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How to use _setter method in pypom_form

Best Python code snippet using pypom_form_python

printer.py

Source:printer.py

1# -*- encoding = utf-8 -*-2# @Time : 2022-08-04 21:553# @Author : Levitan4# @File : printer.py5# @Software : PyCharm6import abc7from math import ceil8from .setter import *9from . import color10# æ½è±¡æå°å¨ç±»11class AbstractPrinter(abc.ABC):12    def __init__(self):13        self._setter: AbstractSetter = None      # ä¿åæå°å¨çéç½®å¨14    # è®¾ç½®æå°å¨çéç½®å¨15    @abc.abstractmethod16    def setSetter(self, setter: AbstractSetter):17        pass18    # å¤ææå°å¨çè®¾ç½®å¨æ¯å¦ä¸ºç©º19    # å¦æè®¾ç½®å¨ä¸ä¸ºç©ºåä»ä¹é½ä¸åï¼å¦æä¸ºç©ºååå»ºä¸ä¸ªé»è®¤çè®¾ç½®å¨20    # å·ä½æå°å¨éè¦ä»ä¹è®¾ç½®å¨ååç±»å®ç°21    @abc.abstractmethod22    def _isSetterNone(self):23        pass24    # å°ä¼ å¥çæ°æ®è¿è¡é¢å¤ç25    @abc.abstractmethod26    def _preprocessing(self, data):27        pass28    # å°æ°æ®è¾åº29    @abc.abstractmethod30    def _printOut(self, data):31        pass32    # éç½®å±æ§33    @abc.abstractmethod34    def _resetProperties(self):35        pass36    # æ¯ä¸ªæå°å¨çå¥å£37    # è¯¥æ¹æ³è§å®äºæå°å¨ä¸æ¹æ³è°ç¨çé¡ºåº38    def print(self, data=None):39        self._isSetterNone()40        data = self._preprocessing(data)41        self._printOut(data)42        self._resetProperties()43    # è·ååç¬¦çæ¾ç¤ºå®½åº¦44    @staticmethod45    def _getCharWidth(char):46        o = ord(char)47        widths = [48            (126,    1), (159,    0), (687,     1), (710,   0), (711,   1),49            (727,    0), (733,    1), (879,     0), (1154,  1), (1161,  0),50            (4347,   1), (4447,   2), (7467,    1), (7521,  0), (8369,  1),51            (8426,   0), (9000,   1), (9002,    2), (11021, 1), (12350, 2),52            (12351,  1), (12438,  2), (12442,   0), (19893, 2), (19967, 1),53            (55203,  2), (63743,  1), (64106,   2), (65039, 1), (65059, 0),54            (65131,  2), (65279,  1), (65376,   2), (65500, 1), (65510, 2),55            (120831, 1), (262141, 2), (1114109, 1),56        ]57        if o == 0xe or o == 0xf:58            return 059        for num, wid in widths:60            if o <= num:61                return wid62        return 163    # è·ååç¬¦ä¸²çæ¾ç¤ºå®½åº¦64    def _getStringWidth(self, string):65        width = 066        for char in string:67            width += self._getCharWidth(char)68        return width69# è¡¨æ ¼æå°å¨70class TablePrinter(AbstractPrinter):71    # é»è®¤ååæ ¼å®½åº¦72    _defaultGridWidth = 573    def __init__(self) -> None:74        super().__init__()75        self._tableColumnWidth = []     # è¡¨æ ¼ä¸æ¯åçå®½åº¦76        self._dataWidths: list[list]77        self._line: str78        self._xMax: int79        self._yMax: int80        self._head: list81        self._headWidths: list82    def setSetter(self, setter: TableSetter):83        self._setter = setter84    def _isSetterNone(self):85        if self._setter is not None:86            return87        self._setter = TableSetter()88    def _preprocessing(self, dataList):89        """90        å°æ°æ®æ åå91        """92        # è·åæ°æ®ä¸çæå¤§è¡çåç´ ä¸ªæ°93        standardKey = 0  # ç¨äºæ è®°æ°æ®æ¯å¦æ¯æ åçï¼å¤§äºä¸è¡¨ç¤ºä¸æ å94        maxRowLength = 0  # ä¿åæ°æ®ä¸åç´ æå¤çè¡çåç´ ä¸ªæ°95        for row in dataList:96            rowLength = len(row)97            if rowLength > maxRowLength:98                maxRowLength = rowLength99            if rowLength != maxRowLength:100                standardKey += 1101        if standardKey > 1:102            # è¡¥å¨æ°æ®103            for index in range(len(dataList)):104                differ = maxRowLength - len(dataList[index])105                dataList[index] += ["" for _ in range(differ)]106        """107        åæ°æ®ä¸æ·»å åºå·ï¼è¿ä¸æ¥ä¹åè¡¨æ ¼çé¿å®½å°±ä¸ä¼åäº108        """109        if self._setter.autoOrdNumber:110            starNumber = self._setter.ordNumberStart111            step = self._setter.ordNumberStep112            title = self._setter.ordNumberName113            hasHead = self._setter.hasHead114            # æ·»å åæ®µå115            start: int  # å¼å§æ·»å ä½ç½®116            if hasHead:117                start = 1118                dataList[0].insert(0, title)119            else:120                start = 0121            for i in range(start, len(dataList)):122                dataList[i].insert(0, starNumber)123                starNumber += step124            if not self._setter.isAutoColumnWidth():125                