upstream/mercurial-mirror Commit - r45285:cfe86fbc

merge with stable

Augie Fackler -

r45285:cfe86fbc default

parent child

.hgsigs

0 +1 0

 fb62a3a673d5322f6274a44ba6456e5e4b3b37 0 iD8DBQBEYmO2ywK+sNU5EO8RAnaYAKCO7x15xUn5mnhqWNXqk/ehlhRt2QCfRDfY0LrUq2q4oK/KypuJYPHgq1A=
 be3001847cb18a23c403439d9e7d0ace30804e9 0 iD8DBQBExUbjywK+sNU5EO8RAhzxAKCtyHAQUzcTSZTqlfJ0by6vhREwWQCghaQFHfkfN0l9/40EowNhuMOKnJk=
 a957364b1b89c150f2d0e60a99befe0ee08bd3 0 iD8DBQBFfL2QywK+sNU5EO8RAjYFAKCoGlaWRTeMsjdmxAjUYx6diZxOBwCfY6IpBYsKvPTwB3oktnPt5Rmrlys=
 c29bfec36d5540fbe1c976810aefecfd1d2 0 iD8DBQBFheweywK+sNU5EO8RAt7VAKCrqJQWT2/uo2RWf0ZI4bLp6v82jACgjrMdsaTbxRsypcmEsdPhlG6/8F4=
              fb4b6d5fe100b0886f8bc3d6731ec0e5ed5c4694 0 iD8DBQBGgHicywK+sNU5EO8RAgNxAJ0VG8ixAaeudx4sZbhngI1syu49HQCeNUJQfWBgA8bkJ2pvsFpNxwYaX3I=
              23889160905a1b09fffe1c07378e9fc1827606eb 0 iD8DBQBHGTzoywK+sNU5EO8RAr/UAJ0Y8s4jQtzgS+G9vM8z6CWBThZ8fwCcCT5XDj2XwxKkz/0s6UELwjsO3LU=
              bae2e9c838e90a393bae3973a7850280413e091a 0 iD8DBQBH6DO5ywK+sNU5EO8RAsfrAJ0e4r9c9GF/MJsM7Xjd3NesLRC3+ACffj6+6HXdZf8cswAoFPO+DY00oD0=
              d5cbbe2c49cee22a9fbeb9ea41daa0ac4e26b846 0 iD8DBQBINdwsywK+sNU5EO8RAjIUAKCPmlFJSpsPAAUKF+iNHAwVnwmzeQCdEXrL27CWclXuUKdbQC8De7LICtE=
              d2375bbee6d47e62ba8e415c86e83a465dc4dce9 0 iD8DBQBIo1wpywK+sNU5EO8RAmRNAJ94x3OFt6blbqu/yBoypm/AJ44fuACfUaldXcV5z9tht97hSp22DVTEPGc=
 a67430f92f15ea5159c26b09ec4839a0c549a26 0 iEYEABECAAYFAkk1hykACgkQywK+sNU5EO85QACeNJNUanjc2tl4wUoPHNuv+lSj0ZMAoIm93wSTc/feyYnO2YCaQ1iyd9Nu
 e510d433969e277b1863c317b674cbee2065 0 iEYEABECAAYFAklNbbAACgkQywK+sNU5EO8o+gCfeb2/lfIJZMvyDA1m+G1CsBAxfFsAoIa6iAMG8SBY7hW1Q85Yf/LXEvaE
 a4eb81fb4f4742451591489e2797dc47903277 0 iEYEABECAAYFAklcAnsACgkQywK+sNU5EO+uXwCbBVHNNsLy1g7BlAyQJwadYVyHOXoAoKvtAVO71+bv7EbVoukwTzT+P4Sx
 efa41037e280d08cfb07c09ad485df30fb0ea8 0 iEYEABECAAYFAkmvJRQACgkQywK+sNU5EO9XZwCeLMgDgPSMWMm6vgjL4lDs2pEc5+0AnRxfiFbpbBfuEFTqKz9nbzeyoBlx
              02981000012e3adf40c4849bd7b3d5618f9ce82d 0 iEYEABECAAYFAknEH3wACgkQywK+sNU5EO+uXwCeI+LbLMmhjU1lKSfU3UWJHjjUC7oAoIZLvYDGOL/tNZFUuatc3RnZ2eje
 d40e7c885fa6e95f89134809b3ec7bdbca34b 0 iEYEABECAAYFAkpL2X4ACgkQywK+sNU5EO9FOwCfXJycjyKJXsvQqKkHrglwOQhEKS4An36GfKzptfN8b1qNc3+ya/5c2WOM
 ef6c14a1e8e83a31226f5881b7fe6095bbfa6f6 0 iEYEABECAAYFAkpopLIACgkQywK+sNU5EO8QSgCfZ0ztsd071rOa2lhmp9Fyue/WoI0AoLTei80/xrhRlB8L/rZEf2KBl8dA
 ec469f9b556f11819937cf68ee53f2be927ebf 0 iEYEABECAAYFAksBuxAACgkQywK+sNU5EO+mBwCfagB+A0txzWZ6dRpug3LEoK7Z1QsAoKpbk8vsLjv6/oRDicSk/qBu33+m
 d7ea6fe3aa4ab9ec274a68846779153789de9 0 iEYEABECAAYFAksVw0kACgkQywK+sNU5EO/oZwCfdfBEkgp38xq6wN2F4nj+SzofrJIAnjmxt04vaJSeOOeHylHvk6lzuQsw
 a0b14a68621f6990c54fdba0083f6f20935bf 0 iEYEABECAAYFAks+jCoACgkQywK+sNU5EO9J8wCeMUGF9E/gS2UBsqIz56WS4HMPRPUAoI5J95mwEIK8Clrl7qFRidNI6APq
 aa619c4c2c09907034d9824ebb1dd0e878206eb 0 iEYEABECAAYFAktm9IsACgkQywK+sNU5EO9XGgCgk4HclRQhexEtooPE5GcUCdB6M8EAn2ptOhMVbIoO+JncA+tNACPFXh0O
              ff2704a8ded37fbebd8b6eb5ec733731d725da8a 0 iEYEABECAAYFAkuRoSQACgkQywK+sNU5EO//3QCeJDc5r2uFyFCtAlpSA27DEE5rrxAAn2FSwTy9fhrB3QAdDQlwkEZcQzDh
 b01dab594167bc0dd33331dbaa6dca3dca1b3aa 0 iEYEABECAAYFAku1IwIACgkQywK+sNU5EO9MjgCdHLVwkTZlNHxhcznZKBL1rjN+J7cAoLLWi9LTL6f/TgBaPSKOy1ublbaW
 f725929f0c48c5fb3b90c071fc3066012456ca 0 iEYEABECAAYFAkvclvsACgkQywK+sNU5EO9FSwCeL9i5x8ALW/LE5+lCX6MFEAe4MhwAn1ev5o6SX6GrNdDfKweiemfO2VBk
              fdcf80f26604f233dc4d8f0a5ef9d7470e317e8a 0 iEYEABECAAYFAkvsKTkACgkQywK+sNU5EO9qEACgiSiRGvTG2vXGJ65tUSOIYihTuFAAnRzRIqEVSw8M8/RGeUXRps0IzaCO
 fe2629c6fd0c74c90bd066e77387c2b02e8437 0 iEYEABECAAYFAkwFLRsACgkQywK+sNU5EO+pJACgp13tPI+pbwKZV+LeMjcQ4H6tCZYAoJebzhd6a8yYx6qiwpJxA9BXZNXy
              f786fc4b8764cd2a5526d259cf2f94d8a66924d9 0 iEYEABECAAYFAkwsyxcACgkQywK+sNU5EO+crACfUpNAF57PmClkSri9nJcBjb2goN4AniPCNaKvnki7TnUsi1u2oxltpKKL
              bf1774d95bde614af3956d92b20e2a0c68c5fec7 0 iEYEABECAAYFAkxVwccACgkQywK+sNU5EO+oFQCeJzwZ+we1fIIyBGCddHceOUAN++cAnjvT6A8ZWW0zV21NXIFF1qQmjxJd
              c00f03a4982e467fb6b6bd45908767db6df4771d 0 iEYEABECAAYFAkxXDqsACgkQywK+sNU5EO/GJACfT9Rz4hZOxPQEs91JwtmfjevO84gAmwSmtfo5mmWSm8gtTUebCcdTv0Kf
              ff5cec76b1c5b6be9c3bb923aae8c3c6d079d6b9 0 iD8DBQBMdo+qywK+sNU5EO8RAqQpAJ975BL2CCAiWMz9SXthNQ9xG181IwCgp4O+KViHPkufZVFn2aTKMNvcr1A=
 d8bff78c96fe7e33237b257558ee97290048a4 0 iD8DBQBMpfvdywK+sNU5EO8RAsxVAJ0UaL1XB51C76JUBhafc9GBefuMxwCdEWkTOzwvE0SarJBe9i008jhbqW4=
 b9e0f96c7bc788e5667c146a58a9440a55 0 iD8DBQBMz0HOywK+sNU5EO8RAlsEAJ0USh6yOG7OrWkADGunVt9QimBQnwCbBqeMnKgSbwEw8jZwE3Iz1mdrYlo=
              4438875ec01bd0fc32be92b0872eb6daeed4d44f 0 iD8DBQBM4WYUywK+sNU5EO8RAhCVAJ0dJswachwFAHALmk1x0RJehxzqPQCbBNskP9n/X689jB+btNTZTyKU/fw=
 aff4f144ad356311318b0011df0bb21f2c97429 0 iD8DBQBM9uxXywK+sNU5EO8RAv+4AKCDj4qKP16GdPaq1tP6BUwpM/M1OACfRyzLPp/qiiN8xJTWoWYSe/XjJug=
              e3bf16703e2601de99e563cdb3a5d50b64e6d320 0 iD8DBQBNH8WqywK+sNU5EO8RAiQTAJ9sBO+TeiGro4si77VVaQaA6jcRUgCfSA28dBbjj0oFoQwvPoZjANiZBH8=
              a6c855c32ea081da3c3b8ff628f1847ff271482f 0 iD8DBQBNSJJ+ywK+sNU5EO8RAoJaAKCweDEF70fu+r1Zn7pYDXdlk5RuSgCeO9gK/eit8Lin/1n3pO7aYguFLok=
 b2155623ee2559caf288fd333f30475966c4525 0 iD8DBQBNSJeBywK+sNU5EO8RAm1KAJ4hW9Cm9nHaaGJguchBaPLlAr+O3wCgqgmMok8bdAS06N6PL60PSTM//Gg=
              2616325766e3504c8ae7c84bd15ee610901fe91d 0 iD8DBQBNbWy9ywK+sNU5EO8RAlWCAJ4mW8HbzjJj9GpK98muX7k+7EvEHwCfaTLbC/DH3QEsZBhEP+M8tzL6RU4=
              aa1f3be38ab127280761889d2dca906ca465b5f4 0 iD8DBQBNeQq7ywK+sNU5EO8RAlEOAJ4tlEDdetE9lKfjGgjbkcR8PrC3egCfXCfF3qNVvU/2YYjpgvRwevjvDy0=
              b032bec2c0a651ca0ddecb65714bfe6770f67d70 0 iD8DBQBNlg5kywK+sNU5EO8RAnGEAJ9gmEx6MfaR4XcG2m/93vwtfyzs3gCgltzx8/YdHPwqDwRX/WbpYgi33is=
 cb1e95676ad089596bd81d0937cad37d6e3b7fb 0 iD8DBQBNvTy4ywK+sNU5EO8RAmp8AJ9QnxK4jTJ7G722MyeBxf0UXEdGwACgtlM7BKtNQfbEH/fOW5y+45W88VI=
 af5d9f6b22387913e1d11350fb8cb7c1487dd 0 iD8DBQBN5q/8ywK+sNU5EO8RArRGAKCNGT94GKIYtSuwZ57z1sQbcw6uLACfffpbMV4NAPMl8womAwg+7ZPKnIU=
              de9eb6b1da4fc522b1cab16d86ca166204c24f25 0 iD8DBQBODhfhywK+sNU5EO8RAr2+AJ4ugbAj8ae8/K0bYZzx3sascIAg1QCeK3b+zbbVVqd3b7CDpwFnaX8kTd4=
 a43e23b8c55b4566b8200bf69fe2158485a2634 0 iD8DBQBONzIMywK+sNU5EO8RAj5SAJ0aPS3+JHnyI6bHB2Fl0LImbDmagwCdGbDLp1S7TFobxXudOH49bX45Iik=
              d629f1e89021103f1753addcef6b310e4435b184 0 iD8DBQBOWAsBywK+sNU5EO8RAht4AJwJl9oNFopuGkj5m8aKuf7bqPkoAQCeNrEm7UhFsZKYT5iUOjnMV7s2LaM=
 a9292e430e35766c552066ed3e87c557b803b 0 iD8DBQBOh3zUywK+sNU5EO8RApFMAKCD3Y/u3avDFndznwqfG5UeTHMlvACfUivPIVQZyDZnhZMq0UhC6zhCEQg=
              384082750f2c51dc917d85a7145748330fa6ef4d 0 iD8DBQBOmd+OywK+sNU5EO8RAgDgAJ9V/X+G7VLwhTpHrZNiOHabzSyzYQCdE2kKfIevJUYB9QLAWCWP6DPwrwI=
 d55b481ddfcc1dacb445179649e24ca861d 0 iD8DBQBOsFhpywK+sNU5EO8RAqM6AKCyfxUae3/zLuiLdQz+JR78690eMACfQ6JTBQib4AbE+rUDdkeFYg9K/+4=
 dbd1cef0c2f9f8bcf4ea303238105f716bda3 0 iD8DBQBO1/fWywK+sNU5EO8RAmoPAKCR5lpv1D6JLURHD8KVLSV4GRVEBgCgnd0Sy78ligNfqAMafmACRDvj7vo=
              6344043924497cd06d781d9014c66802285072e4 0 iD8DBQBPALgmywK+sNU5EO8RAlfhAJ9nYOdWnhfVDHYtDTJAyJtXBAQS9wCgnefoSQt7QABkbGxM+Q85UYEBuD0=
              db33555eafeaf9df1e18950e29439eaa706d399b 0 iD8DBQBPGdzxywK+sNU5EO8RAppkAJ9jOXhUVE/97CPgiMA0pMGiIYnesQCfengAszcBiSiKGugiI8Okc9ghU+Y=
 aa5b51f310fb3befd26bed99c02267f5c12c734 0 iD8DBQBPKZ9bywK+sNU5EO8RAt1TAJ45r1eJ0YqSkInzrrayg4TVCh0SnQCgm0GA/Ua74jnnDwVQ60lAwROuz1Q=
 e2cd303ecf8ca7c7eeebd785c34e5ed6b0f4a4 0 iD8DBQBPT/fvywK+sNU5EO8RAnfYAKCn7d0vwqIb100YfWm1F7nFD5B+FACeM02YHpQLSNsztrBCObtqcnfod7Q=
              b9bd95e61b49c221c4cca24e6da7c946fc02f992 0 iD8DBQBPeLsIywK+sNU5EO8RAvpNAKCtKe2gitz8dYn52IRF0hFOPCR7AQCfRJL/RWCFweu2T1vH/mUOCf8SXXc=
              d9e2f09d5488c395ae9ddbb320ceacd24757e055 0 iD8DBQBPju/dywK+sNU5EO8RArBYAJ9xtifdbk+hCOJO8OZa4JfHX8OYZQCeKPMBaBWiT8N/WHoOm1XU0q+iono=
 b3d087909e3c3ae44761efecdde8f319ef3 0 iD8DBQBPoFhIywK+sNU5EO8RAhzhAKCBj1n2jxPTkZNJJ5pSp3soa+XHIgCgsZZpAQxOpXwCp0eCdNGe0+pmxmg=
 de86462c5a9f42a3ad0f5e90ce5b1d221d25 0 iD8DBQBPovNWywK+sNU5EO8RAhgiAJ980T91FdPTRMmVONDhpkMsZwVIMACgg3bKvoWSeuCW28llUhAJtUjrMv0=
 a358df5bbbe404ca25730c9c459b34263441dc 0 iD8DBQBPyZsWywK+sNU5EO8RAnpLAJ48qrGDJRT+pteS0mSQ11haqHstPwCdG4ccGbk+0JHb7aNy8/NRGAOqn9w=
              b013baa3898e117959984fc64c29d8c784d2f28b 0 iD8DBQBP8QOPywK+sNU5EO8RAqimAKCFRSx0lvG6y8vne2IhNG062Hn0dACeMLI5/zhpWpHBIVeAAquYfx2XFeA=
 f5094bb3f423fc799e471aac2aee81a7ce57a0b 0 iD8DBQBQGiL8ywK+sNU5EO8RAq5oAJ4rMMCPx6O+OuzNXVOexogedWz/QgCeIiIxLd76I4pXO48tdXhr0hQcBuM=
 ae4ddb654eb2d5fd35bff358c738414432 0 iD8DBQBQQkq0ywK+sNU5EO8RArDTAJ9nk5CySnNAjAXYvqvx4uWCw9ThZwCgqmFRehH/l+oTwj3f8nw8u8qTCdc=
              b3f0f9a39c4e1d0250048cd803ab03542d6f140a 0 iD8DBQBQamltywK+sNU5EO8RAlsqAJ4qF/m6aFu4mJCOKTiAP5RvZFK02ACfawYShUZO6OXEFfveU0aAxDR0M1k=
              d118a4f4fd16d9b558ec3f3e87bfee772861d2b7 0 iD8DBQBQgPV5ywK+sNU5EO8RArylAJ0abcx5NlDjyv3ZDWpAfRIHyRsJtQCgn4TMuEayqgxzrvadQZHdTEU2g38=
 ad823b5d58c68903a6153a25e3fb4ed25239d 0 iD8DBQBQkuT9ywK+sNU5EO8RAhB4AKCeerItoK2Jipm2cVf4euGofAa/WACeJj3TVd4pFILpb+ogj7ebweFLJi0=
 c10cf8191469e7c3c8844922e17e71a176cb7cb 0 iD8DBQBQvQWoywK+sNU5EO8RAnq3AJoCn98u4geFx5YaQaeh99gFhCd7bQCgjoBwBSUyOvGd0yBy60E3Vv3VZhM=
              a4765077b65e6ae29ba42bab7834717b5072d5ba 0 iD8DBQBQ486sywK+sNU5EO8RAhmJAJ90aLfLKZhmcZN7kqphigQJxiFOQACeJ5IUZxjGKH4xzi3MrgIcx9n+dB0=
              f5fbe15ca7449f2c9a3cf817c86d0ae68b307214 0 iD8DBQBQ+yuYywK+sNU5EO8RAm9JAJoD/UciWvpGeKBcpGtZJBFJVcL/HACghDXSgQ+xQDjB+6uGrdgAQsRR1Lg=
              a6088c05e43a8aee0472ca3a4f6f8d7dd914ebbf 0 iD8DBQBRDDROywK+sNU5EO8RAh75AJ9uJCGoCWnP0Lv/+XuYs4hvUl+sAgCcD36QgAnuw8IQXrvv684BAXAnHcA=
 d4df752e61fe7ae4f3682e0a0008573b0402 0 iD8DBQBRFYaoywK+sNU5EO8RAuErAJoDyhXn+lptU3+AevVdwAIeNFyR2gCdHzPHyWd+JDeWCUR+pSOBi8O2ppM=
 b7175377babacce80a6c1e12366d8032a6d4340 0 iD8DBQBRMCYgywK+sNU5EO8RAq1/AKCWKlt9ysibyQgYwoxxIOZv5J8rpwCcDSHQaaf1fFZUTnQsOePwcM2Y/Sg=
 c922c1b5145dab8baefefb0437d363b6a6c21c 0 iD8DBQBRWnUnywK+sNU5EO8RAuQRAJwM42cJqJPeqJ0jVNdMqKMDqr4dSACeP0cRVGz1gitMuV0x8f3mrZrqc7I=
 a7bd2dccd44ed571afe7424cd7f95594f27c092 0 iD8DBQBRXfBvywK+sNU5EO8RAn+LAKCsMmflbuXjYRxlzFwId5ptm8TZcwCdGkyLbZcASBOkzQUm/WW1qfknJHU=
 cd385856d98bacb2c3086f8897bc660c2beea 0 iD8DBQBRcM0BywK+sNU5EO8RAjp4AKCJBykQbvXhKuvLSMxKx3a2TBiXcACfbr/kLg5GlZTF/XDPmY+PyHgI/GM=
 f785b38af38d2fca6b8f3db56b8007a84cd73a 0 iD8DBQBRgZwNywK+sNU5EO8RAmO4AJ4u2ILGuimRP6MJgE2t65LZ5dAdkACgiENEstIdrlFC80p+sWKD81kKIYI=
              ddc7a6be20212d18f3e27d9d7e6f079a66d96f21 0 iD8DBQBRkswvywK+sNU5EO8RAiYYAJsHTHyHbJeAgmGvBTmDrfcKu4doUgCeLm7eGBjx7yAPUvEtxef8rAkQmXI=
              cceaf7af4c9e9e6fa2dbfdcfe9856c5da69c4ffd 0 iD8DBQBRqnFLywK+sNU5EO8RAsWNAJ9RR6t+y1DLFc2HeH0eN9VfZAKF9gCeJ8ezvhtKq/LMs0/nvcgKQc/d5jk=
 acc6e37a650f0fae37872e733382ac1c0c 0 iD8DBQBR0guxywK+sNU5EO8RArNkAKCq9pMihVzP8Os5kCmgbWpe5C37wgCgqzuPZTHvAsXF5wTyaSTMVa9Ccq4=
              f0d7721d7322dcfb5af33599c2543f27335334bb 0 iD8DBQBR8taaywK+sNU5EO8RAqeEAJ4idDhhDuEsgsUjeQgWNj498matHACfT67gSF5w0ylsrBx1Hb52HkGXDm0=
              f37b5a17e6a0ee17afde2cdde5393dd74715fb58 0 iD8DBQBR+ymFywK+sNU5EO8RAuSdAJkBMcd9DAZ3rWE9WGKPm2YZ8LBoXACfXn/wbEsVy7ZgJoUwiWmHSnQaWCI=
 a558f81dc73afeab4d7be63617392b130117f 0 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
              e7fa36d2ad3a7944a52dca126458d6f482db3524 0 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
 f2d8f2421314b1ddead8f7d0c91009358994 0 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
              d825e4025e39d1c39db943cdc89818abd0a87c27 0 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
 e04a06467e2969c0cc6501335be0406d46ef0 0 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
              ca387377df7a3a67dbb90b6336b781cdadc3ef41 0 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
              8862469e16f9236208581b20de5f96bd13cc039d 0 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
 cec5134e9c4bceab6a00c60f52a4f80677a78f2 0 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
              b96cb15ec9e04d8ac5ee08b34fcbbe4200588965 0 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
 f83fc5cfe715d292069ee8417c83804f6c6c1e4 0 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
 f55b251224f16508dd1311452db7780dafe2b 0 iQIVAwUAU1BmFSBXgaxoKi1yAQJ2Aw//bjK++xJuZCIdktg/i5FxBwoxdbipfTkKsN/YjUwrEmroYM8IkqIsO+U54OGCYWr3NPJ3VS8wUQeJ+NF3ffcjmjC297R9J+X0c5G90DdQUYX44jG/tP8Tqpev4Q7DLCXT26aRwEMdJQpq0eGaqv55E5Cxnyt3RrLCqe7RjPresZFg7iYrro5nq8TGYwBhessHXnCix9QI0HtXiLpms+0UGz8Sbi9nEYW+M0OZCyO1TvykCpFzEsLNwqqtFvhOMD/AMiWcTKNUpjmOn3V83xjWl+jnDUt7BxJ7n1efUnlwl4IeWlSUb73q/durtaymb97cSdKFmXHv4pdAShQEuEpVVGO1WELsKoXmbj30ItTW2V3KvNbjFsvIdDo7zLCpXyTq1HC56W7QCIMINX2qT+hrAMWC12tPQ05f89Cv1+jpk6eOPFqIHFdi663AjyrnGll8nwN7HJWwtA5wTXisu3bec51FAq4yJTzPMtOE9spz36E+Go2hZ1cAv9oCSceZcM0wB8KiMfaZJKNZNZk1jvsdiio4CcdASOFQPOspz07GqQxVP7W+F1Oz32LgwcNAEAS/f3juwDj45GYfAWJrTh3dnJy5DTD2LVC7KtkxxUVkWkqxivnDB9anj++FN9eyekxzut5eFED+WrCfZMcSPW0ai7wbslhKUhCwSf/v3DgGwsM=
 ac506c6ababe86985b932f4948837c0891b5 0 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
 c80ee5b3cb3684fa8edc61501b3506d02eb10 0 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
 d8cd3d0e83c7336c0cb45a9f88638363f993848 0 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
 c36dc6cd61a0e1b563f1d51e55bdf4dacf12162 0 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
 e49892020336491cdc6945885c4de26ffa8b 0 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
 dc91146f35369949ea56b40172308158b59063a 0 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
              f768c888aaa68d12dd7f509dcc7f01c9584357d0 0 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
 f8d16af8cae246fa5a48e723d48d58b015aed94 0 iQIVAwUAVEL0XyBXgaxoKi1yAQJLkRAAjZhpUju5nnSYtN9S0/vXS/tjuAtBTUdGwc0mz97VrM6Yhc6BjSCZL59tjeqQaoH7Lqf94pRAtZyIB2Vj/VVMDbM+/eaoSr1JixxppU+a4eqScaj82944u4C5YMSMC22PMvEwqKmy87RinZKJlFwSQ699zZ5g6mnNq8xeAiDlYhoF2QKzUXwnKxzpvjGsYhYGDMmVS1QPmky4WGvuTl6KeGkv8LidKf7r6/2RZeMcq+yjJ7R0RTtyjo1cM5dMcn/jRdwZxuV4cmFweCAeoy5guV+X6du022TpVndjOSDoKiRgdk7pTuaToXIy+9bleHpEo9bwKx58wvOMg7sirAYjrA4Xcx762RHiUuidTTPktm8sNsBQmgwJZ8Pzm+8TyHjFGLnBfeiDbQQEdLCXloz0jVOVRflDfMays1WpAYUV8XNOsgxnD2jDU8L0NLkJiX5Y0OerGq9AZ+XbgJFVBFhaOfsm2PEc3jq00GOLzrGzA+4b3CGpFzM3EyK9OnnwbP7SqCGb7PJgjmQ7IO8IWEmVYGaKtWONSm8zRLcKdH8xuk8iN1qCkBXMty/wfTEVTkIlMVEDbslYkVfj0rAPJ8B37bfe0Yz4CEMkCmARIB1rIOpMhnavXGuD50OP2PBBY/8DyC5aY97z9f04na/ffk+l7rWaHihjHufKIApt5OnfJ1w=
              ced632394371a36953ce4d394f86278ae51a2aae 0 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
 c58303fb0ec020907af28b9e486be299ba043 0 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
              902554884335e5ca3661d63be9978eb4aec3f68a 0 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
 dad422ecc5adb63d9fa649eeb8e05a5f9bc4900 0 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
 a3a71d75396f5d4cf6935ae7d9ba5407a547 0 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
              db8e3f7948b1fdeb9ad12d448fc3525759908b9f 0 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
              fbdd5195528fae4f41feebc1838215c110b25d6a 0 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
 b4ed033390bf6e2879c8f5c28c84e1ee3b87231 0 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
 a92bbd02e5e3a625e0820389b47786b02b2cea 0 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
 e2e9a0750f91a6fe0ad88e4de34f8efefdcab08 0 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
              e89f909edffad558b56f4affa8239e4832f88de0 0 iQIVAwUAVTBozCBXgaxoKi1yAQLHeg/+IvfpPmG7OSqCoHvMVETYdrqT7lKCwfCQWMFOC/2faWs1n4R/qQNm6ckE5OY888RK8tVQ7ue03Pg/iyWgQlYfS7Njd3WPjS4JsnEBxIvuGkIu6TPIXAUAH0PFTBh0cZEICDpPEVT2X3bPRwDHA+hUE9RrxM5zJ39Fpk/pTYCjQ9UKfEhXlEfka75YB39g2Y/ssaSbn5w/tAAx8sL72Y4G96D4IV2seLHZhB3VQ7UZKThEWn6UdVOoKj+urIwGaBYMeekGVtHSh6fnHOw3EtDO9mQ5HtAz2Bl4CwRYN8eSN+Dwgr+mdk8MWpQQJ+i1A8jUhUp8gn1Pe5GkIH4CWZ9+AvLLnshe2MkVaTT1g7EQk37tFkkdZDRBsOHIvpF71B9pEA1gMUlX4gKgh5YwukgpQlDmFCfY7XmX6eXw9Ub+EckEwYuGMz7Fbwe9J/Ce4DxvgJgq3/cu/jb3bmbewH6tZmcrlqziqqA8GySIwcURnF1c37e7+e7x1jhFJfCWpHzvCusjKhUp9tZsl9Rt1Bo/y41QY+avY7//ymhbwTMKgqjzCYoA+ipF4JfZlFiZF+JhvOSIFb0ltkfdqKD+qOjlkFaglvQU1bpGKLJ6cz4Xk2Jqt5zhcrpyDMGVv9aiWywCK2ZP34RNaJ6ZFwzwdpXihqgkm5dBGoZ4ztFUfmjXzIg=
