How to use highlightFilename method in fMBT

Best Python code snippet using fMBT_python

fmbtgti.py

Source:fmbtgti.py

...2096            x2, y2 = args[1]2097            retval = loggerSelf.doCallLogException(origMethod, args, kwargs)2098            try:2099                screenshotFilename = loggerSelf._device.screenshot().filename()2100                highlightFilename = loggerSelf.highlightFilename(screenshotFilename)2101                iC = loggerSelf._device.intCoords2102                eyenfinger.drawLines(screenshotFilename, highlightFilename, [], [iC((x1, y1)), iC((x2, y2))])2103                loggerSelf.logReturn(retval, img=highlightFilename, width=loggerSelf._screenshotWidth, tip=origMethod.func_name)2104            except:2105                loggerSelf.logReturn(str(retval) + " (no screenshot available)", tip=origMethod.func_name)2106            return retval2107        return dragWRAP2108    def refreshScreenshotLogger(loggerSelf, origMethod):2109        def refreshScreenshotWRAP(*args, **kwargs):2110            loggerSelf._highlightCounter = 02111            logCallReturnValue = loggerSelf.logCall()2112            retval = loggerSelf.doCallLogException(origMethod, args, kwargs)2113            retval._logCallReturnValue = logCallReturnValue2114            loggerSelf.logReturn(retval, img=retval, tip=origMethod.func_name)2115            retval.findItemsByBitmap = loggerSelf.findItemsByBitmapLogger(retval.findItemsByBitmap, retval)2116            retval.findItemsByOcr = loggerSelf.findItemsByOcrLogger(retval.findItemsByOcr, retval)2117            return retval2118        return refreshScreenshotWRAP2119    def tapLogger(loggerSelf, origMethod):2120        def tapWRAP(*args, **kwargs):2121            loggerSelf.logCall()2122            retval = loggerSelf.doCallLogException(origMethod, args, kwargs)2123            try:2124                screenshotFilename = loggerSelf._device.screenshot().filename()2125                highlightFilename = loggerSelf.highlightFilename(screenshotFilename)2126                eyenfinger.drawClickedPoint(screenshotFilename, highlightFilename, loggerSelf._device.intCoords(args[0]))2127                loggerSelf.logReturn(retval, img=highlightFilename, width=loggerSelf._screenshotWidth, tip=origMethod.func_name, imgTip=loggerSelf._device.screenshot()._logCallReturnValue)2128            except:2129                loggerSelf.logReturn(str(retval) + " (no screenshot available)", tip=origMethod.func_name)2130            return retval2131        return tapWRAP2132    def findItemsByBitmapLogger(loggerSelf, origMethod, screenshotObj):2133        def findItemsByBitmapWRAP(*args, **kwargs):2134            bitmap = args[0]2135            absPathBitmap = screenshotObj._paths.abspath(bitmap)2136            if loggerSelf._copyBitmapsToScreenshotDir:2137                screenshotDirBitmap = os.path.join(2138                    os.path.dirname(screenshotObj.filename()),2139                    "bitmaps",2140                    bitmap.lstrip(os.sep))2141                if not os.access(screenshotDirBitmap, os.R_OK):2142                    # bitmap is not yet copied under screenshotDir2143                    destDir = os.path.dirname(screenshotDirBitmap)2144                    if not os.access(destDir, os.W_OK):2145                        try:2146                            os.makedirs(destDir)2147                        except IOError:2148                            pass # cannot make dir / dir not writable2149                    try:2150                        shutil.copy(absPathBitmap, destDir)2151                        absPathBitmap = screenshotDirBitmap2152                    except IOError:2153                        pass # cannot copy bitmap2154                else:2155                    absPathBitmap = screenshotDirBitmap2156            loggerSelf.logCall(img=absPathBitmap)2157            retval = loggerSelf.doCallLogException(origMethod, args, kwargs)2158            if len(retval) == 