##// END OF EJS Templates
upstream » mercurial-mirror
RSS

Clone from https://www.mercurial-scm.org/repo/hg-all

merge with stable
Augie Fackler -
r46644:2cf61e66 merge default
parent child Browse files
Show More
Show file before | Show file after | Hide comments
@@ -1,206 +1,207 b''
1 35fb62a3a673d5322f6274a44ba6456e5e4b3b37 0 iD8DBQBEYmO2ywK+sNU5EO8RAnaYAKCO7x15xUn5mnhqWNXqk/ehlhRt2QCfRDfY0LrUq2q4oK/KypuJYPHgq1A=
1 35fb62a3a673d5322f6274a44ba6456e5e4b3b37 0 iD8DBQBEYmO2ywK+sNU5EO8RAnaYAKCO7x15xUn5mnhqWNXqk/ehlhRt2QCfRDfY0LrUq2q4oK/KypuJYPHgq1A=
2 2be3001847cb18a23c403439d9e7d0ace30804e9 0 iD8DBQBExUbjywK+sNU5EO8RAhzxAKCtyHAQUzcTSZTqlfJ0by6vhREwWQCghaQFHfkfN0l9/40EowNhuMOKnJk=
2 2be3001847cb18a23c403439d9e7d0ace30804e9 0 iD8DBQBExUbjywK+sNU5EO8RAhzxAKCtyHAQUzcTSZTqlfJ0by6vhREwWQCghaQFHfkfN0l9/40EowNhuMOKnJk=
3 36a957364b1b89c150f2d0e60a99befe0ee08bd3 0 iD8DBQBFfL2QywK+sNU5EO8RAjYFAKCoGlaWRTeMsjdmxAjUYx6diZxOBwCfY6IpBYsKvPTwB3oktnPt5Rmrlys=
3 36a957364b1b89c150f2d0e60a99befe0ee08bd3 0 iD8DBQBFfL2QywK+sNU5EO8RAjYFAKCoGlaWRTeMsjdmxAjUYx6diZxOBwCfY6IpBYsKvPTwB3oktnPt5Rmrlys=
4 27230c29bfec36d5540fbe1c976810aefecfd1d2 0 iD8DBQBFheweywK+sNU5EO8RAt7VAKCrqJQWT2/uo2RWf0ZI4bLp6v82jACgjrMdsaTbxRsypcmEsdPhlG6/8F4=
4 27230c29bfec36d5540fbe1c976810aefecfd1d2 0 iD8DBQBFheweywK+sNU5EO8RAt7VAKCrqJQWT2/uo2RWf0ZI4bLp6v82jACgjrMdsaTbxRsypcmEsdPhlG6/8F4=
5 fb4b6d5fe100b0886f8bc3d6731ec0e5ed5c4694 0 iD8DBQBGgHicywK+sNU5EO8RAgNxAJ0VG8ixAaeudx4sZbhngI1syu49HQCeNUJQfWBgA8bkJ2pvsFpNxwYaX3I=
5 fb4b6d5fe100b0886f8bc3d6731ec0e5ed5c4694 0 iD8DBQBGgHicywK+sNU5EO8RAgNxAJ0VG8ixAaeudx4sZbhngI1syu49HQCeNUJQfWBgA8bkJ2pvsFpNxwYaX3I=
6 23889160905a1b09fffe1c07378e9fc1827606eb 0 iD8DBQBHGTzoywK+sNU5EO8RAr/UAJ0Y8s4jQtzgS+G9vM8z6CWBThZ8fwCcCT5XDj2XwxKkz/0s6UELwjsO3LU=
6 23889160905a1b09fffe1c07378e9fc1827606eb 0 iD8DBQBHGTzoywK+sNU5EO8RAr/UAJ0Y8s4jQtzgS+G9vM8z6CWBThZ8fwCcCT5XDj2XwxKkz/0s6UELwjsO3LU=
7 bae2e9c838e90a393bae3973a7850280413e091a 0 iD8DBQBH6DO5ywK+sNU5EO8RAsfrAJ0e4r9c9GF/MJsM7Xjd3NesLRC3+ACffj6+6HXdZf8cswAoFPO+DY00oD0=
7 bae2e9c838e90a393bae3973a7850280413e091a 0 iD8DBQBH6DO5ywK+sNU5EO8RAsfrAJ0e4r9c9GF/MJsM7Xjd3NesLRC3+ACffj6+6HXdZf8cswAoFPO+DY00oD0=
8 d5cbbe2c49cee22a9fbeb9ea41daa0ac4e26b846 0 iD8DBQBINdwsywK+sNU5EO8RAjIUAKCPmlFJSpsPAAUKF+iNHAwVnwmzeQCdEXrL27CWclXuUKdbQC8De7LICtE=
8 d5cbbe2c49cee22a9fbeb9ea41daa0ac4e26b846 0 iD8DBQBINdwsywK+sNU5EO8RAjIUAKCPmlFJSpsPAAUKF+iNHAwVnwmzeQCdEXrL27CWclXuUKdbQC8De7LICtE=
9 d2375bbee6d47e62ba8e415c86e83a465dc4dce9 0 iD8DBQBIo1wpywK+sNU5EO8RAmRNAJ94x3OFt6blbqu/yBoypm/AJ44fuACfUaldXcV5z9tht97hSp22DVTEPGc=
9 d2375bbee6d47e62ba8e415c86e83a465dc4dce9 0 iD8DBQBIo1wpywK+sNU5EO8RAmRNAJ94x3OFt6blbqu/yBoypm/AJ44fuACfUaldXcV5z9tht97hSp22DVTEPGc=
10 2a67430f92f15ea5159c26b09ec4839a0c549a26 0 iEYEABECAAYFAkk1hykACgkQywK+sNU5EO85QACeNJNUanjc2tl4wUoPHNuv+lSj0ZMAoIm93wSTc/feyYnO2YCaQ1iyd9Nu
10 2a67430f92f15ea5159c26b09ec4839a0c549a26 0 iEYEABECAAYFAkk1hykACgkQywK+sNU5EO85QACeNJNUanjc2tl4wUoPHNuv+lSj0ZMAoIm93wSTc/feyYnO2YCaQ1iyd9Nu
11 3773e510d433969e277b1863c317b674cbee2065 0 iEYEABECAAYFAklNbbAACgkQywK+sNU5EO8o+gCfeb2/lfIJZMvyDA1m+G1CsBAxfFsAoIa6iAMG8SBY7hW1Q85Yf/LXEvaE
11 3773e510d433969e277b1863c317b674cbee2065 0 iEYEABECAAYFAklNbbAACgkQywK+sNU5EO8o+gCfeb2/lfIJZMvyDA1m+G1CsBAxfFsAoIa6iAMG8SBY7hW1Q85Yf/LXEvaE
12 11a4eb81fb4f4742451591489e2797dc47903277 0 iEYEABECAAYFAklcAnsACgkQywK+sNU5EO+uXwCbBVHNNsLy1g7BlAyQJwadYVyHOXoAoKvtAVO71+bv7EbVoukwTzT+P4Sx
12 11a4eb81fb4f4742451591489e2797dc47903277 0 iEYEABECAAYFAklcAnsACgkQywK+sNU5EO+uXwCbBVHNNsLy1g7BlAyQJwadYVyHOXoAoKvtAVO71+bv7EbVoukwTzT+P4Sx
13 11efa41037e280d08cfb07c09ad485df30fb0ea8 0 iEYEABECAAYFAkmvJRQACgkQywK+sNU5EO9XZwCeLMgDgPSMWMm6vgjL4lDs2pEc5+0AnRxfiFbpbBfuEFTqKz9nbzeyoBlx
13 11efa41037e280d08cfb07c09ad485df30fb0ea8 0 iEYEABECAAYFAkmvJRQACgkQywK+sNU5EO9XZwCeLMgDgPSMWMm6vgjL4lDs2pEc5+0AnRxfiFbpbBfuEFTqKz9nbzeyoBlx
14 02981000012e3adf40c4849bd7b3d5618f9ce82d 0 iEYEABECAAYFAknEH3wACgkQywK+sNU5EO+uXwCeI+LbLMmhjU1lKSfU3UWJHjjUC7oAoIZLvYDGOL/tNZFUuatc3RnZ2eje
14 02981000012e3adf40c4849bd7b3d5618f9ce82d 0 iEYEABECAAYFAknEH3wACgkQywK+sNU5EO+uXwCeI+LbLMmhjU1lKSfU3UWJHjjUC7oAoIZLvYDGOL/tNZFUuatc3RnZ2eje
15 196d40e7c885fa6e95f89134809b3ec7bdbca34b 0 iEYEABECAAYFAkpL2X4ACgkQywK+sNU5EO9FOwCfXJycjyKJXsvQqKkHrglwOQhEKS4An36GfKzptfN8b1qNc3+ya/5c2WOM
15 196d40e7c885fa6e95f89134809b3ec7bdbca34b 0 iEYEABECAAYFAkpL2X4ACgkQywK+sNU5EO9FOwCfXJycjyKJXsvQqKkHrglwOQhEKS4An36GfKzptfN8b1qNc3+ya/5c2WOM
16 3ef6c14a1e8e83a31226f5881b7fe6095bbfa6f6 0 iEYEABECAAYFAkpopLIACgkQywK+sNU5EO8QSgCfZ0ztsd071rOa2lhmp9Fyue/WoI0AoLTei80/xrhRlB8L/rZEf2KBl8dA
16 3ef6c14a1e8e83a31226f5881b7fe6095bbfa6f6 0 iEYEABECAAYFAkpopLIACgkQywK+sNU5EO8QSgCfZ0ztsd071rOa2lhmp9Fyue/WoI0AoLTei80/xrhRlB8L/rZEf2KBl8dA
17 31ec469f9b556f11819937cf68ee53f2be927ebf 0 iEYEABECAAYFAksBuxAACgkQywK+sNU5EO+mBwCfagB+A0txzWZ6dRpug3LEoK7Z1QsAoKpbk8vsLjv6/oRDicSk/qBu33+m
17 31ec469f9b556f11819937cf68ee53f2be927ebf 0 iEYEABECAAYFAksBuxAACgkQywK+sNU5EO+mBwCfagB+A0txzWZ6dRpug3LEoK7Z1QsAoKpbk8vsLjv6/oRDicSk/qBu33+m
18 439d7ea6fe3aa4ab9ec274a68846779153789de9 0 iEYEABECAAYFAksVw0kACgkQywK+sNU5EO/oZwCfdfBEkgp38xq6wN2F4nj+SzofrJIAnjmxt04vaJSeOOeHylHvk6lzuQsw
18 439d7ea6fe3aa4ab9ec274a68846779153789de9 0 iEYEABECAAYFAksVw0kACgkQywK+sNU5EO/oZwCfdfBEkgp38xq6wN2F4nj+SzofrJIAnjmxt04vaJSeOOeHylHvk6lzuQsw
19 296a0b14a68621f6990c54fdba0083f6f20935bf 0 iEYEABECAAYFAks+jCoACgkQywK+sNU5EO9J8wCeMUGF9E/gS2UBsqIz56WS4HMPRPUAoI5J95mwEIK8Clrl7qFRidNI6APq
19 296a0b14a68621f6990c54fdba0083f6f20935bf 0 iEYEABECAAYFAks+jCoACgkQywK+sNU5EO9J8wCeMUGF9E/gS2UBsqIz56WS4HMPRPUAoI5J95mwEIK8Clrl7qFRidNI6APq
20 4aa619c4c2c09907034d9824ebb1dd0e878206eb 0 iEYEABECAAYFAktm9IsACgkQywK+sNU5EO9XGgCgk4HclRQhexEtooPE5GcUCdB6M8EAn2ptOhMVbIoO+JncA+tNACPFXh0O
20 4aa619c4c2c09907034d9824ebb1dd0e878206eb 0 iEYEABECAAYFAktm9IsACgkQywK+sNU5EO9XGgCgk4HclRQhexEtooPE5GcUCdB6M8EAn2ptOhMVbIoO+JncA+tNACPFXh0O
21 ff2704a8ded37fbebd8b6eb5ec733731d725da8a 0 iEYEABECAAYFAkuRoSQACgkQywK+sNU5EO//3QCeJDc5r2uFyFCtAlpSA27DEE5rrxAAn2FSwTy9fhrB3QAdDQlwkEZcQzDh
21 ff2704a8ded37fbebd8b6eb5ec733731d725da8a 0 iEYEABECAAYFAkuRoSQACgkQywK+sNU5EO//3QCeJDc5r2uFyFCtAlpSA27DEE5rrxAAn2FSwTy9fhrB3QAdDQlwkEZcQzDh
22 2b01dab594167bc0dd33331dbaa6dca3dca1b3aa 0 iEYEABECAAYFAku1IwIACgkQywK+sNU5EO9MjgCdHLVwkTZlNHxhcznZKBL1rjN+J7cAoLLWi9LTL6f/TgBaPSKOy1ublbaW
22 2b01dab594167bc0dd33331dbaa6dca3dca1b3aa 0 iEYEABECAAYFAku1IwIACgkQywK+sNU5EO9MjgCdHLVwkTZlNHxhcznZKBL1rjN+J7cAoLLWi9LTL6f/TgBaPSKOy1ublbaW
23 39f725929f0c48c5fb3b90c071fc3066012456ca 0 iEYEABECAAYFAkvclvsACgkQywK+sNU5EO9FSwCeL9i5x8ALW/LE5+lCX6MFEAe4MhwAn1ev5o6SX6GrNdDfKweiemfO2VBk
23 39f725929f0c48c5fb3b90c071fc3066012456ca 0 iEYEABECAAYFAkvclvsACgkQywK+sNU5EO9FSwCeL9i5x8ALW/LE5+lCX6MFEAe4MhwAn1ev5o6SX6GrNdDfKweiemfO2VBk
24 fdcf80f26604f233dc4d8f0a5ef9d7470e317e8a 0 iEYEABECAAYFAkvsKTkACgkQywK+sNU5EO9qEACgiSiRGvTG2vXGJ65tUSOIYihTuFAAnRzRIqEVSw8M8/RGeUXRps0IzaCO
24 fdcf80f26604f233dc4d8f0a5ef9d7470e317e8a 0 iEYEABECAAYFAkvsKTkACgkQywK+sNU5EO9qEACgiSiRGvTG2vXGJ65tUSOIYihTuFAAnRzRIqEVSw8M8/RGeUXRps0IzaCO
25 24fe2629c6fd0c74c90bd066e77387c2b02e8437 0 iEYEABECAAYFAkwFLRsACgkQywK+sNU5EO+pJACgp13tPI+pbwKZV+LeMjcQ4H6tCZYAoJebzhd6a8yYx6qiwpJxA9BXZNXy
25 24fe2629c6fd0c74c90bd066e77387c2b02e8437 0 iEYEABECAAYFAkwFLRsACgkQywK+sNU5EO+pJACgp13tPI+pbwKZV+LeMjcQ4H6tCZYAoJebzhd6a8yYx6qiwpJxA9BXZNXy
26 f786fc4b8764cd2a5526d259cf2f94d8a66924d9 0 iEYEABECAAYFAkwsyxcACgkQywK+sNU5EO+crACfUpNAF57PmClkSri9nJcBjb2goN4AniPCNaKvnki7TnUsi1u2oxltpKKL
26 f786fc4b8764cd2a5526d259cf2f94d8a66924d9 0 iEYEABECAAYFAkwsyxcACgkQywK+sNU5EO+crACfUpNAF57PmClkSri9nJcBjb2goN4AniPCNaKvnki7TnUsi1u2oxltpKKL
27 bf1774d95bde614af3956d92b20e2a0c68c5fec7 0 iEYEABECAAYFAkxVwccACgkQywK+sNU5EO+oFQCeJzwZ+we1fIIyBGCddHceOUAN++cAnjvT6A8ZWW0zV21NXIFF1qQmjxJd
27 bf1774d95bde614af3956d92b20e2a0c68c5fec7 0 iEYEABECAAYFAkxVwccACgkQywK+sNU5EO+oFQCeJzwZ+we1fIIyBGCddHceOUAN++cAnjvT6A8ZWW0zV21NXIFF1qQmjxJd
28 c00f03a4982e467fb6b6bd45908767db6df4771d 0 iEYEABECAAYFAkxXDqsACgkQywK+sNU5EO/GJACfT9Rz4hZOxPQEs91JwtmfjevO84gAmwSmtfo5mmWSm8gtTUebCcdTv0Kf
28 c00f03a4982e467fb6b6bd45908767db6df4771d 0 iEYEABECAAYFAkxXDqsACgkQywK+sNU5EO/GJACfT9Rz4hZOxPQEs91JwtmfjevO84gAmwSmtfo5mmWSm8gtTUebCcdTv0Kf
29 ff5cec76b1c5b6be9c3bb923aae8c3c6d079d6b9 0 iD8DBQBMdo+qywK+sNU5EO8RAqQpAJ975BL2CCAiWMz9SXthNQ9xG181IwCgp4O+KViHPkufZVFn2aTKMNvcr1A=
29 ff5cec76b1c5b6be9c3bb923aae8c3c6d079d6b9 0 iD8DBQBMdo+qywK+sNU5EO8RAqQpAJ975BL2CCAiWMz9SXthNQ9xG181IwCgp4O+KViHPkufZVFn2aTKMNvcr1A=
30 93d8bff78c96fe7e33237b257558ee97290048a4 0 iD8DBQBMpfvdywK+sNU5EO8RAsxVAJ0UaL1XB51C76JUBhafc9GBefuMxwCdEWkTOzwvE0SarJBe9i008jhbqW4=
30 93d8bff78c96fe7e33237b257558ee97290048a4 0 iD8DBQBMpfvdywK+sNU5EO8RAsxVAJ0UaL1XB51C76JUBhafc9GBefuMxwCdEWkTOzwvE0SarJBe9i008jhbqW4=
31 333421b9e0f96c7bc788e5667c146a58a9440a55 0 iD8DBQBMz0HOywK+sNU5EO8RAlsEAJ0USh6yOG7OrWkADGunVt9QimBQnwCbBqeMnKgSbwEw8jZwE3Iz1mdrYlo=
31 333421b9e0f96c7bc788e5667c146a58a9440a55 0 iD8DBQBMz0HOywK+sNU5EO8RAlsEAJ0USh6yOG7OrWkADGunVt9QimBQnwCbBqeMnKgSbwEw8jZwE3Iz1mdrYlo=
32 4438875ec01bd0fc32be92b0872eb6daeed4d44f 0 iD8DBQBM4WYUywK+sNU5EO8RAhCVAJ0dJswachwFAHALmk1x0RJehxzqPQCbBNskP9n/X689jB+btNTZTyKU/fw=
32 4438875ec01bd0fc32be92b0872eb6daeed4d44f 0 iD8DBQBM4WYUywK+sNU5EO8RAhCVAJ0dJswachwFAHALmk1x0RJehxzqPQCbBNskP9n/X689jB+btNTZTyKU/fw=
33 6aff4f144ad356311318b0011df0bb21f2c97429 0 iD8DBQBM9uxXywK+sNU5EO8RAv+4AKCDj4qKP16GdPaq1tP6BUwpM/M1OACfRyzLPp/qiiN8xJTWoWYSe/XjJug=
33 6aff4f144ad356311318b0011df0bb21f2c97429 0 iD8DBQBM9uxXywK+sNU5EO8RAv+4AKCDj4qKP16GdPaq1tP6BUwpM/M1OACfRyzLPp/qiiN8xJTWoWYSe/XjJug=
34 e3bf16703e2601de99e563cdb3a5d50b64e6d320 0 iD8DBQBNH8WqywK+sNU5EO8RAiQTAJ9sBO+TeiGro4si77VVaQaA6jcRUgCfSA28dBbjj0oFoQwvPoZjANiZBH8=
34 e3bf16703e2601de99e563cdb3a5d50b64e6d320 0 iD8DBQBNH8WqywK+sNU5EO8RAiQTAJ9sBO+TeiGro4si77VVaQaA6jcRUgCfSA28dBbjj0oFoQwvPoZjANiZBH8=
35 a6c855c32ea081da3c3b8ff628f1847ff271482f 0 iD8DBQBNSJJ+ywK+sNU5EO8RAoJaAKCweDEF70fu+r1Zn7pYDXdlk5RuSgCeO9gK/eit8Lin/1n3pO7aYguFLok=
35 a6c855c32ea081da3c3b8ff628f1847ff271482f 0 iD8DBQBNSJJ+ywK+sNU5EO8RAoJaAKCweDEF70fu+r1Zn7pYDXdlk5RuSgCeO9gK/eit8Lin/1n3pO7aYguFLok=
36 2b2155623ee2559caf288fd333f30475966c4525 0 iD8DBQBNSJeBywK+sNU5EO8RAm1KAJ4hW9Cm9nHaaGJguchBaPLlAr+O3wCgqgmMok8bdAS06N6PL60PSTM//Gg=
36 2b2155623ee2559caf288fd333f30475966c4525 0 iD8DBQBNSJeBywK+sNU5EO8RAm1KAJ4hW9Cm9nHaaGJguchBaPLlAr+O3wCgqgmMok8bdAS06N6PL60PSTM//Gg=
37 2616325766e3504c8ae7c84bd15ee610901fe91d 0 iD8DBQBNbWy9ywK+sNU5EO8RAlWCAJ4mW8HbzjJj9GpK98muX7k+7EvEHwCfaTLbC/DH3QEsZBhEP+M8tzL6RU4=
37 2616325766e3504c8ae7c84bd15ee610901fe91d 0 iD8DBQBNbWy9ywK+sNU5EO8RAlWCAJ4mW8HbzjJj9GpK98muX7k+7EvEHwCfaTLbC/DH3QEsZBhEP+M8tzL6RU4=
38 aa1f3be38ab127280761889d2dca906ca465b5f4 0 iD8DBQBNeQq7ywK+sNU5EO8RAlEOAJ4tlEDdetE9lKfjGgjbkcR8PrC3egCfXCfF3qNVvU/2YYjpgvRwevjvDy0=
38 aa1f3be38ab127280761889d2dca906ca465b5f4 0 iD8DBQBNeQq7ywK+sNU5EO8RAlEOAJ4tlEDdetE9lKfjGgjbkcR8PrC3egCfXCfF3qNVvU/2YYjpgvRwevjvDy0=
39 b032bec2c0a651ca0ddecb65714bfe6770f67d70 0 iD8DBQBNlg5kywK+sNU5EO8RAnGEAJ9gmEx6MfaR4XcG2m/93vwtfyzs3gCgltzx8/YdHPwqDwRX/WbpYgi33is=
39 b032bec2c0a651ca0ddecb65714bfe6770f67d70 0 iD8DBQBNlg5kywK+sNU5EO8RAnGEAJ9gmEx6MfaR4XcG2m/93vwtfyzs3gCgltzx8/YdHPwqDwRX/WbpYgi33is=
40 3cb1e95676ad089596bd81d0937cad37d6e3b7fb 0 iD8DBQBNvTy4ywK+sNU5EO8RAmp8AJ9QnxK4jTJ7G722MyeBxf0UXEdGwACgtlM7BKtNQfbEH/fOW5y+45W88VI=
40 3cb1e95676ad089596bd81d0937cad37d6e3b7fb 0 iD8DBQBNvTy4ywK+sNU5EO8RAmp8AJ9QnxK4jTJ7G722MyeBxf0UXEdGwACgtlM7BKtNQfbEH/fOW5y+45W88VI=
41 733af5d9f6b22387913e1d11350fb8cb7c1487dd 0 iD8DBQBN5q/8ywK+sNU5EO8RArRGAKCNGT94GKIYtSuwZ57z1sQbcw6uLACfffpbMV4NAPMl8womAwg+7ZPKnIU=
41 733af5d9f6b22387913e1d11350fb8cb7c1487dd 0 iD8DBQBN5q/8ywK+sNU5EO8RArRGAKCNGT94GKIYtSuwZ57z1sQbcw6uLACfffpbMV4NAPMl8womAwg+7ZPKnIU=
42 de9eb6b1da4fc522b1cab16d86ca166204c24f25 0 iD8DBQBODhfhywK+sNU5EO8RAr2+AJ4ugbAj8ae8/K0bYZzx3sascIAg1QCeK3b+zbbVVqd3b7CDpwFnaX8kTd4=
42 de9eb6b1da4fc522b1cab16d86ca166204c24f25 0 iD8DBQBODhfhywK+sNU5EO8RAr2+AJ4ugbAj8ae8/K0bYZzx3sascIAg1QCeK3b+zbbVVqd3b7CDpwFnaX8kTd4=
43 4a43e23b8c55b4566b8200bf69fe2158485a2634 0 iD8DBQBONzIMywK+sNU5EO8RAj5SAJ0aPS3+JHnyI6bHB2Fl0LImbDmagwCdGbDLp1S7TFobxXudOH49bX45Iik=
43 4a43e23b8c55b4566b8200bf69fe2158485a2634 0 iD8DBQBONzIMywK+sNU5EO8RAj5SAJ0aPS3+JHnyI6bHB2Fl0LImbDmagwCdGbDLp1S7TFobxXudOH49bX45Iik=
44 d629f1e89021103f1753addcef6b310e4435b184 0 iD8DBQBOWAsBywK+sNU5EO8RAht4AJwJl9oNFopuGkj5m8aKuf7bqPkoAQCeNrEm7UhFsZKYT5iUOjnMV7s2LaM=
44 d629f1e89021103f1753addcef6b310e4435b184 0 iD8DBQBOWAsBywK+sNU5EO8RAht4AJwJl9oNFopuGkj5m8aKuf7bqPkoAQCeNrEm7UhFsZKYT5iUOjnMV7s2LaM=
45 351a9292e430e35766c552066ed3e87c557b803b 0 iD8DBQBOh3zUywK+sNU5EO8RApFMAKCD3Y/u3avDFndznwqfG5UeTHMlvACfUivPIVQZyDZnhZMq0UhC6zhCEQg=
45 351a9292e430e35766c552066ed3e87c557b803b 0 iD8DBQBOh3zUywK+sNU5EO8RApFMAKCD3Y/u3avDFndznwqfG5UeTHMlvACfUivPIVQZyDZnhZMq0UhC6zhCEQg=
46 384082750f2c51dc917d85a7145748330fa6ef4d 0 iD8DBQBOmd+OywK+sNU5EO8RAgDgAJ9V/X+G7VLwhTpHrZNiOHabzSyzYQCdE2kKfIevJUYB9QLAWCWP6DPwrwI=
46 384082750f2c51dc917d85a7145748330fa6ef4d 0 iD8DBQBOmd+OywK+sNU5EO8RAgDgAJ9V/X+G7VLwhTpHrZNiOHabzSyzYQCdE2kKfIevJUYB9QLAWCWP6DPwrwI=
47 41453d55b481ddfcc1dacb445179649e24ca861d 0 iD8DBQBOsFhpywK+sNU5EO8RAqM6AKCyfxUae3/zLuiLdQz+JR78690eMACfQ6JTBQib4AbE+rUDdkeFYg9K/+4=
47 41453d55b481ddfcc1dacb445179649e24ca861d 0 iD8DBQBOsFhpywK+sNU5EO8RAqM6AKCyfxUae3/zLuiLdQz+JR78690eMACfQ6JTBQib4AbE+rUDdkeFYg9K/+4=
48 195dbd1cef0c2f9f8bcf4ea303238105f716bda3 0 iD8DBQBO1/fWywK+sNU5EO8RAmoPAKCR5lpv1D6JLURHD8KVLSV4GRVEBgCgnd0Sy78ligNfqAMafmACRDvj7vo=
48 195dbd1cef0c2f9f8bcf4ea303238105f716bda3 0 iD8DBQBO1/fWywK+sNU5EO8RAmoPAKCR5lpv1D6JLURHD8KVLSV4GRVEBgCgnd0Sy78ligNfqAMafmACRDvj7vo=
49 6344043924497cd06d781d9014c66802285072e4 0 iD8DBQBPALgmywK+sNU5EO8RAlfhAJ9nYOdWnhfVDHYtDTJAyJtXBAQS9wCgnefoSQt7QABkbGxM+Q85UYEBuD0=
49 6344043924497cd06d781d9014c66802285072e4 0 iD8DBQBPALgmywK+sNU5EO8RAlfhAJ9nYOdWnhfVDHYtDTJAyJtXBAQS9wCgnefoSQt7QABkbGxM+Q85UYEBuD0=
50 db33555eafeaf9df1e18950e29439eaa706d399b 0 iD8DBQBPGdzxywK+sNU5EO8RAppkAJ9jOXhUVE/97CPgiMA0pMGiIYnesQCfengAszcBiSiKGugiI8Okc9ghU+Y=
50 db33555eafeaf9df1e18950e29439eaa706d399b 0 iD8DBQBPGdzxywK+sNU5EO8RAppkAJ9jOXhUVE/97CPgiMA0pMGiIYnesQCfengAszcBiSiKGugiI8Okc9ghU+Y=
51 2aa5b51f310fb3befd26bed99c02267f5c12c734 0 iD8DBQBPKZ9bywK+sNU5EO8RAt1TAJ45r1eJ0YqSkInzrrayg4TVCh0SnQCgm0GA/Ua74jnnDwVQ60lAwROuz1Q=
51 2aa5b51f310fb3befd26bed99c02267f5c12c734 0 iD8DBQBPKZ9bywK+sNU5EO8RAt1TAJ45r1eJ0YqSkInzrrayg4TVCh0SnQCgm0GA/Ua74jnnDwVQ60lAwROuz1Q=
52 53e2cd303ecf8ca7c7eeebd785c34e5ed6b0f4a4 0 iD8DBQBPT/fvywK+sNU5EO8RAnfYAKCn7d0vwqIb100YfWm1F7nFD5B+FACeM02YHpQLSNsztrBCObtqcnfod7Q=
52 53e2cd303ecf8ca7c7eeebd785c34e5ed6b0f4a4 0 iD8DBQBPT/fvywK+sNU5EO8RAnfYAKCn7d0vwqIb100YfWm1F7nFD5B+FACeM02YHpQLSNsztrBCObtqcnfod7Q=
53 b9bd95e61b49c221c4cca24e6da7c946fc02f992 0 iD8DBQBPeLsIywK+sNU5EO8RAvpNAKCtKe2gitz8dYn52IRF0hFOPCR7AQCfRJL/RWCFweu2T1vH/mUOCf8SXXc=
53 b9bd95e61b49c221c4cca24e6da7c946fc02f992 0 iD8DBQBPeLsIywK+sNU5EO8RAvpNAKCtKe2gitz8dYn52IRF0hFOPCR7AQCfRJL/RWCFweu2T1vH/mUOCf8SXXc=
54 d9e2f09d5488c395ae9ddbb320ceacd24757e055 0 iD8DBQBPju/dywK+sNU5EO8RArBYAJ9xtifdbk+hCOJO8OZa4JfHX8OYZQCeKPMBaBWiT8N/WHoOm1XU0q+iono=
54 d9e2f09d5488c395ae9ddbb320ceacd24757e055 0 iD8DBQBPju/dywK+sNU5EO8RArBYAJ9xtifdbk+hCOJO8OZa4JfHX8OYZQCeKPMBaBWiT8N/WHoOm1XU0q+iono=
55 00182b3d087909e3c3ae44761efecdde8f319ef3 0 iD8DBQBPoFhIywK+sNU5EO8RAhzhAKCBj1n2jxPTkZNJJ5pSp3soa+XHIgCgsZZpAQxOpXwCp0eCdNGe0+pmxmg=
55 00182b3d087909e3c3ae44761efecdde8f319ef3 0 iD8DBQBPoFhIywK+sNU5EO8RAhzhAKCBj1n2jxPTkZNJJ5pSp3soa+XHIgCgsZZpAQxOpXwCp0eCdNGe0+pmxmg=
56 5983de86462c5a9f42a3ad0f5e90ce5b1d221d25 0 iD8DBQBPovNWywK+sNU5EO8RAhgiAJ980T91FdPTRMmVONDhpkMsZwVIMACgg3bKvoWSeuCW28llUhAJtUjrMv0=
56 5983de86462c5a9f42a3ad0f5e90ce5b1d221d25 0 iD8DBQBPovNWywK+sNU5EO8RAhgiAJ980T91FdPTRMmVONDhpkMsZwVIMACgg3bKvoWSeuCW28llUhAJtUjrMv0=
57 85a358df5bbbe404ca25730c9c459b34263441dc 0 iD8DBQBPyZsWywK+sNU5EO8RAnpLAJ48qrGDJRT+pteS0mSQ11haqHstPwCdG4ccGbk+0JHb7aNy8/NRGAOqn9w=
57 85a358df5bbbe404ca25730c9c459b34263441dc 0 iD8DBQBPyZsWywK+sNU5EO8RAnpLAJ48qrGDJRT+pteS0mSQ11haqHstPwCdG4ccGbk+0JHb7aNy8/NRGAOqn9w=
58 b013baa3898e117959984fc64c29d8c784d2f28b 0 iD8DBQBP8QOPywK+sNU5EO8RAqimAKCFRSx0lvG6y8vne2IhNG062Hn0dACeMLI5/zhpWpHBIVeAAquYfx2XFeA=
58 b013baa3898e117959984fc64c29d8c784d2f28b 0 iD8DBQBP8QOPywK+sNU5EO8RAqimAKCFRSx0lvG6y8vne2IhNG062Hn0dACeMLI5/zhpWpHBIVeAAquYfx2XFeA=
59 7f5094bb3f423fc799e471aac2aee81a7ce57a0b 0 iD8DBQBQGiL8ywK+sNU5EO8RAq5oAJ4rMMCPx6O+OuzNXVOexogedWz/QgCeIiIxLd76I4pXO48tdXhr0hQcBuM=
59 7f5094bb3f423fc799e471aac2aee81a7ce57a0b 0 iD8DBQBQGiL8ywK+sNU5EO8RAq5oAJ4rMMCPx6O+OuzNXVOexogedWz/QgCeIiIxLd76I4pXO48tdXhr0hQcBuM=
60 072209ae4ddb654eb2d5fd35bff358c738414432 0 iD8DBQBQQkq0ywK+sNU5EO8RArDTAJ9nk5CySnNAjAXYvqvx4uWCw9ThZwCgqmFRehH/l+oTwj3f8nw8u8qTCdc=
60 072209ae4ddb654eb2d5fd35bff358c738414432 0 iD8DBQBQQkq0ywK+sNU5EO8RArDTAJ9nk5CySnNAjAXYvqvx4uWCw9ThZwCgqmFRehH/l+oTwj3f8nw8u8qTCdc=
61 b3f0f9a39c4e1d0250048cd803ab03542d6f140a 0 iD8DBQBQamltywK+sNU5EO8RAlsqAJ4qF/m6aFu4mJCOKTiAP5RvZFK02ACfawYShUZO6OXEFfveU0aAxDR0M1k=
61 b3f0f9a39c4e1d0250048cd803ab03542d6f140a 0 iD8DBQBQamltywK+sNU5EO8RAlsqAJ4qF/m6aFu4mJCOKTiAP5RvZFK02ACfawYShUZO6OXEFfveU0aAxDR0M1k=
62 d118a4f4fd16d9b558ec3f3e87bfee772861d2b7 0 iD8DBQBQgPV5ywK+sNU5EO8RArylAJ0abcx5NlDjyv3ZDWpAfRIHyRsJtQCgn4TMuEayqgxzrvadQZHdTEU2g38=
62 d118a4f4fd16d9b558ec3f3e87bfee772861d2b7 0 iD8DBQBQgPV5ywK+sNU5EO8RArylAJ0abcx5NlDjyv3ZDWpAfRIHyRsJtQCgn4TMuEayqgxzrvadQZHdTEU2g38=
63 195ad823b5d58c68903a6153a25e3fb4ed25239d 0 iD8DBQBQkuT9ywK+sNU5EO8RAhB4AKCeerItoK2Jipm2cVf4euGofAa/WACeJj3TVd4pFILpb+ogj7ebweFLJi0=
63 195ad823b5d58c68903a6153a25e3fb4ed25239d 0 iD8DBQBQkuT9ywK+sNU5EO8RAhB4AKCeerItoK2Jipm2cVf4euGofAa/WACeJj3TVd4pFILpb+ogj7ebweFLJi0=
64 0c10cf8191469e7c3c8844922e17e71a176cb7cb 0 iD8DBQBQvQWoywK+sNU5EO8RAnq3AJoCn98u4geFx5YaQaeh99gFhCd7bQCgjoBwBSUyOvGd0yBy60E3Vv3VZhM=
64 0c10cf8191469e7c3c8844922e17e71a176cb7cb 0 iD8DBQBQvQWoywK+sNU5EO8RAnq3AJoCn98u4geFx5YaQaeh99gFhCd7bQCgjoBwBSUyOvGd0yBy60E3Vv3VZhM=
65 a4765077b65e6ae29ba42bab7834717b5072d5ba 0 iD8DBQBQ486sywK+sNU5EO8RAhmJAJ90aLfLKZhmcZN7kqphigQJxiFOQACeJ5IUZxjGKH4xzi3MrgIcx9n+dB0=
65 a4765077b65e6ae29ba42bab7834717b5072d5ba 0 iD8DBQBQ486sywK+sNU5EO8RAhmJAJ90aLfLKZhmcZN7kqphigQJxiFOQACeJ5IUZxjGKH4xzi3MrgIcx9n+dB0=
66 f5fbe15ca7449f2c9a3cf817c86d0ae68b307214 0 iD8DBQBQ+yuYywK+sNU5EO8RAm9JAJoD/UciWvpGeKBcpGtZJBFJVcL/HACghDXSgQ+xQDjB+6uGrdgAQsRR1Lg=
66 f5fbe15ca7449f2c9a3cf817c86d0ae68b307214 0 iD8DBQBQ+yuYywK+sNU5EO8RAm9JAJoD/UciWvpGeKBcpGtZJBFJVcL/HACghDXSgQ+xQDjB+6uGrdgAQsRR1Lg=
67 a6088c05e43a8aee0472ca3a4f6f8d7dd914ebbf 0 iD8DBQBRDDROywK+sNU5EO8RAh75AJ9uJCGoCWnP0Lv/+XuYs4hvUl+sAgCcD36QgAnuw8IQXrvv684BAXAnHcA=
67 a6088c05e43a8aee0472ca3a4f6f8d7dd914ebbf 0 iD8DBQBRDDROywK+sNU5EO8RAh75AJ9uJCGoCWnP0Lv/+XuYs4hvUl+sAgCcD36QgAnuw8IQXrvv684BAXAnHcA=
68 7511d4df752e61fe7ae4f3682e0a0008573b0402 0 iD8DBQBRFYaoywK+sNU5EO8RAuErAJoDyhXn+lptU3+AevVdwAIeNFyR2gCdHzPHyWd+JDeWCUR+pSOBi8O2ppM=
68 7511d4df752e61fe7ae4f3682e0a0008573b0402 0 iD8DBQBRFYaoywK+sNU5EO8RAuErAJoDyhXn+lptU3+AevVdwAIeNFyR2gCdHzPHyWd+JDeWCUR+pSOBi8O2ppM=
69 5b7175377babacce80a6c1e12366d8032a6d4340 0 iD8DBQBRMCYgywK+sNU5EO8RAq1/AKCWKlt9ysibyQgYwoxxIOZv5J8rpwCcDSHQaaf1fFZUTnQsOePwcM2Y/Sg=
69 5b7175377babacce80a6c1e12366d8032a6d4340 0 iD8DBQBRMCYgywK+sNU5EO8RAq1/AKCWKlt9ysibyQgYwoxxIOZv5J8rpwCcDSHQaaf1fFZUTnQsOePwcM2Y/Sg=
70 50c922c1b5145dab8baefefb0437d363b6a6c21c 0 iD8DBQBRWnUnywK+sNU5EO8RAuQRAJwM42cJqJPeqJ0jVNdMqKMDqr4dSACeP0cRVGz1gitMuV0x8f3mrZrqc7I=
70 50c922c1b5145dab8baefefb0437d363b6a6c21c 0 iD8DBQBRWnUnywK+sNU5EO8RAuQRAJwM42cJqJPeqJ0jVNdMqKMDqr4dSACeP0cRVGz1gitMuV0x8f3mrZrqc7I=
71 8a7bd2dccd44ed571afe7424cd7f95594f27c092 0 iD8DBQBRXfBvywK+sNU5EO8RAn+LAKCsMmflbuXjYRxlzFwId5ptm8TZcwCdGkyLbZcASBOkzQUm/WW1qfknJHU=
71 8a7bd2dccd44ed571afe7424cd7f95594f27c092 0 iD8DBQBRXfBvywK+sNU5EO8RAn+LAKCsMmflbuXjYRxlzFwId5ptm8TZcwCdGkyLbZcASBOkzQUm/WW1qfknJHU=
72 292cd385856d98bacb2c3086f8897bc660c2beea 0 iD8DBQBRcM0BywK+sNU5EO8RAjp4AKCJBykQbvXhKuvLSMxKx3a2TBiXcACfbr/kLg5GlZTF/XDPmY+PyHgI/GM=
72 292cd385856d98bacb2c3086f8897bc660c2beea 0 iD8DBQBRcM0BywK+sNU5EO8RAjp4AKCJBykQbvXhKuvLSMxKx3a2TBiXcACfbr/kLg5GlZTF/XDPmY+PyHgI/GM=
73 23f785b38af38d2fca6b8f3db56b8007a84cd73a 0 iD8DBQBRgZwNywK+sNU5EO8RAmO4AJ4u2ILGuimRP6MJgE2t65LZ5dAdkACgiENEstIdrlFC80p+sWKD81kKIYI=
73 23f785b38af38d2fca6b8f3db56b8007a84cd73a 0 iD8DBQBRgZwNywK+sNU5EO8RAmO4AJ4u2ILGuimRP6MJgE2t65LZ5dAdkACgiENEstIdrlFC80p+sWKD81kKIYI=
74 ddc7a6be20212d18f3e27d9d7e6f079a66d96f21 0 iD8DBQBRkswvywK+sNU5EO8RAiYYAJsHTHyHbJeAgmGvBTmDrfcKu4doUgCeLm7eGBjx7yAPUvEtxef8rAkQmXI=
74 ddc7a6be20212d18f3e27d9d7e6f079a66d96f21 0 iD8DBQBRkswvywK+sNU5EO8RAiYYAJsHTHyHbJeAgmGvBTmDrfcKu4doUgCeLm7eGBjx7yAPUvEtxef8rAkQmXI=
75 cceaf7af4c9e9e6fa2dbfdcfe9856c5da69c4ffd 0 iD8DBQBRqnFLywK+sNU5EO8RAsWNAJ9RR6t+y1DLFc2HeH0eN9VfZAKF9gCeJ8ezvhtKq/LMs0/nvcgKQc/d5jk=
75 cceaf7af4c9e9e6fa2dbfdcfe9856c5da69c4ffd 0 iD8DBQBRqnFLywK+sNU5EO8RAsWNAJ9RR6t+y1DLFc2HeH0eN9VfZAKF9gCeJ8ezvhtKq/LMs0/nvcgKQc/d5jk=
76 009794acc6e37a650f0fae37872e733382ac1c0c 0 iD8DBQBR0guxywK+sNU5EO8RArNkAKCq9pMihVzP8Os5kCmgbWpe5C37wgCgqzuPZTHvAsXF5wTyaSTMVa9Ccq4=
76 009794acc6e37a650f0fae37872e733382ac1c0c 0 iD8DBQBR0guxywK+sNU5EO8RArNkAKCq9pMihVzP8Os5kCmgbWpe5C37wgCgqzuPZTHvAsXF5wTyaSTMVa9Ccq4=
77 f0d7721d7322dcfb5af33599c2543f27335334bb 0 iD8DBQBR8taaywK+sNU5EO8RAqeEAJ4idDhhDuEsgsUjeQgWNj498matHACfT67gSF5w0ylsrBx1Hb52HkGXDm0=
77 f0d7721d7322dcfb5af33599c2543f27335334bb 0 iD8DBQBR8taaywK+sNU5EO8RAqeEAJ4idDhhDuEsgsUjeQgWNj498matHACfT67gSF5w0ylsrBx1Hb52HkGXDm0=
78 f37b5a17e6a0ee17afde2cdde5393dd74715fb58 0 iD8DBQBR+ymFywK+sNU5EO8RAuSdAJkBMcd9DAZ3rWE9WGKPm2YZ8LBoXACfXn/wbEsVy7ZgJoUwiWmHSnQaWCI=
78 f37b5a17e6a0ee17afde2cdde5393dd74715fb58 0 iD8DBQBR+ymFywK+sNU5EO8RAuSdAJkBMcd9DAZ3rWE9WGKPm2YZ8LBoXACfXn/wbEsVy7ZgJoUwiWmHSnQaWCI=
79 335a558f81dc73afeab4d7be63617392b130117f 0 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
79 335a558f81dc73afeab4d7be63617392b130117f 0 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
80 e7fa36d2ad3a7944a52dca126458d6f482db3524 0 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
80 e7fa36d2ad3a7944a52dca126458d6f482db3524 0 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
81 1596f2d8f2421314b1ddead8f7d0c91009358994 0 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
81 1596f2d8f2421314b1ddead8f7d0c91009358994 0 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
82 d825e4025e39d1c39db943cdc89818abd0a87c27 0 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
82 d825e4025e39d1c39db943cdc89818abd0a87c27 0 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
83 209e04a06467e2969c0cc6501335be0406d46ef0 0 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
83 209e04a06467e2969c0cc6501335be0406d46ef0 0 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
84 ca387377df7a3a67dbb90b6336b781cdadc3ef41 0 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
84 ca387377df7a3a67dbb90b6336b781cdadc3ef41 0 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
85 8862469e16f9236208581b20de5f96bd13cc039d 0 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
85 8862469e16f9236208581b20de5f96bd13cc039d 0 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
86 3cec5134e9c4bceab6a00c60f52a4f80677a78f2 0 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
86 3cec5134e9c4bceab6a00c60f52a4f80677a78f2 0 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
87 b96cb15ec9e04d8ac5ee08b34fcbbe4200588965 0 iQIVAwUAUxJPlyBXgaxoKi1yAQLIRA//Qh9qzoYthPAWAUNbzybWXC/oMBI2X89NQC7l1ivKhv7cn9L79D8SWXM18q7LTwLdlwOkV/a0NTE3tkQTLvxJpfnRLCBbMOcGiIn/PxsAae8IhMAUbR7qz+XOynHOs60ZhK9X8seQHJRf1YtOI9gYTL/WYk8Cnpmc6xZQ90TNhoPPkpdfe8Y236V11SbYtN14fmrPaWQ3GXwyrvQaqM1F7BxSnC/sbm9+/wprsTa8gRQo7YQL/T5jJQgFiatG3yayrDdJtoRq3TZKtsxw8gtQdfVCrrBibbysjM8++dnwA92apHNUY8LzyptPy7rSDXRrIpPUWGGTQTD+6HQwkcLFtIuUpw4I75SV3z2r6LyOLKzDJUIunKOOYFS/rEIQGxZHxZOBAvbI+73mHAn3pJqm+UAA7R1n7tk3JyQncg50qJlm9zIUPGpNFcdEqak5iXzGYx292VlcE+fbJYeIPWggpilaVUgdmXtMCG0O0uX6C8MDmzVDCjd6FzDJ4GTZwgmWJaamvls85CkZgyN/UqlisfFXub0A1h7qAzBSVpP1+Ti+UbBjlrGX8BMRYHRGYIeIq16elcWwSpLgshjDwNn2r2EdwX8xKU5mucgTzSLprbOYGdQaqnvf6e8IX5WMBgwVW9YdY9yJKSLF7kE1AlM9nfVcXwOK4mHoMvnNgiX3zsw=
87 b96cb15ec9e04d8ac5ee08b34fcbbe4200588965 0 iQIVAwUAUxJPlyBXgaxoKi1yAQLIRA//Qh9qzoYthPAWAUNbzybWXC/oMBI2X89NQC7l1ivKhv7cn9L79D8SWXM18q7LTwLdlwOkV/a0NTE3tkQTLvxJpfnRLCBbMOcGiIn/PxsAae8IhMAUbR7qz+XOynHOs60ZhK9X8seQHJRf1YtOI9gYTL/WYk8Cnpmc6xZQ90TNhoPPkpdfe8Y236V11SbYtN14fmrPaWQ3GXwyrvQaqM1F7BxSnC/sbm9+/wprsTa8gRQo7YQL/T5jJQgFiatG3yayrDdJtoRq3TZKtsxw8gtQdfVCrrBibbysjM8++dnwA92apHNUY8LzyptPy7rSDXRrIpPUWGGTQTD+6HQwkcLFtIuUpw4I75SV3z2r6LyOLKzDJUIunKOOYFS/rEIQGxZHxZOBAvbI+73mHAn3pJqm+UAA7R1n7tk3JyQncg50qJlm9zIUPGpNFcdEqak5iXzGYx292VlcE+fbJYeIPWggpilaVUgdmXtMCG0O0uX6C8MDmzVDCjd6FzDJ4GTZwgmWJaamvls85CkZgyN/UqlisfFXub0A1h7qAzBSVpP1+Ti+UbBjlrGX8BMRYHRGYIeIq16elcWwSpLgshjDwNn2r2EdwX8xKU5mucgTzSLprbOYGdQaqnvf6e8IX5WMBgwVW9YdY9yJKSLF7kE1AlM9nfVcXwOK4mHoMvnNgiX3zsw=
88 3f83fc5cfe715d292069ee8417c83804f6c6c1e4 0 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
88 3f83fc5cfe715d292069ee8417c83804f6c6c1e4 0 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
89 564f55b251224f16508dd1311452db7780dafe2b 0 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
89 564f55b251224f16508dd1311452db7780dafe2b 0 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
90 2195ac506c6ababe86985b932f4948837c0891b5 0 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
90 2195ac506c6ababe86985b932f4948837c0891b5 0 iQIVAwUAU2LO/CBXgaxoKi1yAQI/3w/7BT/VRPyxey6tYp7i5cONIlEB3gznebGYwm0SGYNE6lsvS2VLh6ztb+j4eqOadr8Ssna6bslBx+dVsm+VuJ+vrNLMucD5Uc+fhn6dAfVqg+YBzUEaedI5yNsJizcJUDI7hUVsxiPiiYd9hchCWJ+z2tVt2jCyG2lMV2rbW36AM89sgz/wn5/AaAFsgoS6up/uzA3Tmw+qZSO6dZChb4Q8midIUWEbNzVhokgYcw7/HmjmvkvV9RJYiG8aBnMdQmxTE69q2dTjnnDL6wu61WU2FpTN09HRFbemUqzAfoJp8MmXq6jWgfLcm0cI3kRo7ZNpnEkmVKsfKQCXXiaR4alt9IQpQ6Jl7LSYsYI+D4ejpYysIsZyAE8qzltYhBKJWqO27A5V4WdJsoTgA/RwKfPRlci4PY8I4N466S7PBXVz/Cc5EpFkecvrgceTmBafb8JEi+gPiD2Po4vtW3bCeV4xldiEXHeJ77byUz7fZU7jL78SjJVOCCQTJfKZVr36kTz3KlaOz3E700RxzEFDYbK7I41mdANeQBmNNbcvRTy5ma6W6I3McEcAH4wqM5fFQ8YS+QWJxk85Si8KtaDPqoEdC/0dQPavuU/jAVjhV8IbmmkOtO7WvOHQDBtrR15yMxGMnUwMrPHaRNKdHNYRG0LL7lpCtdMi1mzLQgHYY9SRYvI=
91 269c80ee5b3cb3684fa8edc61501b3506d02eb10 0 iQIVAwUAU4uX5CBXgaxoKi1yAQLpdg/+OxulOKwZN+Nr7xsRhUijYjyAElRf2mGDvMrbAOA2xNf85DOXjOrX5TKETumf1qANA5cHa1twA8wYgxUzhx30H+w5EsLjyeSsOncRnD5WZNqSoIq2XevT0T4c8xdyNftyBqK4h/SC/t2h3vEiSCUaGcfNK8yk4XO45MIk4kk9nlA9jNWdA5ZMLgEFBye2ggz0JjEAPUkVDqlr9sNORDEbnwZxGPV8CK9HaL/I8VWClaFgjKQmjqV3SQsNFe2XPffzXmIipFJ+ODuXVxYpAsvLiGmcfuUfSDHQ4L9QvjBsWe1PgYMr/6CY/lPYmR+xW5mJUE9eIdN4MYcXgicLrmMpdF5pToNccNCMtfa6CDvEasPRqe2bDzL/Q9dQbdOVE/boaYBlgmYLL+/u+dpqip9KkyGgbSo9uJzst1mLTCzJmr5bw+surul28i9HM+4+Lewg4UUdHLz46no1lfTlB5o5EAhiOZBTEVdoBaKfewVpDa/aBRvtWX7UMVRG5qrtA0sXwydN00Jaqkr9m20W0jWjtc1ZC72QCrynVHOyfIb2rN98rnuy2QN4bTvjNpNjHOhhhPTOoVo0YYPdiUupm46vymUTQCmWsglU4Rlaa3vXneP7JenL5TV8WLPs9J28lF0IkOnyBXY7OFcpvYO1euu7iR1VdjfrQukMyaX18usymiA=
91 269c80ee5b3cb3684fa8edc61501b3506d02eb10 0 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
92 2d8cd3d0e83c7336c0cb45a9f88638363f993848 0 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
92 2d8cd3d0e83c7336c0cb45a9f88638363f993848 0 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
93 6c36dc6cd61a0e1b563f1d51e55bdf4dacf12162 0 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
93 6c36dc6cd61a0e1b563f1d51e55bdf4dacf12162 0 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
94 3178e49892020336491cdc6945885c4de26ffa8b 0 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
94 3178e49892020336491cdc6945885c4de26ffa8b 0 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
95 5dc91146f35369949ea56b40172308158b59063a 0 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
95 5dc91146f35369949ea56b40172308158b59063a 0 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
96 f768c888aaa68d12dd7f509dcc7f01c9584357d0 0 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
96 f768c888aaa68d12dd7f509dcc7f01c9584357d0 0 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
97 7f8d16af8cae246fa5a48e723d48d58b015aed94 0 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
97 7f8d16af8cae246fa5a48e723d48d58b015aed94 0 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
98 ced632394371a36953ce4d394f86278ae51a2aae 0 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
98 ced632394371a36953ce4d394f86278ae51a2aae 0 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
99 643c58303fb0ec020907af28b9e486be299ba043 0 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
99 643c58303fb0ec020907af28b9e486be299ba043 0 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
100 902554884335e5ca3661d63be9978eb4aec3f68a 0 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
100 902554884335e5ca3661d63be9978eb4aec3f68a 0 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
101 6dad422ecc5adb63d9fa649eeb8e05a5f9bc4900 0 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
101 6dad422ecc5adb63d9fa649eeb8e05a5f9bc4900 0 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
102 1265a3a71d75396f5d4cf6935ae7d9ba5407a547 0 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
102 1265a3a71d75396f5d4cf6935ae7d9ba5407a547 0 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
103 db8e3f7948b1fdeb9ad12d448fc3525759908b9f 0 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
103 db8e3f7948b1fdeb9ad12d448fc3525759908b9f 0 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
104 fbdd5195528fae4f41feebc1838215c110b25d6a 0 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
104 fbdd5195528fae4f41feebc1838215c110b25d6a 0 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
105 5b4ed033390bf6e2879c8f5c28c84e1ee3b87231 0 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
105 5b4ed033390bf6e2879c8f5c28c84e1ee3b87231 0 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
106 07a92bbd02e5e3a625e0820389b47786b02b2cea 0 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
106 07a92bbd02e5e3a625e0820389b47786b02b2cea 0 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
107 2e2e9a0750f91a6fe0ad88e4de34f8efefdcab08 0 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
107 2e2e9a0750f91a6fe0ad88e4de34f8efefdcab08 0 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
108 e89f909edffad558b56f4affa8239e4832f88de0 0 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
108 e89f909edffad558b56f4affa8239e4832f88de0 0 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
109 8cc6036bca532e06681c5a8fa37efaa812de67b5 0 iQIVAwUAVUP0xCBXgaxoKi1yAQLIChAAme3kg1Z0V8t5PnWKDoIvscIeAsD2s6EhMy1SofmdZ4wvYD1VmGC6TgXMCY7ssvRBhxqwG3GxwYpwELASuw2GYfVot2scN7+b8Hs5jHtkQevKbxarYni+ZI9mw/KldnJixD1yW3j+LoJFh/Fu6GD2yrfGIhimFLozcwUu3EbLk7JzyHSn7/8NFjLJz0foAYfcbowU9/BFwNVLrQPnsUbWcEifsq5bYso9MBO9k+25yLgqHoqMbGpJcgjubNy1cWoKnlKS+lOJl0/waAk+aIjHXMzFpRRuJDjxEZn7V4VdV5d23nrBTcit1BfMzga5df7VrLPVRbom1Bi0kQ0BDeDex3hHNqHS5X+HSrd/njzP1xp8twG8hTE+njv85PWoGBTo1eUGW/esChIJKA5f3/F4B9ErgBNNOKnYmRgxixd562OWAwAQZK0r0roe2H/Mfg2VvgxT0kHd22NQLoAv0YI4jcXcCFrnV/80vHUQ8AsAYAbkLcz1jkfk3YwYDP8jbJCqcwJRt9ialYKJwvXlEe0TMeGdq7EjCO0z/pIpu82k2R/C0FtCFih3bUvJEmWoVVx8UGkDDQEORLbzxQCt0IOiQGFcoCCxgQmL0x9ZoljCWg5vZuuhU4uSOuRTuM+aa4xoLkeOcvgGRSOXrqfkV8JpWKoJB4dmY2qSuxw8LsAAzK0=
109 8cc6036bca532e06681c5a8fa37efaa812de67b5 0 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
110 ed18f4acf435a2824c6f49fba40f42b9df5da7ad 0 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
110 ed18f4acf435a2824c6f49fba40f42b9df5da7ad 0 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
111 540cd0ddac49c1125b2e013aa2ff18ecbd4dd954 0 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
111 540cd0ddac49c1125b2e013aa2ff18ecbd4dd954 0 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
