Python logger.debug函数代码示例

    def process_fragments(self):

        """Set fragment names, create the vectors for each fragment, run the
        classifier and add links from the classifier to the fragments."""

        os.chdir(self.DIR_LINK_MERGER + os.sep + 'sputlink')
        perl = '/usr/local/ActivePerl-5.8/bin/perl'
        perl = 'perl'
        perl = self.tarsqi_instance.getopt_perl()

        for fragment in self.fragments:
            # set fragment names
            base = fragment[0]
            in_fragment = os.path.join(self.DIR_DATA, base+'.'+self.CREATION_EXTENSION)
            tmp_fragment = os.path.join(self.DIR_DATA, base+'.'+self.TMP_EXTENSION)
            out_fragment = os.path.join(self.DIR_DATA, base+'.'+self.RETRIEVAL_EXTENSION)
            # process them
            command = "%s merge.pl %s %s" % (perl, in_fragment, tmp_fragment)
            (i, o, e) = os.popen3(command)
            for line in e:
                if line.lower().startswith('warn'):
                    logger.warn('MERGING: ' + line)
                else:
                    logger.error('MERGING: ' + line)
            for line in o:
                logger.debug('MERGING: ' + line)
            self._add_tlinks_to_fragment(in_fragment, tmp_fragment, out_fragment)
        os.chdir(TTK_ROOT)

 def _process_opening_tag(self, element):
     """Process an opening tag, calling the appropriate handler depending
     on the tag."""
     logger.debug(">>" + element.content)
     if element.tag == SENTENCE:
         self.currentSentence = Sentence()
         self.doc.addSentence(self.currentSentence)
     elif element.tag == NOUNCHUNK:
         self._process_opening_chunk(NounChunk, element)
     elif element.tag == VERBCHUNK:
         self._process_opening_chunk(VerbChunk, element)
     elif element.tag == TOKEN:
         self._process_opening_lex(element)
     elif element.tag == EVENT:
         self._process_opening_event(element)
     elif element.tag == INSTANCE:
         self._process_opening_make_instance(element)
     elif element.tag == TIMEX:
         self._process_opening_timex(element)
     elif element.tag == ALINK:
         self._process_alink(element)
     elif element.tag == SLINK:
         self._process_slink(element)
     elif element.tag == TLINK:
         self._process_tlink(element)

 def _find_slink(self, event_context, fsa_lists, reltype_list):
     """Try to find an slink in the given event_context using lists of
     FSAs. If the context matches an FSA, then create an slink and
     insert it in the document.""" 
     for i in range(len(fsa_lists)):
         
         fsa_list = fsa_lists[i]
         try:
             reltype = reltype_list[i]
         except IndexError:
             # take last element of reltype list if it happens to
             # be shorter than the fsa_lists
             reltype = reltype_list[-1]
         result = self._look_for_link(event_context, fsa_list)
         #logger.out(result)
         if result:
             (length_of_match, fsa_num) = result
             fsa = fsa_list[fsa_num]
             #print fsa
             #logger.out("match found, FSA=%s size=%d reltype=%s"
             #           % (fsa.fsaname, length_of_match, reltype))
             logger.debug(21*"."+"ACCEPTED SLINK!!! LENGTH: "+str(length_of_match)+
                          " "+ str(reltype)+" || FSA: "+str(i)+"."+str(fsa_num)+
                          " PatternName: "+fsa.fsaname)
             slinkAttrs = {
                 'eventInstanceID': self.eiid,
                 'subordinatedEventInstance': event_context[length_of_match-1].eiid,
                 'relType': reltype,
                 'syntax': fsa.fsaname }
             self.document().addLink(slinkAttrs, SLINK)
             self.createdLexicalSlink = 1
             break
         else:
             logger.debug(".....................REJECTED SLINK by FSA: "+str(i)+".?")