 cc6036bca532e06681c5a8fa37efaa812de67b5 0 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
              ed18f4acf435a2824c6f49fba40f42b9df5da7ad 0 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
 cd0ddac49c1125b2e013aa2ff18ecbd4dd954 0 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
 a38d44ba093bd1d1ecfd34119e94056030278b 0 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
 aa1c313b05b1a85f8ffa1120d51579ddf6bf24 0 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
 a45e49a6bed023deb229102a8903234d18054d3 0 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
 a466b9f9792e3ad7ae3fc6c43c3ff2e136b718d 0 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
              b66e3ca0b90c3095ea28dfd39aa24247bebf5c20 0 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
 dd34f2e7272be9e3b2a5a83cd0d20be44293f4 0 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
 aa5083cbebbe7575c88f3402ab377539b484897 0 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
 d437a0f3355834a9485bbbeb30a52a052c98f19 0 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
              ea389970c08449440587712117f178d33bab3f1e 0 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
 bdc8965720ca4061f8f8d806563cfc7cdb62e 0 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
              2408645de650d8a29a6ce9e7dce601d8dd0d1474 0 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
              b698abf971e7377d9b7ec7fc8c52df45255b0329 0 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
              d493d64757eb45ada99fcb3693e479a51b7782da 0 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
              ae279d4a19e9683214cbd1fe8298cf0b50571432 0 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
 eedf2c450aee58b1a90b0e826f47c5da64 0 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
              f85de28eae32e7d3064b1a1321309071bbaaa069 0 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
              a56296f55a5e1038ea5016dace2076b693c28a56 0 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
              aaabed77791a75968a12b8c43ad263631a23ee81 0 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
              a9764ab80e11bcf6a37255db7dd079011f767c6c 0 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
 a5d605b8683a292bb89aea11f37a81b06ac016 0 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
 bb4f9d3a47a6e83c2b414d58811ed38f503c2 0 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
 f84e68dbb9bd026f0f3a974ce4bdb93686 0 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
              ccd436f7db6d5d7b9af89715179b911d031d44f1 0 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
 e68974eb5c63ccb03f794d8b57339a80c4 0 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
 c415874f6ac653efc1099dec9c9150e90f 0 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
              eab27446995210c334c3d06f1a659e3b9b5da769 0 iQIcBAABCAAGBQJYGNsXAAoJELnJ3IJKpb3Vf30QAK/dq5vEHEkufLGiYxxkvIyiRaswS+8jamXeHMQrdK8CuokcQYhEv9xiUI6FMIoX4Zc0xfoFCBc+X4qE+Ed9SFYWgQkDs/roJq1C1mTYA+KANMqJkDt00QZq536snFQvjCXAA5fwR/DpgGOOuGMRfvbjh7x8mPyVoPr4HDQCGFXnTYdn193HpTOqUsipzIV5OJqQ9p0sfJjwKP4ZfD0tqqdjTkNwMyJuwuRaReXFvGGCjH2PqkZE/FwQG0NJJjt0xaMUmv5U5tXHC9tEVobVV/qEslqfbH2v1YPF5d8Jmdn7F76FU5J0nTd+3rIVjYGYSt01cR6wtGnzvr/7kw9kbChw4wYhXxnmIALSd48FpA1qWjlPcAdHfUUwObxOxfqmlnBGtAQFK+p5VXCsxDZEIT9MSxscfCjyDQZpkY5S5B3PFIRg6V9bdl5a4rEt27aucuKTHj1Ok2vip4WfaIKk28YMjjzuOQRbr6Pp7mJcCC1/ERHUJdLsaQP+dy18z6XbDjX3O2JDRNYbCBexQyV/Kfrt5EOS5fXiByQUHv+PyR+9Ju6QWkkcFBfgsxq25kFl+eos4V9lxPOY5jDpw2BWu9TyHtTWkjL/YxDUGwUO9WA/WzrcT4skr9FYrFV/oEgi8MkwydC0cFICDfd6tr9upqkkr1W025Im1UBXXJ89bTVj
              b3b1ae98f6a0e14c1e1ba806a6c18e193b6dae5c 0 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
              e69874dc1f4e142746ff3df91e678a09c6fc208c 0 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
              a1dd2c0c479e0550040542e392e87bc91262517e 0 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
              e1526da1e6d84e03146151c9b6e6950fe9a83d7d 0 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
 b624d27e3917d978af56d6ad59331e0464a 0 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
              ed5b25874d998ababb181a939dd37a16ea644435 0 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
 eaf9539499a1b8be259ffe7ada787d07857f80 0 iQIcBAABCAAGBQJY9iz9AAoJELnJ3IJKpb3VYqEQAJNkB09sXgYRLA4kGQv3p4v02q9WZ1lHkAhOlNwIh7Zp+pGvT33nHZffByA0v+xtJNV9TNMIFFjkCg3jl5Z42CCe33ZlezGBAzXU+70QPvOR0ojlYk+FdMfeSyCBzWYokIpImwNmwNGKVrUAfywdikCsUC2aRjKg4Mn7GnqWl9WrBG6JEOOUamdx8qV2f6g/utRiqj4YQ86P0y4K3yakwc1LMM+vRfrwvsf1+DZ9t7QRENNKQ6gRnUdfryqSFIWn1VkBVMwIN5W3yIrTMfgH1wAZxbnYHrN5qDK7mcbP7bOA3XWJuEC+3QRnheRFd/21O1dMFuYjaKApXPHRlTGRMOaz2eydbfBopUS1BtfYEh4/B/1yJb9/HDw6LiAjea7ACHiaNec83z643005AvtUuWhjX3QTPkYlQzWaosanGy1IOGtXCPp1L0A+9gUpqyqycfPjQCbST5KRzYSZn3Ngmed5Bb6jsgvg5e5y0En/SQgK/pTKnxemAmFFVvIIrrWGRKj0AD0IFEHEepmwprPRs97EZPoBPFAGmVRuASBeIhFQxSDIXV0ebHJoUmz5w1rTy7U3Eq0ff6nW14kjWOUplatXz5LpWJ3VkZKrI+4gelto5xpTI6gJl2nmezhXQIlInk17cPuxmiHjeMdlOHZRh/zICLhQNL5fGne0ZL+qlrXY
 e788321cc4ae9975b7f0c54c849f36d82182b 0 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
              bb96d4a497432722623ae60d9bc734a1e360179e 0 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
              c850f0ed54c1d42f9aa079ad528f8127e5775217 0 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
 c49ed51a698ec016d2b4c6b44ca3c3f73cc788 0 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
 ebaed4e315f63157bd157d6ce553c7ab73 0 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
 af8622863796a0027566f6b646e10d522c4c 0 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
 c91326b23954e6e1c6960d0239511f9530258 0 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
 fee7f7d2da04226914c2258cc2884dc27384fd7 0 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
 f72c7b70acfdaf56ab35360584d7845827 0 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
 f427b57bf9019c6dc3750baa539dc22c1be50f6 0 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
 e2454b60e5936f5e77498cab2648db469504487 0 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
 ccb43d4cf01d013ae05917ec4f305509f851b2d 0 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
              cabc840ffdee8a72f3689fb77dd74d04fdc2bc04 0 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
              a92b9f8e11ba330614cdfd6af0e03b15c1ff3797 0 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
 b6df1b5adbdf647cf5c6675b40575e1b197c60 0 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
              d334afc585e29577f271c5eda03378736a16ca6b 0 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
 aadf7a3264b03c8b09efce715bc41e6ab4a9b 0 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
 bba684efde7f45add05f737952093bb2aa07155 0 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
 de7bd407251af2bc98e5b809c8598ee95830daf 0 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
              ed5448edcbfa747b9154099e18630e49024fd47b 0 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
 ec874717d8a93b19e0d50628443e0ee5efab3a9 0 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
 cac550aea66d19c601e45efd1b7bd08d7c40 0 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
 c5ced5276d6e7d54f7c3dadf5247b7ee98ec79c 0 iQJEBAABCAAuFiEEK8zhT1xnJaouqK63ucncgkqlvdUFAlsYGdAQHHJhZkBkdXJpbjQyLmNvbQAKCRC5ydyCSqW91S3fEACmrG3S5eAUhnKqkXFe+HZUwmUvLKRhyWDLlWQzEHaJZQCFWxqSM1ag7JtAx3WkWwmWrOZ0+T/w/xMv81h9JAv9RsoszUT/RH4RsnWoc2ddcK93Q/PrNJ29kFjvC8j3LF42WfHEIeNqAki5c3GbprUL86KG7XVYuMvpPI/SeNSz8siPaKjXo6sg6bAupPCyapisTmeRHcCUc5UfeTTq4YQdS9UI0p9Fo8/vcqmnWY6XnQCRYs2U8Y2I2QCJBHBE5p4KrxrFsAdPWMCg0dJT0goSbzpfDjukPHQaAnUKjCtXCwrzA/KY8fDH9hm5tt1FnC6nl6BRpEHRoHqTfE1ag2QktJZTn5+JWpzz85qFDl5ktmxj1gS80jkOUJ2699RykBy7NACu+TtLJdBk+E1TN0pAU+zsrTSGiteuikEBjQP/8i4whUZCFIHLPgVlxrHWwn0/oszj1Q/u86sCxnYTflR2GLZs3fbSGBEKDDrjqwetxMlwi/3Qhf0PN9aAI7S13YnA89tGLGRLTsVsOoKiQoTExQaCUpE5jFYBLVjsTPh2AjPhG3Zaf7R5ZIvW4CbVYORNTMaYhFNnFyczILJLRid+INHLVifNiJuaLiAFD5Izq9Me4H+GpwB5AI7aG1r+01Si2KbqqpdfoK430UeDV+U/MvEU7v0RoeF30M7uVYv+kg==
 b63a6743010dfdbf8a8154186e119949bdaa1cc 0 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
              e90130af47ce8dd53a3109aed9d15876b3e7dee8 0 iQJEBAABCAAuFiEEK8zhT1xnJaouqK63ucncgkqlvdUFAltQ1bUQHHJhZkBkdXJpbjQyLmNvbQAKCRC5ydyCSqW91RQVD/9NA5t2mlt7pFc0Sswktc5dI8GaSYxgeknacLkEdkYx9L+mzg77G7TGueeu5duovjdI/vDIzdadGtJJ+zJE5icCqeUFDfNZNZLQ+7StuC8/f+4i/DaCzjHJ4tDYd0x6R5efisLWRKkWoodI1Iit7gCL493gj1HZaIzRLaqYkbOk3PhOEkTcov2cnhb4h54OKm07qlg6PYH507WGmmTDDnhL9SwdfBXHA2ps9dCe52NzPMyebXoZYA9T5Yz67eQ8D+YCh9bLauA59dW0Iyx59yGJ0tmLwVKBgbUkynAknwk/hdNlF7r6wLqbR00NLKmAZl8crdVSqFUU/vAsPQLn3BkbtpzqjmisIq2BWEt/YWYZOHUvJoK81cRcsVpPuAOIQM/rTm9pprTq7RFtuVnCj+QnmWwEPZJcS/7pnnIXte3gQt76ovLuFxr7dq99anEA7gnTbSdADIzgZhJMM8hJcrcgvbI4xz0H1qKn3webTNl/jPgTsNjAPYcmRZcoU2wUIR+OPhZvfwhvreRX0dGUV6gqxWnx3u3dsWE9jcBIGlNfYnIkLXyqBdOL6f4yQoxaVjRg/ScEt3hU17TknuPIDOXE/iMgWnYpnTqKBolt/Vbx7qB1OiK7AmQvXY1bnhtkIfOoIwZ9X1Zi2vmV1Wz4G0a5Vxq5eNKpQgACA2HE0MS2HQ==
 ac6a72308a215e6086fbced347ec10aa963b0a 0 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
              ede3bf31fe63677fdf5bd8db687977d4e3d792ed 0 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
 cb1a79010ac50c58cd84e6f50c4556bf2a4c 0 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
 ec6f1320df26f3133ec40f3de866ea0695fd7 0 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
              a91a2837150bdcb27ae76b3646e6c93cd6a15904 0 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
 c8c54cf97256f4468da2eb4dbee24f7f3888e71 0 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
 f092b2cd9691e2a55d198f717b231af9be6f9 0 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
 ff5844cad7a27ee3eb5adad89ac8550949 0 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
 b4b4ae0e9a6b8e579f7b0a693b8cf5c3b10 0 iQJEBAABCAAuFiEEK8zhT1xnJaouqK63ucncgkqlvdUFAlxUk3gQHHJhZkBkdXJpbjQyLmNvbQAKCRC5ydyCSqW91aT7EACaycWeal53ShxaNyTNOa5IPZ71+iyWA9xEh7hK6cDDirpItarWLRVWoWqBlWRBBs6uU4BxnpPSCLFkJLu6ts/5p4R6/0Z04Pasd6sFi14bCGslmPJFlwrpfFDpQvFR6xZAtv1xGb8n+rjpK+wfstjRgyf84zn4//0dOdylY5EUXOk4/3zcXKAzPgZHBRper+PlQ0ICgYHiKQUlyDWrFrdSEis6OqBa+PbxdmgzLYbhXi0bvS5XRWM9EVJZa+5ITEVOEGPClRcoA7SJE5DiapMYlwNnB3U6TEazJoj5yuvGhrJzj9lx7/jx9tzZ/mhdOVsSRiSCBu46B/E63fnUDqaMw8KKlFKBRuzKnqnByZD8fuD34YJ6A82hta56W4SJ4pusa/X2nAJn1QbRjESY4wN4FEaNdYiMbpgbG2uBDhmEowAyhXtiuQAPCUra5o42a+E+tAgV5uNUAal8vk0DcPRmzc4UntQiQGwxL0fsTEpMQtG5ryxWRmOIBq6aKGuLVELllPCwOh8UIGLlpAoEynlNi9qJNT6kHpSmwquiU6TG6R1dA/ckBK2H90hewtb/jwLlenGugpylLQ2U/NsDdoWRyHNrdB4eUJiWD/BBPXktZQJVja97Js+Vn44ctCkNjui/53xcBQfIYdHGLttIEq56v/yZiSviCcTUhBPRSEdoUg==
 ea21df312ec7159c5b3633096b6ecf68750b0dd 0 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
 a8d9ed864754837a185a642170cde24392f9abf 0 iQJEBAABCAAuFiEEK8zhT1xnJaouqK63ucncgkqlvdUFAly3aLkQHHJhZkBkdXJpbjQyLmNvbQAKCRC5ydyCSqW91bpXD/0Qdx3lNv6230rl369PnGM7o56BFywJtGtQ0FjBj81/Q6IKNJkAus/FXA02MevAxnKhyCMPHbiWQn4cn+Fpt9Y7FOFl3MTdoY5v4rGDAbAaJsjyK3BNqSwWD1uFaOnFDzA/112MJ6nDciVaOzeD7qakMj8zdVhvyEfFszN7f7xT1JyGc+cOWfbvcIv/IXWZNrSZC0EzcZspfwxYQwFscgDL3AHeKeYqihJ6vgWxgEg4V8ZnJ6roJeERTp2wwvIj/pKSEpgzfLQfHiEwvH9MKMaJHGx4huzWJxYX2DB83LaK7cgkKqzyQ+z8rsb27oFPMVgb1Kg78+6sRujFdkahFWYYGPT6sFBDWkRQ/J7DRnBzHH2wbBoyNkApmLEfaRGJpxX8wojPFGJkNr6GF12uF7E+djsuE8ZL7l4p2YD33NBSzcEjNTlgruRauj/7SoSC3BgDlrqCypCkNgn5nDDjvf6oJx16qGqZsglHJOl0S2LRiGaMQTpBhpDWAyVIAQBRW/vF1IRnNJaQ+dX7M9VqlVsXnfh8WD+FPKDgpiSLO8hIuvlYlcrtU9rXyWu1njKvCs744G836k4SNBoi+y6bi6XbmU0Uv0GSCLyj1BIsqglfXuac0QHlz5RNmS6LVf7z13ZIn/ePXehYoKHu+PNDmbVGGwAVoZP4HLEqonD3SVpVcQ==
 e479ef7c9639be0029f00e6a722b96dcc05fee 0 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
              c3484ddbdb9621256d597ed86b90d229c59c2af9 0 iQJEBAABCAAuFiEEK8zhT1xnJaouqK63ucncgkqlvdUFAlz3zjsQHHJhZkBkdXJpbjQyLmNvbQAKCRC5ydyCSqW91XWVEACnlQCHCF7dMrvTHwE4nA+i/I1l8UfRwR3ufXhBxjVUqxS75mHMcCsOwClAa2HaqNP97IGbk2fi9y53SOKH67imNVm8NY8yIook1C8T7nKsFmyM3l63FdVQDgUF6AJ0krDt6iJo4vjk8CyRHowAcmL942jcfBU9U5/Jli11Sx33MKF/eMXnuXYRBNESh97f1bDgwydp7QT8dj/T23YvuIVtfq9h8D46qXWkpwbgtnXMnaz21kqcN6A5aKbadG4ELf9175cBlfe+ZpOqpy+OSuQBByOP5eBNl5d0vq/i4WQyJZs8GoVd5Bh559+HjKIKv11Y+gXoaQMf4VSp2JZwwPlTR5Me5N6AJNViXW1Bm108ZWeXR81Hu2+t2eQv6EelcQxnW0e/mTCUot8TaewYFJ+4VWwAAca81FP0X8J0YcdIkvvNmrU9V62B3WYK3iYgbwm7IlR3+7ilQUz3NZCZOqJpo+c7k/yhuoj4ZMDq8JzaqBnBnARbvUF61B4iVhto4xpruUQw8FwFLUuZLohsESCNCCgqdoiyJHnVQVitoNJlCeEPl+W+UUeFfwf9fzrS6nj9xWkNm9lBOahaH+fV69msi5Ex/gy8y4H+4T8z0f3gFO7kp9eKr5C7hoGyKQWv5D61H1qEZOFUZjXHBhMxbe+og40G0apMm3qmsj2KsCNDdQ==
 ada9b8d51bef24c5cb4cdca4243f0db694ab6e 0 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
              e386b5f4f8360dbb43a576dd9b1368e386fefa5b 0 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
              e91930d712e8507d1bc1b2dffd96c83edc4cbed3 0 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
              a4e32fd539ab41489a51b2aa88bda9a73b839562 0 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
 e52f2b62f4768aa0d988936c929dc7c4a41a0 0 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
 f9561099de77c684c00f76507f11e46ebe8 0 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
              ca3dca416f8d5863ca6f5a4a6a6bb835dcd5feeb 0 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
              a50fecefa691c9b72a99e49aa6fe9dd13943c2bf 0 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
              b4c82b70418022e67cc0e69b1aa3c3aa43aa1d29 0 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
 a0102c05c7852c8215ef6cf21d809927586b69 0 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
              e4344e463c0c888a2f437b78b5982ecdf3f6650a 0 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
 f5410dfc8a64bb587d19637deb95d378fd1eb5c 0 iQJEBAABCAAuFiEEK8zhT1xnJaouqK63ucncgkqlvdUFAl44RUUQHHJhZkBkdXJpbjQyLmNvbQAKCRC5ydyCSqW91WcUD/9em14ckTP9APTrSpe6y4FLS6cIUZabNN6wDXjTrHmS26hoNvWrT+RpWQ5XSOOJhZdhjkR1k87EOw9+m6+36ZaL+RXYnjrbku9fxbbFBraGTFy0JZHAT6v57uQ8P7XwqN4dGvXXpgE5UuY5sp1uDRbtIPNts3iWJKAnIazxUnyotHNtJQNESHySomzR1s93z1oOMpHapAqUmPbcZywg4otWjrOnkhOok3Sa3TgGthpHbM0qmh6J9ZaRBXsKEpLkjCRNggdvqww1w4omcAJzY4V5tG8WfhW+Xl8zBBe0K5m/ug3e25sWR5Dqm4+qUO0HZWQ3m3/M7CCuQrWFXTkr7nKac50vtFzsqHlHNoaiKnvQKoruQs3266TGsrzCCOSy8BqmpysD6sB79owLKoh0LfFOcSwG9kZ8sovEvTfrRn8g3YAp7XbXkDxbcLMijr7P4gWq8sC1NZJn1yhLXitcCfAAuVrVQfPVdt2pp8Ry2NdGnHjikQjOn/wAKlYJ5F8JMdn6eEI/Gveg2g8uR9kp/9zaXRx6rU3ccuZQ7cBQbBlBsmmpd7gJRp2v0NKsV8hXtCPnBvcfCqgYHLg7FQVq1wKe5glvtmx9uPZNsl/S++fSxGoXfp9wVi048J42KyEH6yvoySCvbYeSFQvMfAoD1xJ4xWtT8ZEj6oiHvzHw1u/zgw==
 d121acbb82e65fe4dd3c2318a1b61981b958492 0 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
 fca7e8449a847e3cf1054f2c07b51237699fad3 0 iQJEBAABCAAuFiEEK8zhT1xnJaouqK63ucncgkqlvdUFAl6GDVQQHHJhZkBkdXJpbjQyLmNvbQAKCRC5ydyCSqW91egzEACNEyQwLWCQEeNyxXKuTsnXhYU/au7nSGOti/9+zg/22SSceMsVcIyNr2ZnkMf3hnzBjL7Efsthif0QXyfB0LZDXwNuDmNlDtUV2veyVGSDE2UqiSbDBRu6MYTvtfYX87RmSWla3HHO09pwpcrhxyHs3mliQsXyB2+D+ovTOIjYukQLnh34jQnwiWEYLDXkHEHHTpdXqAnA7tVen3ardLyTWgky6DUwlfcnoVsAPXnDkqQ9aE2w7SoAsNtEAddmkjKoYYdBkV5aUInU/DyFVF7qnlCcvWm+EkN1708xZUQ1KzdAyeeoIrMkBgpSoyeNQ9pcU3T7B100UxLo/FP/A7y96b2kHnKJU6fVyD3OeHvP9SeucurC6jn2YoG3e1wSOQcbEuCsdGjqgAHnKt2SMPsEBu2qJJcUdco9tANN5BdntBo7bLc/zcpXZH3TkRfRSndWXPaXDJaQNvbH7aLIUTCP9oQaqTN+9BQ+Egt7YsB4C58JZmC87FAuekDULc4LWK2gDPFf7F/PvBnMh7+YylPl/8LLrEnz2Q/GM0S1HLhBrDf6vzxV5wVzCu9Q2N0PCkg6lDAJFVWLTEbxcRukKxbyK88Yzrb4GuUY4F5V21fN4vuxkOay7eoiXUcHMN2IN+DwhNWQSm5pUnpqGTfCYj/ZBbAykP2UnVOClL6O2JQA2A==
 ce8e7515036d3431a03aaeb7bc72dd96cb1112 0 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
+             cf3e07d7648a4371ce584d15dd692e7a6845792f 0 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