112 96a38d44ba093bd1d1ecfd34119e94056030278b 0 iQIVAwUAVarUUyBXgaxoKi1yAQIfJw/+MG/0736F/9IvzgCTF6omIC+9kS8JH0n/JBGPhpbPAHK4xxjhOOz6m3Ia3c3HNoy+I6calwU6YV7k5dUzlyLhM0Z5oYpdrH+OBNxDEsD5SfhclfR63MK1kmgtD33izijsZ++6a+ZaVfyxpMTksKOktWSIDD63a5b/avb6nKY64KwJcbbeXPdelxvXV7TXYm0GvWc46BgvrHOJpYHCDaXorAn6BMq7EQF8sxdNK4GVMNMVk1njve0HOg3Kz8llPB/7QmddZXYLFGmWqICyUn1IsJDfePxzh8sOYVCbxAgitTJHJJmmH5gzVzw7t7ljtmxSJpcUGQJB2MphejmNFGfgvJPB9c6xOCfUqDjxN5m24V+UYesZntpfgs3lpfvE7785IpVnf6WfKG4PKty01ome/joHlDlrRTekKMlpiBapGMfv8EHvPBrOA+5yAHNfKsmcyCcjD1nvXYZ2/X9qY35AhdcBuNkyp55oPDOdtYIHfnOIxlYMKG1dusDx3Z4eveF0lQTzfRVoE5w+k9A2Ov3Zx0aiSkFFevJjrq5QBfs9dAiT8JYgBmWhaJzCtJm12lQirRMKR/br88Vwt/ry/UVY9cereMNvRYUGOGfC8CGGDCw4WDD+qWvyB3mmrXVuMlXxQRIZRJy5KazaQXsBWuIsx4kgGqC5Uo+yzpiQ1VMuCyI=
112 96a38d44ba093bd1d1ecfd34119e94056030278b 0 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
113 21aa1c313b05b1a85f8ffa1120d51579ddf6bf24 0 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
113 21aa1c313b05b1a85f8ffa1120d51579ddf6bf24 0 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
114 1a45e49a6bed023deb229102a8903234d18054d3 0 iQIVAwUAVeYa2SBXgaxoKi1yAQLWVA//Q7vU0YzngbxIbrTPvfFiNTJcT4bx9u1xMHRZf6QBIE3KtRHKTooJwH9lGR0HHM+8DWWZup3Vzo6JuWHMGoW0v5fzDyk2czwM9BgQQPfEmoJ/ZuBMevTkTZngjgHVwhP3tHFym8Rk9vVxyiZd35EcxP+4F817GCzD+K7XliIBqVggmv9YeQDXfEtvo7UZrMPPec79t8tzt2UadI3KC1jWUriTS1Fg1KxgXW6srD80D10bYyCkkdo/KfF6BGZ9SkF+U3b95cuqSmOfoyyQwUA3JbMXXOnIefnC7lqRC2QTC6mYDx5hIkBiwymXJBe8rpq/S94VVvPGfW6A5upyeCZISLEEnAz0GlykdpIy/NogzhmWpbAMOus05Xnen6xPdNig6c/M5ZleRxVobNrZSd7c5qI3aUUyfMKXlY1j9oiUTjSKH1IizwaI3aL/MM70eErBxXiLs2tpQvZeaVLn3kwCB5YhywO3LK0x+FNx4Gl90deAXMYibGNiLTq9grpB8fuLg9M90JBjFkeYkrSJ2yGYumYyP/WBA3mYEYGDLNstOby4riTU3WCqVl+eah6ss3l+gNDjLxiMtJZ/g0gQACaAvxQ9tYp5eeRMuLRTp79QQPxv97s8IyVwE/TlPlcSFlEXAzsBvqvsolQXRVi9AxA6M2davYabBYAgRf6rRfgujoU=
114 1a45e49a6bed023deb229102a8903234d18054d3 0 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
115 9a466b9f9792e3ad7ae3fc6c43c3ff2e136b718d 0 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
115 9a466b9f9792e3ad7ae3fc6c43c3ff2e136b718d 0 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
116 b66e3ca0b90c3095ea28dfd39aa24247bebf5c20 0 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
116 b66e3ca0b90c3095ea28dfd39aa24247bebf5c20 0 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
117 47dd34f2e7272be9e3b2a5a83cd0d20be44293f4 0 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
117 47dd34f2e7272be9e3b2a5a83cd0d20be44293f4 0 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
118 1aa5083cbebbe7575c88f3402ab377539b484897 0 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
118 1aa5083cbebbe7575c88f3402ab377539b484897 0 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
119 2d437a0f3355834a9485bbbeb30a52a052c98f19 0 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
119 2d437a0f3355834a9485bbbeb30a52a052c98f19 0 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
120 ea389970c08449440587712117f178d33bab3f1e 0 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
120 ea389970c08449440587712117f178d33bab3f1e 0 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
121 158bdc8965720ca4061f8f8d806563cfc7cdb62e 0 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
121 158bdc8965720ca4061f8f8d806563cfc7cdb62e 0 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
122 2408645de650d8a29a6ce9e7dce601d8dd0d1474 0 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
122 2408645de650d8a29a6ce9e7dce601d8dd0d1474 0 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
123 b698abf971e7377d9b7ec7fc8c52df45255b0329 0 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
123 b698abf971e7377d9b7ec7fc8c52df45255b0329 0 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
124 d493d64757eb45ada99fcb3693e479a51b7782da 0 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
124 d493d64757eb45ada99fcb3693e479a51b7782da 0 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
125 ae279d4a19e9683214cbd1fe8298cf0b50571432 0 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
125 ae279d4a19e9683214cbd1fe8298cf0b50571432 0 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
126 740156eedf2c450aee58b1a90b0e826f47c5da64 0 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
126 740156eedf2c450aee58b1a90b0e826f47c5da64 0 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
127 f85de28eae32e7d3064b1a1321309071bbaaa069 0 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
127 f85de28eae32e7d3064b1a1321309071bbaaa069 0 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
128 a56296f55a5e1038ea5016dace2076b693c28a56 0 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
128 a56296f55a5e1038ea5016dace2076b693c28a56 0 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
129 aaabed77791a75968a12b8c43ad263631a23ee81 0 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
129 aaabed77791a75968a12b8c43ad263631a23ee81 0 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
130 a9764ab80e11bcf6a37255db7dd079011f767c6c 0 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
130 a9764ab80e11bcf6a37255db7dd079011f767c6c 0 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
131 26a5d605b8683a292bb89aea11f37a81b06ac016 0 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
131 26a5d605b8683a292bb89aea11f37a81b06ac016 0 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
132 519bb4f9d3a47a6e83c2b414d58811ed38f503c2 0 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
132 519bb4f9d3a47a6e83c2b414d58811ed38f503c2 0 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
133 299546f84e68dbb9bd026f0f3a974ce4bdb93686 0 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
133 299546f84e68dbb9bd026f0f3a974ce4bdb93686 0 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
134 ccd436f7db6d5d7b9af89715179b911d031d44f1 0 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
134 ccd436f7db6d5d7b9af89715179b911d031d44f1 0 iQIVAwUAV8h7F0emf/qjRqrOAQjmdhAAgYhom8fzL/YHeVLddm71ZB+pKDviKASKGSrBHY4D5Szrh/pYTedmG9IptYue5vzXpspHAaGvZN5xkwrz1/5nmnCsLA8DFaYT9qCkize6EYzxSBtA/W1S9Mv5tObinr1EX9rCSyI4HEJYE8i1IQM5h07SqUsMKDoasd4e29t6gRWg5pfOYq1kc2MTck35W9ff1Fii8S28dqbO3cLU6g5K0pT0JLCZIq7hyTNQdxHAYfebxkVl7PZrZR383IrnyotXVKFFc44qinv94T50uR4yUNYPQ8Gu0TgoGQQjBjk1Lrxot2xpgPQAy8vx+EOJgpg/yNZnYkmJZMxjDkTGVrwvXtOXZzmy2jti7PniET9hUBCU7aNHnoJJLzIf+Vb1CIRP0ypJl8GYCZx6HIYwOQH6EtcaeUqq3r+WXWv74ijIE7OApotmutM9buTvdOLdZddBzFPIjykc6cXO+W4E0kl6u9/OHtaZ3Nynh0ejBRafRWAVw2yU3T9SgQyICsmYWJCThkj14WqCJr2b7jfGlg9MkQOUG6/3f4xz2R3SgyUD8KiGsq/vdBE53zh0YA9gppLoum6AY+z61G1NhVGlrtps90txZBehuARUUz2dJC0pBMRy8XFwXMewDSIe6ATg25pHZsxHfhcalBpJncBl8pORs7oQl+GKBVxlnV4jm1pCzLU=
135 149433e68974eb5c63ccb03f794d8b57339a80c4 0 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
135 149433e68974eb5c63ccb03f794d8b57339a80c4 0 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
136 438173c415874f6ac653efc1099dec9c9150e90f 0 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
136 438173c415874f6ac653efc1099dec9c9150e90f 0 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
137 eab27446995210c334c3d06f1a659e3b9b5da769 0 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
137 eab27446995210c334c3d06f1a659e3b9b5da769 0 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
138 b3b1ae98f6a0e14c1e1ba806a6c18e193b6dae5c 0 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
138 b3b1ae98f6a0e14c1e1ba806a6c18e193b6dae5c 0 iQIVAwUAWECEaEemf/qjRqrOAQjuZw/+IWJKnKOsaUMcB9ly3Fo/eskqDL6A0j69IXTJDeBDGMoyGbQU/gZyX2yc6Sw3EhwTSCXu5vKpzg3a6e8MNrC1iHqli4wJ/jPY7XtmiqTYDixdsBLNk46VfOi73ooFe08wVDSNB65xpZsrtPDSioNmQ2kSJwSHb71UlauS4xGkM74vuDpWvX5OZRSfBqMh6NjG5RwBBnS8mzA0SW2dCI2jSc5SCGIzIZpzM0xUN21xzq0YQbrk9qEsmi7ks0eowdhUjeET2wSWwhOK4jS4IfMyRO7KueUB05yHs4mChj9kNFNWtSzXKwKBQbZzwO/1Y7IJjU+AsbWkiUu+6ipqBPQWzS28gCwGOrv5BcIJS+tzsvLUKWgcixyfy5UAqJ32gCdzKC54FUpT2zL6Ad0vXGM6WkpZA7yworN4RCFPexXbi0x2GSTLG8PyIoZ4Iwgtj5NtsEDHrz0380FxgnKUIC3ny2SVuPlyD+9wepD3QYcxdRk1BIzcFT9ZxNlgil3IXRVPwVejvQ/zr6/ILdhBnZ8ojjvVCy3b86B1OhZj/ZByYo5QaykVqWl0V9vJOZlZfvOpm2HiDhm/2uNrVWxG4O6EwhnekAdaJYmeLq1YbhIfGA6KVOaB9Yi5A5BxK9QGXBZ6sLj+dIUD3QR47r9yAqVQE8Gr/Oh6oQXBQqOQv7WzBBs=
139 e69874dc1f4e142746ff3df91e678a09c6fc208c 0 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
139 e69874dc1f4e142746ff3df91e678a09c6fc208c 0 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
140 a1dd2c0c479e0550040542e392e87bc91262517e 0 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
140 a1dd2c0c479e0550040542e392e87bc91262517e 0 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
141 e1526da1e6d84e03146151c9b6e6950fe9a83d7d 0 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
141 e1526da1e6d84e03146151c9b6e6950fe9a83d7d 0 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
142 25703b624d27e3917d978af56d6ad59331e0464a 0 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
142 25703b624d27e3917d978af56d6ad59331e0464a 0 iQIcBAABCAAGBQJYuMSwAAoJELnJ3IJKpb3VL3YP/iKWY3+K3cLUBD3Ne5MhfS7N3t6rlk9YD4kmU8JnVeV1oAfg36VCylpbJLBnmQdvC8AfBJOkXi6DHp9RKXXmlsOeoppdWYGX5RMOzuwuGPBii6cA6KFd+WBpBJlRtklz61qGCAtv4q8V1mga0yucihghzt4lD/PPz7mk6yUBL8s3rK+bIHGdEhnK2dfnn/U2G0K/vGgsYZESORISuBclCrrc7M3/v1D+FBMCEYX9FXYU4PhYkKXK1mSqzCB7oENu/WP4ijl1nRnEIyzBV9pKO4ylnXTpbZAr/e4PofzjzPXb0zume1191C3wvgJ4eDautGide/Pxls5s6fJRaIowf5XVYQ5srX/NC9N3K77Hy01t5u8nwcyAhjmajZYuB9j37nmiwFawqS/y2eHovrUjkGdelV8OM7/iAexPRC8i2NcGk0m6XuzWy1Dxr8453VD8Hh3tTeafd6v5uHXSLjwogpu/th5rk/i9/5GBzc1MyJgRTwBhVHi/yFxfyakrSU7HT2cwX/Lb5KgWccogqfvrFYQABIBanxLIeZxTv8OIjC75EYknbxYtvvgb35ZdJytwrTHSZN0S7Ua2dHx2KUnHB6thbLu/v9fYrCgFF76DK4Ogd22Cbvv6NqRoglG26d0bqdwz/l1n3o416YjupteW8LMxHzuwiJy69WP1yi10eNDq
143 ed5b25874d998ababb181a939dd37a16ea644435 0 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
143 ed5b25874d998ababb181a939dd37a16ea644435 0 iQIcBAABCAAGBQJY4r/gAAoJELnJ3IJKpb3VtwYP/RuTmo252ExXQk/n5zGJZvZQnI86vO1+yGuyOlGFFBwf1v3sOLW1HD7fxF6/GdT8CSQrRqtC17Ya3qtayfY/0AEiSuH2bklBXSB1H5wPyguS5iLqyilCJY0SkHYBIDhJ0xftuIjsa805wdMm3OdclnTOkYT+K1WL8Ylbx/Ni2Lsx1rPpYdcQ/HlTkr5ca1ZbNOOSxSNI4+ilGlKbdSYeEsmqB2sDEiSaDEoxGGoSgzAE9+5Q2FfCGXV0bq4vfmEPoT9lhB4kANE+gcFUvsJTu8Z7EdF8y3CJLiy8+KHO/VLKTGJ1pMperbig9nAXl1AOt+izBFGJGTolbR/ShkkDWB/QVcqIF5CysAWMgnHAx7HjnMDBOANcKzhMMfOi3GUvOCNNIqIIoJHKRHaRk0YbMdt7z2mKpTrRQ9Zadz764jXOqqrPgQFM3jkBHzAvZz9yShrHGh42Y+iReAF9pAN0xPjyZ5Y2qp+DSl0bIQqrAet6Zd3QuoJtXczAeRrAvgn7O9MyLnMyE5s7xxI7o8M7zfWtChLF8ytJUzmRo3iVJNOJH+Zls9N30PGw6vubQAnB5ieaVTv8lnNpcAnEQD/i0tmRSxzyyqoOQbnItIPKFOsaYW+eX9sgJmObU3yDc5k3cs+yAFD2CM/uiUsLcTKyxPNcP1JHBYpwhOjIGczSHVS1
144 77eaf9539499a1b8be259ffe7ada787d07857f80 0 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
144 77eaf9539499a1b8be259ffe7ada787d07857f80 0 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
145 616e788321cc4ae9975b7f0c54c849f36d82182b 0 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
145 616e788321cc4ae9975b7f0c54c849f36d82182b 0 iQIVAwUAWPZuQkemf/qjRqrOAQjFlg/9HXEegJMv8FP+uILPoaiA2UCiqWUL2MVJ0K1cvafkwUq+Iwir8sTe4VJ1v6V+ZRiOuzs4HMnoGJrIks4vHRbAxJ3J6xCfvrsbHdl59grv54vuoL5FlZvkdIe8L7/ovKrUmNwPWZX2v+ffFPrsEBeVlVrXpp4wOPhDxCKTmjYVOp87YqXfJsud7EQFPqpV4jX8DEDtJWT95OE9x0srBg0HpSE95d/BM4TuXTVNI8fV41YEqearKeFIhLxu37HxUmGmkAALCi8RJmm4hVpUHgk3tAVzImI8DglUqnC6VEfaYb+PKzIqHelhb66JO/48qN2S/JXihpNHAVUBysBT0b1xEnc6eNsF2fQEB+bEcf8IGj7/ILee1cmwPtoK2OXR2+xWWWjlu2keVcKeI0yAajJw/dP21yvVzVq0ypst7iD+EGHLJWJSmZscbyH5ICr+TJ5yQvIGZJtfsAdAUUTM2xpqSDW4mT5kYyg75URbQ3AKI7lOhJBmkkGQErE4zIQMkaAqcWziVF20xiRWfJoFxT2fK5weaRGIjELH49NLlyvZxYc4LlRo9lIdC7l/6lYDdTx15VuEj1zx/91y/d7OtPm+KCA2Bbdqth8m/fMD8trfQ6jSG/wgsvjZ+S0eoXa92qIR/igsCI+6EwP7duuzL2iyKOPXupQVNN10PKI7EuKv4Lk=
146 bb96d4a497432722623ae60d9bc734a1e360179e 0 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
146 bb96d4a497432722623ae60d9bc734a1e360179e 0 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
147 c850f0ed54c1d42f9aa079ad528f8127e5775217 0 iQIVAwUAWTQINUemf/qjRqrOAQjZDw//b4pEgHYfWRVDEmLZtevysfhlJzbSyLAnWgNnRUVdSwl4WRF1r6ds/q7N4Ege5wQHjOpRtx4jC3y/riMbrLUlaeUXzCdqKgm4JcINS1nXy3IfkeDdUKyOR9upjaVhIEzCMRpyzabdYuflh5CoxayO7GFk2iZ8c1oAl4QzuLSspn9w+znqDg0HrMDbRNijStSulNjkqutih9UqT/PYizhE1UjL0NSnpYyD1vDljsHModJc2dhSzuZ1c4VFZHkienk+CNyeLtVKg8aC+Ej/Ppwq6FlE461T/RxOEzf+WFAc9F4iJibSN2kAFB4ySJ43y+OKkvzAwc5XbUx0y6OlWn2Ph+5T54sIwqasG3DjXyVrwVtAvCrcWUmOyS0RfkKoDVepMPIhFXyrhGqUYSq25Gt6tHVtIrlcWARIGGWlsE+PSHi87qcnSjs4xUzZwVvJWz4fuM1AUG/GTpyt4w3kB85XQikIINkmSTmsM/2/ar75T6jBL3kqOCGOL3n7bVZsGXllhkkQ7e/jqPPWnNXm8scDYdT3WENNu34zZp5ZmqdTXPAIIaqGswnU04KfUSEoYtOMri3E2VvrgMkiINm9BOKpgeTsMb3dkYRw2ZY3UAH9QfdX9BZywk6v3kkE5ghLWMUoQ4sqRlTo7mJKA8+EodjmIGRV/kAv1f7pigg6pIWWEyo=
147 c850f0ed54c1d42f9aa079ad528f8127e5775217 0 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
148 26c49ed51a698ec016d2b4c6b44ca3c3f73cc788 0 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
148 26c49ed51a698ec016d2b4c6b44ca3c3f73cc788 0 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
149 857876ebaed4e315f63157bd157d6ce553c7ab73 0 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
149 857876ebaed4e315f63157bd157d6ce553c7ab73 0 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
150 5544af8622863796a0027566f6b646e10d522c4c 0 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
150 5544af8622863796a0027566f6b646e10d522c4c 0 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
151 943c91326b23954e6e1c6960d0239511f9530258 0 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
151 943c91326b23954e6e1c6960d0239511f9530258 0 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
152 3fee7f7d2da04226914c2258cc2884dc27384fd7 0 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
152 3fee7f7d2da04226914c2258cc2884dc27384fd7 0 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
153 920977f72c7b70acfdaf56ab35360584d7845827 0 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
153 920977f72c7b70acfdaf56ab35360584d7845827 0 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
154 2f427b57bf9019c6dc3750baa539dc22c1be50f6 0 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
154 2f427b57bf9019c6dc3750baa539dc22c1be50f6 0 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
155 1e2454b60e5936f5e77498cab2648db469504487 0 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
155 1e2454b60e5936f5e77498cab2648db469504487 0 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
156 0ccb43d4cf01d013ae05917ec4f305509f851b2d 0 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
156 0ccb43d4cf01d013ae05917ec4f305509f851b2d 0 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
157 cabc840ffdee8a72f3689fb77dd74d04fdc2bc04 0 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
157 cabc840ffdee8a72f3689fb77dd74d04fdc2bc04 0 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
158 a92b9f8e11ba330614cdfd6af0e03b15c1ff3797 0 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
158 a92b9f8e11ba330614cdfd6af0e03b15c1ff3797 0 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
159 27b6df1b5adbdf647cf5c6675b40575e1b197c60 0 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
159 27b6df1b5adbdf647cf5c6675b40575e1b197c60 0 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
160 d334afc585e29577f271c5eda03378736a16ca6b 0 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
160 d334afc585e29577f271c5eda03378736a16ca6b 0 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
161 369aadf7a3264b03c8b09efce715bc41e6ab4a9b 0 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
161 369aadf7a3264b03c8b09efce715bc41e6ab4a9b 0 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
162 8bba684efde7f45add05f737952093bb2aa07155 0 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
162 8bba684efde7f45add05f737952093bb2aa07155 0 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
163 7de7bd407251af2bc98e5b809c8598ee95830daf 0 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
163 7de7bd407251af2bc98e5b809c8598ee95830daf 0 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
164 ed5448edcbfa747b9154099e18630e49024fd47b 0 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
164 ed5448edcbfa747b9154099e18630e49024fd47b 0 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
165 1ec874717d8a93b19e0d50628443e0ee5efab3a9 0 iQJEBAABCAAuFiEEK8zhT1xnJaouqK63ucncgkqlvdUFAlraM3wQHHJhZkBkdXJpbjQyLmNvbQAKCRC5ydyCSqW91RAJEACSnf/HWwS0/OZaqz4Hfh0UBgkXDmH1IC90Pc/kczf//WuXu5AVnnRHDziOlCYYZAnZ2iKu0EQI6GT2K2garaWkaEhukOnjz4WADVys6DAzJyw5iOXeEpIOlZH6hbYbsW3zVcPjiMPo8cY5tIYEy4E/8RcVly1SDtWxvt/nWYQd2MxObLrpU7bPP6a2Db4Vy8WpGRbZRJmOvDNworld5rB5M/OGgHyMa9hg2Hjn+cLtQSEJY4O92A6h2hix9xpDC7zzfoluD2piDslocTm/gyeln2BJJBAtr+aRoHO9hI0baq5yFRQLO8aqQRJJP8dXgYZIWgSU/9oVGPZoGotJyw24iiB37R/YCisKE+cEUjfVclHTDFCkzmYP2ZMbGaktohJeF7EMau0ZJ8II5F0ja3bj6GrwfpGGY5OOcQrzIYW7nB0msFWTljb34qN3nd7m+hQ5hji3Hp9CFXEbCboVmm46LqwukSDWTmnfcP8knxWbBlJ4xDxySwTtcHAJhnUmKxu7oe3D/0Ttdv7HscI40eeMdr01pLQ0Ee3a4OumQ1hn+oL+o+tlqg8PKT20q528CMHgSJp6aIlU7pEK81b+Zj6B57us4P97qSL6XLNUIfubADCaf/KUDwh1HvKhHXV2aRli1GX1REFsy0ItGZn0yhQxIDJKc/FKsEMBKvlVIHGQFw==
165 1ec874717d8a93b19e0d50628443e0ee5efab3a9 0 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
166 6614cac550aea66d19c601e45efd1b7bd08d7c40 0 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
166 6614cac550aea66d19c601e45efd1b7bd08d7c40 0 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
167 9c5ced5276d6e7d54f7c3dadf5247b7ee98ec79c 0 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
167 9c5ced5276d6e7d54f7c3dadf5247b7ee98ec79c 0 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
168 0b63a6743010dfdbf8a8154186e119949bdaa1cc 0 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
168 0b63a6743010dfdbf8a8154186e119949bdaa1cc 0 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
169 e90130af47ce8dd53a3109aed9d15876b3e7dee8 0 iQJEBAABCAAuFiEEK8zhT1xnJaouqK63ucncgkqlvdUFAltQ1bUQHHJhZkBkdXJpbjQyLmNvbQAKCRC5ydyCSqW91RQVD/9NA5t2mlt7pFc0Sswktc5dI8GaSYxgeknacLkEdkYx9L+mzg77G7TGueeu5duovjdI/vDIzdadGtJJ+zJE5icCqeUFDfNZNZLQ+7StuC8/f+4i/DaCzjHJ4tDYd0x6R5efisLWRKkWoodI1Iit7gCL493gj1HZaIzRLaqYkbOk3PhOEkTcov2cnhb4h54OKm07qlg6PYH507WGmmTDDnhL9SwdfBXHA2ps9dCe52NzPMyebXoZYA9T5Yz67eQ8D+YCh9bLauA59dW0Iyx59yGJ0tmLwVKBgbUkynAknwk/hdNlF7r6wLqbR00NLKmAZl8crdVSqFUU/vAsPQLn3BkbtpzqjmisIq2BWEt/YWYZOHUvJoK81cRcsVpPuAOIQM/rTm9pprTq7RFtuVnCj+QnmWwEPZJcS/7pnnIXte3gQt76ovLuFxr7dq99anEA7gnTbSdADIzgZhJMM8hJcrcgvbI4xz0H1qKn3webTNl/jPgTsNjAPYcmRZcoU2wUIR+OPhZvfwhvreRX0dGUV6gqxWnx3u3dsWE9jcBIGlNfYnIkLXyqBdOL6f4yQoxaVjRg/ScEt3hU17TknuPIDOXE/iMgWnYpnTqKBolt/Vbx7qB1OiK7AmQvXY1bnhtkIfOoIwZ9X1Zi2vmV1Wz4G0a5Vxq5eNKpQgACA2HE0MS2HQ==
169 e90130af47ce8dd53a3109aed9d15876b3e7dee8 0 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
170 33ac6a72308a215e6086fbced347ec10aa963b0a 0 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
170 33ac6a72308a215e6086fbced347ec10aa963b0a 0 iQJEBAABCAAuFiEEK8zhT1xnJaouqK63ucncgkqlvdUFAlthwaIQHHJhZkBkdXJpbjQyLmNvbQAKCRC5ydyCSqW91atOD/0de4nA55WJpiQzAqTg4xWIRZB6y0pkQ8D4cKNQkNiwPQAdDEPf85RuYmoPusNxhM40qfJlmHOw8sbRaqqabhVBPEzL1DpKe4GBucagLZqoL3pycyMzhkhzMka2RJT6nekCchTKJTIs2gx4FOA/QwaFYNkXFfguAEvi01isVdMo0GFLQ7pf7wU8UO1PPdkYphH0xPUvsreQ3pR3+6WwMLovk4JYW4cSaM4YkLlqJQPSO2YAlyXAwiQRvu2A227ydVqHOgLeV5zMQPy2v2zTgl2AoMdWp8+g2lJrYwclkNR+LAk5OlGYamyZwlmsTO7OX3n7xJYtfjbqdoqEKhO1igMi3ZSjqwkaBxxkXxArrteD19bpUyInTjbwTRO3mSe5aNkEDGoOYWn8UOn5ZkeEo7NyhP4OTXqyxQs9rwjD79xZk+6fGB777vuZDUdLZYRQFOPEximpmCGJDrZWj5PeIALWkrRGWBl2eFJ5sl6/pFlUJDjDEstnrsfosp6NJ3VFiD9EunFWsTlV2qXaueh9+TfaSRmGHVuwFCDt7nATVEzTt8l74xsL3xUPS4u9EcNPuEhCRu1zLojCGjemEA29R9tJS8oWd6SwXKryzjo8SyN7yQVSM/yl212IOiOHTQF8vVZuJnailtcWc3D4NoOxntnnv8fnd1nr8M5QSjYQVzSkHw==
171 ede3bf31fe63677fdf5bd8db687977d4e3d792ed 0 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
171 ede3bf31fe63677fdf5bd8db687977d4e3d792ed 0 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
172 5405cb1a79010ac50c58cd84e6f50c4556bf2a4c 0 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
172 5405cb1a79010ac50c58cd84e6f50c4556bf2a4c 0 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
173 956ec6f1320df26f3133ec40f3de866ea0695fd7 0 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
173 956ec6f1320df26f3133ec40f3de866ea0695fd7 0 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
174 a91a2837150bdcb27ae76b3646e6c93cd6a15904 0 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
174 a91a2837150bdcb27ae76b3646e6c93cd6a15904 0 iQJEBAABCAAuFiEEK8zhT1xnJaouqK63ucncgkqlvdUFAlvclPMQHHJhZkBkdXJpbjQyLmNvbQAKCRC5ydyCSqW91fc0EADF/62jqCARFaQRRcKpobPNBZupwSbnQ7E296ZRwHdZvT8CVGfkWBUIStyh+r8bfmBzzea6d9/SUoRqCoV9rwCXuRbeCZZRMMkqx9IblV3foaIOxyQi0KE2lpzGJAHxPiNxD3czZV4B+P6X2wNmG9OLjmHyQ7o64GvPAJ+Ko/EsND1tkx4qB16mEuEHVxtfaG6hbjgpLekIA3+3xur3E8cWBsNO28HtQBK83r2qURwv6eG3TfkbmiE+Ie5TNC15LPVhAOHVSD7miZdI82uk2063puCKZxIJXsy7EMjHfChTM9c7B4+TdEBjms3y+Byz2EV7kRfjplGOnBbYvfY7qiteTn/22+rLrTTQNkndDN/Sqr1DjwsvxKDeIfsqgXzGQPupLOrGdGf4ILAtA0Reme7VKNN5Px6dNxnjKKwsnSrKTQ7ZcmD+W1LKlL63lBEQvEy+TLmmFLfM2xvvBxL5177AKZrj/8gMUzEi1K2MelDGrasA7OSjTlABoleDvZzVOf1nC0Bv83tFc8FeMHLwNOxkFSsjORvZuIH/G9BYUTAd96iLwQRBxXLOVNitxAOQT+s3hs7JEaUzTHlAY+lNeFAxUujb4H0V40Xgr20O1u7PJ53tzApIrg9JQPgvUXntmRs8fpNo6f3P6Sg8XtaCCHIUAB6qTHiose56llf6bzl66A==
175 1c8c54cf97256f4468da2eb4dbee24f7f3888e71 0 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
175 1c8c54cf97256f4468da2eb4dbee24f7f3888e71 0 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
176 197f092b2cd9691e2a55d198f717b231af9be6f9 0 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
176 197f092b2cd9691e2a55d198f717b231af9be6f9 0 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
177 593718ff5844cad7a27ee3eb5adad89ac8550949 0 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
177 593718ff5844cad7a27ee3eb5adad89ac8550949 0 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
178 83377b4b4ae0e9a6b8e579f7b0a693b8cf5c3b10 0 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
178 83377b4b4ae0e9a6b8e579f7b0a693b8cf5c3b10 0 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
179 4ea21df312ec7159c5b3633096b6ecf68750b0dd 0 iQJEBAABCAAuFiEEK8zhT1xnJaouqK63ucncgkqlvdUFAlyQ7VYQHHJhZkBkdXJpbjQyLmNvbQAKCRC5ydyCSqW91aziD/4uI/Nr+UJgOri1zfa6ObXuMVO2FeadAolKemMDE/c4ddPUN2AwysZyJaOHmqj5VR0nf4a9CpTBc8Ciq9tfaFSWN6XFIJ2s3GPHhsnyhsPbF56c2bpl2W/csxor9eDGpv9TrQOK0qgI4wGxSQVFW0uUgHtZ5Yd6JWupHuyDfWopJf3oonissKI9ykRLeZEQ3sPIP6vTWMM3pdavAmDii3qKVEaCEGWmXgnM/vfBJ/tA1U5LSXpxwkJB7Pi/6Xc6OnGHWmCpsA4L6TSRkoyho4a6tLUA1Qlqm6sMxJjXAer8dmDLpmXL7gF3JhZgkiX74i2zDZnM4i42E6EhO52l3uorF5gtsw85dY20MSoBOmn5bM7k40TCA+vriNZJgmDrTYgY3B00mNysioEuSpDkILPJIV4U9LTazsxR49h3/mH2D1Sdxu6YtCIPE8ggThmveW/dZQy6W1xLfS66pFmDvq8ND0WjDa/Fi9dmjMcQtzA9CZL8AMlSc2aLJs++KjCuN+t6tn/tLhLz1nHaSitqgsIoJmBWb00QjOilnAQq7H8gUpUqMdLyEeL2B9HfJobQx6A8Op2xohjI7qD5gLGAxh+QMmuUmf7wx1h2UuQvrNW5di7S3k3nxfhm87Gkth3j0M/aMy0P6irPOKcKns55r6eOzItC+ezQayXc4A10F+x6Ew==
179 4ea21df312ec7159c5b3633096b6ecf68750b0dd 0 iQJEBAABCAAuFiEEK8zhT1xnJaouqK63ucncgkqlvdUFAlyQ7VYQHHJhZkBkdXJpbjQyLmNvbQAKCRC5ydyCSqW91aziD/4uI/Nr+UJgOri1zfa6ObXuMVO2FeadAolKemMDE/c4ddPUN2AwysZyJaOHmqj5VR0nf4a9CpTBc8Ciq9tfaFSWN6XFIJ2s3GPHhsnyhsPbF56c2bpl2W/csxor9eDGpv9TrQOK0qgI4wGxSQVFW0uUgHtZ5Yd6JWupHuyDfWopJf3oonissKI9ykRLeZEQ3sPIP6vTWMM3pdavAmDii3qKVEaCEGWmXgnM/vfBJ/tA1U5LSXpxwkJB7Pi/6Xc6OnGHWmCpsA4L6TSRkoyho4a6tLUA1Qlqm6sMxJjXAer8dmDLpmXL7gF3JhZgkiX74i2zDZnM4i42E6EhO52l3uorF5gtsw85dY20MSoBOmn5bM7k40TCA+vriNZJgmDrTYgY3B00mNysioEuSpDkILPJIV4U9LTazsxR49h3/mH2D1Sdxu6YtCIPE8ggThmveW/dZQy6W1xLfS66pFmDvq8ND0WjDa/Fi9dmjMcQtzA9CZL8AMlSc2aLJs++KjCuN+t6tn/tLhLz1nHaSitqgsIoJmBWb00QjOilnAQq7H8gUpUqMdLyEeL2B9HfJobQx6A8Op2xohjI7qD5gLGAxh+QMmuUmf7wx1h2UuQvrNW5di7S3k3nxfhm87Gkth3j0M/aMy0P6irPOKcKns55r6eOzItC+ezQayXc4A10F+x6Ew==
180 4a8d9ed864754837a185a642170cde24392f9abf 0 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
180 4a8d9ed864754837a185a642170cde24392f9abf 0 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
181 07e479ef7c9639be0029f00e6a722b96dcc05fee 0 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
181 07e479ef7c9639be0029f00e6a722b96dcc05fee 0 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
182 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==
182 c3484ddbdb9621256d597ed86b90d229c59c2af9 0 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
183 97ada9b8d51bef24c5cb4cdca4243f0db694ab6e 0 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
183 97ada9b8d51bef24c5cb4cdca4243f0db694ab6e 0 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
184 e386b5f4f8360dbb43a576dd9b1368e386fefa5b 0 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
184 e386b5f4f8360dbb43a576dd9b1368e386fefa5b 0 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
185 e91930d712e8507d1bc1b2dffd96c83edc4cbed3 0 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
185 e91930d712e8507d1bc1b2dffd96c83edc4cbed3 0 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
186 a4e32fd539ab41489a51b2aa88bda9a73b839562 0 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
186 a4e32fd539ab41489a51b2aa88bda9a73b839562 0 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
187 181e52f2b62f4768aa0d988936c929dc7c4a41a0 0 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
187 181e52f2b62f4768aa0d988936c929dc7c4a41a0 0 iQJEBAABCAAuFiEEK8zhT1xnJaouqK63ucncgkqlvdUFAl2UzlMQHHJhZkBkdXJpbjQyLmNvbQAKCRC5ydyCSqW91SDzD/0YZqtN+LK5AusJjWaTa61DRIPhJQoZD+HKg4kAzjL8zw8SxBGLxMZkGmve9QFMNzqIr5kkPk6yEKrEWYqyPtpwrv5Xh5D4d8AKfphdzwSr+BvMk4fBEvwnBhrUJtKDEiuYQdbh4+OQfQs1c3xhtinjXn30160uzFvLQY6/h4hxai2XWj4trgoNXqPHDHlQKc6kRfPpmNO2UZhG+2Xfsava2JpcP4xA2R0XkI10be5MDoGU4AFCMUcXZzIto0DYT+HOezowoNpdC1EWVHfa+bdrlzHHO7WPaTLzEPy44/IhXmNhbwFKOk5RZ/qBADQvs9BDfmIDczOoZKTC5+ESZM0PR2np5t7+JFMUeeRcINqBdSc4Aszw3iHjgNbJJ3viU72JZvGGGd9MglP590tA0proVGxQgvXDq3mtq3Se5yOLAjmRnktW5Tnt8/Z3ycuZz+QsTEMXR5uIZvgz63ibfsCGTXFYUz9h7McGgmhfKWvQw9+MH6kRbE9U8qaUumgf4zi4HNzmf8AyaMJo07DIMwWVgjlVUdWUlN/Eg61fU3wC79mV8mLVsi5/TZ986obz4csoYSYXyyez5ScRji+znSw8vUx0YhoiOQbDms/y2QZR/toyon554tHkDZsya2lhpwXs8T0IFZhERXsmz/XmT3fWnhSzyrUe6VjBMep1zn6lvQ==
188 59338f9561099de77c684c00f76507f11e46ebe8 0 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
188 59338f9561099de77c684c00f76507f11e46ebe8 0 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
189 ca3dca416f8d5863ca6f5a4a6a6bb835dcd5feeb 0 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
189 ca3dca416f8d5863ca6f5a4a6a6bb835dcd5feeb 0 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
190 a50fecefa691c9b72a99e49aa6fe9dd13943c2bf 0 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
190 a50fecefa691c9b72a99e49aa6fe9dd13943c2bf 0 iQJEBAABCAAuFiEEK8zhT1xnJaouqK63ucncgkqlvdUFAl3pEYIQHHJhZkBkdXJpbjQyLmNvbQAKCRC5ydyCSqW91duiD/9fwJbyrXXdpoBCeW3pgiz/xKZRQq0N3UqC/5m3PGl2qPfDqTi1GA6J+O24Cpy/FXYLEKlrEG2jy/iBZnGgTpb2sgycHFlWCT7VbuS8SDE3FFloTE8ZOGy5eJRo1UXYu4vsvNtmarN1xJQPrVK4l/Co5XWXFx15H/oMXLaHzS0kzQ/rHsMr7UXM0QwtmLC0S9IMetg5EUQx9GtHHaRnh1PIyP5NxP9VQ9RK4hmT6F2g60bcsMfpgF0I/RgL3tcdUn1RNIZ2OXHBhKYL+xOUe+wadDPIyPDqLXNEqPH7xqi0MQm/jOG++AvUPM7AdVc9Y2eRFOIIBIY0nkU5LL4yVVdqoc8kgwz14xhJXGTpMDRD54F6WrQtxhbHcb+JF7QDe3i9wI1LvurW4IIA5e4DC1q9yKKxNx9cDUOMF5q9ehiW9V120LTXJnYOUwfB7D4bIhe2mpOw8yYABU3gZ0Q6iVBTH+9rZYZ9TETX6vkf/DnJXteo39OhKrZ1Z4Gj6MSAjPJLARnYGnRMgvsyHSbV0TsGA4tdEaBs3dZmUV7maxLbs70sO6r9WwUY37TcYYHGdRplD9AreDLcxvjXA73Iluoy9WBGxRWF8wftQjaE9XR4KkDFrAoqqYZwN2AwHiTjVD1lQx+xvxZeEQ3ZBDprH3Uy6TwqUo5jbvHgR2+HqaZlTg==
191 b4c82b70418022e67cc0e69b1aa3c3aa43aa1d29 0 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
191 b4c82b70418022e67cc0e69b1aa3c3aa43aa1d29 0 iQJEBAABCAAuFiEEK8zhT1xnJaouqK63ucncgkqlvdUFAl4TkWgQHHJhZkBkdXJpbjQyLmNvbQAKCRC5ydyCSqW91aV6D/4xzlluOwsBhLXWUi7bDp4HtYnyDhq4XuDORAMO5mCZ7I7J6uqGoViqH4AhXoo3yPp1cDiRzzl172xpec38uTL8C5zHhARKuAl5Pn1A8rYORvYzT9nsDh4MAtfTokhg81awRzhun9xtPUT2nETAOgampW0g7r241MSR1j0myAkC7zqO3yf+1rYo7kiv7fh+74MkrSn4HEmEaLsI5gW05tFR+ip6vpm6eikFinqeVJegDCuyTPMvH0D9ZeBNlyoOfdEd6DDYsWvWAmLSO9FGbb03R5aOFRp7RmQRFH/qcueeePa/9Z1zO+YyCeBy0wvWCkjfLMY99HhNhdNfy/qC/69V5RGQYvaapy6BEAi4eCH73hsxzCQpKopUl9VrpwhNasJ41KWc90RsPO91bkTdDddF7e2qjq762aNgm7ysEzIHMgSsMgsE9w8hz70RE7bk/gYn26ak3XP4nCOY0OJQ8mgaElN/FP1kxqqT7MM7WeMiNMFTD1gvWwEAu9Y47AwUedkTrykQsAFzc+CyaIaW+/Kuyv0j5E7v8zAcVTTX4xIyqR4yL2Nwe1rYE4MZgs0L9gQ3rcdyft6899gAiiq96MPR3gLJUPbBz2azH/e0CzNXvDJa39jIm2ez0qC7c88NhTKhFjHE9EW5GI3g8mhS5dJXCnUSq4spgtrJdfGenL3vLw==
192 84a0102c05c7852c8215ef6cf21d809927586b69 0 iQJEBAABCAAuFiEEK8zhT1xnJaouqK63ucncgkqlvdUFAl4nP/4QHHJhZkBkdXJpbjQyLmNvbQAKCRC5ydyCSqW91VaHD/93dVKKFMJtclNMIG2AK3yZjfQ3HaqIuK1CqOuZyVQmk5fbnLydbi5RjIQMkaYPSKjDz0OKlfzDYo6kQrZrZUzIxzPBOz8/NMRSHGAWqvzQMbQGjYILsqDQ+wbol9wk8IDoyFzIcB4gPED1U5kWVCBTEqRrYiGP4siiycXVO5334Q5zOrvcjze0ksufbKQhL6SEUovfLtpX+DW6Z841LmR53aquEH8iBGswHKRt4ukyvmXTQAgea4lWXZXj3DH6oZqe0yzg5ogF4vFaoIgZDpBh2LZKuh6gwJtvA9jsFj5HVOzYDcllkgpaOTV1g/xKPo1EkLpt0W0vd/4vnjSKNo0fmOTvZzI9vCCXLlRSUhoboY6AFHN7XtL9gYWI0rj81p/WrnnQQ7Iv2YHS1KCLr765HW6mjREwFMLD9RrLLDQ0DWIyNuGq8/yrqoruAhidEE9ifITnNh38wVISdiPxORj3onZkAn7VbOWQnlJtYkynlk2t3HnHWfduLGc2G0BkLvg4YfEDsZBA+ssr+TspkZ1dVAq8kf4JKNR01sfjBF6Fj1zRPkoexV40/pPiW55ikfOI9LRHxRiOUyndLviIBv1Mbm90PZ89lT4OTMejD8hhb4omlVxH3HFv4j7TozuPFOuouH7ARRwbPFl/0ldPlESoGvFiyOrqNzlql+JvyLUSbg==
192 84a0102c05c7852c8215ef6cf21d809927586b69 0 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
193 e4344e463c0c888a2f437b78b5982ecdf3f6650a 0 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
193 e4344e463c0c888a2f437b78b5982ecdf3f6650a 0 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
194 7f5410dfc8a64bb587d19637deb95d378fd1eb5c 0 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
194 7f5410dfc8a64bb587d19637deb95d378fd1eb5c 0 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
195 6d121acbb82e65fe4dd3c2318a1b61981b958492 0 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
195 6d121acbb82e65fe4dd3c2318a1b61981b958492 0 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
196 8fca7e8449a847e3cf1054f2c07b51237699fad3 0 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
196 8fca7e8449a847e3cf1054f2c07b51237699fad3 0 iQJEBAABCAAuFiEEK8zhT1xnJaouqK63ucncgkqlvdUFAl6GDVQQHHJhZkBkdXJpbjQyLmNvbQAKCRC5ydyCSqW91egzEACNEyQwLWCQEeNyxXKuTsnXhYU/au7nSGOti/9+zg/22SSceMsVcIyNr2ZnkMf3hnzBjL7Efsthif0QXyfB0LZDXwNuDmNlDtUV2veyVGSDE2UqiSbDBRu6MYTvtfYX87RmSWla3HHO09pwpcrhxyHs3mliQsXyB2+D+ovTOIjYukQLnh34jQnwiWEYLDXkHEHHTpdXqAnA7tVen3ardLyTWgky6DUwlfcnoVsAPXnDkqQ9aE2w7SoAsNtEAddmkjKoYYdBkV5aUInU/DyFVF7qnlCcvWm+EkN1708xZUQ1KzdAyeeoIrMkBgpSoyeNQ9pcU3T7B100UxLo/FP/A7y96b2kHnKJU6fVyD3OeHvP9SeucurC6jn2YoG3e1wSOQcbEuCsdGjqgAHnKt2SMPsEBu2qJJcUdco9tANN5BdntBo7bLc/zcpXZH3TkRfRSndWXPaXDJaQNvbH7aLIUTCP9oQaqTN+9BQ+Egt7YsB4C58JZmC87FAuekDULc4LWK2gDPFf7F/PvBnMh7+YylPl/8LLrEnz2Q/GM0S1HLhBrDf6vzxV5wVzCu9Q2N0PCkg6lDAJFVWLTEbxcRukKxbyK88Yzrb4GuUY4F5V21fN4vuxkOay7eoiXUcHMN2IN+DwhNWQSm5pUnpqGTfCYj/ZBbAykP2UnVOClL6O2JQA2A==
197 26ce8e7515036d3431a03aaeb7bc72dd96cb1112 0 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
197 26ce8e7515036d3431a03aaeb7bc72dd96cb1112 0 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
198 cf3e07d7648a4371ce584d15dd692e7a6845792f 0 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
198 cf3e07d7648a4371ce584d15dd692e7a6845792f 0 iQJJBAABCgAzFiEE64UTlbQiPuL3ugso2lR0C/CHMroFAl6sS5sVHDc4OTVwdWxraXRAZ21haWwuY29tAAoJENpUdAvwhzK6FQcP/1usy9WxajBppBZ54ep+qesxufLoux5qkRU7j4XZ0Id4/IcKQZeik0C/0mFMjc+dYhQDGpDiuXCADKMv5h2DCIoaWUC0GueVtVkPhhMW3zMg/BmepV7dhUuipfQ4fck8gYuaBOclunLX1MFd+CS/6BQ6XIrsKasnx9WrbO2JpieBXv+8I5mslChaZf2AxeIvUVb2BkKqsCD0rqbIjTjtfHWJpaH6spFa7XX/BZWeEYz2Nc6LVJNZY0AmvJh8ebpoGOx85dokRIEAzTmBh04SbkChi+350ki6MvG3Ax+3yrUZVc1PJtBDreL7dMs7Y3ENafSMhKnBrRaPVMyUHEm2Ygn4cmJ1YiGw4OWha1n7dtRW/uI96lXKDt8iLAQ4WBRojPhYNl4L3b6/6voCgpZUOpd7PgTRc3/00siCmYIOQzAO0HkDsALoNpk8LcCxpPFYTr8dF3bSsAT9fuaLNV6tI2ofbRLXh0gFXYdaWu10eVRrSMUMiH7n3H6EpzLa4sNdyFrK0vU4aSTlBERcjj2rj86dY0XQQL181V7Yhg8m8nyj+BzraRh7et2UXNsVosOnbTa1XX0qFVu+qAVp2BeqC4k31jm0MJk+1pDzkuAPs07z3ITwkDmTHjzxm5qoZyZ1/n37BB6miD+8xJYNH7vBX/yrDW790HbloasQOcXcerNR
199 065704cbdbdbb05dcd6bb814eb9bbdd982211b28 0 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
199 065704cbdbdbb05dcd6bb814eb9bbdd982211b28 0 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
