topicModelingTickets/topicModeling.py

# -*- coding: utf-8 -*-
import matplotlib
matplotlib.use('Agg')
from datetime import datetime
import draw
import draw1
import time
import numpy as np
import operator

import csv
import sys
import json
import os.path
import subprocess
from textacy import Vectorizer, viz

from miscellaneous import *
import textacy
from scipy import *

import os




csv.field_size_limit(sys.maxsize)
FILEPATH = os.path.dirname(os.path.realpath(__file__)) + "/"


# load config
config_ini = FILEPATH + "config.ini"

config = ConfigParser.ConfigParser()
with open(config_ini) as f:
    config.read_file(f)


def textacyTopicModeling(corpus,
                         n_topics = 15, top_topic_words = 7, top_document_labels_per_topic = 5,
                         ngrams = 1, min_df=1, max_df=0.9,
                         topicModel='lda'):




    n_terms = int(n_topics * top_topic_words)
    sort_terms_by = 'seriation'  # 'seriation', 'weight', 'index', 'alphabetical'
    rank_terms_by = 'corpus'  # 'corpus', 'topic'



    logprint("#### Topic Modeling {0}".format(topicModel))
    logprint(str("ngrams: {0}".format(ngrams)))
    logprint(str("min_df: {0}".format(min_df)))
    logprint(str("max_df: {0}".format(max_df)))
    logprint(str("n_topics: {0}".format(n_topics)))
    logprint("\n")

    start = time.time()

    # http://textacy.readthedocs.io/en/latest/api_reference.html#textacy.tm.topic_model.TopicModel.get_doc_topic_matrix
    weighting = ('tf' if topicModel == 'lda' else 'tfidf')





    ######   vectorize corpi

    vectorizer = Vectorizer(weighting=weighting, min_df=min_df, max_df=max_df)

    terms_list = (doc.to_terms_list(ngrams=ngrams, named_entities=False, as_strings=True) for doc in corpus)
    doc_term_matrix = vectorizer.fit_transform(terms_list)
    #id2term = vectorizer.__getattribute__("id_to_term")



    #######  Initialize and train a topic model

    model = textacy.tm.TopicModel(topicModel, n_topics=n_topics)

    model.fit(doc_term_matrix)

    doc_topic_matrix = model.transform(doc_term_matrix)

    for topic_idx, top_terms in model.top_topic_terms(vectorizer.id_to_term, top_n=top_topic_words, weights=True):
        logprint('{0}: {1}'.format(topic_idx, str(top_terms)))

    for topic_idx, top_docs in model.top_topic_docs(doc_topic_matrix, top_n=top_document_labels_per_topic):
        logprint(topic_idx)
        for j in top_docs:
            logprint(corpus[j].metadata['categoryName'])




    #######################  termite plot        ###################################################################

    grams_label = "uni" if ngrams == 1 else "bi"

    draw1.termite_plot(model,doc_term_matrix, vectorizer.id_to_term,

                       n_terms=n_terms,
                       sort_terms_by=sort_terms_by,
                       rank_terms_by=rank_terms_by + '_weight',

                       save=FILEPATH + "results/{}_{}_{}_{}_{}_{}.png".format(grams_label, topicModel, n_topics,
                                                                              n_terms, sort_terms_by, rank_terms_by))

    end = time.time()
    logprint("\n\n\nTime Elapsed Topic Modeling with {1}:{0} min\n\n".format((end - start) / 60, topicModel))


def textacyTopicModeling_v2(doc_term_matrix, id_to_term,
                         n_topics = 15, top_topic_words = 3,
                         topicModel='lda'):


    n_terms = int(n_topics * top_topic_words)
    sort_terms_by = 'seriation'  # 'seriation', 'weight', 'index', 'alphabetical'
    rank_terms_by = 'corpus'  # 'corpus', 'topic'



    logprint("#### Topic Modeling {0}".format(topicModel))
    logprint(str("n_topics: {0}".format(n_topics)))
    logprint("\n")

    start = time.time()

    # http://textacy.readthedocs.io/en/latest/api_reference.html#textacy.tm.topic_model.TopicModel.get_doc_topic_matrix
    weighting = ('tf' if topicModel == 'lda' else 'tfidf')