.hgtags

0 +1 0

              d40cc5aacc31ed673d9b5b24f98bee78c283062c 0.4f
 c590d34bf61e2ea12c71738e5a746cd74586157 0.4e
 eca4cfa8aad5fce9a04f7d8acadcd0452e2f34e 0.4d
              b4d0c3786ad3e47beacf8412157326a32b6d25a4 0.4c
              f40273b0ad7b3a6d3012fd37736d0611f41ecf54 0.5
 a28dfe59f8fab54a5118c5be4f40da34a53cdb7 0.5b
 e0fdbc57a0be78f0e817fd1d170a3615cd35da 0.6
 ccf3de52989b14c3d84e1097f59e39a992e00bd 0.6b
              eac9c8efcd9bd8244e72fb6821f769f450457a32 0.6c
 c049974485125e1f9357f6bbe9c1b548a64c3 0.7
 a56574f329a368d645853e0f9e09472aee62349 0.8
 a03cff2b0f5d30281e6addefe96b993582f2eac 0.8.1
 fb62a3a673d5322f6274a44ba6456e5e4b3b37 0.9
 be3001847cb18a23c403439d9e7d0ace30804e9 0.9.1
 a957364b1b89c150f2d0e60a99befe0ee08bd3 0.9.2
 c29bfec36d5540fbe1c976810aefecfd1d2 0.9.3
              fb4b6d5fe100b0886f8bc3d6731ec0e5ed5c4694 0.9.4
              23889160905a1b09fffe1c07378e9fc1827606eb 0.9.5
              bae2e9c838e90a393bae3973a7850280413e091a 1.0
              d5cbbe2c49cee22a9fbeb9ea41daa0ac4e26b846 1.0.1
              d2375bbee6d47e62ba8e415c86e83a465dc4dce9 1.0.2
 a67430f92f15ea5159c26b09ec4839a0c549a26 1.1
 e510d433969e277b1863c317b674cbee2065 1.1.1
 a4eb81fb4f4742451591489e2797dc47903277 1.1.2
 efa41037e280d08cfb07c09ad485df30fb0ea8 1.2
              02981000012e3adf40c4849bd7b3d5618f9ce82d 1.2.1
 d40e7c885fa6e95f89134809b3ec7bdbca34b 1.3
 ef6c14a1e8e83a31226f5881b7fe6095bbfa6f6 1.3.1
 ec469f9b556f11819937cf68ee53f2be927ebf 1.4
 d7ea6fe3aa4ab9ec274a68846779153789de9 1.4.1
 a0b14a68621f6990c54fdba0083f6f20935bf 1.4.2
 aa619c4c2c09907034d9824ebb1dd0e878206eb 1.4.3
              ff2704a8ded37fbebd8b6eb5ec733731d725da8a 1.5
 b01dab594167bc0dd33331dbaa6dca3dca1b3aa 1.5.1
 f725929f0c48c5fb3b90c071fc3066012456ca 1.5.2
              fdcf80f26604f233dc4d8f0a5ef9d7470e317e8a 1.5.3
 fe2629c6fd0c74c90bd066e77387c2b02e8437 1.5.4
              f786fc4b8764cd2a5526d259cf2f94d8a66924d9 1.6
              bf1774d95bde614af3956d92b20e2a0c68c5fec7 1.6.1
              c00f03a4982e467fb6b6bd45908767db6df4771d 1.6.2
              ff5cec76b1c5b6be9c3bb923aae8c3c6d079d6b9 1.6.3
 d8bff78c96fe7e33237b257558ee97290048a4 1.6.4
 b9e0f96c7bc788e5667c146a58a9440a55 1.7
              4438875ec01bd0fc32be92b0872eb6daeed4d44f 1.7.1
 aff4f144ad356311318b0011df0bb21f2c97429 1.7.2
              e3bf16703e2601de99e563cdb3a5d50b64e6d320 1.7.3
              a6c855c32ea081da3c3b8ff628f1847ff271482f 1.7.4
 b2155623ee2559caf288fd333f30475966c4525 1.7.5
              2616325766e3504c8ae7c84bd15ee610901fe91d 1.8
              aa1f3be38ab127280761889d2dca906ca465b5f4 1.8.1
              b032bec2c0a651ca0ddecb65714bfe6770f67d70 1.8.2
 cb1e95676ad089596bd81d0937cad37d6e3b7fb 1.8.3
 af5d9f6b22387913e1d11350fb8cb7c1487dd 1.8.4
              de9eb6b1da4fc522b1cab16d86ca166204c24f25 1.9
 a43e23b8c55b4566b8200bf69fe2158485a2634 1.9.1
              d629f1e89021103f1753addcef6b310e4435b184 1.9.2
 a9292e430e35766c552066ed3e87c557b803b 1.9.3
              384082750f2c51dc917d85a7145748330fa6ef4d 2.0-rc
 d55b481ddfcc1dacb445179649e24ca861d 2.0
 dbd1cef0c2f9f8bcf4ea303238105f716bda3 2.0.1
              6344043924497cd06d781d9014c66802285072e4 2.0.2
              db33555eafeaf9df1e18950e29439eaa706d399b 2.1-rc
 aa5b51f310fb3befd26bed99c02267f5c12c734 2.1
 e2cd303ecf8ca7c7eeebd785c34e5ed6b0f4a4 2.1.1
              b9bd95e61b49c221c4cca24e6da7c946fc02f992 2.1.2
              d9e2f09d5488c395ae9ddbb320ceacd24757e055 2.2-rc
 b3d087909e3c3ae44761efecdde8f319ef3 2.2
 de86462c5a9f42a3ad0f5e90ce5b1d221d25 2.2.1
 a358df5bbbe404ca25730c9c459b34263441dc 2.2.2
              b013baa3898e117959984fc64c29d8c784d2f28b 2.2.3
              a06e2681dd1786e2354d84a5fa9c1c88dd4fa3e0 2.3-rc
 f5094bb3f423fc799e471aac2aee81a7ce57a0b 2.3
 ae4ddb654eb2d5fd35bff358c738414432 2.3.1
              b3f0f9a39c4e1d0250048cd803ab03542d6f140a 2.3.2
              d118a4f4fd16d9b558ec3f3e87bfee772861d2b7 2.4-rc
 ad823b5d58c68903a6153a25e3fb4ed25239d 2.4
 c10cf8191469e7c3c8844922e17e71a176cb7cb 2.4.1
              a4765077b65e6ae29ba42bab7834717b5072d5ba 2.4.2
              f5fbe15ca7449f2c9a3cf817c86d0ae68b307214 2.5-rc
              a6088c05e43a8aee0472ca3a4f6f8d7dd914ebbf 2.5
 d4df752e61fe7ae4f3682e0a0008573b0402 2.5.1
 b7175377babacce80a6c1e12366d8032a6d4340 2.5.2
 c922c1b5145dab8baefefb0437d363b6a6c21c 2.5.3
 a7bd2dccd44ed571afe7424cd7f95594f27c092 2.5.4
 cd385856d98bacb2c3086f8897bc660c2beea 2.6-rc
 f785b38af38d2fca6b8f3db56b8007a84cd73a 2.6
              ddc7a6be20212d18f3e27d9d7e6f079a66d96f21 2.6.1
              cceaf7af4c9e9e6fa2dbfdcfe9856c5da69c4ffd 2.6.2
 acc6e37a650f0fae37872e733382ac1c0c 2.6.3
              f0d7721d7322dcfb5af33599c2543f27335334bb 2.7-rc
              f37b5a17e6a0ee17afde2cdde5393dd74715fb58 2.7
 a558f81dc73afeab4d7be63617392b130117f 2.7.1
              e7fa36d2ad3a7944a52dca126458d6f482db3524 2.7.2
 f2d8f2421314b1ddead8f7d0c91009358994 2.8-rc
              d825e4025e39d1c39db943cdc89818abd0a87c27 2.8
 e04a06467e2969c0cc6501335be0406d46ef0 2.8.1
              ca387377df7a3a67dbb90b6336b781cdadc3ef41 2.8.2
              8862469e16f9236208581b20de5f96bd13cc039d 2.9-rc
 cec5134e9c4bceab6a00c60f52a4f80677a78f2 2.9
              b96cb15ec9e04d8ac5ee08b34fcbbe4200588965 2.9.1
 f83fc5cfe715d292069ee8417c83804f6c6c1e4 2.9.2
 f55b251224f16508dd1311452db7780dafe2b 3.0-rc
 ac506c6ababe86985b932f4948837c0891b5 3.0
 c80ee5b3cb3684fa8edc61501b3506d02eb10 3.0.1
 d8cd3d0e83c7336c0cb45a9f88638363f993848 3.0.2
 c36dc6cd61a0e1b563f1d51e55bdf4dacf12162 3.1-rc
 e49892020336491cdc6945885c4de26ffa8b 3.1
 dc91146f35369949ea56b40172308158b59063a 3.1.1
              f768c888aaa68d12dd7f509dcc7f01c9584357d0 3.1.2
 f8d16af8cae246fa5a48e723d48d58b015aed94 3.2-rc
              ced632394371a36953ce4d394f86278ae51a2aae 3.2
 c58303fb0ec020907af28b9e486be299ba043 3.2.1
              902554884335e5ca3661d63be9978eb4aec3f68a 3.2.2
 dad422ecc5adb63d9fa649eeb8e05a5f9bc4900 3.2.3
 a3a71d75396f5d4cf6935ae7d9ba5407a547 3.2.4
              db8e3f7948b1fdeb9ad12d448fc3525759908b9f 3.3-rc
              fbdd5195528fae4f41feebc1838215c110b25d6a 3.3
 b4ed033390bf6e2879c8f5c28c84e1ee3b87231 3.3.1
 a92bbd02e5e3a625e0820389b47786b02b2cea 3.3.2
 e2e9a0750f91a6fe0ad88e4de34f8efefdcab08 3.3.3
              e89f909edffad558b56f4affa8239e4832f88de0 3.4-rc
 cc6036bca532e06681c5a8fa37efaa812de67b5 3.4
              ed18f4acf435a2824c6f49fba40f42b9df5da7ad 3.4.1
 cd0ddac49c1125b2e013aa2ff18ecbd4dd954 3.4.2
 a38d44ba093bd1d1ecfd34119e94056030278b 3.5-rc
 aa1c313b05b1a85f8ffa1120d51579ddf6bf24 3.5
 a45e49a6bed023deb229102a8903234d18054d3 3.5.1
 a466b9f9792e3ad7ae3fc6c43c3ff2e136b718d 3.5.2
              b66e3ca0b90c3095ea28dfd39aa24247bebf5c20 3.6-rc
 dd34f2e7272be9e3b2a5a83cd0d20be44293f4 3.6
 aa5083cbebbe7575c88f3402ab377539b484897 3.6.1
 d437a0f3355834a9485bbbeb30a52a052c98f19 3.6.2
              ea389970c08449440587712117f178d33bab3f1e 3.6.3
 bdc8965720ca4061f8f8d806563cfc7cdb62e 3.7-rc
              2408645de650d8a29a6ce9e7dce601d8dd0d1474 3.7
              b698abf971e7377d9b7ec7fc8c52df45255b0329 3.7.1
              d493d64757eb45ada99fcb3693e479a51b7782da 3.7.2
              ae279d4a19e9683214cbd1fe8298cf0b50571432 3.7.3
 eedf2c450aee58b1a90b0e826f47c5da64 3.8-rc
              f85de28eae32e7d3064b1a1321309071bbaaa069 3.8
              a56296f55a5e1038ea5016dace2076b693c28a56 3.8.1
              aaabed77791a75968a12b8c43ad263631a23ee81 3.8.2
              a9764ab80e11bcf6a37255db7dd079011f767c6c 3.8.3
 a5d605b8683a292bb89aea11f37a81b06ac016 3.8.4
 bb4f9d3a47a6e83c2b414d58811ed38f503c2 3.9-rc
 f84e68dbb9bd026f0f3a974ce4bdb93686 3.9
              ccd436f7db6d5d7b9af89715179b911d031d44f1 3.9.1
 e68974eb5c63ccb03f794d8b57339a80c4 3.9.2
 c415874f6ac653efc1099dec9c9150e90f 4.0-rc
              eab27446995210c334c3d06f1a659e3b9b5da769 4.0
              b3b1ae98f6a0e14c1e1ba806a6c18e193b6dae5c 4.0.1
              e69874dc1f4e142746ff3df91e678a09c6fc208c 4.0.2
              a1dd2c0c479e0550040542e392e87bc91262517e 4.1-rc
              e1526da1e6d84e03146151c9b6e6950fe9a83d7d 4.1
 b624d27e3917d978af56d6ad59331e0464a 4.1.1
              ed5b25874d998ababb181a939dd37a16ea644435 4.1.2
 eaf9539499a1b8be259ffe7ada787d07857f80 4.1.3
 e788321cc4ae9975b7f0c54c849f36d82182b 4.2-rc
              bb96d4a497432722623ae60d9bc734a1e360179e 4.2
              c850f0ed54c1d42f9aa079ad528f8127e5775217 4.2.1
 c49ed51a698ec016d2b4c6b44ca3c3f73cc788 4.2.2
 ebaed4e315f63157bd157d6ce553c7ab73 4.3-rc
 af8622863796a0027566f6b646e10d522c4c 4.3
 c91326b23954e6e1c6960d0239511f9530258 4.2.3
 fee7f7d2da04226914c2258cc2884dc27384fd7 4.3.1
 f72c7b70acfdaf56ab35360584d7845827 4.3.2
 f427b57bf9019c6dc3750baa539dc22c1be50f6 4.3.3
 e2454b60e5936f5e77498cab2648db469504487 4.4-rc
 ccb43d4cf01d013ae05917ec4f305509f851b2d 4.4
              cabc840ffdee8a72f3689fb77dd74d04fdc2bc04 4.4.1
              a92b9f8e11ba330614cdfd6af0e03b15c1ff3797 4.4.2
 b6df1b5adbdf647cf5c6675b40575e1b197c60 4.5-rc
              d334afc585e29577f271c5eda03378736a16ca6b 4.5
 aadf7a3264b03c8b09efce715bc41e6ab4a9b 4.5.1
 bba684efde7f45add05f737952093bb2aa07155 4.5.2
 de7bd407251af2bc98e5b809c8598ee95830daf 4.5.3
              ed5448edcbfa747b9154099e18630e49024fd47b 4.6rc0
 ec874717d8a93b19e0d50628443e0ee5efab3a9 4.6rc1
 cac550aea66d19c601e45efd1b7bd08d7c40 4.6
 c5ced5276d6e7d54f7c3dadf5247b7ee98ec79c 4.6.1
 b63a6743010dfdbf8a8154186e119949bdaa1cc 4.6.2
              e90130af47ce8dd53a3109aed9d15876b3e7dee8 4.7rc0
 ac6a72308a215e6086fbced347ec10aa963b0a 4.7
              ede3bf31fe63677fdf5bd8db687977d4e3d792ed 4.7.1
 cb1a79010ac50c58cd84e6f50c4556bf2a4c 4.7.2
 ec6f1320df26f3133ec40f3de866ea0695fd7 4.8rc0
              a91a2837150bdcb27ae76b3646e6c93cd6a15904 4.8
 c8c54cf97256f4468da2eb4dbee24f7f3888e71 4.8.1
 f092b2cd9691e2a55d198f717b231af9be6f9 4.8.2
 ff5844cad7a27ee3eb5adad89ac8550949 4.9rc0
 b4b4ae0e9a6b8e579f7b0a693b8cf5c3b10 4.9
 ea21df312ec7159c5b3633096b6ecf68750b0dd 4.9.1
 a8d9ed864754837a185a642170cde24392f9abf 5.0rc0
 e479ef7c9639be0029f00e6a722b96dcc05fee 5.0
              c3484ddbdb9621256d597ed86b90d229c59c2af9 5.0.1
 ada9b8d51bef24c5cb4cdca4243f0db694ab6e 5.0.2
              e386b5f4f8360dbb43a576dd9b1368e386fefa5b 5.1rc0
              e91930d712e8507d1bc1b2dffd96c83edc4cbed3 5.1
              a4e32fd539ab41489a51b2aa88bda9a73b839562 5.1.1
 e52f2b62f4768aa0d988936c929dc7c4a41a0 5.1.2
 f9561099de77c684c00f76507f11e46ebe8 5.2rc0
              ca3dca416f8d5863ca6f5a4a6a6bb835dcd5feeb 5.2
              a50fecefa691c9b72a99e49aa6fe9dd13943c2bf 5.2.1
              b4c82b70418022e67cc0e69b1aa3c3aa43aa1d29 5.2.2
 a0102c05c7852c8215ef6cf21d809927586b69 5.3rc0
              e4344e463c0c888a2f437b78b5982ecdf3f6650a 5.3rc1
 f5410dfc8a64bb587d19637deb95d378fd1eb5c 5.3
 d121acbb82e65fe4dd3c2318a1b61981b958492 5.3.1
 fca7e8449a847e3cf1054f2c07b51237699fad3 5.3.2
 ce8e7515036d3431a03aaeb7bc72dd96cb1112 5.4rc0
+             cf3e07d7648a4371ce584d15dd692e7a6845792f 5.4