200 0ea9c86fac8974cd74dc12ea681c8986eb6da6c4 0 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
200 0ea9c86fac8974cd74dc12ea681c8986eb6da6c4 0 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
201 28163c5de797e5416f9b588940f4608269b4d50a 0 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
201 28163c5de797e5416f9b588940f4608269b4d50a 0 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
202 7fc3c5fbc65f6fe85d70ea63923b8767dda4f2e0 0 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
202 7fc3c5fbc65f6fe85d70ea63923b8767dda4f2e0 0 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
203 f62bb5d07848ca598aa860a517394130b61bf2ee 0 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
203 f62bb5d07848ca598aa860a517394130b61bf2ee 0 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
204 07731064ac41dacdf0ec869ebd05c2e848c14fbf 0 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
204 07731064ac41dacdf0ec869ebd05c2e848c14fbf 0 iQJJBAABCgAzFiEE64UTlbQiPuL3ugso2lR0C/CHMroFAl93L8cVHDc4OTVwdWxraXRAZ21haWwuY29tAAoJENpUdAvwhzK6xZIP/R34y1j74tumvkIQhijDuMEar3mEOcA0Bjy2iLMjEJtIwQ7OqRbQRY4bn5c88+uQtP2W2KH7OY8tusy+zplkclP2YZUMfUfeClz0G9Ud+94+hs41TX60Htm2dM3UbDo6aCO/j8Ado0U8W7m6LDd1UR/4UfcM5q2YZAq4n6a4twJuDqlv6xx9nFRK8AbeKihIGzv+J46YrqWi9unmLc0kTb6qWT/7H2FeMeBNN+XfGZ+ry/zEyTdhyURTaWEvt6h4EnroPFRmb779aK7dFNDZvc30bh5CnBfGflvvl5sQLDOU7Dqjmhie+PdVK0XNr1PGxNbI2Y9RSKyKXKHRI4jgxHfsB1957cVD++rzSBs4nAockPlAqupK8wL/RWZ0ilB+un1zPizk67cwApnQcWIRro+6D4OuqhA98DAHLu9R7vsjArxCcmgHXdjMiOpLs2K5dqYG15bgeJ+csVDzgFs8vtiaXWYbDdHrhMMAx0V+tLb9Yh6CashwPmi8+7mroJgqtZTLPg4cRwj0TiuHXzLUQrAzjf2o48KiUCEx6pz7PdQtaePO/l2qJCBWuXhY7pSNLy3kHv1gFN+hqKHLdJVNMoF0aR0O4u87ry7SD1dvz90BshH9kHy8FR3q77ITNVNFghWzNp4faTdqiNMMtx4fw+j28G5yQS3hmCkApmti9zJi
205 0e06a7ab9e0d5c65af4e511aee1e0342998799df 0 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
205 0e06a7ab9e0d5c65af4e511aee1e0342998799df 0 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
206 18c17d63fdabd009e70bf994e5efb7db422f4f7f 0 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
206 18c17d63fdabd009e70bf994e5efb7db422f4f7f 0 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
207 1d5189a57405ceca5aa244052c9f948977f4699b 0 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
Show file before | Show file after | Hide comments
@@ -1,219 +1,220 b''
1 d40cc5aacc31ed673d9b5b24f98bee78c283062c 0.4f
1 d40cc5aacc31ed673d9b5b24f98bee78c283062c 0.4f
2 1c590d34bf61e2ea12c71738e5a746cd74586157 0.4e
2 1c590d34bf61e2ea12c71738e5a746cd74586157 0.4e
3 7eca4cfa8aad5fce9a04f7d8acadcd0452e2f34e 0.4d
3 7eca4cfa8aad5fce9a04f7d8acadcd0452e2f34e 0.4d
4 b4d0c3786ad3e47beacf8412157326a32b6d25a4 0.4c
4 b4d0c3786ad3e47beacf8412157326a32b6d25a4 0.4c
5 f40273b0ad7b3a6d3012fd37736d0611f41ecf54 0.5
5 f40273b0ad7b3a6d3012fd37736d0611f41ecf54 0.5
6 0a28dfe59f8fab54a5118c5be4f40da34a53cdb7 0.5b
6 0a28dfe59f8fab54a5118c5be4f40da34a53cdb7 0.5b
7 12e0fdbc57a0be78f0e817fd1d170a3615cd35da 0.6
7 12e0fdbc57a0be78f0e817fd1d170a3615cd35da 0.6
8 4ccf3de52989b14c3d84e1097f59e39a992e00bd 0.6b
8 4ccf3de52989b14c3d84e1097f59e39a992e00bd 0.6b
9 eac9c8efcd9bd8244e72fb6821f769f450457a32 0.6c
9 eac9c8efcd9bd8244e72fb6821f769f450457a32 0.6c
10 979c049974485125e1f9357f6bbe9c1b548a64c3 0.7
10 979c049974485125e1f9357f6bbe9c1b548a64c3 0.7
11 3a56574f329a368d645853e0f9e09472aee62349 0.8
11 3a56574f329a368d645853e0f9e09472aee62349 0.8
12 6a03cff2b0f5d30281e6addefe96b993582f2eac 0.8.1
12 6a03cff2b0f5d30281e6addefe96b993582f2eac 0.8.1
13 35fb62a3a673d5322f6274a44ba6456e5e4b3b37 0.9
13 35fb62a3a673d5322f6274a44ba6456e5e4b3b37 0.9
14 2be3001847cb18a23c403439d9e7d0ace30804e9 0.9.1
14 2be3001847cb18a23c403439d9e7d0ace30804e9 0.9.1
15 36a957364b1b89c150f2d0e60a99befe0ee08bd3 0.9.2
15 36a957364b1b89c150f2d0e60a99befe0ee08bd3 0.9.2
16 27230c29bfec36d5540fbe1c976810aefecfd1d2 0.9.3
16 27230c29bfec36d5540fbe1c976810aefecfd1d2 0.9.3
17 fb4b6d5fe100b0886f8bc3d6731ec0e5ed5c4694 0.9.4
17 fb4b6d5fe100b0886f8bc3d6731ec0e5ed5c4694 0.9.4
18 23889160905a1b09fffe1c07378e9fc1827606eb 0.9.5
18 23889160905a1b09fffe1c07378e9fc1827606eb 0.9.5
19 bae2e9c838e90a393bae3973a7850280413e091a 1.0
19 bae2e9c838e90a393bae3973a7850280413e091a 1.0
20 d5cbbe2c49cee22a9fbeb9ea41daa0ac4e26b846 1.0.1
20 d5cbbe2c49cee22a9fbeb9ea41daa0ac4e26b846 1.0.1
21 d2375bbee6d47e62ba8e415c86e83a465dc4dce9 1.0.2
21 d2375bbee6d47e62ba8e415c86e83a465dc4dce9 1.0.2
22 2a67430f92f15ea5159c26b09ec4839a0c549a26 1.1
22 2a67430f92f15ea5159c26b09ec4839a0c549a26 1.1
23 3773e510d433969e277b1863c317b674cbee2065 1.1.1
23 3773e510d433969e277b1863c317b674cbee2065 1.1.1
24 11a4eb81fb4f4742451591489e2797dc47903277 1.1.2
24 11a4eb81fb4f4742451591489e2797dc47903277 1.1.2
25 11efa41037e280d08cfb07c09ad485df30fb0ea8 1.2
25 11efa41037e280d08cfb07c09ad485df30fb0ea8 1.2
26 02981000012e3adf40c4849bd7b3d5618f9ce82d 1.2.1
26 02981000012e3adf40c4849bd7b3d5618f9ce82d 1.2.1
27 196d40e7c885fa6e95f89134809b3ec7bdbca34b 1.3
27 196d40e7c885fa6e95f89134809b3ec7bdbca34b 1.3
28 3ef6c14a1e8e83a31226f5881b7fe6095bbfa6f6 1.3.1
28 3ef6c14a1e8e83a31226f5881b7fe6095bbfa6f6 1.3.1
29 31ec469f9b556f11819937cf68ee53f2be927ebf 1.4
29 31ec469f9b556f11819937cf68ee53f2be927ebf 1.4
30 439d7ea6fe3aa4ab9ec274a68846779153789de9 1.4.1
30 439d7ea6fe3aa4ab9ec274a68846779153789de9 1.4.1
31 296a0b14a68621f6990c54fdba0083f6f20935bf 1.4.2
31 296a0b14a68621f6990c54fdba0083f6f20935bf 1.4.2
32 4aa619c4c2c09907034d9824ebb1dd0e878206eb 1.4.3
32 4aa619c4c2c09907034d9824ebb1dd0e878206eb 1.4.3
33 ff2704a8ded37fbebd8b6eb5ec733731d725da8a 1.5
33 ff2704a8ded37fbebd8b6eb5ec733731d725da8a 1.5
34 2b01dab594167bc0dd33331dbaa6dca3dca1b3aa 1.5.1
34 2b01dab594167bc0dd33331dbaa6dca3dca1b3aa 1.5.1
35 39f725929f0c48c5fb3b90c071fc3066012456ca 1.5.2
35 39f725929f0c48c5fb3b90c071fc3066012456ca 1.5.2
36 fdcf80f26604f233dc4d8f0a5ef9d7470e317e8a 1.5.3
36 fdcf80f26604f233dc4d8f0a5ef9d7470e317e8a 1.5.3
37 24fe2629c6fd0c74c90bd066e77387c2b02e8437 1.5.4
37 24fe2629c6fd0c74c90bd066e77387c2b02e8437 1.5.4
38 f786fc4b8764cd2a5526d259cf2f94d8a66924d9 1.6
38 f786fc4b8764cd2a5526d259cf2f94d8a66924d9 1.6
39 bf1774d95bde614af3956d92b20e2a0c68c5fec7 1.6.1
39 bf1774d95bde614af3956d92b20e2a0c68c5fec7 1.6.1
40 c00f03a4982e467fb6b6bd45908767db6df4771d 1.6.2
40 c00f03a4982e467fb6b6bd45908767db6df4771d 1.6.2
41 ff5cec76b1c5b6be9c3bb923aae8c3c6d079d6b9 1.6.3
41 ff5cec76b1c5b6be9c3bb923aae8c3c6d079d6b9 1.6.3
42 93d8bff78c96fe7e33237b257558ee97290048a4 1.6.4
42 93d8bff78c96fe7e33237b257558ee97290048a4 1.6.4
43 333421b9e0f96c7bc788e5667c146a58a9440a55 1.7
43 333421b9e0f96c7bc788e5667c146a58a9440a55 1.7
44 4438875ec01bd0fc32be92b0872eb6daeed4d44f 1.7.1
44 4438875ec01bd0fc32be92b0872eb6daeed4d44f 1.7.1
45 6aff4f144ad356311318b0011df0bb21f2c97429 1.7.2
45 6aff4f144ad356311318b0011df0bb21f2c97429 1.7.2
46 e3bf16703e2601de99e563cdb3a5d50b64e6d320 1.7.3
46 e3bf16703e2601de99e563cdb3a5d50b64e6d320 1.7.3
47 a6c855c32ea081da3c3b8ff628f1847ff271482f 1.7.4
47 a6c855c32ea081da3c3b8ff628f1847ff271482f 1.7.4
48 2b2155623ee2559caf288fd333f30475966c4525 1.7.5
48 2b2155623ee2559caf288fd333f30475966c4525 1.7.5
49 2616325766e3504c8ae7c84bd15ee610901fe91d 1.8
49 2616325766e3504c8ae7c84bd15ee610901fe91d 1.8
50 aa1f3be38ab127280761889d2dca906ca465b5f4 1.8.1
50 aa1f3be38ab127280761889d2dca906ca465b5f4 1.8.1
51 b032bec2c0a651ca0ddecb65714bfe6770f67d70 1.8.2
51 b032bec2c0a651ca0ddecb65714bfe6770f67d70 1.8.2
52 3cb1e95676ad089596bd81d0937cad37d6e3b7fb 1.8.3
52 3cb1e95676ad089596bd81d0937cad37d6e3b7fb 1.8.3
53 733af5d9f6b22387913e1d11350fb8cb7c1487dd 1.8.4
53 733af5d9f6b22387913e1d11350fb8cb7c1487dd 1.8.4
54 de9eb6b1da4fc522b1cab16d86ca166204c24f25 1.9
54 de9eb6b1da4fc522b1cab16d86ca166204c24f25 1.9
55 4a43e23b8c55b4566b8200bf69fe2158485a2634 1.9.1
55 4a43e23b8c55b4566b8200bf69fe2158485a2634 1.9.1
56 d629f1e89021103f1753addcef6b310e4435b184 1.9.2
56 d629f1e89021103f1753addcef6b310e4435b184 1.9.2
57 351a9292e430e35766c552066ed3e87c557b803b 1.9.3
57 351a9292e430e35766c552066ed3e87c557b803b 1.9.3
58 384082750f2c51dc917d85a7145748330fa6ef4d 2.0-rc
58 384082750f2c51dc917d85a7145748330fa6ef4d 2.0-rc
59 41453d55b481ddfcc1dacb445179649e24ca861d 2.0
59 41453d55b481ddfcc1dacb445179649e24ca861d 2.0
60 195dbd1cef0c2f9f8bcf4ea303238105f716bda3 2.0.1
60 195dbd1cef0c2f9f8bcf4ea303238105f716bda3 2.0.1
61 6344043924497cd06d781d9014c66802285072e4 2.0.2
61 6344043924497cd06d781d9014c66802285072e4 2.0.2
62 db33555eafeaf9df1e18950e29439eaa706d399b 2.1-rc
62 db33555eafeaf9df1e18950e29439eaa706d399b 2.1-rc
63 2aa5b51f310fb3befd26bed99c02267f5c12c734 2.1
63 2aa5b51f310fb3befd26bed99c02267f5c12c734 2.1
64 53e2cd303ecf8ca7c7eeebd785c34e5ed6b0f4a4 2.1.1
64 53e2cd303ecf8ca7c7eeebd785c34e5ed6b0f4a4 2.1.1
65 b9bd95e61b49c221c4cca24e6da7c946fc02f992 2.1.2
65 b9bd95e61b49c221c4cca24e6da7c946fc02f992 2.1.2
66 d9e2f09d5488c395ae9ddbb320ceacd24757e055 2.2-rc
66 d9e2f09d5488c395ae9ddbb320ceacd24757e055 2.2-rc
67 00182b3d087909e3c3ae44761efecdde8f319ef3 2.2
67 00182b3d087909e3c3ae44761efecdde8f319ef3 2.2
68 5983de86462c5a9f42a3ad0f5e90ce5b1d221d25 2.2.1
68 5983de86462c5a9f42a3ad0f5e90ce5b1d221d25 2.2.1
69 85a358df5bbbe404ca25730c9c459b34263441dc 2.2.2
69 85a358df5bbbe404ca25730c9c459b34263441dc 2.2.2
70 b013baa3898e117959984fc64c29d8c784d2f28b 2.2.3
70 b013baa3898e117959984fc64c29d8c784d2f28b 2.2.3
71 a06e2681dd1786e2354d84a5fa9c1c88dd4fa3e0 2.3-rc
71 a06e2681dd1786e2354d84a5fa9c1c88dd4fa3e0 2.3-rc
72 7f5094bb3f423fc799e471aac2aee81a7ce57a0b 2.3
72 7f5094bb3f423fc799e471aac2aee81a7ce57a0b 2.3
73 072209ae4ddb654eb2d5fd35bff358c738414432 2.3.1
73 072209ae4ddb654eb2d5fd35bff358c738414432 2.3.1
74 b3f0f9a39c4e1d0250048cd803ab03542d6f140a 2.3.2
74 b3f0f9a39c4e1d0250048cd803ab03542d6f140a 2.3.2
75 d118a4f4fd16d9b558ec3f3e87bfee772861d2b7 2.4-rc
75 d118a4f4fd16d9b558ec3f3e87bfee772861d2b7 2.4-rc
76 195ad823b5d58c68903a6153a25e3fb4ed25239d 2.4
76 195ad823b5d58c68903a6153a25e3fb4ed25239d 2.4
77 0c10cf8191469e7c3c8844922e17e71a176cb7cb 2.4.1
77 0c10cf8191469e7c3c8844922e17e71a176cb7cb 2.4.1
78 a4765077b65e6ae29ba42bab7834717b5072d5ba 2.4.2
78 a4765077b65e6ae29ba42bab7834717b5072d5ba 2.4.2
79 f5fbe15ca7449f2c9a3cf817c86d0ae68b307214 2.5-rc
79 f5fbe15ca7449f2c9a3cf817c86d0ae68b307214 2.5-rc
80 a6088c05e43a8aee0472ca3a4f6f8d7dd914ebbf 2.5
80 a6088c05e43a8aee0472ca3a4f6f8d7dd914ebbf 2.5
81 7511d4df752e61fe7ae4f3682e0a0008573b0402 2.5.1
81 7511d4df752e61fe7ae4f3682e0a0008573b0402 2.5.1
82 5b7175377babacce80a6c1e12366d8032a6d4340 2.5.2
82 5b7175377babacce80a6c1e12366d8032a6d4340 2.5.2
83 50c922c1b5145dab8baefefb0437d363b6a6c21c 2.5.3
83 50c922c1b5145dab8baefefb0437d363b6a6c21c 2.5.3
84 8a7bd2dccd44ed571afe7424cd7f95594f27c092 2.5.4
84 8a7bd2dccd44ed571afe7424cd7f95594f27c092 2.5.4
85 292cd385856d98bacb2c3086f8897bc660c2beea 2.6-rc
85 292cd385856d98bacb2c3086f8897bc660c2beea 2.6-rc
86 23f785b38af38d2fca6b8f3db56b8007a84cd73a 2.6
86 23f785b38af38d2fca6b8f3db56b8007a84cd73a 2.6
87 ddc7a6be20212d18f3e27d9d7e6f079a66d96f21 2.6.1
87 ddc7a6be20212d18f3e27d9d7e6f079a66d96f21 2.6.1
88 cceaf7af4c9e9e6fa2dbfdcfe9856c5da69c4ffd 2.6.2
88 cceaf7af4c9e9e6fa2dbfdcfe9856c5da69c4ffd 2.6.2
89 009794acc6e37a650f0fae37872e733382ac1c0c 2.6.3
89 009794acc6e37a650f0fae37872e733382ac1c0c 2.6.3
90 f0d7721d7322dcfb5af33599c2543f27335334bb 2.7-rc
90 f0d7721d7322dcfb5af33599c2543f27335334bb 2.7-rc
91 f37b5a17e6a0ee17afde2cdde5393dd74715fb58 2.7
91 f37b5a17e6a0ee17afde2cdde5393dd74715fb58 2.7
92 335a558f81dc73afeab4d7be63617392b130117f 2.7.1
92 335a558f81dc73afeab4d7be63617392b130117f 2.7.1
93 e7fa36d2ad3a7944a52dca126458d6f482db3524 2.7.2
93 e7fa36d2ad3a7944a52dca126458d6f482db3524 2.7.2
94 1596f2d8f2421314b1ddead8f7d0c91009358994 2.8-rc
94 1596f2d8f2421314b1ddead8f7d0c91009358994 2.8-rc
95 d825e4025e39d1c39db943cdc89818abd0a87c27 2.8
95 d825e4025e39d1c39db943cdc89818abd0a87c27 2.8
96 209e04a06467e2969c0cc6501335be0406d46ef0 2.8.1
96 209e04a06467e2969c0cc6501335be0406d46ef0 2.8.1
97 ca387377df7a3a67dbb90b6336b781cdadc3ef41 2.8.2
97 ca387377df7a3a67dbb90b6336b781cdadc3ef41 2.8.2
98 8862469e16f9236208581b20de5f96bd13cc039d 2.9-rc
98 8862469e16f9236208581b20de5f96bd13cc039d 2.9-rc
99 3cec5134e9c4bceab6a00c60f52a4f80677a78f2 2.9
99 3cec5134e9c4bceab6a00c60f52a4f80677a78f2 2.9
100 b96cb15ec9e04d8ac5ee08b34fcbbe4200588965 2.9.1
100 b96cb15ec9e04d8ac5ee08b34fcbbe4200588965 2.9.1
101 3f83fc5cfe715d292069ee8417c83804f6c6c1e4 2.9.2
101 3f83fc5cfe715d292069ee8417c83804f6c6c1e4 2.9.2
102 564f55b251224f16508dd1311452db7780dafe2b 3.0-rc
102 564f55b251224f16508dd1311452db7780dafe2b 3.0-rc
103 2195ac506c6ababe86985b932f4948837c0891b5 3.0
103 2195ac506c6ababe86985b932f4948837c0891b5 3.0
104 269c80ee5b3cb3684fa8edc61501b3506d02eb10 3.0.1
104 269c80ee5b3cb3684fa8edc61501b3506d02eb10 3.0.1
105 2d8cd3d0e83c7336c0cb45a9f88638363f993848 3.0.2
105 2d8cd3d0e83c7336c0cb45a9f88638363f993848 3.0.2
106 6c36dc6cd61a0e1b563f1d51e55bdf4dacf12162 3.1-rc
106 6c36dc6cd61a0e1b563f1d51e55bdf4dacf12162 3.1-rc
107 3178e49892020336491cdc6945885c4de26ffa8b 3.1
107 3178e49892020336491cdc6945885c4de26ffa8b 3.1
108 5dc91146f35369949ea56b40172308158b59063a 3.1.1
108 5dc91146f35369949ea56b40172308158b59063a 3.1.1
109 f768c888aaa68d12dd7f509dcc7f01c9584357d0 3.1.2
109 f768c888aaa68d12dd7f509dcc7f01c9584357d0 3.1.2
110 7f8d16af8cae246fa5a48e723d48d58b015aed94 3.2-rc
110 7f8d16af8cae246fa5a48e723d48d58b015aed94 3.2-rc
111 ced632394371a36953ce4d394f86278ae51a2aae 3.2
111 ced632394371a36953ce4d394f86278ae51a2aae 3.2
112 643c58303fb0ec020907af28b9e486be299ba043 3.2.1
112 643c58303fb0ec020907af28b9e486be299ba043 3.2.1
113 902554884335e5ca3661d63be9978eb4aec3f68a 3.2.2
113 902554884335e5ca3661d63be9978eb4aec3f68a 3.2.2
114 6dad422ecc5adb63d9fa649eeb8e05a5f9bc4900 3.2.3
114 6dad422ecc5adb63d9fa649eeb8e05a5f9bc4900 3.2.3
115 1265a3a71d75396f5d4cf6935ae7d9ba5407a547 3.2.4
115 1265a3a71d75396f5d4cf6935ae7d9ba5407a547 3.2.4
116 db8e3f7948b1fdeb9ad12d448fc3525759908b9f 3.3-rc
116 db8e3f7948b1fdeb9ad12d448fc3525759908b9f 3.3-rc
117 fbdd5195528fae4f41feebc1838215c110b25d6a 3.3
117 fbdd5195528fae4f41feebc1838215c110b25d6a 3.3
118 5b4ed033390bf6e2879c8f5c28c84e1ee3b87231 3.3.1
118 5b4ed033390bf6e2879c8f5c28c84e1ee3b87231 3.3.1
119 07a92bbd02e5e3a625e0820389b47786b02b2cea 3.3.2
119 07a92bbd02e5e3a625e0820389b47786b02b2cea 3.3.2
120 2e2e9a0750f91a6fe0ad88e4de34f8efefdcab08 3.3.3
120 2e2e9a0750f91a6fe0ad88e4de34f8efefdcab08 3.3.3
121 e89f909edffad558b56f4affa8239e4832f88de0 3.4-rc
121 e89f909edffad558b56f4affa8239e4832f88de0 3.4-rc
122 8cc6036bca532e06681c5a8fa37efaa812de67b5 3.4
122 8cc6036bca532e06681c5a8fa37efaa812de67b5 3.4
123 ed18f4acf435a2824c6f49fba40f42b9df5da7ad 3.4.1
123 ed18f4acf435a2824c6f49fba40f42b9df5da7ad 3.4.1
124 540cd0ddac49c1125b2e013aa2ff18ecbd4dd954 3.4.2
124 540cd0ddac49c1125b2e013aa2ff18ecbd4dd954 3.4.2
125 96a38d44ba093bd1d1ecfd34119e94056030278b 3.5-rc
125 96a38d44ba093bd1d1ecfd34119e94056030278b 3.5-rc
126 21aa1c313b05b1a85f8ffa1120d51579ddf6bf24 3.5
126 21aa1c313b05b1a85f8ffa1120d51579ddf6bf24 3.5
127 1a45e49a6bed023deb229102a8903234d18054d3 3.5.1
127 1a45e49a6bed023deb229102a8903234d18054d3 3.5.1
128 9a466b9f9792e3ad7ae3fc6c43c3ff2e136b718d 3.5.2
128 9a466b9f9792e3ad7ae3fc6c43c3ff2e136b718d 3.5.2
129 b66e3ca0b90c3095ea28dfd39aa24247bebf5c20 3.6-rc
129 b66e3ca0b90c3095ea28dfd39aa24247bebf5c20 3.6-rc
130 47dd34f2e7272be9e3b2a5a83cd0d20be44293f4 3.6
130 47dd34f2e7272be9e3b2a5a83cd0d20be44293f4 3.6
131 1aa5083cbebbe7575c88f3402ab377539b484897 3.6.1
131 1aa5083cbebbe7575c88f3402ab377539b484897 3.6.1
132 2d437a0f3355834a9485bbbeb30a52a052c98f19 3.6.2
132 2d437a0f3355834a9485bbbeb30a52a052c98f19 3.6.2
133 ea389970c08449440587712117f178d33bab3f1e 3.6.3
133 ea389970c08449440587712117f178d33bab3f1e 3.6.3
134 158bdc8965720ca4061f8f8d806563cfc7cdb62e 3.7-rc
134 158bdc8965720ca4061f8f8d806563cfc7cdb62e 3.7-rc
135 2408645de650d8a29a6ce9e7dce601d8dd0d1474 3.7
135 2408645de650d8a29a6ce9e7dce601d8dd0d1474 3.7
136 b698abf971e7377d9b7ec7fc8c52df45255b0329 3.7.1
136 b698abf971e7377d9b7ec7fc8c52df45255b0329 3.7.1
137 d493d64757eb45ada99fcb3693e479a51b7782da 3.7.2
137 d493d64757eb45ada99fcb3693e479a51b7782da 3.7.2
138 ae279d4a19e9683214cbd1fe8298cf0b50571432 3.7.3
138 ae279d4a19e9683214cbd1fe8298cf0b50571432 3.7.3
139 740156eedf2c450aee58b1a90b0e826f47c5da64 3.8-rc
139 740156eedf2c450aee58b1a90b0e826f47c5da64 3.8-rc
140 f85de28eae32e7d3064b1a1321309071bbaaa069 3.8
140 f85de28eae32e7d3064b1a1321309071bbaaa069 3.8
141 a56296f55a5e1038ea5016dace2076b693c28a56 3.8.1
141 a56296f55a5e1038ea5016dace2076b693c28a56 3.8.1
142 aaabed77791a75968a12b8c43ad263631a23ee81 3.8.2
142 aaabed77791a75968a12b8c43ad263631a23ee81 3.8.2
143 a9764ab80e11bcf6a37255db7dd079011f767c6c 3.8.3
143 a9764ab80e11bcf6a37255db7dd079011f767c6c 3.8.3
144 26a5d605b8683a292bb89aea11f37a81b06ac016 3.8.4
144 26a5d605b8683a292bb89aea11f37a81b06ac016 3.8.4
145 519bb4f9d3a47a6e83c2b414d58811ed38f503c2 3.9-rc
145 519bb4f9d3a47a6e83c2b414d58811ed38f503c2 3.9-rc
146 299546f84e68dbb9bd026f0f3a974ce4bdb93686 3.9
146 299546f84e68dbb9bd026f0f3a974ce4bdb93686 3.9
147 ccd436f7db6d5d7b9af89715179b911d031d44f1 3.9.1
147 ccd436f7db6d5d7b9af89715179b911d031d44f1 3.9.1
148 149433e68974eb5c63ccb03f794d8b57339a80c4 3.9.2
148 149433e68974eb5c63ccb03f794d8b57339a80c4 3.9.2
149 438173c415874f6ac653efc1099dec9c9150e90f 4.0-rc
149 438173c415874f6ac653efc1099dec9c9150e90f 4.0-rc
150 eab27446995210c334c3d06f1a659e3b9b5da769 4.0
150 eab27446995210c334c3d06f1a659e3b9b5da769 4.0
151 b3b1ae98f6a0e14c1e1ba806a6c18e193b6dae5c 4.0.1
151 b3b1ae98f6a0e14c1e1ba806a6c18e193b6dae5c 4.0.1
152 e69874dc1f4e142746ff3df91e678a09c6fc208c 4.0.2
152 e69874dc1f4e142746ff3df91e678a09c6fc208c 4.0.2
153 a1dd2c0c479e0550040542e392e87bc91262517e 4.1-rc
153 a1dd2c0c479e0550040542e392e87bc91262517e 4.1-rc
154 e1526da1e6d84e03146151c9b6e6950fe9a83d7d 4.1
154 e1526da1e6d84e03146151c9b6e6950fe9a83d7d 4.1
155 25703b624d27e3917d978af56d6ad59331e0464a 4.1.1
155 25703b624d27e3917d978af56d6ad59331e0464a 4.1.1
156 ed5b25874d998ababb181a939dd37a16ea644435 4.1.2
156 ed5b25874d998ababb181a939dd37a16ea644435 4.1.2
157 77eaf9539499a1b8be259ffe7ada787d07857f80 4.1.3
157 77eaf9539499a1b8be259ffe7ada787d07857f80 4.1.3
158 616e788321cc4ae9975b7f0c54c849f36d82182b 4.2-rc
158 616e788321cc4ae9975b7f0c54c849f36d82182b 4.2-rc
159 bb96d4a497432722623ae60d9bc734a1e360179e 4.2
159 bb96d4a497432722623ae60d9bc734a1e360179e 4.2
160 c850f0ed54c1d42f9aa079ad528f8127e5775217 4.2.1
160 c850f0ed54c1d42f9aa079ad528f8127e5775217 4.2.1
161 26c49ed51a698ec016d2b4c6b44ca3c3f73cc788 4.2.2
161 26c49ed51a698ec016d2b4c6b44ca3c3f73cc788 4.2.2
162 857876ebaed4e315f63157bd157d6ce553c7ab73 4.3-rc
162 857876ebaed4e315f63157bd157d6ce553c7ab73 4.3-rc
163 5544af8622863796a0027566f6b646e10d522c4c 4.3
163 5544af8622863796a0027566f6b646e10d522c4c 4.3
164 943c91326b23954e6e1c6960d0239511f9530258 4.2.3
164 943c91326b23954e6e1c6960d0239511f9530258 4.2.3
165 3fee7f7d2da04226914c2258cc2884dc27384fd7 4.3.1
165 3fee7f7d2da04226914c2258cc2884dc27384fd7 4.3.1
166 920977f72c7b70acfdaf56ab35360584d7845827 4.3.2
166 920977f72c7b70acfdaf56ab35360584d7845827 4.3.2
167 2f427b57bf9019c6dc3750baa539dc22c1be50f6 4.3.3
167 2f427b57bf9019c6dc3750baa539dc22c1be50f6 4.3.3
168 1e2454b60e5936f5e77498cab2648db469504487 4.4-rc
168 1e2454b60e5936f5e77498cab2648db469504487 4.4-rc
169 0ccb43d4cf01d013ae05917ec4f305509f851b2d 4.4
169 0ccb43d4cf01d013ae05917ec4f305509f851b2d 4.4
170 cabc840ffdee8a72f3689fb77dd74d04fdc2bc04 4.4.1
170 cabc840ffdee8a72f3689fb77dd74d04fdc2bc04 4.4.1
171 a92b9f8e11ba330614cdfd6af0e03b15c1ff3797 4.4.2
171 a92b9f8e11ba330614cdfd6af0e03b15c1ff3797 4.4.2
172 27b6df1b5adbdf647cf5c6675b40575e1b197c60 4.5-rc
172 27b6df1b5adbdf647cf5c6675b40575e1b197c60 4.5-rc
173 d334afc585e29577f271c5eda03378736a16ca6b 4.5
173 d334afc585e29577f271c5eda03378736a16ca6b 4.5
174 369aadf7a3264b03c8b09efce715bc41e6ab4a9b 4.5.1
174 369aadf7a3264b03c8b09efce715bc41e6ab4a9b 4.5.1
175 8bba684efde7f45add05f737952093bb2aa07155 4.5.2
175 8bba684efde7f45add05f737952093bb2aa07155 4.5.2
176 7de7bd407251af2bc98e5b809c8598ee95830daf 4.5.3
176 7de7bd407251af2bc98e5b809c8598ee95830daf 4.5.3
177 ed5448edcbfa747b9154099e18630e49024fd47b 4.6rc0
177 ed5448edcbfa747b9154099e18630e49024fd47b 4.6rc0
178 1ec874717d8a93b19e0d50628443e0ee5efab3a9 4.6rc1
178 1ec874717d8a93b19e0d50628443e0ee5efab3a9 4.6rc1
179 6614cac550aea66d19c601e45efd1b7bd08d7c40 4.6
179 6614cac550aea66d19c601e45efd1b7bd08d7c40 4.6
180 9c5ced5276d6e7d54f7c3dadf5247b7ee98ec79c 4.6.1
180 9c5ced5276d6e7d54f7c3dadf5247b7ee98ec79c 4.6.1
181 0b63a6743010dfdbf8a8154186e119949bdaa1cc 4.6.2
181 0b63a6743010dfdbf8a8154186e119949bdaa1cc 4.6.2
182 e90130af47ce8dd53a3109aed9d15876b3e7dee8 4.7rc0
182 e90130af47ce8dd53a3109aed9d15876b3e7dee8 4.7rc0
183 33ac6a72308a215e6086fbced347ec10aa963b0a 4.7
183 33ac6a72308a215e6086fbced347ec10aa963b0a 4.7
184 ede3bf31fe63677fdf5bd8db687977d4e3d792ed 4.7.1
184 ede3bf31fe63677fdf5bd8db687977d4e3d792ed 4.7.1
185 5405cb1a79010ac50c58cd84e6f50c4556bf2a4c 4.7.2
185 5405cb1a79010ac50c58cd84e6f50c4556bf2a4c 4.7.2
186 956ec6f1320df26f3133ec40f3de866ea0695fd7 4.8rc0
186 956ec6f1320df26f3133ec40f3de866ea0695fd7 4.8rc0
187 a91a2837150bdcb27ae76b3646e6c93cd6a15904 4.8
187 a91a2837150bdcb27ae76b3646e6c93cd6a15904 4.8
188 1c8c54cf97256f4468da2eb4dbee24f7f3888e71 4.8.1
188 1c8c54cf97256f4468da2eb4dbee24f7f3888e71 4.8.1
189 197f092b2cd9691e2a55d198f717b231af9be6f9 4.8.2
189 197f092b2cd9691e2a55d198f717b231af9be6f9 4.8.2
190 593718ff5844cad7a27ee3eb5adad89ac8550949 4.9rc0
190 593718ff5844cad7a27ee3eb5adad89ac8550949 4.9rc0
191 83377b4b4ae0e9a6b8e579f7b0a693b8cf5c3b10 4.9
191 83377b4b4ae0e9a6b8e579f7b0a693b8cf5c3b10 4.9
192 4ea21df312ec7159c5b3633096b6ecf68750b0dd 4.9.1
192 4ea21df312ec7159c5b3633096b6ecf68750b0dd 4.9.1
193 4a8d9ed864754837a185a642170cde24392f9abf 5.0rc0
193 4a8d9ed864754837a185a642170cde24392f9abf 5.0rc0
194 07e479ef7c9639be0029f00e6a722b96dcc05fee 5.0
194 07e479ef7c9639be0029f00e6a722b96dcc05fee 5.0
195 c3484ddbdb9621256d597ed86b90d229c59c2af9 5.0.1
195 c3484ddbdb9621256d597ed86b90d229c59c2af9 5.0.1
196 97ada9b8d51bef24c5cb4cdca4243f0db694ab6e 5.0.2
196 97ada9b8d51bef24c5cb4cdca4243f0db694ab6e 5.0.2
197 e386b5f4f8360dbb43a576dd9b1368e386fefa5b 5.1rc0
197 e386b5f4f8360dbb43a576dd9b1368e386fefa5b 5.1rc0
198 e91930d712e8507d1bc1b2dffd96c83edc4cbed3 5.1
198 e91930d712e8507d1bc1b2dffd96c83edc4cbed3 5.1
199 a4e32fd539ab41489a51b2aa88bda9a73b839562 5.1.1
199 a4e32fd539ab41489a51b2aa88bda9a73b839562 5.1.1
200 181e52f2b62f4768aa0d988936c929dc7c4a41a0 5.1.2
200 181e52f2b62f4768aa0d988936c929dc7c4a41a0 5.1.2
201 59338f9561099de77c684c00f76507f11e46ebe8 5.2rc0
201 59338f9561099de77c684c00f76507f11e46ebe8 5.2rc0
202 ca3dca416f8d5863ca6f5a4a6a6bb835dcd5feeb 5.2
202 ca3dca416f8d5863ca6f5a4a6a6bb835dcd5feeb 5.2
203 a50fecefa691c9b72a99e49aa6fe9dd13943c2bf 5.2.1
203 a50fecefa691c9b72a99e49aa6fe9dd13943c2bf 5.2.1
204 b4c82b70418022e67cc0e69b1aa3c3aa43aa1d29 5.2.2
204 b4c82b70418022e67cc0e69b1aa3c3aa43aa1d29 5.2.2
205 84a0102c05c7852c8215ef6cf21d809927586b69 5.3rc0
205 84a0102c05c7852c8215ef6cf21d809927586b69 5.3rc0
206 e4344e463c0c888a2f437b78b5982ecdf3f6650a 5.3rc1
206 e4344e463c0c888a2f437b78b5982ecdf3f6650a 5.3rc1
207 7f5410dfc8a64bb587d19637deb95d378fd1eb5c 5.3
207 7f5410dfc8a64bb587d19637deb95d378fd1eb5c 5.3
208 6d121acbb82e65fe4dd3c2318a1b61981b958492 5.3.1
208 6d121acbb82e65fe4dd3c2318a1b61981b958492 5.3.1
209 8fca7e8449a847e3cf1054f2c07b51237699fad3 5.3.2
209 8fca7e8449a847e3cf1054f2c07b51237699fad3 5.3.2
210 26ce8e7515036d3431a03aaeb7bc72dd96cb1112 5.4rc0
210 26ce8e7515036d3431a03aaeb7bc72dd96cb1112 5.4rc0
211 cf3e07d7648a4371ce584d15dd692e7a6845792f 5.4
211 cf3e07d7648a4371ce584d15dd692e7a6845792f 5.4
212 065704cbdbdbb05dcd6bb814eb9bbdd982211b28 5.4.1
212 065704cbdbdbb05dcd6bb814eb9bbdd982211b28 5.4.1
213 0ea9c86fac8974cd74dc12ea681c8986eb6da6c4 5.4.2
213 0ea9c86fac8974cd74dc12ea681c8986eb6da6c4 5.4.2
214 28163c5de797e5416f9b588940f4608269b4d50a 5.5rc0
214 28163c5de797e5416f9b588940f4608269b4d50a 5.5rc0
215 7fc3c5fbc65f6fe85d70ea63923b8767dda4f2e0 5.5
215 7fc3c5fbc65f6fe85d70ea63923b8767dda4f2e0 5.5
216 f62bb5d07848ca598aa860a517394130b61bf2ee 5.5.1
216 f62bb5d07848ca598aa860a517394130b61bf2ee 5.5.1
217 07731064ac41dacdf0ec869ebd05c2e848c14fbf 5.5.2
217 07731064ac41dacdf0ec869ebd05c2e848c14fbf 5.5.2
218 0e06a7ab9e0d5c65af4e511aee1e0342998799df 5.6rc0
218 0e06a7ab9e0d5c65af4e511aee1e0342998799df 5.6rc0
219 18c17d63fdabd009e70bf994e5efb7db422f4f7f 5.6
219 18c17d63fdabd009e70bf994e5efb7db422f4f7f 5.6
220 1d5189a57405ceca5aa244052c9f948977f4699b 5.6.1
Show file before | Show file after | Hide comments
@@ -1,547 +1,550 b''
1 /*
1 /*
2 * A fast client for Mercurial command server
2 * A fast client for Mercurial command server
3 *
3 *
4 * Copyright (c) 2011 Yuya Nishihara <yuya@tcha.org>
4 * Copyright (c) 2011 Yuya Nishihara <yuya@tcha.org>
5 *
5 *
6 * This software may be used and distributed according to the terms of the
6 * This software may be used and distributed according to the terms of the
7 * GNU General Public License version 2 or any later version.
7 * GNU General Public License version 2 or any later version.
8 */
8 */
9
9
10 #include <assert.h>
10 #include <assert.h>
11 #include <dirent.h>
11 #include <dirent.h>
12 #include <errno.h>
12 #include <errno.h>
13 #include <fcntl.h>
13 #include <fcntl.h>
14 #include <signal.h>
14 #include <signal.h>
15 #include <stdio.h>
15 #include <stdio.h>
16 #include <stdlib.h>
16 #include <stdlib.h>
17 #include <string.h>
17 #include <string.h>
18 #include <sys/file.h>
18 #include <sys/file.h>
19 #include <sys/stat.h>
19 #include <sys/stat.h>
20 #include <sys/types.h>
20 #include <sys/types.h>
21 #include <sys/un.h>
21 #include <sys/un.h>
22 #include <sys/wait.h>
22 #include <sys/wait.h>
23 #include <time.h>
23 #include <time.h>
24 #include <unistd.h>
24 #include <unistd.h>
25
25
26 #include "hgclient.h"
26 #include "hgclient.h"
27 #include "procutil.h"
27 #include "procutil.h"
28 #include "util.h"
28 #include "util.h"
29
29
30 #ifndef PATH_MAX
30 #ifndef PATH_MAX
31 #define PATH_MAX 4096
31 #define PATH_MAX 4096
32 #endif
32 #endif
33
33
34 struct cmdserveropts {
34 struct cmdserveropts {
35 char sockname[PATH_MAX];
35 char sockname[PATH_MAX];
36 char initsockname[PATH_MAX];
36 char initsockname[PATH_MAX];
37 char redirectsockname[PATH_MAX];
37 char redirectsockname[PATH_MAX];
38 size_t argsize;
38 size_t argsize;
39 const char **args;
39 const char **args;
40 };
40 };
41
41
42 static void initcmdserveropts(struct cmdserveropts *opts)
42 static void initcmdserveropts(struct cmdserveropts *opts)
43 {
43 {
44 memset(opts, 0, sizeof(struct cmdserveropts));
44 memset(opts, 0, sizeof(struct cmdserveropts));
45 }
45 }
46
46
47 static void freecmdserveropts(struct cmdserveropts *opts)
47 static void freecmdserveropts(struct cmdserveropts *opts)
48 {
48 {
49 free(opts->args);
49 free(opts->args);
50 opts->args = NULL;
50 opts->args = NULL;
51 opts->argsize = 0;
51 opts->argsize = 0;
52 }
52 }
53
53
54 /*
54 /*
55 * Test if an argument is a sensitive flag that should be passed to the server.
55 * Test if an argument is a sensitive flag that should be passed to the server.
56 * Return 0 if not, otherwise the number of arguments starting from the current
56 * Return 0 if not, otherwise the number of arguments starting from the current
57 * one that should be passed to the server.
57 * one that should be passed to the server.
58 */
58 */
59 static size_t testsensitiveflag(const char *arg)
59 static size_t testsensitiveflag(const char *arg)
60 {
60 {
61 static const struct {
61 static const struct {
62 const char *name;
62 const char *name;
63 size_t narg;
63 size_t narg;
64 } flags[] = {
64 } flags[] = {
65 {"--config", 1}, {"--cwd", 1}, {"--repo", 1},
65 {"--config", 1}, {"--cwd", 1}, {"--repo", 1},
66 {"--repository", 1}, {"--traceback", 0}, {"-R", 1},
66 {"--repository", 1}, {"--traceback", 0}, {"-R", 1},
67 };
67 };
68 size_t i;
68 size_t i;
69 for (i = 0; i < sizeof(flags) / sizeof(flags[0]); ++i) {
69 for (i = 0; i < sizeof(flags) / sizeof(flags[0]); ++i) {
70 size_t len = strlen(flags[i].name);
70 size_t len = strlen(flags[i].name);
71 size_t narg = flags[i].narg;
71 size_t narg = flags[i].narg;
72 if (memcmp(arg, flags[i].name, len) == 0) {
72 if (memcmp(arg, flags[i].name, len) == 0) {
73 if (arg[len] == '\0') {
73 if (arg[len] == '\0') {
74 /* --flag (value) */
74 /* --flag (value) */
75 return narg + 1;
75 return narg + 1;
76 } else if (arg[len] == '=' && narg > 0) {
76 } else if (arg[len] == '=' && narg > 0) {
77 /* --flag=value */
77 /* --flag=value */
78 return 1;
78 return 1;
79 } else if (flags[i].name[1] != '-') {
79 } else if (flags[i].name[1] != '-') {
80 /* short flag */
80 /* short flag */
81 return 1;
81 return 1;
82 }
82 }
83 }
83 }
84 }
84 }
85 return 0;
85 return 0;
86 }
86 }
87
87
88 /*
88 /*
89 * Parse argv[] and put sensitive flags to opts->args
89 * Parse argv[] and put sensitive flags to opts->args
90 */
90 */
91 static void setcmdserverargs(struct cmdserveropts *opts, int argc,
91 static void setcmdserverargs(struct cmdserveropts *opts, int argc,
92 const char *argv[])
92 const char *argv[])
93 {
93 {
94 size_t i, step;
94 size_t i, step;
95 opts->argsize = 0;
95 opts->argsize = 0;
96 for (i = 0, step = 1; i < (size_t)argc; i += step, step = 1) {
96 for (i = 0, step = 1; i < (size_t)argc; i += step, step = 1) {
97 if (!argv[i])
97 if (!argv[i])
98 continue; /* pass clang-analyse */
98 continue; /* pass clang-analyse */
99 if (strcmp(argv[i], "--") == 0)
99 if (strcmp(argv[i], "--") == 0)
100 break;
100 break;
101 size_t n = testsensitiveflag(argv[i]);
101 size_t n = testsensitiveflag(argv[i]);
102 if (n == 0 || i + n > (size_t)argc)
102 if (n == 0 || i + n > (size_t)argc)
103 continue;
103 continue;
104 opts->args =
104 opts->args =
105 reallocx(opts->args, (n + opts->argsize) * sizeof(char *));
105 reallocx(opts->args, (n + opts->argsize) * sizeof(char *));
106 memcpy(opts->args + opts->argsize, argv + i,
106 memcpy(opts->args + opts->argsize, argv + i,
107 sizeof(char *) * n);
107 sizeof(char *) * n);
108 opts->argsize += n;
108 opts->argsize += n;
109 step = n;
109 step = n;
110 }
110 }
111 }
111 }
112
112
113 static void preparesockdir(const char *sockdir)
113 static void preparesockdir(const char *sockdir)
114 {
114 {
115 int r;
115 int r;
116 r = mkdir(sockdir, 0700);
116 r = mkdir(sockdir, 0700);
117 if (r < 0 && errno != EEXIST)
117 if (r < 0 && errno != EEXIST)
118 abortmsgerrno("cannot create sockdir %s", sockdir);
118 abortmsgerrno("cannot create sockdir %s", sockdir);
119
119
120 struct stat st;
120 struct stat st;
121 r = lstat(sockdir, &st);
121 r = lstat(sockdir, &st);
122 if (r < 0)
122 if (r < 0)
123 abortmsgerrno("cannot stat %s", sockdir);
123 abortmsgerrno("cannot stat %s", sockdir);
124 if (!S_ISDIR(st.st_mode))
124 if (!S_ISDIR(st.st_mode))
125 abortmsg("cannot create sockdir %s (file exists)", sockdir);
125 abortmsg("cannot create sockdir %s (file exists)", sockdir);
126 if (st.st_uid != geteuid() || st.st_mode & 0077)
126 if (st.st_uid != geteuid() || st.st_mode & 0077)
127 abortmsg("insecure sockdir %s", sockdir);
127 abortmsg("insecure sockdir %s", sockdir);
128 }
128 }
129
129
130 /*
130 /*
131 * Check if a socket directory exists and is only owned by the current user.
131 * Check if a socket directory exists and is only owned by the current user.
132 * Return 1 if so, 0 if not. This is used to check if XDG_RUNTIME_DIR can be
132 * Return 1 if so, 0 if not. This is used to check if XDG_RUNTIME_DIR can be
133 * used or not. According to the specification [1], XDG_RUNTIME_DIR should be
133 * used or not. According to the specification [1], XDG_RUNTIME_DIR should be
134 * ignored if the directory is not owned by the user with mode 0700.
134 * ignored if the directory is not owned by the user with mode 0700.
