úÎ0ì     None+Map the first function over internal nodes ! and the second one over leaves. GTODO: Use lazy text builder to avoid slowness in the pessimistic case. Parse the enamex forest. Parse the enamex file.  !"  !" Safe-Inferred An - is the atomic label with additional marker. Inside marker Beginning marker A  consists of a list of atomic  labels. An 8 data structure consists of a word with a corresponding  compound label. 'Encode the forest with the IOB method. #&Encode the tree using the IOB method. (Decode the forest using the IOB method. $0Take iob elements as long as the top label doesn' t change. 5 Return obtained part together with the rest of iob.  %&'()* # $     %&'()* # $ Safe-Inferred  A graph. 7Make a graph from a list of (key, value, [children keys] ) tuples. Get node with the given key. 3Get keys of adjacent nodes for the given node key. 5Return all graph roots (i.e. nodes with no parents). :Make a tree rooted in the node with respect to the graph. >Make a key tree rooted in the node with respect to the graph. ;Transform graph into a forest given the priority function. < That is, trees with higher priorities will be taken first, 9 while those with lower priorities might be trimmed down  (since we don'.t want to have nodes with multiple parents in  the resulting forest). 4Transform graph into a forest. It removes duplicate 7 nodes from trees chosing trees in an arbitrary order. +   +,       !"#$%&'()*+,-.data-named-0.1.0Text.Named.EnamexData.Named.IOBData.Named.GraphmapTwo parseForest parseEnamexAtomIBLabelIOBwordlabel encodeForest decodeForestGraphnodeMapedgeMapmkGraphnodeedgesrootstoTree toKeyTree toForestWithtoForestunEscapeForestTreepForestpTreepLeafpNodepOpenTag pCloseTagpWord encodeTree followToppushpopMaybetopMaybepoprawisItrim