shapeList = self._tableColumnWidth126                numberWidth = self._getStringWidth(str(starNumber))127                if numberWidth <= 5:128                    shapeList.insert(0, 5)129                else:130                    shapeList.insert(0, numberWidth)131                self._tableColumnWidth = shapeList132        self._xMax = len(dataList[0])133        self._yMax = len(dataList)134        """135        è®²è¶è¿å°è¶è¿ç¨æ·æå®é¿åº¦çæ°æ®æ¹ä¸ºçç¥æ¾ç¤º136        """137        widths = [[0 for _ in range(self._xMax)] for _ in range(self._yMax)]138        tableWidths = [0 for _ in range(self._xMax)]139        # æåè¿è¡æ«æ140        for x in range(self._xMax):141            for y in range(self._yMax):142                dataList[y][x] = str(dataList[y][x])  # å°æææ°æ®é½è½¬ä¸ºåç¬¦ä¸²å½¢143                if self._setter.isAutoColumnWidth():144                    # èªå¨çæè¡¨æ ¼å½¢ç¶145                    widths[y][x] = self._getStringWidth(dataList[y][x])146                    if widths[y][x] > tableWidths[x]:147                        tableWidths[x] = widths[y][x]148                else:149                    # è¿è¡çç¥æ¾ç¤ºæä½150                    if self._getStringWidth(dataList[y][x]) > self._tableColumnWidth[x]:151                        strItem = dataList[y][x]152                        while self._getStringWidth(strItem) + 3 > self._tableColumnWidth[x]:153                            strItem = strItem[:len(strItem) // 2]154                        dataList[y][x] = strItem + "..."155                    widths[y][x] = self._getStringWidth(dataList[y][x])156        self._dataWidths = widths157        if self._setter.isAutoColumnWidth():158            self._tableColumnWidth = tableWidths159        """160        å¦ææè¡¨å¤´å°±å°è¡¨å¤´æååºæ¥161        """162        if self._setter.hasHead:163            self._head = dataList[0]164            self._headWidths = self._dataWidths[0]165            dataList = dataList[1:]166            self._dataWidths = self._dataWidths[1:]167            self._yMax -= 1168        self._createLine()169        return dataList170    # æå°è¡¨æ ¼171    def _printOut(self, dataList):172        # è·åéç½®ä¿¡æ¯173        splitChar = self._setter.splitChar174        tableShap = self._tableColumnWidth175        margin_left = self._setter.margin_left176        margin_right = self._setter.margin_right177        abreastTableNumber = self._setter.abreastTableNumber178        tableSplitChar = " " * self._setter.tableSplitWidth179        hasHead = self._setter.hasHead180        step = ceil(self._yMax / abreastTableNumber)  # è®¡ç®ä¸æ¥é¿181        tables = []182        # éè¦æ¾ç¤ºçè¡¨æ ¼æ°å°æ°æ®åçä¿åå° tables ä¸183        for i in range(step):184            item = dataList[i::step]185            # å¤ææ°æ®æ¯å¦å¤186            # å¦æä¸å¤åè¡¥åç©ºæ°æ®ï¼å¹¶ä¸å¨_dataWidthsä¸æ·»å ä¸å¯¹åºæ°æ®ä½ç½®çå®½åº¦187            if len(item) < abreastTableNumber:188                for n in range(abreastTableNumber - len(item)):189                    item.append(["" for _ in range(self._xMax)])190                    self._dataWidths.append([0 for _ in range(self._xMax)])191            tables.append(item)192        headColor = self._setter.headColor193        bodyColor = self._setter.bodyColor194        try:195            headColorize = getattr(color, headColor)196            bodyColorize = getattr(color, bodyColor)197        except AttributeError:198            raise Exception("ä¼ å¥çé¢è²åæ°éè¯¯ï¼color.pyä¸æ²¡æåä¸º {} æ {} çå½æ°".format(headColor, bodyColor))199        # æå°è¡¨å¤´200        if hasHead:201            heads = []202            for t in range(abreastTableNumber):203                head = splitChar204                for cIndex in range(len(self._head)):205                    if self._setter.alignment in "lL":206                        spaceBefore = " " * margin_left207                        spaceAfter = " " * (tableShap[cIndex] - self._headWidths[cIndex] + margin_right)208                    elif self._setter.alignment in "rR":209                        spaceBefore = " " * (tableShap[cIndex] - self._headWidths[cIndex] + margin_left)210                        spaceAfter = " " * margin_right211                    elif self._setter.alignment in "cC":212                        spaceCount = tableShap[cIndex] - self._headWidths[cIndex]213                        start = spaceCount // 2214                        end = spaceCount - start215                        spaceBefore = " " * (start + margin_left)216                        