135 * [1]: https://standards.freedesktop.org/basedir-spec/basedir-spec-latest.html
135 * [1]: https://standards.freedesktop.org/basedir-spec/basedir-spec-latest.html
136 */
136 */
137 static int checkruntimedir(const char *sockdir)
137 static int checkruntimedir(const char *sockdir)
138 {
138 {
139 struct stat st;
139 struct stat st;
140 int r = lstat(sockdir, &st);
140 int r = lstat(sockdir, &st);
141 if (r < 0) /* ex. does not exist */
141 if (r < 0) /* ex. does not exist */
142 return 0;
142 return 0;
143 if (!S_ISDIR(st.st_mode)) /* ex. is a file, not a directory */
143 if (!S_ISDIR(st.st_mode)) /* ex. is a file, not a directory */
144 return 0;
144 return 0;
145 return st.st_uid == geteuid() && (st.st_mode & 0777) == 0700;
145 return st.st_uid == geteuid() && (st.st_mode & 0777) == 0700;
146 }
146 }
147
147
148 static void getdefaultsockdir(char sockdir[], size_t size)
148 static void getdefaultsockdir(char sockdir[], size_t size)
149 {
149 {
150 /* by default, put socket file in secure directory
150 /* by default, put socket file in secure directory
151 * (${XDG_RUNTIME_DIR}/chg, or /${TMPDIR:-tmp}/chg$UID)
151 * (${XDG_RUNTIME_DIR}/chg, or /${TMPDIR:-tmp}/chg$UID)
152 * (permission of socket file may be ignored on some Unices) */
152 * (permission of socket file may be ignored on some Unices) */
153 const char *runtimedir = getenv("XDG_RUNTIME_DIR");
153 const char *runtimedir = getenv("XDG_RUNTIME_DIR");
154 int r;
154 int r;
155 if (runtimedir && checkruntimedir(runtimedir)) {
155 if (runtimedir && checkruntimedir(runtimedir)) {
156 r = snprintf(sockdir, size, "%s/chg", runtimedir);
156 r = snprintf(sockdir, size, "%s/chg", runtimedir);
157 } else {
157 } else {
158 const char *tmpdir = getenv("TMPDIR");
158 const char *tmpdir = getenv("TMPDIR");
159 if (!tmpdir)
159 if (!tmpdir)
160 tmpdir = "/tmp";
160 tmpdir = "/tmp";
161 r = snprintf(sockdir, size, "%s/chg%d", tmpdir, geteuid());
161 r = snprintf(sockdir, size, "%s/chg%d", tmpdir, geteuid());
162 }
162 }
163 if (r < 0 || (size_t)r >= size)
163 if (r < 0 || (size_t)r >= size)
164 abortmsg("too long TMPDIR (r = %d)", r);
164 abortmsg("too long TMPDIR (r = %d)", r);
165 }
165 }
166
166
167 static void setcmdserveropts(struct cmdserveropts *opts)
167 static void setcmdserveropts(struct cmdserveropts *opts)
168 {
168 {
169 int r;
169 int r;
170 char sockdir[PATH_MAX];
170 char sockdir[PATH_MAX];
171 const char *envsockname = getenv("CHGSOCKNAME");
171 const char *envsockname = getenv("CHGSOCKNAME");
172 if (!envsockname) {
172 if (!envsockname) {
173 getdefaultsockdir(sockdir, sizeof(sockdir));
173 getdefaultsockdir(sockdir, sizeof(sockdir));
174 preparesockdir(sockdir);
174 preparesockdir(sockdir);
175 }
175 }
176
176
177 const char *basename = (envsockname) ? envsockname : sockdir;
177 const char *basename = (envsockname) ? envsockname : sockdir;
178 const char *sockfmt = (envsockname) ? "%s" : "%s/server";
178 const char *sockfmt = (envsockname) ? "%s" : "%s/server";
179 r = snprintf(opts->sockname, sizeof(opts->sockname), sockfmt, basename);
179 r = snprintf(opts->sockname, sizeof(opts->sockname), sockfmt, basename);
180 if (r < 0 || (size_t)r >= sizeof(opts->sockname))
180 if (r < 0 || (size_t)r >= sizeof(opts->sockname))
181 abortmsg("too long TMPDIR or CHGSOCKNAME (r = %d)", r);
181 abortmsg("too long TMPDIR or CHGSOCKNAME (r = %d)", r);
182 r = snprintf(opts->initsockname, sizeof(opts->initsockname), "%s.%u",
182 r = snprintf(opts->initsockname, sizeof(opts->initsockname), "%s.%u",
183 opts->sockname, (unsigned)getpid());
183 opts->sockname, (unsigned)getpid());
184 if (r < 0 || (size_t)r >= sizeof(opts->initsockname))
184 if (r < 0 || (size_t)r >= sizeof(opts->initsockname))
185 abortmsg("too long TMPDIR or CHGSOCKNAME (r = %d)", r);
185 abortmsg("too long TMPDIR or CHGSOCKNAME (r = %d)", r);
186 }
186 }
187
187
188 /* If the current program is, say, /a/b/c/chg, returns /a/b/c/hg. */
188 /* If the current program is, say, /a/b/c/chg, returns /a/b/c/hg. */
189 static char *getrelhgcmd(void)
189 static char *getrelhgcmd(void)
190 {
190 {
191 ssize_t n;
191 ssize_t n;
192 char *res, *slash;
192 char *res, *slash;
193 int maxsize = 4096;
193 int maxsize = 4096;
194 res = malloc(maxsize);
194 res = malloc(maxsize);
195 if (res == NULL)
195 if (res == NULL)
196 goto cleanup;
196 goto cleanup;
197 n = readlink("/proc/self/exe", res, maxsize);
197 n = readlink("/proc/self/exe", res, maxsize);
198 if (n < 0 || n >= maxsize)
198 if (n < 0 || n >= maxsize)
199 goto cleanup;
199 goto cleanup;
200 res[n] = '\0';
200 res[n] = '\0';
201 slash = strrchr(res, '/');
201 slash = strrchr(res, '/');
202 if (slash == NULL)
202 if (slash == NULL)
203 goto cleanup;
203 goto cleanup;
204 /* 4 is strlen("/hg") + nul byte */
204 /* 4 is strlen("/hg") + nul byte */
205 if (slash + 4 >= res + maxsize)
205 if (slash + 4 >= res + maxsize)
206 goto cleanup;
206 goto cleanup;
207 memcpy(slash, "/hg", 4);
207 memcpy(slash, "/hg", 4);
208 return res;
208 return res;
209 cleanup:
209 cleanup:
210 free(res);
210 free(res);
211 return NULL;
211 return NULL;
212 }
212 }
213
213
214 static const char *gethgcmd(void)
214 static const char *gethgcmd(void)
215 {
215 {
216 static const char *hgcmd = NULL;
216 static const char *hgcmd = NULL;
217 #ifdef HGPATHREL
217 #ifdef HGPATHREL
218 int tryrelhgcmd = 1;
218 int tryrelhgcmd = 1;
219 #else
219 #else
220 int tryrelhgcmd = 0;
220 int tryrelhgcmd = 0;
221 #endif
221 #endif
222 if (!hgcmd) {
222 if (!hgcmd) {
223 hgcmd = getenv("CHGHG");
223 hgcmd = getenv("CHGHG");
224 if (!hgcmd || hgcmd[0] == '\0')
224 if (!hgcmd || hgcmd[0] == '\0')
225 hgcmd = getenv("HG");
225 hgcmd = getenv("HG");
226 if (tryrelhgcmd && (!hgcmd || hgcmd[0] == '\0'))
226 if (tryrelhgcmd && (!hgcmd || hgcmd[0] == '\0'))
227 hgcmd = getrelhgcmd();
227 hgcmd = getrelhgcmd();
228 if (!hgcmd || hgcmd[0] == '\0')
228 if (!hgcmd || hgcmd[0] == '\0')
229 #ifdef HGPATH
229 #ifdef HGPATH
230 hgcmd = (HGPATH);
230 hgcmd = (HGPATH);
231 #else
231 #else
232 hgcmd = "hg";
232 hgcmd = "hg";
233 #endif
233 #endif
234 }
234 }
235 return hgcmd;
235 return hgcmd;
236 }
236 }
237
237
238 static void execcmdserver(const struct cmdserveropts *opts)
238 static void execcmdserver(const struct cmdserveropts *opts)
239 {
239 {
240 const char *hgcmd = gethgcmd();
240 const char *hgcmd = gethgcmd();
241
241
242 const char *baseargv[] = {
242 const char *baseargv[] = {
243 hgcmd,
243 hgcmd,
244 "serve",
244 "serve",
245 "--cmdserver",
245 "--cmdserver",
246 "chgunix",
246 "chgunix",
247 "--address",
247 "--address",
248 opts->initsockname,
248 opts->initsockname,
249 "--daemon-postexec",
249 "--daemon-postexec",
250 "chdir:/",
250 "chdir:/",
251 };
251 };
252 size_t baseargvsize = sizeof(baseargv) / sizeof(baseargv[0]);
252 size_t baseargvsize = sizeof(baseargv) / sizeof(baseargv[0]);
253 size_t argsize = baseargvsize + opts->argsize + 1;
253 size_t argsize = baseargvsize + opts->argsize + 1;
254
254
255 const char **argv = mallocx(sizeof(char *) * argsize);
255 const char **argv = mallocx(sizeof(char *) * argsize);
256 memcpy(argv, baseargv, sizeof(baseargv));
256 memcpy(argv, baseargv, sizeof(baseargv));
257 if (opts->args) {
257 if (opts->args) {
258 size_t size = sizeof(char *) * opts->argsize;
258 size_t size = sizeof(char *) * opts->argsize;
259 memcpy(argv + baseargvsize, opts->args, size);
259 memcpy(argv + baseargvsize, opts->args, size);
260 }
260 }
261 argv[argsize - 1] = NULL;
261 argv[argsize - 1] = NULL;
262
262
263 const char *lc_ctype_env = getenv("LC_CTYPE");
263 const char *lc_ctype_env = getenv("LC_CTYPE");
264 if (lc_ctype_env == NULL) {
264 if (lc_ctype_env == NULL) {
265 if (putenv("CHG_CLEAR_LC_CTYPE=") != 0)
265 if (putenv("CHG_CLEAR_LC_CTYPE=") != 0)
266 abortmsgerrno("failed to putenv CHG_CLEAR_LC_CTYPE");
266 abortmsgerrno("failed to putenv CHG_CLEAR_LC_CTYPE");
267 } else {
267 } else {
268 if (setenv("CHGORIG_LC_CTYPE", lc_ctype_env, 1) != 0) {
268 if (setenv("CHGORIG_LC_CTYPE", lc_ctype_env, 1) != 0) {
269 abortmsgerrno("failed to setenv CHGORIG_LC_CTYPE");
269 abortmsgerrno("failed to setenv CHGORIG_LC_CTYPE");
270 }
270 }
271 }
271 }
272
272
273 /* close any open files to avoid hanging locks */
273 /* close any open files to avoid hanging locks */
274 DIR *dp = opendir("/proc/self/fd");
274 DIR *dp = opendir("/proc/self/fd");
275 if (dp != NULL) {
275 if (dp != NULL) {
276 debugmsg("closing files based on /proc contents");
276 debugmsg("closing files based on /proc contents");
277 struct dirent *de;
277 struct dirent *de;
278 while ((de = readdir(dp))) {
278 while ((de = readdir(dp))) {
279 errno = 0;
279 char *end;
280 char *end;
280 long fd_value = strtol(de->d_name, &end, 10);
281 long fd_value = strtol(de->d_name, &end, 10);
281 if (end == de->d_name) {
282 if (end == de->d_name) {
282 /* unable to convert to int (. or ..) */
283 /* unable to convert to int (. or ..) */
283 continue;
284 continue;
284 }
285 }
285 if (errno == ERANGE) {
286 if (errno == ERANGE) {
286 debugmsg("tried to parse %s, but range error "
287 debugmsg("tried to parse %s, but range error "
287 "occurred",
288 "occurred",
288 de->d_name);
289 de->d_name);
289 continue;
290 continue;
290 }
291 }
291 if (fd_value > STDERR_FILENO) {
292 if (fd_value > STDERR_FILENO && fd_value != dirfd(dp)) {
293 debugmsg("closing fd %ld", fd_value);
292 int res = close(fd_value);
294 int res = close(fd_value);
293 if (res) {
295 if (res) {
294 debugmsg("tried to close fd %ld: %d "
296 debugmsg("tried to close fd %ld: %d "
295 "(errno: %d)",
297 "(errno: %d)",
296 fd_value, res, errno);
298 fd_value, res, errno);
297 }
299 }
298 }
300 }
299 }
301 }
302 closedir(dp);
300 }
303 }
301
304
302 if (putenv("CHGINTERNALMARK=") != 0)
305 if (putenv("CHGINTERNALMARK=") != 0)
303 abortmsgerrno("failed to putenv");
306 abortmsgerrno("failed to putenv");
304 if (execvp(hgcmd, (char **)argv) < 0)
307 if (execvp(hgcmd, (char **)argv) < 0)
305 abortmsgerrno("failed to exec cmdserver");
308 abortmsgerrno("failed to exec cmdserver");
306 free(argv);
309 free(argv);
307 }
310 }
308
311
309 /* Retry until we can connect to the server. Give up after some time. */
312 /* Retry until we can connect to the server. Give up after some time. */
310 static hgclient_t *retryconnectcmdserver(struct cmdserveropts *opts, pid_t pid)
313 static hgclient_t *retryconnectcmdserver(struct cmdserveropts *opts, pid_t pid)
311 {
314 {
312 static const struct timespec sleepreq = {0, 10 * 1000000};
315 static const struct timespec sleepreq = {0, 10 * 1000000};
313 int pst = 0;
316 int pst = 0;
314
317
315 debugmsg("try connect to %s repeatedly", opts->initsockname);
318 debugmsg("try connect to %s repeatedly", opts->initsockname);
316
319
317 unsigned int timeoutsec = 60; /* default: 60 seconds */
320 unsigned int timeoutsec = 60; /* default: 60 seconds */
318 const char *timeoutenv = getenv("CHGTIMEOUT");
321 const char *timeoutenv = getenv("CHGTIMEOUT");
319 if (timeoutenv)
322 if (timeoutenv)
320 sscanf(timeoutenv, "%u", &timeoutsec);
323 sscanf(timeoutenv, "%u", &timeoutsec);
321
324
322 for (unsigned int i = 0; !timeoutsec || i < timeoutsec * 100; i++) {
325 for (unsigned int i = 0; !timeoutsec || i < timeoutsec * 100; i++) {
323 hgclient_t *hgc = hgc_open(opts->initsockname);
326 hgclient_t *hgc = hgc_open(opts->initsockname);
324 if (hgc) {
327 if (hgc) {
325 debugmsg("rename %s to %s", opts->initsockname,
328 debugmsg("rename %s to %s", opts->initsockname,
326 opts->sockname);
329 opts->sockname);
327 int r = rename(opts->initsockname, opts->sockname);
330 int r = rename(opts->initsockname, opts->sockname);
328 if (r != 0)
331 if (r != 0)
329 abortmsgerrno("cannot rename");
332 abortmsgerrno("cannot rename");
330 return hgc;
333 return hgc;
331 }
334 }
332
335
333 if (pid > 0) {
336 if (pid > 0) {
334 /* collect zombie if child process fails to start */
337 /* collect zombie if child process fails to start */
335 int r = waitpid(pid, &pst, WNOHANG);
338 int r = waitpid(pid, &pst, WNOHANG);
336 if (r != 0)
339 if (r != 0)
337 goto cleanup;
340 goto cleanup;
338 }
341 }
339
342
340 nanosleep(&sleepreq, NULL);
343 nanosleep(&sleepreq, NULL);
341 }
344 }
342
345
343 abortmsg("timed out waiting for cmdserver %s", opts->initsockname);
346 abortmsg("timed out waiting for cmdserver %s", opts->initsockname);
344 return NULL;
347 return NULL;
345
348
346 cleanup:
349 cleanup:
347 if (WIFEXITED(pst)) {
350 if (WIFEXITED(pst)) {
348 if (WEXITSTATUS(pst) == 0)
351 if (WEXITSTATUS(pst) == 0)
349 abortmsg("could not connect to cmdserver "
352 abortmsg("could not connect to cmdserver "
350 "(exited with status 0)");
353 "(exited with status 0)");
351 debugmsg("cmdserver exited with status %d", WEXITSTATUS(pst));
354 debugmsg("cmdserver exited with status %d", WEXITSTATUS(pst));
352 exit(WEXITSTATUS(pst));
355 exit(WEXITSTATUS(pst));
353 } else if (WIFSIGNALED(pst)) {
356 } else if (WIFSIGNALED(pst)) {
354 abortmsg("cmdserver killed by signal %d", WTERMSIG(pst));
357 abortmsg("cmdserver killed by signal %d", WTERMSIG(pst));
355 } else {
358 } else {
356 abortmsg("error while waiting for cmdserver");
359 abortmsg("error while waiting for cmdserver");
357 }
360 }
358 return NULL;
361 return NULL;
359 }
362 }
360
363
361 /* Connect to a cmdserver. Will start a new server on demand. */
364 /* Connect to a cmdserver. Will start a new server on demand. */
362 static hgclient_t *connectcmdserver(struct cmdserveropts *opts)
365 static hgclient_t *connectcmdserver(struct cmdserveropts *opts)
363 {
366 {
364 const char *sockname =
367 const char *sockname =
365 opts->redirectsockname[0] ? opts->redirectsockname : opts->sockname;
368 opts->redirectsockname[0] ? opts->redirectsockname : opts->sockname;
366 debugmsg("try connect to %s", sockname);
369 debugmsg("try connect to %s", sockname);
367 hgclient_t *hgc = hgc_open(sockname);
370 hgclient_t *hgc = hgc_open(sockname);
368 if (hgc)
371 if (hgc)
369 return hgc;
372 return hgc;
370
373
371 /* prevent us from being connected to an outdated server: we were
374 /* prevent us from being connected to an outdated server: we were
372 * told by a server to redirect to opts->redirectsockname and that
375 * told by a server to redirect to opts->redirectsockname and that
373 * address does not work. we do not want to connect to the server
376 * address does not work. we do not want to connect to the server
374 * again because it will probably tell us the same thing. */
377 * again because it will probably tell us the same thing. */
375 if (sockname == opts->redirectsockname)
378 if (sockname == opts->redirectsockname)
376 unlink(opts->sockname);
379 unlink(opts->sockname);
377
380
378 debugmsg("start cmdserver at %s", opts->initsockname);
381 debugmsg("start cmdserver at %s", opts->initsockname);
379
382
380 pid_t pid = fork();
383 pid_t pid = fork();
381 if (pid < 0)
384 if (pid < 0)
382 abortmsg("failed to fork cmdserver process");
385 abortmsg("failed to fork cmdserver process");
383 if (pid == 0) {
386 if (pid == 0) {
384 execcmdserver(opts);
387 execcmdserver(opts);
385 } else {
388 } else {
386 hgc = retryconnectcmdserver(opts, pid);
389 hgc = retryconnectcmdserver(opts, pid);
387 }
390 }
388
391
389 return hgc;
392 return hgc;
390 }
393 }
391
394
392 static void killcmdserver(const struct cmdserveropts *opts)
395 static void killcmdserver(const struct cmdserveropts *opts)
393 {
396 {
394 /* resolve config hash */
397 /* resolve config hash */
395 char *resolvedpath = realpath(opts->sockname, NULL);
398 char *resolvedpath = realpath(opts->sockname, NULL);
396 if (resolvedpath) {
399 if (resolvedpath) {
397 unlink(resolvedpath);
400 unlink(resolvedpath);
398 free(resolvedpath);
401 free(resolvedpath);
399 }
402 }
400 }
403 }
401
404
402 /* Run instructions sent from the server like unlink and set redirect path
405 /* Run instructions sent from the server like unlink and set redirect path
403 * Return 1 if reconnect is needed, otherwise 0 */
406 * Return 1 if reconnect is needed, otherwise 0 */
404 static int runinstructions(struct cmdserveropts *opts, const char **insts)
407 static int runinstructions(struct cmdserveropts *opts, const char **insts)
405 {
408 {
406 int needreconnect = 0;
409 int needreconnect = 0;
407 if (!insts)
410 if (!insts)
408 return needreconnect;
411 return needreconnect;
409
412
410 assert(insts);
413 assert(insts);
411 opts->redirectsockname[0] = '\0';
414 opts->redirectsockname[0] = '\0';
412 const char **pinst;
415 const char **pinst;
413 for (pinst = insts; *pinst; pinst++) {
416 for (pinst = insts; *pinst; pinst++) {
414 debugmsg("instruction: %s", *pinst);
417 debugmsg("instruction: %s", *pinst);
415 if (strncmp(*pinst, "unlink ", 7) == 0) {
418 if (strncmp(*pinst, "unlink ", 7) == 0) {
416 unlink(*pinst + 7);
419 unlink(*pinst + 7);
417 } else if (strncmp(*pinst, "redirect ", 9) == 0) {
420 } else if (strncmp(*pinst, "redirect ", 9) == 0) {
418 int r = snprintf(opts->redirectsockname,
421 int r = snprintf(opts->redirectsockname,
419 sizeof(opts->redirectsockname), "%s",
422 sizeof(opts->redirectsockname), "%s",
420 *pinst + 9);
423 *pinst + 9);
421 if (r < 0 || r >= (int)sizeof(opts->redirectsockname))
424 if (r < 0 || r >= (int)sizeof(opts->redirectsockname))
422 abortmsg("redirect path is too long (%d)", r);
425 abortmsg("redirect path is too long (%d)", r);
423 needreconnect = 1;
426 needreconnect = 1;
424 } else if (strncmp(*pinst, "exit ", 5) == 0) {
427 } else if (strncmp(*pinst, "exit ", 5) == 0) {
425 int n = 0;
428 int n = 0;
426 if (sscanf(*pinst + 5, "%d", &n) != 1)
429 if (sscanf(*pinst + 5, "%d", &n) != 1)
427 abortmsg("cannot read the exit code");
430 abortmsg("cannot read the exit code");
428 exit(n);
431 exit(n);
429 } else if (strcmp(*pinst, "reconnect") == 0) {
432 } else if (strcmp(*pinst, "reconnect") == 0) {
430 needreconnect = 1;
433 needreconnect = 1;
431 } else {
434 } else {
432 abortmsg("unknown instruction: %s", *pinst);
435 abortmsg("unknown instruction: %s", *pinst);
433 }
436 }
434 }
437 }
435 return needreconnect;
438 return needreconnect;
436 }
439 }
437
440
438 /*
441 /*
439 * Test whether the command and the environment is unsupported or not.
442 * Test whether the command and the environment is unsupported or not.
440 *
443 *
441 * If any of the stdio file descriptors are not present (rare, but some tools
444 * If any of the stdio file descriptors are not present (rare, but some tools
442 * might spawn new processes without stdio instead of redirecting them to the
445 * might spawn new processes without stdio instead of redirecting them to the
443 * null device), then mark it as not supported because attachio won't work
446 * null device), then mark it as not supported because attachio won't work
444 * correctly.
447 * correctly.
445 *
448 *
446 * The command list is not designed to cover all cases. But it's fast, and does
449 * The command list is not designed to cover all cases. But it's fast, and does
447 * not depend on the server.
450 * not depend on the server.
448 */
451 */
449 static int isunsupported(int argc, const char *argv[])
452 static int isunsupported(int argc, const char *argv[])
450 {
453 {
451 enum { SERVE = 1,
454 enum { SERVE = 1,
452 DAEMON = 2,
455 DAEMON = 2,
453 SERVEDAEMON = SERVE | DAEMON,
456 SERVEDAEMON = SERVE | DAEMON,
454 };
457 };
455 unsigned int state = 0;
458 unsigned int state = 0;
456 int i;
459 int i;
457 /* use fcntl to test missing stdio fds */
460 /* use fcntl to test missing stdio fds */
458 if (fcntl(STDIN_FILENO, F_GETFD) == -1 ||
461 if (fcntl(STDIN_FILENO, F_GETFD) == -1 ||
459 fcntl(STDOUT_FILENO, F_GETFD) == -1 ||
462 fcntl(STDOUT_FILENO, F_GETFD) == -1 ||
460 fcntl(STDERR_FILENO, F_GETFD) == -1) {
463 fcntl(STDERR_FILENO, F_GETFD) == -1) {
461 debugmsg("stdio fds are missing");
464 debugmsg("stdio fds are missing");
462 return 1;
465 return 1;
463 }
466 }
464 for (i = 0; i < argc; ++i) {
467 for (i = 0; i < argc; ++i) {
465 if (strcmp(argv[i], "--") == 0)
468 if (strcmp(argv[i], "--") == 0)
466 break;
469 break;
467 /*
470 /*
468 * there can be false positives but no false negative
471 * there can be false positives but no false negative
469 * we cannot assume `serve` will always be first argument
472 * we cannot assume `serve` will always be first argument
470 * because global options can be passed before the command name
473 * because global options can be passed before the command name
471 */
474 */
472 if (strcmp("serve", argv[i]) == 0)
475 if (strcmp("serve", argv[i]) == 0)
473 state |= SERVE;
476 state |= SERVE;
474 else if (strcmp("-d", argv[i]) == 0 ||
477 else if (strcmp("-d", argv[i]) == 0 ||
475 strcmp("--daemon", argv[i]) == 0)
478 strcmp("--daemon", argv[i]) == 0)
476 state |= DAEMON;
479 state |= DAEMON;
477 }
480 }
478 return (state & SERVEDAEMON) == SERVEDAEMON;
481 return (state & SERVEDAEMON) == SERVEDAEMON;
479 }
482 }
480
483
481 static void execoriginalhg(const char *argv[])
484 static void execoriginalhg(const char *argv[])
482 {
485 {
483 debugmsg("execute original hg");
486 debugmsg("execute original hg");
484 if (execvp(gethgcmd(), (char **)argv) < 0)
487 if (execvp(gethgcmd(), (char **)argv) < 0)
485 abortmsgerrno("failed to exec original hg");
488 abortmsgerrno("failed to exec original hg");
486 }
489 }
487
490
488 int main(int argc, const char *argv[], const char *envp[])
491 int main(int argc, const char *argv[], const char *envp[])
489 {
492 {
490 if (getenv("CHGDEBUG"))
493 if (getenv("CHGDEBUG"))
491 enabledebugmsg();
494 enabledebugmsg();
492
495
493 if (!getenv("HGPLAIN") && isatty(fileno(stderr)))
496 if (!getenv("HGPLAIN") && isatty(fileno(stderr)))
494 enablecolor();
497 enablecolor();
495
498
496 if (getenv("CHGINTERNALMARK"))
499 if (getenv("CHGINTERNALMARK"))
497 abortmsg("chg started by chg detected.\n"
500 abortmsg("chg started by chg detected.\n"
498 "Please make sure ${HG:-hg} is not a symlink or "
501 "Please make sure ${HG:-hg} is not a symlink or "
499 "wrapper to chg. Alternatively, set $CHGHG to the "
502 "wrapper to chg. Alternatively, set $CHGHG to the "
500 "path of real hg.");
503 "path of real hg.");
501
504
502 if (isunsupported(argc - 1, argv + 1))
505 if (isunsupported(argc - 1, argv + 1))
503 execoriginalhg(argv);
506 execoriginalhg(argv);
504
507
505 struct cmdserveropts opts;
508 struct cmdserveropts opts;
506 initcmdserveropts(&opts);
509 initcmdserveropts(&opts);
507 setcmdserveropts(&opts);
510 setcmdserveropts(&opts);
508 setcmdserverargs(&opts, argc, argv);
511 setcmdserverargs(&opts, argc, argv);
509
512
510 if (argc == 2) {
513 if (argc == 2) {
511 if (strcmp(argv[1], "--kill-chg-daemon") == 0) {
514 if (strcmp(argv[1], "--kill-chg-daemon") == 0) {
512 killcmdserver(&opts);
515 killcmdserver(&opts);
513 return 0;
516 return 0;
514 }
517 }
515 }
518 }
516
519
517 hgclient_t *hgc;
520 hgclient_t *hgc;
518 size_t retry = 0;
521 size_t retry = 0;
519 while (1) {
522 while (1) {
520 hgc = connectcmdserver(&opts);
523 hgc = connectcmdserver(&opts);
521 if (!hgc)
524 if (!hgc)
522 abortmsg("cannot open hg client");
525 abortmsg("cannot open hg client");
523 hgc_setenv(hgc, envp);
526 hgc_setenv(hgc, envp);
524 const char **insts = hgc_validate(hgc, argv + 1, argc - 1);
527 const char **insts = hgc_validate(hgc, argv + 1, argc - 1);
525 int needreconnect = runinstructions(&opts, insts);
528 int needreconnect = runinstructions(&opts, insts);
526 free(insts);
529 free(insts);
527 if (!needreconnect)
530 if (!needreconnect)
528 break;
531 break;
529 hgc_close(hgc);
532 hgc_close(hgc);
530 if (++retry > 10)
533 if (++retry > 10)
531 abortmsg("too many redirections.\n"
534 abortmsg("too many redirections.\n"
532 "Please make sure %s is not a wrapper which "
535 "Please make sure %s is not a wrapper which "
533 "changes sensitive environment variables "
536 "changes sensitive environment variables "
534 "before executing hg. If you have to use a "
537 "before executing hg. If you have to use a "
535 "wrapper, wrap chg instead of hg.",
538 "wrapper, wrap chg instead of hg.",
536 gethgcmd());
539 gethgcmd());
537 }
540 }
538
541
539 setupsignalhandler(hgc_peerpid(hgc), hgc_peerpgid(hgc));
542 setupsignalhandler(hgc_peerpid(hgc), hgc_peerpgid(hgc));
540 atexit(waitpager);
543 atexit(waitpager);
541 int exitcode = hgc_runcommand(hgc, argv + 1, argc - 1);
544 int exitcode = hgc_runcommand(hgc, argv + 1, argc - 1);
542 restoresignalhandler();
545 restoresignalhandler();
543 hgc_close(hgc);
546 hgc_close(hgc);
544 freecmdserveropts(&opts);
547 freecmdserveropts(&opts);
545
548
546 return exitcode;
549 return exitcode;
547 }
550 }
Show file before | Show file after | Hide comments
@@ -1,3259 +1,3259 b''
1 # patch.py - patch file parsing routines
1 # patch.py - patch file parsing routines
2 #
2 #
3 # Copyright 2006 Brendan Cully <brendan@kublai.com>
3 # Copyright 2006 Brendan Cully <brendan@kublai.com>
4 # Copyright 2007 Chris Mason <chris.mason@oracle.com>
4 # Copyright 2007 Chris Mason <chris.mason@oracle.com>
5 #
5 #
6 # This software may be used and distributed according to the terms of the
6 # This software may be used and distributed according to the terms of the
7 # GNU General Public License version 2 or any later version.
7 # GNU General Public License version 2 or any later version.
8
8
9 from __future__ import absolute_import, print_function
9 from __future__ import absolute_import, print_function
10
10
11 import collections
11 import collections
12 import contextlib
12 import contextlib
13 import copy
13 import copy
14 import errno
14 import errno
15 import os
15 import os
16 import re
16 import re
17 import shutil
17 import shutil
18 import zlib
18 import zlib
19
19
20 from .i18n import _
20 from .i18n import _
21 from .node import (
21 from .node import (
22 hex,
22 hex,
23 short,
23 short,
24 )
24 )
25 from .pycompat import open
25 from .pycompat import open
26 from . import (
26 from . import (
27 copies,
27 copies,
28 diffhelper,
28 diffhelper,
29 diffutil,
29 diffutil,
30 encoding,
30 encoding,
31 error,
31 error,
32 mail,
32 mail,
33 mdiff,
33 mdiff,
34 pathutil,
34 pathutil,
35 pycompat,
35 pycompat,
36 scmutil,
36 scmutil,
37 similar,
37 similar,
38 util,
38 util,
39 vfs as vfsmod,
39 vfs as vfsmod,
40 )
40 )
41 from .utils import (
41 from .utils import (
42 dateutil,
42 dateutil,
43 hashutil,
43 hashutil,
44 procutil,
44 procutil,
45 stringutil,
45 stringutil,
46 )
46 )
47
47
48 stringio = util.stringio
48 stringio = util.stringio
49
49
50 gitre = re.compile(br'diff --git a/(.*) b/(.*)')
50 gitre = re.compile(br'diff --git a/(.*) b/(.*)')
51 tabsplitter = re.compile(br'(\t+|[^\t]+)')
51 tabsplitter = re.compile(br'(\t+|[^\t]+)')
52 wordsplitter = re.compile(
52 wordsplitter = re.compile(
53 br'(\t+| +|[a-zA-Z0-9_\x80-\xff]+|[^ \ta-zA-Z0-9_\x80-\xff])'
53 br'(\t+| +|[a-zA-Z0-9_\x80-\xff]+|[^ \ta-zA-Z0-9_\x80-\xff])'
54 )
54 )
55
55
56 PatchError = error.PatchError
56 PatchError = error.PatchError
57
57
58 # public functions
58 # public functions
59
59
60
60
61 def split(stream):
61 def split(stream):
62 '''return an iterator of individual patches from a stream'''
62 '''return an iterator of individual patches from a stream'''
63
63
64 def isheader(line, inheader):
64 def isheader(line, inheader):
65 if inheader and line.startswith((b' ', b'\t')):
65 if inheader and line.startswith((b' ', b'\t')):
66 # continuation
66 # continuation
67 return True
67 return True
68 if line.startswith((b' ', b'-', b'+')):
68 if line.startswith((b' ', b'-', b'+')):
69 # diff line - don't check for header pattern in there
69 # diff line - don't check for header pattern in there
70 return False
70 return False
71 l = line.split(b': ', 1)
71 l = line.split(b': ', 1)
72 return len(l) == 2 and b' ' not in l[0]
72 return len(l) == 2 and b' ' not in l[0]
73
73
74 def chunk(lines):
74 def chunk(lines):
75 return stringio(b''.join(lines))
75 return stringio(b''.join(lines))
76
76
77 def hgsplit(stream, cur):
77 def hgsplit(stream, cur):
78 inheader = True
78 inheader = True
79
79
80 for line in stream:
80 for line in stream:
81 if not line.strip():
81 if not line.strip():
82 inheader = False
82 inheader = False
83 if not inheader and line.startswith(b'# HG changeset patch'):
83 if not inheader and line.startswith(b'# HG changeset patch'):
84 yield chunk(cur)
84 yield chunk(cur)
85 cur = []
85 cur = []
86 inheader = True
86 inheader = True
87
87
88 cur.append(line)
88 cur.append(line)
89
89
90 if cur:
90 if cur:
91 yield chunk(cur)
91 yield chunk(cur)
92
92
93 def mboxsplit(stream, cur):
93 def mboxsplit(stream, cur):
94 for line in stream:
94 for line in stream:
95 if line.startswith(b'From '):
95 if line.startswith(b'From '):
96 for c in split(chunk(cur[1:])):
96 for c in split(chunk(cur[1:])):
97 yield c
97 yield c
98 cur = []
98 cur = []
99
99
100 cur.append(line)
100 cur.append(line)
101
101
102 if cur:
102 if cur:
103 for c in split(chunk(cur[1:])):
103 for c in split(chunk(cur[1:])):
104 yield c
104 yield c
105
105
106 def mimesplit(stream, cur):
106 def mimesplit(stream, cur):
107 def msgfp(m):
107 def msgfp(m):
108 fp = stringio()
108 fp = stringio()
109 g = mail.Generator(fp, mangle_from_=False)
109 g = mail.Generator(fp, mangle_from_=False)
110 g.flatten(m)
110 g.flatten(m)
111 fp.seek(0)
111 fp.seek(0)
112 return fp
112 return fp
113
113
114 for line in stream:
114 for line in stream:
115 cur.append(line)
115 cur.append(line)
116 c = chunk(cur)
116 c = chunk(cur)
117
117
118 m = mail.parse(c)
118 m = mail.parse(c)
119 if not m.is_multipart():
119 if not m.is_multipart():
120 yield msgfp(m)
120 yield msgfp(m)
121 else:
121 else:
122 ok_types = (b'text/plain', b'text/x-diff', b'text/x-patch')
122 ok_types = (b'text/plain', b'text/x-diff', b'text/x-patch')
123 for part in m.walk():
123 for part in m.walk():
124 ct = part.get_content_type()
124 ct = part.get_content_type()
125 if ct not in ok_types:
125 if ct not in ok_types:
126 continue
126 continue
127 yield msgfp(part)
127 yield msgfp(part)
128
128
129 def headersplit(stream, cur):
129 def headersplit(stream, cur):
130 inheader = False
130 inheader = False
131
131
132 for line in stream:
132 for line in stream:
133 if not inheader and isheader(line, inheader):
133 if not inheader and isheader(line, inheader):
134 yield chunk(cur)
134 yield chunk(cur)
135 cur = []
135 cur = []
136 inheader = True
136 inheader = True
137 if inheader and not isheader(line, inheader):
137 if inheader and not isheader(line, inheader):
138 inheader = False
138 inheader = False
139
139
140 cur.append(line)
140 cur.append(line)
141
141
142 if cur:
142 if cur:
143 yield chunk(cur)
143 yield chunk(cur)
144
144
145 def remainder(cur):
145 def remainder(cur):
146 yield chunk(cur)
146 yield chunk(cur)
147
147
148 class fiter(object):
148 class fiter(object):
149 def __init__(self, fp):
149 def __init__(self, fp):
150 self.fp = fp
150 self.fp = fp
151
151
152 def __iter__(self):
152 def __iter__(self):
153 return self
153 return self
154
154
155 def next(self):
155 def next(self):
156 l = self.fp.readline()
156 l = self.fp.readline()
157 if not l:
157 if not l:
158 raise StopIteration
158 raise StopIteration
159 return l
159 return l
160
160
161 __next__ = next
161 __next__ = next
162
162
163 inheader = False
163 inheader = False
164 cur = []
164 cur = []
165
165
166 mimeheaders = [b'content-type']
166 mimeheaders = [b'content-type']
167
167
168 if not util.safehasattr(stream, b'next'):
168 if not util.safehasattr(stream, b'next'):
169 # http responses, for example, have readline but not next
169 # http responses, for example, have readline but not next
170 stream = fiter(stream)
170 stream = fiter(stream)
171
171
172 for line in stream:
172 for line in stream:
173 cur.append(line)
173 cur.append(line)
174 if line.startswith(b'# HG changeset patch'):
174 if line.startswith(b'# HG changeset patch'):
175 return hgsplit(stream, cur)
175 return hgsplit(stream, cur)
176 elif line.startswith(b'From '):
176 elif line.startswith(b'From '):
177 return mboxsplit(stream, cur)
177 return mboxsplit(stream, cur)
178 elif isheader(line, inheader):
178 elif isheader(line, inheader):
179 inheader = True
179 inheader = True
180 if line.split(b':', 1)[0].lower() in mimeheaders:
180 if line.split(b':', 1)[0].lower() in mimeheaders:
181 # let email parser handle this
181 # let email parser handle this
182 return mimesplit(stream, cur)
182 return mimesplit(stream, cur)
183 elif line.startswith(b'--- ') and inheader:
183 elif line.startswith(b'--- ') and inheader:
184 # No evil headers seen by diff start, split by hand
184 # No evil headers seen by diff start, split by hand
185 return headersplit(stream, cur)
185 return headersplit(stream, cur)
186 # Not enough info, keep reading
186 # Not enough info, keep reading
187
187
188 # if we are here, we have a very plain patch
188 # if we are here, we have a very plain patch
189 return remainder(cur)
189 return remainder(cur)
190
190
191
191
192 ## Some facility for extensible patch parsing:
192 ## Some facility for extensible patch parsing:
193 # list of pairs ("header to match", "data key")
193 # list of pairs ("header to match", "data key")
194 patchheadermap = [
194 patchheadermap = [
195 (b'Date', b'date'),
195 (b'Date', b'date'),
196 (b'Branch', b'branch'),
196 (b'Branch', b'branch'),
197 (b'Node ID', b'nodeid'),
197 (b'Node ID', b'nodeid'),
198 ]
198 ]
199
199
200
200
201 @contextlib.contextmanager
201 @contextlib.contextmanager
202 def extract(ui, fileobj):
202 def extract(ui, fileobj):
203 """extract patch from data read from fileobj.
203 """extract patch from data read from fileobj.
204
204
205 patch can be a normal patch or contained in an email message.
205 patch can be a normal patch or contained in an email message.
206
206
207 return a dictionary. Standard keys are:
207 return a dictionary. Standard keys are:
208 - filename,
208 - filename,
209 - message,
209 - message,
210 - user,
210 - user,
211 - date,
211 - date,
212 - branch,
212 - branch,
213 - node,
213 - node,
214 - p1,
214 - p1,
215 - p2.
215 - p2.
216 Any item can be missing from the dictionary. If filename is missing,
216 Any item can be missing from the dictionary. If filename is missing,
217 fileobj did not contain a patch. Caller must unlink filename when done."""
217 fileobj did not contain a patch. Caller must unlink filename when done."""
218
218
219 fd, tmpname = pycompat.mkstemp(prefix=b'hg-patch-')
219 fd, tmpname = pycompat.mkstemp(prefix=b'hg-patch-')
220 tmpfp = os.fdopen(fd, 'wb')
220 tmpfp = os.fdopen(fd, 'wb')
221 try:
221 try:
222 yield _extract(ui, fileobj, tmpname, tmpfp)
222 yield _extract(ui, fileobj, tmpname, tmpfp)
223 finally:
223 finally:
224 tmpfp.close()
224 tmpfp.close()
225 os.unlink(tmpname)
225 os.unlink(tmpname)
226
226
227
227
228 def _extract(ui, fileobj, tmpname, tmpfp):
228 def _extract(ui, fileobj, tmpname, tmpfp):
229
229
230 # attempt to detect the start of a patch
230 # attempt to detect the start of a patch
231 # (this heuristic is borrowed from quilt)
231 # (this heuristic is borrowed from quilt)
232 diffre = re.compile(
232 diffre = re.compile(
233 br'^(?:Index:[ \t]|diff[ \t]-|RCS file: |'
233 br'^(?:Index:[ \t]|diff[ \t]-|RCS file: |'
234 br'retrieving revision [0-9]+(\.[0-9]+)*$|'
234 br'retrieving revision [0-9]+(\.[0-9]+)*$|'
235 br'---[ \t].*?^\+\+\+[ \t]|'
235 br'---[ \t].*?^\+\+\+[ \t]|'
236 br'\*\*\*[ \t].*?^---[ \t])',
236 br'\*\*\*[ \t].*?^---[ \t])',
237 re.MULTILINE | re.DOTALL,
237 re.MULTILINE | re.DOTALL,
238 )
238 )
239
239
240 data = {}
240 data = {}
241
241
242 msg = mail.parse(fileobj)
242 msg = mail.parse(fileobj)
243
243
244 subject = msg['Subject'] and mail.headdecode(msg['Subject'])
244 subject = msg['Subject'] and mail.headdecode(msg['Subject'])
245 data[b'user'] = msg['From'] and mail.headdecode(msg['From'])
245 data[b'user'] = msg['From'] and mail.headdecode(msg['From'])
246 if not subject and not data[b'user']:
246 if not subject and not data[b'user']:
247 # Not an email, restore parsed headers if any
247 # Not an email, restore parsed headers if any
248 subject = (
248 subject = (
249 b'\n'.join(
249 b'\n'.join(
250 b': '.join(map(encoding.strtolocal, h)) for h in msg.items()
250 b': '.join(map(encoding.strtolocal, h)) for h in msg.items()
251 )
251 )
252 + b'\n'
252 + b'\n'
253 )
253 )
254
254
255 # should try to parse msg['Date']
255 # should try to parse msg['Date']
256 parents = []
256 parents = []
257
257
258 nodeid = msg['X-Mercurial-Node']
258 nodeid = msg['X-Mercurial-Node']
259 if nodeid:
259 if nodeid:
260 data[b'nodeid'] = nodeid = mail.headdecode(nodeid)
260 data[b'nodeid'] = nodeid = mail.headdecode(nodeid)
261 ui.debug(b'Node ID: %s\n' % nodeid)
261 ui.debug(b'Node ID: %s\n' % nodeid)
262
262
263 if subject:
263 if subject:
264 if subject.startswith(b'[PATCH'):
264 if subject.startswith(b'[PATCH'):
265 pend = subject.find(b']')
265 pend = subject.find(b']')
266 if pend >= 0:
266 if pend >= 0:
267 subject = subject[pend + 1 :].lstrip()
267 subject = subject[pend + 1 :].lstrip()
268 subject = re.sub(br'\n[ \t]+', b' ', subject)
268 subject = re.sub(br'\n[ \t]+', b' ', subject)
269 ui.debug(b'Subject: %s\n' % subject)
269 ui.debug(b'Subject: %s\n' % subject)
270 if data[b'user']:
270 if data[b'user']:
271 ui.debug(b'From: %s\n' % data[b'user'])
271 ui.debug(b'From: %s\n' % data[b'user'])
272 diffs_seen = 0
272 diffs_seen = 0
273 ok_types = (b'text/plain', b'text/x-diff', b'text/x-patch')
273 ok_types = (b'text/plain', b'text/x-diff', b'text/x-patch')
274 message = b''
274 message = b''
275 for part in msg.walk():
275 for part in msg.walk():
276 content_type = pycompat.bytestr(part.get_content_type())
276 content_type = pycompat.bytestr(part.get_content_type())
277 ui.debug(b'Content-Type: %s\n' % content_type)
277 ui.debug(b'Content-Type: %s\n' % content_type)
278 if content_type not in ok_types:
278 if content_type not in ok_types:
279 continue
279 continue
280 payload = part.get_payload(decode=True)
280 payload = part.get_payload(decode=True)
281 m = diffre.search(payload)
281 m = diffre.search(payload)
282 if m:
282 if m:
283 hgpatch = False
283 hgpatch = False
284 hgpatchheader = False
284 hgpatchheader = False
285 ignoretext = False
285 ignoretext = False
286
286
287 ui.debug(b'found patch at byte %d\n' % m.start(0))
287 ui.debug(b'found patch at byte %d\n' % m.start(0))
288 diffs_seen += 1
288 diffs_seen += 1
289 cfp = stringio()
289 cfp = stringio()
290 for line in payload[: m.start(0)].splitlines():
290 for line in payload[: m.start(0)].splitlines():
291 if line.startswith(b'# HG changeset patch') and not hgpatch:
291 if line.startswith(b'# HG changeset patch') and not hgpatch:
292 ui.debug(b'patch generated by hg export\n')
292 ui.debug(b'patch generated by hg export\n')
293 hgpatch = True
293 hgpatch = True
294 hgpatchheader = True
294 hgpatchheader = True
295 # drop earlier commit message content
295 # drop earlier commit message content
296 cfp.seek(0)
296 cfp.seek(0)
297 cfp.truncate()
297 cfp.truncate()
298 subject = None
298 subject = None
299 elif hgpatchheader:
299 elif hgpatchheader:
300 if line.startswith(b'# User '):
300 if line.startswith(b'# User '):
301 data[b'user'] = line[7:]
301 data[b'user'] = line[7:]
302 ui.debug(b'From: %s\n' % data[b'user'])
302 ui.debug(b'From: %s\n' % data[b'user'])
303 elif line.startswith(b"# Parent "):
303 elif line.startswith(b"# Parent "):
304 parents.append(line[9:].lstrip())
304 parents.append(line[9:].lstrip())
305 elif line.startswith(b"# "):
305 elif line.startswith(b"# "):
306 for header, key in patchheadermap:
306 for header, key in patchheadermap:
307 prefix = b'# %s ' % header
307 prefix = b'# %s ' % header
308 if line.startswith(prefix):
308 if line.startswith(prefix):
309 data[key] = line[len(prefix) :]
309 data[key] = line[len(prefix) :]
310 ui.debug(b'%s: %s\n' % (header, data[key]))
310 ui.debug(b'%s: %s\n' % (header, data[key]))
311 else:
311 else:
312 hgpatchheader = False
312 hgpatchheader = False
313 elif line == b'---':
313 elif line == b'---':
314 ignoretext = True
314 ignoretext = True
315 if not hgpatchheader and not ignoretext:
315 if not hgpatchheader and not ignoretext:
316 cfp.write(line)
316 cfp.write(line)
317 cfp.write(b'\n')
317 cfp.write(b'\n')
318 message = cfp.getvalue()
318 message = cfp.getvalue()
319 if tmpfp:
319 if tmpfp:
320 tmpfp.write(payload)
320 tmpfp.write(payload)
321 if not payload.endswith(b'\n'):
321 if not payload.endswith(b'\n'):
322 tmpfp.write(b'\n')
322 tmpfp.write(b'\n')
323 elif not diffs_seen and message and content_type == b'text/plain':
323 elif not diffs_seen and message and content_type == b'text/plain':
324 message += b'\n' + payload
324 message += b'\n' + payload
325
325
326 if subject and not message.startswith(subject):
326 if subject and not message.startswith(subject):
327 message = b'%s\n%s' % (subject, message)
327 message = b'%s\n%s' % (subject, message)
328 data[b'message'] = message
328 data[b'message'] = message
329 tmpfp.close()
329 tmpfp.close()
330 if parents:
330 if parents:
331 data[b'p1'] = parents.pop(0)
331 data[b'p1'] = parents.pop(0)
332 if parents:
332 if parents:
333 data[b'p2'] = parents.pop(0)
333 data[b'p2'] = parents.pop(0)
334
334
335 if diffs_seen:
335 if diffs_seen:
336 data[b'filename'] = tmpname
336 data[b'filename'] = tmpname
337
337
338 return data
338 return data
339
339
340
340
341 class patchmeta(object):
341 class patchmeta(object):
342 """Patched file metadata
342 """Patched file metadata
343
343
344 'op' is the performed operation within ADD, DELETE, RENAME, MODIFY
344 'op' is the performed operation within ADD, DELETE, RENAME, MODIFY
345 or COPY. 'path' is patched file path. 'oldpath' is set to the
345 or COPY. 'path' is patched file path. 'oldpath' is set to the
346 origin file when 'op' is either COPY or RENAME, None otherwise. If
346 origin file when 'op' is either COPY or RENAME, None otherwise. If
347 file mode is changed, 'mode' is a tuple (islink, isexec) where
347 file mode is changed, 'mode' is a tuple (islink, isexec) where
348 'islink' is True if the file is a symlink and 'isexec' is True if
348 'islink' is True if the file is a symlink and 'isexec' is True if
349 the file is executable. Otherwise, 'mode' is None.
349 the file is executable. Otherwise, 'mode' is None.
350 """
350 """
351
351
352 def __init__(self, path):
352 def __init__(self, path):
353 self.path = path
353 self.path = path
354 self.oldpath = None
354 self.oldpath = None
355 self.mode = None
355 self.mode = None
356 self.op = b'MODIFY'
356 self.op = b'MODIFY'
357 self.binary = False
357 self.binary = False
358
358
359 def setmode(self, mode):
359 def setmode(self, mode):
360 islink = mode & 0o20000
360 islink = mode & 0o20000
361 isexec = mode & 0o100
361 isexec = mode & 0o100
362 self.mode = (islink, isexec)
362 self.mode = (islink, isexec)
363
363
364 def copy(self):
364 def copy(self):
365 other = patchmeta(self.path)
365 other = patchmeta(self.path)
366 other.oldpath = self.oldpath
366 other.oldpath = self.oldpath
367 other.mode = self.mode
367 other.mode = self.mode
368 other.op = self.op
368 other.op = self.op
369 other.binary = self.binary
369 other.binary = self.binary
370 return other
370 return other
371
371
372 def _ispatchinga(self, afile):
372 def _ispatchinga(self, afile):
373 if afile == b'/dev/null':
373 if afile == b'/dev/null':
374 return self.op == b'ADD'
374 return self.op == b'ADD'
375 return afile == b'a/' + (self.oldpath or self.path)
375 return afile == b'a/' + (self.oldpath or self.path)
376
376
377 def _ispatchingb(self, bfile):
377 def _ispatchingb(self, bfile):
378 if bfile == b'/dev/null':
378 if bfile == b'/dev/null':
379 return self.op == b'DELETE'
379 return self.op == b'DELETE'
380 return bfile == b'b/' + self.path
380 return bfile == b'b/' + self.path
381
381
382 def ispatching(self, afile, bfile):
382 def ispatching(self, afile, bfile):
383 return self._ispatchinga(afile) and self._ispatchingb(bfile)
383 return self._ispatchinga(afile) and self._ispatchingb(bfile)
384
384
385 def __repr__(self):
385 def __repr__(self):
386 return "<patchmeta %s %r>" % (self.op, self.path)
386 return "<patchmeta %s %r>" % (self.op, self.path)
387
387
388
388
389 def readgitpatch(lr):
389 def readgitpatch(lr):
390 """extract git-style metadata about patches from <patchname>"""
390 """extract git-style metadata about patches from <patchname>"""
391
391
392 # Filter patch for git information
392 # Filter patch for git information
393 gp = None
393 gp = None
394 gitpatches = []
394 gitpatches = []
395 for line in lr:
395 for line in lr:
396 line = line.rstrip(b' \r\n')
396 line = line.rstrip(b' \r\n')
397 if line.startswith(b'diff --git a/'):
397 if line.startswith(b'diff --git a/'):
398 m = gitre.match(line)
398 m = gitre.match(line)
399 if m:
399 if m:
400 if gp:
400 if gp:
401 gitpatches.append(gp)
401 gitpatches.append(gp)
402 dst = m.group(2)
402 dst = m.group(2)
403 gp = patchmeta(dst)
403 gp = patchmeta(dst)
404 elif gp:
404 elif gp:
405 if line.startswith(b'--- '):
405 if line.startswith(b'--- '):
406 gitpatches.append(gp)
406 gitpatches.append(gp)
407 gp = None
407 gp = None
408 continue
408 continue
409 if line.startswith(b'rename from '):
409 if line.startswith(b'rename from '):
410 gp.op = b'RENAME'
410 gp.op = b'RENAME'
411 gp.oldpath = line[12:]
411 gp.oldpath = line[12:]
412 elif line.startswith(b'rename to '):
412 elif line.startswith(b'rename to '):
413 gp.path = line[10:]
413 gp.path = line[10:]
414 elif line.startswith(b'copy from '):
414 elif line.startswith(b'copy from '):
415 gp.op = b'COPY'
415 gp.op = b'COPY'
416 gp.oldpath = line[10:]
416 gp.oldpath = line[10:]
417 elif line.startswith(b'copy to '):
417 elif line.startswith(b'copy to '):
418 gp.path = line[8:]
418 gp.path = line[8:]
419 elif line.startswith(b'deleted file'):
419 elif line.startswith(b'deleted file'):
420 gp.op = b'DELETE'
420 gp.op = b'DELETE'
421 elif line.startswith(b'new file mode '):
421 elif line.startswith(b'new file mode '):
422 gp.op = b'ADD'
422 gp.op = b'ADD'
423 gp.setmode(int(line[-6:], 8))
423 gp.setmode(int(line[-6:], 8))
424 elif line.startswith(b'new mode '):
424 elif line.startswith(b'new mode '):
425 gp.setmode(int(line[-6:], 8))
425 gp.setmode(int(line[-6:], 8))
426 elif line.startswith(b'GIT binary patch'):
426 elif line.startswith(b'GIT binary patch'):
427 gp.binary = True
427 gp.binary = True
428 if gp:
428 if gp:
429 gitpatches.append(gp)
429 gitpatches.append(gp)
430
430
431 return gitpatches
431 return gitpatches
432
432
433
433
434 class linereader(object):
434 class linereader(object):
435 # simple class to allow pushing lines back into the input stream
435 # simple class to allow pushing lines back into the input stream
436 def __init__(self, fp):
436 def __init__(self, fp):
437 self.fp = fp
437 self.fp = fp
438 self.buf = []
438 self.buf = []
439
439
440 def push(self, line):
440 def push(self, line):
441 if line is not None:
441 if line is not None:
442 self.buf.append(line)
442 self.buf.append(line)
443
443
444 def readline(self):
444 def readline(self):
445 if self.buf:
445 if self.buf:
446 l = self.buf[0]
446 l = self.buf[0]
447 del self.buf[0]
447 del self.buf[0]
448 return l
448 return l
449 return self.fp.readline()
449 return self.fp.readline()
450
450
451 def __iter__(self):
451 def __iter__(self):
452 return iter(self.readline, b'')
452 return iter(self.readline, b'')
453
453
454
454
455 class abstractbackend(object):
455 class abstractbackend(object):
456 def __init__(self, ui):
456 def __init__(self, ui):
457 self.ui = ui
457 self.ui = ui
458
458
459 def getfile(self, fname):
459 def getfile(self, fname):
460 """Return target file data and flags as a (data, (islink,
460 """Return target file data and flags as a (data, (islink,
461 isexec)) tuple. Data is None if file is missing/deleted.
461 isexec)) tuple. Data is None if file is missing/deleted.
462 """
462 """
463 raise NotImplementedError
463 raise NotImplementedError
464
464
465 def setfile(self, fname, data, mode, copysource):
465 def setfile(self, fname, data, mode, copysource):
466 """Write data to target file fname and set its mode. mode is a
466 """Write data to target file fname and set its mode. mode is a
467 (islink, isexec) tuple. If data is None, the file content should
467 (islink, isexec) tuple. If data is None, the file content should
468 be left unchanged. If the file is modified after being copied,
468 be left unchanged. If the file is modified after being copied,
469 copysource is set to the original file name.
469 copysource is set to the original file name.
470 """
470 """
471 raise NotImplementedError
471 raise NotImplementedError
472
472
473 def unlink(self, fname):
473 def unlink(self, fname):
474 """Unlink target file."""
474 """Unlink target file."""
475 raise NotImplementedError
475 raise NotImplementedError
476
476
477 def writerej(self, fname, failed, total, lines):
477 def writerej(self, fname, failed, total, lines):
478 """Write rejected lines for fname. total is the number of hunks
478 """Write rejected lines for fname. total is the number of hunks
479 which failed to apply and total the total number of hunks for this
479 which failed to apply and total the total number of hunks for this
480 files.
480 files.
481 """
481 """
482
482
483 def exists(self, fname):
483 def exists(self, fname):
484 raise NotImplementedError
484 raise NotImplementedError
485
485
486 def close(self):
486 def close(self):
487 raise NotImplementedError
487 raise NotImplementedError
488
488
489
489
490 class fsbackend(abstractbackend):
490 class fsbackend(abstractbackend):
491 def __init__(self, ui, basedir):
491 def __init__(self, ui, basedir):
492 super(fsbackend, self).__init__(ui)
492 super(fsbackend, self).__init__(ui)
493 self.opener = vfsmod.vfs(basedir)
493 self.opener = vfsmod.vfs(basedir)
494
494
495 def getfile(self, fname):
495 def getfile(self, fname):
496 if self.opener.islink(fname):
496 if self.opener.islink(fname):
497 return (self.opener.readlink(fname), (True, False))
497 return (self.opener.readlink(fname), (True, False))
498
498
499 isexec = False
499 isexec = False
500 try:
500 try:
501 isexec = self.opener.lstat(fname).st_mode & 0o100 != 0
501 isexec = self.opener.lstat(fname).st_mode & 0o100 != 0
502 except OSError as e:
502 except OSError as e:
503 if e.errno != errno.ENOENT:
503 if e.errno != errno.ENOENT:
504 raise
504 raise
505 try:
505 try:
506 return (self.opener.read(fname), (False, isexec))
506 return (self.opener.read(fname), (False, isexec))
507 except IOError as e:
507 except IOError as e:
508 if e.errno != errno.ENOENT:
508 if e.errno != errno.ENOENT:
509 raise
509 raise
510 return None, None
510 return None, None
511
511
512 def setfile(self, fname, data, mode, copysource):
512 def setfile(self, fname, data, mode, copysource):
513 islink, isexec = mode
513 islink, isexec = mode
514 if data is None:
514 if data is None:
515 self.opener.setflags(fname, islink, isexec)
515 self.opener.setflags(fname, islink, isexec)
516 return
516 return
517 if islink:
517 if islink:
518 self.opener.symlink(data, fname)
518 self.opener.symlink(data, fname)
519 else:
519 else:
520 self.opener.write(fname, data)
520 self.opener.write(fname, data)
521 if isexec:
521 if isexec:
522 self.opener.setflags(fname, False, True)
522 self.opener.setflags(fname, False, True)
523
523
524 def unlink(self, fname):
524 def unlink(self, fname):
525 rmdir = self.ui.configbool(b'experimental', b'removeemptydirs')
525 rmdir = self.ui.configbool(b'experimental', b'removeemptydirs')
526 self.opener.unlinkpath(fname, ignoremissing=True, rmdir=rmdir)
526 self.opener.unlinkpath(fname, ignoremissing=True, rmdir=rmdir)
527
527
528 def writerej(self, fname, failed, total, lines):
528 def writerej(self, fname, failed, total, lines):
529 fname = fname + b".rej"
529 fname = fname + b".rej"
530 self.ui.warn(
530 self.ui.warn(
531 _(b"%d out of %d hunks FAILED -- saving rejects to file %s\n")
531 _(b"%d out of %d hunks FAILED -- saving rejects to file %s\n")
532 % (failed, total, fname)
532 % (failed, total, fname)
533 )
533 )
534 fp = self.opener(fname, b'w')
534 fp = self.opener(fname, b'w')
535 fp.writelines(lines)
535 fp.writelines(lines)
536 fp.close()
536 fp.close()
537
537
538 def exists(self, fname):
538 def exists(self, fname):
539 return self.opener.lexists(fname)
539 return self.opener.lexists(fname)
540
540
541
541
542 class workingbackend(fsbackend):
542 class workingbackend(fsbackend):
543 def __init__(self, ui, repo, similarity):
543 def __init__(self, ui, repo, similarity):
544 super(workingbackend, self).__init__(ui, repo.root)
544 super(workingbackend, self).__init__(ui, repo.root)
545 self.repo = repo
545 self.repo = repo
546 self.similarity = similarity
546 self.similarity = similarity
547 self.removed = set()
547 self.removed = set()
548 self.changed = set()
548 self.changed = set()
549 self.copied = []
549 self.copied = []
550
550
551 def _checkknown(self, fname):
551 def _checkknown(self, fname):
552 if self.repo.dirstate[fname] == b'?' and self.exists(fname):
552 if self.repo.dirstate[fname] == b'?' and self.exists(fname):
553 raise PatchError(_(b'cannot patch %s: file is not tracked') % fname)
553 raise PatchError(_(b'cannot patch %s: file is not tracked') % fname)
554
554
555 def setfile(self, fname, data, mode, copysource):
555 def setfile(self, fname, data, mode, copysource):
556 self._checkknown(fname)
556 self._checkknown(fname)
557 super(workingbackend, self).setfile(fname, data, mode, copysource)
557 super(workingbackend, self).setfile(fname, data, mode, copysource)
558 if copysource is not None:
558 if copysource is not None:
559 self.copied.append((copysource, fname))
559 self.copied.append((copysource, fname))
560 self.changed.add(fname)
560 self.changed.add(fname)
561
561
562 def unlink(self, fname):
562 def unlink(self, fname):
563 self._checkknown(fname)
563 self._checkknown(fname)
564 super(workingbackend, self).unlink(fname)
564 super(workingbackend, self).unlink(fname)
565 self.removed.add(fname)
565 self.removed.add(fname)
566 self.changed.add(fname)
566 self.changed.add(fname)
567
567
568 def close(self):
568 def close(self):
569 wctx = self.repo[None]
569 wctx = self.repo[None]
570 changed = set(self.changed)
570 changed = set(self.changed)
571 for src, dst in self.copied:
571 for src, dst in self.copied:
572 scmutil.dirstatecopy(self.ui, self.repo, wctx, src, dst)
572 scmutil.dirstatecopy(self.ui, self.repo, wctx, src, dst)
573 if self.removed:
573 if self.removed:
574 wctx.forget(sorted(self.removed))
574 wctx.forget(sorted(self.removed))
575 for f in self.removed:
575 for f in self.removed:
576 if f not in self.repo.dirstate:
576 if f not in self.repo.dirstate:
577 # File was deleted and no longer belongs to the
577 # File was deleted and no longer belongs to the
578 # dirstate, it was probably marked added then
578 # dirstate, it was probably marked added then
579 # deleted, and should not be considered by
579 # deleted, and should not be considered by
580 # marktouched().
580 # marktouched().