    #######  Initialize and train a topic model

    model = textacy.tm.TopicModel(topicModel, n_topics=n_topics)

    model.fit(doc_term_matrix)

    doc_topic_matrix = model.transform(doc_term_matrix)

    for topic_idx, top_terms in model.top_topic_terms(id_to_term, top_n=top_topic_words, weights=True):
        logprint('{0}: {1}'.format(topic_idx, str(top_terms)))





    #######################  termite plot        ###################################################################


    draw1.termite_plot(model,doc_term_matrix, id_to_term,

                       n_terms=n_terms,
                       sort_terms_by=sort_terms_by,
                       rank_terms_by=rank_terms_by + '_weight',

                       save=FILEPATH + "results/{}.png".format(topicModel))

    end = time.time()
    logprint("\n\n\nTime Elapsed Topic Modeling with {1}:{0} min\n\n".format((end - start) / 60, topicModel))



def create_ticket2label_dict(ticket2chunk_dict,corpus):
    """
    Creates a dictionary to map a TicketNumber to a label
    :param ticket2chunk_dict: e.g. { TicketNumber :  KB_entries }
    :return: {TicketNumber : label }
    """

    labelist = ticket2chunk_dict.values()
    labelist = flatten(labelist)

    labeldict = create_labeldict(labelist, min_label_freq=1, add_default_label=True)

    ticket2label = {}
    for doc in corpus:
        ticketID = doc.metadata["TicketNumber"]

        keywords = ticket2chunk_dict.get(ticketID, ['DEFAULT'])

        label = ""
        for kw in keywords:
            label = label + str(labeldict.get(normalize_str(str(kw)), labeldict['DEFAULT'])) + " "

            ticket2label.update({ticketID: label})

    return ticket2label



def create_labeldict(labelist, min_label_freq=1, add_default_label=True):

    # nur die x häufigsten labels benutzen
    labelist = [l for l in labelist if labelist.count(l) >= min_label_freq]

    in_labelist_ = {k: labelist.count(k) for k in labelist}  # { label1 : 3 , label2 : 5, label3 : 1   }
    labelist = sort_dictionary(in_labelist_)  # [ (label3, 1), (label1, 3), (label2, 5) ]
    labelist.reverse()  # [ (label2, 5), (label1, 3), (label3, 1) ]
    labeldict = {elem[0]: i for i, elem in enumerate(labelist)}  # { label2  : 0, label1 : 1 , label3 : 2  }
    if add_default_label:
        if 'DEFAULT' not in labeldict.keys():
            labeldict.update({'DEFAULT': len(labelist)})  # { label2  : 0, label1 : 1 , label3 : 2 , DEFAULT : 3 }
    return labeldict




#todo
def jgibbsLLDAv2(labeled_lines_path,ticket2kbs_dict, cleaned_corpus, path2save_results, top_topic_words=7):

    ticket2label_dict = create_ticket2label_dict(ticket2kbs_dict, cleaned_corpus)

    # reduce ticket2label_dict
    labeldict = {}
    label_list = list(set(ticket2label_dict.values()))
    lbl_dict = {elem : i for i,elem in enumerate(label_list)}

    labeldict = {k : lbl_dict[v] for k,v in ticket2label_dict.items()}
    labeldict.update({"DEFAULT" : len(labeldict)})



    def gen_lines_from_labeled_lines(input,ticket2label_dict):

        line_gen = textacy.fileio.read_file_lines(input)

        for line in line_gen:
            label = re.findall(r'\[(.*?)\]',line)

            new_label = "[ "
            for lbl in label:
                new_label = new_label + str(ticket2label_dict.get(str(lbl),"")).strip() + " "

            new_label = new_label +  "] "
            result = new_label + str(line.rpartition("]")[2])