hgext/phabricator.py

0 +20 -7

              # phabricator.py - simple Phabricator integration
              #
              # Copyright 2017 Facebook, Inc.
              #
              # This software may be used and distributed according to the terms of the
              # GNU General Public License version 2 or any later version.
              """simple Phabricator integration (EXPERIMENTAL)
              This extension provides a ``phabsend`` command which sends a stack of
              changesets to Phabricator, and a ``phabread`` command which prints a stack of
              revisions in a format suitable for :hg:`import`, and a ``phabupdate`` command
              to update statuses in batch.
              A "phabstatus" view for :hg:`show` is also provided; it displays status
              information of Phabricator differentials associated with unfinished
              changesets.
              By default, Phabricator requires ``Test Plan`` which might prevent some
              changeset from being sent. The requirement could be disabled by changing
              ``differential.require-test-plan-field`` config server side.
              Config::
                  [phabricator]
                  # Phabricator URL
                  url = https://phab.example.com/
                  # Repo callsign. If a repo has a URL https://$HOST/diffusion/FOO, then its
                  # callsign is "FOO".
                  callsign = FOO
                  # curl command to use. If not set (default), use builtin HTTP library to
                  # communicate. If set, use the specified curl command. This could be useful
                  # if you need to specify advanced options that is not easily supported by
                  # the internal library.
                  curlcmd = curl --connect-timeout 2 --retry 3 --silent
                  [auth]
                  example.schemes = https
                  example.prefix = phab.example.com
                  # API token. Get it from https://$HOST/conduit/login/
                  example.phabtoken = cli-xxxxxxxxxxxxxxxxxxxxxxxxxxxx
              """
              from __future__ import absolute_import
              import base64
              import contextlib
              import hashlib
              import itertools
              import json
              import mimetypes
              import operator
              import re
              from mercurial.node import bin, nullid, short
              from mercurial.i18n import _
              from mercurial.pycompat import getattr
              from mercurial.thirdparty import attr
              from mercurial import (
                  cmdutil,
                  context,
                  copies,
                  encoding,
                  error,
                  exthelper,
                  graphmod,
                  httpconnection as httpconnectionmod,
                  localrepo,
                  logcmdutil,
                  match,
                  mdiff,
                  obsutil,
                  parser,
                  patch,
                  phases,
                  pycompat,
                  scmutil,
                  smartset,
                  tags,
                  templatefilters,
                  templateutil,
                  url as urlmod,
                  util,
              )
              from mercurial.utils import (
                  procutil,
                  stringutil,
              )
              from . import show
              # Note for extension authors: ONLY specify testedwith = 'ships-with-hg-core' for
              # extensions which SHIP WITH MERCURIAL. Non-mainline extensions should
              # be specifying the version(s) of Mercurial they are tested with, or
              # leave the attribute unspecified.
              testedwith = b'ships-with-hg-core'
              eh = exthelper.exthelper()
              cmdtable = eh.cmdtable
              command = eh.command
              configtable = eh.configtable
              templatekeyword = eh.templatekeyword
              uisetup = eh.finaluisetup
              # developer config: phabricator.batchsize
              eh.configitem(
                  b'phabricator', b'batchsize', default=12,
              )
              eh.configitem(
                  b'phabricator', b'callsign', default=None,
              )
              eh.configitem(
                  b'phabricator', b'curlcmd', default=None,
              )
              # developer config: phabricator.debug
              eh.configitem(
                  b'phabricator', b'debug', default=False,
              )
              # developer config: phabricator.repophid
              eh.configitem(
                  b'phabricator', b'repophid', default=None,
              )
              eh.configitem(
                  b'phabricator', b'url', default=None,
              )
              eh.configitem(
                  b'phabsend', b'confirm', default=False,
              )
              eh.configitem(
                  b'phabimport', b'secret', default=False,
              )
              eh.configitem(
                  b'phabimport', b'obsolete', default=False,
              )
              colortable = {
                  b'phabricator.action.created': b'green',
                  b'phabricator.action.skipped': b'magenta',
                  b'phabricator.action.updated': b'magenta',
                  b'phabricator.desc': b'',
                  b'phabricator.drev': b'bold',
                  b'phabricator.node': b'',
                  b'phabricator.status.abandoned': b'magenta dim',
                  b'phabricator.status.accepted': b'green bold',
                  b'phabricator.status.closed': b'green',
                  b'phabricator.status.needsreview': b'yellow',
                  b'phabricator.status.needsrevision': b'red',
                  b'phabricator.status.changesplanned': b'red',
              }
              _VCR_FLAGS = [
                  (
                      b'',
                      b'test-vcr',
                      b'',
                      _(
                          b'Path to a vcr file. If nonexistent, will record a new vcr transcript'
                          b', otherwise will mock all http requests using the specified vcr file.'
                          b' (ADVANCED)'
                      ),
                  ),
              ]
              @eh.wrapfunction(localrepo, "loadhgrc")
              def _loadhgrc(orig, ui, wdirvfs, hgvfs, requirements):
                  """Load ``.arcconfig`` content into a ui instance on repository open.
                  """
                  result = False
                  arcconfig = {}
                  try:
                      # json.loads only accepts bytes from 3.6+
                      rawparams = encoding.unifromlocal(wdirvfs.read(b".arcconfig"))
                      # json.loads only returns unicode strings
                      arcconfig = pycompat.rapply(
                          lambda x: encoding.unitolocal(x)
                          if isinstance(x, pycompat.unicode)
                          else x,
                          pycompat.json_loads(rawparams),
                      )
                      result = True
                  except ValueError:
                      ui.warn(_(b"invalid JSON in %s\n") % wdirvfs.join(b".arcconfig"))
                  except IOError:
                      pass
                  cfg = util.sortdict()
                  if b"repository.callsign" in arcconfig:
                      cfg[(b"phabricator", b"callsign")] = arcconfig[b"repository.callsign"]
                  if b"phabricator.uri" in arcconfig:
                      cfg[(b"phabricator", b"url")] = arcconfig[b"phabricator.uri"]
                  if cfg:
                      ui.applyconfig(cfg, source=wdirvfs.join(b".arcconfig"))
                  return orig(ui, wdirvfs, hgvfs, requirements) or result  # Load .hg/hgrc
              def vcrcommand(name, flags, spec, helpcategory=None, optionalrepo=False):
                  fullflags = flags + _VCR_FLAGS
                  def hgmatcher(r1, r2):
                      if r1.uri != r2.uri or r1.method != r2.method:
                          return False
                      r1params = util.urlreq.parseqs(r1.body)
                      r2params = util.urlreq.parseqs(r2.body)
                      for key in r1params:
                          if key not in r2params:
                              return False
                          value = r1params[key][0]
                          # we want to compare json payloads without worrying about ordering
                          if value.startswith(b'{') and value.endswith(b'}'):
                              r1json = pycompat.json_loads(value)
                              r2json = pycompat.json_loads(r2params[key][0])
                              if r1json != r2json:
                                  return False
                          elif r2params[key][0] != value:
                              return False
                      return True
                  def sanitiserequest(request):
                      request.body = re.sub(
                          br'cli-[a-z0-9]+', br'cli-hahayouwish', request.body
                      )
                      return request
                  def sanitiseresponse(response):
                      if 'set-cookie' in response['headers']:
                          del response['headers']['set-cookie']
                      return response
                  def decorate(fn):
                      def inner(*args, **kwargs):
                          cassette = pycompat.fsdecode(kwargs.pop('test_vcr', None))
                          if cassette:
                              import hgdemandimport
                              with hgdemandimport.deactivated():
                                  import vcr as vcrmod
                                  import vcr.stubs as stubs
                                  vcr = vcrmod.VCR(
                                      serializer='json',
                                      before_record_request=sanitiserequest,
                                      before_record_response=sanitiseresponse,
                                      custom_patches=[
                                          (
                                              urlmod,
                                              'httpconnection',
                                              stubs.VCRHTTPConnection,
                                          ),
                                          (
                                              urlmod,
                                              'httpsconnection',
                                              stubs.VCRHTTPSConnection,
                                          ),
                                      ],
                                  )
                                  vcr.register_matcher('hgmatcher', hgmatcher)
                                  with vcr.use_cassette(cassette, match_on=['hgmatcher']):
                                      return fn(*args, **kwargs)
                          return fn(*args, **kwargs)
                      cmd = util.checksignature(inner, depth=2)
                      cmd.__name__ = fn.__name__
                      cmd.__doc__ = fn.__doc__
                      return command(
                          name,
                          fullflags,
                          spec,
                          helpcategory=helpcategory,
                          optionalrepo=optionalrepo,
                      )(cmd)
                  return decorate
              def _debug(ui, *msg, **opts):
                  """write debug output for Phabricator if ``phabricator.debug`` is set
                  Specifically, this avoids dumping Conduit and HTTP auth chatter that is
                  printed with the --debug argument.
                  """
                  if ui.configbool(b"phabricator", b"debug"):
                      flag = ui.debugflag
                      try:
                          ui.debugflag = True
                          ui.write(*msg, **opts)
                      finally:
                          ui.debugflag = flag
              def urlencodenested(params):
                  """like urlencode, but works with nested parameters.
                  For example, if params is {'a': ['b', 'c'], 'd': {'e': 'f'}}, it will be
                  flattened to {'a[0]': 'b', 'a[1]': 'c', 'd[e]': 'f'} and then passed to
                  urlencode. Note: the encoding is consistent with PHP's http_build_query.
                  """
                  flatparams = util.sortdict()
                  def process(prefix, obj):
                      if isinstance(obj, bool):
                          obj = {True: b'true', False: b'false'}[obj]  # Python -> PHP form
                      lister = lambda l: [(b'%d' % k, v) for k, v in enumerate(l)]
                      items = {list: lister, dict: lambda x: x.items()}.get(type(obj))
                      if items is None:
                          flatparams[prefix] = obj
                      else:
                          for k, v in items(obj):
                              if prefix:
                                  process(b'%s[%s]' % (prefix, k), v)
                              else:
                                  process(k, v)
                  process(b'', params)
                  return util.urlreq.urlencode(flatparams)
              def readurltoken(ui):
                  """return conduit url, token and make sure they exist
                  Currently read from [auth] config section. In the future, it might
                  make sense to read from .arcconfig and .arcrc as well.
                  """
                  url = ui.config(b'phabricator', b'url')
                  if not url:
                      raise error.Abort(
                          _(b'config %s.%s is required') % (b'phabricator', b'url')
                      )
                  res = httpconnectionmod.readauthforuri(ui, url, util.url(url).user)
                  token = None
                  if res:
                      group, auth = res
                      ui.debug(b"using auth.%s.* for authentication\n" % group)
                      token = auth.get(b'phabtoken')
                  if not token:
                      raise error.Abort(
                          _(b'Can\'t find conduit token associated to %s') % (url,)
                      )
                  return url, token
              def callconduit(ui, name, params):
                  """call Conduit API, params is a dict. return json.loads result, or None"""
                  host, token = readurltoken(ui)
                  url, authinfo = util.url(b'/'.join([host, b'api', name])).authinfo()
                  ui.debug(b'Conduit Call: %s %s\n' % (url, pycompat.byterepr(params)))
                  params = params.copy()
                  params[b'__conduit__'] = {
                      b'token': token,
                  }
                  rawdata = {
                      b'params': templatefilters.json(params),
                      b'output': b'json',
                      b'__conduit__': 1,
                  }
                  data = urlencodenested(rawdata)
                  curlcmd = ui.config(b'phabricator', b'curlcmd')
                  if curlcmd:
                      sin, sout = procutil.popen2(
                          b'%s -d @- %s' % (curlcmd, procutil.shellquote(url))
                      )
                      sin.write(data)
                      sin.close()
                      body = sout.read()
                  else:
                      urlopener = urlmod.opener(ui, authinfo)
                      request = util.urlreq.request(pycompat.strurl(url), data=data)
                      with contextlib.closing(urlopener.open(request)) as rsp:
                          body = rsp.read()
                  ui.debug(b'Conduit Response: %s\n' % body)
                  parsed = pycompat.rapply(
                      lambda x: encoding.unitolocal(x)
                      if isinstance(x, pycompat.unicode)
                      else x,
                      # json.loads only accepts bytes from py3.6+
                      pycompat.json_loads(encoding.unifromlocal(body)),
                  )
                  if parsed.get(b'error_code'):
                      msg = _(b'Conduit Error (%s): %s') % (
                          parsed[b'error_code'],
                          parsed[b'error_info'],
                      )
                      raise error.Abort(msg)
                  return parsed[b'result']
              @vcrcommand(b'debugcallconduit', [], _(b'METHOD'), optionalrepo=True)
              def debugcallconduit(ui, repo, name):
                  """call Conduit API
                  Call parameters are read from stdin as a JSON blob. Result will be written
                  to stdout as a JSON blob.
                  """
                  # json.loads only accepts bytes from 3.6+
                  rawparams = encoding.unifromlocal(ui.fin.read())
                  # json.loads only returns unicode strings
                  params = pycompat.rapply(
                      lambda x: encoding.unitolocal(x)
                      if isinstance(x, pycompat.unicode)
                      else x,
                      pycompat.json_loads(rawparams),
                  )
                  # json.dumps only accepts unicode strings
                  result = pycompat.rapply(
                      lambda x: encoding.unifromlocal(x) if isinstance(x, bytes) else x,
                      callconduit(ui, name, params),
                  )
                  s = json.dumps(result, sort_keys=True, indent=2, separators=(u',', u': '))
                  ui.write(b'%s\n' % encoding.unitolocal(s))
              def getrepophid(repo):
                  """given callsign, return repository PHID or None"""
                  # developer config: phabricator.repophid
                  repophid = repo.ui.config(b'phabricator', b'repophid')
                  if repophid:
                      return repophid
                  callsign = repo.ui.config(b'phabricator', b'callsign')
                  if not callsign:
                      return None
                  query = callconduit(
                      repo.ui,
                      b'diffusion.repository.search',
                      {b'constraints': {b'callsigns': [callsign]}},
                  )
                  if len(query[b'data']) == 0:
                      return None
                  repophid = query[b'data'][0][b'phid']
                  repo.ui.setconfig(b'phabricator', b'repophid', repophid)
                  return repophid
              _differentialrevisiontagre = re.compile(br'\AD([1-9][0-9]*)\Z')
              _differentialrevisiondescre = re.compile(
                  br'^Differential Revision:\s*(?P<url>(?:.*)D(?P<id>[1-9][0-9]*))$', re.M
              )
              def getoldnodedrevmap(repo, nodelist):
                  """find previous nodes that has been sent to Phabricator
                  return {node: (oldnode, Differential diff, Differential Revision ID)}
                  for node in nodelist with known previous sent versions, or associated
                  Differential Revision IDs. ``oldnode`` and ``Differential diff`` could
                  be ``None``.
                  Examines commit messages like "Differential Revision:" to get the
                  association information.
                  If such commit message line is not found, examines all precursors and their
                  tags. Tags with format like "D1234" are considered a match and the node
                  with that tag, and the number after "D" (ex. 1234) will be returned.
                  The ``old node``, if not None, is guaranteed to be the last diff of
                  corresponding Differential Revision, and exist in the repo.
                  """
                  unfi = repo.unfiltered()
                  has_node = unfi.changelog.index.has_node
                  result = {}  # {node: (oldnode?, lastdiff?, drev)}
                  # ordered for test stability when printing new -> old mapping below
                  toconfirm = util.sortdict()  # {node: (force, {precnode}, drev)}
                  for node in nodelist:
                      ctx = unfi[node]
                      # For tags like "D123", put them into "toconfirm" to verify later
                      precnodes = list(obsutil.allpredecessors(unfi.obsstore, [node]))
                      for n in precnodes:
                          if has_node(n):
                              for tag in unfi.nodetags(n):
                                  m = _differentialrevisiontagre.match(tag)
                                  if m:
                                      toconfirm[node] = (0, set(precnodes), int(m.group(1)))
                                      break
                              else:
                                  continue  # move to next predecessor
                              break  # found a tag, stop
                      else:
                          # Check commit message
                          m = _differentialrevisiondescre.search(ctx.description())
                          if m:
                              toconfirm[node] = (1, set(precnodes), int(m.group('id')))
                  # Double check if tags are genuine by collecting all old nodes from
                  # Phabricator, and expect precursors overlap with it.
                  if toconfirm:
                      drevs = [drev for force, precs, drev in toconfirm.values()]
                      alldiffs = callconduit(
                          unfi.ui, b'differential.querydiffs', {b'revisionIDs': drevs}
                      )
                      def getnodes(d, precset):
                          # Ignore other nodes that were combined into the Differential
                          # that aren't predecessors of the current local node.
                          return [n for n in getlocalcommits(d) if n in precset]
                      for newnode, (force, precset, drev) in toconfirm.items():
                          diffs = [
                              d for d in alldiffs.values() if int(d[b'revisionID']) == drev
                          ]
                          # local predecessors known by Phabricator
                          phprecset = {n for d in diffs for n in getnodes(d, precset)}
                          # Ignore if precursors (Phabricator and local repo) do not overlap,
                          # and force is not set (when commit message says nothing)
                          if not force and not phprecset:
                              tagname = b'D%d' % drev
                              tags.tag(
                                  repo,
                                  tagname,
                                  nullid,
                                  message=None,
                                  user=None,
                                  date=None,
                                  local=True,
                              )
                              unfi.ui.warn(
                                  _(
                                      b'D%d: local tag removed - does not match '
                                      b'Differential history\n'
                                  )
                                  % drev
                              )
                              continue
                          # Find the last node using Phabricator metadata, and make sure it
                          # exists in the repo
                          oldnode = lastdiff = None
                          if diffs:
                              lastdiff = max(diffs, key=lambda d: int(d[b'id']))
                              oldnodes = getnodes(lastdiff, precset)
                              _debug(
                                  unfi.ui,
                                  b"%s mapped to old nodes %s\n"
                                  % (
                                      short(newnode),
                                      stringutil.pprint([short(n) for n in sorted(oldnodes)]),
                                  ),
                              )
                              # If this commit was the result of `hg fold` after submission,
                              # and now resubmitted with --fold, the easiest thing to do is
                              # to leave the node clear.  This only results in creating a new
                              # diff for the _same_ Differential Revision if this commit is
                              # the first or last in the selected range.  If we picked a node
                              # from the list instead, it would have to be the lowest if at
                              # the beginning of the --fold range, or the highest at the end.
                              # Otherwise, one or more of the nodes wouldn't be considered in
                              # the diff, and the Differential wouldn't be properly updated.
                              # If this commit is the result of `hg split` in the same
                              # scenario, there is a single oldnode here (and multiple
                              # newnodes mapped to it).  That makes it the same as the normal
                              # case, as the edges of the newnode range cleanly maps to one
                              # oldnode each.
                              if len(oldnodes) == 1:
                                  oldnode = oldnodes[0]
                              if oldnode and not has_node(oldnode):
                                  oldnode = None
                          result[newnode] = (oldnode, lastdiff, drev)
                  return result
              def getdrevmap(repo, revs):
                  """Return a dict mapping each rev in `revs` to their Differential Revision
                  ID or None.
                  """
                  result = {}
                  for rev in revs:
                      result[rev] = None
                      ctx = repo[rev]
                      # Check commit message
                      m = _differentialrevisiondescre.search(ctx.description())
                      if m:
                          result[rev] = int(m.group('id'))
                          continue
                      # Check tags
                      for tag in repo.nodetags(ctx.node()):
                          m = _differentialrevisiontagre.match(tag)
                          if m:
                              result[rev] = int(m.group(1))
                              break
                  return result
              def getdiff(basectx, ctx, diffopts):
                  """plain-text diff without header (user, commit message, etc)"""
                  output = util.stringio()
                  for chunk, _label in patch.diffui(
                      ctx.repo(), basectx.p1().node(), ctx.node(), None, opts=diffopts
                  ):
                      output.write(chunk)
                  return output.getvalue()
              class DiffChangeType(object):
                  ADD = 1
                  CHANGE = 2
                  DELETE = 3
                  MOVE_AWAY = 4
                  COPY_AWAY = 5
                  MOVE_HERE = 6
                  COPY_HERE = 7
                  MULTICOPY = 8
              class DiffFileType(object):
                  TEXT = 1
                  IMAGE = 2
                  BINARY = 3
              @attr.s
              class phabhunk(dict):
                  """Represents a Differential hunk, which is owned by a Differential change
                  """
                  oldOffset = attr.ib(default=0)  # camelcase-required
                  oldLength = attr.ib(default=0)  # camelcase-required
                  newOffset = attr.ib(default=0)  # camelcase-required
                  newLength = attr.ib(default=0)  # camelcase-required
                  corpus = attr.ib(default='')
                  # These get added to the phabchange's equivalents
                  addLines = attr.ib(default=0)  # camelcase-required
                  delLines = attr.ib(default=0)  # camelcase-required
              @attr.s
              class phabchange(object):
                  """Represents a Differential change, owns Differential hunks and owned by a
                  Differential diff.  Each one represents one file in a diff.
                  """
                  currentPath = attr.ib(default=None)  # camelcase-required
                  oldPath = attr.ib(default=None)  # camelcase-required
                  awayPaths = attr.ib(default=attr.Factory(list))  # camelcase-required
                  metadata = attr.ib(default=attr.Factory(dict))
                  oldProperties = attr.ib(default=attr.Factory(dict))  # camelcase-required
                  newProperties = attr.ib(default=attr.Factory(dict))  # camelcase-required
                  type = attr.ib(default=DiffChangeType.CHANGE)
                  fileType = attr.ib(default=DiffFileType.TEXT)  # camelcase-required
                  commitHash = attr.ib(default=None)  # camelcase-required
                  addLines = attr.ib(default=0)  # camelcase-required
                  delLines = attr.ib(default=0)  # camelcase-required
                  hunks = attr.ib(default=attr.Factory(list))
                  def copynewmetadatatoold(self):
                      for key in list(self.metadata.keys()):
                          newkey = key.replace(b'new:', b'old:')
                          self.metadata[newkey] = self.metadata[key]
                  def addoldmode(self, value):
                      self.oldProperties[b'unix:filemode'] = value
                  def addnewmode(self, value):
                      self.newProperties[b'unix:filemode'] = value
                  def addhunk(self, hunk):
                      if not isinstance(hunk, phabhunk):
                          raise error.Abort(b'phabchange.addhunk only takes phabhunks')
                      self.hunks.append(pycompat.byteskwargs(attr.asdict(hunk)))
                      # It's useful to include these stats since the Phab web UI shows them,
                      # and uses them to estimate how large a change a Revision is. Also used
                      # in email subjects for the [+++--] bit.
                      self.addLines += hunk.addLines
                      self.delLines += hunk.delLines
              @attr.s
              class phabdiff(object):
                  """Represents a Differential diff, owns Differential changes.  Corresponds
                  to a commit.
                  """
                  # Doesn't seem to be any reason to send this (output of uname -n)
                  sourceMachine = attr.ib(default=b'')  # camelcase-required
                  sourcePath = attr.ib(default=b'/')  # camelcase-required
                  sourceControlBaseRevision = attr.ib(default=b'0' * 40)  # camelcase-required
                  sourceControlPath = attr.ib(default=b'/')  # camelcase-required
                  sourceControlSystem = attr.ib(default=b'hg')  # camelcase-required
                  branch = attr.ib(default=b'default')
                  bookmark = attr.ib(default=None)
                  creationMethod = attr.ib(default=b'phabsend')  # camelcase-required
                  lintStatus = attr.ib(default=b'none')  # camelcase-required
                  unitStatus = attr.ib(default=b'none')  # camelcase-required
                  changes = attr.ib(default=attr.Factory(dict))
                  repositoryPHID = attr.ib(default=None)  # camelcase-required
                  def addchange(self, change):
                      if not isinstance(change, phabchange):
                          raise error.Abort(b'phabdiff.addchange only takes phabchanges')
                      self.changes[change.currentPath] = pycompat.byteskwargs(
                          attr.asdict(change)
                      )
              def maketext(pchange, basectx, ctx, fname):
                  """populate the phabchange for a text file"""
                  repo = ctx.repo()
                  fmatcher = match.exact([fname])
                  diffopts = mdiff.diffopts(git=True, context=32767)
                  _pfctx, _fctx, header, fhunks = next(
                      patch.diffhunks(repo, basectx.p1(), ctx, fmatcher, opts=diffopts)
                  )
                  for fhunk in fhunks:
                      (oldOffset, oldLength, newOffset, newLength), lines = fhunk
                      corpus = b''.join(lines[1:])
                      shunk = list(header)
                      shunk.extend(lines)
                      _mf, _mt, addLines, delLines, _hb = patch.diffstatsum(
                          patch.diffstatdata(util.iterlines(shunk))
                      )
                      pchange.addhunk(
                          phabhunk(
                              oldOffset,
                              oldLength,
                              newOffset,
                              newLength,
                              corpus,
                              addLines,
                              delLines,
                          )
                      )
              def uploadchunks(fctx, fphid):
                  """upload large binary files as separate chunks.
                  Phab requests chunking over 8MiB, and splits into 4MiB chunks
                  """
                  ui = fctx.repo().ui
                  chunks = callconduit(ui, b'file.querychunks', {b'filePHID': fphid})
                  with ui.makeprogress(
                      _(b'uploading file chunks'), unit=_(b'chunks'), total=len(chunks)
                  ) as progress:
                      for chunk in chunks:
                          progress.increment()
                          if chunk[b'complete']:
                              continue
                          bstart = int(chunk[b'byteStart'])
                          bend = int(chunk[b'byteEnd'])
                          callconduit(
                              ui,
                              b'file.uploadchunk',
                              {
                                  b'filePHID': fphid,
                                  b'byteStart': bstart,
                                  b'data': base64.b64encode(fctx.data()[bstart:bend]),
                                  b'dataEncoding': b'base64',
                              },
                          )
              def uploadfile(fctx):
                  """upload binary files to Phabricator"""
                  repo = fctx.repo()
                  ui = repo.ui
                  fname = fctx.path()
                  size = fctx.size()
                  fhash = pycompat.bytestr(hashlib.sha256(fctx.data()).hexdigest())
                  # an allocate call is required first to see if an upload is even required
                  # (Phab might already have it) and to determine if chunking is needed
                  allocateparams = {
                      b'name': fname,
                      b'contentLength': size,
                      b'contentHash': fhash,
                  }