581 changed.discard(f)
581 changed.discard(f)
582 if changed:
582 if changed:
583 scmutil.marktouched(self.repo, changed, self.similarity)
583 scmutil.marktouched(self.repo, changed, self.similarity)
584 return sorted(self.changed)
584 return sorted(self.changed)
585
585
586
586
587 class filestore(object):
587 class filestore(object):
588 def __init__(self, maxsize=None):
588 def __init__(self, maxsize=None):
589 self.opener = None
589 self.opener = None
590 self.files = {}
590 self.files = {}
591 self.created = 0
591 self.created = 0
592 self.maxsize = maxsize
592 self.maxsize = maxsize
593 if self.maxsize is None:
593 if self.maxsize is None:
594 self.maxsize = 4 * (2 ** 20)
594 self.maxsize = 4 * (2 ** 20)
595 self.size = 0
595 self.size = 0
596 self.data = {}
596 self.data = {}
597
597
598 def setfile(self, fname, data, mode, copied=None):
598 def setfile(self, fname, data, mode, copied=None):
599 if self.maxsize < 0 or (len(data) + self.size) <= self.maxsize:
599 if self.maxsize < 0 or (len(data) + self.size) <= self.maxsize:
600 self.data[fname] = (data, mode, copied)
600 self.data[fname] = (data, mode, copied)
601 self.size += len(data)
601 self.size += len(data)
602 else:
602 else:
603 if self.opener is None:
603 if self.opener is None:
604 root = pycompat.mkdtemp(prefix=b'hg-patch-')
604 root = pycompat.mkdtemp(prefix=b'hg-patch-')
605 self.opener = vfsmod.vfs(root)
605 self.opener = vfsmod.vfs(root)
606 # Avoid filename issues with these simple names
606 # Avoid filename issues with these simple names
607 fn = b'%d' % self.created
607 fn = b'%d' % self.created
608 self.opener.write(fn, data)
608 self.opener.write(fn, data)
609 self.created += 1
609 self.created += 1
610 self.files[fname] = (fn, mode, copied)
610 self.files[fname] = (fn, mode, copied)
611
611
612 def getfile(self, fname):
612 def getfile(self, fname):
613 if fname in self.data:
613 if fname in self.data:
614 return self.data[fname]
614 return self.data[fname]
615 if not self.opener or fname not in self.files:
615 if not self.opener or fname not in self.files:
616 return None, None, None
616 return None, None, None
617 fn, mode, copied = self.files[fname]
617 fn, mode, copied = self.files[fname]
618 return self.opener.read(fn), mode, copied
618 return self.opener.read(fn), mode, copied
619
619
620 def close(self):
620 def close(self):
621 if self.opener:
621 if self.opener:
622 shutil.rmtree(self.opener.base)
622 shutil.rmtree(self.opener.base)
623
623
624
624
625 class repobackend(abstractbackend):
625 class repobackend(abstractbackend):
626 def __init__(self, ui, repo, ctx, store):
626 def __init__(self, ui, repo, ctx, store):
627 super(repobackend, self).__init__(ui)
627 super(repobackend, self).__init__(ui)
628 self.repo = repo
628 self.repo = repo
629 self.ctx = ctx
629 self.ctx = ctx
630 self.store = store
630 self.store = store
631 self.changed = set()
631 self.changed = set()
632 self.removed = set()
632 self.removed = set()
633 self.copied = {}
633 self.copied = {}
634
634
635 def _checkknown(self, fname):
635 def _checkknown(self, fname):
636 if fname not in self.ctx:
636 if fname not in self.ctx:
637 raise PatchError(_(b'cannot patch %s: file is not tracked') % fname)
637 raise PatchError(_(b'cannot patch %s: file is not tracked') % fname)
638
638
639 def getfile(self, fname):
639 def getfile(self, fname):
640 try:
640 try:
641 fctx = self.ctx[fname]
641 fctx = self.ctx[fname]
642 except error.LookupError:
642 except error.LookupError:
643 return None, None
643 return None, None
644 flags = fctx.flags()
644 flags = fctx.flags()
645 return fctx.data(), (b'l' in flags, b'x' in flags)
645 return fctx.data(), (b'l' in flags, b'x' in flags)
646
646
647 def setfile(self, fname, data, mode, copysource):
647 def setfile(self, fname, data, mode, copysource):
648 if copysource:
648 if copysource:
649 self._checkknown(copysource)
649 self._checkknown(copysource)
650 if data is None:
650 if data is None:
651 data = self.ctx[fname].data()
651 data = self.ctx[fname].data()
652 self.store.setfile(fname, data, mode, copysource)
652 self.store.setfile(fname, data, mode, copysource)
653 self.changed.add(fname)
653 self.changed.add(fname)
654 if copysource:
654 if copysource:
655 self.copied[fname] = copysource
655 self.copied[fname] = copysource
656
656
657 def unlink(self, fname):
657 def unlink(self, fname):
658 self._checkknown(fname)
658 self._checkknown(fname)
659 self.removed.add(fname)
659 self.removed.add(fname)
660
660
661 def exists(self, fname):
661 def exists(self, fname):
662 return fname in self.ctx
662 return fname in self.ctx
663
663
664 def close(self):
664 def close(self):
665 return self.changed | self.removed
665 return self.changed | self.removed
666
666
667
667
668 # @@ -start,len +start,len @@ or @@ -start +start @@ if len is 1
668 # @@ -start,len +start,len @@ or @@ -start +start @@ if len is 1
669 unidesc = re.compile(br'@@ -(\d+)(?:,(\d+))? \+(\d+)(?:,(\d+))? @@')
669 unidesc = re.compile(br'@@ -(\d+)(?:,(\d+))? \+(\d+)(?:,(\d+))? @@')
670 contextdesc = re.compile(br'(?:---|\*\*\*) (\d+)(?:,(\d+))? (?:---|\*\*\*)')
670 contextdesc = re.compile(br'(?:---|\*\*\*) (\d+)(?:,(\d+))? (?:---|\*\*\*)')
671 eolmodes = [b'strict', b'crlf', b'lf', b'auto']
671 eolmodes = [b'strict', b'crlf', b'lf', b'auto']
672
672
673
673
674 class patchfile(object):
674 class patchfile(object):
675 def __init__(self, ui, gp, backend, store, eolmode=b'strict'):
675 def __init__(self, ui, gp, backend, store, eolmode=b'strict'):
676 self.fname = gp.path
676 self.fname = gp.path
677 self.eolmode = eolmode
677 self.eolmode = eolmode
678 self.eol = None
678 self.eol = None
679 self.backend = backend
679 self.backend = backend
680 self.ui = ui
680 self.ui = ui
681 self.lines = []
681 self.lines = []
682 self.exists = False
682 self.exists = False
683 self.missing = True
683 self.missing = True
684 self.mode = gp.mode
684 self.mode = gp.mode
685 self.copysource = gp.oldpath
685 self.copysource = gp.oldpath
686 self.create = gp.op in (b'ADD', b'COPY', b'RENAME')
686 self.create = gp.op in (b'ADD', b'COPY', b'RENAME')
687 self.remove = gp.op == b'DELETE'
687 self.remove = gp.op == b'DELETE'
688 if self.copysource is None:
688 if self.copysource is None:
689 data, mode = backend.getfile(self.fname)
689 data, mode = backend.getfile(self.fname)
690 else:
690 else:
691 data, mode = store.getfile(self.copysource)[:2]
691 data, mode = store.getfile(self.copysource)[:2]
692 if data is not None:
692 if data is not None:
693 self.exists = self.copysource is None or backend.exists(self.fname)
693 self.exists = self.copysource is None or backend.exists(self.fname)
694 self.missing = False
694 self.missing = False
695 if data:
695 if data:
696 self.lines = mdiff.splitnewlines(data)
696 self.lines = mdiff.splitnewlines(data)
697 if self.mode is None:
697 if self.mode is None:
698 self.mode = mode
698 self.mode = mode
699 if self.lines:
699 if self.lines:
700 # Normalize line endings
700 # Normalize line endings
701 if self.lines[0].endswith(b'\r\n'):
701 if self.lines[0].endswith(b'\r\n'):
702 self.eol = b'\r\n'
702 self.eol = b'\r\n'
703 elif self.lines[0].endswith(b'\n'):
703 elif self.lines[0].endswith(b'\n'):
704 self.eol = b'\n'
704 self.eol = b'\n'
705 if eolmode != b'strict':
705 if eolmode != b'strict':
706 nlines = []
706 nlines = []
707 for l in self.lines:
707 for l in self.lines:
708 if l.endswith(b'\r\n'):
708 if l.endswith(b'\r\n'):
709 l = l[:-2] + b'\n'
709 l = l[:-2] + b'\n'
710 nlines.append(l)
710 nlines.append(l)
711 self.lines = nlines
711 self.lines = nlines
712 else:
712 else:
713 if self.create:
713 if self.create:
714 self.missing = False
714 self.missing = False
715 if self.mode is None:
715 if self.mode is None:
716 self.mode = (False, False)
716 self.mode = (False, False)
717 if self.missing:
717 if self.missing:
718 self.ui.warn(_(b"unable to find '%s' for patching\n") % self.fname)
718 self.ui.warn(_(b"unable to find '%s' for patching\n") % self.fname)
719 self.ui.warn(
719 self.ui.warn(
720 _(
720 _(
721 b"(use '--prefix' to apply patch relative to the "
721 b"(use '--prefix' to apply patch relative to the "
722 b"current directory)\n"
722 b"current directory)\n"
723 )
723 )
724 )
724 )
725
725
726 self.hash = {}
726 self.hash = {}
727 self.dirty = 0
727 self.dirty = 0
728 self.offset = 0
728 self.offset = 0
729 self.skew = 0
729 self.skew = 0
730 self.rej = []
730 self.rej = []
731 self.fileprinted = False
731 self.fileprinted = False
732 self.printfile(False)
732 self.printfile(False)
733 self.hunks = 0
733 self.hunks = 0
734
734
735 def writelines(self, fname, lines, mode):
735 def writelines(self, fname, lines, mode):
736 if self.eolmode == b'auto':
736 if self.eolmode == b'auto':
737 eol = self.eol
737 eol = self.eol
738 elif self.eolmode == b'crlf':
738 elif self.eolmode == b'crlf':
739 eol = b'\r\n'
739 eol = b'\r\n'
740 else:
740 else:
741 eol = b'\n'
741 eol = b'\n'
742
742
743 if self.eolmode != b'strict' and eol and eol != b'\n':
743 if self.eolmode != b'strict' and eol and eol != b'\n':
744 rawlines = []
744 rawlines = []
745 for l in lines:
745 for l in lines:
746 if l and l.endswith(b'\n'):
746 if l and l.endswith(b'\n'):
747 l = l[:-1] + eol
747 l = l[:-1] + eol
748 rawlines.append(l)
748 rawlines.append(l)
749 lines = rawlines
749 lines = rawlines
750
750
751 self.backend.setfile(fname, b''.join(lines), mode, self.copysource)
751 self.backend.setfile(fname, b''.join(lines), mode, self.copysource)
752
752
753 def printfile(self, warn):
753 def printfile(self, warn):
754 if self.fileprinted:
754 if self.fileprinted:
755 return
755 return
756 if warn or self.ui.verbose:
756 if warn or self.ui.verbose:
757 self.fileprinted = True
757 self.fileprinted = True
758 s = _(b"patching file %s\n") % self.fname
758 s = _(b"patching file %s\n") % self.fname
759 if warn:
759 if warn:
760 self.ui.warn(s)
760 self.ui.warn(s)
761 else:
761 else:
762 self.ui.note(s)
762 self.ui.note(s)
763
763
764 def findlines(self, l, linenum):
764 def findlines(self, l, linenum):
765 # looks through the hash and finds candidate lines. The
765 # looks through the hash and finds candidate lines. The
766 # result is a list of line numbers sorted based on distance
766 # result is a list of line numbers sorted based on distance
767 # from linenum
767 # from linenum
768
768
769 cand = self.hash.get(l, [])
769 cand = self.hash.get(l, [])
770 if len(cand) > 1:
770 if len(cand) > 1:
771 # resort our list of potentials forward then back.
771 # resort our list of potentials forward then back.
772 cand.sort(key=lambda x: abs(x - linenum))
772 cand.sort(key=lambda x: abs(x - linenum))
773 return cand
773 return cand
774
774
775 def write_rej(self):
775 def write_rej(self):
776 # our rejects are a little different from patch(1). This always
776 # our rejects are a little different from patch(1). This always
777 # creates rejects in the same form as the original patch. A file
777 # creates rejects in the same form as the original patch. A file
778 # header is inserted so that you can run the reject through patch again
778 # header is inserted so that you can run the reject through patch again
779 # without having to type the filename.
779 # without having to type the filename.
780 if not self.rej:
780 if not self.rej:
781 return
781 return
782 base = os.path.basename(self.fname)
782 base = os.path.basename(self.fname)
783 lines = [b"--- %s\n+++ %s\n" % (base, base)]
783 lines = [b"--- %s\n+++ %s\n" % (base, base)]
784 for x in self.rej:
784 for x in self.rej:
785 for l in x.hunk:
785 for l in x.hunk:
786 lines.append(l)
786 lines.append(l)
787 if l[-1:] != b'\n':
787 if l[-1:] != b'\n':
788 lines.append(b'\n' + diffhelper.MISSING_NEWLINE_MARKER)
788 lines.append(b'\n' + diffhelper.MISSING_NEWLINE_MARKER)
789 self.backend.writerej(self.fname, len(self.rej), self.hunks, lines)
789 self.backend.writerej(self.fname, len(self.rej), self.hunks, lines)
790
790
791 def apply(self, h):
791 def apply(self, h):
792 if not h.complete():
792 if not h.complete():
793 raise PatchError(
793 raise PatchError(
794 _(b"bad hunk #%d %s (%d %d %d %d)")
794 _(b"bad hunk #%d %s (%d %d %d %d)")
795 % (h.number, h.desc, len(h.a), h.lena, len(h.b), h.lenb)
795 % (h.number, h.desc, len(h.a), h.lena, len(h.b), h.lenb)
796 )
796 )
797
797
798 self.hunks += 1
798 self.hunks += 1
799
799
800 if self.missing:
800 if self.missing:
801 self.rej.append(h)
801 self.rej.append(h)
802 return -1
802 return -1
803
803
804 if self.exists and self.create:
804 if self.exists and self.create:
805 if self.copysource:
805 if self.copysource:
806 self.ui.warn(
806 self.ui.warn(
807 _(b"cannot create %s: destination already exists\n")
807 _(b"cannot create %s: destination already exists\n")
808 % self.fname
808 % self.fname
809 )
809 )
810 else:
810 else:
811 self.ui.warn(_(b"file %s already exists\n") % self.fname)
811 self.ui.warn(_(b"file %s already exists\n") % self.fname)
812 self.rej.append(h)
812 self.rej.append(h)
813 return -1
813 return -1
814
814
815 if isinstance(h, binhunk):
815 if isinstance(h, binhunk):
816 if self.remove:
816 if self.remove:
817 self.backend.unlink(self.fname)
817 self.backend.unlink(self.fname)
818 else:
818 else:
819 l = h.new(self.lines)
819 l = h.new(self.lines)
820 self.lines[:] = l
820 self.lines[:] = l
821 self.offset += len(l)
821 self.offset += len(l)
822 self.dirty = True
822 self.dirty = True
823 return 0
823 return 0
824
824
825 horig = h
825 horig = h
826 if (
826 if (
827 self.eolmode in (b'crlf', b'lf')
827 self.eolmode in (b'crlf', b'lf')
828 or self.eolmode == b'auto'
828 or self.eolmode == b'auto'
829 and self.eol
829 and self.eol
830 ):
830 ):
831 # If new eols are going to be normalized, then normalize
831 # If new eols are going to be normalized, then normalize
832 # hunk data before patching. Otherwise, preserve input
832 # hunk data before patching. Otherwise, preserve input
833 # line-endings.
833 # line-endings.
834 h = h.getnormalized()
834 h = h.getnormalized()
835
835
836 # fast case first, no offsets, no fuzz
836 # fast case first, no offsets, no fuzz
837 old, oldstart, new, newstart = h.fuzzit(0, False)
837 old, oldstart, new, newstart = h.fuzzit(0, False)
838 oldstart += self.offset
838 oldstart += self.offset
839 orig_start = oldstart
839 orig_start = oldstart
840 # if there's skew we want to emit the "(offset %d lines)" even
840 # if there's skew we want to emit the "(offset %d lines)" even
841 # when the hunk cleanly applies at start + skew, so skip the
841 # when the hunk cleanly applies at start + skew, so skip the
842 # fast case code
842 # fast case code
843 if self.skew == 0 and diffhelper.testhunk(old, self.lines, oldstart):
843 if self.skew == 0 and diffhelper.testhunk(old, self.lines, oldstart):
844 if self.remove:
844 if self.remove:
845 self.backend.unlink(self.fname)
845 self.backend.unlink(self.fname)
846 else:
846 else:
847 self.lines[oldstart : oldstart + len(old)] = new
847 self.lines[oldstart : oldstart + len(old)] = new
848 self.offset += len(new) - len(old)
848 self.offset += len(new) - len(old)
849 self.dirty = True
849 self.dirty = True
850 return 0
850 return 0
851
851
852 # ok, we couldn't match the hunk. Lets look for offsets and fuzz it
852 # ok, we couldn't match the hunk. Lets look for offsets and fuzz it
853 self.hash = {}
853 self.hash = {}
854 for x, s in enumerate(self.lines):
854 for x, s in enumerate(self.lines):
855 self.hash.setdefault(s, []).append(x)
855 self.hash.setdefault(s, []).append(x)
856
856
857 for fuzzlen in pycompat.xrange(
857 for fuzzlen in pycompat.xrange(
858 self.ui.configint(b"patch", b"fuzz") + 1
858 self.ui.configint(b"patch", b"fuzz") + 1
859 ):
859 ):
860 for toponly in [True, False]:
860 for toponly in [True, False]:
861 old, oldstart, new, newstart = h.fuzzit(fuzzlen, toponly)
861 old, oldstart, new, newstart = h.fuzzit(fuzzlen, toponly)
862 oldstart = oldstart + self.offset + self.skew
862 oldstart = oldstart + self.offset + self.skew
863 oldstart = min(oldstart, len(self.lines))
863 oldstart = min(oldstart, len(self.lines))
864 if old:
864 if old:
865 cand = self.findlines(old[0][1:], oldstart)
865 cand = self.findlines(old[0][1:], oldstart)
866 else:
866 else:
867 # Only adding lines with no or fuzzed context, just
867 # Only adding lines with no or fuzzed context, just
868 # take the skew in account
868 # take the skew in account
869 cand = [oldstart]
869 cand = [oldstart]
870
870
871 for l in cand:
871 for l in cand:
872 if not old or diffhelper.testhunk(old, self.lines, l):
872 if not old or diffhelper.testhunk(old, self.lines, l):
873 self.lines[l : l + len(old)] = new
873 self.lines[l : l + len(old)] = new
874 self.offset += len(new) - len(old)
874 self.offset += len(new) - len(old)
875 self.skew = l - orig_start
875 self.skew = l - orig_start
876 self.dirty = True
876 self.dirty = True
877 offset = l - orig_start - fuzzlen
877 offset = l - orig_start - fuzzlen
878 if fuzzlen:
878 if fuzzlen:
879 msg = _(
879 msg = _(
880 b"Hunk #%d succeeded at %d "
880 b"Hunk #%d succeeded at %d "
881 b"with fuzz %d "
881 b"with fuzz %d "
882 b"(offset %d lines).\n"
882 b"(offset %d lines).\n"
883 )
883 )
884 self.printfile(True)
884 self.printfile(True)
885 self.ui.warn(
885 self.ui.warn(
886 msg % (h.number, l + 1, fuzzlen, offset)
886 msg % (h.number, l + 1, fuzzlen, offset)
887 )
887 )
888 else:
888 else:
889 msg = _(
889 msg = _(
890 b"Hunk #%d succeeded at %d "
890 b"Hunk #%d succeeded at %d "
891 b"(offset %d lines).\n"
891 b"(offset %d lines).\n"
892 )
892 )
893 self.ui.note(msg % (h.number, l + 1, offset))
893 self.ui.note(msg % (h.number, l + 1, offset))
894 return fuzzlen
894 return fuzzlen
895 self.printfile(True)
895 self.printfile(True)
896 self.ui.warn(_(b"Hunk #%d FAILED at %d\n") % (h.number, orig_start))
896 self.ui.warn(_(b"Hunk #%d FAILED at %d\n") % (h.number, orig_start))
897 self.rej.append(horig)
897 self.rej.append(horig)
898 return -1
898 return -1
899
899
900 def close(self):
900 def close(self):
901 if self.dirty:
901 if self.dirty:
902 self.writelines(self.fname, self.lines, self.mode)
902 self.writelines(self.fname, self.lines, self.mode)
903 self.write_rej()
903 self.write_rej()
904 return len(self.rej)
904 return len(self.rej)
905
905
906
906
907 class header(object):
907 class header(object):
908 """patch header"""
908 """patch header"""
909
909
910 diffgit_re = re.compile(b'diff --git a/(.*) b/(.*)$')
910 diffgit_re = re.compile(b'diff --git a/(.*) b/(.*)$')
911 diff_re = re.compile(b'diff -r .* (.*)$')
911 diff_re = re.compile(b'diff -r .* (.*)$')
912 allhunks_re = re.compile(b'(?:index|deleted file) ')
912 allhunks_re = re.compile(b'(?:index|deleted file) ')
913 pretty_re = re.compile(b'(?:new file|deleted file) ')
913 pretty_re = re.compile(b'(?:new file|deleted file) ')
914 special_re = re.compile(b'(?:index|deleted|copy|rename|new mode) ')
914 special_re = re.compile(b'(?:index|deleted|copy|rename|new mode) ')
915 newfile_re = re.compile(b'(?:new file|copy to|rename to)')
915 newfile_re = re.compile(b'(?:new file|copy to|rename to)')
916
916
917 def __init__(self, header):
917 def __init__(self, header):
918 self.header = header
918 self.header = header
919 self.hunks = []
919 self.hunks = []
920
920
921 def binary(self):
921 def binary(self):
922 return any(h.startswith(b'index ') for h in self.header)
922 return any(h.startswith(b'index ') for h in self.header)
923
923
924 def pretty(self, fp):
924 def pretty(self, fp):
925 for h in self.header:
925 for h in self.header:
926 if h.startswith(b'index '):
926 if h.startswith(b'index '):
927 fp.write(_(b'this modifies a binary file (all or nothing)\n'))
927 fp.write(_(b'this modifies a binary file (all or nothing)\n'))
928 break
928 break
929 if self.pretty_re.match(h):
929 if self.pretty_re.match(h):
930 fp.write(h)
930 fp.write(h)
931 if self.binary():
931 if self.binary():
932 fp.write(_(b'this is a binary file\n'))
932 fp.write(_(b'this is a binary file\n'))
933 break
933 break
934 if h.startswith(b'---'):
934 if h.startswith(b'---'):
935 fp.write(
935 fp.write(
936 _(b'%d hunks, %d lines changed\n')
936 _(b'%d hunks, %d lines changed\n')
937 % (
937 % (
938 len(self.hunks),
938 len(self.hunks),
939 sum([max(h.added, h.removed) for h in self.hunks]),
939 sum([max(h.added, h.removed) for h in self.hunks]),
940 )
940 )
941 )
941 )
942 break
942 break
943 fp.write(h)
943 fp.write(h)
944
944
945 def write(self, fp):
945 def write(self, fp):
946 fp.write(b''.join(self.header))
946 fp.write(b''.join(self.header))
947
947
948 def allhunks(self):
948 def allhunks(self):
949 return any(self.allhunks_re.match(h) for h in self.header)
949 return any(self.allhunks_re.match(h) for h in self.header)
950
950
951 def files(self):
951 def files(self):
952 match = self.diffgit_re.match(self.header[0])
952 match = self.diffgit_re.match(self.header[0])
953 if match:
953 if match:
954 fromfile, tofile = match.groups()
954 fromfile, tofile = match.groups()
955 if fromfile == tofile:
955 if fromfile == tofile:
956 return [fromfile]
956 return [fromfile]
957 return [fromfile, tofile]
957 return [fromfile, tofile]
958 else:
958 else:
959 return self.diff_re.match(self.header[0]).groups()
959 return self.diff_re.match(self.header[0]).groups()
960
960
961 def filename(self):
961 def filename(self):
962 return self.files()[-1]
962 return self.files()[-1]
963
963
964 def __repr__(self):
964 def __repr__(self):
965 return '<header %s>' % (
965 return '<header %s>' % (
966 ' '.join(pycompat.rapply(pycompat.fsdecode, self.files()))
966 ' '.join(pycompat.rapply(pycompat.fsdecode, self.files()))
967 )
967 )
968
968
969 def isnewfile(self):
969 def isnewfile(self):
970 return any(self.newfile_re.match(h) for h in self.header)
970 return any(self.newfile_re.match(h) for h in self.header)
971
971
972 def special(self):
972 def special(self):
973 # Special files are shown only at the header level and not at the hunk
973 # Special files are shown only at the header level and not at the hunk
974 # level for example a file that has been deleted is a special file.
974 # level for example a file that has been deleted is a special file.
975 # The user cannot change the content of the operation, in the case of
975 # The user cannot change the content of the operation, in the case of
976 # the deleted file he has to take the deletion or not take it, he
976 # the deleted file he has to take the deletion or not take it, he
977 # cannot take some of it.
977 # cannot take some of it.
978 # Newly added files are special if they are empty, they are not special
978 # Newly added files are special if they are empty, they are not special
979 # if they have some content as we want to be able to change it
979 # if they have some content as we want to be able to change it
980 nocontent = len(self.header) == 2
980 nocontent = len(self.header) == 2
981 emptynewfile = self.isnewfile() and nocontent
981 emptynewfile = self.isnewfile() and nocontent
982 return emptynewfile or any(
982 return emptynewfile or any(
983 self.special_re.match(h) for h in self.header
983 self.special_re.match(h) for h in self.header
984 )
984 )
985
985
986
986
987 class recordhunk(object):
987 class recordhunk(object):
988 """patch hunk
988 """patch hunk
989
989
990 XXX shouldn't we merge this with the other hunk class?
990 XXX shouldn't we merge this with the other hunk class?
991 """
991 """
992
992
993 def __init__(
993 def __init__(
994 self,
994 self,
995 header,
995 header,
996 fromline,
996 fromline,
997 toline,
997 toline,
998 proc,
998 proc,
999 before,
999 before,
1000 hunk,
1000 hunk,
1001 after,
1001 after,
1002 maxcontext=None,
1002 maxcontext=None,
1003 ):
1003 ):
1004 def trimcontext(lines, reverse=False):
1004 def trimcontext(lines, reverse=False):
1005 if maxcontext is not None:
1005 if maxcontext is not None:
1006 delta = len(lines) - maxcontext
1006 delta = len(lines) - maxcontext
1007 if delta > 0:
1007 if delta > 0:
1008 if reverse:
1008 if reverse:
1009 return delta, lines[delta:]
1009 return delta, lines[delta:]
1010 else:
1010 else:
1011 return delta, lines[:maxcontext]
1011 return delta, lines[:maxcontext]
1012 return 0, lines
1012 return 0, lines
1013
1013
1014 self.header = header
1014 self.header = header
1015 trimedbefore, self.before = trimcontext(before, True)
1015 trimedbefore, self.before = trimcontext(before, True)
1016 self.fromline = fromline + trimedbefore
1016 self.fromline = fromline + trimedbefore
1017 self.toline = toline + trimedbefore
1017 self.toline = toline + trimedbefore
1018 _trimedafter, self.after = trimcontext(after, False)
1018 _trimedafter, self.after = trimcontext(after, False)
1019 self.proc = proc
1019 self.proc = proc
1020 self.hunk = hunk
1020 self.hunk = hunk
1021 self.added, self.removed = self.countchanges(self.hunk)
1021 self.added, self.removed = self.countchanges(self.hunk)
1022
1022
1023 def __eq__(self, v):
1023 def __eq__(self, v):
1024 if not isinstance(v, recordhunk):
1024 if not isinstance(v, recordhunk):
1025 return False
1025 return False
1026
1026
1027 return (
1027 return (
1028 (v.hunk == self.hunk)
1028 (v.hunk == self.hunk)
1029 and (v.proc == self.proc)
1029 and (v.proc == self.proc)
1030 and (self.fromline == v.fromline)
1030 and (self.fromline == v.fromline)
1031 and (self.header.files() == v.header.files())
1031 and (self.header.files() == v.header.files())
1032 )
1032 )
1033
1033
1034 def __hash__(self):
1034 def __hash__(self):
1035 return hash(
1035 return hash(
1036 (
1036 (
1037 tuple(self.hunk),
1037 tuple(self.hunk),
1038 tuple(self.header.files()),
1038 tuple(self.header.files()),
1039 self.fromline,
1039 self.fromline,
1040 self.proc,
1040 self.proc,
1041 )
1041 )
1042 )
1042 )
1043
1043
1044 def countchanges(self, hunk):
1044 def countchanges(self, hunk):
1045 """hunk -> (n+,n-)"""
1045 """hunk -> (n+,n-)"""
1046 add = len([h for h in hunk if h.startswith(b'+')])
1046 add = len([h for h in hunk if h.startswith(b'+')])
1047 rem = len([h for h in hunk if h.startswith(b'-')])
1047 rem = len([h for h in hunk if h.startswith(b'-')])
1048 return add, rem
1048 return add, rem
1049
1049
1050 def reversehunk(self):
1050 def reversehunk(self):
1051 """return another recordhunk which is the reverse of the hunk
1051 """return another recordhunk which is the reverse of the hunk
1052
1052
1053 If this hunk is diff(A, B), the returned hunk is diff(B, A). To do
1053 If this hunk is diff(A, B), the returned hunk is diff(B, A). To do
1054 that, swap fromline/toline and +/- signs while keep other things
1054 that, swap fromline/toline and +/- signs while keep other things
1055 unchanged.
1055 unchanged.
1056 """
1056 """
1057 m = {b'+': b'-', b'-': b'+', b'\\': b'\\'}
1057 m = {b'+': b'-', b'-': b'+', b'\\': b'\\'}
1058 hunk = [b'%s%s' % (m[l[0:1]], l[1:]) for l in self.hunk]
1058 hunk = [b'%s%s' % (m[l[0:1]], l[1:]) for l in self.hunk]
1059 return recordhunk(
1059 return recordhunk(
1060 self.header,
1060 self.header,
1061 self.toline,
1061 self.toline,
1062 self.fromline,
1062 self.fromline,
1063 self.proc,
1063 self.proc,
1064 self.before,
1064 self.before,
1065 hunk,
1065 hunk,
1066 self.after,
1066 self.after,
1067 )
1067 )
1068
1068
1069 def write(self, fp):
1069 def write(self, fp):
1070 delta = len(self.before) + len(self.after)
1070 delta = len(self.before) + len(self.after)
1071 if self.after and self.after[-1] == diffhelper.MISSING_NEWLINE_MARKER:
1071 if self.after and self.after[-1] == diffhelper.MISSING_NEWLINE_MARKER:
1072 delta -= 1
1072 delta -= 1
1073 fromlen = delta + self.removed
1073 fromlen = delta + self.removed
1074 tolen = delta + self.added
1074 tolen = delta + self.added
1075 fp.write(
1075 fp.write(
1076 b'@@ -%d,%d +%d,%d @@%s\n'
1076 b'@@ -%d,%d +%d,%d @@%s\n'
1077 % (
1077 % (
1078 self.fromline,
1078 self.fromline,
1079 fromlen,
1079 fromlen,
1080 self.toline,
1080 self.toline,
1081 tolen,
1081 tolen,
1082 self.proc and (b' ' + self.proc),
1082 self.proc and (b' ' + self.proc),
1083 )
1083 )
1084 )
1084 )
1085 fp.write(b''.join(self.before + self.hunk + self.after))
1085 fp.write(b''.join(self.before + self.hunk + self.after))
1086
1086
1087 pretty = write
1087 pretty = write
1088
1088
1089 def filename(self):
1089 def filename(self):
1090 return self.header.filename()
1090 return self.header.filename()
1091
1091
1092 @encoding.strmethod
1092 @encoding.strmethod
1093 def __repr__(self):
1093 def __repr__(self):
1094 return b'<hunk %r@%d>' % (self.filename(), self.fromline)
1094 return b'<hunk %r@%d>' % (self.filename(), self.fromline)
1095
1095
1096
1096
1097 def getmessages():
1097 def getmessages():
1098 return {
1098 return {
1099 b'multiple': {
1099 b'multiple': {
1100 b'apply': _(b"apply change %d/%d to '%s'?"),
1100 b'apply': _(b"apply change %d/%d to '%s'?"),
1101 b'discard': _(b"discard change %d/%d to '%s'?"),
1101 b'discard': _(b"discard change %d/%d to '%s'?"),
1102 b'keep': _(b"keep change %d/%d to '%s'?"),
1102 b'keep': _(b"keep change %d/%d to '%s'?"),
1103 b'record': _(b"record change %d/%d to '%s'?"),
1103 b'record': _(b"record change %d/%d to '%s'?"),
1104 },
1104 },
1105 b'single': {
1105 b'single': {
1106 b'apply': _(b"apply this change to '%s'?"),
1106 b'apply': _(b"apply this change to '%s'?"),
1107 b'discard': _(b"discard this change to '%s'?"),
1107 b'discard': _(b"discard this change to '%s'?"),
1108 b'keep': _(b"keep this change to '%s'?"),
1108 b'keep': _(b"keep this change to '%s'?"),
1109 b'record': _(b"record this change to '%s'?"),
1109 b'record': _(b"record this change to '%s'?"),
1110 },
1110 },
1111 b'help': {
1111 b'help': {
1112 b'apply': _(
1112 b'apply': _(
1113 b'[Ynesfdaq?]'
1113 b'[Ynesfdaq?]'
1114 b'$$ &Yes, apply this change'
1114 b'$$ &Yes, apply this change'
1115 b'$$ &No, skip this change'
1115 b'$$ &No, skip this change'
1116 b'$$ &Edit this change manually'
1116 b'$$ &Edit this change manually'
1117 b'$$ &Skip remaining changes to this file'
1117 b'$$ &Skip remaining changes to this file'
1118 b'$$ Apply remaining changes to this &file'
1118 b'$$ Apply remaining changes to this &file'
1119 b'$$ &Done, skip remaining changes and files'
1119 b'$$ &Done, skip remaining changes and files'
1120 b'$$ Apply &all changes to all remaining files'
1120 b'$$ Apply &all changes to all remaining files'
1121 b'$$ &Quit, applying no changes'
1121 b'$$ &Quit, applying no changes'
1122 b'$$ &? (display help)'
1122 b'$$ &? (display help)'
1123 ),
1123 ),
1124 b'discard': _(
1124 b'discard': _(
1125 b'[Ynesfdaq?]'
1125 b'[Ynesfdaq?]'
1126 b'$$ &Yes, discard this change'
1126 b'$$ &Yes, discard this change'
1127 b'$$ &No, skip this change'
1127 b'$$ &No, skip this change'
1128 b'$$ &Edit this change manually'
1128 b'$$ &Edit this change manually'
1129 b'$$ &Skip remaining changes to this file'
1129 b'$$ &Skip remaining changes to this file'
1130 b'$$ Discard remaining changes to this &file'
1130 b'$$ Discard remaining changes to this &file'
1131 b'$$ &Done, skip remaining changes and files'
1131 b'$$ &Done, skip remaining changes and files'
1132 b'$$ Discard &all changes to all remaining files'
1132 b'$$ Discard &all changes to all remaining files'
1133 b'$$ &Quit, discarding no changes'
1133 b'$$ &Quit, discarding no changes'
1134 b'$$ &? (display help)'
1134 b'$$ &? (display help)'
1135 ),
1135 ),
1136 b'keep': _(
1136 b'keep': _(
1137 b'[Ynesfdaq?]'
1137 b'[Ynesfdaq?]'
1138 b'$$ &Yes, keep this change'
1138 b'$$ &Yes, keep this change'
1139 b'$$ &No, skip this change'
1139 b'$$ &No, skip this change'
1140 b'$$ &Edit this change manually'
1140 b'$$ &Edit this change manually'
1141 b'$$ &Skip remaining changes to this file'
1141 b'$$ &Skip remaining changes to this file'
1142 b'$$ Keep remaining changes to this &file'
1142 b'$$ Keep remaining changes to this &file'
1143 b'$$ &Done, skip remaining changes and files'
1143 b'$$ &Done, skip remaining changes and files'
1144 b'$$ Keep &all changes to all remaining files'
1144 b'$$ Keep &all changes to all remaining files'
1145 b'$$ &Quit, keeping all changes'
1145 b'$$ &Quit, keeping all changes'
1146 b'$$ &? (display help)'
1146 b'$$ &? (display help)'
1147 ),
1147 ),
1148 b'record': _(
1148 b'record': _(
1149 b'[Ynesfdaq?]'
1149 b'[Ynesfdaq?]'
1150 b'$$ &Yes, record this change'
1150 b'$$ &Yes, record this change'
1151 b'$$ &No, skip this change'
1151 b'$$ &No, skip this change'
1152 b'$$ &Edit this change manually'
1152 b'$$ &Edit this change manually'
1153 b'$$ &Skip remaining changes to this file'
1153 b'$$ &Skip remaining changes to this file'
1154 b'$$ Record remaining changes to this &file'
1154 b'$$ Record remaining changes to this &file'
1155 b'$$ &Done, skip remaining changes and files'
1155 b'$$ &Done, skip remaining changes and files'
1156 b'$$ Record &all changes to all remaining files'
1156 b'$$ Record &all changes to all remaining files'
1157 b'$$ &Quit, recording no changes'
1157 b'$$ &Quit, recording no changes'
1158 b'$$ &? (display help)'
1158 b'$$ &? (display help)'
1159 ),
1159 ),
1160 },
1160 },
1161 }
1161 }
1162
1162
1163
1163
1164 def filterpatch(ui, headers, match, operation=None):
1164 def filterpatch(ui, headers, match, operation=None):
1165 """Interactively filter patch chunks into applied-only chunks"""
1165 """Interactively filter patch chunks into applied-only chunks"""
1166 messages = getmessages()
1166 messages = getmessages()
1167
1167
1168 if operation is None:
1168 if operation is None:
1169 operation = b'record'
1169 operation = b'record'
1170
1170
1171 def prompt(skipfile, skipall, query, chunk):
1171 def prompt(skipfile, skipall, query, chunk):
1172 """prompt query, and process base inputs
1172 """prompt query, and process base inputs
1173
1173
1174 - y/n for the rest of file
1174 - y/n for the rest of file
1175 - y/n for the rest
1175 - y/n for the rest
1176 - ? (help)
1176 - ? (help)
1177 - q (quit)
1177 - q (quit)
1178
1178
1179 Return True/False and possibly updated skipfile and skipall.
1179 Return True/False and possibly updated skipfile and skipall.
1180 """
1180 """
1181 newpatches = None
1181 newpatches = None
1182 if skipall is not None:
1182 if skipall is not None:
1183 return skipall, skipfile, skipall, newpatches
1183 return skipall, skipfile, skipall, newpatches
1184 if skipfile is not None:
1184 if skipfile is not None:
1185 return skipfile, skipfile, skipall, newpatches
1185 return skipfile, skipfile, skipall, newpatches
1186 while True:
1186 while True:
1187 resps = messages[b'help'][operation]
1187 resps = messages[b'help'][operation]
1188 # IMPORTANT: keep the last line of this prompt short (<40 english
1188 # IMPORTANT: keep the last line of this prompt short (<40 english
1189 # chars is a good target) because of issue6158.
1189 # chars is a good target) because of issue6158.
1190 r = ui.promptchoice(b"%s\n(enter ? for help) %s" % (query, resps))
1190 r = ui.promptchoice(b"%s\n(enter ? for help) %s" % (query, resps))
1191 ui.write(b"\n")
1191 ui.write(b"\n")
1192 if r == 8: # ?
1192 if r == 8: # ?
1193 for c, t in ui.extractchoices(resps)[1]:
1193 for c, t in ui.extractchoices(resps)[1]:
1194 ui.write(b'%s - %s\n' % (c, encoding.lower(t)))
1194 ui.write(b'%s - %s\n' % (c, encoding.lower(t)))
1195 continue
1195 continue
1196 elif r == 0: # yes
1196 elif r == 0: # yes
1197 ret = True
1197 ret = True
1198 elif r == 1: # no
1198 elif r == 1: # no
1199 ret = False
1199 ret = False
1200 elif r == 2: # Edit patch
1200 elif r == 2: # Edit patch
1201 if chunk is None:
1201 if chunk is None:
1202 ui.write(_(b'cannot edit patch for whole file'))
1202 ui.write(_(b'cannot edit patch for whole file'))
1203 ui.write(b"\n")
1203 ui.write(b"\n")
1204 continue
1204 continue
1205 if chunk.header.binary():
1205 if chunk.header.binary():
1206 ui.write(_(b'cannot edit patch for binary file'))
1206 ui.write(_(b'cannot edit patch for binary file'))
1207 ui.write(b"\n")
1207 ui.write(b"\n")
1208 continue
1208 continue
1209 # Patch comment based on the Git one (based on comment at end of
1209 # Patch comment based on the Git one (based on comment at end of
1210 # https://mercurial-scm.org/wiki/RecordExtension)
1210 # https://mercurial-scm.org/wiki/RecordExtension)
1211 phelp = b'---' + _(
1211 phelp = b'---' + _(
1212 """
1212 """
1213 To remove '-' lines, make them ' ' lines (context).
1213 To remove '-' lines, make them ' ' lines (context).
1214 To remove '+' lines, delete them.
1214 To remove '+' lines, delete them.
1215 Lines starting with # will be removed from the patch.
1215 Lines starting with # will be removed from the patch.
1216
1216
1217 If the patch applies cleanly, the edited hunk will immediately be
1217 If the patch applies cleanly, the edited hunk will immediately be
1218 added to the record list. If it does not apply cleanly, a rejects
1218 added to the record list. If it does not apply cleanly, a rejects
1219 file will be generated: you can use that when you try again. If
1219 file will be generated: you can use that when you try again. If
1220 all lines of the hunk are removed, then the edit is aborted and
1220 all lines of the hunk are removed, then the edit is aborted and
1221 the hunk is left unchanged.
1221 the hunk is left unchanged.
1222 """
1222 """
1223 )
1223 )
1224 (patchfd, patchfn) = pycompat.mkstemp(
1224 (patchfd, patchfn) = pycompat.mkstemp(
1225 prefix=b"hg-editor-", suffix=b".diff"
1225 prefix=b"hg-editor-", suffix=b".diff"
1226 )
1226 )
1227 ncpatchfp = None
1227 ncpatchfp = None
1228 try:
1228 try:
1229 # Write the initial patch
1229 # Write the initial patch
1230 f = util.nativeeolwriter(os.fdopen(patchfd, 'wb'))
1230 f = util.nativeeolwriter(os.fdopen(patchfd, 'wb'))
1231 chunk.header.write(f)
1231 chunk.header.write(f)
1232 chunk.write(f)
1232 chunk.write(f)
1233 f.write(
1233 f.write(
1234 b''.join(
1234 b''.join(
1235 [b'# ' + i + b'\n' for i in phelp.splitlines()]
1235 [b'# ' + i + b'\n' for i in phelp.splitlines()]
1236 )
1236 )
1237 )
1237 )
1238 f.close()
1238 f.close()
1239 # Start the editor and wait for it to complete
1239 # Start the editor and wait for it to complete
1240 editor = ui.geteditor()
1240 editor = ui.geteditor()
1241 ret = ui.system(
1241 ret = ui.system(
1242 b"%s \"%s\"" % (editor, patchfn),
1242 b"%s \"%s\"" % (editor, patchfn),
1243 environ={b'HGUSER': ui.username()},
1243 environ={b'HGUSER': ui.username()},
1244 blockedtag=b'filterpatch',
1244 blockedtag=b'filterpatch',
1245 )
1245 )
1246 if ret != 0:
1246 if ret != 0:
1247 ui.warn(_(b"editor exited with exit code %d\n") % ret)
1247 ui.warn(_(b"editor exited with exit code %d\n") % ret)
1248 continue
1248 continue
1249 # Remove comment lines
1249 # Remove comment lines
1250 patchfp = open(patchfn, 'rb')
1250 patchfp = open(patchfn, 'rb')
1251 ncpatchfp = stringio()
1251 ncpatchfp = stringio()
1252 for line in util.iterfile(patchfp):
1252 for line in util.iterfile(patchfp):
1253 line = util.fromnativeeol(line)
1253 line = util.fromnativeeol(line)
1254 if not line.startswith(b'#'):
1254 if not line.startswith(b'#'):
1255 ncpatchfp.write(line)
1255 ncpatchfp.write(line)
1256 patchfp.close()
1256 patchfp.close()
1257 ncpatchfp.seek(0)
1257 ncpatchfp.seek(0)
1258 newpatches = parsepatch(ncpatchfp)
1258 newpatches = parsepatch(ncpatchfp)
1259 finally:
1259 finally:
1260 os.unlink(patchfn)
1260 os.unlink(patchfn)
1261 del ncpatchfp
1261 del ncpatchfp
1262 # Signal that the chunk shouldn't be applied as-is, but
1262 # Signal that the chunk shouldn't be applied as-is, but
1263 # provide the new patch to be used instead.
1263 # provide the new patch to be used instead.
1264 ret = False
1264 ret = False
1265 elif r == 3: # Skip
1265 elif r == 3: # Skip
1266 ret = skipfile = False
1266 ret = skipfile = False
1267 elif r == 4: # file (Record remaining)
1267 elif r == 4: # file (Record remaining)
1268 ret = skipfile = True
1268 ret = skipfile = True
1269 elif r == 5: # done, skip remaining
1269 elif r == 5: # done, skip remaining
1270 ret = skipall = False
1270 ret = skipall = False
1271 elif r == 6: # all
1271 elif r == 6: # all
1272 ret = skipall = True
1272 ret = skipall = True
1273 elif r == 7: # quit
1273 elif r == 7: # quit
1274 raise error.CanceledError(_(b'user quit'))
1274 raise error.CanceledError(_(b'user quit'))
1275 return ret, skipfile, skipall, newpatches
1275 return ret, skipfile, skipall, newpatches
1276
1276
1277 seen = set()
1277 seen = set()
1278 applied = {} # 'filename' -> [] of chunks
1278 applied = {} # 'filename' -> [] of chunks
1279 skipfile, skipall = None, None
1279 skipfile, skipall = None, None
1280 pos, total = 1, sum(len(h.hunks) for h in headers)
1280 pos, total = 1, sum(len(h.hunks) for h in headers)
1281 for h in headers:
1281 for h in headers:
1282 pos += len(h.hunks)
1282 pos += len(h.hunks)
1283 skipfile = None
1283 skipfile = None
1284 fixoffset = 0
1284 fixoffset = 0
1285 hdr = b''.join(h.header)
1285 hdr = b''.join(h.header)
1286 if hdr in seen:
1286 if hdr in seen:
1287 continue
1287 continue
1288 seen.add(hdr)
1288 seen.add(hdr)
1289 if skipall is None:
1289 if skipall is None:
1290 h.pretty(ui)
1290 h.pretty(ui)
1291 files = h.files()
1291 files = h.files()
1292 msg = _(b'examine changes to %s?') % _(b' and ').join(
1292 msg = _(b'examine changes to %s?') % _(b' and ').join(
1293 b"'%s'" % f for f in files
1293 b"'%s'" % f for f in files
1294 )
1294 )
1295 if all(match.exact(f) for f in files):
1295 if all(match.exact(f) for f in files):
1296 r, skipall, np = True, None, None
1296 r, skipall, np = True, None, None
1297 else:
1297 else:
1298 r, skipfile, skipall, np = prompt(skipfile, skipall, msg, None)
1298 r, skipfile, skipall, np = prompt(skipfile, skipall, msg, None)
1299 if not r:
1299 if not r:
1300 continue
1300 continue
1301 applied[h.filename()] = [h]
1301 applied[h.filename()] = [h]
1302 if h.allhunks():
1302 if h.allhunks():
1303 applied[h.filename()] += h.hunks
1303 applied[h.filename()] += h.hunks
1304 continue
1304 continue
1305 for i, chunk in enumerate(h.hunks):
1305 for i, chunk in enumerate(h.hunks):
1306 if skipfile is None and skipall is None:
1306 if skipfile is None and skipall is None:
1307 chunk.pretty(ui)
1307 chunk.pretty(ui)
1308 if total == 1:
1308 if total == 1:
1309 msg = messages[b'single'][operation] % chunk.filename()
1309 msg = messages[b'single'][operation] % chunk.filename()
1310 else:
1310 else:
1311 idx = pos - len(h.hunks) + i
1311 idx = pos - len(h.hunks) + i
1312 msg = messages[b'multiple'][operation] % (
1312 msg = messages[b'multiple'][operation] % (
1313 idx,
1313 idx,
1314 total,
1314 total,
1315 chunk.filename(),
1315 chunk.filename(),
1316 )
1316 )
1317 r, skipfile, skipall, newpatches = prompt(
1317 r, skipfile, skipall, newpatches = prompt(
1318 skipfile, skipall, msg, chunk
1318 skipfile, skipall, msg, chunk
1319 )
1319 )
1320 if r:
1320 if r:
1321 if fixoffset:
1321 if fixoffset:
1322 chunk = copy.copy(chunk)
1322 chunk = copy.copy(chunk)
1323 chunk.toline += fixoffset
1323 chunk.toline += fixoffset
1324 applied[chunk.filename()].append(chunk)
1324 applied[chunk.filename()].append(chunk)
1325 elif newpatches is not None:
1325 elif newpatches is not None:
1326 for newpatch in newpatches:
1326 for newpatch in newpatches:
1327 for newhunk in newpatch.hunks:
1327 for newhunk in newpatch.hunks:
1328 if fixoffset:
1328 if fixoffset:
1329 newhunk.toline += fixoffset
1329 newhunk.toline += fixoffset
1330 applied[newhunk.filename()].append(newhunk)
1330 applied[newhunk.filename()].append(newhunk)
1331 else:
1331 else:
1332 fixoffset += chunk.removed - chunk.added
1332 fixoffset += chunk.removed - chunk.added
1333 return (
1333 return (
1334 sum(
1334 sum(
1335 [
1335 [
1336 h
1336 h
1337 for h in pycompat.itervalues(applied)
1337 for h in pycompat.itervalues(applied)
1338 if h[0].special() or len(h) > 1
1338 if h[0].special() or len(h) > 1
1339 ],
1339 ],
1340 [],
1340 [],
1341 ),
1341 ),
1342 {},
1342 {},
1343 )
1343 )
1344
1344
1345
1345
1346 class hunk(object):
1346 class hunk(object):
1347 def __init__(self, desc, num, lr, context):
1347 def __init__(self, desc, num, lr, context):
1348 self.number = num
1348 self.number = num
1349 self.desc = desc
1349 self.desc = desc
1350 self.hunk = [desc]
1350 self.hunk = [desc]
1351 self.a = []
1351 self.a = []
1352 self.b = []
1352 self.b = []
1353 self.starta = self.lena = None
1353 self.starta = self.lena = None
1354 self.startb = self.lenb = None
1354 self.startb = self.lenb = None
1355 if lr is not None:
1355 if lr is not None:
1356 if context:
1356 if context:
1357 self.read_context_hunk(lr)
1357 self.read_context_hunk(lr)
1358 else:
1358 else:
1359 self.read_unified_hunk(lr)
1359 self.read_unified_hunk(lr)
1360
1360
1361 def getnormalized(self):
1361 def getnormalized(self):
1362 """Return a copy with line endings normalized to LF."""
1362 """Return a copy with line endings normalized to LF."""
1363
1363
1364 def normalize(lines):
1364 def normalize(lines):
1365 nlines = []
1365 nlines = []
1366 for line in lines:
1366 for line in lines:
1367 if line.endswith(b'\r\n'):
1367 if line.endswith(b'\r\n'):
1368 line = line[:-2] + b'\n'
1368 line = line[:-2] + b'\n'
1369 nlines.append(line)
1369 nlines.append(line)
1370 return nlines
1370 return nlines
1371
1371
1372 # Dummy object, it is rebuilt manually
1372 # Dummy object, it is rebuilt manually
1373 nh = hunk(self.desc, self.number, None, None)
1373 nh = hunk(self.desc, self.number, None, None)
1374 nh.number = self.number
1374 nh.number = self.number
1375 nh.desc = self.desc
1375 nh.desc = self.desc
1376 nh.hunk = self.hunk
1376 nh.hunk = self.hunk
1377 nh.a = normalize(self.a)
1377 nh.a = normalize(self.a)
1378 nh.b = normalize(self.b)
1378 nh.b = normalize(self.b)
1379 nh.starta = self.starta
1379 nh.starta = self.starta
1380 nh.startb = self.startb
1380 nh.startb = self.startb
1381 nh.lena = self.lena
1381 nh.lena = self.lena
1382 nh.lenb = self.lenb
1382 nh.lenb = self.lenb
1383 return nh
1383 return nh
1384
1384
1385 def read_unified_hunk(self, lr):
1385 def read_unified_hunk(self, lr):
1386 m = unidesc.match(self.desc)
1386 m = unidesc.match(self.desc)
1387 if not m:
1387 if not m:
1388 raise PatchError(_(b"bad hunk #%d") % self.number)
1388 raise PatchError(_(b"bad hunk #%d") % self.number)
1389 self.starta, self.lena, self.startb, self.lenb = m.groups()
1389 self.starta, self.lena, self.startb, self.lenb = m.groups()
1390 if self.lena is None:
1390 if self.lena is None:
1391 self.lena = 1
1391 self.lena = 1
1392 else:
1392 else:
1393 self.lena = int(self.lena)
1393 self.lena = int(self.lena)
1394 if self.lenb is None:
1394 if self.lenb is None:
1395 self.lenb = 1
1395 self.lenb = 1
1396 else:
1396 else:
1397 self.lenb = int(self.lenb)
1397 self.lenb = int(self.lenb)
1398 self.starta = int(self.starta)
1398 self.starta = int(self.starta)
1399 self.startb = int(self.startb)
1399 self.startb = int(self.startb)
1400 try:
1400 try:
1401 diffhelper.addlines(
1401 diffhelper.addlines(
1402 lr, self.hunk, self.lena, self.lenb, self.a, self.b
1402 lr, self.hunk, self.lena, self.lenb, self.a, self.b
1403 )
1403 )
1404 except error.ParseError as e:
1404 except error.ParseError as e:
1405 raise PatchError(_(b"bad hunk #%d: %s") % (self.number, e))
1405 raise PatchError(_(b"bad hunk #%d: %s") % (self.number, e))
1406 # if we hit eof before finishing out the hunk, the last line will
1406 # if we hit eof before finishing out the hunk, the last line will
1407 # be zero length. Lets try to fix it up.
1407 # be zero length. Lets try to fix it up.
1408 while len(self.hunk[-1]) == 0:
1408 while len(self.hunk[-1]) == 0:
1409 del self.hunk[-1]
1409 del self.hunk[-1]
1410 del self.a[-1]
1410 del self.a[-1]
1411 del self.b[-1]
1411 del self.b[-1]
1412 self.lena -= 1
1412 self.lena -= 1
1413 self.lenb -= 1
1413 self.lenb -= 1
1414 self._fixnewline(lr)
1414 self._fixnewline(lr)
1415
1415
1416 def read_context_hunk(self, lr):
1416 def read_context_hunk(self, lr):
1417 self.desc = lr.readline()
1417 self.desc = lr.readline()
1418 m = contextdesc.match(self.desc)
1418 m = contextdesc.match(self.desc)
1419 if not m:
1419 if not m:
1420 raise PatchError(_(b"bad hunk #%d") % self.number)
1420 raise PatchError(_(b"bad hunk #%d") % self.number)
1421 self.starta, aend = m.groups()
1421 self.starta, aend = m.groups()
1422 self.starta = int(self.starta)
1422 self.starta = int(self.starta)
1423 if aend is None:
1423 if aend is None:
1424 aend = self.starta
1424 aend = self.starta
1425 self.lena = int(aend) - self.starta
1425 self.lena = int(aend) - self.starta
1426 if self.starta:
1426 if self.starta:
1427 self.lena += 1
1427 self.lena += 1
1428 for x in pycompat.xrange(self.lena):
1428 for x in pycompat.xrange(self.lena):
1429 l = lr.readline()
1429 l = lr.readline()
1430 if l.startswith(b'---'):
1430 if l.startswith(b'---'):
1431 # lines addition, old block is empty
1431 # lines addition, old block is empty
1432 lr.push(l)
1432 lr.push(l)
1433 break
1433 break
1434 s = l[2:]
1434 s = l[2:]
1435 if l.startswith(b'- ') or l.startswith(b'! '):
1435 if l.startswith(b'- ') or l.startswith(b'! '):
1436 u = b'-' + s
1436 u = b'-' + s
1437 elif l.startswith(b' '):
1437 elif l.startswith(b' '):
1438 u = b' ' + s
1438 u = b' ' + s
1439 else:
1439 else:
1440 raise PatchError(
1440 raise PatchError(
1441 _(b"bad hunk #%d old text line %d") % (self.number, x)
1441 _(b"bad hunk #%d old text line %d") % (self.number, x)
1442 )
1442 )
1443 self.a.append(u)
1443 self.a.append(u)
1444 self.hunk.append(u)
1444 self.hunk.append(u)
1445
1445
1446 l = lr.readline()
1446 l = lr.readline()
1447 if l.startswith(br'\ '):
1447 if l.startswith(br'\ '):
1448 s = self.a[-1][:-1]
1448 s = self.a[-1][:-1]
1449 self.a[-1] = s
1449 self.a[-1] = s
1450 self.hunk[-1] = s
1450 self.hunk[-1] = s
1451 l = lr.readline()
1451 l = lr.readline()
1452 m = contextdesc.match(l)
1452 m = contextdesc.match(l)
1453 if not m:
1453 if not m:
1454 raise PatchError(_(b"bad hunk #%d") % self.number)
1454 raise PatchError(_(b"bad hunk #%d") % self.number)
1455 self.startb, bend = m.groups()
1455 self.startb, bend = m.groups()
1456 self.startb = int(self.startb)
1456 self.startb = int(self.startb)
1457 if bend is None:
1457 if bend is None:
1458 bend = self.startb
1458 bend = self.startb
1459 self.lenb = int(bend) - self.startb
1459 self.lenb = int(bend) - self.startb
1460 if self.startb:
1460 if self.startb:
1461 self.lenb += 1
1461 self.lenb += 1
1462 hunki = 1
1462 hunki = 1
1463 for x in pycompat.xrange(self.lenb):
1463 for x in pycompat.xrange(self.lenb):
1464 l = lr.readline()
1464 l = lr.readline()
1465 if l.startswith(br'\ '):
1465 if l.startswith(br'\ '):
1466 # XXX: the only way to hit this is with an invalid line range.