 def createForwardSlink(self, forwardSlinks):
     """Only used if doc is chunked with Alembic;
     that is, Adj tokens do not belong to any chunk"""
     slinkedEventContext = self.parent[self.position+1:] # chunks following the currEvent
     self.createSlink(slinkedEventContext, forwardSlinks[0], forwardSlinks[1]) # forwardSlinks[0]:pattern name, forwardSlinks[1]: relType
     if self.createdLexicalSlink:
         logger.debug("FORWARD SLINK CREATED")

 def createSlink(self, slinkedEventContext, syntaxPatternLists, relTypeList):
    """Only used if doc is chunked with Alembic;
    that is, Adj tokens do not belong to any chunk
    """
    for i in range(len(syntaxPatternLists)):
         self._printSequence(slinkedEventContext, 1)   # DEBUGGING method
         substring = self._lookForLink(slinkedEventContext, syntaxPatternLists[i])
         if substring:
             #log("substring\n"+str(substring)+"\n")
             substringLength = substring[0]
             subpatternNum = substring[1]
             relType = relTypeList[i]
             #patterns = syntaxPatternLists[i]  # should be ith nested list in syntaxPatternLists
             #patternName = patterns[subpatternNum] # should be subpatternNumth item in the list
             patternName = syntaxPatternLists[i][subpatternNum]
             logger.debug(21*"."+"ACCEPTED SLINK!!! LENGTH: "+str(substringLength)+" "+
                          str(relType)+" || FSA: "+str(i)+"."+str(subpatternNum)+
                          " PatternName: "+patternName.fsaname)
             slinkAttrs = {
                 'eventInstanceID': self.eiid, 
                 'subordinatedEventInstance': slinkedEventContext[substringLength-1].eiid,
                 'relType': relType,
                 'syntax': patternName.fsaname }
             self.doc().addLink(slinkAttrs, SLINK)
             self.createdLexicalSlink = 1
             break    
         else:
             logger.debug(".....................REJECTED SLINK by FSA: "+str(i)+".?")

 def lookForAtlinks(self):
     """Examine whether the Alink can generate a Tlink."""
     if self.is_a2t_candidate():
         logger.debug("A2T Alink candidate " + self.attrs['lid'] + " " + self.attrs['relType'])
         apply_patterns(self)
     else:
         logger.debug("A2T Alink not a candidate " + self.attrs['lid'] + " " + self.attrs['relType'])

 def _distributeNodes(self):
     """Distribute the item's information over the lists in the
     VChunkFeaturesLists."""
     # TODO: figure out whether to keep remove_interjections
     tempNodes = remove_interjections(self)
     debug("\n" + '-'.join([n.getText() for n in tempNodes]))
     logger.debug('-'.join([n.getText() for n in tempNodes]))
     itemCounter = 0
     for item in tempNodes:
         #debug( "   %s  %-3s  %-8s"
         #       % (itemCounter, item.pos, item.getText()), newline=False)
         message_prefix = "   %s  %s/%s" % (itemCounter, item.getText(), item.pos)
         if item.pos == 'TO':
             debug( '%s  ==>  TO' % message_prefix)
             self._distributeNode_TO(item, itemCounter)
         elif item.getText() in forms.negative:
             debug( '%s  ==>  NEG' % message_prefix)
             self._distributeNode_NEG(item)
         elif item.pos == 'MD':
             debug( '%s  ==>  MD' % message_prefix)
             self._distributeNode_MD(item)
         elif item.pos[0] == 'V':
             debug( '%s  ==>  V' % message_prefix)
             self._distributeNode_V(item, tempNodes, itemCounter)
         elif item.pos in forms.partAdv:
             debug( '%s  ==>  ADV' % message_prefix)
             self._distributeNode_ADV(item, tempNodes, itemCounter)
         else:
             debug( '%s  ==>  None' % message_prefix)
         itemCounter += 1
         if DEBUG:
             self.print_ChunkLists()

    def _find_slink(self, event_context, fsa_lists, reltype_list):
        """Try to find an slink in the given event_context using lists of
        FSAs. If the context matches an FSA, then create an slink and insert it
        in the tree."""