#            new_label = str([ticket2label_dict.get(str(lbl),"") for lbl in label])

#            result = "[ " + new_label + " ] " + line.rpartition("]")[2]
            #print(result)

            yield result


    labeldict_rev = {v: k for k, v in labeldict.items()}

    #line_gen = gen_lines_from_labeled_lines(labeled_lines_path,ticket2label_dict)
    line_gen = gen_lines_from_labeled_lines(labeled_lines_path,labeldict)


    jgibbsLLDA_root = FILEPATH + "java_LabledLDA/"
    LLDA_filepath = "{0}models/tickets/tickets.gz".format(jgibbsLLDA_root)


    textacy.fileio.write_file_lines(line_gen, filepath=LLDA_filepath)




    # wait for file to exist
    while not os.path.exists(LLDA_filepath):
        time.sleep(1)



    # run JGibbsLLDA file

    n_topics = len(labeldict)  #+1  #default-topic

    FNULL = open(os.devnull, 'w')  # supress output
    cmd_jgibbs_java = ["java", "-cp",
                       "{0}lib/trove-3.0.3.jar:{0}lib/args4j-2.0.6.jar:{0}out/production/LabledLDA/".format(
                           jgibbsLLDA_root),
                       "jgibblda.LDA", "-est", "-dir", "{0}models/tickets".format(jgibbsLLDA_root), "-dfile",
                       "tickets.gz",
                       "-twords", str(top_topic_words), "-ntopics", str(n_topics)]
    subprocess.call(cmd_jgibbs_java, stdout=FNULL)


    # ANMERKUNG: Dateien sind versteckt. zu finden in models/
    cmd_gzip = ["gzip", "-dc", "{0}/models/tickets/.twords.gz".format(jgibbsLLDA_root)]
    output = subprocess.check_output(cmd_gzip).decode("utf-8")


    topic_regex = re.compile(r'Topic [0-9]*')

    #####################################
    # todo save results in file aufgrund von results
    result = []

    for line in output.splitlines():
        findall = topic_regex.findall(line)
        if len(findall) != 0:
            try:
                index = int(findall[0].split()[1])
                result.append("Topic {} {}:".format(index, str(ticket2kbs_dict[labeldict_rev[index]])))

            except:
                result.append(line)

        else:
            result.append(line)

    textacy.fileio.write_file_lines(result, path2save_results+".txt")
    #####################################

    results = []
    res_dict = {}
    count =0
    for line in output.splitlines():

        findall = topic_regex.findall(line)

        if len(findall) != 0:

            if len(res_dict) != 0:
                results.append(res_dict)    #vorheriges an die liste ran (ist ja dann fertig)

            index = int(findall[0].split()[1])

            res_dict = {index : str(labeldict_rev[index]) }

        else:
            splitted = line.split()
            res_dict[splitted[0]] = float(splitted[1])

    if len(res_dict) != 0:
        results.append(res_dict)  # letzes an die liste ran


    # every term in the resulsts to a list

    terms=[]
    for res in results:
        for key,value in res.items():
            if not isinstance(key, int) and not key in terms:
                terms.append(key)

    term2id = {t:i for i,t in enumerate(terms)} #and to dict

    #################   termite plot    #####################################################################
    topic_labels = list(range(len(labeldict)))
    term_labels = list(range(len(term2id))) #tuple([key for key in term2id.keys()])


    term_topic_weights = np.zeros((len(term2id),len(topic_labels)))

    for i,res in enumerate(results):

        for key,value in res.items():

            if not isinstance(key, int):
                term_topic_weights[term2id[key]][i] = value
                term_labels[term2id[key]] = key
            else:
                topic_labels[i] = labeldict_rev[key]

    draw.draw_termite(
        term_topic_weights, topic_labels, term_labels, save=path2save_results+".png")

    draw.draw_termite(
        term_topic_weights, topic_labels, term_labels, save=path2save_results+"_spaced.png",pow_x=0.78,pow_y=0.87)

    # save labeldict
    labeldict_path = path2save_results + "_labeldict.json"
    with open(labeldict_path, 'w') as file:
        file.write(json.dumps(labeldict))




def jgibbsLLDA(labeldict,line_gen,path2save_results, top_topic_words=7):



