQTDKSPYEXQYZZIROZAMLEZMXVNJKRTEMRYSGIMHCARROZOOGIIHHRRRHAUCCNYVEIUDCZZTULSLDTRGDYWEMQMSGIZWOXSEETERWEIGXOGPUEZGKBFADPFVFFTKGQQKNSIGDYRGOZNTHEXPYTBXJJDBRZQZGGHXQKQEIIWGTOVHJJQUADPAHQCONXVFBLJRPJFMZKLNWUCYELNBEPNTLHHBHHTQKQBMRRCIDUMQXENASQZVOIVRHCLEFVJYRKBPJBHUREFUZWVBXTVEJLYMINITUMNVQYWHJARIHRDDURVFZZUVBZOGLOACAZIGINOSXMYIQRQDBNGLSABPVHBCBTNZCJVJYTXQEDJUAGLEKFKOPCNOHYHYZESMCRURYHIGIBMJUYXTQQEKXOWQSWMQHQGISIHOXXXVYVWKTYHEOYNKOJCNSLSKPWONOYDIWHNJMAWEIUSESMRAWSUBEEGYBTDXOAUXCGYLWDPTFKGZLPJGBFRZGZIFDVIPRANEXDGKXDFFORANATAOHVLTVFBLSOHDLWZPXZZSGLXHKAALGQKXINERAPRXDPXCZUHZFRXJWQDTTGZZWQRLMXIPUERETOHYOSBCZAIHCGUOOWTIWRMPNLULCICGCHJCLHRDAMTKSPWGVNCIGFBGARDZVQQVXMHWQPAWFVVCDNONYDLLDNDKODDQXTBEQCREOYBABWPYAYXKULCNXIIWBYHHFEEEERXQVMQVUJTTWWRPIIJLPQVNNGQAYKRPJFAYSATHBEEXKKQDJHJOEQSKDWGQPWBTSCFVVUUOIYPTQRPKDYRHQNAADNKVAZSRYAOPUZEMOKGUOWGHURMOGPWMBKLSEDHKQSAFLBTVGEBOYBYZLXZMZCQRZVYKOKJFXEXODSQNAOTKKRJIHTQTQPASASXIURVLUWAZEKLZZOTNXFQSNGFNOUINWOYGKUDDXMYEVDEKCMUIYTYBTIZIHDOQFNFJTIEJSCHRXSFBBUWMNITSNQPZUCFNEVNABNUECBPZVPQQNFKIDARJDYNZCDBUPHGEJQYWTIPTVANEEYQODRLEBVPCATPPTITYVWPWELVGWYENKSUPMKZJWKBBZEHARSCDBRNCCRPDXCAIDIBUVUPEEEQTXQIBBZBJDKWRMLOEHOCAFQTJINYEMNQTDNTZIOVJGJSXLLLMNBNPNBNXOHCURLHXGOVFPTSOWBEGRKWWKPDJAEFAXJDZSOVOXFYINQPYBUQIUIWUUYWYQADAIUHQIRYTALTPRQAAUHHEHBBSKUMJZZLXODLKBBQIPKDMWCGMWHTMLBIWKKIBWCPHIFPYBDTGSDKILMYWPPGIWHHWHFSEQGPPHFIPAEKFGENYIRBVJZVSIXQRWAEBIGRUWJUATSYRCYALEOENJZUSNGGQYIRAGRGCFJNJRLYHTMBWCPAFWEXRDJQFWHSPDULYWRGOQJNXMFIUBTPFKXYFGVFKEZCENXLYHOFOXZZEDQIFRLRCCMLLCDIVQRCRJBEUNCWOQXRXCTAMQSJWOFUKIKIQRVLNKIKWISIWEUPDOBAKRABGPWPCAAMZGSLFAZMWJAGLQGGWLRZSZXSFECOROZUGDEBCWILQKQEDDNKEXCNLHEFQUHZRRICYUVQIJIPMXVCWYQTWUSYWYEUKKYFQNBQOXKHWEFQQGMPZYBWRRNWBTHONYBTRXNYDIOBFRBOJJIBLASCWXIKWQVNYAFHVVMSZJIZMPWPIPPMJMZDYUCGBTZSBEXNGCXSSWODECLKVITHDBGOKPRDHXHVABQQPDMUSHRKBBGJEQOXQVPCNQWLXOUOEDXZJPDUXBGHOHQYHXNZUPZIBJMYDFGKGZDDGAEDBIJKQKUQDSWCPZSEDZHCKNCJMVEYWMCQTDKSPYEXQYZZIROZAMLEZMXVNJKRTEMRYSGIMHCARROZOOGIIHHRRRHAUCCNYVEIUDCZZTULSLDTRGDYWEMQMSGIZWOXSEETERWEIGXOGPUEZGKBFADPFVFFTKGQQKNSIGDYRGOZNTHEXPYTBXJJDBR"