                  filealloc = callconduit(ui, b'file.allocate', allocateparams)
                  fphid = filealloc[b'filePHID']
                  if filealloc[b'upload']:
                      ui.write(_(b'uploading %s\n') % bytes(fctx))
                      if not fphid:
                          uploadparams = {
                              b'name': fname,
                              b'data_base64': base64.b64encode(fctx.data()),
                          }
                          fphid = callconduit(ui, b'file.upload', uploadparams)
                      else:
                          uploadchunks(fctx, fphid)
                  else:
                      ui.debug(b'server already has %s\n' % bytes(fctx))
                  if not fphid:
                      raise error.Abort(b'Upload of %s failed.' % bytes(fctx))
                  return fphid
              def addoldbinary(pchange, oldfctx, fctx):
                  """add the metadata for the previous version of a binary file to the
                  phabchange for the new version
                  ``oldfctx`` is the previous version of the file; ``fctx`` is the new
                  version of the file, or None if the file is being removed.
                  """
                  if not fctx or fctx.cmp(oldfctx):
                      # Files differ, add the old one
                      pchange.metadata[b'old:file:size'] = oldfctx.size()
                      mimeguess, _enc = mimetypes.guess_type(
                          encoding.unifromlocal(oldfctx.path())
                      )
                      if mimeguess:
                          pchange.metadata[b'old:file:mime-type'] = pycompat.bytestr(
                              mimeguess
                          )
                      fphid = uploadfile(oldfctx)
                      pchange.metadata[b'old:binary-phid'] = fphid
                  else:
                      # If it's left as IMAGE/BINARY web UI might try to display it
                      pchange.fileType = DiffFileType.TEXT
                      pchange.copynewmetadatatoold()
              def makebinary(pchange, fctx):
                  """populate the phabchange for a binary file"""
                  pchange.fileType = DiffFileType.BINARY
                  fphid = uploadfile(fctx)
                  pchange.metadata[b'new:binary-phid'] = fphid
                  pchange.metadata[b'new:file:size'] = fctx.size()
                  mimeguess, _enc = mimetypes.guess_type(encoding.unifromlocal(fctx.path()))
                  if mimeguess:
                      mimeguess = pycompat.bytestr(mimeguess)
                      pchange.metadata[b'new:file:mime-type'] = mimeguess
                      if mimeguess.startswith(b'image/'):
                          pchange.fileType = DiffFileType.IMAGE
              # Copied from mercurial/patch.py
              gitmode = {b'l': b'120000', b'x': b'100755', b'': b'100644'}
              def notutf8(fctx):
                  """detect non-UTF-8 text files since Phabricator requires them to be marked
                  as binary
                  """
                  try:
                      fctx.data().decode('utf-8')
                      return False
                  except UnicodeDecodeError:
                      fctx.repo().ui.write(
                          _(b'file %s detected as non-UTF-8, marked as binary\n')
                          % fctx.path()
                      )
                      return True
              def addremoved(pdiff, basectx, ctx, removed):
                  """add removed files to the phabdiff. Shouldn't include moves"""
                  for fname in removed:
                      pchange = phabchange(
                          currentPath=fname, oldPath=fname, type=DiffChangeType.DELETE
                      )
                      oldfctx = basectx.p1()[fname]
                      pchange.addoldmode(gitmode[oldfctx.flags()])
                      if not (oldfctx.isbinary() or notutf8(oldfctx)):
                          maketext(pchange, basectx, ctx, fname)
                      pdiff.addchange(pchange)
              def addmodified(pdiff, basectx, ctx, modified):
                  """add modified files to the phabdiff"""
                  for fname in modified:
                      fctx = ctx[fname]
                      oldfctx = basectx.p1()[fname]
                      pchange = phabchange(currentPath=fname, oldPath=fname)
                      filemode = gitmode[fctx.flags()]
                      originalmode = gitmode[oldfctx.flags()]
                      if filemode != originalmode:
                          pchange.addoldmode(originalmode)
                          pchange.addnewmode(filemode)
                      if (
                          fctx.isbinary()
                          or notutf8(fctx)
                          or oldfctx.isbinary()
                          or notutf8(oldfctx)
                      ):
                          makebinary(pchange, fctx)
                          addoldbinary(pchange, oldfctx, fctx)
                      else:
                          maketext(pchange, basectx, ctx, fname)
                      pdiff.addchange(pchange)
              def addadded(pdiff, basectx, ctx, added, removed):
                  """add file adds to the phabdiff, both new files and copies/moves"""
                  # Keep track of files that've been recorded as moved/copied, so if there are
                  # additional copies we can mark them (moves get removed from removed)
                  copiedchanges = {}
                  movedchanges = {}
                  copy = {}
                  if basectx != ctx:
                      copy = copies.pathcopies(basectx.p1(), ctx)
                  for fname in added:
                      fctx = ctx[fname]
                      oldfctx = None
                      pchange = phabchange(currentPath=fname)
                      filemode = gitmode[fctx.flags()]
                      if copy:
                          originalfname = copy.get(fname, fname)
                      else:
                          originalfname = fname
                          if fctx.renamed():
                              originalfname = fctx.renamed()[0]
                      renamed = fname != originalfname
                      if renamed:
                          oldfctx = basectx.p1()[originalfname]
                          originalmode = gitmode[oldfctx.flags()]
                          pchange.oldPath = originalfname
                          if originalfname in removed:
                              origpchange = phabchange(
                                  currentPath=originalfname,
                                  oldPath=originalfname,
                                  type=DiffChangeType.MOVE_AWAY,
                                  awayPaths=[fname],
                              )
                              movedchanges[originalfname] = origpchange
                              removed.remove(originalfname)
                              pchange.type = DiffChangeType.MOVE_HERE
                          elif originalfname in movedchanges:
                              movedchanges[originalfname].type = DiffChangeType.MULTICOPY
                              movedchanges[originalfname].awayPaths.append(fname)
                              pchange.type = DiffChangeType.COPY_HERE
                          else:  # pure copy
                              if originalfname not in copiedchanges:
                                  origpchange = phabchange(
                                      currentPath=originalfname, type=DiffChangeType.COPY_AWAY
                                  )
                                  copiedchanges[originalfname] = origpchange
                              else:
                                  origpchange = copiedchanges[originalfname]
                              origpchange.awayPaths.append(fname)
                              pchange.type = DiffChangeType.COPY_HERE
                          if filemode != originalmode:
                              pchange.addoldmode(originalmode)
                              pchange.addnewmode(filemode)
                      else:  # Brand-new file
                          pchange.addnewmode(gitmode[fctx.flags()])
                          pchange.type = DiffChangeType.ADD
                      if (
                          fctx.isbinary()
                          or notutf8(fctx)
                          or (oldfctx and (oldfctx.isbinary() or notutf8(oldfctx)))
                      ):
                          makebinary(pchange, fctx)
                          if renamed:
                              addoldbinary(pchange, oldfctx, fctx)
                      else:
                          maketext(pchange, basectx, ctx, fname)
                      pdiff.addchange(pchange)
                  for _path, copiedchange in copiedchanges.items():
                      pdiff.addchange(copiedchange)
                  for _path, movedchange in movedchanges.items():
                      pdiff.addchange(movedchange)
              def creatediff(basectx, ctx):
                  """create a Differential Diff"""
                  repo = ctx.repo()
                  repophid = getrepophid(repo)
                  # Create a "Differential Diff" via "differential.creatediff" API
                  pdiff = phabdiff(
                      sourceControlBaseRevision=b'%s' % basectx.p1().hex(),
                      branch=b'%s' % ctx.branch(),
                  )
                  modified, added, removed, _d, _u, _i, _c = basectx.p1().status(ctx)
                  # addadded will remove moved files from removed, so addremoved won't get
                  # them
                  addadded(pdiff, basectx, ctx, added, removed)
                  addmodified(pdiff, basectx, ctx, modified)
                  addremoved(pdiff, basectx, ctx, removed)
                  if repophid:
                      pdiff.repositoryPHID = repophid
                  diff = callconduit(
                      repo.ui,
                      b'differential.creatediff',
                      pycompat.byteskwargs(attr.asdict(pdiff)),
                  )
                  if not diff:
                      if basectx != ctx:
                          msg = _(b'cannot create diff for %s::%s') % (basectx, ctx)
                      else:
                          msg = _(b'cannot create diff for %s') % ctx
                      raise error.Abort(msg)
                  return diff
              def writediffproperties(ctxs, diff):
                  """write metadata to diff so patches could be applied losslessly
                  ``ctxs`` is the list of commits that created the diff, in ascending order.
                  The list is generally a single commit, but may be several when using
                  ``phabsend --fold``.
                  """
                  # creatediff returns with a diffid but query returns with an id
                  diffid = diff.get(b'diffid', diff.get(b'id'))
                  basectx = ctxs[0]
                  tipctx = ctxs[-1]
                  params = {
                      b'diff_id': diffid,
                      b'name': b'hg:meta',
                      b'data': templatefilters.json(
                          {
                              b'user': tipctx.user(),
                              b'date': b'%d %d' % tipctx.date(),
                              b'branch': tipctx.branch(),
                              b'node': tipctx.hex(),
                              b'parent': basectx.p1().hex(),
                          }
                      ),
                  }
                  callconduit(basectx.repo().ui, b'differential.setdiffproperty', params)
                  commits = {}
                  for ctx in ctxs:
                      commits[ctx.hex()] = {
                          b'author': stringutil.person(ctx.user()),
                          b'authorEmail': stringutil.email(ctx.user()),
                          b'time': int(ctx.date()[0]),
                          b'commit': ctx.hex(),
                          b'parents': [ctx.p1().hex()],
                          b'branch': ctx.branch(),
                      }
                  params = {
                      b'diff_id': diffid,
                      b'name': b'local:commits',
                      b'data': templatefilters.json(commits),
                  }
                  callconduit(basectx.repo().ui, b'differential.setdiffproperty', params)
              def createdifferentialrevision(
                  ctxs,
                  revid=None,
                  parentrevphid=None,
                  oldbasenode=None,
                  oldnode=None,
                  olddiff=None,
                  actions=None,
                  comment=None,
              ):
                  """create or update a Differential Revision
                  If revid is None, create a new Differential Revision, otherwise update
                  revid. If parentrevphid is not None, set it as a dependency.
                  If there is a single commit for the new Differential Revision, ``ctxs`` will
                  be a list of that single context.  Otherwise, it is a list that covers the
                  range of changes for the differential, where ``ctxs[0]`` is the first change
                  to include and ``ctxs[-1]`` is the last.
                  If oldnode is not None, check if the patch content (without commit message
                  and metadata) has changed before creating another diff.  For a Revision with
                  a single commit, ``oldbasenode`` and ``oldnode`` have the same value.  For a
                  Revision covering multiple commits, ``oldbasenode`` corresponds to
                  ``ctxs[0]`` the previous time this Revision was posted, and ``oldnode``
                  corresponds to ``ctxs[-1]``.
                  If actions is not None, they will be appended to the transaction.
                  """
                  ctx = ctxs[-1]
                  basectx = ctxs[0]
                  repo = ctx.repo()
                  if oldnode:
                      diffopts = mdiff.diffopts(git=True, context=32767)
                      unfi = repo.unfiltered()
                      oldctx = unfi[oldnode]
                      oldbasectx = unfi[oldbasenode]
                      neednewdiff = getdiff(basectx, ctx, diffopts) != getdiff(
                          oldbasectx, oldctx, diffopts
                      )
                  else:
                      neednewdiff = True
                  transactions = []
                  if neednewdiff:
                      diff = creatediff(basectx, ctx)
                      transactions.append({b'type': b'update', b'value': diff[b'phid']})
                      if comment:
                          transactions.append({b'type': b'comment', b'value': comment})
                  else:
                      # Even if we don't need to upload a new diff because the patch content
                      # does not change. We might still need to update its metadata so
                      # pushers could know the correct node metadata.
                      assert olddiff
                      diff = olddiff
                  writediffproperties(ctxs, diff)
                  # Set the parent Revision every time, so commit re-ordering is picked-up
                  if parentrevphid:
                      transactions.append(
                          {b'type': b'parents.set', b'value': [parentrevphid]}
                      )
                  if actions:
                      transactions += actions
                  # When folding multiple local commits into a single review, arcanist will
                  # take the summary line of the first commit as the title, and then
                  # concatenate the rest of the remaining messages (including each of their
                  # first lines) to the rest of the first commit message (each separated by
                  # an empty line), and use that as the summary field.  Do the same here.
                  # For commits with only a one line message, there is no summary field, as
                  # this gets assigned to the title.
                  fields = util.sortdict()  # sorted for stable wire protocol in tests
                  for i, _ctx in enumerate(ctxs):
                      # Parse commit message and update related fields.
                      desc = _ctx.description()
                      info = callconduit(
                          repo.ui, b'differential.parsecommitmessage', {b'corpus': desc}
                      )
                      for k in [b'title', b'summary', b'testPlan']:
                          v = info[b'fields'].get(k)
                          if not v:
                              continue
                          if i == 0:
                              # Title, summary and test plan (if present) are taken verbatim
                              # for the first commit.
                              fields[k] = v.rstrip()
                              continue
                          elif k == b'title':
                              # Add subsequent titles (i.e. the first line of the commit
                              # message) back to the summary.
                              k = b'summary'
                          # Append any current field to the existing composite field
                          fields[k] = b'\n\n'.join(filter(None, [fields.get(k), v.rstrip()]))
                  for k, v in fields.items():
                      transactions.append({b'type': k, b'value': v})
                  params = {b'transactions': transactions}
                  if revid is not None:
                      # Update an existing Differential Revision
                      params[b'objectIdentifier'] = revid
                  revision = callconduit(repo.ui, b'differential.revision.edit', params)
                  if not revision:
                      if len(ctxs) == 1:
                          msg = _(b'cannot create revision for %s') % ctx
                      else:
                          msg = _(b'cannot create revision for %s::%s') % (basectx, ctx)
                      raise error.Abort(msg)
                  return revision, diff
              def userphids(ui, names):
                  """convert user names to PHIDs"""
                  names = [name.lower() for name in names]
                  query = {b'constraints': {b'usernames': names}}
                  result = callconduit(ui, b'user.search', query)
                  # username not found is not an error of the API. So check if we have missed
                  # some names here.
                  data = result[b'data']
                  resolved = {entry[b'fields'][b'username'].lower() for entry in data}
                  unresolved = set(names) - resolved
                  if unresolved:
                      raise error.Abort(
                          _(b'unknown username: %s') % b' '.join(sorted(unresolved))
                      )
                  return [entry[b'phid'] for entry in data]
              def _print_phabsend_action(ui, ctx, newrevid, action):
                  """print the ``action`` that occurred when posting ``ctx`` for review
                  This is a utility function for the sending phase of ``phabsend``, which
                  makes it easier to show a status for all local commits with `--fold``.
                  """
                  actiondesc = ui.label(
                      {
                          b'created': _(b'created'),
                          b'skipped': _(b'skipped'),
                          b'updated': _(b'updated'),
                      }[action],
                      b'phabricator.action.%s' % action,
                  )
                  drevdesc = ui.label(b'D%d' % newrevid, b'phabricator.drev')
                  nodedesc = ui.label(bytes(ctx), b'phabricator.node')
                  desc = ui.label(ctx.description().split(b'\n')[0], b'phabricator.desc')
                  ui.write(_(b'%s - %s - %s: %s\n') % (drevdesc, actiondesc, nodedesc, desc))
              def _amend_diff_properties(unfi, drevid, newnodes, diff):
                  """update the local commit list for the ``diff`` associated with ``drevid``
                  This is a utility function for the amend phase of ``phabsend``, which
                  converts failures to warning messages.
                  """
                  _debug(
                      unfi.ui,
                      b"new commits: %s\n" % stringutil.pprint([short(n) for n in newnodes]),
                  )
                  try:
                      writediffproperties([unfi[newnode] for newnode in newnodes], diff)
                  except util.urlerr.urlerror:
                      # If it fails just warn and keep going, otherwise the DREV
                      # associations will be lost
                      unfi.ui.warnnoi18n(b'Failed to update metadata for D%d\n' % drevid)
              @vcrcommand(
                  b'phabsend',
                  [
                      (b'r', b'rev', [], _(b'revisions to send'), _(b'REV')),
                      (b'', b'amend', True, _(b'update commit messages')),
                      (b'', b'reviewer', [], _(b'specify reviewers')),
                      (b'', b'blocker', [], _(b'specify blocking reviewers')),
                      (
                          b'm',
                          b'comment',
                          b'',
                          _(b'add a comment to Revisions with new/updated Diffs'),
                      ),
                      (b'', b'confirm', None, _(b'ask for confirmation before sending')),
                      (b'', b'fold', False, _(b'combine the revisions into one review')),
                  ],
                  _(b'REV [OPTIONS]'),
                  helpcategory=command.CATEGORY_IMPORT_EXPORT,
              )
              def phabsend(ui, repo, *revs, **opts):
                  """upload changesets to Phabricator
                  If there are multiple revisions specified, they will be send as a stack
                  with a linear dependencies relationship using the order specified by the
                  revset.
                  For the first time uploading changesets, local tags will be created to
                  maintain the association. After the first time, phabsend will check
                  obsstore and tags information so it can figure out whether to update an
                  existing Differential Revision, or create a new one.
                  If --amend is set, update commit messages so they have the
                  ``Differential Revision`` URL, remove related tags. This is similar to what
                  arcanist will do, and is more desired in author-push workflows. Otherwise,
                  use local tags to record the ``Differential Revision`` association.
                  The --confirm option lets you confirm changesets before sending them. You
                  can also add following to your configuration file to make it default
                  behaviour::
                      [phabsend]
                      confirm = true
                  By default, a separate review will be created for each commit that is
                  selected, and will have the same parent/child relationship in Phabricator.
                  If ``--fold`` is set, multiple commits are rolled up into a single review
                  as if diffed from the parent of the first revision to the last.  The commit
                  messages are concatenated in the summary field on Phabricator.
                  phabsend will check obsstore and the above association to decide whether to
                  update an existing Differential Revision, or create a new one.
                  """
                  opts = pycompat.byteskwargs(opts)
                  revs = list(revs) + opts.get(b'rev', [])
                  revs = scmutil.revrange(repo, revs)
                  revs.sort()  # ascending order to preserve topological parent/child in phab
                  if not revs:
                      raise error.Abort(_(b'phabsend requires at least one changeset'))
                  if opts.get(b'amend'):
                      cmdutil.checkunfinished(repo)
                  ctxs = [repo[rev] for rev in revs]
                  if any(c for c in ctxs if c.obsolete()):
                      raise error.Abort(_(b"obsolete commits cannot be posted for review"))
+                 # Ensure the local commits are an unbroken range.  The semantics of the
+                 # --fold option implies this, and the auto restacking of orphans requires
+                 # it.  Otherwise A+C in A->B->C will cause B to be orphaned, and C' to
+                 # get A' as a parent.
+                 def _fail_nonlinear_revs(revs, skiprev, revtype):
+                     badnodes = [repo[r].node() for r in revs if r != skiprev]
+                     raise error.Abort(
+                         _(b"cannot phabsend multiple %s revisions: %s")
+                         % (revtype, scmutil.nodesummaries(repo, badnodes)),
+                         hint=_(b"the revisions must form a linear chain"),
+                     )
+                 heads = repo.revs(b'heads(%ld)', revs)
+                 if len(heads) > 1:
+                     _fail_nonlinear_revs(heads, heads.max(), b"head")
+                 roots = repo.revs(b'roots(%ld)', revs)
+                 if len(roots) > 1:
+                     _fail_nonlinear_revs(roots, roots.min(), b"root")
                  fold = opts.get(b'fold')
                  if fold:
                      if len(revs) == 1:
                          # TODO: just switch to --no-fold instead?
                          raise error.Abort(_(b"cannot fold a single revision"))
                      # There's no clear way to manage multiple commits with a Dxxx tag, so
                      # require the amend option.  (We could append "_nnn", but then it
                      # becomes jumbled if earlier commits are added to an update.)  It should
                      # lock the repo and ensure that the range is editable, but that would
                      # make the code pretty convoluted.  The default behavior of `arc` is to
                      # create a new review anyway.
                      if not opts.get(b"amend"):
                          raise error.Abort(_(b"cannot fold with --no-amend"))
-                     # Ensure the local commits are an unbroken range
-                     revrange = repo.revs(b'(first(%ld)::last(%ld))', revs, revs)
-                     if any(r for r in revs if r not in revrange) or any(
-                         r for r in revrange if r not in revs
-                     ):
-                         raise error.Abort(_(b"cannot fold non-linear revisions"))
                      # It might be possible to bucketize the revisions by the DREV value, and
                      # iterate over those groups when posting, and then again when amending.
                      # But for simplicity, require all selected revisions to be for the same
                      # DREV (if present).  Adding local revisions to an existing DREV is
                      # acceptable.
                      drevmatchers = [
                          _differentialrevisiondescre.search(ctx.description())
                          for ctx in ctxs
                      ]
                      if len({m.group('url') for m in drevmatchers if m}) > 1:
                          raise error.Abort(
                              _(b"cannot fold revisions with different DREV values")
                          )
                  # {newnode: (oldnode, olddiff, olddrev}
                  oldmap = getoldnodedrevmap(repo, [repo[r].node() for r in revs])
                  confirm = ui.configbool(b'phabsend', b'confirm')
                  confirm |= bool(opts.get(b'confirm'))
                  if confirm:
                      confirmed = _confirmbeforesend(repo, revs, oldmap)
                      if not confirmed:
                          raise error.Abort(_(b'phabsend cancelled'))
                  actions = []
                  reviewers = opts.get(b'reviewer', [])
                  blockers = opts.get(b'blocker', [])
                  phids = []
                  if reviewers:
                      phids.extend(userphids(repo.ui, reviewers))
                  if blockers:
                      phids.extend(
                          map(
                              lambda phid: b'blocking(%s)' % phid,
                              userphids(repo.ui, blockers),
                          )
                      )
                  if phids:
                      actions.append({b'type': b'reviewers.add', b'value': phids})
                  drevids = []  # [int]
                  diffmap = {}  # {newnode: diff}
                  # Send patches one by one so we know their Differential Revision PHIDs and
                  # can provide dependency relationship
                  lastrevphid = None
                  for ctx in ctxs:
                      if fold:
                          ui.debug(b'sending rev %d::%d\n' % (ctx.rev(), ctxs[-1].rev()))
                      else:
                          ui.debug(b'sending rev %d\n' % ctx.rev())
                      # Get Differential Revision ID
                      oldnode, olddiff, revid = oldmap.get(ctx.node(), (None, None, None))
                      oldbasenode, oldbasediff, oldbaserevid = oldnode, olddiff, revid
                      if fold:
                          oldbasenode, oldbasediff, oldbaserevid = oldmap.get(
                              ctxs[-1].node(), (None, None, None)
                          )
                      if oldnode != ctx.node() or opts.get(b'amend'):
                          # Create or update Differential Revision
                          revision, diff = createdifferentialrevision(
                              ctxs if fold else [ctx],
                              revid,
                              lastrevphid,
                              oldbasenode,
                              oldnode,
                              olddiff,
                              actions,
                              opts.get(b'comment'),
                          )
                          if fold:
                              for ctx in ctxs:
                                  diffmap[ctx.node()] = diff
                          else:
                              diffmap[ctx.node()] = diff
                          newrevid = int(revision[b'object'][b'id'])
                          newrevphid = revision[b'object'][b'phid']
                          if revid:
                              action = b'updated'
                          else:
                              action = b'created'
                          # Create a local tag to note the association, if commit message
                          # does not have it already
                          if not fold:
                              m = _differentialrevisiondescre.search(ctx.description())
                              if not m or int(m.group('id')) != newrevid:
                                  tagname = b'D%d' % newrevid
                                  tags.tag(
                                      repo,
                                      tagname,
                                      ctx.node(),
                                      message=None,
                                      user=None,
                                      date=None,
                                      local=True,
                                  )
                      else:
                          # Nothing changed. But still set "newrevphid" so the next revision
                          # could depend on this one and "newrevid" for the summary line.
                          newrevphid = querydrev(repo.ui, b'%d' % revid)[0][b'phid']
                          newrevid = revid
                          action = b'skipped'
                      drevids.append(newrevid)
                      lastrevphid = newrevphid
                      if fold:
                          for c in ctxs:
                              if oldmap.get(c.node(), (None, None, None))[2]:
                                  action = b'updated'
                              else:
                                  action = b'created'
                              _print_phabsend_action(ui, c, newrevid, action)
                          break
                      _print_phabsend_action(ui, ctx, newrevid, action)
                  # Update commit messages and remove tags
                  if opts.get(b'amend'):
                      unfi = repo.unfiltered()
                      drevs = callconduit(ui, b'differential.query', {b'ids': drevids})
                      with repo.wlock(), repo.lock(), repo.transaction(b'phabsend'):
                          # Eagerly evaluate commits to restabilize before creating new
                          # commits.  The selected revisions are excluded because they are
                          # automatically restacked as part of the submission process.
                          restack = [
                              c
                              for c in repo.set(
                                  b"(%ld::) - (%ld) - unstable() - obsolete() - public()",
                                  revs,
                                  revs,
                              )
                          ]
                          wnode = unfi[b'.'].node()
                          mapping = {}  # {oldnode: [newnode]}
                          newnodes = []
                          drevid = drevids[0]
                          for i, rev in enumerate(revs):
                              old = unfi[rev]
                              if not fold:
                                  drevid = drevids[i]
                              drev = [d for d in drevs if int(d[b'id']) == drevid][0]
                              newdesc = get_amended_desc(drev, old, fold)
                              # Make sure commit message contain "Differential Revision"
                              if (
                                  old.description() != newdesc
                                  or old.p1().node() in mapping
                                  or old.p2().node() in mapping
                              ):
                                  if old.phase() == phases.public:
                                      ui.warn(
                                          _(b"warning: not updating public commit %s\n")
                                          % scmutil.formatchangeid(old)
                                      )
                                      continue
                                  parents = [
                                      mapping.get(old.p1().node(), (old.p1(),))[0],
                                      mapping.get(old.p2().node(), (old.p2(),))[0],
                                  ]
                                  new = context.metadataonlyctx(
                                      repo,
                                      old,
                                      parents=parents,
