Backmerge: #1239 CDX: An abbreviation appears in the upper left corne…

…r of a Func… (#1270)
epam · Sep 14, 2023 · fb58d5b · fb58d5b
1 parent 88a4ad6
commit fb58d5b
Show file tree

Hide file tree

Showing 28 changed files with 79 additions and 23 deletions.
diff --git a/api/tests/integration/ref/formats/cdx_export.py.out b/api/tests/integration/ref/formats/cdx_export.py.out
@@ -3,6 +3,7 @@ enhanced_stereo1:success
 enhanced_stereo2:success
 enhanced_stereo3:success
 stereo_either-0020:success
+two_bn:success
 *** KET to CDX ***
 agents:success
 *** CDXML to CDX ***

diff --git a/api/tests/integration/tests/formats/cdx_export.py b/api/tests/integration/tests/formats/cdx_export.py
@@ -25,6 +25,7 @@ def find_diff(a, b):
     "enhanced_stereo1",
     "enhanced_stereo2",
     "enhanced_stereo3",
+    "two_bn",
 ]
 
 ref_path = joinPathPy("ref/", __file__)

diff --git a/api/tests/integration/tests/formats/molecules/two_bn.mol b/api/tests/integration/tests/formats/molecules/two_bn.mol
@@ -0,0 +1,50 @@
+
+  -INDIGO-08232306022D
+
+  0  0  0  0  0  0  0  0  0  0  0 V3000
+M  V30 BEGIN CTAB
+M  V30 COUNTS 14 14 2 0 0
+M  V30 BEGIN ATOM
+M  V30 1 C 5.8 -8.025 0.0 0
+M  V30 2 C 5.8 -9.02542 0.0 0
+M  V30 3 C 4.93325 -9.52563 0.0 0
+M  V30 4 C 4.93325 -10.5305 0.0 0
+M  V30 5 C 5.80218 -11.0253 0.0 0
+M  V30 6 C 6.66348 -10.5259 0.0 0
+M  V30 7 C 6.66348 -9.52515 0.0 0
+M  V30 8 C 10.125 -8.025 0.0 0
+M  V30 9 C 10.125 -9.02542 0.0 0
+M  V30 10 C 9.25825 -9.52563 0.0 0
+M  V30 11 C 9.25825 -10.5305 0.0 0
+M  V30 12 C 10.1272 -11.0253 0.0 0
+M  V30 13 C 10.9885 -10.5259 0.0 0
+M  V30 14 C 10.9885 -9.52515 0.0 0
+M  V30 END ATOM
+M  V30 BEGIN BOND
+M  V30 1 2 2 3
+M  V30 2 1 7 2
+M  V30 3 2 6 7
+M  V30 4 1 5 6
+M  V30 5 2 4 5
+M  V30 6 1 3 4
+M  V30 7 1 2 1
+M  V30 8 2 9 10
+M  V30 9 1 14 9
+M  V30 10 2 13 14
+M  V30 11 1 12 13
+M  V30 12 2 11 12
+M  V30 13 1 10 11
+M  V30 14 1 9 8
+M  V30 END BOND
+M  V30 BEGIN SGROUP
+M  V30 1 SUP 1 ATOMS=(7 1 2 3 4 5 6 7) BRKXYZ=(9 0.000000 0.000000 0.000000 0-
+M  V30 .000000 0.000000 0.000000 0.000000 0.000000 0.000000) BRKXYZ=(9 0.0000-
+M  V30 00 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.00-
+M  V30 0000) LABEL=Bn SAP=(3 1 0 )