    #labeldict = {k : labelist.count(k) for k in labelist}
    #max=0
    #for v in labeldict.values():
    #    max = v if v > max else max
    #labelist = sort_dictionary(labeldict)
    #labeldict.update({'DEFAULT' : max+1})



    labeldict_rev = {v: k for k, v in labeldict.items()}

    jgibbsLLDA_root = FILEPATH + "java_LabledLDA/"
    LLDA_filepath = "{0}models/tickets/tickets.gz".format(jgibbsLLDA_root)


    textacy.fileio.write_file_lines(line_gen, filepath=LLDA_filepath)




    # wait for file to exist
    while not os.path.exists(LLDA_filepath):
        time.sleep(1)



    # run JGibbsLLDA file

    n_topics = len(labeldict)  #+1  #default-topic

    FNULL = open(os.devnull, 'w')  # supress output
    cmd_jgibbs_java = ["java", "-cp",
                       "{0}lib/trove-3.0.3.jar:{0}lib/args4j-2.0.6.jar:{0}out/production/LabledLDA/".format(
                           jgibbsLLDA_root),
                       "jgibblda.LDA", "-est", "-dir", "{0}models/tickets".format(jgibbsLLDA_root), "-dfile",
                       "tickets.gz",
                       "-twords", str(top_topic_words), "-ntopics", str(n_topics)]
    subprocess.call(cmd_jgibbs_java, stdout=FNULL)


    # ANMERKUNG: Dateien sind versteckt. zu finden in models/
    cmd_gzip = ["gzip", "-dc", "{0}/models/tickets/.twords.gz".format(jgibbsLLDA_root)]
    output = subprocess.check_output(cmd_gzip).decode("utf-8")


    topic_regex = re.compile(r'Topic [0-9]*')

    #####################################
    # todo save results in file aufgrund von results
    result = []

    for line in output.splitlines():
        findall = topic_regex.findall(line)
        if len(findall) != 0:
            try:
                index = int(findall[0].split()[1])
                result.append("Topic {} {}:".format(index, labeldict_rev[index]))

            except:
                result.append(line)

        else:
            result.append(line)

    textacy.fileio.write_file_lines(result, path2save_results+".txt")
    #####################################

    results = []
    res_dict = {}
    count =0
    for line in output.splitlines():

        findall = topic_regex.findall(line)

        if len(findall) != 0:

            if len(res_dict) != 0:
                results.append(res_dict)    #vorheriges an die liste ran (ist ja dann fertig)

            index = int(findall[0].split()[1])

            res_dict = {index : str(labeldict_rev[index]) }

        else:
            splitted = line.split()
            res_dict[splitted[0]] = float(splitted[1])

    if len(res_dict) != 0:
        results.append(res_dict)  # letzes an die liste ran


    # every term in the resulsts to a list

    terms=[]
    for res in results:
        for key,value in res.items():
            if not isinstance(key, int) and not key in terms:
                terms.append(key)

    term2id = {t:i for i,t in enumerate(terms)} #and to dict

    #################   termite plot    #####################################################################
    topic_labels = list(range(len(labeldict)))
    term_labels = list(range(len(term2id))) #tuple([key for key in term2id.keys()])


    term_topic_weights = np.zeros((len(term2id),len(topic_labels)))

    for i,res in enumerate(results):

        for key,value in res.items():

            if not isinstance(key, int):
                term_topic_weights[term2id[key]][i] = value
                term_labels[term2id[key]] = key
            else:
                topic_labels[i] = labeldict_rev[key]

    draw.draw_termite(
        term_topic_weights, topic_labels, term_labels, save=path2save_results+".png")

    draw.draw_termite(
        term_topic_weights, topic_labels, term_labels, save=path2save_results+"_spaced.png",pow_x=0.78,pow_y=0.87)

    # save labeldict
    labeldict_path = path2save_results + "_labeldict.json"
    with open(labeldict_path, 'w') as file:
        file.write(json.dumps(labeldict))


def jgibbsLLDA_category(corpus, path2save_results, top_topic_words=7):

    start = time.time()
    logprint("")
    logprint("start Category-LLDA:")



    #   labeldict    ############################################################################################


    # build  dictionary of ticketcategories
    labelist = []
    for doc in corpus:

        category = normalize_str(doc.metadata["categoryName"])
        labelist.append(category)

    x = 50    # frage nur die x häufigsten labels benutzen, rest raus?


    labelist = [l for l in labelist if labelist.count(l) > x ]

    in_labelist_ = {k: labelist.count(k) for k in labelist}
    labelist = sort_dictionary(in_labelist_)
    labelist.reverse()
    labeldict = {elem[0] : i for i, elem in enumerate(labelist)}


    #for elem in labelist:
    #    l = elem[0]
    #    c = elem[1]

    #labeldict = {elem[0] : len(labelist)-(i+1) for i, elem in enumerate(labelist)}


    #labelist = list(set(labelist))



    #labeldict = {k: v for v, k in enumerate(labelist)}

    labeldict.update({'DEFAULT': len(labelist)})

    ##############################################################################################

    def gen_cat_lines(textacyCorpus, labeldict):
        """ generates [topic1, topic2....] tok1 tok2 tok3 out of corpi"""

        for doc in textacyCorpus:
            label = labeldict.get(normalize_str(doc.metadata["categoryName"]), labeldict['DEFAULT'])


            if label is not 'DEFAULT':
                yield "[ " + str(label) + " ] " + doc.text


    line_gen = gen_cat_lines(corpus, labeldict)


    path2save_results = path2save_results + "_kb_cat_llda_{}".format("top" + str(top_topic_words))


    jgibbsLLDA(labeldict, line_gen, path2save_results, top_topic_words=top_topic_words)


    end = time.time()
    logprint("\n\n\nTime Elapsed Category-LLDA :{0} min\n\n".format((end - start) / 60))


@deprecated
def jgibbsLLDA_KB(corpus, path2save_results, top_topic_words = 7, kb_keywords=False):
    """ticket_ID -> KB_ID -> keywords / subject -> llda"""

    start = time.time()
    logprint("")
    logprint("start {}-LLDA:".format("Keyword" if kb_keywords else "Subject"))



    #   labeldict    ############################################################################################


    # ticket2kb_dict

    kb2ticket_gen = textacy.fileio.read_csv(FILEPATH + "M42-Export/KB2Ticket_2017-09-13.csv", delimiter=";")

    ticket2kb_dict = {}

    for line in kb2ticket_gen:

        ticket_id = line[0]
        kb_id = line[1]

        ticket2kb_dict[ticket_id] = kb_id
    # {'INC55646': 'KBA10065', 'INC65776': 'KBA10040', 'INC43025': 'KBA10056', ...}

    kb_entries_used = len(list(set(ticket2kb_dict.values())))
    print("kb_entries_used: {}".format(kb_entries_used))



    # kb2keywords_dict

    kb2keywords_gen = textacy.fileio.read_csv(FILEPATH + "M42-Export/KB_2017-09-13.csv", delimiter=";")

    next(kb2keywords_gen,None) #skip first line("ArticleID";"Subject";"Keywords";...)

    kb2keywords_dict = {}

    for line in kb2keywords_gen:

        kb_id = line[0]

        subject = line[1]

        keywords = line[2]
        keywords_list = [normalize_str(x) for x in str(keywords).split(",")]

        if kb_id not in kb2keywords_dict.keys():
            kb2keywords_dict[kb_id] = []

        if kb_keywords:
            for item in keywords_list:
                if item != "":
                    kb2keywords_dict[kb_id].append(item)

        else:
            kb2keywords_dict[kb_id].append(subject)


    #remove all empty items
    kb2keywords_dict = { k : v for k,v in kb2keywords_dict.items() if len(v) != 0}
    #  {'KBA10091': ['citavi'], 'KBA10249': ['"beschaedigte unicard"', 'risse', '"defekte karte"'], ...}




    #keywords2kb_dict

    keywords2kb_dict = {}

    for kb_id, lst in kb2keywords_dict.items():
        for l in lst:
            if l not in keywords2kb_dict.keys():
                keywords2kb_dict[l] = [kb_id]
            else:
                keywords2kb_dict[l].append(kb_id)
    # {'unicard namensaenderung': ['KBA10276'], 'vpn': ['KBA10063'], 'outlook_exchange': ['KBA10181'], ...}