                                      text=newdesc,
                                      user=old.user(),
                                      date=old.date(),
                                      extra=old.extra(),
                                  )
                                  newnode = new.commit()
                                  mapping[old.node()] = [newnode]
                                  if fold:
                                      # Defer updating the (single) Diff until all nodes are
                                      # collected.  No tags were created, so none need to be
                                      # removed.
                                      newnodes.append(newnode)
                                      continue
                                  _amend_diff_properties(
                                      unfi, drevid, [newnode], diffmap[old.node()]
                                  )
                                  # Remove local tags since it's no longer necessary
                                  tagname = b'D%d' % drevid
                                  if tagname in repo.tags():
                                      tags.tag(
                                          repo,
                                          tagname,
                                          nullid,
                                          message=None,
                                          user=None,
                                          date=None,
                                          local=True,
                                      )
                              elif fold:
                                  # When folding multiple commits into one review with
                                  # --fold, track even the commits that weren't amended, so
                                  # that their association isn't lost if the properties are
                                  # rewritten below.
                                  newnodes.append(old.node())
                          # If the submitted commits are public, no amend takes place so
                          # there are no newnodes and therefore no diff update to do.
                          if fold and newnodes:
                              diff = diffmap[old.node()]
                              # The diff object in diffmap doesn't have the local commits
                              # because that could be returned from differential.creatediff,
                              # not differential.querydiffs.  So use the queried diff (if
                              # present), or force the amend (a new revision is being posted.)
                              if not olddiff or set(newnodes) != getlocalcommits(olddiff):
                                  _debug(ui, b"updating local commit list for D%d\n" % drevid)
                                  _amend_diff_properties(unfi, drevid, newnodes, diff)
                              else:
                                  _debug(
                                      ui,
                                      b"local commit list for D%d is already up-to-date\n"
                                      % drevid,
                                  )
                          elif fold:
                              _debug(ui, b"no newnodes to update\n")
                          # Restack any children of first-time submissions that were orphaned
                          # in the process.  The ctx won't report that it is an orphan until
                          # the cleanup takes place below.
                          for old in restack:
                              parents = [
                                  mapping.get(old.p1().node(), (old.p1(),))[0],
                                  mapping.get(old.p2().node(), (old.p2(),))[0],
                              ]
                              new = context.metadataonlyctx(
                                  repo,
                                  old,
                                  parents=parents,
                                  text=old.description(),
                                  user=old.user(),
                                  date=old.date(),
                                  extra=old.extra(),
                              )
                              newnode = new.commit()
                              # Don't obsolete unselected descendants of nodes that have not
                              # been changed in this transaction- that results in an error.
                              if newnode != old.node():
                                  mapping[old.node()] = [newnode]
                                  _debug(
                                      ui,
                                      b"restabilizing %s as %s\n"
                                      % (short(old.node()), short(newnode)),
                                  )
                              else:
                                  _debug(
                                      ui,
                                      b"not restabilizing unchanged %s\n" % short(old.node()),
                                  )
                          scmutil.cleanupnodes(repo, mapping, b'phabsend', fixphase=True)
                          if wnode in mapping:
                              unfi.setparents(mapping[wnode][0])
              # Map from "hg:meta" keys to header understood by "hg import". The order is
              # consistent with "hg export" output.
              _metanamemap = util.sortdict(
                  [
                      (b'user', b'User'),
                      (b'date', b'Date'),
                      (b'branch', b'Branch'),
                      (b'node', b'Node ID'),
                      (b'parent', b'Parent '),
                  ]
              )
              def _confirmbeforesend(repo, revs, oldmap):
                  url, token = readurltoken(repo.ui)
                  ui = repo.ui
                  for rev in revs:
                      ctx = repo[rev]
                      desc = ctx.description().splitlines()[0]
                      oldnode, olddiff, drevid = oldmap.get(ctx.node(), (None, None, None))
                      if drevid:
                          drevdesc = ui.label(b'D%d' % drevid, b'phabricator.drev')
                      else:
                          drevdesc = ui.label(_(b'NEW'), b'phabricator.drev')
                      ui.write(
                          _(b'%s - %s: %s\n')
                          % (
                              drevdesc,
                              ui.label(bytes(ctx), b'phabricator.node'),
                              ui.label(desc, b'phabricator.desc'),
                          )
                      )
                  if ui.promptchoice(
                      _(b'Send the above changes to %s (yn)?$$ &Yes $$ &No') % url
                  ):
                      return False
                  return True
              _knownstatusnames = {
                  b'accepted',
                  b'needsreview',
                  b'needsrevision',
                  b'closed',
                  b'abandoned',
                  b'changesplanned',
              }
              def _getstatusname(drev):
                  """get normalized status name from a Differential Revision"""
                  return drev[b'statusName'].replace(b' ', b'').lower()
              # Small language to specify differential revisions. Support symbols: (), :X,
              # +, and -.
              _elements = {
                  # token-type: binding-strength, primary, prefix, infix, suffix
                  b'(': (12, None, (b'group', 1, b')'), None, None),
                  b':': (8, None, (b'ancestors', 8), None, None),
                  b'&': (5, None, None, (b'and_', 5), None),
                  b'+': (4, None, None, (b'add', 4), None),
                  b'-': (4, None, None, (b'sub', 4), None),
                  b')': (0, None, None, None, None),
                  b'symbol': (0, b'symbol', None, None, None),
                  b'end': (0, None, None, None, None),
              }
              def _tokenize(text):
                  view = memoryview(text)  # zero-copy slice
                  special = b'():+-& '
                  pos = 0
                  length = len(text)
                  while pos < length:
                      symbol = b''.join(
                          itertools.takewhile(
                              lambda ch: ch not in special, pycompat.iterbytestr(view[pos:])
                          )
                      )
                      if symbol:
                          yield (b'symbol', symbol, pos)
                          pos += len(symbol)
                      else:  # special char, ignore space
                          if text[pos : pos + 1] != b' ':
                              yield (text[pos : pos + 1], None, pos)
                          pos += 1
                  yield (b'end', None, pos)
              def _parse(text):
                  tree, pos = parser.parser(_elements).parse(_tokenize(text))
                  if pos != len(text):
                      raise error.ParseError(b'invalid token', pos)
                  return tree
              def _parsedrev(symbol):
                  """str -> int or None, ex. 'D45' -> 45; '12' -> 12; 'x' -> None"""
                  if symbol.startswith(b'D') and symbol[1:].isdigit():
                      return int(symbol[1:])
                  if symbol.isdigit():
                      return int(symbol)
              def _prefetchdrevs(tree):
                  """return ({single-drev-id}, {ancestor-drev-id}) to prefetch"""
                  drevs = set()
                  ancestordrevs = set()
                  op = tree[0]
                  if op == b'symbol':
                      r = _parsedrev(tree[1])
                      if r:
                          drevs.add(r)
                  elif op == b'ancestors':
                      r, a = _prefetchdrevs(tree[1])
                      drevs.update(r)
                      ancestordrevs.update(r)
                      ancestordrevs.update(a)
                  else:
                      for t in tree[1:]:
                          r, a = _prefetchdrevs(t)
                          drevs.update(r)
                          ancestordrevs.update(a)
                  return drevs, ancestordrevs
              def querydrev(ui, spec):
                  """return a list of "Differential Revision" dicts
                  spec is a string using a simple query language, see docstring in phabread
                  for details.
                  A "Differential Revision dict" looks like:
                      {
                          "activeDiffPHID": "PHID-DIFF-xoqnjkobbm6k4dk6hi72",
                          "authorPHID": "PHID-USER-tv3ohwc4v4jeu34otlye",
                          "auxiliary": {
                            "phabricator:depends-on": [
                              "PHID-DREV-gbapp366kutjebt7agcd"
                            ]
                            "phabricator:projects": [],
                          },
                          "branch": "default",
                          "ccs": [],
                          "commits": [],
                          "dateCreated": "1499181406",
                          "dateModified": "1499182103",
                          "diffs": [
                            "3",
                            "4",
                          ],
                          "hashes": [],
                          "id": "2",
                          "lineCount": "2",
                          "phid": "PHID-DREV-672qvysjcczopag46qty",
                          "properties": {},
                          "repositoryPHID": "PHID-REPO-hub2hx62ieuqeheznasv",
                          "reviewers": [],
                          "sourcePath": null
                          "status": "0",
                          "statusName": "Needs Review",
                          "summary": "",
                          "testPlan": "",
                          "title": "example",
                          "uri": "https://phab.example.com/D2",
                      }
                  """
                  # TODO: replace differential.query and differential.querydiffs with
                  # differential.diff.search because the former (and their output) are
                  # frozen, and planned to be deprecated and removed.
                  def fetch(params):
                      """params -> single drev or None"""
                      key = (params.get(b'ids') or params.get(b'phids') or [None])[0]
                      if key in prefetched:
                          return prefetched[key]
                      drevs = callconduit(ui, b'differential.query', params)
                      # Fill prefetched with the result
                      for drev in drevs:
                          prefetched[drev[b'phid']] = drev
                          prefetched[int(drev[b'id'])] = drev
                      if key not in prefetched:
                          raise error.Abort(
                              _(b'cannot get Differential Revision %r') % params
                          )
                      return prefetched[key]
                  def getstack(topdrevids):
                      """given a top, get a stack from the bottom, [id] -> [id]"""
                      visited = set()
                      result = []
                      queue = [{b'ids': [i]} for i in topdrevids]
                      while queue:
                          params = queue.pop()
                          drev = fetch(params)
                          if drev[b'id'] in visited:
                              continue
                          visited.add(drev[b'id'])
                          result.append(int(drev[b'id']))
                          auxiliary = drev.get(b'auxiliary', {})
                          depends = auxiliary.get(b'phabricator:depends-on', [])
                          for phid in depends:
                              queue.append({b'phids': [phid]})
                      result.reverse()
                      return smartset.baseset(result)
                  # Initialize prefetch cache
                  prefetched = {}  # {id or phid: drev}
                  tree = _parse(spec)
                  drevs, ancestordrevs = _prefetchdrevs(tree)
                  # developer config: phabricator.batchsize
                  batchsize = ui.configint(b'phabricator', b'batchsize')
                  # Prefetch Differential Revisions in batch
                  tofetch = set(drevs)
                  for r in ancestordrevs:
                      tofetch.update(range(max(1, r - batchsize), r + 1))
                  if drevs:
                      fetch({b'ids': list(tofetch)})
                  validids = sorted(set(getstack(list(ancestordrevs))) | set(drevs))
                  # Walk through the tree, return smartsets
                  def walk(tree):
                      op = tree[0]
                      if op == b'symbol':
                          drev = _parsedrev(tree[1])
                          if drev:
                              return smartset.baseset([drev])
                          elif tree[1] in _knownstatusnames:
                              drevs = [
                                  r
                                  for r in validids
                                  if _getstatusname(prefetched[r]) == tree[1]
                              ]
                              return smartset.baseset(drevs)
                          else:
                              raise error.Abort(_(b'unknown symbol: %s') % tree[1])
                      elif op in {b'and_', b'add', b'sub'}:
                          assert len(tree) == 3
                          return getattr(operator, op)(walk(tree[1]), walk(tree[2]))
                      elif op == b'group':
                          return walk(tree[1])
                      elif op == b'ancestors':
                          return getstack(walk(tree[1]))
                      else:
                          raise error.ProgrammingError(b'illegal tree: %r' % tree)
                  return [prefetched[r] for r in walk(tree)]
              def getdescfromdrev(drev):
                  """get description (commit message) from "Differential Revision"
                  This is similar to differential.getcommitmessage API. But we only care
                  about limited fields: title, summary, test plan, and URL.
                  """
                  title = drev[b'title']
                  summary = drev[b'summary'].rstrip()
                  testplan = drev[b'testPlan'].rstrip()
                  if testplan:
                      testplan = b'Test Plan:\n%s' % testplan
                  uri = b'Differential Revision: %s' % drev[b'uri']
                  return b'\n\n'.join(filter(None, [title, summary, testplan, uri]))
              def get_amended_desc(drev, ctx, folded):
                  """similar to ``getdescfromdrev``, but supports a folded series of commits
                  This is used when determining if an individual commit needs to have its
                  message amended after posting it for review.  The determination is made for
                  each individual commit, even when they were folded into one review.
                  """
                  if not folded:
                      return getdescfromdrev(drev)
                  uri = b'Differential Revision: %s' % drev[b'uri']
                  # Since the commit messages were combined when posting multiple commits
                  # with --fold, the fields can't be read from Phabricator here, or *all*
                  # affected local revisions will end up with the same commit message after
                  # the URI is amended in.  Append in the DREV line, or update it if it
                  # exists.  At worst, this means commit message or test plan updates on
                  # Phabricator aren't propagated back to the repository, but that seems
                  # reasonable for the case where local commits are effectively combined
                  # in Phabricator.
                  m = _differentialrevisiondescre.search(ctx.description())
                  if not m:
                      return b'\n\n'.join([ctx.description(), uri])
                  return _differentialrevisiondescre.sub(uri, ctx.description())
              def getlocalcommits(diff):
                  """get the set of local commits from a diff object
                  See ``getdiffmeta()`` for an example diff object.
                  """
                  props = diff.get(b'properties') or {}
                  commits = props.get(b'local:commits') or {}
                  if len(commits) > 1:
                      return {bin(c) for c in commits.keys()}
                  # Storing the diff metadata predates storing `local:commits`, so continue
                  # to use that in the --no-fold case.
                  return {bin(getdiffmeta(diff).get(b'node', b'')) or None}
              def getdiffmeta(diff):
                  """get commit metadata (date, node, user, p1) from a diff object
                  The metadata could be "hg:meta", sent by phabsend, like:
                      "properties": {
                        "hg:meta": {
                          "branch": "default",
                          "date": "1499571514 25200",
                          "node": "98c08acae292b2faf60a279b4189beb6cff1414d",
                          "user": "Foo Bar <foo@example.com>",
                          "parent": "6d0abad76b30e4724a37ab8721d630394070fe16"
                        }
                      }
                  Or converted from "local:commits", sent by "arc", like:
                      "properties": {
                        "local:commits": {
                          "98c08acae292b2faf60a279b4189beb6cff1414d": {
                            "author": "Foo Bar",
                            "authorEmail": "foo@example.com"
                            "branch": "default",
                            "commit": "98c08acae292b2faf60a279b4189beb6cff1414d",
                            "local": "1000",
                            "message": "...",
                            "parents": ["6d0abad76b30e4724a37ab8721d630394070fe16"],
                            "rev": "98c08acae292b2faf60a279b4189beb6cff1414d",
                            "summary": "...",
                            "tag": "",
                            "time": 1499546314,
                          }
                        }
                      }
                  Note: metadata extracted from "local:commits" will lose time zone
                  information.
                  """
                  props = diff.get(b'properties') or {}
                  meta = props.get(b'hg:meta')
                  if not meta:
                      if props.get(b'local:commits'):
                          commit = sorted(props[b'local:commits'].values())[0]
                          meta = {}
                          if b'author' in commit and b'authorEmail' in commit:
                              meta[b'user'] = b'%s <%s>' % (
                                  commit[b'author'],
                                  commit[b'authorEmail'],
                              )
                          if b'time' in commit:
                              meta[b'date'] = b'%d 0' % int(commit[b'time'])
                          if b'branch' in commit:
                              meta[b'branch'] = commit[b'branch']
                          node = commit.get(b'commit', commit.get(b'rev'))
                          if node:
                              meta[b'node'] = node
                          if len(commit.get(b'parents', ())) >= 1:
                              meta[b'parent'] = commit[b'parents'][0]
                      else:
                          meta = {}
                  if b'date' not in meta and b'dateCreated' in diff:
                      meta[b'date'] = b'%s 0' % diff[b'dateCreated']
                  if b'branch' not in meta and diff.get(b'branch'):
                      meta[b'branch'] = diff[b'branch']
                  if b'parent' not in meta and diff.get(b'sourceControlBaseRevision'):
                      meta[b'parent'] = diff[b'sourceControlBaseRevision']
                  return meta
              def _getdrevs(ui, stack, specs):
                  """convert user supplied DREVSPECs into "Differential Revision" dicts
                  See ``hg help phabread`` for how to specify each DREVSPEC.
                  """
                  if len(specs) > 0:
                      def _formatspec(s):
                          if stack:
                              s = b':(%s)' % s
                          return b'(%s)' % s
                      spec = b'+'.join(pycompat.maplist(_formatspec, specs))
                      drevs = querydrev(ui, spec)
                      if drevs:
                          return drevs
                  raise error.Abort(_(b"empty DREVSPEC set"))
              def readpatch(ui, drevs, write):
                  """generate plain-text patch readable by 'hg import'
                  write takes a list of (DREV, bytes), where DREV is the differential number
                  (as bytes, without the "D" prefix) and the bytes are the text of a patch
                  to be imported. drevs is what "querydrev" returns, results of
                  "differential.query".
                  """
                  # Prefetch hg:meta property for all diffs
                  diffids = sorted({max(int(v) for v in drev[b'diffs']) for drev in drevs})
                  diffs = callconduit(ui, b'differential.querydiffs', {b'ids': diffids})
                  patches = []
                  # Generate patch for each drev
                  for drev in drevs:
                      ui.note(_(b'reading D%s\n') % drev[b'id'])
                      diffid = max(int(v) for v in drev[b'diffs'])
                      body = callconduit(ui, b'differential.getrawdiff', {b'diffID': diffid})
                      desc = getdescfromdrev(drev)
                      header = b'# HG changeset patch\n'
                      # Try to preserve metadata from hg:meta property. Write hg patch
                      # headers that can be read by the "import" command. See patchheadermap
                      # and extract in mercurial/patch.py for supported headers.
                      meta = getdiffmeta(diffs[b'%d' % diffid])
                      for k in _metanamemap.keys():
                          if k in meta:
                              header += b'# %s %s\n' % (_metanamemap[k], meta[k])
                      content = b'%s%s\n%s' % (header, desc, body)
                      patches.append((drev[b'id'], content))
                  # Write patches to the supplied callback
                  write(patches)
              @vcrcommand(
                  b'phabread',
                  [(b'', b'stack', False, _(b'read dependencies'))],
                  _(b'DREVSPEC... [OPTIONS]'),
                  helpcategory=command.CATEGORY_IMPORT_EXPORT,
                  optionalrepo=True,
              )
              def phabread(ui, repo, *specs, **opts):
                  """print patches from Phabricator suitable for importing
                  DREVSPEC could be a Differential Revision identity, like ``D123``, or just
                  the number ``123``. It could also have common operators like ``+``, ``-``,
                  ``&``, ``(``, ``)`` for complex queries. Prefix ``:`` could be used to
                  select a stack.  If multiple DREVSPEC values are given, the result is the
                  union of each individually evaluated value.  No attempt is currently made
                  to reorder the values to run from parent to child.
                  ``abandoned``, ``accepted``, ``closed``, ``needsreview``, ``needsrevision``
                  could be used to filter patches by status. For performance reason, they
                  only represent a subset of non-status selections and cannot be used alone.
                  For example, ``:D6+8-(2+D4)`` selects a stack up to D6, plus D8 and exclude
                  D2 and D4. ``:D9 & needsreview`` selects "Needs Review" revisions in a
                  stack up to D9.
                  If --stack is given, follow dependencies information and read all patches.
                  It is equivalent to the ``:`` operator.
                  """
                  opts = pycompat.byteskwargs(opts)
                  drevs = _getdrevs(ui, opts.get(b'stack'), specs)
                  def _write(patches):
                      for drev, content in patches:
                          ui.write(content)
                  readpatch(ui, drevs, _write)
              @vcrcommand(
                  b'phabimport',
                  [(b'', b'stack', False, _(b'import dependencies as well'))],
                  _(b'DREVSPEC... [OPTIONS]'),
                  helpcategory=command.CATEGORY_IMPORT_EXPORT,
              )
              def phabimport(ui, repo, *specs, **opts):
                  """import patches from Phabricator for the specified Differential Revisions
                  The patches are read and applied starting at the parent of the working
                  directory.
                  See ``hg help phabread`` for how to specify DREVSPEC.
                  """
                  opts = pycompat.byteskwargs(opts)
                  # --bypass avoids losing exec and symlink bits when importing on Windows,
                  # and allows importing with a dirty wdir.  It also aborts instead of leaving
                  # rejects.
                  opts[b'bypass'] = True
                  # Mandatory default values, synced with commands.import
                  opts[b'strip'] = 1
                  opts[b'prefix'] = b''
                  # Evolve 9.3.0 assumes this key is present in cmdutil.tryimportone()
                  opts[b'obsolete'] = False
                  if ui.configbool(b'phabimport', b'secret'):
                      opts[b'secret'] = True
                  if ui.configbool(b'phabimport', b'obsolete'):
                      opts[b'obsolete'] = True  # Handled by evolve wrapping tryimportone()
                  def _write(patches):
                      parents = repo[None].parents()
                      with repo.wlock(), repo.lock(), repo.transaction(b'phabimport'):
                          for drev, contents in patches:
                              ui.status(_(b'applying patch from D%s\n') % drev)
                              with patch.extract(ui, pycompat.bytesio(contents)) as patchdata:
                                  msg, node, rej = cmdutil.tryimportone(
                                      ui,
                                      repo,
                                      patchdata,
                                      parents,
                                      opts,
                                      [],
                                      None,  # Never update wdir to another revision
                                  )
                                  if not node:
                                      raise error.Abort(_(b'D%s: no diffs found') % drev)
                                  ui.note(msg + b'\n')
                                  parents = [repo[node]]
                  drevs = _getdrevs(ui, opts.get(b'stack'), specs)
                  readpatch(repo.ui, drevs, _write)
              @vcrcommand(
                  b'phabupdate',
                  [
                      (b'', b'accept', False, _(b'accept revisions')),
                      (b'', b'reject', False, _(b'reject revisions')),
                      (b'', b'abandon', False, _(b'abandon revisions')),
                      (b'', b'reclaim', False, _(b'reclaim revisions')),
                      (b'm', b'comment', b'', _(b'comment on the last revision')),
                  ],
                  _(b'DREVSPEC... [OPTIONS]'),
                  helpcategory=command.CATEGORY_IMPORT_EXPORT,
                  optionalrepo=True,
              )
              def phabupdate(ui, repo, *specs, **opts):
                  """update Differential Revision in batch
                  DREVSPEC selects revisions. See :hg:`help phabread` for its usage.
                  """
                  opts = pycompat.byteskwargs(opts)
                  flags = [n for n in b'accept reject abandon reclaim'.split() if opts.get(n)]
                  if len(flags) > 1:
                      raise error.Abort(_(b'%s cannot be used together') % b', '.join(flags))
                  actions = []
                  for f in flags:
                      actions.append({b'type': f, b'value': True})
                  drevs = _getdrevs(ui, opts.get(b'stack'), specs)
                  for i, drev in enumerate(drevs):
                      if i + 1 == len(drevs) and opts.get(b'comment'):
                          actions.append({b'type': b'comment', b'value': opts[b'comment']})
                      if actions:
                          params = {
                              b'objectIdentifier': drev[b'phid'],
                              b'transactions': actions,
                          }
                          callconduit(ui, b'differential.revision.edit', params)
              @eh.templatekeyword(b'phabreview', requires={b'ctx'})
              def template_review(context, mapping):
                  """:phabreview: Object describing the review for this changeset.
                  Has attributes `url` and `id`.
                  """
                  ctx = context.resource(mapping, b'ctx')
                  m = _differentialrevisiondescre.search(ctx.description())
                  if m:
                      return templateutil.hybriddict(
                          {b'url': m.group('url'), b'id': b"D%s" % m.group('id'),}
                      )
                  else:
                      tags = ctx.repo().nodetags(ctx.node())
                      for t in tags:
                          if _differentialrevisiontagre.match(t):
                              url = ctx.repo().ui.config(b'phabricator', b'url')
                              if not url.endswith(b'/'):
                                  url += b'/'
                              url += t
                              return templateutil.hybriddict({b'url': url, b'id': t,})
                  return None
              @eh.templatekeyword(b'phabstatus', requires={b'ctx', b'repo', b'ui'})
              def template_status(context, mapping):
                  """:phabstatus: String. Status of Phabricator differential.
                  """
                  ctx = context.resource(mapping, b'ctx')
                  repo = context.resource(mapping, b'repo')
                  ui = context.resource(mapping, b'ui')
                  rev = ctx.rev()
                  try:
                      drevid = getdrevmap(repo, [rev])[rev]
                  except KeyError:
                      return None
                  drevs = callconduit(ui, b'differential.query', {b'ids': [drevid]})
                  for drev in drevs:
                      if int(drev[b'id']) == drevid:
                          return templateutil.hybriddict(
                              {b'url': drev[b'uri'], b'status': drev[b'statusName'],}
                          )
                  return None
              @show.showview(b'phabstatus', csettopic=b'work')
              def phabstatusshowview(ui, repo, displayer):
                  """Phabricator differiential status"""
                  revs = repo.revs('sort(_underway(), topo)')
                  drevmap = getdrevmap(repo, revs)
                  unknownrevs, drevids, revsbydrevid = [], set(), {}
                  for rev, drevid in pycompat.iteritems(drevmap):
                      if drevid is not None:
                          drevids.add(drevid)
                          revsbydrevid.setdefault(drevid, set()).add(rev)
                      else:
                          unknownrevs.append(rev)
                  drevs = callconduit(ui, b'differential.query', {b'ids': list(drevids)})
                  drevsbyrev = {}
                  for drev in drevs:
                      for rev in revsbydrevid[int(drev[b'id'])]:
                          drevsbyrev[rev] = drev
                  def phabstatus(ctx):
                      drev = drevsbyrev[ctx.rev()]
                      status = ui.label(
                          b'%(statusName)s' % drev,
                          b'phabricator.status.%s' % _getstatusname(drev),
                      )
                      ui.write(b"\n%s %s\n" % (drev[b'uri'], status))
                  revs -= smartset.baseset(unknownrevs)
                  revdag = graphmod.dagwalker(repo, revs)
                  ui.setconfig(b'experimental', b'graphshorten', True)
                  displayer._exthook = phabstatus
                  nodelen = show.longestshortest(repo, revs)
                  logcmdutil.displaygraph(
                      ui,
                      repo,
                      revdag,
                      displayer,
                      graphmod.asciiedges,
                      props={b'nodelen': nodelen},
                  )