1466 # XXX: the only way to hit this is with an invalid line range.
1467 # The no-eol marker is not counted in the line range, but I
1467 # The no-eol marker is not counted in the line range, but I
1468 # guess there are diff(1) out there which behave differently.
1468 # guess there are diff(1) out there which behave differently.
1469 s = self.b[-1][:-1]
1469 s = self.b[-1][:-1]
1470 self.b[-1] = s
1470 self.b[-1] = s
1471 self.hunk[hunki - 1] = s
1471 self.hunk[hunki - 1] = s
1472 continue
1472 continue
1473 if not l:
1473 if not l:
1474 # line deletions, new block is empty and we hit EOF
1474 # line deletions, new block is empty and we hit EOF
1475 lr.push(l)
1475 lr.push(l)
1476 break
1476 break
1477 s = l[2:]
1477 s = l[2:]
1478 if l.startswith(b'+ ') or l.startswith(b'! '):
1478 if l.startswith(b'+ ') or l.startswith(b'! '):
1479 u = b'+' + s
1479 u = b'+' + s
1480 elif l.startswith(b' '):
1480 elif l.startswith(b' '):
1481 u = b' ' + s
1481 u = b' ' + s
1482 elif len(self.b) == 0:
1482 elif len(self.b) == 0:
1483 # line deletions, new block is empty
1483 # line deletions, new block is empty
1484 lr.push(l)
1484 lr.push(l)
1485 break
1485 break
1486 else:
1486 else:
1487 raise PatchError(
1487 raise PatchError(
1488 _(b"bad hunk #%d old text line %d") % (self.number, x)
1488 _(b"bad hunk #%d old text line %d") % (self.number, x)
1489 )
1489 )
1490 self.b.append(s)
1490 self.b.append(s)
1491 while True:
1491 while True:
1492 if hunki >= len(self.hunk):
1492 if hunki >= len(self.hunk):
1493 h = b""
1493 h = b""
1494 else:
1494 else:
1495 h = self.hunk[hunki]
1495 h = self.hunk[hunki]
1496 hunki += 1
1496 hunki += 1
1497 if h == u:
1497 if h == u:
1498 break
1498 break
1499 elif h.startswith(b'-'):
1499 elif h.startswith(b'-'):
1500 continue
1500 continue
1501 else:
1501 else:
1502 self.hunk.insert(hunki - 1, u)
1502 self.hunk.insert(hunki - 1, u)
1503 break
1503 break
1504
1504
1505 if not self.a:
1505 if not self.a:
1506 # this happens when lines were only added to the hunk
1506 # this happens when lines were only added to the hunk
1507 for x in self.hunk:
1507 for x in self.hunk:
1508 if x.startswith(b'-') or x.startswith(b' '):
1508 if x.startswith(b'-') or x.startswith(b' '):
1509 self.a.append(x)
1509 self.a.append(x)
1510 if not self.b:
1510 if not self.b:
1511 # this happens when lines were only deleted from the hunk
1511 # this happens when lines were only deleted from the hunk
1512 for x in self.hunk:
1512 for x in self.hunk:
1513 if x.startswith(b'+') or x.startswith(b' '):
1513 if x.startswith(b'+') or x.startswith(b' '):
1514 self.b.append(x[1:])
1514 self.b.append(x[1:])
1515 # @@ -start,len +start,len @@
1515 # @@ -start,len +start,len @@
1516 self.desc = b"@@ -%d,%d +%d,%d @@\n" % (
1516 self.desc = b"@@ -%d,%d +%d,%d @@\n" % (
1517 self.starta,
1517 self.starta,
1518 self.lena,
1518 self.lena,
1519 self.startb,
1519 self.startb,
1520 self.lenb,
1520 self.lenb,
1521 )
1521 )
1522 self.hunk[0] = self.desc
1522 self.hunk[0] = self.desc
1523 self._fixnewline(lr)
1523 self._fixnewline(lr)
1524
1524
1525 def _fixnewline(self, lr):
1525 def _fixnewline(self, lr):
1526 l = lr.readline()
1526 l = lr.readline()
1527 if l.startswith(br'\ '):
1527 if l.startswith(br'\ '):
1528 diffhelper.fixnewline(self.hunk, self.a, self.b)
1528 diffhelper.fixnewline(self.hunk, self.a, self.b)
1529 else:
1529 else:
1530 lr.push(l)
1530 lr.push(l)
1531
1531
1532 def complete(self):
1532 def complete(self):
1533 return len(self.a) == self.lena and len(self.b) == self.lenb
1533 return len(self.a) == self.lena and len(self.b) == self.lenb
1534
1534
1535 def _fuzzit(self, old, new, fuzz, toponly):
1535 def _fuzzit(self, old, new, fuzz, toponly):
1536 # this removes context lines from the top and bottom of list 'l'. It
1536 # this removes context lines from the top and bottom of list 'l'. It
1537 # checks the hunk to make sure only context lines are removed, and then
1537 # checks the hunk to make sure only context lines are removed, and then
1538 # returns a new shortened list of lines.
1538 # returns a new shortened list of lines.
1539 fuzz = min(fuzz, len(old))
1539 fuzz = min(fuzz, len(old))
1540 if fuzz:
1540 if fuzz:
1541 top = 0
1541 top = 0
1542 bot = 0
1542 bot = 0
1543 hlen = len(self.hunk)
1543 hlen = len(self.hunk)
1544 for x in pycompat.xrange(hlen - 1):
1544 for x in pycompat.xrange(hlen - 1):
1545 # the hunk starts with the @@ line, so use x+1
1545 # the hunk starts with the @@ line, so use x+1
1546 if self.hunk[x + 1].startswith(b' '):
1546 if self.hunk[x + 1].startswith(b' '):
1547 top += 1
1547 top += 1
1548 else:
1548 else:
1549 break
1549 break
1550 if not toponly:
1550 if not toponly:
1551 for x in pycompat.xrange(hlen - 1):
1551 for x in pycompat.xrange(hlen - 1):
1552 if self.hunk[hlen - bot - 1].startswith(b' '):
1552 if self.hunk[hlen - bot - 1].startswith(b' '):
1553 bot += 1
1553 bot += 1
1554 else:
1554 else:
1555 break
1555 break
1556
1556
1557 bot = min(fuzz, bot)
1557 bot = min(fuzz, bot)
1558 top = min(fuzz, top)
1558 top = min(fuzz, top)
1559 return old[top : len(old) - bot], new[top : len(new) - bot], top
1559 return old[top : len(old) - bot], new[top : len(new) - bot], top
1560 return old, new, 0
1560 return old, new, 0
1561
1561
1562 def fuzzit(self, fuzz, toponly):
1562 def fuzzit(self, fuzz, toponly):
1563 old, new, top = self._fuzzit(self.a, self.b, fuzz, toponly)
1563 old, new, top = self._fuzzit(self.a, self.b, fuzz, toponly)
1564 oldstart = self.starta + top
1564 oldstart = self.starta + top
1565 newstart = self.startb + top
1565 newstart = self.startb + top
1566 # zero length hunk ranges already have their start decremented
1566 # zero length hunk ranges already have their start decremented
1567 if self.lena and oldstart > 0:
1567 if self.lena and oldstart > 0:
1568 oldstart -= 1
1568 oldstart -= 1
1569 if self.lenb and newstart > 0:
1569 if self.lenb and newstart > 0:
1570 newstart -= 1
1570 newstart -= 1
1571 return old, oldstart, new, newstart
1571 return old, oldstart, new, newstart
1572
1572
1573
1573
1574 class binhunk(object):
1574 class binhunk(object):
1575 """A binary patch file."""
1575 """A binary patch file."""
1576
1576
1577 def __init__(self, lr, fname):
1577 def __init__(self, lr, fname):
1578 self.text = None
1578 self.text = None
1579 self.delta = False
1579 self.delta = False
1580 self.hunk = [b'GIT binary patch\n']
1580 self.hunk = [b'GIT binary patch\n']
1581 self._fname = fname
1581 self._fname = fname
1582 self._read(lr)
1582 self._read(lr)
1583
1583
1584 def complete(self):
1584 def complete(self):
1585 return self.text is not None
1585 return self.text is not None
1586
1586
1587 def new(self, lines):
1587 def new(self, lines):
1588 if self.delta:
1588 if self.delta:
1589 return [applybindelta(self.text, b''.join(lines))]
1589 return [applybindelta(self.text, b''.join(lines))]
1590 return [self.text]
1590 return [self.text]
1591
1591
1592 def _read(self, lr):
1592 def _read(self, lr):
1593 def getline(lr, hunk):
1593 def getline(lr, hunk):
1594 l = lr.readline()
1594 l = lr.readline()
1595 hunk.append(l)
1595 hunk.append(l)
1596 return l.rstrip(b'\r\n')
1596 return l.rstrip(b'\r\n')
1597
1597
1598 while True:
1598 while True:
1599 line = getline(lr, self.hunk)
1599 line = getline(lr, self.hunk)
1600 if not line:
1600 if not line:
1601 raise PatchError(
1601 raise PatchError(
1602 _(b'could not extract "%s" binary data') % self._fname
1602 _(b'could not extract "%s" binary data') % self._fname
1603 )
1603 )
1604 if line.startswith(b'literal '):
1604 if line.startswith(b'literal '):
1605 size = int(line[8:].rstrip())
1605 size = int(line[8:].rstrip())
1606 break
1606 break
1607 if line.startswith(b'delta '):
1607 if line.startswith(b'delta '):
1608 size = int(line[6:].rstrip())
1608 size = int(line[6:].rstrip())
1609 self.delta = True
1609 self.delta = True
1610 break
1610 break
1611 dec = []
1611 dec = []
1612 line = getline(lr, self.hunk)
1612 line = getline(lr, self.hunk)
1613 while len(line) > 1:
1613 while len(line) > 1:
1614 l = line[0:1]
1614 l = line[0:1]
1615 if l <= b'Z' and l >= b'A':
1615 if l <= b'Z' and l >= b'A':
1616 l = ord(l) - ord(b'A') + 1
1616 l = ord(l) - ord(b'A') + 1
1617 else:
1617 else:
1618 l = ord(l) - ord(b'a') + 27
1618 l = ord(l) - ord(b'a') + 27
1619 try:
1619 try:
1620 dec.append(util.b85decode(line[1:])[:l])
1620 dec.append(util.b85decode(line[1:])[:l])
1621 except ValueError as e:
1621 except ValueError as e:
1622 raise PatchError(
1622 raise PatchError(
1623 _(b'could not decode "%s" binary patch: %s')
1623 _(b'could not decode "%s" binary patch: %s')
1624 % (self._fname, stringutil.forcebytestr(e))
1624 % (self._fname, stringutil.forcebytestr(e))
1625 )
1625 )
1626 line = getline(lr, self.hunk)
1626 line = getline(lr, self.hunk)
1627 text = zlib.decompress(b''.join(dec))
1627 text = zlib.decompress(b''.join(dec))
1628 if len(text) != size:
1628 if len(text) != size:
1629 raise PatchError(
1629 raise PatchError(
1630 _(b'"%s" length is %d bytes, should be %d')
1630 _(b'"%s" length is %d bytes, should be %d')
1631 % (self._fname, len(text), size)
1631 % (self._fname, len(text), size)
1632 )
1632 )
1633 self.text = text
1633 self.text = text
1634
1634
1635
1635
1636 def parsefilename(str):
1636 def parsefilename(str):
1637 # --- filename \t|space stuff
1637 # --- filename \t|space stuff
1638 s = str[4:].rstrip(b'\r\n')
1638 s = str[4:].rstrip(b'\r\n')
1639 i = s.find(b'\t')
1639 i = s.find(b'\t')
1640 if i < 0:
1640 if i < 0:
1641 i = s.find(b' ')
1641 i = s.find(b' ')
1642 if i < 0:
1642 if i < 0:
1643 return s
1643 return s
1644 return s[:i]
1644 return s[:i]
1645
1645
1646
1646
1647 def reversehunks(hunks):
1647 def reversehunks(hunks):
1648 '''reverse the signs in the hunks given as argument
1648 '''reverse the signs in the hunks given as argument
1649
1649
1650 This function operates on hunks coming out of patch.filterpatch, that is
1650 This function operates on hunks coming out of patch.filterpatch, that is
1651 a list of the form: [header1, hunk1, hunk2, header2...]. Example usage:
1651 a list of the form: [header1, hunk1, hunk2, header2...]. Example usage:
1652
1652
1653 >>> rawpatch = b"""diff --git a/folder1/g b/folder1/g
1653 >>> rawpatch = b"""diff --git a/folder1/g b/folder1/g
1654 ... --- a/folder1/g
1654 ... --- a/folder1/g
1655 ... +++ b/folder1/g
1655 ... +++ b/folder1/g
1656 ... @@ -1,7 +1,7 @@
1656 ... @@ -1,7 +1,7 @@
1657 ... +firstline
1657 ... +firstline
1658 ... c
1658 ... c
1659 ... 1
1659 ... 1
1660 ... 2
1660 ... 2
1661 ... + 3
1661 ... + 3
1662 ... -4
1662 ... -4
1663 ... 5
1663 ... 5
1664 ... d
1664 ... d
1665 ... +lastline"""
1665 ... +lastline"""
1666 >>> hunks = parsepatch([rawpatch])
1666 >>> hunks = parsepatch([rawpatch])
1667 >>> hunkscomingfromfilterpatch = []
1667 >>> hunkscomingfromfilterpatch = []
1668 >>> for h in hunks:
1668 >>> for h in hunks:
1669 ... hunkscomingfromfilterpatch.append(h)
1669 ... hunkscomingfromfilterpatch.append(h)
1670 ... hunkscomingfromfilterpatch.extend(h.hunks)
1670 ... hunkscomingfromfilterpatch.extend(h.hunks)
1671
1671
1672 >>> reversedhunks = reversehunks(hunkscomingfromfilterpatch)
1672 >>> reversedhunks = reversehunks(hunkscomingfromfilterpatch)
1673 >>> from . import util
1673 >>> from . import util
1674 >>> fp = util.stringio()
1674 >>> fp = util.stringio()
1675 >>> for c in reversedhunks:
1675 >>> for c in reversedhunks:
1676 ... c.write(fp)
1676 ... c.write(fp)
1677 >>> fp.seek(0) or None
1677 >>> fp.seek(0) or None
1678 >>> reversedpatch = fp.read()
1678 >>> reversedpatch = fp.read()
1679 >>> print(pycompat.sysstr(reversedpatch))
1679 >>> print(pycompat.sysstr(reversedpatch))
1680 diff --git a/folder1/g b/folder1/g
1680 diff --git a/folder1/g b/folder1/g
1681 --- a/folder1/g
1681 --- a/folder1/g
1682 +++ b/folder1/g
1682 +++ b/folder1/g
1683 @@ -1,4 +1,3 @@
1683 @@ -1,4 +1,3 @@
1684 -firstline
1684 -firstline
1685 c
1685 c
1686 1
1686 1
1687 2
1687 2
1688 @@ -2,6 +1,6 @@
1688 @@ -2,6 +1,6 @@
1689 c
1689 c
1690 1
1690 1
1691 2
1691 2
1692 - 3
1692 - 3
1693 +4
1693 +4
1694 5
1694 5
1695 d
1695 d
1696 @@ -6,3 +5,2 @@
1696 @@ -6,3 +5,2 @@
1697 5
1697 5
1698 d
1698 d
1699 -lastline
1699 -lastline
1700
1700
1701 '''
1701 '''
1702
1702
1703 newhunks = []
1703 newhunks = []
1704 for c in hunks:
1704 for c in hunks:
1705 if util.safehasattr(c, b'reversehunk'):
1705 if util.safehasattr(c, b'reversehunk'):
1706 c = c.reversehunk()
1706 c = c.reversehunk()
1707 newhunks.append(c)
1707 newhunks.append(c)
1708 return newhunks
1708 return newhunks
1709
1709
1710
1710
1711 def parsepatch(originalchunks, maxcontext=None):
1711 def parsepatch(originalchunks, maxcontext=None):
1712 """patch -> [] of headers -> [] of hunks
1712 """patch -> [] of headers -> [] of hunks
1713
1713
1714 If maxcontext is not None, trim context lines if necessary.
1714 If maxcontext is not None, trim context lines if necessary.
1715
1715
1716 >>> rawpatch = b'''diff --git a/folder1/g b/folder1/g
1716 >>> rawpatch = b'''diff --git a/folder1/g b/folder1/g
1717 ... --- a/folder1/g
1717 ... --- a/folder1/g
1718 ... +++ b/folder1/g
1718 ... +++ b/folder1/g
1719 ... @@ -1,8 +1,10 @@
1719 ... @@ -1,8 +1,10 @@
1720 ... 1
1720 ... 1
1721 ... 2
1721 ... 2
1722 ... -3
1722 ... -3
1723 ... 4
1723 ... 4
1724 ... 5
1724 ... 5
1725 ... 6
1725 ... 6
1726 ... +6.1
1726 ... +6.1
1727 ... +6.2
1727 ... +6.2
1728 ... 7
1728 ... 7
1729 ... 8
1729 ... 8
1730 ... +9'''
1730 ... +9'''
1731 >>> out = util.stringio()
1731 >>> out = util.stringio()
1732 >>> headers = parsepatch([rawpatch], maxcontext=1)
1732 >>> headers = parsepatch([rawpatch], maxcontext=1)
1733 >>> for header in headers:
1733 >>> for header in headers:
1734 ... header.write(out)
1734 ... header.write(out)
1735 ... for hunk in header.hunks:
1735 ... for hunk in header.hunks:
1736 ... hunk.write(out)
1736 ... hunk.write(out)
1737 >>> print(pycompat.sysstr(out.getvalue()))
1737 >>> print(pycompat.sysstr(out.getvalue()))
1738 diff --git a/folder1/g b/folder1/g
1738 diff --git a/folder1/g b/folder1/g
1739 --- a/folder1/g
1739 --- a/folder1/g
1740 +++ b/folder1/g
1740 +++ b/folder1/g
1741 @@ -2,3 +2,2 @@
1741 @@ -2,3 +2,2 @@
1742 2
1742 2
1743 -3
1743 -3
1744 4
1744 4
1745 @@ -6,2 +5,4 @@
1745 @@ -6,2 +5,4 @@
1746 6
1746 6
1747 +6.1
1747 +6.1
1748 +6.2
1748 +6.2
1749 7
1749 7
1750 @@ -8,1 +9,2 @@
1750 @@ -8,1 +9,2 @@
1751 8
1751 8
1752 +9
1752 +9
1753 """
1753 """
1754
1754
1755 class parser(object):
1755 class parser(object):
1756 """patch parsing state machine"""
1756 """patch parsing state machine"""
1757
1757
1758 def __init__(self):
1758 def __init__(self):
1759 self.fromline = 0
1759 self.fromline = 0
1760 self.toline = 0
1760 self.toline = 0
1761 self.proc = b''
1761 self.proc = b''
1762 self.header = None
1762 self.header = None
1763 self.context = []
1763 self.context = []
1764 self.before = []
1764 self.before = []
1765 self.hunk = []
1765 self.hunk = []
1766 self.headers = []
1766 self.headers = []
1767
1767
1768 def addrange(self, limits):
1768 def addrange(self, limits):
1769 self.addcontext([])
1769 self.addcontext([])
1770 fromstart, fromend, tostart, toend, proc = limits
1770 fromstart, fromend, tostart, toend, proc = limits
1771 self.fromline = int(fromstart)
1771 self.fromline = int(fromstart)
1772 self.toline = int(tostart)
1772 self.toline = int(tostart)
1773 self.proc = proc
1773 self.proc = proc
1774
1774
1775 def addcontext(self, context):
1775 def addcontext(self, context):
1776 if self.hunk:
1776 if self.hunk:
1777 h = recordhunk(
1777 h = recordhunk(
1778 self.header,
1778 self.header,
1779 self.fromline,
1779 self.fromline,
1780 self.toline,
1780 self.toline,
1781 self.proc,
1781 self.proc,
1782 self.before,
1782 self.before,
1783 self.hunk,
1783 self.hunk,
1784 context,
1784 context,
1785 maxcontext,
1785 maxcontext,
1786 )
1786 )
1787 self.header.hunks.append(h)
1787 self.header.hunks.append(h)
1788 self.fromline += len(self.before) + h.removed
1788 self.fromline += len(self.before) + h.removed
1789 self.toline += len(self.before) + h.added
1789 self.toline += len(self.before) + h.added
1790 self.before = []
1790 self.before = []
1791 self.hunk = []
1791 self.hunk = []
1792 self.context = context
1792 self.context = context
1793
1793
1794 def addhunk(self, hunk):
1794 def addhunk(self, hunk):
1795 if self.context:
1795 if self.context:
1796 self.before = self.context
1796 self.before = self.context
1797 self.context = []
1797 self.context = []
1798 if self.hunk:
1798 if self.hunk:
1799 self.addcontext([])
1799 self.addcontext([])
1800 self.hunk = hunk
1800 self.hunk = hunk
1801
1801
1802 def newfile(self, hdr):
1802 def newfile(self, hdr):
1803 self.addcontext([])
1803 self.addcontext([])
1804 h = header(hdr)
1804 h = header(hdr)
1805 self.headers.append(h)
1805 self.headers.append(h)
1806 self.header = h
1806 self.header = h
1807
1807
1808 def addother(self, line):
1808 def addother(self, line):
1809 pass # 'other' lines are ignored
1809 pass # 'other' lines are ignored
1810
1810
1811 def finished(self):
1811 def finished(self):
1812 self.addcontext([])
1812 self.addcontext([])
1813 return self.headers
1813 return self.headers
1814
1814
1815 transitions = {
1815 transitions = {
1816 b'file': {
1816 b'file': {
1817 b'context': addcontext,
1817 b'context': addcontext,
1818 b'file': newfile,
1818 b'file': newfile,
1819 b'hunk': addhunk,
1819 b'hunk': addhunk,
1820 b'range': addrange,
1820 b'range': addrange,
1821 },
1821 },
1822 b'context': {
1822 b'context': {
1823 b'file': newfile,
1823 b'file': newfile,
1824 b'hunk': addhunk,
1824 b'hunk': addhunk,
1825 b'range': addrange,
1825 b'range': addrange,
1826 b'other': addother,
1826 b'other': addother,
1827 },
1827 },
1828 b'hunk': {
1828 b'hunk': {
1829 b'context': addcontext,
1829 b'context': addcontext,
1830 b'file': newfile,
1830 b'file': newfile,
1831 b'range': addrange,
1831 b'range': addrange,
1832 },
1832 },
1833 b'range': {b'context': addcontext, b'hunk': addhunk},
1833 b'range': {b'context': addcontext, b'hunk': addhunk},
1834 b'other': {b'other': addother},
1834 b'other': {b'other': addother},
1835 }
1835 }
1836
1836
1837 p = parser()
1837 p = parser()
1838 fp = stringio()
1838 fp = stringio()
1839 fp.write(b''.join(originalchunks))
1839 fp.write(b''.join(originalchunks))
1840 fp.seek(0)
1840 fp.seek(0)
1841
1841
1842 state = b'context'
1842 state = b'context'
1843 for newstate, data in scanpatch(fp):
1843 for newstate, data in scanpatch(fp):
1844 try:
1844 try:
1845 p.transitions[state][newstate](p, data)
1845 p.transitions[state][newstate](p, data)
1846 except KeyError:
1846 except KeyError:
1847 raise PatchError(
1847 raise PatchError(
1848 b'unhandled transition: %s -> %s' % (state, newstate)
1848 b'unhandled transition: %s -> %s' % (state, newstate)
1849 )
1849 )
1850 state = newstate
1850 state = newstate
1851 del fp
1851 del fp
1852 return p.finished()
1852 return p.finished()
1853
1853
1854
1854
1855 def pathtransform(path, strip, prefix):
1855 def pathtransform(path, strip, prefix):
1856 """turn a path from a patch into a path suitable for the repository
1856 """turn a path from a patch into a path suitable for the repository
1857
1857
1858 prefix, if not empty, is expected to be normalized with a / at the end.
1858 prefix, if not empty, is expected to be normalized with a / at the end.
1859
1859
1860 Returns (stripped components, path in repository).
1860 Returns (stripped components, path in repository).
1861
1861
1862 >>> pathtransform(b'a/b/c', 0, b'')
1862 >>> pathtransform(b'a/b/c', 0, b'')
1863 ('', 'a/b/c')
1863 ('', 'a/b/c')
1864 >>> pathtransform(b' a/b/c ', 0, b'')
1864 >>> pathtransform(b' a/b/c ', 0, b'')
1865 ('', ' a/b/c')
1865 ('', ' a/b/c')
1866 >>> pathtransform(b' a/b/c ', 2, b'')
1866 >>> pathtransform(b' a/b/c ', 2, b'')
1867 ('a/b/', 'c')
1867 ('a/b/', 'c')
1868 >>> pathtransform(b'a/b/c', 0, b'd/e/')
1868 >>> pathtransform(b'a/b/c', 0, b'd/e/')
1869 ('', 'd/e/a/b/c')
1869 ('', 'd/e/a/b/c')
1870 >>> pathtransform(b' a//b/c ', 2, b'd/e/')
1870 >>> pathtransform(b' a//b/c ', 2, b'd/e/')
1871 ('a//b/', 'd/e/c')
1871 ('a//b/', 'd/e/c')
1872 >>> pathtransform(b'a/b/c', 3, b'')
1872 >>> pathtransform(b'a/b/c', 3, b'')
1873 Traceback (most recent call last):
1873 Traceback (most recent call last):
1874 PatchError: unable to strip away 1 of 3 dirs from a/b/c
1874 PatchError: unable to strip away 1 of 3 dirs from a/b/c
1875 """
1875 """
1876 pathlen = len(path)
1876 pathlen = len(path)
1877 i = 0
1877 i = 0
1878 if strip == 0:
1878 if strip == 0:
1879 return b'', prefix + path.rstrip()
1879 return b'', prefix + path.rstrip()
1880 count = strip
1880 count = strip
1881 while count > 0:
1881 while count > 0:
1882 i = path.find(b'/', i)
1882 i = path.find(b'/', i)
1883 if i == -1:
1883 if i == -1:
1884 raise PatchError(
1884 raise PatchError(
1885 _(b"unable to strip away %d of %d dirs from %s")
1885 _(b"unable to strip away %d of %d dirs from %s")
1886 % (count, strip, path)
1886 % (count, strip, path)
1887 )
1887 )
1888 i += 1
1888 i += 1
1889 # consume '//' in the path
1889 # consume '//' in the path
1890 while i < pathlen - 1 and path[i : i + 1] == b'/':
1890 while i < pathlen - 1 and path[i : i + 1] == b'/':
1891 i += 1
1891 i += 1
1892 count -= 1
1892 count -= 1
1893 return path[:i].lstrip(), prefix + path[i:].rstrip()
1893 return path[:i].lstrip(), prefix + path[i:].rstrip()
1894
1894
1895
1895
1896 def makepatchmeta(backend, afile_orig, bfile_orig, hunk, strip, prefix):
1896 def makepatchmeta(backend, afile_orig, bfile_orig, hunk, strip, prefix):
1897 nulla = afile_orig == b"/dev/null"
1897 nulla = afile_orig == b"/dev/null"
1898 nullb = bfile_orig == b"/dev/null"
1898 nullb = bfile_orig == b"/dev/null"
1899 create = nulla and hunk.starta == 0 and hunk.lena == 0
1899 create = nulla and hunk.starta == 0 and hunk.lena == 0
1900 remove = nullb and hunk.startb == 0 and hunk.lenb == 0
1900 remove = nullb and hunk.startb == 0 and hunk.lenb == 0
1901 abase, afile = pathtransform(afile_orig, strip, prefix)
1901 abase, afile = pathtransform(afile_orig, strip, prefix)
1902 gooda = not nulla and backend.exists(afile)
1902 gooda = not nulla and backend.exists(afile)
1903 bbase, bfile = pathtransform(bfile_orig, strip, prefix)
1903 bbase, bfile = pathtransform(bfile_orig, strip, prefix)
1904 if afile == bfile:
1904 if afile == bfile:
1905 goodb = gooda
1905 goodb = gooda
1906 else:
1906 else:
1907 goodb = not nullb and backend.exists(bfile)
1907 goodb = not nullb and backend.exists(bfile)
1908 missing = not goodb and not gooda and not create
1908 missing = not goodb and not gooda and not create
1909
1909
1910 # some diff programs apparently produce patches where the afile is
1910 # some diff programs apparently produce patches where the afile is
1911 # not /dev/null, but afile starts with bfile
1911 # not /dev/null, but afile starts with bfile
1912 abasedir = afile[: afile.rfind(b'/') + 1]
1912 abasedir = afile[: afile.rfind(b'/') + 1]
1913 bbasedir = bfile[: bfile.rfind(b'/') + 1]
1913 bbasedir = bfile[: bfile.rfind(b'/') + 1]
1914 if (
1914 if (
1915 missing
1915 missing
1916 and abasedir == bbasedir
1916 and abasedir == bbasedir
1917 and afile.startswith(bfile)
1917 and afile.startswith(bfile)
1918 and hunk.starta == 0
1918 and hunk.starta == 0
1919 and hunk.lena == 0
1919 and hunk.lena == 0
1920 ):
1920 ):
1921 create = True
1921 create = True
1922 missing = False
1922 missing = False
1923
1923
1924 # If afile is "a/b/foo" and bfile is "a/b/foo.orig" we assume the
1924 # If afile is "a/b/foo" and bfile is "a/b/foo.orig" we assume the
1925 # diff is between a file and its backup. In this case, the original
1925 # diff is between a file and its backup. In this case, the original
1926 # file should be patched (see original mpatch code).
1926 # file should be patched (see original mpatch code).
1927 isbackup = abase == bbase and bfile.startswith(afile)
1927 isbackup = abase == bbase and bfile.startswith(afile)
1928 fname = None
1928 fname = None
1929 if not missing:
1929 if not missing:
1930 if gooda and goodb:
1930 if gooda and goodb:
1931 if isbackup:
1931 if isbackup:
1932 fname = afile
1932 fname = afile
1933 else:
1933 else:
1934 fname = bfile
1934 fname = bfile
1935 elif gooda:
1935 elif gooda:
1936 fname = afile
1936 fname = afile
1937
1937
1938 if not fname:
1938 if not fname:
1939 if not nullb:
1939 if not nullb:
1940 if isbackup:
1940 if isbackup:
1941 fname = afile
1941 fname = afile
1942 else:
1942 else:
1943 fname = bfile
1943 fname = bfile
1944 elif not nulla:
1944 elif not nulla:
1945 fname = afile
1945 fname = afile
1946 else:
1946 else:
1947 raise PatchError(_(b"undefined source and destination files"))
1947 raise PatchError(_(b"undefined source and destination files"))
1948
1948
1949 gp = patchmeta(fname)
1949 gp = patchmeta(fname)
1950 if create:
1950 if create:
1951 gp.op = b'ADD'
1951 gp.op = b'ADD'
1952 elif remove:
1952 elif remove:
1953 gp.op = b'DELETE'
1953 gp.op = b'DELETE'
1954 return gp
1954 return gp
1955
1955
1956
1956
1957 def scanpatch(fp):
1957 def scanpatch(fp):
1958 """like patch.iterhunks, but yield different events
1958 """like patch.iterhunks, but yield different events
1959
1959
1960 - ('file', [header_lines + fromfile + tofile])
1960 - ('file', [header_lines + fromfile + tofile])
1961 - ('context', [context_lines])
1961 - ('context', [context_lines])
1962 - ('hunk', [hunk_lines])
1962 - ('hunk', [hunk_lines])
1963 - ('range', (-start,len, +start,len, proc))
1963 - ('range', (-start,len, +start,len, proc))
1964 """
1964 """
1965 lines_re = re.compile(br'@@ -(\d+),(\d+) \+(\d+),(\d+) @@\s*(.*)')
1965 lines_re = re.compile(br'@@ -(\d+),(\d+) \+(\d+),(\d+) @@\s*(.*)')
1966 lr = linereader(fp)
1966 lr = linereader(fp)
1967
1967
1968 def scanwhile(first, p):
1968 def scanwhile(first, p):
1969 """scan lr while predicate holds"""
1969 """scan lr while predicate holds"""
1970 lines = [first]
1970 lines = [first]
1971 for line in iter(lr.readline, b''):
1971 for line in iter(lr.readline, b''):
1972 if p(line):
1972 if p(line):
1973 lines.append(line)
1973 lines.append(line)
1974 else:
1974 else:
1975 lr.push(line)
1975 lr.push(line)
1976 break
1976 break
1977 return lines
1977 return lines
1978
1978
1979 for line in iter(lr.readline, b''):
1979 for line in iter(lr.readline, b''):
1980 if line.startswith(b'diff --git a/') or line.startswith(b'diff -r '):
1980 if line.startswith(b'diff --git a/') or line.startswith(b'diff -r '):
1981
1981
1982 def notheader(line):
1982 def notheader(line):
1983 s = line.split(None, 1)
1983 s = line.split(None, 1)
1984 return not s or s[0] not in (b'---', b'diff')
1984 return not s or s[0] not in (b'---', b'diff')
1985
1985
1986 header = scanwhile(line, notheader)
1986 header = scanwhile(line, notheader)
1987 fromfile = lr.readline()
1987 fromfile = lr.readline()
1988 if fromfile.startswith(b'---'):
1988 if fromfile.startswith(b'---'):
1989 tofile = lr.readline()
1989 tofile = lr.readline()
1990 header += [fromfile, tofile]
1990 header += [fromfile, tofile]
1991 else:
1991 else:
1992 lr.push(fromfile)
1992 lr.push(fromfile)
1993 yield b'file', header
1993 yield b'file', header
1994 elif line.startswith(b' '):
1994 elif line.startswith(b' '):
1995 cs = (b' ', b'\\')
1995 cs = (b' ', b'\\')
1996 yield b'context', scanwhile(line, lambda l: l.startswith(cs))
1996 yield b'context', scanwhile(line, lambda l: l.startswith(cs))
1997 elif line.startswith((b'-', b'+')):
1997 elif line.startswith((b'-', b'+')):
1998 cs = (b'-', b'+', b'\\')
1998 cs = (b'-', b'+', b'\\')
1999 yield b'hunk', scanwhile(line, lambda l: l.startswith(cs))
1999 yield b'hunk', scanwhile(line, lambda l: l.startswith(cs))
2000 else:
2000 else:
2001 m = lines_re.match(line)
2001 m = lines_re.match(line)
2002 if m:
2002 if m:
2003 yield b'range', m.groups()
2003 yield b'range', m.groups()
2004 else:
2004 else:
2005 yield b'other', line
2005 yield b'other', line
2006
2006
2007
2007
2008 def scangitpatch(lr, firstline):
2008 def scangitpatch(lr, firstline):
2009 """
2009 """
2010 Git patches can emit:
2010 Git patches can emit:
2011 - rename a to b
2011 - rename a to b
2012 - change b
2012 - change b
2013 - copy a to c
2013 - copy a to c
2014 - change c
2014 - change c
2015
2015
2016 We cannot apply this sequence as-is, the renamed 'a' could not be
2016 We cannot apply this sequence as-is, the renamed 'a' could not be
2017 found for it would have been renamed already. And we cannot copy
2017 found for it would have been renamed already. And we cannot copy
2018 from 'b' instead because 'b' would have been changed already. So
2018 from 'b' instead because 'b' would have been changed already. So
2019 we scan the git patch for copy and rename commands so we can
2019 we scan the git patch for copy and rename commands so we can
2020 perform the copies ahead of time.
2020 perform the copies ahead of time.
2021 """
2021 """
2022 pos = 0
2022 pos = 0
2023 try:
2023 try:
2024 pos = lr.fp.tell()
2024 pos = lr.fp.tell()
2025 fp = lr.fp
2025 fp = lr.fp
2026 except IOError:
2026 except IOError:
2027 fp = stringio(lr.fp.read())
2027 fp = stringio(lr.fp.read())
2028 gitlr = linereader(fp)
2028 gitlr = linereader(fp)
2029 gitlr.push(firstline)
2029 gitlr.push(firstline)
2030 gitpatches = readgitpatch(gitlr)
2030 gitpatches = readgitpatch(gitlr)
2031 fp.seek(pos)
2031 fp.seek(pos)
2032 return gitpatches
2032 return gitpatches
2033
2033
2034
2034
2035 def iterhunks(fp):
2035 def iterhunks(fp):
2036 """Read a patch and yield the following events:
2036 """Read a patch and yield the following events:
2037 - ("file", afile, bfile, firsthunk): select a new target file.
2037 - ("file", afile, bfile, firsthunk): select a new target file.
2038 - ("hunk", hunk): a new hunk is ready to be applied, follows a
2038 - ("hunk", hunk): a new hunk is ready to be applied, follows a
2039 "file" event.
2039 "file" event.
2040 - ("git", gitchanges): current diff is in git format, gitchanges
2040 - ("git", gitchanges): current diff is in git format, gitchanges
2041 maps filenames to gitpatch records. Unique event.
2041 maps filenames to gitpatch records. Unique event.
2042 """
2042 """
2043 afile = b""
2043 afile = b""
2044 bfile = b""
2044 bfile = b""
2045 state = None
2045 state = None
2046 hunknum = 0
2046 hunknum = 0
2047 emitfile = newfile = False
2047 emitfile = newfile = False
2048 gitpatches = None
2048 gitpatches = None
2049
2049
2050 # our states
2050 # our states
2051 BFILE = 1
2051 BFILE = 1
2052 context = None
2052 context = None
2053 lr = linereader(fp)
2053 lr = linereader(fp)
2054
2054
2055 for x in iter(lr.readline, b''):
2055 for x in iter(lr.readline, b''):
2056 if state == BFILE and (
2056 if state == BFILE and (
2057 (not context and x.startswith(b'@'))
2057 (not context and x.startswith(b'@'))
2058 or (context is not False and x.startswith(b'***************'))
2058 or (context is not False and x.startswith(b'***************'))
2059 or x.startswith(b'GIT binary patch')
2059 or x.startswith(b'GIT binary patch')
2060 ):
2060 ):
2061 gp = None
2061 gp = None
2062 if gitpatches and gitpatches[-1].ispatching(afile, bfile):
2062 if gitpatches and gitpatches[-1].ispatching(afile, bfile):
2063 gp = gitpatches.pop()
2063 gp = gitpatches.pop()
2064 if x.startswith(b'GIT binary patch'):
2064 if x.startswith(b'GIT binary patch'):
2065 h = binhunk(lr, gp.path)
2065 h = binhunk(lr, gp.path)
2066 else:
2066 else:
2067 if context is None and x.startswith(b'***************'):
2067 if context is None and x.startswith(b'***************'):
2068 context = True
2068 context = True
2069 h = hunk(x, hunknum + 1, lr, context)
2069 h = hunk(x, hunknum + 1, lr, context)
2070 hunknum += 1
2070 hunknum += 1
2071 if emitfile:
2071 if emitfile:
2072 emitfile = False
2072 emitfile = False
2073 yield b'file', (afile, bfile, h, gp and gp.copy() or None)
2073 yield b'file', (afile, bfile, h, gp and gp.copy() or None)
2074 yield b'hunk', h
2074 yield b'hunk', h
2075 elif x.startswith(b'diff --git a/'):
2075 elif x.startswith(b'diff --git a/'):
2076 m = gitre.match(x.rstrip(b' \r\n'))
2076 m = gitre.match(x.rstrip(b' \r\n'))
2077 if not m:
2077 if not m:
2078 continue
2078 continue
2079 if gitpatches is None:
2079 if gitpatches is None:
2080 # scan whole input for git metadata
2080 # scan whole input for git metadata
2081 gitpatches = scangitpatch(lr, x)
2081 gitpatches = scangitpatch(lr, x)
2082 yield b'git', [
2082 yield b'git', [
2083 g.copy() for g in gitpatches if g.op in (b'COPY', b'RENAME')
2083 g.copy() for g in gitpatches if g.op in (b'COPY', b'RENAME')
2084 ]
2084 ]
2085 gitpatches.reverse()
2085 gitpatches.reverse()
2086 afile = b'a/' + m.group(1)
2086 afile = b'a/' + m.group(1)
2087 bfile = b'b/' + m.group(2)
2087 bfile = b'b/' + m.group(2)
2088 while gitpatches and not gitpatches[-1].ispatching(afile, bfile):
2088 while gitpatches and not gitpatches[-1].ispatching(afile, bfile):
2089 gp = gitpatches.pop()
2089 gp = gitpatches.pop()
2090 yield b'file', (
2090 yield b'file', (
2091 b'a/' + gp.path,
2091 b'a/' + gp.path,
2092 b'b/' + gp.path,
2092 b'b/' + gp.path,
2093 None,
2093 None,
2094 gp.copy(),
2094 gp.copy(),
2095 )
2095 )
2096 if not gitpatches:
2096 if not gitpatches:
2097 raise PatchError(
2097 raise PatchError(
2098 _(b'failed to synchronize metadata for "%s"') % afile[2:]
2098 _(b'failed to synchronize metadata for "%s"') % afile[2:]
2099 )
2099 )
2100 newfile = True
2100 newfile = True
2101 elif x.startswith(b'---'):
2101 elif x.startswith(b'---'):
2102 # check for a unified diff
2102 # check for a unified diff
2103 l2 = lr.readline()
2103 l2 = lr.readline()
2104 if not l2.startswith(b'+++'):
2104 if not l2.startswith(b'+++'):
2105 lr.push(l2)
2105 lr.push(l2)
2106 continue
2106 continue
2107 newfile = True
2107 newfile = True
2108 context = False
2108 context = False
2109 afile = parsefilename(x)
2109 afile = parsefilename(x)
2110 bfile = parsefilename(l2)
2110 bfile = parsefilename(l2)
2111 elif x.startswith(b'***'):
2111 elif x.startswith(b'***'):
2112 # check for a context diff
2112 # check for a context diff
2113 l2 = lr.readline()
2113 l2 = lr.readline()
2114 if not l2.startswith(b'---'):
2114 if not l2.startswith(b'---'):
2115 lr.push(l2)
2115 lr.push(l2)
2116 continue
2116 continue
2117 l3 = lr.readline()
2117 l3 = lr.readline()
2118 lr.push(l3)
2118 lr.push(l3)
2119 if not l3.startswith(b"***************"):
2119 if not l3.startswith(b"***************"):
2120 lr.push(l2)
2120 lr.push(l2)
2121 continue
2121 continue
2122 newfile = True
2122 newfile = True
2123 context = True
2123 context = True
2124 afile = parsefilename(x)
2124 afile = parsefilename(x)
2125 bfile = parsefilename(l2)
2125 bfile = parsefilename(l2)
2126
2126
2127 if newfile:
2127 if newfile:
2128 newfile = False
2128 newfile = False
2129 emitfile = True
2129 emitfile = True
2130 state = BFILE
2130 state = BFILE
2131 hunknum = 0
2131 hunknum = 0
2132
2132
2133 while gitpatches:
2133 while gitpatches:
2134 gp = gitpatches.pop()
2134 gp = gitpatches.pop()
2135 yield b'file', (b'a/' + gp.path, b'b/' + gp.path, None, gp.copy())
2135 yield b'file', (b'a/' + gp.path, b'b/' + gp.path, None, gp.copy())
2136
2136
2137
2137
2138 def applybindelta(binchunk, data):
2138 def applybindelta(binchunk, data):
2139 """Apply a binary delta hunk
2139 """Apply a binary delta hunk
2140 The algorithm used is the algorithm from git's patch-delta.c
2140 The algorithm used is the algorithm from git's patch-delta.c
2141 """
2141 """
2142
2142
2143 def deltahead(binchunk):
2143 def deltahead(binchunk):
2144 i = 0
2144 i = 0
2145 for c in pycompat.bytestr(binchunk):
2145 for c in pycompat.bytestr(binchunk):
2146 i += 1
2146 i += 1
2147 if not (ord(c) & 0x80):
2147 if not (ord(c) & 0x80):
2148 return i
2148 return i
2149 return i
2149 return i
2150
2150
2151 out = b""
2151 out = b""
2152 s = deltahead(binchunk)
2152 s = deltahead(binchunk)
2153 binchunk = binchunk[s:]
2153 binchunk = binchunk[s:]
2154 s = deltahead(binchunk)
2154 s = deltahead(binchunk)
2155 binchunk = binchunk[s:]
2155 binchunk = binchunk[s:]
2156 i = 0
2156 i = 0
2157 while i < len(binchunk):
2157 while i < len(binchunk):
2158 cmd = ord(binchunk[i : i + 1])
2158 cmd = ord(binchunk[i : i + 1])
2159 i += 1
2159 i += 1
2160 if cmd & 0x80:
2160 if cmd & 0x80:
2161 offset = 0
2161 offset = 0
2162 size = 0
2162 size = 0
2163 if cmd & 0x01:
2163 if cmd & 0x01:
2164 offset = ord(binchunk[i : i + 1])
2164 offset = ord(binchunk[i : i + 1])
2165 i += 1
2165 i += 1
2166 if cmd & 0x02:
2166 if cmd & 0x02:
2167 offset |= ord(binchunk[i : i + 1]) << 8
2167 offset |= ord(binchunk[i : i + 1]) << 8
2168 i += 1
2168 i += 1
2169 if cmd & 0x04:
2169 if cmd & 0x04:
2170 offset |= ord(binchunk[i : i + 1]) << 16
2170 offset |= ord(binchunk[i : i + 1]) << 16
2171 i += 1
2171 i += 1
2172 if cmd & 0x08:
2172 if cmd & 0x08:
2173 offset |= ord(binchunk[i : i + 1]) << 24
2173 offset |= ord(binchunk[i : i + 1]) << 24
2174 i += 1
2174 i += 1
2175 if cmd & 0x10:
2175 if cmd & 0x10:
2176 size = ord(binchunk[i : i + 1])
2176 size = ord(binchunk[i : i + 1])
2177 i += 1
2177 i += 1
2178 if cmd & 0x20:
2178 if cmd & 0x20:
2179 size |= ord(binchunk[i : i + 1]) << 8
2179 size |= ord(binchunk[i : i + 1]) << 8
2180 i += 1
2180 i += 1
2181 if cmd & 0x40:
2181 if cmd & 0x40:
2182 size |= ord(binchunk[i : i + 1]) << 16
2182 size |= ord(binchunk[i : i + 1]) << 16
2183 i += 1
2183 i += 1
2184 if size == 0:
2184 if size == 0:
2185 size = 0x10000
2185 size = 0x10000
2186 offset_end = offset + size
2186 offset_end = offset + size
2187 out += data[offset:offset_end]
2187 out += data[offset:offset_end]
2188 elif cmd != 0:
2188 elif cmd != 0:
2189 offset_end = i + cmd
2189 offset_end = i + cmd
2190 out += binchunk[i:offset_end]
2190 out += binchunk[i:offset_end]
2191 i += cmd
2191 i += cmd
2192 else:
2192 else:
2193 raise PatchError(_(b'unexpected delta opcode 0'))
2193 raise PatchError(_(b'unexpected delta opcode 0'))
2194 return out
2194 return out
2195
2195
2196
2196
2197 def applydiff(ui, fp, backend, store, strip=1, prefix=b'', eolmode=b'strict'):
2197 def applydiff(ui, fp, backend, store, strip=1, prefix=b'', eolmode=b'strict'):
2198 """Reads a patch from fp and tries to apply it.
2198 """Reads a patch from fp and tries to apply it.
2199
2199
2200 Returns 0 for a clean patch, -1 if any rejects were found and 1 if
2200 Returns 0 for a clean patch, -1 if any rejects were found and 1 if
2201 there was any fuzz.
2201 there was any fuzz.
2202
2202
2203 If 'eolmode' is 'strict', the patch content and patched file are
2203 If 'eolmode' is 'strict', the patch content and patched file are
2204 read in binary mode. Otherwise, line endings are ignored when
2204 read in binary mode. Otherwise, line endings are ignored when
2205 patching then normalized according to 'eolmode'.
2205 patching then normalized according to 'eolmode'.
2206 """
2206 """
2207 return _applydiff(
2207 return _applydiff(
2208 ui,
2208 ui,
2209 fp,
2209 fp,
2210 patchfile,
2210 patchfile,
2211 backend,
2211 backend,
2212 store,
2212 store,
2213 strip=strip,
2213 strip=strip,
2214 prefix=prefix,
2214 prefix=prefix,
2215 eolmode=eolmode,
2215 eolmode=eolmode,
2216 )
2216 )
2217
2217
2218
2218
2219 def _canonprefix(repo, prefix):
2219 def _canonprefix(repo, prefix):
2220 if prefix:
2220 if prefix:
2221 prefix = pathutil.canonpath(repo.root, repo.getcwd(), prefix)
2221 prefix = pathutil.canonpath(repo.root, repo.getcwd(), prefix)
2222 if prefix != b'':
2222 if prefix != b'':
2223 prefix += b'/'
2223 prefix += b'/'
2224 return prefix
2224 return prefix
2225
2225
2226
2226
2227 def _applydiff(
2227 def _applydiff(
2228 ui, fp, patcher, backend, store, strip=1, prefix=b'', eolmode=b'strict'
2228 ui, fp, patcher, backend, store, strip=1, prefix=b'', eolmode=b'strict'
2229 ):
2229 ):
2230 prefix = _canonprefix(backend.repo, prefix)
2230 prefix = _canonprefix(backend.repo, prefix)
2231
2231
2232 def pstrip(p):
2232 def pstrip(p):
2233 return pathtransform(p, strip - 1, prefix)[1]
2233 return pathtransform(p, strip - 1, prefix)[1]
2234
2234
2235 rejects = 0
2235 rejects = 0
2236 err = 0
2236 err = 0
2237 current_file = None
2237 current_file = None
2238
2238
2239 for state, values in iterhunks(fp):
2239 for state, values in iterhunks(fp):
2240 if state == b'hunk':
2240 if state == b'hunk':
2241 if not current_file:
2241 if not current_file:
2242 continue
2242 continue
2243 ret = current_file.apply(values)
2243 ret = current_file.apply(values)
2244 if ret > 0:
2244 if ret > 0:
2245 err = 1
2245 err = 1
2246 elif state == b'file':
2246 elif state == b'file':
2247 if current_file:
2247 if current_file:
2248 rejects += current_file.close()
2248 rejects += current_file.close()
2249 current_file = None
2249 current_file = None
2250 afile, bfile, first_hunk, gp = values
2250 afile, bfile, first_hunk, gp = values
2251 if gp:
2251 if gp:
2252 gp.path = pstrip(gp.path)
2252 gp.path = pstrip(gp.path)
2253 if gp.oldpath:
2253 if gp.oldpath:
2254 gp.oldpath = pstrip(gp.oldpath)
2254 gp.oldpath = pstrip(gp.oldpath)
2255 else:
2255 else:
2256 gp = makepatchmeta(
2256 gp = makepatchmeta(
2257 backend, afile, bfile, first_hunk, strip, prefix
2257 backend, afile, bfile, first_hunk, strip, prefix
2258 )
2258 )
2259 if gp.op == b'RENAME':
2259 if gp.op == b'RENAME':
2260 backend.unlink(gp.oldpath)
2260 backend.unlink(gp.oldpath)
2261 if not first_hunk:
2261 if not first_hunk:
2262 if gp.op == b'DELETE':
2262 if gp.op == b'DELETE':
2263 backend.unlink(gp.path)
2263 backend.unlink(gp.path)
2264 continue
2264 continue
2265 data, mode = None, None
2265 data, mode = None, None
2266 if gp.op in (b'RENAME', b'COPY'):
2266 if gp.op in (b'RENAME', b'COPY'):
2267 data, mode = store.getfile(gp.oldpath)[:2]
2267 data, mode = store.getfile(gp.oldpath)[:2]
2268 if data is None:
2268 if data is None:
2269 # This means that the old path does not exist
2269 # This means that the old path does not exist
2270 raise PatchError(
2270 raise PatchError(
2271 _(b"source file '%s' does not exist") % gp.oldpath
2271 _(b"source file '%s' does not exist") % gp.oldpath
2272 )
2272 )
2273 if gp.mode:
2273 if gp.mode:
2274 mode = gp.mode
2274 mode = gp.mode
2275 if gp.op == b'ADD':
2275 if gp.op == b'ADD':
2276 # Added files without content have no hunk and
2276 # Added files without content have no hunk and
2277 # must be created
2277 # must be created
2278 data = b''
2278 data = b''
2279 if data or mode:
2279 if data or mode:
2280 if gp.op in (b'ADD', b'RENAME', b'COPY') and backend.exists(
2280 if gp.op in (b'ADD', b'RENAME', b'COPY') and backend.exists(
2281 gp.path
2281 gp.path
2282 ):
2282 ):
2283 raise PatchError(
2283 raise PatchError(
2284 _(
2284 _(
2285 b"cannot create %s: destination "
2285 b"cannot create %s: destination "
2286 b"already exists"
2286 b"already exists"
2287 )
2287 )
2288 % gp.path
2288 % gp.path
2289 )
2289 )
2290 backend.setfile(gp.path, data, mode, gp.oldpath)
2290 backend.setfile(gp.path, data, mode, gp.oldpath)
2291 continue
2291 continue
2292 try:
2292 try:
2293 current_file = patcher(ui, gp, backend, store, eolmode=eolmode)
2293 current_file = patcher(ui, gp, backend, store, eolmode=eolmode)
2294 except PatchError as inst:
2294 except PatchError as inst:
2295 ui.warn(stringutil.forcebytestr(inst) + b'\n')
2295 ui.warn(stringutil.forcebytestr(inst) + b'\n')
2296 current_file = None
2296 current_file = None
2297 rejects += 1
2297 rejects += 1
2298 continue
2298 continue
2299 elif state == b'git':
2299 elif state == b'git':
2300 for gp in values:
2300 for gp in values:
2301 path = pstrip(gp.oldpath)
2301 path = pstrip(gp.oldpath)
2302 data, mode = backend.getfile(path)
2302 data, mode = backend.getfile(path)
2303 if data is None:
2303 if data is None:
2304 # The error ignored here will trigger a getfile()
2304 # The error ignored here will trigger a getfile()
2305 # error in a place more appropriate for error
2305 # error in a place more appropriate for error
2306 # handling, and will not interrupt the patching
2306 # handling, and will not interrupt the patching
2307 # process.