    # Look for actually used keywords
    used_keywords = []

    for doc in corpus:

        ticket_number = doc.metadata["TicketNumber"]

        kb_id = ticket2kb_dict.get(ticket_number, None)

        keywords = kb2keywords_dict.get(kb_id, None)

        if keywords and kb_id:
            used_keywords.append(list(map(normalize_str, keywords)))



    labelist = [item for sublist in used_keywords for item in sublist]  #flatten list
    labelist = list(set(labelist))
    print("len(labelist): {}".format(len(labelist)))



    labeldict = {k: v for v, k in enumerate(labelist)}

    ##############################################################################################


    def gen_KB_lines(textacyCorpus, labeldict, ticket2kb_dict, kb2keywords_dict):
        for doc in corpus:

            ticket_number = doc.metadata["TicketNumber"]

            kb_number = ticket2kb_dict.get(ticket_number, None)

            keywords = kb2keywords_dict.get(kb_number, None)

            if keywords:

                label = ""
                for kw in keywords:
                    label = label + str(labeldict.get(normalize_str(str(kw)), len(labeldict))) + " "

                yield "[ " + label + "] " + doc.text


    line_gen = gen_KB_lines(corpus, labeldict, ticket2kb_dict, kb2keywords_dict)


    path2save_results = path2save_results + "_kb_{}_llda_{}".format("keys" if kb_keywords else "subs",
                                                            "top" + str(top_topic_words))


    jgibbsLLDA(labeldict, line_gen, path2save_results, top_topic_words=top_topic_words)

    end = time.time()
    logprint("\n\n\nTime Elapsed {1}-LLDA :{0} min\n\n".format((end - start) / 60,"Keyword" if kb_keywords else "Subject"))


def jgibbsLLDA_KB_v2(corpus, path2save_results, top_topic_words = 7):

    start = time.time()
    logprint("")
    logprint("start LLDA:")




    #   labeldict    ############################################################################################





    # kb2keywords_dict / kb2subjects_dict  --> {str : [str]}

    kb2keywords_dict = {}
    kb2subjects_dict = {}

    kb_gen = textacy.fileio.read_csv(FILEPATH + "M42-Export/KB_2017-09-13.csv", delimiter=";")
    next(kb_gen, None)  # skip first line     "ArticleID";"Subject";"Keywords";...

    for line in kb_gen:

        kb_id = line[0]


        subject = normalize_str(line[1])

        keywords = [normalize_str(x) for x in str(line[2]).split(",")]


        if kb_id not in kb2keywords_dict.keys():
            kb2keywords_dict[kb_id] = keywords  if keywords != [''] else ["DEFAULT"]
        else:
            kb2keywords_dict[kb_id] = kb2keywords_dict[kb_id] + keywords


        if kb_id not in kb2subjects_dict.keys():
            kb2subjects_dict[kb_id] = [normalize_str(subject) if subject != [''] else "DEFAULT"]
        else:
            kb2subjects_dict[kb_id].append(normalize_str(subject))










    # ticket2kbs_dict  -->  {str : [str]}
    ticket2kbs_dict = {}
    kb2ticket_gen = textacy.fileio.read_csv(FILEPATH + "M42-Export/KB2Ticket_2017-09-13.csv", delimiter=";")
    next(kb2ticket_gen, None)  # skip first line"TicketNumber";"ArticleID"

    for line in kb2ticket_gen:
        ticket_id = line[0]
        kb_id = line[1]

        if ticket_id not in ticket2kbs_dict.keys():
            ticket2kbs_dict[ticket_id] = [kb_id]
        else:
            ticket2kbs_dict[ticket_id].append(kb_id)








    # ticket2keywords --> {str:[str]}
    ticket2keywords_dict = {}

    for ticket_id, kb_ids in ticket2kbs_dict.items():

        if ticket_id not in ticket2keywords_dict.keys():
            ticket2keywords_dict[ticket_id] = []

        for kb_id in kb_ids:
            ticket2keywords_dict[ticket_id].append(kb2keywords_dict[kb_id])


        ticket2keywords_dict[ticket_id] = flatten(ticket2keywords_dict[ticket_id])