tests/test-phabricator.t

0 +8 -4

              #require vcr
                $ cat >> $HGRCPATH <<EOF
                > [extensions]
                > phabricator =
                >
                > [auth]
                > hgphab.schemes = https
                > hgphab.prefix = phab.mercurial-scm.org
                > # When working on the extension and making phabricator interaction
                > # changes, edit this to be a real phabricator token. When done, edit
                > # it back. The VCR transcripts will be auto-sanitised to replace your real
                > # token with this value.
                > hgphab.phabtoken = cli-hahayouwish
                >
                > [phabricator]
                > debug = True
                > EOF
                $ hg init repo
                $ cd repo
                $ cat >> .hg/hgrc <<EOF
                > [phabricator]
                > url = https://phab.mercurial-scm.org/
                > callsign = HG
                > EOF
                $ VCR="$TESTDIR/phabricator"
              Error is handled reasonably. We override the phabtoken here so that
              when you're developing changes to phabricator.py you can edit the
              above config and have a real token in the test but not have to edit
              this test.
                $ hg phabread --config auth.hgphab.phabtoken=cli-notavalidtoken \
                >  --test-vcr "$VCR/phabread-conduit-error.json" D4480 | head
                abort: Conduit Error (ERR-INVALID-AUTH): API token "cli-notavalidtoken" has the wrong length. API tokens should be 32 characters long.
              Missing arguments don't crash, and may print the command help
                $ hg debugcallconduit
                hg debugcallconduit: invalid arguments
                hg debugcallconduit METHOD
                call Conduit API
                options:
                (use 'hg debugcallconduit -h' to show more help)
                [255]
                $ hg phabread
                abort: empty DREVSPEC set
                [255]
              Basic phabread:
                $ hg phabread --test-vcr "$VCR/phabread-4480.json" D4480 | head
                # HG changeset patch
                # Date 1536771503 0
                # Parent  a5de21c9e3703f8e8eb064bd7d893ff2f703c66a
                exchangev2: start to implement pull with wire protocol v2
                Wire protocol version 2 will take a substantially different
                approach to exchange than version 1 (at least as far as pulling
                is concerned).
                This commit establishes a new exchangev2 module for holding
              Phabread with multiple DREVSPEC
              TODO: attempt to order related revisions like --stack?
                $ hg phabread --test-vcr "$VCR/phabread-multi-drev.json" D8205 8206 D8207 \
                >             | grep '^Differential Revision'
                Differential Revision: https://phab.mercurial-scm.org/D8205
                Differential Revision: https://phab.mercurial-scm.org/D8206
                Differential Revision: https://phab.mercurial-scm.org/D8207
              Empty DREVSPECs don't crash
                $ hg phabread --test-vcr "$VCR/phabread-empty-drev.json" D7917-D7917
                abort: empty DREVSPEC set
                [255]
              phabupdate with an accept:
                $ hg phabupdate --accept D4564 \
                > -m 'I think I like where this is headed. Will read rest of series later.'\
                >  --test-vcr "$VCR/accept-4564.json"
                abort: Conduit Error (ERR-CONDUIT-CORE): Validation errors:
                  - You can not accept this revision because it has already been closed. Only open revisions can be accepted.
                [255]
                $ hg phabupdate --accept D7913 -m 'LGTM' --test-vcr "$VCR/accept-7913.json"
              Create a differential diff:
                $ HGENCODING=utf-8; export HGENCODING
                $ echo alpha > alpha
                $ hg ci --addremove -m 'create alpha for phabricator test €'
                adding alpha
                $ hg phabsend -r . --test-vcr "$VCR/phabsend-create-alpha.json"
                D7915 - created - d386117f30e6: create alpha for phabricator test \xe2\x82\xac (esc)
                new commits: ['347bf67801e5']
                saved backup bundle to $TESTTMP/repo/.hg/strip-backup/d386117f30e6-24ffe649-phabsend.hg
                $ echo more >> alpha
                $ HGEDITOR=true hg ci --amend
                saved backup bundle to $TESTTMP/repo/.hg/strip-backup/347bf67801e5-3bf313e4-amend.hg
                $ echo beta > beta
                $ hg ci --addremove -m 'create beta for phabricator test'
                adding beta
                $ hg phabsend -r ".^::" --test-vcr "$VCR/phabsend-update-alpha-create-beta.json"
                c44b38f24a45 mapped to old nodes []
                D7915 - updated - c44b38f24a45: create alpha for phabricator test \xe2\x82\xac (esc)
                D7916 - created - 9e6901f21d5b: create beta for phabricator test
                new commits: ['a692622e6937']
                saved backup bundle to $TESTTMP/repo/.hg/strip-backup/9e6901f21d5b-1fcd4f0e-phabsend.hg
                $ unset HGENCODING
              The amend won't explode after posting a public commit.  The local tag is left
              behind to identify it.
                $ echo 'public change' > beta
                $ hg ci -m 'create public change for phabricator testing'
                $ hg phase --public .
                $ echo 'draft change' > alpha
                $ hg ci -m 'create draft change for phabricator testing'
                $ hg phabsend --amend -r '.^::' --test-vcr "$VCR/phabsend-create-public.json"
                D7917 - created - 7b4185ab5d16: create public change for phabricator testing
                D7918 - created - 251c1c333fc6: create draft change for phabricator testing
                warning: not updating public commit 2:7b4185ab5d16
                new commits: ['3244dc4a3334']
                saved backup bundle to $TESTTMP/repo/.hg/strip-backup/251c1c333fc6-41cb7c3b-phabsend.hg
                $ hg tags -v
                tip                                3:3244dc4a3334
                D7917                              2:7b4185ab5d16 local
                $ hg debugcallconduit user.search --test-vcr "$VCR/phab-conduit.json" <<EOF
                > {
                >     "constraints": {
                >         "isBot": true
                >     }
                > }
                > EOF
                {
                  "cursor": {
                    "after": null,
                    "before": null,
                    "limit": 100,
                    "order": null
                  },
                  "data": [],
                  "maps": {},
                  "query": {
                    "queryKey": null
                  }
                }
              Template keywords
                $ hg log -T'{rev} {phabreview|json}\n'
 {"id": "D7918", "url": "https://phab.mercurial-scm.org/D7918"}
 {"id": "D7917", "url": "https://phab.mercurial-scm.org/D7917"}
 {"id": "D7916", "url": "https://phab.mercurial-scm.org/D7916"}
 {"id": "D7915", "url": "https://phab.mercurial-scm.org/D7915"}
                $ hg log -T'{rev} {if(phabreview, "{phabreview.url} {phabreview.id}")}\n'
 https://phab.mercurial-scm.org/D7918 D7918
 https://phab.mercurial-scm.org/D7917 D7917
 https://phab.mercurial-scm.org/D7916 D7916
 https://phab.mercurial-scm.org/D7915 D7915
              Commenting when phabsending:
                $ echo comment > comment
                $ hg ci --addremove -m "create comment for phabricator test"
                adding comment
                $ hg phabsend -r . -m "For default branch" --test-vcr "$VCR/phabsend-comment-created.json"
                D7919 - created - d5dddca9023d: create comment for phabricator test
                new commits: ['f7db812bbe1d']
                saved backup bundle to $TESTTMP/repo/.hg/strip-backup/d5dddca9023d-adf673ba-phabsend.hg
                $ echo comment2 >> comment
                $ hg ci --amend
                saved backup bundle to $TESTTMP/repo/.hg/strip-backup/f7db812bbe1d-8fcded77-amend.hg
                $ hg phabsend -r . -m "Address review comments" --test-vcr "$VCR/phabsend-comment-updated.json"
 d7828727 mapped to old nodes []
                D7919 - updated - 1849d7828727: create comment for phabricator test
              Phabsending a skipped commit:
                $ hg phabsend --no-amend -r . --test-vcr "$VCR/phabsend-skipped.json"
 d7828727 mapped to old nodes ['1849d7828727']
                D7919 - skipped - 1849d7828727: create comment for phabricator test
-             Phabsend doesn't create an instability when rebasing existing revisions on top
+             Phabsend doesn't create an instability when restacking existing revisions on top
              of new revisions.
                $ hg init reorder
                $ cd reorder
                $ cat >> .hg/hgrc <<EOF
                > [phabricator]
                > url = https://phab.mercurial-scm.org/
                > callsign = HG
                > [experimental]
                > evolution = all
                > EOF
                $ echo "add" > file1.txt
                $ hg ci -Aqm 'added'
                $ echo "mod1" > file1.txt
                $ hg ci -m 'modified 1'
                $ echo "mod2" > file1.txt
                $ hg ci -m 'modified 2'
                $ hg phabsend -r . --test-vcr "$VCR/phabsend-add-parent-setup.json"
                D8433 - created - 5d3959e20d1d: modified 2
                new commits: ['2b4aa8a88d61']
                $ hg log -G -T compact
                @  3[tip]:1   2b4aa8a88d61   1970-01-01 00:00 +0000   test
                |    modified 2
                |
                o  1   d549263bcb2d   1970-01-01 00:00 +0000   test
                |    modified 1
                |
                o  0   5cbade24e0fa   1970-01-01 00:00 +0000   test
                     added
              Also check that it doesn't create more orphans outside of the stack
                $ hg up -q 1
                $ echo "mod3" > file1.txt
                $ hg ci -m 'modified 3'
                created new head
                $ hg up -q 3
                $ hg phabsend -r ".^ + ." --test-vcr "$VCR/phabsend-add-parent.json"
 b4aa8a88d61 mapped to old nodes ['2b4aa8a88d61']
                D8434 - created - d549263bcb2d: modified 1
                D8433 - updated - 2b4aa8a88d61: modified 2
                new commits: ['876a60d024de']
                new commits: ['0c6523cb1d0f']
                restabilizing 1eda4bf55021 as d2c78c3a3e01
                $ hg log -G -T compact
                o  7[tip]:5   d2c78c3a3e01   1970-01-01 00:00 +0000   test
                |    modified 3
                |
                | @  6   0c6523cb1d0f   1970-01-01 00:00 +0000   test
                |/     modified 2
                |
                o  5:0   876a60d024de   1970-01-01 00:00 +0000   test
                |    modified 1
                |
                o  0   5cbade24e0fa   1970-01-01 00:00 +0000   test
                     added
              Posting obsolete commits is disallowed
                $ echo "mod3" > file1.txt
                $ hg ci -m 'modified A'
                $ echo "mod4" > file1.txt
                $ hg ci -m 'modified B'
                $ hg up '.^'
 files updated, 0 files merged, 0 files removed, 0 files unresolved
                $ echo 'obsolete' > file1.txt
                $ hg amend --config extensions.amend=
 new orphan changesets
                $ hg log -G
                @  changeset:   10:082be6c94150
                |  tag:         tip
                |  parent:      6:0c6523cb1d0f
                |  user:        test
                |  date:        Thu Jan 01 00:00:00 1970 +0000
                |  summary:     modified A
                |
                | *  changeset:   9:a67643f48146
                | |  user:        test
                | |  date:        Thu Jan 01 00:00:00 1970 +0000
                | |  instability: orphan
                | |  summary:     modified B
                | |
                | x  changeset:   8:db79727cb2f7
                |/   parent:      6:0c6523cb1d0f
                |    user:        test
                |    date:        Thu Jan 01 00:00:00 1970 +0000
                |    obsolete:    rewritten using amend as 10:082be6c94150
                |    summary:     modified A
                |
                | o  changeset:   7:d2c78c3a3e01
                | |  parent:      5:876a60d024de
                | |  user:        test
                | |  date:        Thu Jan 01 00:00:00 1970 +0000
                | |  summary:     modified 3
                | |
                o |  changeset:   6:0c6523cb1d0f
                |/   user:        test
                |    date:        Thu Jan 01 00:00:00 1970 +0000
                |    summary:     modified 2
                |
                o  changeset:   5:876a60d024de
                |  parent:      0:5cbade24e0fa
                |  user:        test
                |  date:        Thu Jan 01 00:00:00 1970 +0000
                |  summary:     modified 1
                |
                o  changeset:   0:5cbade24e0fa
                   user:        test
                   date:        Thu Jan 01 00:00:00 1970 +0000
                   summary:     added
                $ hg phabsend -r 5::
                abort: obsolete commits cannot be posted for review
                [255]
              Don't restack existing orphans
                $ hg phabsend -r 5::tip --test-vcr "$VCR/phabsend-no-restack-orphan.json"
 a60d024de mapped to old nodes ['876a60d024de']
 c6523cb1d0f mapped to old nodes ['0c6523cb1d0f']
                D8434 - updated - 876a60d024de: modified 1
                D8433 - updated - 0c6523cb1d0f: modified 2
                D8435 - created - 082be6c94150: modified A
                new commits: ['b5913193c805']
                not restabilizing unchanged d2c78c3a3e01
                $ hg log -G
                @  changeset:   11:b5913193c805
                |  tag:         tip
                |  parent:      6:0c6523cb1d0f
                |  user:        test
                |  date:        Thu Jan 01 00:00:00 1970 +0000
                |  summary:     modified A
                |
                | *  changeset:   9:a67643f48146
                | |  user:        test
                | |  date:        Thu Jan 01 00:00:00 1970 +0000
                | |  instability: orphan
                | |  summary:     modified B
                | |
                | x  changeset:   8:db79727cb2f7
                |/   parent:      6:0c6523cb1d0f
                |    user:        test
                |    date:        Thu Jan 01 00:00:00 1970 +0000
                |    obsolete:    rewritten using amend, phabsend as 11:b5913193c805
                |    summary:     modified A
                |
                | o  changeset:   7:d2c78c3a3e01
                | |  parent:      5:876a60d024de
                | |  user:        test
                | |  date:        Thu Jan 01 00:00:00 1970 +0000
                | |  summary:     modified 3
                | |
                o |  changeset:   6:0c6523cb1d0f
                |/   user:        test
                |    date:        Thu Jan 01 00:00:00 1970 +0000
                |    summary:     modified 2
                |
                o  changeset:   5:876a60d024de
                |  parent:      0:5cbade24e0fa
                |  user:        test
                |  date:        Thu Jan 01 00:00:00 1970 +0000
                |  summary:     modified 1
                |
                o  changeset:   0:5cbade24e0fa
                   user:        test
                   date:        Thu Jan 01 00:00:00 1970 +0000
                   summary:     added
                $ cd ..
              Phabesending a new binary, a modified binary, and a removed binary
                >>> open('bin', 'wb').write(b'\0a') and None
                $ hg ci -Am 'add binary'
                adding bin
                >>> open('bin', 'wb').write(b'\0b') and None
                $ hg ci -m 'modify binary'
                $ hg rm bin
                $ hg ci -m 'remove binary'
                $ hg phabsend -r .~2:: --test-vcr "$VCR/phabsend-binary.json"
                uploading bin@aa24a81f55de
                D8007 - created - aa24a81f55de: add binary
                uploading bin@d8d62a881b54
                D8008 - created - d8d62a881b54: modify binary
                D8009 - created - af55645b2e29: remove binary
                new commits: ['b8139fbb4a57']
                new commits: ['c88ce4c2d2ad']
                new commits: ['75dbbc901145']
                saved backup bundle to $TESTTMP/repo/.hg/strip-backup/aa24a81f55de-a3a0cf24-phabsend.hg
              Phabsend a renamed binary and a copied binary, with and without content changes
              to src and dest
                >>> open('bin2', 'wb').write(b'\0c') and None
                $ hg ci -Am 'add another binary'
                adding bin2
              TODO: "bin2" can't be viewed in this commit (left or right side), and the URL
              looks much different than when viewing "bin2_moved".  No idea if this is a phab
              bug, or phabsend bug.  The patch (as printed by phabread) look reasonable
              though.
                $ hg mv bin2 bin2_moved
                $ hg ci -m "moved binary"
              Note: "bin2_moved" is also not viewable in phabricator with this review
                $ hg cp bin2_moved bin2_copied
                $ hg ci -m "copied binary"
              Note: "bin2_moved_again" is marked binary in phabricator, and both sides of it
              are viewable in their proper state.  "bin2_copied" is not viewable, and not
              listed as binary in phabricator.
                >>> open('bin2_copied', 'wb').write(b'\0move+mod') and None
                $ hg mv bin2_copied bin2_moved_again
                $ hg ci -m "move+mod copied binary"
              Note: "bin2_moved" and "bin2_moved_copy" are both marked binary, and both
              viewable on each side.
                >>> open('bin2_moved', 'wb').write(b'\0precopy mod') and None
                $ hg cp bin2_moved bin2_moved_copied
                >>> open('bin2_moved', 'wb').write(b'\0copy src+mod') and None
                $ hg ci -m "copy+mod moved binary"
                $ hg phabsend -r .~4:: --test-vcr "$VCR/phabsend-binary-renames.json"
                uploading bin2@f42f9195e00c
                D8128 - created - f42f9195e00c: add another binary
                D8129 - created - 834ab31d80ae: moved binary
                D8130 - created - 494b750e5194: copied binary
                uploading bin2_moved_again@25f766b50cc2
                D8131 - created - 25f766b50cc2: move+mod copied binary
                uploading bin2_moved_copied@1b87b363a5e4
                uploading bin2_moved@1b87b363a5e4
                D8132 - created - 1b87b363a5e4: copy+mod moved binary
                new commits: ['90437c20312a']
                new commits: ['f391f4da4c61']
                new commits: ['da86a9f3268c']
                new commits: ['003ffc16ba66']
                new commits: ['13bd750c36fa']
                saved backup bundle to $TESTTMP/repo/.hg/strip-backup/f42f9195e00c-e82a0769-phabsend.hg
              Phabreading a DREV with a local:commits time as a string:
                $ hg phabread --test-vcr "$VCR/phabread-str-time.json" D1285
                # HG changeset patch
                # User Pulkit Goyal <7895pulkit@gmail.com>
                # Date 1509404054 -19800
                # Node ID 44fc1c1f1774a76423b9c732af6938435099bcc5
                # Parent  8feef8ef8389a3b544e0a74624f1efc3a8d85d35
                repoview: add a new attribute _visibilityexceptions and related API
                Currently we don't have a defined way in core to make some hidden revisions
                visible in filtered repo. Extensions to achieve the purpose of unhiding some
                hidden commits, wrap repoview.pinnedrevs() function.
                To make the above task simple and have well defined API, this patch adds a new
                attribute '_visibilityexceptions' to repoview class which will contains
                the hidden revs which should be exception.
                This will allow to set different exceptions for different repoview objects
                backed by the same unfiltered repo.
                This patch also adds API to add revs to the attribute set and get them.
                Thanks to Jun for suggesting the use of repoview class instead of localrepo.
                Differential Revision: https://phab.mercurial-scm.org/D1285
                diff --git a/mercurial/repoview.py b/mercurial/repoview.py
                --- a/mercurial/repoview.py
                +++ b/mercurial/repoview.py
@@ * @@ (glob)
                     subclasses of `localrepo`. Eg: `bundlerepo` or `statichttprepo`.
                     """
                +    # hidden revs which should be visible
                +    _visibilityexceptions = set()
                +
                     def __init__(self, repo, filtername):
                         object.__setattr__(self, r'_unfilteredrepo', repo)
                         object.__setattr__(self, r'filtername', filtername)
@@ -231,6 +234,14 @@
                             return self
                         return self.unfiltered().filtered(name)
                +    def addvisibilityexceptions(self, revs):
                +        """adds hidden revs which should be visible to set of exceptions"""
                +        self._visibilityexceptions.update(revs)
                +
                +    def getvisibilityexceptions(self):
                +        """returns the set of hidden revs which should be visible"""
                +        return self._visibilityexceptions
                +
                     # everything access are forwarded to the proxied repo
                     def __getattr__(self, attr):
                         return getattr(self._unfilteredrepo, attr)