2307 # process.
2308 pass
2308 pass
2309 else:
2309 else:
2310 store.setfile(path, data, mode)
2310 store.setfile(path, data, mode)
2311 else:
2311 else:
2312 raise error.Abort(_(b'unsupported parser state: %s') % state)
2312 raise error.Abort(_(b'unsupported parser state: %s') % state)
2313
2313
2314 if current_file:
2314 if current_file:
2315 rejects += current_file.close()
2315 rejects += current_file.close()
2316
2316
2317 if rejects:
2317 if rejects:
2318 return -1
2318 return -1
2319 return err
2319 return err
2320
2320
2321
2321
2322 def _externalpatch(ui, repo, patcher, patchname, strip, files, similarity):
2322 def _externalpatch(ui, repo, patcher, patchname, strip, files, similarity):
2323 """use <patcher> to apply <patchname> to the working directory.
2323 """use <patcher> to apply <patchname> to the working directory.
2324 returns whether patch was applied with fuzz factor."""
2324 returns whether patch was applied with fuzz factor."""
2325
2325
2326 fuzz = False
2326 fuzz = False
2327 args = []
2327 args = []
2328 cwd = repo.root
2328 cwd = repo.root
2329 if cwd:
2329 if cwd:
2330 args.append(b'-d %s' % procutil.shellquote(cwd))
2330 args.append(b'-d %s' % procutil.shellquote(cwd))
2331 cmd = b'%s %s -p%d < %s' % (
2331 cmd = b'%s %s -p%d < %s' % (
2332 patcher,
2332 patcher,
2333 b' '.join(args),
2333 b' '.join(args),
2334 strip,
2334 strip,
2335 procutil.shellquote(patchname),
2335 procutil.shellquote(patchname),
2336 )
2336 )
2337 ui.debug(b'Using external patch tool: %s\n' % cmd)
2337 ui.debug(b'Using external patch tool: %s\n' % cmd)
2338 fp = procutil.popen(cmd, b'rb')
2338 fp = procutil.popen(cmd, b'rb')
2339 try:
2339 try:
2340 for line in util.iterfile(fp):
2340 for line in util.iterfile(fp):
2341 line = line.rstrip()
2341 line = line.rstrip()
2342 ui.note(line + b'\n')
2342 ui.note(line + b'\n')
2343 if line.startswith(b'patching file '):
2343 if line.startswith(b'patching file '):
2344 pf = util.parsepatchoutput(line)
2344 pf = util.parsepatchoutput(line)
2345 printed_file = False
2345 printed_file = False
2346 files.add(pf)
2346 files.add(pf)
2347 elif line.find(b'with fuzz') >= 0:
2347 elif line.find(b'with fuzz') >= 0:
2348 fuzz = True
2348 fuzz = True
2349 if not printed_file:
2349 if not printed_file:
2350 ui.warn(pf + b'\n')
2350 ui.warn(pf + b'\n')
2351 printed_file = True
2351 printed_file = True
2352 ui.warn(line + b'\n')
2352 ui.warn(line + b'\n')
2353 elif line.find(b'saving rejects to file') >= 0:
2353 elif line.find(b'saving rejects to file') >= 0:
2354 ui.warn(line + b'\n')
2354 ui.warn(line + b'\n')
2355 elif line.find(b'FAILED') >= 0:
2355 elif line.find(b'FAILED') >= 0:
2356 if not printed_file:
2356 if not printed_file:
2357 ui.warn(pf + b'\n')
2357 ui.warn(pf + b'\n')
2358 printed_file = True
2358 printed_file = True
2359 ui.warn(line + b'\n')
2359 ui.warn(line + b'\n')
2360 finally:
2360 finally:
2361 if files:
2361 if files:
2362 scmutil.marktouched(repo, files, similarity)
2362 scmutil.marktouched(repo, files, similarity)
2363 code = fp.close()
2363 code = fp.close()
2364 if code:
2364 if code:
2365 raise PatchError(
2365 raise PatchError(
2366 _(b"patch command failed: %s") % procutil.explainexit(code)
2366 _(b"patch command failed: %s") % procutil.explainexit(code)
2367 )
2367 )
2368 return fuzz
2368 return fuzz
2369
2369
2370
2370
2371 def patchbackend(
2371 def patchbackend(
2372 ui, backend, patchobj, strip, prefix, files=None, eolmode=b'strict'
2372 ui, backend, patchobj, strip, prefix, files=None, eolmode=b'strict'
2373 ):
2373 ):
2374 if files is None:
2374 if files is None:
2375 files = set()
2375 files = set()
2376 if eolmode is None:
2376 if eolmode is None:
2377 eolmode = ui.config(b'patch', b'eol')
2377 eolmode = ui.config(b'patch', b'eol')
2378 if eolmode.lower() not in eolmodes:
2378 if eolmode.lower() not in eolmodes:
2379 raise error.Abort(_(b'unsupported line endings type: %s') % eolmode)
2379 raise error.Abort(_(b'unsupported line endings type: %s') % eolmode)
2380 eolmode = eolmode.lower()
2380 eolmode = eolmode.lower()
2381
2381
2382 store = filestore()
2382 store = filestore()
2383 try:
2383 try:
2384 fp = open(patchobj, b'rb')
2384 fp = open(patchobj, b'rb')
2385 except TypeError:
2385 except TypeError:
2386 fp = patchobj
2386 fp = patchobj
2387 try:
2387 try:
2388 ret = applydiff(
2388 ret = applydiff(
2389 ui, fp, backend, store, strip=strip, prefix=prefix, eolmode=eolmode
2389 ui, fp, backend, store, strip=strip, prefix=prefix, eolmode=eolmode
2390 )
2390 )
2391 finally:
2391 finally:
2392 if fp != patchobj:
2392 if fp != patchobj:
2393 fp.close()
2393 fp.close()
2394 files.update(backend.close())
2394 files.update(backend.close())
2395 store.close()
2395 store.close()
2396 if ret < 0:
2396 if ret < 0:
2397 raise PatchError(_(b'patch failed to apply'))
2397 raise PatchError(_(b'patch failed to apply'))
2398 return ret > 0
2398 return ret > 0
2399
2399
2400
2400
2401 def internalpatch(
2401 def internalpatch(
2402 ui,
2402 ui,
2403 repo,
2403 repo,
2404 patchobj,
2404 patchobj,
2405 strip,
2405 strip,
2406 prefix=b'',
2406 prefix=b'',
2407 files=None,
2407 files=None,
2408 eolmode=b'strict',
2408 eolmode=b'strict',
2409 similarity=0,
2409 similarity=0,
2410 ):
2410 ):
2411 """use builtin patch to apply <patchobj> to the working directory.
2411 """use builtin patch to apply <patchobj> to the working directory.
2412 returns whether patch was applied with fuzz factor."""
2412 returns whether patch was applied with fuzz factor."""
2413 backend = workingbackend(ui, repo, similarity)
2413 backend = workingbackend(ui, repo, similarity)
2414 return patchbackend(ui, backend, patchobj, strip, prefix, files, eolmode)
2414 return patchbackend(ui, backend, patchobj, strip, prefix, files, eolmode)
2415
2415
2416
2416
2417 def patchrepo(
2417 def patchrepo(
2418 ui, repo, ctx, store, patchobj, strip, prefix, files=None, eolmode=b'strict'
2418 ui, repo, ctx, store, patchobj, strip, prefix, files=None, eolmode=b'strict'
2419 ):
2419 ):
2420 backend = repobackend(ui, repo, ctx, store)
2420 backend = repobackend(ui, repo, ctx, store)
2421 return patchbackend(ui, backend, patchobj, strip, prefix, files, eolmode)
2421 return patchbackend(ui, backend, patchobj, strip, prefix, files, eolmode)
2422
2422
2423
2423
2424 def patch(
2424 def patch(
2425 ui,
2425 ui,
2426 repo,
2426 repo,
2427 patchname,
2427 patchname,
2428 strip=1,
2428 strip=1,
2429 prefix=b'',
2429 prefix=b'',
2430 files=None,
2430 files=None,
2431 eolmode=b'strict',
2431 eolmode=b'strict',
2432 similarity=0,
2432 similarity=0,
2433 ):
2433 ):
2434 """Apply <patchname> to the working directory.
2434 """Apply <patchname> to the working directory.
2435
2435
2436 'eolmode' specifies how end of lines should be handled. It can be:
2436 'eolmode' specifies how end of lines should be handled. It can be:
2437 - 'strict': inputs are read in binary mode, EOLs are preserved
2437 - 'strict': inputs are read in binary mode, EOLs are preserved
2438 - 'crlf': EOLs are ignored when patching and reset to CRLF
2438 - 'crlf': EOLs are ignored when patching and reset to CRLF
2439 - 'lf': EOLs are ignored when patching and reset to LF
2439 - 'lf': EOLs are ignored when patching and reset to LF
2440 - None: get it from user settings, default to 'strict'
2440 - None: get it from user settings, default to 'strict'
2441 'eolmode' is ignored when using an external patcher program.
2441 'eolmode' is ignored when using an external patcher program.
2442
2442
2443 Returns whether patch was applied with fuzz factor.
2443 Returns whether patch was applied with fuzz factor.
2444 """
2444 """
2445 patcher = ui.config(b'ui', b'patch')
2445 patcher = ui.config(b'ui', b'patch')
2446 if files is None:
2446 if files is None:
2447 files = set()
2447 files = set()
2448 if patcher:
2448 if patcher:
2449 return _externalpatch(
2449 return _externalpatch(
2450 ui, repo, patcher, patchname, strip, files, similarity
2450 ui, repo, patcher, patchname, strip, files, similarity
2451 )
2451 )
2452 return internalpatch(
2452 return internalpatch(
2453 ui, repo, patchname, strip, prefix, files, eolmode, similarity
2453 ui, repo, patchname, strip, prefix, files, eolmode, similarity
2454 )
2454 )
2455
2455
2456
2456
2457 def changedfiles(ui, repo, patchpath, strip=1, prefix=b''):
2457 def changedfiles(ui, repo, patchpath, strip=1, prefix=b''):
2458 backend = fsbackend(ui, repo.root)
2458 backend = fsbackend(ui, repo.root)
2459 prefix = _canonprefix(repo, prefix)
2459 prefix = _canonprefix(repo, prefix)
2460 with open(patchpath, b'rb') as fp:
2460 with open(patchpath, b'rb') as fp:
2461 changed = set()
2461 changed = set()
2462 for state, values in iterhunks(fp):
2462 for state, values in iterhunks(fp):
2463 if state == b'file':
2463 if state == b'file':
2464 afile, bfile, first_hunk, gp = values
2464 afile, bfile, first_hunk, gp = values
2465 if gp:
2465 if gp:
2466 gp.path = pathtransform(gp.path, strip - 1, prefix)[1]
2466 gp.path = pathtransform(gp.path, strip - 1, prefix)[1]
2467 if gp.oldpath:
2467 if gp.oldpath:
2468 gp.oldpath = pathtransform(
2468 gp.oldpath = pathtransform(
2469 gp.oldpath, strip - 1, prefix
2469 gp.oldpath, strip - 1, prefix
2470 )[1]
2470 )[1]
2471 else:
2471 else:
2472 gp = makepatchmeta(
2472 gp = makepatchmeta(
2473 backend, afile, bfile, first_hunk, strip, prefix
2473 backend, afile, bfile, first_hunk, strip, prefix
2474 )
2474 )
2475 changed.add(gp.path)
2475 changed.add(gp.path)
2476 if gp.op == b'RENAME':
2476 if gp.op == b'RENAME':
2477 changed.add(gp.oldpath)
2477 changed.add(gp.oldpath)
2478 elif state not in (b'hunk', b'git'):
2478 elif state not in (b'hunk', b'git'):
2479 raise error.Abort(_(b'unsupported parser state: %s') % state)
2479 raise error.Abort(_(b'unsupported parser state: %s') % state)
2480 return changed
2480 return changed
2481
2481
2482
2482
2483 class GitDiffRequired(Exception):
2483 class GitDiffRequired(Exception):
2484 pass
2484 pass
2485
2485
2486
2486
2487 diffopts = diffutil.diffallopts
2487 diffopts = diffutil.diffallopts
2488 diffallopts = diffutil.diffallopts
2488 diffallopts = diffutil.diffallopts
2489 difffeatureopts = diffutil.difffeatureopts
2489 difffeatureopts = diffutil.difffeatureopts
2490
2490
2491
2491
2492 def diff(
2492 def diff(
2493 repo,
2493 repo,
2494 node1=None,
2494 node1=None,
2495 node2=None,
2495 node2=None,
2496 match=None,
2496 match=None,
2497 changes=None,
2497 changes=None,
2498 opts=None,
2498 opts=None,
2499 losedatafn=None,
2499 losedatafn=None,
2500 pathfn=None,
2500 pathfn=None,
2501 copy=None,
2501 copy=None,
2502 copysourcematch=None,
2502 copysourcematch=None,
2503 hunksfilterfn=None,
2503 hunksfilterfn=None,
2504 ):
2504 ):
2505 """yields diff of changes to files between two nodes, or node and
2505 """yields diff of changes to files between two nodes, or node and
2506 working directory.
2506 working directory.
2507
2507
2508 if node1 is None, use first dirstate parent instead.
2508 if node1 is None, use first dirstate parent instead.
2509 if node2 is None, compare node1 with working directory.
2509 if node2 is None, compare node1 with working directory.
2510
2510
2511 losedatafn(**kwarg) is a callable run when opts.upgrade=True and
2511 losedatafn(**kwarg) is a callable run when opts.upgrade=True and
2512 every time some change cannot be represented with the current
2512 every time some change cannot be represented with the current
2513 patch format. Return False to upgrade to git patch format, True to
2513 patch format. Return False to upgrade to git patch format, True to
2514 accept the loss or raise an exception to abort the diff. It is
2514 accept the loss or raise an exception to abort the diff. It is
2515 called with the name of current file being diffed as 'fn'. If set
2515 called with the name of current file being diffed as 'fn'. If set
2516 to None, patches will always be upgraded to git format when
2516 to None, patches will always be upgraded to git format when
2517 necessary.
2517 necessary.
2518
2518
2519 prefix is a filename prefix that is prepended to all filenames on
2519 prefix is a filename prefix that is prepended to all filenames on
2520 display (used for subrepos).
2520 display (used for subrepos).
2521
2521
2522 relroot, if not empty, must be normalized with a trailing /. Any match
2522 relroot, if not empty, must be normalized with a trailing /. Any match
2523 patterns that fall outside it will be ignored.
2523 patterns that fall outside it will be ignored.
2524
2524
2525 copy, if not empty, should contain mappings {dst@y: src@x} of copy
2525 copy, if not empty, should contain mappings {dst@y: src@x} of copy
2526 information.
2526 information.
2527
2527
2528 if copysourcematch is not None, then copy sources will be filtered by this
2528 if copysourcematch is not None, then copy sources will be filtered by this
2529 matcher
2529 matcher
2530
2530
2531 hunksfilterfn, if not None, should be a function taking a filectx and
2531 hunksfilterfn, if not None, should be a function taking a filectx and
2532 hunks generator that may yield filtered hunks.
2532 hunks generator that may yield filtered hunks.
2533 """
2533 """
2534 if not node1 and not node2:
2534 if not node1 and not node2:
2535 node1 = repo.dirstate.p1()
2535 node1 = repo.dirstate.p1()
2536
2536
2537 ctx1 = repo[node1]
2537 ctx1 = repo[node1]
2538 ctx2 = repo[node2]
2538 ctx2 = repo[node2]
2539
2539
2540 for fctx1, fctx2, hdr, hunks in diffhunks(
2540 for fctx1, fctx2, hdr, hunks in diffhunks(
2541 repo,
2541 repo,
2542 ctx1=ctx1,
2542 ctx1=ctx1,
2543 ctx2=ctx2,
2543 ctx2=ctx2,
2544 match=match,
2544 match=match,
2545 changes=changes,
2545 changes=changes,
2546 opts=opts,
2546 opts=opts,
2547 losedatafn=losedatafn,
2547 losedatafn=losedatafn,
2548 pathfn=pathfn,
2548 pathfn=pathfn,
2549 copy=copy,
2549 copy=copy,
2550 copysourcematch=copysourcematch,
2550 copysourcematch=copysourcematch,
2551 ):
2551 ):
2552 if hunksfilterfn is not None:
2552 if hunksfilterfn is not None:
2553 # If the file has been removed, fctx2 is None; but this should
2553 # If the file has been removed, fctx2 is None; but this should
2554 # not occur here since we catch removed files early in
2554 # not occur here since we catch removed files early in
2555 # logcmdutil.getlinerangerevs() for 'hg log -L'.
2555 # logcmdutil.getlinerangerevs() for 'hg log -L'.
2556 assert (
2556 assert (
2557 fctx2 is not None
2557 fctx2 is not None
2558 ), b'fctx2 unexpectly None in diff hunks filtering'
2558 ), b'fctx2 unexpectly None in diff hunks filtering'
2559 hunks = hunksfilterfn(fctx2, hunks)
2559 hunks = hunksfilterfn(fctx2, hunks)
2560 text = b''.join(b''.join(hlines) for hrange, hlines in hunks)
2560 text = b''.join(b''.join(hlines) for hrange, hlines in hunks)
2561 if hdr and (text or len(hdr) > 1):
2561 if hdr and (text or len(hdr) > 1):
2562 yield b'\n'.join(hdr) + b'\n'
2562 yield b'\n'.join(hdr) + b'\n'
2563 if text:
2563 if text:
2564 yield text
2564 yield text
2565
2565
2566
2566
2567 def diffhunks(
2567 def diffhunks(
2568 repo,
2568 repo,
2569 ctx1,
2569 ctx1,
2570 ctx2,
2570 ctx2,
2571 match=None,
2571 match=None,
2572 changes=None,
2572 changes=None,
2573 opts=None,
2573 opts=None,
2574 losedatafn=None,
2574 losedatafn=None,
2575 pathfn=None,
2575 pathfn=None,
2576 copy=None,
2576 copy=None,
2577 copysourcematch=None,
2577 copysourcematch=None,
2578 ):
2578 ):
2579 """Yield diff of changes to files in the form of (`header`, `hunks`) tuples
2579 """Yield diff of changes to files in the form of (`header`, `hunks`) tuples
2580 where `header` is a list of diff headers and `hunks` is an iterable of
2580 where `header` is a list of diff headers and `hunks` is an iterable of
2581 (`hunkrange`, `hunklines`) tuples.
2581 (`hunkrange`, `hunklines`) tuples.
2582
2582
2583 See diff() for the meaning of parameters.
2583 See diff() for the meaning of parameters.
2584 """
2584 """
2585
2585
2586 if opts is None:
2586 if opts is None:
2587 opts = mdiff.defaultopts
2587 opts = mdiff.defaultopts
2588
2588
2589 def lrugetfilectx():
2589 def lrugetfilectx():
2590 cache = {}
2590 cache = {}
2591 order = collections.deque()
2591 order = collections.deque()
2592
2592
2593 def getfilectx(f, ctx):
2593 def getfilectx(f, ctx):
2594 fctx = ctx.filectx(f, filelog=cache.get(f))
2594 fctx = ctx.filectx(f, filelog=cache.get(f))
2595 if f not in cache:
2595 if f not in cache:
2596 if len(cache) > 20:
2596 if len(cache) > 20:
2597 del cache[order.popleft()]
2597 del cache[order.popleft()]
2598 cache[f] = fctx.filelog()
2598 cache[f] = fctx.filelog()
2599 else:
2599 else:
2600 order.remove(f)
2600 order.remove(f)
2601 order.append(f)
2601 order.append(f)
2602 return fctx
2602 return fctx
2603
2603
2604 return getfilectx
2604 return getfilectx
2605
2605
2606 getfilectx = lrugetfilectx()
2606 getfilectx = lrugetfilectx()
2607
2607
2608 if not changes:
2608 if not changes:
2609 changes = ctx1.status(ctx2, match=match)
2609 changes = ctx1.status(ctx2, match=match)
2610 if isinstance(changes, list):
2610 if isinstance(changes, list):
2611 modified, added, removed = changes[:3]
2611 modified, added, removed = changes[:3]
2612 else:
2612 else:
2613 modified, added, removed = (
2613 modified, added, removed = (
2614 changes.modified,
2614 changes.modified,
2615 changes.added,
2615 changes.added,
2616 changes.removed,
2616 changes.removed,
2617 )
2617 )
2618
2618
2619 if not modified and not added and not removed:
2619 if not modified and not added and not removed:
2620 return []
2620 return []
2621
2621
2622 if repo.ui.debugflag:
2622 if repo.ui.debugflag:
2623 hexfunc = hex
2623 hexfunc = hex
2624 else:
2624 else:
2625 hexfunc = short
2625 hexfunc = short
2626 revs = [hexfunc(node) for node in [ctx1.node(), ctx2.node()] if node]
2626 revs = [hexfunc(node) for node in [ctx1.node(), ctx2.node()] if node]
2627
2627
2628 if copy is None:
2628 if copy is None:
2629 copy = {}
2629 copy = {}
2630 if opts.git or opts.upgrade:
2630 if opts.git or opts.upgrade:
2631 copy = copies.pathcopies(ctx1, ctx2, match=match)
2631 copy = copies.pathcopies(ctx1, ctx2, match=match)
2632
2632
2633 if copysourcematch:
2633 if copysourcematch:
2634 # filter out copies where source side isn't inside the matcher
2634 # filter out copies where source side isn't inside the matcher
2635 # (copies.pathcopies() already filtered out the destination)
2635 # (copies.pathcopies() already filtered out the destination)
2636 copy = {
2636 copy = {
2637 dst: src
2637 dst: src
2638 for dst, src in pycompat.iteritems(copy)
2638 for dst, src in pycompat.iteritems(copy)
2639 if copysourcematch(src)
2639 if copysourcematch(src)
2640 }
2640 }
2641
2641
2642 modifiedset = set(modified)
2642 modifiedset = set(modified)
2643 addedset = set(added)
2643 addedset = set(added)
2644 removedset = set(removed)
2644 removedset = set(removed)
2645 for f in modified:
2645 for f in modified:
2646 if f not in ctx1:
2646 if f not in ctx1:
2647 # Fix up added, since merged-in additions appear as
2647 # Fix up added, since merged-in additions appear as
2648 # modifications during merges
2648 # modifications during merges
2649 modifiedset.remove(f)
2649 modifiedset.remove(f)
2650 addedset.add(f)
2650 addedset.add(f)
2651 for f in removed:
2651 for f in removed:
2652 if f not in ctx1:
2652 if f not in ctx1:
2653 # Merged-in additions that are then removed are reported as removed.
2653 # Merged-in additions that are then removed are reported as removed.
2654 # They are not in ctx1, so We don't want to show them in the diff.
2654 # They are not in ctx1, so We don't want to show them in the diff.
2655 removedset.remove(f)
2655 removedset.remove(f)
2656 modified = sorted(modifiedset)
2656 modified = sorted(modifiedset)
2657 added = sorted(addedset)
2657 added = sorted(addedset)
2658 removed = sorted(removedset)
2658 removed = sorted(removedset)
2659 for dst, src in list(copy.items()):
2659 for dst, src in list(copy.items()):
2660 if src not in ctx1:
2660 if src not in ctx1:
2661 # Files merged in during a merge and then copied/renamed are
2661 # Files merged in during a merge and then copied/renamed are
2662 # reported as copies. We want to show them in the diff as additions.
2662 # reported as copies. We want to show them in the diff as additions.
2663 del copy[dst]
2663 del copy[dst]
2664
2664
2665 prefetchmatch = scmutil.matchfiles(
2665 prefetchmatch = scmutil.matchfiles(
2666 repo, list(modifiedset | addedset | removedset)
2666 repo, list(modifiedset | addedset | removedset)
2667 )
2667 )
2668 revmatches = [
2668 revmatches = [
2669 (ctx1.rev(), prefetchmatch),
2669 (ctx1.rev(), prefetchmatch),
2670 (ctx2.rev(), prefetchmatch),
2670 (ctx2.rev(), prefetchmatch),
2671 ]
2671 ]
2672 scmutil.prefetchfiles(repo, revmatches)
2672 scmutil.prefetchfiles(repo, revmatches)
2673
2673
2674 def difffn(opts, losedata):
2674 def difffn(opts, losedata):
2675 return trydiff(
2675 return trydiff(
2676 repo,
2676 repo,
2677 revs,
2677 revs,
2678 ctx1,
2678 ctx1,
2679 ctx2,
2679 ctx2,
2680 modified,
2680 modified,
2681 added,
2681 added,
2682 removed,
2682 removed,
2683 copy,
2683 copy,
2684 getfilectx,
2684 getfilectx,
2685 opts,
2685 opts,
2686 losedata,
2686 losedata,
2687 pathfn,
2687 pathfn,
2688 )
2688 )
2689
2689
2690 if opts.upgrade and not opts.git:
2690 if opts.upgrade and not opts.git:
2691 try:
2691 try:
2692
2692
2693 def losedata(fn):
2693 def losedata(fn):
2694 if not losedatafn or not losedatafn(fn=fn):
2694 if not losedatafn or not losedatafn(fn=fn):
2695 raise GitDiffRequired
2695 raise GitDiffRequired
2696
2696
2697 # Buffer the whole output until we are sure it can be generated
2697 # Buffer the whole output until we are sure it can be generated
2698 return list(difffn(opts.copy(git=False), losedata))
2698 return list(difffn(opts.copy(git=False), losedata))
2699 except GitDiffRequired:
2699 except GitDiffRequired:
2700 return difffn(opts.copy(git=True), None)
2700 return difffn(opts.copy(git=True), None)
2701 else:
2701 else:
2702 return difffn(opts, None)
2702 return difffn(opts, None)
2703
2703
2704
2704
2705 def diffsinglehunk(hunklines):
2705 def diffsinglehunk(hunklines):
2706 """yield tokens for a list of lines in a single hunk"""
2706 """yield tokens for a list of lines in a single hunk"""
2707 for line in hunklines:
2707 for line in hunklines:
2708 # chomp
2708 # chomp
2709 chompline = line.rstrip(b'\r\n')
2709 chompline = line.rstrip(b'\r\n')
2710 # highlight tabs and trailing whitespace
2710 # highlight tabs and trailing whitespace
2711 stripline = chompline.rstrip()
2711 stripline = chompline.rstrip()
2712 if line.startswith(b'-'):
2712 if line.startswith(b'-'):
2713 label = b'diff.deleted'
2713 label = b'diff.deleted'
2714 elif line.startswith(b'+'):
2714 elif line.startswith(b'+'):
2715 label = b'diff.inserted'
2715 label = b'diff.inserted'
2716 else:
2716 else:
2717 raise error.ProgrammingError(b'unexpected hunk line: %s' % line)
2717 raise error.ProgrammingError(b'unexpected hunk line: %s' % line)
2718 for token in tabsplitter.findall(stripline):
2718 for token in tabsplitter.findall(stripline):
2719 if token.startswith(b'\t'):
2719 if token.startswith(b'\t'):
2720 yield (token, b'diff.tab')
2720 yield (token, b'diff.tab')
2721 else:
2721 else:
2722 yield (token, label)
2722 yield (token, label)
2723
2723
2724 if chompline != stripline:
2724 if chompline != stripline:
2725 yield (chompline[len(stripline) :], b'diff.trailingwhitespace')
2725 yield (chompline[len(stripline) :], b'diff.trailingwhitespace')
2726 if chompline != line:
2726 if chompline != line:
2727 yield (line[len(chompline) :], b'')
2727 yield (line[len(chompline) :], b'')
2728
2728
2729
2729
2730 def diffsinglehunkinline(hunklines):
2730 def diffsinglehunkinline(hunklines):
2731 """yield tokens for a list of lines in a single hunk, with inline colors"""
2731 """yield tokens for a list of lines in a single hunk, with inline colors"""
2732 # prepare deleted, and inserted content
2732 # prepare deleted, and inserted content
2733 a = b''
2733 a = bytearray()
2734 b = b''
2734 b = bytearray()
2735 for line in hunklines:
2735 for line in hunklines:
2736 if line[0:1] == b'-':
2736 if line[0:1] == b'-':
2737 a += line[1:]
2737 a += line[1:]
2738 elif line[0:1] == b'+':
2738 elif line[0:1] == b'+':
2739 b += line[1:]
2739 b += line[1:]
2740 else:
2740 else:
2741 raise error.ProgrammingError(b'unexpected hunk line: %s' % line)
2741 raise error.ProgrammingError(b'unexpected hunk line: %s' % line)
2742 # fast path: if either side is empty, use diffsinglehunk
2742 # fast path: if either side is empty, use diffsinglehunk
2743 if not a or not b:
2743 if not a or not b:
2744 for t in diffsinglehunk(hunklines):
2744 for t in diffsinglehunk(hunklines):
2745 yield t
2745 yield t
2746 return
2746 return
2747 # re-split the content into words
2747 # re-split the content into words
2748 al = wordsplitter.findall(a)
2748 al = wordsplitter.findall(bytes(a))
2749 bl = wordsplitter.findall(b)
2749 bl = wordsplitter.findall(bytes(b))
2750 # re-arrange the words to lines since the diff algorithm is line-based
2750 # re-arrange the words to lines since the diff algorithm is line-based
2751 aln = [s if s == b'\n' else s + b'\n' for s in al]
2751 aln = [s if s == b'\n' else s + b'\n' for s in al]
2752 bln = [s if s == b'\n' else s + b'\n' for s in bl]
2752 bln = [s if s == b'\n' else s + b'\n' for s in bl]
2753 an = b''.join(aln)
2753 an = b''.join(aln)
2754 bn = b''.join(bln)
2754 bn = b''.join(bln)
2755 # run the diff algorithm, prepare atokens and btokens
2755 # run the diff algorithm, prepare atokens and btokens
2756 atokens = []
2756 atokens = []
2757 btokens = []
2757 btokens = []
2758 blocks = mdiff.allblocks(an, bn, lines1=aln, lines2=bln)
2758 blocks = mdiff.allblocks(an, bn, lines1=aln, lines2=bln)
2759 for (a1, a2, b1, b2), btype in blocks:
2759 for (a1, a2, b1, b2), btype in blocks:
2760 changed = btype == b'!'
2760 changed = btype == b'!'
2761 for token in mdiff.splitnewlines(b''.join(al[a1:a2])):
2761 for token in mdiff.splitnewlines(b''.join(al[a1:a2])):
2762 atokens.append((changed, token))
2762 atokens.append((changed, token))
2763 for token in mdiff.splitnewlines(b''.join(bl[b1:b2])):
2763 for token in mdiff.splitnewlines(b''.join(bl[b1:b2])):
2764 btokens.append((changed, token))
2764 btokens.append((changed, token))
2765
2765
2766 # yield deleted tokens, then inserted ones
2766 # yield deleted tokens, then inserted ones
2767 for prefix, label, tokens in [
2767 for prefix, label, tokens in [
2768 (b'-', b'diff.deleted', atokens),
2768 (b'-', b'diff.deleted', atokens),
2769 (b'+', b'diff.inserted', btokens),
2769 (b'+', b'diff.inserted', btokens),
2770 ]:
2770 ]:
2771 nextisnewline = True
2771 nextisnewline = True
2772 for changed, token in tokens:
2772 for changed, token in tokens:
2773 if nextisnewline:
2773 if nextisnewline:
2774 yield (prefix, label)
2774 yield (prefix, label)
2775 nextisnewline = False
2775 nextisnewline = False
2776 # special handling line end
2776 # special handling line end
2777 isendofline = token.endswith(b'\n')
2777 isendofline = token.endswith(b'\n')
2778 if isendofline:
2778 if isendofline:
2779 chomp = token[:-1] # chomp
2779 chomp = token[:-1] # chomp
2780 if chomp.endswith(b'\r'):
2780 if chomp.endswith(b'\r'):
2781 chomp = chomp[:-1]
2781 chomp = chomp[:-1]
2782 endofline = token[len(chomp) :]
2782 endofline = token[len(chomp) :]
2783 token = chomp.rstrip() # detect spaces at the end
2783 token = chomp.rstrip() # detect spaces at the end
2784 endspaces = chomp[len(token) :]
2784 endspaces = chomp[len(token) :]
2785 # scan tabs
2785 # scan tabs
2786 for maybetab in tabsplitter.findall(token):
2786 for maybetab in tabsplitter.findall(token):
2787 if b'\t' == maybetab[0:1]:
2787 if b'\t' == maybetab[0:1]:
2788 currentlabel = b'diff.tab'
2788 currentlabel = b'diff.tab'
2789 else:
2789 else:
2790 if changed:
2790 if changed:
2791 currentlabel = label + b'.changed'
2791 currentlabel = label + b'.changed'
2792 else:
2792 else:
2793 currentlabel = label + b'.unchanged'
2793 currentlabel = label + b'.unchanged'
2794 yield (maybetab, currentlabel)
2794 yield (maybetab, currentlabel)
2795 if isendofline:
2795 if isendofline:
2796 if endspaces:
2796 if endspaces:
2797 yield (endspaces, b'diff.trailingwhitespace')
2797 yield (endspaces, b'diff.trailingwhitespace')
2798 yield (endofline, b'')
2798 yield (endofline, b'')
2799 nextisnewline = True
2799 nextisnewline = True
2800
2800
2801
2801
2802 def difflabel(func, *args, **kw):
2802 def difflabel(func, *args, **kw):
2803 '''yields 2-tuples of (output, label) based on the output of func()'''
2803 '''yields 2-tuples of (output, label) based on the output of func()'''
2804 if kw.get('opts') and kw['opts'].worddiff:
2804 if kw.get('opts') and kw['opts'].worddiff:
2805 dodiffhunk = diffsinglehunkinline
2805 dodiffhunk = diffsinglehunkinline
2806 else:
2806 else:
2807 dodiffhunk = diffsinglehunk
2807 dodiffhunk = diffsinglehunk
2808 headprefixes = [
2808 headprefixes = [
2809 (b'diff', b'diff.diffline'),
2809 (b'diff', b'diff.diffline'),
2810 (b'copy', b'diff.extended'),
2810 (b'copy', b'diff.extended'),
2811 (b'rename', b'diff.extended'),
2811 (b'rename', b'diff.extended'),
2812 (b'old', b'diff.extended'),
2812 (b'old', b'diff.extended'),
2813 (b'new', b'diff.extended'),
2813 (b'new', b'diff.extended'),
2814 (b'deleted', b'diff.extended'),
2814 (b'deleted', b'diff.extended'),
2815 (b'index', b'diff.extended'),
2815 (b'index', b'diff.extended'),
2816 (b'similarity', b'diff.extended'),
2816 (b'similarity', b'diff.extended'),
2817 (b'---', b'diff.file_a'),
2817 (b'---', b'diff.file_a'),
2818 (b'+++', b'diff.file_b'),
2818 (b'+++', b'diff.file_b'),
2819 ]
2819 ]
2820 textprefixes = [
2820 textprefixes = [
2821 (b'@', b'diff.hunk'),
2821 (b'@', b'diff.hunk'),
2822 # - and + are handled by diffsinglehunk
2822 # - and + are handled by diffsinglehunk
2823 ]
2823 ]
2824 head = False
2824 head = False
2825
2825
2826 # buffers a hunk, i.e. adjacent "-", "+" lines without other changes.
2826 # buffers a hunk, i.e. adjacent "-", "+" lines without other changes.
2827 hunkbuffer = []
2827 hunkbuffer = []
2828
2828
2829 def consumehunkbuffer():
2829 def consumehunkbuffer():
2830 if hunkbuffer:
2830 if hunkbuffer:
2831 for token in dodiffhunk(hunkbuffer):
2831 for token in dodiffhunk(hunkbuffer):
2832 yield token
2832 yield token
2833 hunkbuffer[:] = []
2833 hunkbuffer[:] = []
2834
2834
2835 for chunk in func(*args, **kw):
2835 for chunk in func(*args, **kw):
2836 lines = chunk.split(b'\n')
2836 lines = chunk.split(b'\n')
2837 linecount = len(lines)
2837 linecount = len(lines)
2838 for i, line in enumerate(lines):
2838 for i, line in enumerate(lines):
2839 if head:
2839 if head:
2840 if line.startswith(b'@'):
2840 if line.startswith(b'@'):
2841 head = False
2841 head = False
2842 else:
2842 else:
2843 if line and not line.startswith(
2843 if line and not line.startswith(
2844 (b' ', b'+', b'-', b'@', b'\\')
2844 (b' ', b'+', b'-', b'@', b'\\')
2845 ):
2845 ):
2846 head = True
2846 head = True
2847 diffline = False
2847 diffline = False
2848 if not head and line and line.startswith((b'+', b'-')):
2848 if not head and line and line.startswith((b'+', b'-')):
2849 diffline = True
2849 diffline = True
2850
2850
2851 prefixes = textprefixes
2851 prefixes = textprefixes
2852 if head:
2852 if head:
2853 prefixes = headprefixes
2853 prefixes = headprefixes
2854 if diffline:
2854 if diffline:
2855 # buffered
2855 # buffered
2856 bufferedline = line
2856 bufferedline = line
2857 if i + 1 < linecount:
2857 if i + 1 < linecount:
2858 bufferedline += b"\n"
2858 bufferedline += b"\n"
2859 hunkbuffer.append(bufferedline)
2859 hunkbuffer.append(bufferedline)
2860 else:
2860 else:
2861 # unbuffered
2861 # unbuffered
2862 for token in consumehunkbuffer():
2862 for token in consumehunkbuffer():
2863 yield token
2863 yield token
2864 stripline = line.rstrip()
2864 stripline = line.rstrip()
2865 for prefix, label in prefixes:
2865 for prefix, label in prefixes:
2866 if stripline.startswith(prefix):
2866 if stripline.startswith(prefix):
2867 yield (stripline, label)
2867 yield (stripline, label)
2868 if line != stripline:
2868 if line != stripline:
2869 yield (
2869 yield (
2870 line[len(stripline) :],
2870 line[len(stripline) :],
2871 b'diff.trailingwhitespace',
2871 b'diff.trailingwhitespace',
2872 )
2872 )
2873 break
2873 break
2874 else:
2874 else:
2875 yield (line, b'')
2875 yield (line, b'')
2876 if i + 1 < linecount:
2876 if i + 1 < linecount:
2877 yield (b'\n', b'')
2877 yield (b'\n', b'')
2878 for token in consumehunkbuffer():
2878 for token in consumehunkbuffer():
2879 yield token
2879 yield token
2880
2880
2881
2881
2882 def diffui(*args, **kw):
2882 def diffui(*args, **kw):
2883 '''like diff(), but yields 2-tuples of (output, label) for ui.write()'''
2883 '''like diff(), but yields 2-tuples of (output, label) for ui.write()'''
2884 return difflabel(diff, *args, **kw)
2884 return difflabel(diff, *args, **kw)
2885
2885
2886
2886
2887 def _filepairs(modified, added, removed, copy, opts):
2887 def _filepairs(modified, added, removed, copy, opts):
2888 """generates tuples (f1, f2, copyop), where f1 is the name of the file
2888 """generates tuples (f1, f2, copyop), where f1 is the name of the file
2889 before and f2 is the the name after. For added files, f1 will be None,
2889 before and f2 is the the name after. For added files, f1 will be None,
2890 and for removed files, f2 will be None. copyop may be set to None, 'copy'
2890 and for removed files, f2 will be None. copyop may be set to None, 'copy'
2891 or 'rename' (the latter two only if opts.git is set)."""
2891 or 'rename' (the latter two only if opts.git is set)."""
2892 gone = set()
2892 gone = set()
2893
2893
2894 copyto = {v: k for k, v in copy.items()}
2894 copyto = {v: k for k, v in copy.items()}
2895
2895
2896 addedset, removedset = set(added), set(removed)
2896 addedset, removedset = set(added), set(removed)
2897
2897
2898 for f in sorted(modified + added + removed):
2898 for f in sorted(modified + added + removed):
2899 copyop = None
2899 copyop = None
2900 f1, f2 = f, f
2900 f1, f2 = f, f
2901 if f in addedset:
2901 if f in addedset:
2902 f1 = None
2902 f1 = None
2903 if f in copy:
2903 if f in copy:
2904 if opts.git:
2904 if opts.git:
2905 f1 = copy[f]
2905 f1 = copy[f]
2906 if f1 in removedset and f1 not in gone:
2906 if f1 in removedset and f1 not in gone:
2907 copyop = b'rename'
2907 copyop = b'rename'
2908 gone.add(f1)
2908 gone.add(f1)
2909 else:
2909 else:
2910 copyop = b'copy'
2910 copyop = b'copy'
2911 elif f in removedset:
2911 elif f in removedset:
2912 f2 = None
2912 f2 = None
2913 if opts.git:
2913 if opts.git:
2914 # have we already reported a copy above?
2914 # have we already reported a copy above?
2915 if (
2915 if (
2916 f in copyto
2916 f in copyto
2917 and copyto[f] in addedset
2917 and copyto[f] in addedset
2918 and copy[copyto[f]] == f
2918 and copy[copyto[f]] == f
2919 ):
2919 ):
2920 continue
2920 continue
2921 yield f1, f2, copyop
2921 yield f1, f2, copyop
2922
2922
2923
2923
2924 def _gitindex(text):
2924 def _gitindex(text):
2925 if not text:
2925 if not text:
2926 text = b""
2926 text = b""
2927 l = len(text)
2927 l = len(text)
2928 s = hashutil.sha1(b'blob %d\0' % l)
2928 s = hashutil.sha1(b'blob %d\0' % l)
2929 s.update(text)
2929 s.update(text)
2930 return hex(s.digest())
2930 return hex(s.digest())
2931
2931
2932
2932
2933 _gitmode = {b'l': b'120000', b'x': b'100755', b'': b'100644'}
2933 _gitmode = {b'l': b'120000', b'x': b'100755', b'': b'100644'}
2934
2934
2935
2935
2936 def trydiff(
2936 def trydiff(
2937 repo,
2937 repo,
2938 revs,
2938 revs,
2939 ctx1,
2939 ctx1,
2940 ctx2,
2940 ctx2,
2941 modified,
2941 modified,
2942 added,
2942 added,
2943 removed,
2943 removed,
2944 copy,
2944 copy,
2945 getfilectx,
2945 getfilectx,
2946 opts,
2946 opts,
2947 losedatafn,
2947 losedatafn,
2948 pathfn,
2948 pathfn,
2949 ):
2949 ):
2950 """given input data, generate a diff and yield it in blocks
2950 """given input data, generate a diff and yield it in blocks
2951
2951
2952 If generating a diff would lose data like flags or binary data and
2952 If generating a diff would lose data like flags or binary data and
2953 losedatafn is not None, it will be called.
2953 losedatafn is not None, it will be called.
2954
2954
2955 pathfn is applied to every path in the diff output.
2955 pathfn is applied to every path in the diff output.
2956 """
2956 """
2957
2957
2958 if opts.noprefix:
2958 if opts.noprefix:
2959 aprefix = bprefix = b''
2959 aprefix = bprefix = b''
2960 else:
2960 else:
2961 aprefix = b'a/'
2961 aprefix = b'a/'
2962 bprefix = b'b/'
2962 bprefix = b'b/'
2963
2963
2964 def diffline(f, revs):
2964 def diffline(f, revs):
2965 revinfo = b' '.join([b"-r %s" % rev for rev in revs])
2965 revinfo = b' '.join([b"-r %s" % rev for rev in revs])
2966 return b'diff %s %s' % (revinfo, f)
2966 return b'diff %s %s' % (revinfo, f)
2967
2967
2968 def isempty(fctx):
2968 def isempty(fctx):
2969 return fctx is None or fctx.size() == 0
2969 return fctx is None or fctx.size() == 0
2970
2970
2971 date1 = dateutil.datestr(ctx1.date())
2971 date1 = dateutil.datestr(ctx1.date())
2972 date2 = dateutil.datestr(ctx2.date())
2972 date2 = dateutil.datestr(ctx2.date())
2973
2973
2974 if not pathfn:
2974 if not pathfn:
2975 pathfn = lambda f: f
2975 pathfn = lambda f: f
2976
2976
2977 for f1, f2, copyop in _filepairs(modified, added, removed, copy, opts):
2977 for f1, f2, copyop in _filepairs(modified, added, removed, copy, opts):
2978 content1 = None
2978 content1 = None
2979 content2 = None
2979 content2 = None
2980 fctx1 = None
2980 fctx1 = None
2981 fctx2 = None
2981 fctx2 = None
2982 flag1 = None
2982 flag1 = None
2983 flag2 = None
2983 flag2 = None
2984 if f1:
2984 if f1:
2985 fctx1 = getfilectx(f1, ctx1)
2985 fctx1 = getfilectx(f1, ctx1)
2986 if opts.git or losedatafn:
2986 if opts.git or losedatafn:
2987 flag1 = ctx1.flags(f1)
2987 flag1 = ctx1.flags(f1)
2988 if f2:
2988 if f2:
2989 fctx2 = getfilectx(f2, ctx2)
2989 fctx2 = getfilectx(f2, ctx2)
2990 if opts.git or losedatafn:
2990 if opts.git or losedatafn:
2991 flag2 = ctx2.flags(f2)
2991 flag2 = ctx2.flags(f2)
2992 # if binary is True, output "summary" or "base85", but not "text diff"
2992 # if binary is True, output "summary" or "base85", but not "text diff"
2993 if opts.text:
2993 if opts.text:
2994 binary = False
2994 binary = False
2995 else:
2995 else:
2996 binary = any(f.isbinary() for f in [fctx1, fctx2] if f is not None)
2996 binary = any(f.isbinary() for f in [fctx1, fctx2] if f is not None)
2997
2997
2998 if losedatafn and not opts.git:
2998 if losedatafn and not opts.git:
2999 if (
2999 if (
3000 binary
3000 binary
3001 or
3001 or
3002 # copy/rename
3002 # copy/rename
3003 f2 in copy
3003 f2 in copy
3004 or
3004 or
3005 # empty file creation
3005 # empty file creation
3006 (not f1 and isempty(fctx2))
3006 (not f1 and isempty(fctx2))
3007 or
3007 or
3008 # empty file deletion
3008 # empty file deletion
3009 (isempty(fctx1) and not f2)
3009 (isempty(fctx1) and not f2)
3010 or
3010 or
3011 # create with flags
3011 # create with flags
3012 (not f1 and flag2)
3012 (not f1 and flag2)
3013 or
3013 or
3014 # change flags
3014 # change flags
3015 (f1 and f2 and flag1 != flag2)
3015 (f1 and f2 and flag1 != flag2)
3016 ):
3016 ):
3017 losedatafn(f2 or f1)
3017 losedatafn(f2 or f1)
3018
3018
3019 path1 = pathfn(f1 or f2)
3019 path1 = pathfn(f1 or f2)
3020 path2 = pathfn(f2 or f1)
3020 path2 = pathfn(f2 or f1)
3021 header = []
3021 header = []
3022 if opts.git:
3022 if opts.git:
3023 header.append(
3023 header.append(
3024 b'diff --git %s%s %s%s' % (aprefix, path1, bprefix, path2)
3024 b'diff --git %s%s %s%s' % (aprefix, path1, bprefix, path2)
3025 )
3025 )
3026 if not f1: # added
3026 if not f1: # added
3027 header.append(b'new file mode %s' % _gitmode[flag2])
3027 header.append(b'new file mode %s' % _gitmode[flag2])
3028 elif not f2: # removed
3028 elif not f2: # removed
3029 header.append(b'deleted file mode %s' % _gitmode[flag1])
3029 header.append(b'deleted file mode %s' % _gitmode[flag1])
3030 else: # modified/copied/renamed
3030 else: # modified/copied/renamed
3031 mode1, mode2 = _gitmode[flag1], _gitmode[flag2]
3031 mode1, mode2 = _gitmode[flag1], _gitmode[flag2]
3032 if mode1 != mode2:
3032 if mode1 != mode2:
3033 header.append(b'old mode %s' % mode1)
3033 header.append(b'old mode %s' % mode1)
3034 header.append(b'new mode %s' % mode2)
3034 header.append(b'new mode %s' % mode2)
3035 if copyop is not None:
3035 if copyop is not None:
3036 if opts.showsimilarity:
3036 if opts.showsimilarity:
3037 sim = similar.score(ctx1[path1], ctx2[path2]) * 100
3037 sim = similar.score(ctx1[path1], ctx2[path2]) * 100
3038 header.append(b'similarity index %d%%' % sim)
3038 header.append(b'similarity index %d%%' % sim)
3039 header.append(b'%s from %s' % (copyop, path1))
3039 header.append(b'%s from %s' % (copyop, path1))
3040 header.append(b'%s to %s' % (copyop, path2))
3040 header.append(b'%s to %s' % (copyop, path2))
3041 elif revs:
3041 elif revs:
3042 header.append(diffline(path1, revs))
3042 header.append(diffline(path1, revs))
3043
3043
3044 # fctx.is | diffopts | what to | is fctx.data()
3044 # fctx.is | diffopts | what to | is fctx.data()
3045 # binary() | text nobinary git index | output? | outputted?
3045 # binary() | text nobinary git index | output? | outputted?
3046 # ------------------------------------|----------------------------
3046 # ------------------------------------|----------------------------
3047 # yes | no no no * | summary | no
3047 # yes | no no no * | summary | no
3048 # yes | no no yes * | base85 | yes
3048 # yes | no no yes * | base85 | yes
3049 # yes | no yes no * | summary | no
3049 # yes | no yes no * | summary | no
3050 # yes | no yes yes 0 | summary | no
3050 # yes | no yes yes 0 | summary | no
3051 # yes | no yes yes >0 | summary | semi [1]
3051 # yes | no yes yes >0 | summary | semi [1]
3052 # yes | yes * * * | text diff | yes
3052 # yes | yes * * * | text diff | yes
3053 # no | * * * * | text diff | yes
3053 # no | * * * * | text diff | yes
3054 # [1]: hash(fctx.data()) is outputted. so fctx.data() cannot be faked
3054 # [1]: hash(fctx.data()) is outputted. so fctx.data() cannot be faked
3055 if binary and (
3055 if binary and (
3056 not opts.git or (opts.git and opts.nobinary and not opts.index)
3056 not opts.git or (opts.git and opts.nobinary and not opts.index)
3057 ):
3057 ):
3058 # fast path: no binary content will be displayed, content1 and
3058 # fast path: no binary content will be displayed, content1 and
3059 # content2 are only used for equivalent test. cmp() could have a
3059 # content2 are only used for equivalent test. cmp() could have a
3060 # fast path.
3060 # fast path.
3061 if fctx1 is not None:
3061 if fctx1 is not None:
3062 content1 = b'\0'
3062 content1 = b'\0'
3063 if fctx2 is not None:
3063 if fctx2 is not None:
3064 if fctx1 is not None and not fctx1.cmp(fctx2):
3064 if fctx1 is not None and not fctx1.cmp(fctx2):
3065 content2 = b'\0' # not different
3065 content2 = b'\0' # not different
3066 else:
3066 else:
3067 content2 = b'\0\0'
3067 content2 = b'\0\0'
3068 else:
3068 else:
3069 # normal path: load contents
3069 # normal path: load contents
3070 if fctx1 is not None:
3070 if fctx1 is not None:
3071 content1 = fctx1.data()
3071 content1 = fctx1.data()
3072 if fctx2 is not None:
3072 if fctx2 is not None:
3073 content2 = fctx2.data()
3073 content2 = fctx2.data()
3074
3074
3075 data1 = (ctx1, fctx1, path1, flag1, content1, date1)
3075 data1 = (ctx1, fctx1, path1, flag1, content1, date1)
3076 data2 = (ctx2, fctx2, path2, flag2, content2, date2)
3076 data2 = (ctx2, fctx2, path2, flag2, content2, date2)
3077 yield diffcontent(data1, data2, header, binary, opts)
3077 yield diffcontent(data1, data2, header, binary, opts)
3078
3078
3079
3079
3080 def diffcontent(data1, data2, header, binary, opts):
3080 def diffcontent(data1, data2, header, binary, opts):
3081 """diffs two versions of a file.
3081 """diffs two versions of a file.
3082
3082
3083 data1 and data2 are tuples containg:
3083 data1 and data2 are tuples containg:
3084
3084
3085 * ctx: changeset for the file
3085 * ctx: changeset for the file
3086 * fctx: file context for that file
3086 * fctx: file context for that file
3087 * path1: name of the file
3087 * path1: name of the file
3088 * flag: flags of the file
3088 * flag: flags of the file
3089 * content: full content of the file (can be null in case of binary)
3089 * content: full content of the file (can be null in case of binary)
3090 * date: date of the changeset
3090 * date: date of the changeset
3091
3091
3092 header: the patch header
3092 header: the patch header
3093 binary: whether the any of the version of file is binary or not
3093 binary: whether the any of the version of file is binary or not
3094 opts: user passed options
3094 opts: user passed options
3095
3095
3096 It exists as a separate function so that extensions like extdiff can wrap
3096 It exists as a separate function so that extensions like extdiff can wrap
3097 it and use the file content directly.
3097 it and use the file content directly.