+M  V30 2 SUP 2 ATOMS=(7 8 9 10 11 12 13 14) BRKXYZ=(9 0.000000 0.000000 0.000-
+M  V30 000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000) BRKXYZ=(9 0-
+M  V30 .000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000-
+M  V30  0.000000) LABEL=Bn SAP=(3 8 0 )
+M  V30 END SGROUP
+M  V30 END CTAB
+M  END
diff --git a/api/tests/integration/tests/formats/ref/AlcoholOxidation_Rxn1.b64cdx b/api/tests/integration/tests/formats/ref/AlcoholOxidation_Rxn1.b64cdx
diff --git a/api/tests/integration/tests/formats/ref/AlcoholOxidation_Rxn2.b64cdx b/api/tests/integration/tests/formats/ref/AlcoholOxidation_Rxn2.b64cdx
diff --git a/api/tests/integration/tests/formats/ref/Amidation_Rxn1.b64cdx b/api/tests/integration/tests/formats/ref/Amidation_Rxn1.b64cdx
diff --git a/api/tests/integration/tests/formats/ref/Amidation_Rxn2.b64cdx b/api/tests/integration/tests/formats/ref/Amidation_Rxn2.b64cdx
diff --git a/api/tests/integration/tests/formats/ref/BuchwaldHartwig_Rxn1.b64cdx b/api/tests/integration/tests/formats/ref/BuchwaldHartwig_Rxn1.b64cdx
diff --git a/api/tests/integration/tests/formats/ref/BuchwaldHartwig_Rxn2.b64cdx b/api/tests/integration/tests/formats/ref/BuchwaldHartwig_Rxn2.b64cdx
diff --git a/api/tests/integration/tests/formats/ref/CarbonylReduction_Rxn1.b64cdx b/api/tests/integration/tests/formats/ref/CarbonylReduction_Rxn1.b64cdx
diff --git a/api/tests/integration/tests/formats/ref/CarbonylReduction_Rxn2.b64cdx b/api/tests/integration/tests/formats/ref/CarbonylReduction_Rxn2.b64cdx
@@ -1 +1 @@
-VmpDRDAxMDAEAwIBAAAAAAAAAAAAAAAAAAAAAAUIBAAAAB4AGggCAAMAGwgCAAQAAAEkAAAAAgACAOn9BQBBcmlhbAMA6f0PAFRpbWVzIE5ldyBSb21hbgADMgAIAP///////wAAAAAAAP//AAAAAP////8AAAAA//8AAAAA/////wAAAAD/////AAD//wGAAAAAABAIAgABAA8IAgABAAOABAAAAASABQAAAAACCACuBzYArkfOAAAABIAGAAAAAAIIABRuRACuR84AAAAEgAcAAAAAAggASKFLAADA2gAAAASACAAAAAACCAAUbkQAUjjnAAAABIAJAAAAAAIIAK4HNgBSOOcAAAAEgAoAAAAAAggAe9QuAADA2gAAAASACwAAAAIEAgAHACsEAgAAAAACCABIoUsAXM/BAAaAAAAAAAACCABIoUsAXM/BACMIAQAAAAcNAAEAAAADAGAAyAAAAE4AAAAABIAMAAAAAgQCAAgAKwQCAAAAAAIIAK4HNgD2KAABBoAAAAAAAAIIAK4HNgD2KAABIwgBAAAABw0AAQAAAAMAYADIAAAATwAAAAAEgA0AAAAAAggAe9QuAKSw8wAAAASADgAAAAACCAAfxUUAZqa0AAAABIAPAAAAAgQCAAcAKwQCAAAAAAIIAFJ4UAAfBasABoAAAAAAAAIIAFJ4UAAfBasAIwgBAAAABw0AAQAAAAMAYADIAAAATgAAAAAEgBAAAAAAAggAM/NcAFI4sgAAAASAEQAAAAIEAgAHACsEAgAAAAACCAAz81kAzUzAAAaAAAAAAAACCAAz81kAzUzAACMIAQAAAAcNAAEAAAADAGAAyAAAAE4AAAAABYCFAAAABAYEAAUAAAAFBgQABgAAAAAGAgACAAAABYCGAAAABAYEAAYAAAAFBgQABwAAAAAABYCHAAAABAYEAAcAAAAFBgQACAAAAAAGAgACAAAABYCIAAAABAYEAAgAAAAFBgQACQAAAAAABYCJAAAABAYEAAkAAAAFBgQACgAAAAAGAgACAAAABYCKAAAABAYEAAoAAAAFBgQABQAAAAAABYCLAAAABAYEAAYAAAAFBgQACwAAAAAABYCMAAAABAYEAA0AAAAFBgQADAAAAAAGAgACAAAABYCNAAAABAYEAAkAAAAFBgQADQAAAAAABYCOAAAABAYEAAsAAAAFBgQADgAAAAAABYCPAAAABAYEAA4AAAAFBgQADwAAAAAGAgACAAAABYCQAAAABAYEAA8AAAAFBgQAEAAAAAAABYCRAAAABAYEABAAAAAFBgQAEQAAAAAGAgACAAAABYCSAAAABAYEABEAAAAFBgQACwAAAAAAAAADgBIAAAAEgBMAAAACBAIACAArBAIAAQAAAggAzYw1AHB9BQIGgAAAAAAAAggAzYw1AHB9BQIjCAEAAAAHDgABAAAAAwBgAMgAAABPSAAAAAAEgBQAAAAAAggAmVkuAI4C+QEAAASAFQAAAAACCADNjDUAQIrsAQAABIAWAAAAAAIIADPzQwBAiuwBAAAEgBcAAAAAAggAZiZLAOoR4AEAAASAGAAAAAACCAAz80MAmpnTAQAABIAZAAAAAgQCAAcAKwQCAAAAAAIIAGYmSwBIIccBBoAAAAAAAAIIAGYmSwBIIccBIwgBAAAABw0AAQAAAAMAYADIAAAATgAAAAAEgBoAAAACBAIABwArBAIAAAAAAggAUnhZAEihxQEGgAAAAAAAAggAUnhZAEihxQEjCAEAAAAHDQABAAAAAwBgAMgAAABOAAAAAASAGwAAAAACCADCdVwAPoq3AQAABIAcAAAAAgQCAAcAKwQCAAAAAAIIAHD9TwAKV7ABBoAAAAAAAAIIAHD9TwAKV7ABIwgBAAAABw0AAQAAAAMAYADIAAAATgAAAAAEgB0AAAAAAggAPUpFAOL6uQEAAASAHgAAAAACCADNjDUAmpnTAQAABIAfAAAAAAIIAJlZLgDqEeABAAAFgJMAAAAEBgQAEwAAAAUGBAAUAAAAAAAFgJQAAAAEBgQAFAAAAAUGBAAVAAAAAAAFgJUAAAAEBgQAFQAAAAUGBAAWAAAAAAYCAAIAAAAFgJYAAAAEBgQAFgAAAAUGBAAXAAAAAAAFgJcAAAAEBgQAFwAAAAUGBAAYAAAAAAYCAAIAAAAFgJgAAAAEBgQAGAAAAAUGBAAZAAAAAAAFgJkAAAAEBgQAGQAAAAUGBAAaAAAAAAAFgJoAAAAEBgQAGgAAAAUGBAAbAAAAAAYCAAIAAAAFgJsAAAAEBgQAGwAAAAUGBAAcAAAAAAAFgJwAAAAEBgQAHAAAAAUGBAAdAAAAAAYCAAIAAAAFgJ0AAAAEBgQAGQAAAAUGBAAdAAAAAAAFgJ4AAAAEBgQAGAAAAAUGBAAeAAAAAAAFgJ8AAAAEBgQAHgAAAAUGBAAfAAAAAAYCAAIAAAAFgKAAAAAEBgQAFQAAAAUGBAAfAAAAAAAAAAOAIAAAAASAIQAAAAAEAgAAADMEEQAAADUuMCBlcXVpdiBOYUJINAACCAAzcz4APsoxAQaAAAAAAAACCAAzcz4APsoxASMIAQAAAAcbAAEAAAADAGAAyAAAADUuMCBlcXVpdiBOYUJINAAAAAAAAAOAIgAAAASAoQAAAAAEAgAAAAOAogAAAASAJAAAAAIEAgALACsEAgABAAACCAAy8yYBSKFHAAaAAAAAAAACCAAy8yYBSKFHACMIAQAAAAcPAAEAAAADAGAAyAAAAE5hSAAAAAAEgCUAAAACBAIABQArBAIAAwAAAggAMvMmAeH6VQAGgAAAAAAAAggAMvMmAeH6VQAjCAEAAAAHGQACAAAAAwBgAMgAAAACAAMAIADIAAAAQkgzAAAAAAAABoAAAAAAIwgBAAAFBwEABAAHEQABAAAA//8AAAAAAABOYUJINAAAAAAEgCMAAAAABAIAAAAzBAcAAABOYUJINAACCAAy8yYBSKFHAAaAAAAAAAACCAAy8yYBSKFHACMIAQAAAAcRAAEAAAADAGAAyAAAAE5hQkg0AAAAAAAAA4AmAAAABIAnAAAAAAIIAGYmZAEfRaAAAAAEgCgAAAACBAIACAArBAIAAQAAAggAMvNcAXG9rAAGgAAAAAAAAggAMvNcAXG9rAAjCAEAAAAHDgABAAAAAwBgAMgAAABPSAAAAAAEgCkAAAAAAggAMvNcAc3MkwAAAAWAowAAAAQGBAAnAAAABQYEACgAAAAAAAWApAAAAAQGBAAnAAAABQYEACkAAAAAAAAAA4AqAAAABIArAAAAAgQCAAUAIQQBAP8rBAIAAAAAAggAjgJpAVJ4VAAGgAAAAAAAAggAjgJpAVJ4VAAjCAEAAAAHDQABAAAAAwBgAMgAAABCAAAAAASALAAAAAIEAgABAAACCAD2qFoBUnhUAAaAAAAAAAACCAD2qFoBUnhUACMIAQAAAAcNAAEAAAADAGAAyAAAAEgAAAAABIAtAAAAAgQCAAEAAAIIAI4CaQG4HkYABoAAAAAAAAIIAI4CaQG4HkYAIwgBAAAABw0AAQAAAAMAYADIAAAASAAAAAAEgC4AAAACBAIAAQAAAggAKFx3AVJ4VAAGgAAAAAAAAggAKFx3AVJ4VAAjCAEAAAAHDQABAAAAAwBgAMgAAABIAAAAAASALwAAAAIEAgABAAACCACOAmkB69FiAAaAAAAAAAACCACOAmkB69FiACMIAQAAAAcNAAEAAAADAGAAyAAAAEgAAAAABIAwAAAAAgQCAAsAIQQBAAErBAIAAAAAAggAFO5bAXoUPgAGgAAAAAAAAggAFO5bAXoUPgAjCAEAAAAHDgABAAAAAwBgAMgAAABOYQAAAAAFgKUAAAAEBgQAKwAAAAUGBAAsAAAAAAAFgKYAAAAEBgQAKwAAAAUGBAAtAAAAAAAFgKcAAAAEBgQAKwAAAAUGBAAuAAAAAAAFgKgAAAAEBgQAKwAAAAUGBAAvAAAAAAAAAAOAMQAAAASAqwAAAAAEAgAAAAOArAAAAASAMgAAAAACCACZ2YAA7BH8/wAABIAzAAAAAAIIABWueQAAgAgAAAAEgDQAAAACBAIACAArBAIAAQAAAggAmdmAABTuFAAGgAAAAAAAAggAmdmAABTuFAAjCAEAAAAHDgABAAAAAwBgAMgAAABPSAAAAAAFgKkAAAAEBgQAMwAAAAUGBAA0AAAAAAAFgKoAAAAEBgQAMgAAAAUGBAAzAAAAAAAAAAaAAAAAACMIAQAABQcBAAQABxAAAQAAAP//AAAAAAAARXRPSAAAAAAAAAOANQAAAASAsAAAAAAEAgAAAAOAsQAAAASANgAAAAIEAgAFACsEAgAAAAACCAAKlzcBPsr8AAaAAAAAAAACCAAKlzcBPsr8ACMIAQAAAAcNAAEAAAADAGAAyAAAAEIAAAAABIA3AAAAAgQCAAgAKwQCAAEAAAIIAI7CPgEpXPAABoAAAAAAAAIIAI7CPgEpXPAAIwgBAAAABw4AAQAAAAMAYADIAAAAT0gAAAAABIA4AAAAAgQCAAgAKwQCAAEAAAIIAI7CPgFSOAkBBoAAAAAAAAIIAI7CPgFSOAkBIwgBAAAABw4AAQAAAAMAYADIAAAAT0gAAAAABIA5AAAAAgQCAAgAKwQCAAEAAAIIAHA9KQE+yvwABoAAAAAAAAIIAHA9KQE+yvwAIwgBAAAABw4AAQAAAAMAYADIAAAAT0gAAAAABYCtAAAABAYEADYAAAAFBgQANwAAAAAABYCuAAAABAYEADYAAAAFBgQAOAAAAAAABYCvAAAABAYEADYAAAAFBgQAOQAAAAAAAAAGgAAAAAAjCAEAAAUHAQAEAAcSAAEAAAD//wAAAAAAAEIoT0gpMwAAAAAAAAOAOgAAAASAswAAAAAEAgAAAAOAtAAAAASAOwAAAAIEAgALACsEAgAAAAACCAAAgEcBHgX4AAaAAAAAAAACCAAAgEcBHgX4ACMIAQAAAAcOAAEAAAADAGAAyAAAAE5hAAAAAASAPAAAAAIEAgARACsEAgAAAAACCAAAgEcBuF4GAQaAAAAAAAACCAAAgEcBuF4GASMIAQAAAAcOAAEAAAADAGAAyAAAAENsAAAAAAWAsgAAAAQGBAA7AAAABQYEADwAAAAAAAAABoAAAAAAIwgBAAAFBwEABAAHEAABAAAA//8AAAAAAABOYUNsAAAAAAAABoA9AAAAAAIIAEchVwDEVVIBAQcBAAAIBwEAAAAHEwABAAAABAAAAMgAAABldGhhbm9sAAAGgEAAAAAAAggA4pp2AGYmVAEBBwEAAAgHAQAAAAcdAAEAAAAEAAAAyAAAADAuMiBNIGluIGxpbWl0aW5nAAAGgEMAAAAAAggAXC9lACAlVAEBBwEAAAgHAQAAAAcQAAEAAAAEAAAAyAAAAHIudC4AAAaARgAAAAACCACPggcAZuZjAAEHAQAACAcBAAAAByMAAQAAAAQAAgBAAQAAQ2FyYm9ueWwgUmVkdWN0aW9uIFJ4bjIAAAaASQAAAAACCACaWXYAIKXeAQEHAQAACAcBAAAABxYAAQAAAAQAAAC6AAAAMjc5OTYtODYtNwAABoBMAAAAAAIIALielwHXQ1AAAQcBAAAIBwEAAAAHHAABAAAABAAAAMgAAABbcmVkdWNpbmcgYWdlbnRdAAAGgE8AAAAAAggApJCkAGam3gEBBwEAAAgHAQAAAAcdAAEAAAAEAAAAyAAAAFtkZXNpcmVkIHByb2R1Y3RdAAAGgFIAAAAAAggAzMyXAFyP1QABBwEAAAgHAQAAAAcVAAEAAAAEAAAAyAAAADEuMCBlcXVpdgAABoBVAAAAAAIIALiepACkkNUAAQcBAAAIBwEAAAAHFgABAAAABAAAAMgAAABbY2FyYm9ueWxdAAAGgFgAAAAAAggAwhU4AVJYpQABBwEAAAgHAQAAAAcTAAEAAAAEAAEAugAAAGV0aGFub2wAAAaAWwAAAAACCACGK0kBmVmlAAEHAQAACAcBAAAABxMAAQAAAAQAAAC6AAAANjQtMTctNQAABoBeAAAAAAIIAKQQhQFTWKUAAQcBAAAIBwEAAAAHFQABAAAABAAAAMgAAABbc29sdmVudF0AAAaAYQAAAAACCADqUXMBmlmlAAEHAQAACAcBAAAABxQAAQAAAAQAAAC6AAAATVcgNDYuMDcAAAaAZAAAAAACCAAp3GgAFY7VAAEHAQAACAcBAAAAB0UAAwAAAAQAAQC6AAAABAAEAAMAugAAAAUABAABALoAAAA0LSgxSC0xLDIsNC10cmlhem9sLTEteWwpYmVuemFsZGVoeWRlAAAGgGcAAAAAAggAmll2ABSO1QABBwEAAAgHAQAAAAcXAAEAAAAEAAAAugAAADE0MzQyNi01MC0wAAAGgGoAAAAAAggAuF4dAVwvEwABBwEAAAgHAQAAAAcPAAEAAAAEAAEAyAAAAEtleQAABoBtAAAAAAIIAIYrSQGPwlIAAQcBAAAIBwEAAAAHFgABAAAABAAAALoAAAAxNjk0MC02Ni0yAAAGgHAAAAAAAggAmvk4AY/CUgABBwEAAAgHAQAAAAceAAEAAAAEAAEAugAAAHNvZGl1bSBib3JvaHlkcmlkZQAABoBzAAAAAAIIAML1hgGPQlMAAQcBAAAIBwEAAAAHFAABAAAABAAAALoAAABNVyAzNy44MwAAB4B2AAAABAIQAGjm7AHMzAAAmpkPAUhh6gAACgIAAwAAAAaAeQAAAAACCAC63hcBUvgTAQEHAQAACAcBAAAABxgAAQAAAAQAAADIAAAAW2J5cHJvZHVjdHNdAAAGgHwAAAAAAggAHsVoAByl3gEBBwEAAAgHAQAAAAdJAAMAAAAEAAEAugAAAAUABAADALoAAAAGAAQAAQC6AAAAKDQtKDFILTEsMiw0LXRyaWF6b2wtMS15bClwaGVueWwpbWV0aGFub2wAACGAfwAAAAQCEABmJpYBUvgqAWbmMwFS+CoBNwoCAAAALwoCAAAAIAoCAMoIMQoCADMCNQoCAAEAMAoCABkABwIMAFL4KgFmJpYBAAAAAAgCDABS+CoBZuYzAQAAAAAAACGAggAAAAQCEABmpksA4vqBAWamSwBcTyYBNwoCAAAALwoCAAAAIAoCAMoIMQoCADMCNQoCAAEAMAoCABkABwIMAOL6gQFmpksAAAAAAAgCDABcTyYBZqZLAAAAAAAAAA2AAAAAAA6AAAAAAAUMBAAgAAAABAwEAH8AAAAAAA6AAAAAAAUMBAAgAAAABAwEAIIAAAAAAAAAAAAAAAAA
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