    output:
      - 1: false
  - name: "testcase 133 : Uppercase string  and not a Palindrome"
    inputs:
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
    output:
      - 1: false
  - name: "testcase 134 : Uppercase string  and not a Palindrome"
    inputs:
     - 1: "BALHMNUGQFSEZTHVEXWXMHUJFQLBOAPTFZPYHLNRIXNHYXWPXYTOBBUUKKGYIKKFHBTHEDRKUQPJGPREIDOHZIGJIFQDFQTMHAVCYEZIBCWLEFQBUIWKMDTYHOPJLQYINKNLYKOWQSGSEOPIRRLDTDHBEPORCZPFEWPUTTSUZJVFTLJIWUGHLWZMCKUUFXUVCETJXYFFFVOYBFUKVVGARRPLGPBJQWHPQSZHUPNNTCFNYKQNLOXQZAQLYEAXFJHUKEZZSRSKSYNBUVXYTIPFLXPDHUYBABXBBAFODSXBQRQDBRBCHUUSNNWYDNMMJDJDWXATGQZQKWGXXCLQOEAJNYSZKPZGLLKBGRCSWBFRDWHMRKWNJYTSHDDDUNDPLLCBEDJKLUUEEGXZTLFAEXVLLIFBYXRZKNETQFIQNUXHCOYXFFHZJTEMURNOFRPBCYOVPLJXSLZGWFDZQBPLCYXHHGPHRBYVHVBRYOZKRNIUHITBVRFVPVENVGEEWGGNVLAGZBKZDBDONJJCARLWPYABOEVOOBQYEDCOMKUWCWIICNVZAYQHHUDOWXLZAPJWHFJQWWTRQLPTKKOJCJXFFZJEZIRHHRPURHXPAWNFMEFRFCGXDMOTEMFRFCRTRZZGOFFDLSFQSFUJKAPJDJYUKZBAHQDOZFYDAWDNNYLBXMZUUWERQTALDSWXDOWLPOTAPPDBQNITHTBQOVESJYQYAWUYQXYWNKSRYMYVPNBMRBGRAXJHBSVBXDJAPWQCVYQOVXCMOSELWWJUUZQRZWMDDAQDBNFBWBUTDTZGCWGRPSSGQDFOPVAIZCMFJPTXGYGAYLFXDQMQHHQBFEUDQXCZVGBXCYNTDUIXMOUUBENRTRBJEXSJKGMBTUXOCASGAVQDIPLOHYUJVIOTRLRYEXHONFJWBYDOQSITBVCQLDAARJVFQMFTMEZRXUUWNFZQSYIFUAYUWOAUCOXYWSVFAFEDCFSCIGKTCVLHWSHGLNBJSXTOUOETLTSMIEPBDOKTLRHHLHLLXJTVFJLOQHVTZRYUAXTBIJSWYJVOTQDCQGZLOPSBDZMGCWAJWLHDBOLNOCFYKJUQESEAYFKMFTWECKNPSXQGQAAGAXERCNCVIQAAXVYNUYUEORMWJFRVCNIMXCJAGUTCYJCLPFBBKUFPWJCDOYFGEMBRUZWDTFXEFPNWBXKBTNBOSLJJOKWUOROFKCGLUIXLIVQFYMMFPILJEERWSXBSHZKIHUTIOQNCRTLZRVDPANNVANJVRXKJLATBFZOFNTYXAAWGHKSYCNCNIIPQOTHDVEZUKEOFMPPUKMTBXWYHSXCMKPSXWTDNIAKPQYBUYGCXSOQSZJRCBBSHINJCKHYELLSZIRAYZPLJNZHOWACKTRAUUVKECORMFPBJECVMAGCGXCPPGRVJGOINRORLSLUZIVMZXFAKIGQYYKYCMMBKVNZIUENGKHQVXVBRLRIJQCQRKGPOOBDMRCHZTCQKCMADBJJZOOURUCYUYAPZPIWIBCPSJOEZOTQZXYQHPDQXDDGERRDEHUHJUJFHUJKMPMMNQYMVNICLNGEQUWDHJODSUUURNDYDVVCXMMAABCOSCWILRYDNBEMUWCRIMZFMQABELSTZDWCKGACYNXOSROBSHQAWMDAHTWEYKECWWLCNXJLGZFPZAQUQBCYNWQDSLSLJZAZJCIICSJCJXFFZJEZIRHHRPURHXPAWNFMEFRFCGXDMOTEMFRFCRTRZZGOFFDLSFQSFUJKAPJDJYUKZBAHQDOZFYDAWDNNYLBXMZUUWERQTALDSWXDOWLPOTAPPDBQNITHTBQOVESJYQYAWUYQXYWNKSRYMYVPNBMRBGRAXJHBSVBXDJAPWQCVYQOVXCMOSELWWJUUZQRZWMDDAQDBNFBWBUTDTZGCWGRPSSGQDFOPVAIZCMFJPTXGYGAYLFXDQMQHHQBFEUDQXCZVGBXCYNTDUIXMOUUBENRTRBJEXSJKGMBTUXOCASGAVQDIPLOHYUJVIOTRLRYEXHONFJWBYDOQSITBVCQLDAARJVFQMFTMEZRXUUWNFZQSYIFUAYUWOAUCOXYWSVFAFEDCFSCIGKTCVLHWSHGLNBJSXTOUOETLTSMIEPBDOKTLRHHLHLLXJTVFJLOQHVTZRYUAXTBIJSWYJVOTQDCQGZLOPSBDZMGCWAJWLHDBOLNOCFYKJUQESEAYFKMFTWECKNPSXQGQAAGAXERCNCVIQAAXVYNUYUEORMWJFRVCNIMXCJAGUTCYJCLPFBBKUFPWJCDOYFGEMBRUZWDTFXEFPNWBXKBTNBOSLJJOKWUOROFKCGLUIXLIVQFYMMFPILJEERWSXBSHZKIHUTIOQNCRTLZRVDPANNVANJVRXKJLATBFZOFNTYXAAWGHKSYCNCNIIPQOTHDVEZUKEOFMPPUKMTBXWYHSXCMKPSXWTDNIAKPQYBUYGCXSOQSZJRCBBSHINJCKHYELLSZIRAYZPLJNZHOWACKTRAUUVKECORMFPBJECVMAGCGXCPPGRVJGOINRORLSLUZIVMZXFAKIGQYYKYCMMBKVNZIUENGKHQVXVBRLRIJQCQRKGPOOBDMRCHZTCQKCMADBJJZOOURUCYUYAPZPIWIBCPSJOEZOTQZXYQHPDQXDDGERRDEHUHJUJFHUJKMPMMNQYMVNICLNGEQUWDHJODSUUURNDYDVVCXMMAABCOSCWILRYDNBEMUWCRIMZFMQABELSTZWCKGACYNXOSROBSHQAWMDAHTWEYKECWWLCNXJLGZFPZAQUQBCYNWQDSLSLJZAZJCIICS"
    output:
      - 1: false
  - name: "testcase 135 : Uppercase string  and not a Palindrome"
    inputs:
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
    output:
      - 1: false
  - name: "testcase 136 : Uppercase string  and not a Palindrome"
    inputs:
     - 1: "CXGZWQTYPWYDZFLULKIXBIYRGUHTMWFLBJHSOAVFMTOFWOJJICZZVZTYHRHSGFKCOOLEAUOXEYOIXEMSALKTMNJBWAQJOUYIVTVZGKAJCANNGJUEDQZNVKXTOFPCTHRRRJDILJLTIEVCSCDDVXSSPJLEOSCACWSVXVPLPNWNVTFACOXFSQRTEDBDMGKMPQQKLXHMRQDVOCRMJYSPKKTDULCRDZZWKBJIELFJBLYDBTFZAYRVCJAWIAVFYTNTCETOULDGKTSUUNDGZBQNJWHJKJXLUXSAZYYTMUSGUZLYUSQNDXMIWEUIJDJDMOULAWZZSCNPJBMSYHJWJZOECFGWWUVGCAFZFRACPDXTMAQBNBGNVYQTNGJQTKCOCHGGBLIIVOREWBCYFXFUACOVVQSCHRISJMFEBROWFUCBOGHUERSKYYDXMYUQBBDICTWGSKIRRXNJBLSKVSWVUVRTYYJNUABUKDYMKTFWKOJNQQERROEVIZFNCFIFLJVGLKDQJGXIYBLGWETEFJEVFCMHUDPCZSAAQOEVNHCHCYRVACDASGDUAWYUUXDMNUIQMBKFVNKKBSGAEHQZRYOMPNJMRDJDGWBARIOFTJGHAJROZKDAZQESTZGUTIBFEVSNGTLRREUUXIPCKBQZFFDZKNPBLEGKRSFEJORMMCSVVJWLZWDJHEFYIRTSIGRDMYYNCQCTNJYOVLSAUGEEKAXLPUGEUHBBIQJQFCTDUBZJDLMQOHACQMGLHNVIJKLXOSILVIELHZEAVGGLCBCYIJABMCIMAQZJZOBNEUCMRNZJPUWUZAXLFQOVVYKOJSLNOOWGRGVGAJYSQSHNCLHKCKVIKRAXIOSNFYUAXWOSVUSJXZDBXIAXZESHTZDBBKOKJVKBCKTOMXWKZHHWBWCHZGHLVFOJVFQQTFXWPLMLCTXVKMJNCITAATQMLUYSTJTLYPHJTGMOHPLMFOIBJYTWTMHNMUAVVOYLNHJAVSNFOSOYMPHZRVQYQXUQYBKCESUAVLRMGQCDWCZVKLEPHZVENMYURZGHERVADMPWRYINBDCEQNWSBJDBLIGDZLFHMKZBIIMHWYSVIWDSWNCZIGYVSAGCEBNYWOXLPFQSYFFMWEFAINAUDGCADPLUVSVDMYPWXZWDTHILWVLGLMESVIRVGNFILDOFRDUFOZOJKUMJIKVZPCSVZFUKDZSFPUBKEFAAZLNPXKUZLFPCFOOSMMVQWVZTKGUNISSSGXDYHOWVJCHBZSEAUEAUAKSBOFAQIKZUYVILLOZTLTDVVAATQZXGXTTIFEREIJIGDVJKYFEPTLXBRLBWITYAIAZVTASJDWNNANBFPYJVEAZISAJMEKSAWJLTEWKCAPRAMZJIOITSDAKWLTQJZIHQPLKOYQFPDCTIIPAZERCTTWLWOAQWCBXKUZUBXRIHYODIKOYCGEEHCUTMWHGNQXOGTSRCQXNTHLZEMFGJGGXIZPIKAIMZYAIZEUOXKEFQWUFIZCDURGJRBROGBQFJMOZROZNOCSIOXYOCEOHVACXVFVBWHVZFKVVGQQXUXIWGKFHSMPNDUIJKACGQQNPJJUNBYSCVRBUDAAAKUNMXQORFIUTYFSFKDIBYBERMHZQUMCATBSWSVFZJKOFBXMAMXVJAQRFCNFZJFQFCUTTFFRDMXXVDHWIIPPDZMSHPCSRBZPBLQYOGHWDPJTGPVEARZLRQYCYZVAQAYNQVBIFIWIVPOJNRNQTEMYRVFZKHJQFQTTQNEOPKUVRFIBLBQUKDZNOECAXMFAMVUKKNTFDWVPXBITVPRRFUIHAZDDNCKURPZNPJVGJSNBQKYHQHLKEHMWLAMRNQMNABGFXESYDUNLNPLCYFPPWAHCDRGBEZYBRGWMEEDTNACORWZRTJOFVPMEUOSLFTRFSKMMWCOJZBPAFDDBCFVBPLICJZKLVGUTBIIBREMONBWCSLTRIYGXTKZQYMZVHBAGQOSXCATMRTPOKHTXCRYNBPLWBHKKGPSXWZEXXPAPGFYTNFZHVMWZJPTBAUETCADNRIWAMTNIFIZXHJHBBWDCQUSTFPLWDOEKWCXSVOKKPMGOMOYCIEHLYKVNHJXGJHHZFGMQEJBDPAGPTCGHVVRQTSMKMBIGNTWGFMSAOXGUJRXQFEJUWWHUJKLSGOBNHKTRVRFCGCWIXFJCYDLSLAJCOQXSNYVNDMWCDMXDOWXUBVCDEVZEPHNNWYTFVRLWUNBCFXSJVIGIVZXCNANEGRMGXPEHOCEGBTYVOOOQINKTFGMKKIKRZYFCWORVQTLWWPJLEDOXAINOKLJRDZIMLEKTMYDYOGKGDEGJFRZCYSDYHSNESWTXUTOGXCZYATPBUDYZDPWSTAPODCKFLVYETBNFLKOYLAGQZEPBZSPDAUBJRQRVVWJASEKQJOCLMKMWNYXWUCFMMJBJBKNGUIHQNKTDHHPBAGDOHHYTQRAAHDRIQHSNFYCJUVDSJOLEJZMNDNASILKADGJCJXQUIJATAGQENXZGGSWYXZUVEBQJYWWVIRSOECCLUPLTSPSFQTGVZGOCNTNMBSXXKZCDDETZLORAWLYTKBLZSDIFQJQXYKQGHKIFZFESBMAQXPAZIVZYDEZOTWPKLOBEMEPLJXQLMFMFTJIYFZMMISYXHJNZWKTDTAPLQZWOGNUEHAPKWJPGLRLKRNBRVBEOSAWTKYUMBPNGXBULWACWTTXLVSIHELFRVEJTNRRBIKRXFYMJJCMOLGSSTONOYMZWWSAOLZUCACHBHYIQEQUNSLGRKCVUZOHSLZCPGBLKBMEDSTGYICTIIPJOUHIKGZAIVVZOFEAJCUKUIRGLWXQUNREZMWKTRITINFLXLWBFCIUAWZEDTQRGKJVFKXOUJJGSKYJVQZRDNTEWLJBRMRUMCSBIWQGASSCWWAKIQUZGEAZYZPOKEHZGCIWGSWXHQLXMBSGUXBVFRPBEGGZJJGSEIMIQPVAWWTUMNZWCMVDLDRQIHQWJGNWEKOVUHVNLJDKGHRHYOMMNUMULHBIWLTHSRXSPCBUNXUBOHOEDCJXIOWIEUGTSWEVGHYTJOUSAYVUQPREBCURVAVGTQJQDEJIFAVEUNQUXEVREZFPPPFPFESHMUZGOYWNHAAMPHNNGEIAWGMOSBAFMGDZQETUMAUEPCVPFQXIBFLAKTLFFKTFJTQINAHASSVGOIHANIMRXLWECUBPZSSXJEQANOHPCHEXUYQQLTYHEEFXVXCOXBOSURHKRFJLBYJGNTMQVEGNTQCYHGQVEANLIJKKODMORPVEARZLRQYCYZVAQAYNQVBIFIWIVPOJNRNQTEMYRVFZKHJQFQTTQNEOPKUVRFIBLBQUKDZNOECAXMFAMVUKKNTFDWVPXBITVPRRFUIHAZDDNCKURPZNPJVGJSNBQKYHQHLKEHMWLAMRNQMNABGFXESYDUNLNPLCYFPPWAHCDRGBEZYBRGWMEEDTNACORWZRTJOFVPMEUOSLFTRFSKMMWCOJZBPAFDDBCFVBPLICJZKLVGUTBIIBREMONBWCSLTRIYGXTKZQYMZVHBAGQOSXCATMRTPOKHTXCRYNBPLWBHKKGPSXWZEXXPAPGFYTNFZHVMWZJPTBAUETCADNRIWAMTNIFIZXHJHBBWDCQUSTFPLWDOEKWCXSVOKKPMGOMOYCIEHLYKVNHJXGJHHZFGMQEJBDPAGPTCGHVVRQTSMKMBIGNTWGFMSAOXGUJRXQFEJUWWHUJKLSGOBNHKTRVRFCGCWIXFJCYDLSLAJCOQXSNYVNDMWCDMXDOWXUBVCDEVZEPHNNWYTFVRLWUNBCFXSJVIGIVZXCNANEGRMGXPEHOCEGBTYVOOOQINKTFGMKKIKRZYFCWORVQTLWWPJLEDOXAINOKLJRDZIMLEKTMYDYOGKGDEGJFRZCYSDYHSNESWTXUTOGXCZYATPBUDYZDPWSTAPODCKFLVYETBNFLKOYLAGQZEPBZSPDAUBJRQRVVWJASEKQJOCLMKMWNYXWUCFMMJBJBKNGUIHQNKTDHHPBAGDOHHYTQRAAHDRIQHSNFYCJUVDSJOLEJZMNDNASILKADGJCJXQUIJATAGQENXZGGSWYXZUVEBQJYWWVIRSOECCLUPLTSPSFQTGVZGOCNTNMBSXXKZCDDETZLORAWLYTKBLZSDIFQJQXYKQGHKIFZFESBMAQXPAZIVZYDEZOTWPKLOBEMEPLJXQLMFMFTJIYFZMMISYXHJNZWKTDTAPLQZWOGNUEHAPKWJPGLRLKRNBRVBEOSAWTKYUMBPNGXBULWACWTTXLVSIHELFRVEJTNRRBIKRXFYMJJCMOLGSSTONOYMZWWSAOLZUCACHBHYIQEQUNSLGRKCVUZOHSLZCPGBLKBMEDSTGYICTIIPJOUHIKGZAIVVZOFEAJCUKUIRGLWXQUNREZMWKTRITINFLXLWBFCIUAWZEDTQRGKJVFKXOUJJGSKYJVQZRDNTEWLJBRMRUMCSBIWQGASSCWWAKIQUZGEAZYZPOKEHZGCIWGSWXHQLXMBSGUXBVFRPBEGGZJJGSEIMIQPVAWWTUMNZWCMVDLDRQIHQWJGNWEKOVUHVNLJDKGHRHYOMMNUMULHBIWLTHSRSPCBUNXUBOHOEDCJXIOWIEUGTSWEVGHYTJOUSAYVUQPREBCURVAVGTQJQDEJIFAVEUNQUXEVREZFPPPFPFESHMUZGOYWNHAAMPHNNGEIAWGMOSBAFMGDZQETUMAUEPCVPFQXIBFLAKTLFFKTFJTQINAHASSVGOIHANIMRXLWECUBPZSSXJEQANOHPCHEXUYQQLTYHEEFXVXCOXBOSURHKRFJLBYJGNTMQVEGNTQCYHGQVEANLIJKKODMOR"
    output:
      - 1: false
  - name: "testcase 137 : Uppercase string  and not a Palindrome"
    inputs:
     - 1: "EKDJTNIADRLVXEKDJTNIADLVX"
    output:
      - 1: false
  - name: "testcase 138 : Uppercase string  and not a Palindrome"
    inputs:
     - 1: "RDBVWDOLCRCGWEJJVAHLDJUCWPWEFKWMSPYIRIYXVTEQPLJCFJTDPKOXRJTUBYYJCKJQRWUIYNBHSVTQTZUUCZGOHRFKLJELQHBWLUWTKPIHNAOTNZMZXRONWUSJGIPCSJRIVLHTPBOAKOSQWUWRQRUSQDMABWHRHXMKZWGNNYNZMNBSOHGXZNIUCLRRATMUSSBUNVCHMYPRAVKFJBHMJUZCLIUSMPTRPQYJXDHXKIGUTFERSBMOMBYJWHXQUPXOYAQBWYKVSEIJLUUQCCDCJJGIRDBMTDQMDVGKDPUIECHZRARAGFNHYTDTOIDKSDBDPHJXGHYSGBVYJGEATUPBZTTROSPGHEXDCQEMBTYAPBIQZTUDNKUCQRAMMUKPZCNRWQYWYPPJNJFYQXJPTTIFVZJAIVJEASESTVFPXYDPQOPFBJZNQPTLWQHJGUDEORKODBDZGZDGTHJTJFPFTAXZTDLYSBYOXWXAZJMIPGPZCPCWHBGLVTEKFADQGBTTITYHNMHNMMZTSQCUGMINSGRXDFCXZDIBWEUONVHLDDZJEGJENPTKEPCLNNACCSZVVYWZZXMKPENEXSXELWDSMUCYLOPNPYGFVFLZMIRGRTYDORGAPUSMWRRNZKMTIRMGQKDMMESQKRDFRLJBXNWVQSQYBHOUCKZDCUESUOMLFIKPCJPPRYPKHWIAWYNPXXYSROAVZVHHHLYIXFQXWYARYCLVJWSFYGSHSTSQMRIZPSOHARYQCOPDGVDHKQVKSAQBZXKNXYSXFLILKMZRZRM"
    output:
      - 1: false
  - name: "testcase 139 : Uppercase string  and not a Palindrome"
    inputs:
     - 1: "EVLESWGUFGNOROEOPAPIRVBIMCVTYPFUXIOQFYKGTBVHFQDXFKTFESWSVPJUGBXTZEGJGBGXUEJTSSHWKVLCKKPENUUPULHIUQHQBUDEWJCEPTEFDBCRQZYZDYPOWRTHWAJUWZYSRJKQDRPIGGKAEMNQFMIJNHOOEFLIUECIQIFIOZCYKWDOHQQEGEQVGOEDHVBUUWFIEWOCMKGUGDBEORZAXQTLMDUBMFQURPCAJWUBEKSMWXHZUWZLMRYBSYOERQRNHIVQHUMXYAYSMNMQHMUDTDWBBEHOMEDFURPTDAFIQPLVKEYZDOWRRXFUZNBZXASZLUHZTXIDBUVLAHCHGJQCPSZYZBDDOOEHCPKHWJOXHHEUCQXBPFURWZSFZTAVFCYQUCDKOPZMDVOLWLSYIWHFOZPFPOGLJEKFBIQFOIRTNYMJVXVQJPMHOEHEEFLBYHXGAGSFUIFGXKPQRTMEONZXKUBDRTQBCHBBBKQPIOATCPJSEIBVXZNXSORRWOYJAECWSAWLDRCWLLOEAMBSUWNQLVNZCSUWEKEDNAMDYUHQFYORWUUBXPSIPEAKRFYWPWPSSQXKXUCFJGDJKAOUXUIYRHNCCKAOZJOIWTKTBASWVQDBCXAWPOXAEEDWEVUJJBGQKYRPNNOSHNNKBXXSGBWWUGSFHNVTIHEJRTNZSKLDIYBWNQFIVNPVDLASZRXJFDQQWJYGMMDZBXZDPEZBHJLQEPKBEEPFFLBGTAFWJCNMOUVZXDACDZVZBVWDEDPQRSYDJTJKHCDBWXEHVVEBHYTIHYSSTKZUZWWGAPMHTXDBVQXBQHWWXFQQXPYXBFAKWZXFMSZEECMEJOLYUUKOMNBCLEZBGJWZECTQBFSOAODZSXSJUSBVKYZHEYSPAOALREJVJPPGMSJJFRSADXANETKCUFEFJRWBKSSHPHMSOLBDBLBWCZIBDCBDEIHZYHQIQZEJQXFHRGKDTSXHQYDDMOUIFMCTFATTINRGIBUJPFBSZVHUUEHISOLUQGLZAQEWRRRGNAIS"
    output:
      - 1: false
  - name: "testcase 140 : Uppercase string  and not a Palindrome"
    inputs:
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
    output:
      - 1: false