        for i in range(len(fsa_lists)):

            fsa_list = fsa_lists[i]
            result = self._look_for_link(event_context, fsa_list)
            if result:
                (length_of_match, fsa_num) = result
                fsa = fsa_list[fsa_num]
                # logger.debug("match found, FSA=%s size=%d reltype=%s"
                #           % (fsa.fsaname, length_of_match, reltype))
                reltype = get_reltype(reltype_list, i)
                eiid = event_context[length_of_match - 1].eiid
                slinkAttrs = {
                    EVENT_INSTANCE_ID: self.eiid,
                    SUBORDINATED_EVENT_INSTANCE: eiid,
                    RELTYPE: reltype,
                    SYNTAX: fsa.fsaname }
                self.tree.addLink(slinkAttrs, SLINK)
                logger.debug("SLINK CREATED")
                return True
            else:
                logger.debug("REJECTED SLINK by FSA: " + str(i))

        return False

    def _find_alink(self, event_context, fsa_lists, reltype_list):
        """Try to create an alink using the context and patterns from the
        dictionary. Alinks are created as a side effect. Returns True if an
        alink was created, False otherwise."""

        for i in range(len(fsa_lists)):

            fsa_list = fsa_lists[i]
            result = self._look_for_link(event_context, fsa_lists[i])
            if result:
                (length_of_match, fsa_num) = result
                fsa = fsa_list[fsa_num]
                # logger.debug("match found, FSA=%s size=%d reltype=%s"
                #           % (fsa.fsaname, length_of_match, reltype))
                reltype = get_reltype(reltype_list, i)
                eiid = event_context[length_of_match - 1].eiid
                # print self, self.eiid
                alinkAttrs = {
                    EVENT_INSTANCE_ID: self.eiid,
                    RELATED_TO_EVENT_INSTANCE: eiid,
                    RELTYPE: reltype,
                    SYNTAX: fsa.fsaname }
                self.tree.addLink(alinkAttrs, ALINK)
                # for l in self.tree.alink_list: print '  ', l
                logger.debug("ALINK CREATED")
                return True
            else:
                logger.debug("REJECTED ALINK by FSA: " + str(i))

        return False

 def _processDoubleEventInMultiAChunk(self, GramVCh, substring):
     """Tagging EVENT in VChunk """
     logger.debug("[V_2Ev] " + GramVCh.as_extended_string())
     self._processEventInChunk(GramVCh)
     """Tagging EVENT in AdjToken"""
     adjToken = substring[-1]
     adjToken.createAdjEvent()
     self._updateFlagCheckedForEvents(substring)

 def _processDoubleEventInMultiAChunk(self, features, substring):
     """Tagging EVENT in both VerbChunk and AdjectiveToken. In this case the
     adjective will not be given the verb features."""
     logger.debug("[V_2Ev] " + features.as_verbose_string())
     self._conditionallyAddEvent(features)
     adjToken = substring[-1]
     adjToken.createAdjEvent()
     map(update_event_checked_marker, substring)

 def find_forward_alink(self, fsa_reltype_groups):
     """Search for an alink to the right of the event. Return True
     is event was found, False otherwise."""
     logger.debug("len(fsa_reltype_groups) = %s" % len(fsa_reltype_groups))
     fsa_lists = fsa_reltype_groups[0]
     reltypes_list = fsa_reltype_groups[1]
     alinkedEventContext = self.parent[self.position + 1:]
     return self._find_alink(alinkedEventContext, fsa_lists, reltypes_list)

 def _createEventOnHave(self, features):
     logger.debug("Checking for toHave pattern...")
     substring = self._lookForMultiChunk(patterns.HAVE_FSAs)
     if substring:
         self.dribble("HAVE-1", self.getText())
         self._processEventInMultiVChunk(substring)
     else:
         self.dribble("HAVE-2", self.getText())
         self._conditionallyAddEvent(features)

 def _createEventOnPastUsedTo(self, features):
     logger.debug("Checking for pastUsedTo pattern...")
     substring = self._lookForMultiChunk(patterns.USEDto_FSAs)
     if substring:
         self.dribble("USED-1", self.getText())
         self._processEventInMultiVChunk(substring)
     else:
         self.dribble("USED-2", self.getText())
         self._conditionallyAddEvent(features)

 def _run_classifier(self, lemma):
     """Run the classifier on lemma, using features from the GramNChunk."""
     features = []
     if EVITA_NOM_CONTEXT:
         features = ['DEF' if self.isDefinite() else 'INDEF',
                     self.features.head.pos]
     is_event = nomEventRec.isEvent(lemma, features)
     logger.debug("  nomEventRec.isEvent(%s) ==> %s" % (lemma, is_event))
     return is_event