    # ticket2subjects --> {str:[str]}
    ticket2subjects_dict = {}

    for ticket_id, kb_ids in ticket2kbs_dict.items():

        if ticket_id not in ticket2subjects_dict.keys():
            ticket2subjects_dict[ticket_id] = []

        for kb_id in kb_ids:
            ticket2subjects_dict[ticket_id].append(kb2subjects_dict[kb_id])


        ticket2subjects_dict[ticket_id] = flatten(ticket2subjects_dict[ticket_id])



    # kb2keywords_dict {'KBA10230': ['DEFAULT'], 'KBA10129': ['DEFAULT'], 'KBA10287': ['sd_ansys_informationen'], } len = 260
    # kb2subjects_dict {'KBA10230': ['unicard nochmal beantragen'], 'KBA10129': ['sd_entsperrung unicard nach verlust/wiederfinden'], } len = 260
    # ticket2kbs_dict  {'INC44526': ['KBA10056'], 'INC67205': ['KBA10056'], } len = 4832
    # ticket2keywords_dict {'INC44526': ['DEFAULT'], 'INC67205': ['DEFAULT'], 'INC71863': ['DEFAULT'], 'INC44392': ['asknet'] } len=4832
    # ticket2subjects_dict {'INC44526': ['sd_telefon (antrag: neuanschluss, umzug, aenderung erledigt)'],  len=4832


    count_dict = {}
    for v in ticket2kbs_dict.values():
        for kb in v:
            if kb in count_dict.keys():
                count_dict[kb] +=1
            else:
                count_dict[kb] = 1

    sorted_dict = sorted(count_dict.items(), key=operator.itemgetter(1))
    """
    for k,v in sorted_dict:
        subs = kb2subjects_dict[k]
        keys = kb2keywords_dict[k]
        print(subs, keys , v) # frage wieviele tickets pro topic?

    print("kb_entrys used: {}".format(len(sorted_dict)))     # frage wie viele kb_entry's insg genutzt?: 155
    """


    labelist = ticket2keywords_dict.values()
    labelist = flatten(labelist)
    labelist = list(set(labelist))
    labeldict = {k: v for v, k in enumerate(labelist)}

    ##############################################################################################


    def gen_key_lines(textacyCorpus, labeldict, ticket2keywords_dict):
        for doc in corpus:

            ticket_number = doc.metadata["TicketNumber"]

            keywords = ticket2keywords_dict.get(ticket_number, ['DEFAULT'])

            if keywords != ['DEFAULT']:

                label = ""
                for kw in keywords:
                    label = label + str(labeldict.get(normalize_str(str(kw)), labeldict['DEFAULT'])) + " "

                yield "[ " + label + "] " + doc.text


    keys_line_gen = gen_key_lines(corpus, labeldict, ticket2keywords_dict)

    path2save_keys_results = path2save_results + "_kb_keys_llda_{}".format("top" + str(top_topic_words))

    jgibbsLLDA(labeldict, keys_line_gen, path2save_keys_results, top_topic_words=top_topic_words)







    labelist = ticket2subjects_dict.values()
    labelist = flatten(labelist)
    labelist = list(set(labelist))
    labeldict = {k: v for v, k in enumerate(labelist)}

    labeldict.update({'DEFAULT' : len(labeldict)})

    subj_line_gen = gen_key_lines(corpus, labeldict, ticket2subjects_dict)

    path2save_subj_results = path2save_results + "_kb_subj_llda_{}".format("top" + str(top_topic_words))

    jgibbsLLDA(labeldict, subj_line_gen, path2save_subj_results, top_topic_words=top_topic_words)





    end = time.time()
    logprint("\n\n\nTime Elapsed LLDA :{0} min\n\n".format((end - start) / 60))


def load_from_labled_lines(path):
    path = "/home/jannis.grundmann/PycharmProjects/topicModelingTickets/corpi/pre_labled_lines_wo_lemma_061217.txt"

    #idee
    # clean laden, pre laden
    # unigramme und num/wort-bigramme doc-term # frage wie geht llda mit bigrammen um? idee bigramme mit _ verbinden # nimm nur ngrams wo midn. ein token in pre vorkommt








def main(cleaned_corpus, pre_corpus, algorithm="llda"):
    logprint("Topic Modeling: {0}".format(datetime.now()))