0:2159                loggerSelf.logReturn("not found in", img=screenshotObj, tip=origMethod.func_name)2160            else:2161                foundItems = retval2162                screenshotFilename = screenshotObj.filename()2163                highlightFilename = loggerSelf.highlightFilename(screenshotFilename)2164                eyenfinger.drawIcon(screenshotFilename, highlightFilename, bitmap, [i.bbox() for i in foundItems])2165                loggerSelf.logReturn([str(quiItem) for quiItem in retval], img=highlightFilename, width=loggerSelf._screenshotWidth, tip=origMethod.func_name, imgTip=screenshotObj._logCallReturnValue)2166            return retval2167        return findItemsByBitmapWRAP2168    def findItemsByOcrLogger(loggerSelf, origMethod, screenshotObj):2169        def findItemsByOcrWRAP(*args, **kwargs):2170            loggerSelf.logCall()2171            retval = loggerSelf.doCallLogException(origMethod, args, kwargs)2172            if len(retval) == 0:2173                loggerSelf.logReturn("not found in words " + str(screenshotObj.dumpOcrWords()),2174                                     img=screenshotObj, tip=origMethod.func_name)2175            else:2176                foundItem = retval[0]2177                screenshotFilename = screenshotObj.filename()2178                highlightFilename = loggerSelf.highlightFilename(screenshotFilename)2179                eyenfinger.drawIcon(screenshotFilename, highlightFilename, args[0], foundItem.bbox())2180                for appearance, foundItem in enumerate(retval[1:42]):2181                    eyenfinger.drawIcon(highlightFilename, highlightFilename, str(appearance+1) + ": " + args[0], foundItem.bbox())2182                loggerSelf.logReturn([str(retval[0])], img=highlightFilename, width=loggerSelf._screenshotWidth, tip=origMethod.func_name, imgTip=screenshotObj._logCallReturnValue)2183            return retval2184        return findItemsByOcrWRAP2185    def relFilePath(self, fileOrDirName, fileLikeObj):2186        if hasattr(fileLikeObj, "name"):2187            referenceDir = os.path.dirname(fileLikeObj.name)2188        else:2189            return fileOrDirName # keep it absolute if there's no reference2190        return os.path.relpath(fileOrDirName, referenceDir)2191    def imgToHtml(self, img, width="", imgTip="", imgClass=""):2192        if imgClass: imgClassAttr = 'class="%s" ' % (imgClass,)2193        else: imgClassAttr = ""2194        if isinstance(img, Screenshot):2195            imgHtmlName = self.relFilePath(img.filename(), self._outFileObj)2196            imgHtml = '<tr><td></td><td><img %stitle="%s" src="%s" width="%s" alt="%s" /></td></tr>' % (2197                imgClassAttr,2198                "%s refreshScreenshot() at %s:%s" % img._logCallReturnValue,2199                imgHtmlName,2200                self._screenshotWidth,2201                imgHtmlName)2202        elif img:2203            if width: width = 'width="%s"' % (width,)2204            if type(imgTip) == tuple and len(imgTip) == 3:2205                imgTip = 'title="%s refreshScreenshot() at %s:%s"' % imgTip2206            else:2207                imgTip = 'title="%s"' % (imgTip,)2208            imgHtmlName = self.relFilePath(img, self._outFileObj)2209            imgHtml = '<tr><td></td><td><img %s%s src="%s" %s alt="%s" /></td></tr>' % (2210                imgClassAttr, imgTip, imgHtmlName, width, imgHtmlName)2211        else:2212            imgHtml = ""2213        return imgHtml2214    def highlightFilename(self, screenshotFilename):2215        self._highlightCounter += 12216        retval = screenshotFilename + "." + str(self._highlightCounter).zfill(5) + ".png"2217        return retval2218    def changeCodeName(self, func, newName):2219        c = func.func_code2220        func.func_name = newName2221        func.func_code = types.CodeType(2222            c.co_argcount, c.co_nlocals, c.co_stacksize, c.co_flags,2223            c.co_code, c.co_consts, c.co_names, c.co_varnames,...