3098 """
3098 """
3099
3099
3100 ctx1, fctx1, path1, flag1, content1, date1 = data1
3100 ctx1, fctx1, path1, flag1, content1, date1 = data1
3101 ctx2, fctx2, path2, flag2, content2, date2 = data2
3101 ctx2, fctx2, path2, flag2, content2, date2 = data2
3102 if binary and opts.git and not opts.nobinary:
3102 if binary and opts.git and not opts.nobinary:
3103 text = mdiff.b85diff(content1, content2)
3103 text = mdiff.b85diff(content1, content2)
3104 if text:
3104 if text:
3105 header.append(
3105 header.append(
3106 b'index %s..%s' % (_gitindex(content1), _gitindex(content2))
3106 b'index %s..%s' % (_gitindex(content1), _gitindex(content2))
3107 )
3107 )
3108 hunks = ((None, [text]),)
3108 hunks = ((None, [text]),)
3109 else:
3109 else:
3110 if opts.git and opts.index > 0:
3110 if opts.git and opts.index > 0:
3111 flag = flag1
3111 flag = flag1
3112 if flag is None:
3112 if flag is None:
3113 flag = flag2
3113 flag = flag2
3114 header.append(
3114 header.append(
3115 b'index %s..%s %s'
3115 b'index %s..%s %s'
3116 % (
3116 % (
3117 _gitindex(content1)[0 : opts.index],
3117 _gitindex(content1)[0 : opts.index],
3118 _gitindex(content2)[0 : opts.index],
3118 _gitindex(content2)[0 : opts.index],
3119 _gitmode[flag],
3119 _gitmode[flag],
3120 )
3120 )
3121 )
3121 )
3122
3122
3123 uheaders, hunks = mdiff.unidiff(
3123 uheaders, hunks = mdiff.unidiff(
3124 content1,
3124 content1,
3125 date1,
3125 date1,
3126 content2,
3126 content2,
3127 date2,
3127 date2,
3128 path1,
3128 path1,
3129 path2,
3129 path2,
3130 binary=binary,
3130 binary=binary,
3131 opts=opts,
3131 opts=opts,
3132 )
3132 )
3133 header.extend(uheaders)
3133 header.extend(uheaders)
3134 return fctx1, fctx2, header, hunks
3134 return fctx1, fctx2, header, hunks
3135
3135
3136
3136
3137 def diffstatsum(stats):
3137 def diffstatsum(stats):
3138 maxfile, maxtotal, addtotal, removetotal, binary = 0, 0, 0, 0, False
3138 maxfile, maxtotal, addtotal, removetotal, binary = 0, 0, 0, 0, False
3139 for f, a, r, b in stats:
3139 for f, a, r, b in stats:
3140 maxfile = max(maxfile, encoding.colwidth(f))
3140 maxfile = max(maxfile, encoding.colwidth(f))
3141 maxtotal = max(maxtotal, a + r)
3141 maxtotal = max(maxtotal, a + r)
3142 addtotal += a
3142 addtotal += a
3143 removetotal += r
3143 removetotal += r
3144 binary = binary or b
3144 binary = binary or b
3145
3145
3146 return maxfile, maxtotal, addtotal, removetotal, binary
3146 return maxfile, maxtotal, addtotal, removetotal, binary
3147
3147
3148
3148
3149 def diffstatdata(lines):
3149 def diffstatdata(lines):
3150 diffre = re.compile(br'^diff .*-r [a-z0-9]+\s(.*)$')
3150 diffre = re.compile(br'^diff .*-r [a-z0-9]+\s(.*)$')
3151
3151
3152 results = []
3152 results = []
3153 filename, adds, removes, isbinary = None, 0, 0, False
3153 filename, adds, removes, isbinary = None, 0, 0, False
3154
3154
3155 def addresult():
3155 def addresult():
3156 if filename:
3156 if filename:
3157 results.append((filename, adds, removes, isbinary))
3157 results.append((filename, adds, removes, isbinary))
3158
3158
3159 # inheader is used to track if a line is in the
3159 # inheader is used to track if a line is in the
3160 # header portion of the diff. This helps properly account
3160 # header portion of the diff. This helps properly account
3161 # for lines that start with '--' or '++'
3161 # for lines that start with '--' or '++'
3162 inheader = False
3162 inheader = False
3163
3163
3164 for line in lines:
3164 for line in lines:
3165 if line.startswith(b'diff'):
3165 if line.startswith(b'diff'):
3166 addresult()
3166 addresult()
3167 # starting a new file diff
3167 # starting a new file diff
3168 # set numbers to 0 and reset inheader
3168 # set numbers to 0 and reset inheader
3169 inheader = True
3169 inheader = True
3170 adds, removes, isbinary = 0, 0, False
3170 adds, removes, isbinary = 0, 0, False
3171 if line.startswith(b'diff --git a/'):
3171 if line.startswith(b'diff --git a/'):
3172 filename = gitre.search(line).group(2)
3172 filename = gitre.search(line).group(2)
3173 elif line.startswith(b'diff -r'):
3173 elif line.startswith(b'diff -r'):
3174 # format: "diff -r ... -r ... filename"
3174 # format: "diff -r ... -r ... filename"
3175 filename = diffre.search(line).group(1)
3175 filename = diffre.search(line).group(1)
3176 elif line.startswith(b'@@'):
3176 elif line.startswith(b'@@'):
3177 inheader = False
3177 inheader = False
3178 elif line.startswith(b'+') and not inheader:
3178 elif line.startswith(b'+') and not inheader:
3179 adds += 1
3179 adds += 1
3180 elif line.startswith(b'-') and not inheader:
3180 elif line.startswith(b'-') and not inheader:
3181 removes += 1
3181 removes += 1
3182 elif line.startswith(b'GIT binary patch') or line.startswith(
3182 elif line.startswith(b'GIT binary patch') or line.startswith(
3183 b'Binary file'
3183 b'Binary file'
3184 ):
3184 ):
3185 isbinary = True
3185 isbinary = True
3186 elif line.startswith(b'rename from'):
3186 elif line.startswith(b'rename from'):
3187 filename = line[12:]
3187 filename = line[12:]
3188 elif line.startswith(b'rename to'):
3188 elif line.startswith(b'rename to'):
3189 filename += b' => %s' % line[10:]
3189 filename += b' => %s' % line[10:]
3190 addresult()
3190 addresult()
3191 return results
3191 return results
3192
3192
3193
3193
3194 def diffstat(lines, width=80):
3194 def diffstat(lines, width=80):
3195 output = []
3195 output = []
3196 stats = diffstatdata(lines)
3196 stats = diffstatdata(lines)
3197 maxname, maxtotal, totaladds, totalremoves, hasbinary = diffstatsum(stats)
3197 maxname, maxtotal, totaladds, totalremoves, hasbinary = diffstatsum(stats)
3198
3198
3199 countwidth = len(str(maxtotal))
3199 countwidth = len(str(maxtotal))
3200 if hasbinary and countwidth < 3:
3200 if hasbinary and countwidth < 3:
3201 countwidth = 3
3201 countwidth = 3
3202 graphwidth = width - countwidth - maxname - 6
3202 graphwidth = width - countwidth - maxname - 6
3203 if graphwidth < 10:
3203 if graphwidth < 10:
3204 graphwidth = 10
3204 graphwidth = 10
3205
3205
3206 def scale(i):
3206 def scale(i):
3207 if maxtotal <= graphwidth:
3207 if maxtotal <= graphwidth:
3208 return i
3208 return i
3209 # If diffstat runs out of room it doesn't print anything,
3209 # If diffstat runs out of room it doesn't print anything,
3210 # which isn't very useful, so always print at least one + or -
3210 # which isn't very useful, so always print at least one + or -
3211 # if there were at least some changes.
3211 # if there were at least some changes.
3212 return max(i * graphwidth // maxtotal, int(bool(i)))
3212 return max(i * graphwidth // maxtotal, int(bool(i)))
3213
3213
3214 for filename, adds, removes, isbinary in stats:
3214 for filename, adds, removes, isbinary in stats:
3215 if isbinary:
3215 if isbinary:
3216 count = b'Bin'
3216 count = b'Bin'
3217 else:
3217 else:
3218 count = b'%d' % (adds + removes)
3218 count = b'%d' % (adds + removes)
3219 pluses = b'+' * scale(adds)
3219 pluses = b'+' * scale(adds)
3220 minuses = b'-' * scale(removes)
3220 minuses = b'-' * scale(removes)
3221 output.append(
3221 output.append(
3222 b' %s%s | %*s %s%s\n'
3222 b' %s%s | %*s %s%s\n'
3223 % (
3223 % (
3224 filename,
3224 filename,
3225 b' ' * (maxname - encoding.colwidth(filename)),
3225 b' ' * (maxname - encoding.colwidth(filename)),
3226 countwidth,
3226 countwidth,
3227 count,
3227 count,
3228 pluses,
3228 pluses,
3229 minuses,
3229 minuses,
3230 )
3230 )
3231 )
3231 )
3232
3232
3233 if stats:
3233 if stats:
3234 output.append(
3234 output.append(
3235 _(b' %d files changed, %d insertions(+), %d deletions(-)\n')
3235 _(b' %d files changed, %d insertions(+), %d deletions(-)\n')
3236 % (len(stats), totaladds, totalremoves)
3236 % (len(stats), totaladds, totalremoves)
3237 )
3237 )
3238
3238
3239 return b''.join(output)
3239 return b''.join(output)
3240
3240
3241
3241
3242 def diffstatui(*args, **kw):
3242 def diffstatui(*args, **kw):
3243 """like diffstat(), but yields 2-tuples of (output, label) for
3243 """like diffstat(), but yields 2-tuples of (output, label) for
3244 ui.write()
3244 ui.write()
3245 """
3245 """
3246
3246
3247 for line in diffstat(*args, **kw).splitlines():
3247 for line in diffstat(*args, **kw).splitlines():
3248 if line and line[-1] in b'+-':
3248 if line and line[-1] in b'+-':
3249 name, graph = line.rsplit(b' ', 1)
3249 name, graph = line.rsplit(b' ', 1)
3250 yield (name + b' ', b'')
3250 yield (name + b' ', b'')
3251 m = re.search(br'\++', graph)
3251 m = re.search(br'\++', graph)
3252 if m:
3252 if m:
3253 yield (m.group(0), b'diffstat.inserted')
3253 yield (m.group(0), b'diffstat.inserted')
3254 m = re.search(br'-+', graph)
3254 m = re.search(br'-+', graph)
3255 if m:
3255 if m:
3256 yield (m.group(0), b'diffstat.deleted')
3256 yield (m.group(0), b'diffstat.deleted')
3257 else:
3257 else:
3258 yield (line, b'')
3258 yield (line, b'')
3259 yield (b'\n', b'')
3259 yield (b'\n', b'')
Show file before | Show file after | Hide comments
@@ -1,786 +1,786 b''
1 # procutil.py - utility for managing processes and executable environment
1 # procutil.py - utility for managing processes and executable environment
2 #
2 #
3 # Copyright 2005 K. Thananchayan <thananck@yahoo.com>
3 # Copyright 2005 K. Thananchayan <thananck@yahoo.com>
4 # Copyright 2005-2007 Matt Mackall <mpm@selenic.com>
4 # Copyright 2005-2007 Matt Mackall <mpm@selenic.com>
5 # Copyright 2006 Vadim Gelfer <vadim.gelfer@gmail.com>
5 # Copyright 2006 Vadim Gelfer <vadim.gelfer@gmail.com>
6 #
6 #
7 # This software may be used and distributed according to the terms of the
7 # This software may be used and distributed according to the terms of the
8 # GNU General Public License version 2 or any later version.
8 # GNU General Public License version 2 or any later version.
9
9
10 from __future__ import absolute_import
10 from __future__ import absolute_import
11
11
12 import contextlib
12 import contextlib
13 import errno
13 import errno
14 import io
14 import io
15 import os
15 import os
16 import signal
16 import signal
17 import subprocess
17 import subprocess
18 import sys
18 import sys
19 import threading
19 import threading
20 import time
20 import time
21
21
22 from ..i18n import _
22 from ..i18n import _
23 from ..pycompat import (
23 from ..pycompat import (
24 getattr,
24 getattr,
25 open,
25 open,
26 )
26 )
27
27
28 from .. import (
28 from .. import (
29 encoding,
29 encoding,
30 error,
30 error,
31 policy,
31 policy,
32 pycompat,
32 pycompat,
33 )
33 )
34
34
35 # Import like this to keep import-checker happy
35 # Import like this to keep import-checker happy
36 from ..utils import resourceutil
36 from ..utils import resourceutil
37
37
38 osutil = policy.importmod('osutil')
38 osutil = policy.importmod('osutil')
39
39
40 if pycompat.iswindows:
40 if pycompat.iswindows:
41 from .. import windows as platform
41 from .. import windows as platform
42 else:
42 else:
43 from .. import posix as platform
43 from .. import posix as platform
44
44
45
45
46 def isatty(fp):
46 def isatty(fp):
47 try:
47 try:
48 return fp.isatty()
48 return fp.isatty()
49 except AttributeError:
49 except AttributeError:
50 return False
50 return False
51
51
52
52
53 class LineBufferedWrapper(object):
53 class LineBufferedWrapper(object):
54 def __init__(self, orig):
54 def __init__(self, orig):
55 self.orig = orig
55 self.orig = orig
56
56
57 def __getattr__(self, attr):
57 def __getattr__(self, attr):
58 return getattr(self.orig, attr)
58 return getattr(self.orig, attr)
59
59
60 def write(self, s):
60 def write(self, s):
61 orig = self.orig
61 orig = self.orig
62 res = orig.write(s)
62 res = orig.write(s)
63 if s.endswith(b'\n'):
63 if s.endswith(b'\n'):
64 orig.flush()
64 orig.flush()
65 return res
65 return res
66
66
67
67
68 io.BufferedIOBase.register(LineBufferedWrapper)
68 io.BufferedIOBase.register(LineBufferedWrapper)
69
69
70
70
71 def make_line_buffered(stream):
71 def make_line_buffered(stream):
72 if pycompat.ispy3 and not isinstance(stream, io.BufferedIOBase):
72 if pycompat.ispy3 and not isinstance(stream, io.BufferedIOBase):
73 # On Python 3, buffered streams can be expected to subclass
73 # On Python 3, buffered streams can be expected to subclass
74 # BufferedIOBase. This is definitively the case for the streams
74 # BufferedIOBase. This is definitively the case for the streams
75 # initialized by the interpreter. For unbuffered streams, we don't need
75 # initialized by the interpreter. For unbuffered streams, we don't need
76 # to emulate line buffering.
76 # to emulate line buffering.
77 return stream
77 return stream
78 if isinstance(stream, LineBufferedWrapper):
78 if isinstance(stream, LineBufferedWrapper):
79 return stream
79 return stream
80 return LineBufferedWrapper(stream)
80 return LineBufferedWrapper(stream)
81
81
82
82
83 def unwrap_line_buffered(stream):
83 def unwrap_line_buffered(stream):
84 if isinstance(stream, LineBufferedWrapper):
84 if isinstance(stream, LineBufferedWrapper):
85 assert not isinstance(stream.orig, LineBufferedWrapper)
85 assert not isinstance(stream.orig, LineBufferedWrapper)
86 return stream.orig
86 return stream.orig
87 return stream
87 return stream
88
88
89
89
90 class WriteAllWrapper(object):
90 class WriteAllWrapper(object):
91 def __init__(self, orig):
91 def __init__(self, orig):
92 self.orig = orig
92 self.orig = orig
93
93
94 def __getattr__(self, attr):
94 def __getattr__(self, attr):
95 return getattr(self.orig, attr)
95 return getattr(self.orig, attr)
96
96
97 def write(self, s):
97 def write(self, s):
98 write1 = self.orig.write
98 write1 = self.orig.write
99 m = memoryview(s)
99 m = memoryview(s)
100 total_to_write = len(s)
100 total_to_write = len(s)
101 total_written = 0
101 total_written = 0
102 while total_written < total_to_write:
102 while total_written < total_to_write:
103 total_written += write1(m[total_written:])
103 total_written += write1(m[total_written:])
104 return total_written
104 return total_written
105
105
106
106
107 io.IOBase.register(WriteAllWrapper)
107 io.IOBase.register(WriteAllWrapper)
108
108
109
109
110 def _make_write_all(stream):
110 def _make_write_all(stream):
111 assert pycompat.ispy3
111 assert pycompat.ispy3
112 if isinstance(stream, WriteAllWrapper):
112 if isinstance(stream, WriteAllWrapper):
113 return stream
113 return stream
114 if isinstance(stream, io.BufferedIOBase):
114 if isinstance(stream, io.BufferedIOBase):
115 # The io.BufferedIOBase.write() contract guarantees that all data is
115 # The io.BufferedIOBase.write() contract guarantees that all data is
116 # written.
116 # written.
117 return stream
117 return stream
118 # In general, the write() method of streams is free to write only part of
118 # In general, the write() method of streams is free to write only part of
119 # the data.
119 # the data.
120 return WriteAllWrapper(stream)
120 return WriteAllWrapper(stream)
121
121
122
122
123 if pycompat.ispy3:
123 if pycompat.ispy3:
124 # Python 3 implements its own I/O streams.
124 # Python 3 implements its own I/O streams.
125 # TODO: .buffer might not exist if std streams were replaced; we'll need
125 # TODO: .buffer might not exist if std streams were replaced; we'll need
126 # a silly wrapper to make a bytes stream backed by a unicode one.
126 # a silly wrapper to make a bytes stream backed by a unicode one.
127 stdin = sys.stdin.buffer
127 stdin = sys.stdin.buffer
128 stdout = _make_write_all(sys.stdout.buffer)
128 stdout = _make_write_all(sys.stdout.buffer)
129 stderr = _make_write_all(sys.stderr.buffer)
129 stderr = _make_write_all(sys.stderr.buffer)
130 if pycompat.iswindows:
130 if pycompat.iswindows:
131 # Work around Windows bugs.
131 # Work around Windows bugs.
132 stdout = platform.winstdout(stdout)
132 stdout = platform.winstdout(stdout)
133 stderr = platform.winstdout(stderr)
133 stderr = platform.winstdout(stderr)
134 if isatty(stdout):
134 if isatty(stdout):
135 # The standard library doesn't offer line-buffered binary streams.
135 # The standard library doesn't offer line-buffered binary streams.
136 stdout = make_line_buffered(stdout)
136 stdout = make_line_buffered(stdout)
137 else:
137 else:
138 # Python 2 uses the I/O streams provided by the C library.
138 # Python 2 uses the I/O streams provided by the C library.
139 stdin = sys.stdin
139 stdin = sys.stdin
140 stdout = sys.stdout
140 stdout = sys.stdout
141 stderr = sys.stderr
141 stderr = sys.stderr
142 if pycompat.iswindows:
142 if pycompat.iswindows:
143 # Work around Windows bugs.
143 # Work around Windows bugs.
144 stdout = platform.winstdout(stdout)
144 stdout = platform.winstdout(stdout)
145 stderr = platform.winstdout(stderr)
145 stderr = platform.winstdout(stderr)
146 if isatty(stdout):
146 if isatty(stdout):
147 if pycompat.iswindows:
147 if pycompat.iswindows:
148 # The Windows C runtime library doesn't support line buffering.
148 # The Windows C runtime library doesn't support line buffering.
149 stdout = make_line_buffered(stdout)
149 stdout = make_line_buffered(stdout)
150 else:
150 else:
151 # glibc determines buffering on first write to stdout - if we
151 # glibc determines buffering on first write to stdout - if we
152 # replace a TTY destined stdout with a pipe destined stdout (e.g.
152 # replace a TTY destined stdout with a pipe destined stdout (e.g.
153 # pager), we want line buffering.
153 # pager), we want line buffering.
154 stdout = os.fdopen(stdout.fileno(), 'wb', 1)
154 stdout = os.fdopen(stdout.fileno(), 'wb', 1)
155
155
156
156
157 findexe = platform.findexe
157 findexe = platform.findexe
158 _gethgcmd = platform.gethgcmd
158 _gethgcmd = platform.gethgcmd
159 getuser = platform.getuser
159 getuser = platform.getuser
160 getpid = os.getpid
160 getpid = os.getpid
161 hidewindow = platform.hidewindow
161 hidewindow = platform.hidewindow
162 readpipe = platform.readpipe
162 readpipe = platform.readpipe
163 setbinary = platform.setbinary
163 setbinary = platform.setbinary
164 setsignalhandler = platform.setsignalhandler
164 setsignalhandler = platform.setsignalhandler
165 shellquote = platform.shellquote
165 shellquote = platform.shellquote
166 shellsplit = platform.shellsplit
166 shellsplit = platform.shellsplit
167 spawndetached = platform.spawndetached
167 spawndetached = platform.spawndetached
168 sshargs = platform.sshargs
168 sshargs = platform.sshargs
169 testpid = platform.testpid
169 testpid = platform.testpid
170
170
171 try:
171 try:
172 setprocname = osutil.setprocname
172 setprocname = osutil.setprocname
173 except AttributeError:
173 except AttributeError:
174 pass
174 pass
175 try:
175 try:
176 unblocksignal = osutil.unblocksignal
176 unblocksignal = osutil.unblocksignal
177 except AttributeError:
177 except AttributeError:
178 pass
178 pass
179
179
180 closefds = pycompat.isposix
180 closefds = pycompat.isposix
181
181
182
182
183 def explainexit(code):
183 def explainexit(code):
184 """return a message describing a subprocess status
184 """return a message describing a subprocess status
185 (codes from kill are negative - not os.system/wait encoding)"""
185 (codes from kill are negative - not os.system/wait encoding)"""
186 if code >= 0:
186 if code >= 0:
187 return _(b"exited with status %d") % code
187 return _(b"exited with status %d") % code
188 return _(b"killed by signal %d") % -code
188 return _(b"killed by signal %d") % -code
189
189
190
190
191 class _pfile(object):
191 class _pfile(object):
192 """File-like wrapper for a stream opened by subprocess.Popen()"""
192 """File-like wrapper for a stream opened by subprocess.Popen()"""
193
193
194 def __init__(self, proc, fp):
194 def __init__(self, proc, fp):
195 self._proc = proc
195 self._proc = proc
196 self._fp = fp
196 self._fp = fp
197
197
198 def close(self):
198 def close(self):
199 # unlike os.popen(), this returns an integer in subprocess coding
199 # unlike os.popen(), this returns an integer in subprocess coding
200 self._fp.close()
200 self._fp.close()
201 return self._proc.wait()
201 return self._proc.wait()
202
202
203 def __iter__(self):
203 def __iter__(self):
204 return iter(self._fp)
204 return iter(self._fp)
205
205
206 def __getattr__(self, attr):
206 def __getattr__(self, attr):
207 return getattr(self._fp, attr)
207 return getattr(self._fp, attr)
208
208
209 def __enter__(self):
209 def __enter__(self):
210 return self
210 return self
211
211
212 def __exit__(self, exc_type, exc_value, exc_tb):
212 def __exit__(self, exc_type, exc_value, exc_tb):
213 self.close()
213 self.close()
214
214
215
215
216 def popen(cmd, mode=b'rb', bufsize=-1):
216 def popen(cmd, mode=b'rb', bufsize=-1):
217 if mode == b'rb':
217 if mode == b'rb':
218 return _popenreader(cmd, bufsize)
218 return _popenreader(cmd, bufsize)
219 elif mode == b'wb':
219 elif mode == b'wb':
220 return _popenwriter(cmd, bufsize)
220 return _popenwriter(cmd, bufsize)
221 raise error.ProgrammingError(b'unsupported mode: %r' % mode)
221 raise error.ProgrammingError(b'unsupported mode: %r' % mode)
222
222
223
223
224 def _popenreader(cmd, bufsize):
224 def _popenreader(cmd, bufsize):
225 p = subprocess.Popen(
225 p = subprocess.Popen(
226 tonativestr(cmd),
226 tonativestr(cmd),
227 shell=True,
227 shell=True,
228 bufsize=bufsize,
228 bufsize=bufsize,
229 close_fds=closefds,
229 close_fds=closefds,
230 stdout=subprocess.PIPE,
230 stdout=subprocess.PIPE,
231 )
231 )
232 return _pfile(p, p.stdout)
232 return _pfile(p, p.stdout)
233
233
234
234
235 def _popenwriter(cmd, bufsize):
235 def _popenwriter(cmd, bufsize):
236 p = subprocess.Popen(
236 p = subprocess.Popen(
237 tonativestr(cmd),
237 tonativestr(cmd),
238 shell=True,
238 shell=True,
239 bufsize=bufsize,
239 bufsize=bufsize,
240 close_fds=closefds,
240 close_fds=closefds,
241 stdin=subprocess.PIPE,
241 stdin=subprocess.PIPE,
242 )
242 )
243 return _pfile(p, p.stdin)
243 return _pfile(p, p.stdin)
244
244
245
245
246 def popen2(cmd, env=None):
246 def popen2(cmd, env=None):
247 # Setting bufsize to -1 lets the system decide the buffer size.
247 # Setting bufsize to -1 lets the system decide the buffer size.
248 # The default for bufsize is 0, meaning unbuffered. This leads to
248 # The default for bufsize is 0, meaning unbuffered. This leads to
249 # poor performance on Mac OS X: http://bugs.python.org/issue4194
249 # poor performance on Mac OS X: http://bugs.python.org/issue4194
250 p = subprocess.Popen(
250 p = subprocess.Popen(
251 tonativestr(cmd),
251 tonativestr(cmd),
252 shell=True,
252 shell=True,
253 bufsize=-1,
253 bufsize=-1,
254 close_fds=closefds,
254 close_fds=closefds,
255 stdin=subprocess.PIPE,
255 stdin=subprocess.PIPE,
256 stdout=subprocess.PIPE,
256 stdout=subprocess.PIPE,
257 env=tonativeenv(env),
257 env=tonativeenv(env),
258 )
258 )
259 return p.stdin, p.stdout
259 return p.stdin, p.stdout
260
260
261
261
262 def popen3(cmd, env=None):
262 def popen3(cmd, env=None):
263 stdin, stdout, stderr, p = popen4(cmd, env)
263 stdin, stdout, stderr, p = popen4(cmd, env)
264 return stdin, stdout, stderr
264 return stdin, stdout, stderr
265
265
266
266
267 def popen4(cmd, env=None, bufsize=-1):
267 def popen4(cmd, env=None, bufsize=-1):
268 p = subprocess.Popen(
268 p = subprocess.Popen(
269 tonativestr(cmd),
269 tonativestr(cmd),
270 shell=True,
270 shell=True,
271 bufsize=bufsize,
271 bufsize=bufsize,
272 close_fds=closefds,
272 close_fds=closefds,
273 stdin=subprocess.PIPE,
273 stdin=subprocess.PIPE,
274 stdout=subprocess.PIPE,
274 stdout=subprocess.PIPE,
275 stderr=subprocess.PIPE,
275 stderr=subprocess.PIPE,
276 env=tonativeenv(env),
276 env=tonativeenv(env),
277 )
277 )
278 return p.stdin, p.stdout, p.stderr, p
278 return p.stdin, p.stdout, p.stderr, p
279
279
280
280
281 def pipefilter(s, cmd):
281 def pipefilter(s, cmd):
282 '''filter string S through command CMD, returning its output'''
282 '''filter string S through command CMD, returning its output'''
283 p = subprocess.Popen(
283 p = subprocess.Popen(
284 tonativestr(cmd),
284 tonativestr(cmd),
285 shell=True,
285 shell=True,
286 close_fds=closefds,
286 close_fds=closefds,
287 stdin=subprocess.PIPE,
287 stdin=subprocess.PIPE,
288 stdout=subprocess.PIPE,
288 stdout=subprocess.PIPE,
289 )
289 )
290 pout, perr = p.communicate(s)
290 pout, perr = p.communicate(s)
291 return pout
291 return pout
292
292
293
293
294 def tempfilter(s, cmd):
294 def tempfilter(s, cmd):
295 """filter string S through a pair of temporary files with CMD.
295 """filter string S through a pair of temporary files with CMD.
296 CMD is used as a template to create the real command to be run,
296 CMD is used as a template to create the real command to be run,
297 with the strings INFILE and OUTFILE replaced by the real names of
297 with the strings INFILE and OUTFILE replaced by the real names of
298 the temporary files generated."""
298 the temporary files generated."""
299 inname, outname = None, None
299 inname, outname = None, None
300 try:
300 try:
301 infd, inname = pycompat.mkstemp(prefix=b'hg-filter-in-')
301 infd, inname = pycompat.mkstemp(prefix=b'hg-filter-in-')
302 fp = os.fdopen(infd, 'wb')
302 fp = os.fdopen(infd, 'wb')
303 fp.write(s)
303 fp.write(s)
304 fp.close()
304 fp.close()
305 outfd, outname = pycompat.mkstemp(prefix=b'hg-filter-out-')
305 outfd, outname = pycompat.mkstemp(prefix=b'hg-filter-out-')
306 os.close(outfd)
306 os.close(outfd)
307 cmd = cmd.replace(b'INFILE', inname)
307 cmd = cmd.replace(b'INFILE', inname)
308 cmd = cmd.replace(b'OUTFILE', outname)
308 cmd = cmd.replace(b'OUTFILE', outname)
309 code = system(cmd)
309 code = system(cmd)
310 if pycompat.sysplatform == b'OpenVMS' and code & 1:
310 if pycompat.sysplatform == b'OpenVMS' and code & 1:
311 code = 0
311 code = 0
312 if code:
312 if code:
313 raise error.Abort(
313 raise error.Abort(
314 _(b"command '%s' failed: %s") % (cmd, explainexit(code))
314 _(b"command '%s' failed: %s") % (cmd, explainexit(code))
315 )
315 )
316 with open(outname, b'rb') as fp:
316 with open(outname, b'rb') as fp:
317 return fp.read()
317 return fp.read()
318 finally:
318 finally:
319 try:
319 try:
320 if inname:
320 if inname:
321 os.unlink(inname)
321 os.unlink(inname)
322 except OSError:
322 except OSError:
323 pass
323 pass
324 try:
324 try:
325 if outname:
325 if outname:
326 os.unlink(outname)
326 os.unlink(outname)
327 except OSError:
327 except OSError:
328 pass
328 pass
329
329
330
330
331 _filtertable = {
331 _filtertable = {
332 b'tempfile:': tempfilter,
332 b'tempfile:': tempfilter,
333 b'pipe:': pipefilter,
333 b'pipe:': pipefilter,
334 }
334 }
335
335
336
336
337 def filter(s, cmd):
337 def filter(s, cmd):
338 """filter a string through a command that transforms its input to its
338 """filter a string through a command that transforms its input to its
339 output"""
339 output"""
340 for name, fn in pycompat.iteritems(_filtertable):
340 for name, fn in pycompat.iteritems(_filtertable):
341 if cmd.startswith(name):
341 if cmd.startswith(name):
342 return fn(s, cmd[len(name) :].lstrip())
342 return fn(s, cmd[len(name) :].lstrip())
343 return pipefilter(s, cmd)
343 return pipefilter(s, cmd)
344
344
345
345
346 _hgexecutable = None
346 _hgexecutable = None
347
347
348
348
349 def hgexecutable():
349 def hgexecutable():
350 """return location of the 'hg' executable.
350 """return location of the 'hg' executable.
351
351
352 Defaults to $HG or 'hg' in the search path.
352 Defaults to $HG or 'hg' in the search path.
353 """
353 """
354 if _hgexecutable is None:
354 if _hgexecutable is None:
355 hg = encoding.environ.get(b'HG')
355 hg = encoding.environ.get(b'HG')
356 mainmod = sys.modules['__main__']
356 mainmod = sys.modules['__main__']
357 if hg:
357 if hg:
358 _sethgexecutable(hg)
358 _sethgexecutable(hg)
359 elif resourceutil.mainfrozen():
359 elif resourceutil.mainfrozen():
360 if getattr(sys, 'frozen', None) == 'macosx_app':
360 if getattr(sys, 'frozen', None) == 'macosx_app':
361 # Env variable set by py2app
361 # Env variable set by py2app
362 _sethgexecutable(encoding.environ[b'EXECUTABLEPATH'])
362 _sethgexecutable(encoding.environ[b'EXECUTABLEPATH'])
363 else:
363 else:
364 _sethgexecutable(pycompat.sysexecutable)
364 _sethgexecutable(pycompat.sysexecutable)
365 elif (
365 elif (
366 not pycompat.iswindows
366 not pycompat.iswindows
367 and os.path.basename(getattr(mainmod, '__file__', '')) == 'hg'
367 and os.path.basename(getattr(mainmod, '__file__', '')) == 'hg'
368 ):
368 ):
369 _sethgexecutable(pycompat.fsencode(mainmod.__file__))
369 _sethgexecutable(pycompat.fsencode(mainmod.__file__))
370 else:
370 else:
371 _sethgexecutable(
371 _sethgexecutable(
372 findexe(b'hg') or os.path.basename(pycompat.sysargv[0])
372 findexe(b'hg') or os.path.basename(pycompat.sysargv[0])
373 )
373 )
374 return _hgexecutable
374 return _hgexecutable
375
375
376
376
377 def _sethgexecutable(path):
377 def _sethgexecutable(path):
378 """set location of the 'hg' executable"""
378 """set location of the 'hg' executable"""
379 global _hgexecutable
379 global _hgexecutable
380 _hgexecutable = path
380 _hgexecutable = path
381
381
382
382
383 def _testfileno(f, stdf):
383 def _testfileno(f, stdf):
384 fileno = getattr(f, 'fileno', None)
384 fileno = getattr(f, 'fileno', None)
385 try:
385 try:
386 return fileno and fileno() == stdf.fileno()
386 return fileno and fileno() == stdf.fileno()
387 except io.UnsupportedOperation:
387 except io.UnsupportedOperation:
388 return False # fileno() raised UnsupportedOperation
388 return False # fileno() raised UnsupportedOperation
389
389
390
390
391 def isstdin(f):
391 def isstdin(f):
392 return _testfileno(f, sys.__stdin__)
392 return _testfileno(f, sys.__stdin__)
393
393
394
394
395 def isstdout(f):
395 def isstdout(f):
396 return _testfileno(f, sys.__stdout__)
396 return _testfileno(f, sys.__stdout__)
397
397
398
398
399 def protectstdio(uin, uout):
399 def protectstdio(uin, uout):
400 """Duplicate streams and redirect original if (uin, uout) are stdio
400 """Duplicate streams and redirect original if (uin, uout) are stdio
401
401
402 If uin is stdin, it's redirected to /dev/null. If uout is stdout, it's
402 If uin is stdin, it's redirected to /dev/null. If uout is stdout, it's
403 redirected to stderr so the output is still readable.
403 redirected to stderr so the output is still readable.
404
404
405 Returns (fin, fout) which point to the original (uin, uout) fds, but
405 Returns (fin, fout) which point to the original (uin, uout) fds, but
406 may be copy of (uin, uout). The returned streams can be considered
406 may be copy of (uin, uout). The returned streams can be considered
407 "owned" in that print(), exec(), etc. never reach to them.
407 "owned" in that print(), exec(), etc. never reach to them.
408 """
408 """
409 uout.flush()
409 uout.flush()
410 fin, fout = uin, uout
410 fin, fout = uin, uout
411 if _testfileno(uin, stdin):
411 if _testfileno(uin, stdin):
412 newfd = os.dup(uin.fileno())
412 newfd = os.dup(uin.fileno())
413 nullfd = os.open(os.devnull, os.O_RDONLY)
413 nullfd = os.open(os.devnull, os.O_RDONLY)
414 os.dup2(nullfd, uin.fileno())
414 os.dup2(nullfd, uin.fileno())
415 os.close(nullfd)
415 os.close(nullfd)
416 fin = os.fdopen(newfd, 'rb')
416 fin = os.fdopen(newfd, 'rb')
417 if _testfileno(uout, stdout):
417 if _testfileno(uout, stdout):
418 newfd = os.dup(uout.fileno())
418 newfd = os.dup(uout.fileno())
419 os.dup2(stderr.fileno(), uout.fileno())
419 os.dup2(stderr.fileno(), uout.fileno())
420 fout = os.fdopen(newfd, 'wb')
420 fout = os.fdopen(newfd, 'wb')
421 return fin, fout
421 return fin, fout
422
422
423
423
424 def restorestdio(uin, uout, fin, fout):
424 def restorestdio(uin, uout, fin, fout):
425 """Restore (uin, uout) streams from possibly duplicated (fin, fout)"""
425 """Restore (uin, uout) streams from possibly duplicated (fin, fout)"""
426 uout.flush()
426 uout.flush()
427 for f, uif in [(fin, uin), (fout, uout)]:
427 for f, uif in [(fin, uin), (fout, uout)]:
428 if f is not uif:
428 if f is not uif:
429 os.dup2(f.fileno(), uif.fileno())
429 os.dup2(f.fileno(), uif.fileno())
430 f.close()
430 f.close()
431
431
432
432
433 def shellenviron(environ=None):
433 def shellenviron(environ=None):
434 """return environ with optional override, useful for shelling out"""
434 """return environ with optional override, useful for shelling out"""
435
435
436 def py2shell(val):
436 def py2shell(val):
437 """convert python object into string that is useful to shell"""
437 """convert python object into string that is useful to shell"""
438 if val is None or val is False:
438 if val is None or val is False:
439 return b'0'
439 return b'0'
440 if val is True:
440 if val is True:
441 return b'1'
441 return b'1'
442 return pycompat.bytestr(val)
442 return pycompat.bytestr(val)
443
443
444 env = dict(encoding.environ)
444 env = dict(encoding.environ)
445 if environ:
445 if environ:
446 env.update((k, py2shell(v)) for k, v in pycompat.iteritems(environ))
446 env.update((k, py2shell(v)) for k, v in pycompat.iteritems(environ))
447 env[b'HG'] = hgexecutable()
447 env[b'HG'] = hgexecutable()
448 return env
448 return env
449
449
450
450
451 if pycompat.iswindows:
451 if pycompat.iswindows:
452
452
453 def shelltonative(cmd, env):
453 def shelltonative(cmd, env):
454 return platform.shelltocmdexe( # pytype: disable=module-attr
454 return platform.shelltocmdexe( # pytype: disable=module-attr
455 cmd, shellenviron(env)
455 cmd, shellenviron(env)
456 )
456 )
457
457
458 tonativestr = encoding.strfromlocal
458 tonativestr = encoding.strfromlocal
459 else:
459 else:
460
460
461 def shelltonative(cmd, env):
461 def shelltonative(cmd, env):
462 return cmd
462 return cmd
463
463
464 tonativestr = pycompat.identity
464 tonativestr = pycompat.identity
465
465
466
466
467 def tonativeenv(env):
467 def tonativeenv(env):
468 """convert the environment from bytes to strings suitable for Popen(), etc."""
468 """convert the environment from bytes to strings suitable for Popen(), etc."""
469 return pycompat.rapply(tonativestr, env)
469 return pycompat.rapply(tonativestr, env)
470
470
471
471
472 def system(cmd, environ=None, cwd=None, out=None):
472 def system(cmd, environ=None, cwd=None, out=None):
473 """enhanced shell command execution.
473 """enhanced shell command execution.
474 run with environment maybe modified, maybe in different dir.
474 run with environment maybe modified, maybe in different dir.
475
475
476 if out is specified, it is assumed to be a file-like object that has a
476 if out is specified, it is assumed to be a file-like object that has a
477 write() method. stdout and stderr will be redirected to out."""
477 write() method. stdout and stderr will be redirected to out."""
478 try:
478 try:
479 stdout.flush()
479 stdout.flush()
480 except Exception:
480 except Exception:
481 pass
481 pass
482 env = shellenviron(environ)
482 env = shellenviron(environ)
483 if out is None or isstdout(out):
483 if out is None or isstdout(out):
484 rc = subprocess.call(
484 rc = subprocess.call(
485 tonativestr(cmd),
485 tonativestr(cmd),
486 shell=True,
486 shell=True,
487 close_fds=closefds,
487 close_fds=closefds,
488 env=tonativeenv(env),
488 env=tonativeenv(env),
489 cwd=pycompat.rapply(tonativestr, cwd),
489 cwd=pycompat.rapply(tonativestr, cwd),
490 )
490 )
491 else:
491 else:
492 proc = subprocess.Popen(
492 proc = subprocess.Popen(
493 tonativestr(cmd),
493 tonativestr(cmd),
494 shell=True,
494 shell=True,
495 close_fds=closefds,
495 close_fds=closefds,
496 env=tonativeenv(env),
496 env=tonativeenv(env),
497 cwd=pycompat.rapply(tonativestr, cwd),
497 cwd=pycompat.rapply(tonativestr, cwd),
498 stdout=subprocess.PIPE,
498 stdout=subprocess.PIPE,
499 stderr=subprocess.STDOUT,
499 stderr=subprocess.STDOUT,
500 )
500 )
501 for line in iter(proc.stdout.readline, b''):
501 for line in iter(proc.stdout.readline, b''):
502 out.write(line)
502 out.write(line)
503 proc.wait()
503 proc.wait()
504 rc = proc.returncode
504 rc = proc.returncode
505 if pycompat.sysplatform == b'OpenVMS' and rc & 1:
505 if pycompat.sysplatform == b'OpenVMS' and rc & 1:
506 rc = 0
506 rc = 0
507 return rc
507 return rc
508
508
509
509
510 _is_gui = None
510 _is_gui = None
511
511
512
512
513 def _gui():
513 def _gui():
514 '''Are we running in a GUI?'''
514 '''Are we running in a GUI?'''
515 if pycompat.isdarwin:
515 if pycompat.isdarwin:
516 if b'SSH_CONNECTION' in encoding.environ:
516 if b'SSH_CONNECTION' in encoding.environ:
517 # handle SSH access to a box where the user is logged in
517 # handle SSH access to a box where the user is logged in
518 return False
518 return False
519 elif getattr(osutil, 'isgui', None):
519 elif getattr(osutil, 'isgui', None):
520 # check if a CoreGraphics session is available
520 # check if a CoreGraphics session is available
521 return osutil.isgui()
521 return osutil.isgui()
522 else:
522 else:
523 # pure build; use a safe default
523 # pure build; use a safe default
524 return True
524 return True
525 else:
525 else:
526 return pycompat.iswindows or encoding.environ.get(b"DISPLAY")
526 return pycompat.iswindows or encoding.environ.get(b"DISPLAY")
527
527
528
528
529 def gui():
529 def gui():
530 global _is_gui
530 global _is_gui
531 if _is_gui is None:
531 if _is_gui is None:
532 _is_gui = _gui()
532 _is_gui = _gui()
533 return _is_gui
533 return _is_gui
534
534
535
535
536 def hgcmd():
536 def hgcmd():
537 """Return the command used to execute current hg
537 """Return the command used to execute current hg
538
538
539 This is different from hgexecutable() because on Windows we want
539 This is different from hgexecutable() because on Windows we want
540 to avoid things opening new shell windows like batch files, so we
540 to avoid things opening new shell windows like batch files, so we
541 get either the python call or current executable.
541 get either the python call or current executable.
542 """
542 """
543 if resourceutil.mainfrozen():
543 if resourceutil.mainfrozen():
544 if getattr(sys, 'frozen', None) == 'macosx_app':
544 if getattr(sys, 'frozen', None) == 'macosx_app':
545 # Env variable set by py2app
545 # Env variable set by py2app
546 return [encoding.environ[b'EXECUTABLEPATH']]
546 return [encoding.environ[b'EXECUTABLEPATH']]
547 else:
547 else:
548 return [pycompat.sysexecutable]
548 return [pycompat.sysexecutable]
549 return _gethgcmd()
549 return _gethgcmd()
550
550
551
551
552 def rundetached(args, condfn):
552 def rundetached(args, condfn):
553 """Execute the argument list in a detached process.
553 """Execute the argument list in a detached process.
554
554
555 condfn is a callable which is called repeatedly and should return
555 condfn is a callable which is called repeatedly and should return
556 True once the child process is known to have started successfully.
556 True once the child process is known to have started successfully.
557 At this point, the child process PID is returned. If the child
557 At this point, the child process PID is returned. If the child
558 process fails to start or finishes before condfn() evaluates to
558 process fails to start or finishes before condfn() evaluates to
559 True, return -1.
559 True, return -1.
560 """
560 """
561 # Windows case is easier because the child process is either
561 # Windows case is easier because the child process is either
562 # successfully starting and validating the condition or exiting
562 # successfully starting and validating the condition or exiting
563 # on failure. We just poll on its PID. On Unix, if the child
563 # on failure. We just poll on its PID. On Unix, if the child
564 # process fails to start, it will be left in a zombie state until
564 # process fails to start, it will be left in a zombie state until
565 # the parent wait on it, which we cannot do since we expect a long
565 # the parent wait on it, which we cannot do since we expect a long
566 # running process on success. Instead we listen for SIGCHLD telling
566 # running process on success. Instead we listen for SIGCHLD telling
567 # us our child process terminated.
567 # us our child process terminated.
568 terminated = set()
568 terminated = set()
569
569
570 def handler(signum, frame):
570 def handler(signum, frame):
571 terminated.add(os.wait())
571 terminated.add(os.wait())
572
572
573 prevhandler = None
573 prevhandler = None
574 SIGCHLD = getattr(signal, 'SIGCHLD', None)
574 SIGCHLD = getattr(signal, 'SIGCHLD', None)
575 if SIGCHLD is not None:
575 if SIGCHLD is not None:
576 prevhandler = signal.signal(SIGCHLD, handler)
576 prevhandler = signal.signal(SIGCHLD, handler)
577 try:
577 try:
578 pid = spawndetached(args)
578 pid = spawndetached(args)
579 while not condfn():
579 while not condfn():
580 if (pid in terminated or not testpid(pid)) and not condfn():
580 if (pid in terminated or not testpid(pid)) and not condfn():
581 return -1
581 return -1
582 time.sleep(0.1)
582 time.sleep(0.1)
583 return pid
583 return pid
584 finally:
584 finally:
585 if prevhandler is not None:
585 if prevhandler is not None:
586 signal.signal(signal.SIGCHLD, prevhandler)
586 signal.signal(signal.SIGCHLD, prevhandler)
587
587
588
588
589 @contextlib.contextmanager
589 @contextlib.contextmanager
590 def uninterruptible(warn):
590 def uninterruptible(warn):
591 """Inhibit SIGINT handling on a region of code.
591 """Inhibit SIGINT handling on a region of code.
592
592
593 Note that if this is called in a non-main thread, it turns into a no-op.
593 Note that if this is called in a non-main thread, it turns into a no-op.
594
594
595 Args:
595 Args:
596 warn: A callable which takes no arguments, and returns True if the
596 warn: A callable which takes no arguments, and returns True if the
597 previous signal handling should be restored.
597 previous signal handling should be restored.
598 """
598 """
599
599
600 oldsiginthandler = [signal.getsignal(signal.SIGINT)]
600 oldsiginthandler = [signal.getsignal(signal.SIGINT)]
601 shouldbail = []
601 shouldbail = []
602
602
603 def disabledsiginthandler(*args):
603 def disabledsiginthandler(*args):
604 if warn():
604 if warn():
605 signal.signal(signal.SIGINT, oldsiginthandler[0])
605 signal.signal(signal.SIGINT, oldsiginthandler[0])
606 del oldsiginthandler[0]
606 del oldsiginthandler[0]
607 shouldbail.append(True)
607 shouldbail.append(True)
608
608
609 try:
609 try:
610 try:
610 try:
611 signal.signal(signal.SIGINT, disabledsiginthandler)
611 signal.signal(signal.SIGINT, disabledsiginthandler)
612 except ValueError:
612 except ValueError:
613 # wrong thread, oh well, we tried
613 # wrong thread, oh well, we tried
614 del oldsiginthandler[0]
614 del oldsiginthandler[0]
615 yield
615 yield
616 finally:
616 finally:
617 if oldsiginthandler:
617 if oldsiginthandler:
618 signal.signal(signal.SIGINT, oldsiginthandler[0])
618 signal.signal(signal.SIGINT, oldsiginthandler[0])
619 if shouldbail:
619 if shouldbail:
620 raise KeyboardInterrupt
620 raise KeyboardInterrupt
621
621
622
622
623 if pycompat.iswindows:
623 if pycompat.iswindows:
624 # no fork on Windows, but we can create a detached process
624 # no fork on Windows, but we can create a detached process
625 # https://msdn.microsoft.com/en-us/library/windows/desktop/ms684863.aspx
625 # https://msdn.microsoft.com/en-us/library/windows/desktop/ms684863.aspx
626 # No stdlib constant exists for this value
626 # No stdlib constant exists for this value
627 DETACHED_PROCESS = 0x00000008
627 DETACHED_PROCESS = 0x00000008
628 # Following creation flags might create a console GUI window.
628 # Following creation flags might create a console GUI window.
629 # Using subprocess.CREATE_NEW_CONSOLE might helps.
629 # Using subprocess.CREATE_NEW_CONSOLE might helps.
630 # See https://phab.mercurial-scm.org/D1701 for discussion
630 # See https://phab.mercurial-scm.org/D1701 for discussion
631 _creationflags = (
631 _creationflags = (
632 DETACHED_PROCESS
632 DETACHED_PROCESS
633 | subprocess.CREATE_NEW_PROCESS_GROUP # pytype: disable=module-attr
633 | subprocess.CREATE_NEW_PROCESS_GROUP # pytype: disable=module-attr
634 )
634 )
635
635
636 def runbgcommand(
636 def runbgcommand(
637 script,
637 script,
638 env,
638 env,
639 shell=False,
639 shell=False,
640 stdout=None,
640 stdout=None,
641 stderr=None,
641 stderr=None,
642 ensurestart=True,
642 ensurestart=True,
643 record_wait=None,
643 record_wait=None,
644 stdin_bytes=None,
644 stdin_bytes=None,
645 ):
645 ):
646 '''Spawn a command without waiting for it to finish.'''
646 '''Spawn a command without waiting for it to finish.'''
647 # we can't use close_fds *and* redirect stdin. I'm not sure that we
647 # we can't use close_fds *and* redirect stdin. I'm not sure that we
648 # need to because the detached process has no console connection.
648 # need to because the detached process has no console connection.
649
649
650 try:
650 try:
651 stdin = None
651 stdin = None
652 if stdin_bytes is not None:
652 if stdin_bytes is not None:
653 stdin = pycompat.unnamedtempfile()
653 stdin = pycompat.unnamedtempfile()
654 stdin.write(stdin_bytes)
654 stdin.write(stdin_bytes)
655 stdin.flush()
655 stdin.flush()
656 stdin.seek(0)
656 stdin.seek(0)
657
657
658 p = subprocess.Popen(
658 p = subprocess.Popen(
659 tonativestr(script),
659 pycompat.rapply(tonativestr, script),
660 shell=shell,
660 shell=shell,
661 env=tonativeenv(env),
661 env=tonativeenv(env),
662 close_fds=True,
662 close_fds=True,
663 creationflags=_creationflags,
663 creationflags=_creationflags,
664 stdin=stdin,
664 stdin=stdin,
665 stdout=stdout,
665 stdout=stdout,
666 stderr=stderr,
666 stderr=stderr,
667 )
667 )
668 if record_wait is not None:
668 if record_wait is not None:
669 record_wait(p.wait)
669 record_wait(p.wait)
670 finally:
670 finally:
671 if stdin is not None:
671 if stdin is not None:
672 stdin.close()
672 stdin.close()
673
673
674
674
675 else:
675 else:
676
676
677 def runbgcommand(
677 def runbgcommand(
678 cmd,
678 cmd,
679 env,
679 env,
680 shell=False,
680 shell=False,
681 stdout=None,
681 stdout=None,
682 stderr=None,
682 stderr=None,
683 ensurestart=True,
683 ensurestart=True,
684 record_wait=None,
684 record_wait=None,
685 stdin_bytes=None,
685 stdin_bytes=None,
686 ):
686 ):
687 """Spawn a command without waiting for it to finish.
687 """Spawn a command without waiting for it to finish.
688
688
689
689
690 When `record_wait` is not None, the spawned process will not be fully
690 When `record_wait` is not None, the spawned process will not be fully
691 detached and the `record_wait` argument will be called with a the
691 detached and the `record_wait` argument will be called with a the
692 `Subprocess.wait` function for the spawned process. This is mostly
692 `Subprocess.wait` function for the spawned process. This is mostly
693 useful for developers that need to make sure the spawned process
693 useful for developers that need to make sure the spawned process
694 finished before a certain point. (eg: writing test)"""
694 finished before a certain point. (eg: writing test)"""
695 if pycompat.isdarwin:
695 if pycompat.isdarwin:
696 # avoid crash in CoreFoundation in case another thread
696 # avoid crash in CoreFoundation in case another thread
697 # calls gui() while we're calling fork().
697 # calls gui() while we're calling fork().
698 gui()
698 gui()
699
699
700 # double-fork to completely detach from the parent process
700 # double-fork to completely detach from the parent process
701 # based on http://code.activestate.com/recipes/278731
701 # based on http://code.activestate.com/recipes/278731
702 if record_wait is None:
702 if record_wait is None:
703 pid = os.fork()
703 pid = os.fork()
704 if pid:
704 if pid:
705 if not ensurestart:
705 if not ensurestart:
706 # Even though we're not waiting on the child process,
706 # Even though we're not waiting on the child process,
707 # we still must call waitpid() on it at some point so
707 # we still must call waitpid() on it at some point so
708 # it's not a zombie/defunct. This is especially relevant for
708 # it's not a zombie/defunct. This is especially relevant for
709 # chg since the parent process won't die anytime soon.
709 # chg since the parent process won't die anytime soon.
710 # We use a thread to make the overhead tiny.
710 # We use a thread to make the overhead tiny.
711 def _do_wait():
711 def _do_wait():
712 os.waitpid(pid, 0)
712 os.waitpid(pid, 0)
713
713
714 t = threading.Thread(target=_do_wait)
714 t = threading.Thread(target=_do_wait)
715 t.daemon = True
715 t.daemon = True
716 t.start()
716 t.start()
717 return
717 return
718 # Parent process
718 # Parent process
719 (_pid, status) = os.waitpid(pid, 0)
719 (_pid, status) = os.waitpid(pid, 0)
720 if os.WIFEXITED(status):
720 if os.WIFEXITED(status):
721 returncode = os.WEXITSTATUS(status)
721 returncode = os.WEXITSTATUS(status)
722 else:
722 else:
723 returncode = -(os.WTERMSIG(status))
723 returncode = -(os.WTERMSIG(status))
724 if returncode != 0:
724 if returncode != 0:
725 # The child process's return code is 0 on success, an errno
725 # The child process's return code is 0 on success, an errno
726 # value on failure, or 255 if we don't have a valid errno
726 # value on failure, or 255 if we don't have a valid errno
727 # value.
727 # value.
728 #
728 #
729 # (It would be slightly nicer to return the full exception info
729 # (It would be slightly nicer to return the full exception info
730 # over a pipe as the subprocess module does. For now it
730 # over a pipe as the subprocess module does. For now it
731 # doesn't seem worth adding that complexity here, though.)
731 # doesn't seem worth adding that complexity here, though.)
732 if returncode == 255:
732 if returncode == 255:
733 returncode = errno.EINVAL
733 returncode = errno.EINVAL
734 raise OSError(
734 raise OSError(
735 returncode,
735 returncode,
736 b'error running %r: %s'
736 b'error running %r: %s'
737 % (cmd, os.strerror(returncode)),
737 % (cmd, os.strerror(returncode)),
738 )
738 )
739 return
739 return
740
740
741 returncode = 255
741 returncode = 255
742 try:
742 try:
743 if record_wait is None:
743 if record_wait is None:
744 # Start a new session
744 # Start a new session
745 os.setsid()
745 os.setsid()
746 # connect stdin to devnull to make sure the subprocess can't
746 # connect stdin to devnull to make sure the subprocess can't
747 # muck up that stream for mercurial.
747 # muck up that stream for mercurial.
748 if stdin_bytes is None:
748 if stdin_bytes is None:
749 stdin = open(os.devnull, b'r')
749 stdin = open(os.devnull, b'r')
750 else:
750 else:
751 stdin = pycompat.unnamedtempfile()
751 stdin = pycompat.unnamedtempfile()
752 stdin.write(stdin_bytes)
752 stdin.write(stdin_bytes)
753 stdin.flush()
753 stdin.flush()
754 stdin.seek(0)
754 stdin.seek(0)
755
755
756 if stdout is None:
756 if stdout is None:
757 stdout = open(os.devnull, b'w')
757 stdout = open(os.devnull, b'w')
758 if stderr is None:
758 if stderr is None:
759 stderr = open(os.devnull, b'w')
759 stderr = open(os.devnull, b'w')
760
760
761 p = subprocess.Popen(
761 p = subprocess.Popen(
762 cmd,
762 cmd,
763 shell=shell,
763 shell=shell,
764 env=env,
764 env=env,
765 close_fds=True,
765 close_fds=True,
766 stdin=stdin,
766 stdin=stdin,
767 stdout=stdout,
767 stdout=stdout,
768 stderr=stderr,
768 stderr=stderr,
769 )
769 )
770 if record_wait is not None:
770 if record_wait is not None:
771 record_wait(p.wait)
771 record_wait(p.wait)
772 returncode = 0
772 returncode = 0
773 except EnvironmentError as ex:
773 except EnvironmentError as ex:
774 returncode = ex.errno & 0xFF
774 returncode = ex.errno & 0xFF
775 if returncode == 0:
775 if returncode == 0:
776 # This shouldn't happen, but just in case make sure the
776 # This shouldn't happen, but just in case make sure the
777 # return code is never 0 here.
777 # return code is never 0 here.
778 returncode = 255
778 returncode = 255
779 except Exception:
779 except Exception:
780 returncode = 255
780 returncode = 255
781 finally:
781 finally:
782 # mission accomplished, this child needs to exit and not
782 # mission accomplished, this child needs to exit and not
783 # continue the hg process here.
783 # continue the hg process here.
784 stdin.close()
784 stdin.close()
785 if record_wait is None:
785 if record_wait is None:
786 os._exit(returncode)
786 os._exit(returncode)
General Comments 0
You need to be logged in to leave comments. Login now