    #todo von labled_lines laden ??
    #idee thesaurus vor id2term

    #todo akronyme & abk. drin lassen

    #todo bigramme nicht auf pre, sondern auf cleaned

    #todo zahlen drin lassen, bigramme: NUM wort kombis

    #todo levenstein/hamming distanz statt autokorrekt #idee oder word2vec

    #todo ticket-subj mit einbeziehen



    resultspath = FILEPATH + "results/pre"

    de_corpus = pre_corpus


    if algorithm == "llda":

        top_topic_words = 3

        jgibbsLLDA_category(de_corpus, path2save_results=resultspath, top_topic_words=top_topic_words)

        jgibbsLLDA_KB_v2(de_corpus, path2save_results=resultspath, top_topic_words=top_topic_words)


        """
        kb_keywords = False
        jgibbsLLDA_KB(de_corpus, path2save_results=resultspath, top_topic_words=top_topic_words, kb_keywords=kb_keywords)

        kb_keywords = True
        jgibbsLLDA_KB(de_corpus, path2save_results=resultspath, top_topic_words=top_topic_words, kb_keywords=kb_keywords)

        
        top_topic_words = 10
        path2save_results = resultspath +  "_{}_{}".format(algorithm,"top"+str(top_topic_words))
        jgibbsLLDA(de_corpus, path2save_results=path2save_results, top_topic_words=top_topic_words)


        top_topic_words = 15
        path2save_results = resultspath + "_{}_{}".format(algorithm, "top" + str(top_topic_words))
        jgibbsLLDA(de_corpus, path2save_results=path2save_results, top_topic_words=top_topic_words)

        top_topic_words = 20
        path2save_results = resultspath + "_{}_{}".format(algorithm, "top" + str(top_topic_words))
        jgibbsLLDA(de_corpus, path2save_results=path2save_results, top_topic_words=top_topic_words)

        """
    else:


        textacyTopicModeling(ngrams = 1,
                             topicModel = algorithm,
                             corpus=de_corpus)
        """
        textacyTopicModeling(ngrams=1,
                             min_df=1,
                             max_df=0.9,
                             topicModel=algorithm,
                             n_topics=20,
                             corpus=de_corpus)
        
        textacyTopicModeling(ngrams=1,
                             min_df=1,
                             max_df=0.9,
                             topicModel=algorithm,
                             n_topics=25,
                             corpus=de_corpus)


        textacyTopicModeling(ngrams=1,
                             min_df=1,
                             max_df=0.9,
                             topicModel=algorithm,
                             n_topics=30,
                             corpus=de_corpus)
        """


        textacyTopicModeling(ngrams=(1, 2),
                             topicModel=algorithm,
                             corpus=de_corpus)
        """
        textacyTopicModeling(ngrams = (1,2),
                             min_df = 1,
                             max_df = 0.9,
                             topicModel = algorithm,
                             n_topics =20,
                             corpus=de_corpus)
        
        textacyTopicModeling(ngrams = (1,2),
                             min_df = 1,
                             max_df = 0.9,
                             topicModel = algorithm,
                             n_topics =25,
                             corpus=de_corpus)


        textacyTopicModeling(ngrams = (1,2),
                             min_df = 1,
                             max_df = 0.9,
                             topicModel = algorithm,
                             n_topics =30,
                             corpus=de_corpus)
        """




if __name__ == "__main__":
    # load  corpus
    corpus_de_path = FILEPATH + config.get("de_corpus", "path")
    pre_corpus_name = "de" + "_pre"
    pre_corpus, parser = load_corpus(corpus_name=pre_corpus_name, corpus_path=corpus_de_path)
    logprint("Corpus loaded: {0}".format(pre_corpus_name))


    cleaned_corpus_name = "de" + "_raw"
    #cleaned_corpus, parser = load_corpus(corpus_name=cleaned_corpus_name, corpus_path=corpus_de_path)
    logprint("Corpus loaded: {0}".format(cleaned_corpus_name))
    cleaned_corpus = None
    main(pre_corpus=pre_corpus,cleaned_corpus=cleaned_corpus,algorithm="llda")
    main(pre_corpus=pre_corpus,cleaned_corpus=cleaned_corpus,algorithm="lda")