IAA.py

Source:IAA.py

1import csv2from ChecklistCoding import *3from ExtraInfo import *4from dataV2 import *5from repScores import *6import os7path = 'sss_pull_8_22/SSSPECaus2-2018-08-22T2019-DataHuntHighlights.csv'8def calc_agreement_directory(directory, hardCodedTypes = False, repCSV=None, answersFile = None, outDirectory = None):9    print("IAA STARTING")10    if outDirectory is None:11        outDirectory = 's_iaa_'+directory12    highlights = []13    answers = []14    schema = []15    for root, dir, files in os.walk(directory):16        for file in files:17            if file.endswith('.csv') and 'IAA' not in file:18                print("Checking Agreement for "+directory+'/'+file)19                if 'Highlights' in file:20                    print('highlight')21                    highlights.append(directory+'/'+file)22                elif 'Answers' in file:23                    answers.append(directory+'/'+file)24                elif 'Schema' in file:25                    schema.append(directory+'/'+file)26    #sorting filenames alphabetically separates them into the right schemas, it's a gimmick and might not scale27    #if it doesn't work there'll be key errors because taskIDS won't align28    highlights.sort()29    answers.sort()30    schema.sort()31    assert(len(highlights) == len(schema), 'files not found')32    for i in range(len(highlights)):33         calc_scores(highlights[i], hardCodedTypes=hardCodedTypes, repCSV = repCSV,34                            answersFile = answers[i], schemaFile=schema[i], outDirectory=outDirectory)35                    #will be an error for every file that isn't the right file, there's a more graceful solution, but36                    #we'll save that dream for another day37    return outDirectory38def calc_scores(highlightfilename, hardCodedTypes = False, repCSV=None, answersFile = None, schemaFile = None, fileName = None, thirtycsv = None, outDirectory = 's_iaa'):39    print('collecting Data')40    uberDict = data_storer(highlightfilename, answersFile, schemaFile)41    print("donegettingdata")42    data = [["article_num", "article_sha256", "task_uuid","schema_namespace","question_Number", "question_type", "agreed_Answer", "coding_perc_agreement", "one_two_diff",43             "highlighted_indices", "alpha_unitizing_score", "alpha_unitizing_score_inclusive", "agreement_score","odds_by_chance", "binary_odds_by_chance",44             "num_users", "num_answer_choices","target_text", 'question_text', 'answer_content']]45    #initialize rep46    # print('starting rep')47    # try:48    #     repDF = pd.read_csv(repCSV)49    # except:50    #     repDF = create_user_dataframe(uberDict, csvPath = None)51    # thirtyDf = create_last30_dataframe(uberDict, thirtycsv)52    repDF, thirtyDf = None, None53    print('initialized repScores')54    for task in uberDict.keys():  # Iterates throuh each article55        #task_id = get_article_num(uberDict, task)56        task_id = task57        article_num = get_article_num(uberDict,task_id)58        article_sha = get_article_sha(uberDict, task_id)59        schema_namespace = get_schema(uberDict, task_id)60        questions = uberDict[task]['quesData'].keys()61        #has to be sorted for questions depending on each other to be handled correctly62        for ques in sorted(questions):  # Iterates through each question in an article63            agreements = score(task, ques, uberDict, repDF, thirtyDf = thirtyDf,hardCodedTypes = hardCodedTypes)64            # if it's a list then it was a checklist question65            question_text = get_question_text(uberDict, task, ques)66            if type(agreements) is list:67                #Checklist Question68                for i in range(len(agreements)):69                    codingPercentAgreement, unitizingScore = agreements[i][4], agreements[i][2]70                    winner, units = agreements[i][0], agreements[i][1]71                    inclusiveUnitizing = agreements[i][3]72                    selectedText, firstSecondScoreDiff = agreements[i][6], agreements[i][7]73                    question_type, num_choices = agreements[i][8], agreements[i][9]74                    num_users = agreements[i][5]75                    totalScore = calcAgreement(codingPercentAgreement, unitizingScore)76                    answer_text = get_answer_content(uberDict,task, ques, agreements[i][0])77                    # parent_data, units, unitizingScore, inclusiveUnitizing = evalDependency(uberDict, task, parentData,78                    #                                                                         ques, winner, units,79                    #                                                                         unitizingScore, inclusiveUnitizing)80                    bin_chance_odds = oddsDueToChance(codingPercentAgreement,num_users=num_users, num_choices=2)81                    #Treat each q as a binary yes/no82                    chance_odds = bin_chance_odds83                    ques_num = ques84                    units = str(units).replace('\n', '')85                    units = units.replace(' ', ', ')86                    data.append([article_num, article_sha, task_id, schema_namespace, ques_num, agreements[i][8], winner,87                                 codingPercentAgreement, agreements[i][7], units,88                                 unitizingScore, inclusiveUnitizing, totalScore, chance_odds, bin_chance_odds, num_users, agreements[i][9],agreements[i][6],89                                question_text, answer_text])90            else:91                #winner, units, uScore, iScore, highScore, numUsers, selectedText, firstSecondScoreDiff92                winner, units = agreements[0], agreements[1]93                inclusiveUnitizing, numUsers = agreements[3], agreements[5]94                selectedText, firstSecondScoreDiff = agreements[6], agreements[7]95                question_type, num_choices = agreements[8], agreements[9]96                codingPercentAgreement, unitizingScore = agreements[4], agreements[2]97                num_users = agreements[5]98                # parent_data, units, unitizingScore, inclusiveUnitizing = evalDependency(uberDict, task, parentData,99                #                                                                         ques, winner, units,100                #                                                                         unitizingScore,101                #                                                                         inclusiveUnitizing)102                bin_chance_odds = oddsDueToChance(codingPercentAgreement,num_users=num_users, num_choices=2)103                chance_odds = oddsDueToChance(codingPercentAgreement,num_users=num_users, num_choices=num_choices)104                answer_text = get_answer_content(uberDict, task, ques, agreements[0])105                totalScore = calcAgreement(codingPercentAgreement, unitizingScore)106                #ques_num = parse(ques, 'Q')107                ques_num = ques108                units = str(units).replace('\n', '')109                units = units.replace(' ', ', ')110                data.append([article_num, article_sha,task_id,schema_namespace, ques_num, agreements[8], winner, codingPercentAgreement, agreements[7],111                             units, unitizingScore, inclusiveUnitizing,112                             totalScore, chance_odds, bin_chance_odds, num_users, agreements[9], selectedText,113                             question_text, answer_text])114    # push out of womb, into world115    #print('exporting rep_scores')116    # print(repDF)117#    repDF.to_csv('RepScores/Repscore10.csv', mode='a', header=False)118 #   userid_to_CSV(repDF)119    print('exporting to csv')120    # if outDirectory[-1] != '/':121    #     outDirectory = outDirectory +'/'122    #123    # try:124    #     scores = open(outDirectory+'S_IAA_'+name, 'w', encoding = 'utf-8')125    # except FileNotFoundError:126    #     os.mkdir(outDirectory)127    outDirectory = make_directory(outDirectory)128    path, name = get_path(highlightfilename)129    scores = open(outDirectory + 'S_IAA_' + name, 'w', encoding='utf-8')130    with scores:131        writer = csv.writer(scores)132        writer.writerows(data)133    print("Table complete")134    print('iaa outdir', outDirectory)135    return outDirectory136def adjustForJson(units):137    units = str(units)138    out = '['139    prev = False140    for u in range(len(units)):141        if