                diff --git a/mercurial/localrepo.py b/mercurial/localrepo.py
                --- a/mercurial/localrepo.py
                +++ b/mercurial/localrepo.py
@@ -570,6 +570,14 @@
                     def close(self):
                         self._writecaches()
                +    def addvisibilityexceptions(self, exceptions):
                +        # should be called on a filtered repository
                +        pass
                +
                +    def getvisibilityexceptions(self):
                +        # should be called on a filtered repository
                +        return set()
                +
                     def _loadextensions(self):
                         extensions.loadall(self.ui)
              A bad .arcconfig doesn't error out
                $ echo 'garbage' > .arcconfig
                $ hg config phabricator --debug
                invalid JSON in $TESTTMP/repo/.arcconfig
                read config from: */.hgrc (glob)
                */.hgrc:*: phabricator.debug=True (glob)
                $TESTTMP/repo/.hg/hgrc:*: phabricator.url=https://phab.mercurial-scm.org/ (glob)
                $TESTTMP/repo/.hg/hgrc:*: phabricator.callsign=HG (glob)
              The .arcconfig content overrides global config
                $ cat >> $HGRCPATH << EOF
                > [phabricator]
                > url = global
                > callsign = global
                > EOF
                $ cp $TESTDIR/../.arcconfig .
                $ mv .hg/hgrc .hg/hgrc.bak
                $ hg config phabricator --debug
                read config from: */.hgrc (glob)
                */.hgrc:*: phabricator.debug=True (glob)
                $TESTTMP/repo/.arcconfig: phabricator.callsign=HG
                $TESTTMP/repo/.arcconfig: phabricator.url=https://phab.mercurial-scm.org/
              But it doesn't override local config
                $ cat >> .hg/hgrc << EOF
                > [phabricator]
                > url = local
                > callsign = local
                > EOF
                $ hg config phabricator --debug
                read config from: */.hgrc (glob)
                */.hgrc:*: phabricator.debug=True (glob)
                $TESTTMP/repo/.hg/hgrc:*: phabricator.url=local (glob)
                $TESTTMP/repo/.hg/hgrc:*: phabricator.callsign=local (glob)
                $ mv .hg/hgrc.bak .hg/hgrc
              Phabimport works with a stack
                $ cd ..
                $ hg clone repo repo2 -qr 1
                $ cp repo/.hg/hgrc repo2/.hg/
                $ cd repo2
                $ hg phabimport --stack 'D7918' --test-vcr "$VCR/phabimport-stack.json"
                applying patch from D7917
                applying patch from D7918
                $ hg log -r .: -G -Tcompact
                o  3[tip]   aaef04066140   1970-01-01 00:00 +0000   test
                |    create draft change for phabricator testing
                |
                o  2   8de3712202d1   1970-01-01 00:00 +0000   test
                |    create public change for phabricator testing
                |
                @  1   a692622e6937   1970-01-01 00:00 +0000   test
                |    create beta for phabricator test
                ~
              Phabimport can create secret commits
                $ hg rollback --config ui.rollback=True
                repository tip rolled back to revision 1 (undo phabimport)
                $ hg phabimport --stack 'D7918' --test-vcr "$VCR/phabimport-stack.json" \
                >    --config phabimport.secret=True
                applying patch from D7917
                applying patch from D7918
                $ hg log -r 'reverse(.:)' -T phases
                changeset:   3:aaef04066140
                tag:         tip
                phase:       secret
                user:        test
                date:        Thu Jan 01 00:00:00 1970 +0000
                summary:     create draft change for phabricator testing
                changeset:   2:8de3712202d1
                phase:       secret
                user:        test
                date:        Thu Jan 01 00:00:00 1970 +0000
                summary:     create public change for phabricator testing
                changeset:   1:a692622e6937
                phase:       public
                user:        test
                date:        Thu Jan 01 00:00:00 1970 +0000
                summary:     create beta for phabricator test
              Phabimport accepts multiple DREVSPECs
                $ hg rollback --config ui.rollback=True
                repository tip rolled back to revision 1 (undo phabimport)
                $ hg phabimport --no-stack D7917 D7918 --test-vcr "$VCR/phabimport-multi-drev.json"
                applying patch from D7917
                applying patch from D7918
+             Phabsend requires a linear range of commits
+               $ hg phabsend -r 0+2+3
+               abort: cannot phabsend multiple head revisions: c44b38f24a45
+               (the revisions must form a linear chain)
+               [255]
              Validate arguments with --fold
                $ hg phabsend --fold -r 1
                abort: cannot fold a single revision
                [255]
                $ hg phabsend --fold --no-amend -r 1::
                abort: cannot fold with --no-amend
                [255]
-               $ hg phabsend --fold -r 0+3
-               abort: cannot fold non-linear revisions
-               [255]
                $ hg phabsend --fold -r 1::
                abort: cannot fold revisions with different DREV values
                [255]
              Setup a series of commits to be folded, and include the Test Plan field multiple
              times to test the concatenation logic.  No Test Plan field in the last one to
              ensure missing fields are skipped.
                $ hg init ../folded
                $ cd ../folded
                $ cat >> .hg/hgrc <<EOF
                > [phabricator]
                > url = https://phab.mercurial-scm.org/
                > callsign = HG
                > EOF
                $ echo 'added' > file.txt
                $ hg ci -Aqm 'added file'
                $ cat > log.txt <<EOF
                > one: first commit to review
                >
                > This file was modified with 'mod1' as its contents.
                >
                > Test Plan:
                > LOL!  What testing?!
                > EOF
                $ echo mod1 > file.txt
                $ hg ci -l log.txt
                $ cat > log.txt <<EOF
                > two: second commit to review
                >
                > This file was modified with 'mod2' as its contents.
                >
                > Test Plan:
                > Haha! yeah, right.
                >
                > EOF
                $ echo mod2 > file.txt
                $ hg ci -l log.txt
                $ echo mod3 > file.txt
                $ hg ci -m '3: a commit with no detailed message'
              The folding of immutable commits works...
                $ hg phase -r tip --public
                $ hg phabsend --fold -r 1:: --test-vcr "$VCR/phabsend-fold-immutable.json"
                D8386 - created - a959a3f69d8d: one: first commit to review
                D8386 - created - 24a4438154ba: two: second commit to review
                D8386 - created - d235829e802c: 3: a commit with no detailed message
                warning: not updating public commit 1:a959a3f69d8d
                warning: not updating public commit 2:24a4438154ba
                warning: not updating public commit 3:d235829e802c
                no newnodes to update
                $ hg phase -r 0 --draft --force
              ... as does the initial mutable fold...
                $ echo y | hg phabsend --fold --confirm -r 1:: \
                >          --test-vcr "$VCR/phabsend-fold-initial.json"
                NEW - a959a3f69d8d: one: first commit to review
                NEW - 24a4438154ba: two: second commit to review
                NEW - d235829e802c: 3: a commit with no detailed message
                Send the above changes to https://phab.mercurial-scm.org/ (yn)? y
                D8387 - created - a959a3f69d8d: one: first commit to review
                D8387 - created - 24a4438154ba: two: second commit to review
                D8387 - created - d235829e802c: 3: a commit with no detailed message
                updating local commit list for D8387
                new commits: ['602c4e738243', '832553266fe8', '921f8265efbd']
                saved backup bundle to $TESTTMP/folded/.hg/strip-backup/a959a3f69d8d-a4a24136-phabsend.hg
              ... and doesn't mangle the local commits.
                $ hg log -T '{rev}:{node|short}\n{indent(desc, "  ")}\n'
 :921f8265efbd
 : a commit with no detailed message
                  Differential Revision: https://phab.mercurial-scm.org/D8387
 :832553266fe8
                  two: second commit to review
                  This file was modified with 'mod2' as its contents.
                  Test Plan:
                  Haha! yeah, right.
                  Differential Revision: https://phab.mercurial-scm.org/D8387
 :602c4e738243
                  one: first commit to review
                  This file was modified with 'mod1' as its contents.
                  Test Plan:
                  LOL!  What testing?!
                  Differential Revision: https://phab.mercurial-scm.org/D8387
 :98d480e0d494
                  added file
              Setup some obsmarkers by adding a file to the middle commit.  This stress tests
              getoldnodedrevmap() in later phabsends.
                $ hg up '.^'
 files updated, 0 files merged, 0 files removed, 0 files unresolved
                $ echo 'modified' > file2.txt
                $ hg add file2.txt
                $ hg amend --config experimental.evolution=all --config extensions.amend=
 new orphan changesets
                $ hg up 3
                obsolete feature not enabled but 1 markers found!
 files updated, 0 files merged, 1 files removed, 0 files unresolved
                $ hg rebase --config experimental.evolution=all --config extensions.rebase=
                note: not rebasing 2:832553266fe8 "two: second commit to review", already in destination as 4:0124e5474c88 "two: second commit to review" (tip)
                rebasing 3:921f8265efbd "3: a commit with no detailed message"
              When commits have changed locally, the local commit list on Phabricator is
              updated.
                $ echo y | hg phabsend --fold --confirm -r 1:: \
                >          --test-vcr "$VCR/phabsend-fold-updated.json"
                obsolete feature not enabled but 2 markers found!
 c4e738243 mapped to old nodes ['602c4e738243']
 e5474c88 mapped to old nodes ['832553266fe8']
                e4edb1fe3565 mapped to old nodes ['921f8265efbd']
                D8387 - 602c4e738243: one: first commit to review
                D8387 - 0124e5474c88: two: second commit to review
                D8387 - e4edb1fe3565: 3: a commit with no detailed message
                Send the above changes to https://phab.mercurial-scm.org/ (yn)? y
                D8387 - updated - 602c4e738243: one: first commit to review
                D8387 - updated - 0124e5474c88: two: second commit to review
                D8387 - updated - e4edb1fe3565: 3: a commit with no detailed message
                obsolete feature not enabled but 2 markers found! (?)
                updating local commit list for D8387
                new commits: ['602c4e738243', '0124e5474c88', 'e4edb1fe3565']
                $ hg log -Tcompact
                obsolete feature not enabled but 2 markers found!
 [tip]   e4edb1fe3565   1970-01-01 00:00 +0000   test
 : a commit with no detailed message
 :1   0124e5474c88   1970-01-01 00:00 +0000   test
                  two: second commit to review
 602c4e738243   1970-01-01 00:00 +0000   test
                  one: first commit to review
 98d480e0d494   1970-01-01 00:00 +0000   test
                  added file
              When nothing has changed locally since the last phabsend, the commit list isn't
              updated, and nothing is changed locally afterward.
                $ hg phabsend --fold -r 1:: --test-vcr "$VCR/phabsend-fold-no-changes.json"
                obsolete feature not enabled but 2 markers found!
 c4e738243 mapped to old nodes ['602c4e738243']
 e5474c88 mapped to old nodes ['0124e5474c88']
                e4edb1fe3565 mapped to old nodes ['e4edb1fe3565']
                D8387 - updated - 602c4e738243: one: first commit to review
                D8387 - updated - 0124e5474c88: two: second commit to review
                D8387 - updated - e4edb1fe3565: 3: a commit with no detailed message
                obsolete feature not enabled but 2 markers found! (?)
                local commit list for D8387 is already up-to-date
                $ hg log -Tcompact
                obsolete feature not enabled but 2 markers found!
 [tip]   e4edb1fe3565   1970-01-01 00:00 +0000   test
 : a commit with no detailed message
 :1   0124e5474c88   1970-01-01 00:00 +0000   test
                  two: second commit to review
 602c4e738243   1970-01-01 00:00 +0000   test
                  one: first commit to review
 98d480e0d494   1970-01-01 00:00 +0000   test
                  added file
              Fold will accept new revisions at the end...
                $ echo 'another mod' > file2.txt
                $ hg ci -m 'four: extend the fold range'
                obsolete feature not enabled but 2 markers found!
                $ hg phabsend --fold -r 1:: --test-vcr "$VCR/phabsend-fold-extend-end.json" \
                >             --config experimental.evolution=all
 c4e738243 mapped to old nodes ['602c4e738243']
 e5474c88 mapped to old nodes ['0124e5474c88']
                e4edb1fe3565 mapped to old nodes ['e4edb1fe3565']
                D8387 - updated - 602c4e738243: one: first commit to review
                D8387 - updated - 0124e5474c88: two: second commit to review
                D8387 - updated - e4edb1fe3565: 3: a commit with no detailed message
                D8387 - created - 94aaae213b23: four: extend the fold range
                updating local commit list for D8387
                new commits: ['602c4e738243', '0124e5474c88', 'e4edb1fe3565', '51a04fea8707']
                $ hg log -r . -T '{desc}\n'
                four: extend the fold range
                Differential Revision: https://phab.mercurial-scm.org/D8387
                $ hg log -T'{rev} {if(phabreview, "{phabreview.url} {phabreview.id}")}\n' -r 1::
                obsolete feature not enabled but 3 markers found!
 https://phab.mercurial-scm.org/D8387 D8387
 https://phab.mercurial-scm.org/D8387 D8387
 https://phab.mercurial-scm.org/D8387 D8387
 https://phab.mercurial-scm.org/D8387 D8387
              ... and also accepts new revisions at the beginning of the range
              It's a bit unfortunate that not having a Differential URL on the first commit
              causes a new Differential Revision to be created, though it isn't *entirely*
              unreasonable.  At least this updates the subsequent commits.
              TODO: See if it can reuse the existing Differential.
                $ hg phabsend --fold -r 0:: --test-vcr "$VCR/phabsend-fold-extend-front.json" \
                >             --config experimental.evolution=all
 c4e738243 mapped to old nodes ['602c4e738243']
 e5474c88 mapped to old nodes ['0124e5474c88']
                e4edb1fe3565 mapped to old nodes ['e4edb1fe3565']
 a04fea8707 mapped to old nodes ['51a04fea8707']
                D8388 - created - 98d480e0d494: added file
                D8388 - updated - 602c4e738243: one: first commit to review
                D8388 - updated - 0124e5474c88: two: second commit to review
                D8388 - updated - e4edb1fe3565: 3: a commit with no detailed message
                D8388 - updated - 51a04fea8707: four: extend the fold range
                updating local commit list for D8388
                new commits: ['15e9b14b4b4c', '6320b7d714cf', '3ee132d41dbc', '30682b960804', 'ac7db67f0991']
                $ hg log -T '{rev}:{node|short}\n{indent(desc, "  ")}\n'
                obsolete feature not enabled but 8 markers found!
 :ac7db67f0991
                  four: extend the fold range
                  Differential Revision: https://phab.mercurial-scm.org/D8388
 :30682b960804
 : a commit with no detailed message
                  Differential Revision: https://phab.mercurial-scm.org/D8388
 :3ee132d41dbc
                  two: second commit to review
                  This file was modified with 'mod2' as its contents.
                  Test Plan:
                  Haha! yeah, right.
                  Differential Revision: https://phab.mercurial-scm.org/D8388
 :6320b7d714cf
                  one: first commit to review
                  This file was modified with 'mod1' as its contents.
                  Test Plan:
                  LOL!  What testing?!
                  Differential Revision: https://phab.mercurial-scm.org/D8388
 :15e9b14b4b4c
                  added file
                  Differential Revision: https://phab.mercurial-scm.org/D8388
              Test phabsend --fold with an `hg split` at the end of the range
                $ echo foo > file3.txt
                $ hg add file3.txt
                $ hg log -r . -T '{desc}' > log.txt
                $ echo 'amended mod' > file2.txt
                $ hg ci --amend -l log.txt --config experimental.evolution=all
                $ cat <<EOF | hg --config extensions.split= --config ui.interactive=True \
                >                --config experimental.evolution=all split -r .
                > n
                > y
                > y
                > y
                > y
                > EOF
                diff --git a/file2.txt b/file2.txt
 hunks, 1 lines changed
                examine changes to 'file2.txt'?
                (enter ? for help) [Ynesfdaq?] n
                diff --git a/file3.txt b/file3.txt
                new file mode 100644
                examine changes to 'file3.txt'?
                (enter ? for help) [Ynesfdaq?] y
@@ -0,0 +1,1 @@
                +foo
                record change 2/2 to 'file3.txt'?
                (enter ? for help) [Ynesfdaq?] y
                created new head
                diff --git a/file2.txt b/file2.txt
 hunks, 1 lines changed
                examine changes to 'file2.txt'?
                (enter ? for help) [Ynesfdaq?] y
@@ -1,1 +1,1 @@
                -modified
                +amended mod
                record this change to 'file2.txt'?
                (enter ? for help) [Ynesfdaq?] y
                $ hg phabsend --fold -r 8:: --test-vcr "$VCR/phabsend-fold-split-end.json" \
                >             --config experimental.evolution=all
 e9b14b4b4c mapped to old nodes ['15e9b14b4b4c']
 b7d714cf mapped to old nodes ['6320b7d714cf']
 ee132d41dbc mapped to old nodes ['3ee132d41dbc']
 b960804 mapped to old nodes ['30682b960804']
 bc15dc99efd mapped to old nodes ['ac7db67f0991']
                b50946d5e490 mapped to old nodes ['ac7db67f0991']
                D8388 - updated - 15e9b14b4b4c: added file
                D8388 - updated - 6320b7d714cf: one: first commit to review
                D8388 - updated - 3ee132d41dbc: two: second commit to review
                D8388 - updated - 30682b960804: 3: a commit with no detailed message
                D8388 - updated - 6bc15dc99efd: four: extend the fold range
                D8388 - updated - b50946d5e490: four: extend the fold range
                updating local commit list for D8388
                new commits: ['15e9b14b4b4c', '6320b7d714cf', '3ee132d41dbc', '30682b960804', '6bc15dc99efd', 'b50946d5e490']
              Test phabsend --fold with an `hg fold` at the end of the range
                $ hg --config experimental.evolution=all --config extensions.rebase= \
                >    rebase -r '.^' -r . -d '.^^' --collapse -l log.txt
                rebasing 14:6bc15dc99efd "four: extend the fold range"
                rebasing 15:b50946d5e490 "four: extend the fold range" (tip)
                $ hg phabsend --fold -r 8:: --test-vcr "$VCR/phabsend-fold-fold-end.json" \
                >             --config experimental.evolution=all
 e9b14b4b4c mapped to old nodes ['15e9b14b4b4c']
 b7d714cf mapped to old nodes ['6320b7d714cf']
 ee132d41dbc mapped to old nodes ['3ee132d41dbc']
 b960804 mapped to old nodes ['30682b960804']
                e919cdf3d4fe mapped to old nodes ['6bc15dc99efd', 'b50946d5e490']
                D8388 - updated - 15e9b14b4b4c: added file
                D8388 - updated - 6320b7d714cf: one: first commit to review
                D8388 - updated - 3ee132d41dbc: two: second commit to review
                D8388 - updated - 30682b960804: 3: a commit with no detailed message
                D8388 - updated - e919cdf3d4fe: four: extend the fold range
                updating local commit list for D8388
                new commits: ['15e9b14b4b4c', '6320b7d714cf', '3ee132d41dbc', '30682b960804', 'e919cdf3d4fe']
                $ hg log -r tip -v
                obsolete feature not enabled but 12 markers found!
                changeset:   16:e919cdf3d4fe
                tag:         tip
                parent:      11:30682b960804
                user:        test
                date:        Thu Jan 01 00:00:00 1970 +0000
                files:       file2.txt file3.txt
                description:
                four: extend the fold range
                Differential Revision: https://phab.mercurial-scm.org/D8388
                $ cd ..

General Comments 0

Write
Preview

You need to be logged in to leave comments. Login now

No TODOs yet

	Site-wide shortcuts
/	Use quick search box
g h	Goto home page
g g	Goto my private gists page
g G	Goto my public gists page
g 0-9	Goto bookmarked items from 0-9
n r	New repository page
n g	New gist page

	Repositories
g s	Goto summary page
g c	Goto changelog page
g f	Goto files page
g F	Goto files page with file search activated
g p	Goto pull requests page
g o	Goto repository settings
g O	Goto repository access permissions settings
t s	Toggle sidebar on some pages