units[u].isdigit():142            out+=units[u]143            prev = True144        elif units[u] == ' ' and prev == True:145            out+=', '146        else:147            prev = False148    out+=']'149    return out150def score(article, ques, data, repDF = None, thirtyDf = None, hardCodedTypes = False):151    """calculates the relevant scores for the article152    returns a tuple (question answer most chosen, units passing the threshold,153        the Unitizing Score of the users who highlighted something that passed threshold, the unitizing score154        among all users who coded the question the same way (referred to as the inclusive unitizing score),155         the percentage agreement of the category with the highest percentage agreement """156    """ Commnted code below previously denoted different types of questions for hard-coding,157    can still be used for hard-coding but eventually will be phased out by a line of code that158    checks the question_type based off the table data"""159    # ordinal_questions = [1,2,4,12,13,14,15,16,17,18,19,20,21,25]160    # nominal_questions = [7,22]161    # unit_questions = [9,10,11, 24] #asks users to highlight, nothing else OR they highlight w/ txt answer162    # multiple_questions = [3,5,8,23]163    starts = get_question_start(data,article, ques)164    ends = get_question_end(data, article, ques)165    length = get_text_length(data, article, ques)166    if len(ends)>0 and max(ends)>0:167        texts = get_answer_texts(data, article, ques)168        sourceText = makeList(length)169        sourceText = addToSourceText(starts, ends, texts, sourceText)170        hlUsers = get_question_hlUsers(data, article,ques)171        hlAns = get_question_hlAns(data, article, ques)172    else:173        sourceText = []174        hlUsers = []175        hlAns = []176    # TODO: find actual number of choices always177    num_choices = 5178    question_type = get_question_type(data, article, ques)179    if hardCodedTypes:180        schema = get_schema(data, article)181        question_type, num_choices = get_type_hard(schema, ques)182        #print("QUESTION TYPE IS", question_type)183    #This block for scoring only a single article, iuseful for debugging184    # print()185    # if article!= '171SSSArticle.txt':186    #     #print(question_type)187    #     if question_type == 'checklist':188    #         return [189    #             [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0],190    #             [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0],191    #             [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0],192    #             [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0],193    #             [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0],194    #             [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0],195    #             [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0],196    #             [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0],197    #             [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0],198    #             [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]199    #200    #         ]201    #     return(0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0)202    if question_type == 'interval':203        # TODO: verify if these still exist, if they do, bring up to speed with new output formats204        return run_2step_unitization(data, article, ques, repDF)205    answers = get_question_answers(data, article, ques)206    users = get_question_userid(data, article, ques)207    print('art', article,ques)208    numUsers = get_num_users(data, article, ques)209    print('nu', numUsers, users)210    assert (len(answers) == len(users))211    if num_choices == 1:212        return 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0213    if question_type == 'ordinal':214        #assert(len(answers) == len(users))215        out = evaluateCoding(answers, users, starts, ends, numUsers, length,  sourceText, hlUsers, hlAns, repDF = repDF, dfunc='ordinal', num_choices=num_choices)216        #print("ORDINAL", out[1], starts, ends)217        #do_rep_calculation_ordinal(users, answers, out[0], num_choices, out[1], hlUsers, starts, ends, length, repDF, thirtyDf)218        out = out+(question_type, num_choices)219    elif question_type == 'nominal':220        print('nominal', users)221        out = evaluateCoding(answers, users, starts, ends, numUsers, length,  sourceText,hlUsers, hlAns, repDF = repDF, num_choices=num_choices)222        #do_rep_calculation_nominal(users, answers, out[0], out[1], starts, ends, length, repDF)223        #print("NOMINAL", out[1], starts, ends)224        out = out+(question_type, num_choices)225    elif question_type == 'checklist':226        out = evaluateChecklist(answers, users, starts, ends, numUsers, length, repDF, sourceText, hlUsers, hlAns, num_choices = num_choices)227    return out228def calcAgreement(codingScore, unitizingScore):229    """averages coding and unitizing agreement scores to create a final agreement score to be used elsewhere in the230    Public Editor algorithm"""231    if codingScore == 'NA':232        return unitizingScore233    elif codingScore == 'L' or codingScore == 'M' or codingScore == 'U':234        return codingScore235    elif unitizingScore == 'NA':236        return codingScore237    elif unitizingScore == 'L' or unitizingScore == 'M' or unitizingScore == 'U':238        unitizingScore = 0239    return (float(codingScore) + float(unitizingScore)) / 2240def run_2step_unitization(data, article, question, repDF):241    starts, ends, length, numUsers, users = get_question_start(data, article, question).tolist(), get_question_end(data,242                                                                                                                   article,243                                                                                                                   question).tolist(), \244                                            get_text_length(data, article, question), get_num_users(data, article,245                                                                                                    question), get_question_userid(246        data, article, question).tolist()247    uqU = np.unique(users)248    userWeightDict = {}249    #for u in uqU:250        #userWeightDict[u] = get_user_rep(u, repDF)251    score, indices, iScore = scoreNuUnitizing(starts, ends, length, numUsers, users, userWeightDict)252    return 'NA', indices, score, score, 'NA'253# # # TEST STUFF254#calc_agreement_directory('./demo1', hardCodedTypes= True)255# calc_scores('./demo1/Demo1ArgRel3-2018-09-01T0658-DataHuntHighlights.csv', answersFile='./demo1/Demo1ArgRel3-2018-09-01T0658-DataHuntAnswers.csv',256#             schemaFile = './demo1/Demo1ArgRel3-2018-09-01T0658-Schema.csv', hardCodedTypes=True)257# calc_scores('./demo1/Demo1QuoSour-2018-09-01T0658-DataHuntHighlights.csv', answersFile='./demo1/Demo1QuoSour-2018-09-01T0658-DataHuntAnswers.csv',258#             schemaFile = './demo1/Demo1QuoSour-2018-09-01T0658-Schema.csv', hardCodedTypes=True)259# calc_scores('./demo1/Demo1Prob-2018-09-01T0758-DataHuntHighlights.csv', answersFile='./demo1/Demo1Prob-2018-09-01T0758-DataHuntAnswers.csv',260#             schemaFile = './demo1/Demo1Prob-2018-09-01T0758-Schema.csv', hardCodedTypes=True)261# calc_scores('./demo1/DemoLang-2018-09-01T0815-DataHuntHighlights.csv', answersFile='./demo1/DemoLang-2018-09-01T0815-DataHuntAnswers.csv',262#             schemaFile = './demo1/DemoLang-2018-09-01T0815-Schema.csv', hardCodedTypes=True)263#calc_scores('testhl.csv', answersFile = 'testans.csv', schemaFile='testsch.csv', hardCodedTypes=True)264#calc_agreement_directory('demo1',  hardCodedTypes=True)265#calc_scores('demo1/Demo1Prob-2018-08-28T2257-DataHuntHighlights.csv', hardCodedTypes= True)266# # calc_scores('data_pull_8_10/PreAlphaLanguage-2018-08-10T0420-DataHuntHighlights.csv', hardCodedTypes=True)267#calc_scores(path, hardCodedTypes=True)268# #in sss file I renamed the filenamecolumn to be sha256 so it fits in with the other mechanisms for extracting data269# calc_scores('data_pull_8_10/SSSPECaus2-2018-08-08T0444-DataHuntHighlights.csv', hardCodedTypes=True)270# calc_scores('data_pull_8_17/ArgumentRelevance1.0C2-2018-08-17T2012-DataHuntHighlights.csv')271# # calc_scores('data_pull_8_17/ArgumentRelevance1.0C2-2018-08-17T2012-DataHuntHighlights.csv')...

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