spaceAfter = " " * (end + margin_right)217                    else:218                        raise Exception("éç½®çè¡¨æ ¼å¯¹é½æ¹å¼'{}'æ¯éè¯¯ç".format(self._setter.alignment))219                    head += spaceBefore + self._head[cIndex] + spaceAfter + splitChar220                heads.append(head)221            print(headColorize(self._line))222            print(headColorize(tableSplitChar.join(heads)))223        # æå°è¡¨æ ¼ä¸»ä½224        for rIndex in range(len(tables)):225            rowList = []226            for tIndex in range(len(tables[rIndex])):227                row = splitChar228                for cIndex in range(len(tables[rIndex][tIndex])):229                    if self._setter.alignment in "lL":230                        spaceBefore = " " * margin_left231                        spaceAfter = " " * (tableShap[cIndex] - self._dataWidths[tIndex * step + rIndex][cIndex] + margin_right)232                    elif self._setter.alignment in "rR":233                        spaceBefore = " " * (tableShap[cIndex] - self._dataWidths[tIndex * step + rIndex][cIndex] + margin_left)234                        spaceAfter = " " * margin_right235                    elif self._setter.alignment in "cC":236                        spaceCount = tableShap[cIndex] - self._dataWidths[tIndex * step + rIndex][cIndex]237                        start = spaceCount // 2238                        end = spaceCount - start239                        spaceBefore = " " * (start + margin_left)240                        spaceAfter = " " * (end + margin_right)241                    else:242                        raise Exception("éç½®çè¡¨æ ¼å¯¹é½æ¹å¼'{}'æ¯éè¯¯ç".format(self._setter.alignment))243                    row += spaceBefore + tables[rIndex][tIndex][cIndex] + spaceAfter + splitChar244                # å ä¸è¡¨æ ¼ä¹é´çåå²ç¬¦245                rowList.append(row)246            print(bodyColorize(self._line))247            print(bodyColorize(tableSplitChar.join(rowList)))248        print(bodyColorize(self._line))249    def _resetProperties(self):250        self._tableColumnWidth.clear()251        self._dataWidths.clear()252        self._line = None253        self._xMax = None254        self._yMax = None255        self._head = None256        self._headWidths = None257    # æå¨è®¾ç½®è¡¨æ ¼ååæ ¼çå®½åº¦258    def setTableColWidth(self, tableColWidth):259        # æ£æµåºå¥åæ°æ¯å¦ç¬¦åæ å260        for i in range(len(tableColWidth)):261            if tableColWidth[i] < 3:262                raise Exception("è¡¨æ ¼åå®½ä¸ççåç´ çå¼ä¸è½å°äº3ï¼å½å{}ä¸ªåç´ çå¼ä¸º{}".format(i + 1, tableColWidth[i]))263        self._tableColumnWidth = tableColWidth264        self._setter.autoColumnWidth = False265    # çæè¡¨æ ¼çè¾¹æ¡çº¿266    def _createLine(self):267        # è·åéç½®ä¿¡æ¯268        turnChar = self._setter.turnChar269        borderChar = self._setter.borderChar270        margin_left = self._setter.margin_left271        margin_right = self._setter.margin_right272        tableSplitChar = self._setter.tableSplitWidth * " "273        abreastTableNumber = self._setter.abreastTableNumber274        row = []275        for tIndex in range(abreastTableNumber):276            line = turnChar277            for i in self._tableColumnWidth:278                line += borderChar * (i + margin_left + margin_right) + turnChar279            row.append(line)280        self._line = tableSplitChar.join(row)281# æ¶æ¯æå°å¨282class MsgPrinter(AbstractPrinter):283    def __init__(self):284        super().__init__()285        self._maxSize = 0286        self._msgWidths = []287    def setSetter(self, setter: MsgSetter):288        self._setter = setter289    def _isSetterNone(self):290        if self._setter is not None:291            return292        self._setter = MsgSetter()293    def _preprocessing(self, msg: str) -> list:294        msgList = msg.split("\n")295        for i in msgList:296            size = super()._getStringWidth(i)297            self._msgWidths.append(size)298            if size > self._maxSize:299                self._maxSize = size300        return msgList301    def _printOut(self, msgList: list):302        horizontalSymbol = self._setter.horizontalSymbol303        verticalSymbol = self._setter.verticalSymbol304        marginLeft = self._setter.margin_left305        marginRight = self._setter.margin_right306        colorType = self._setter.color307        try:308            colorize = getattr(color, colorType)309        except AttributeError:310            raise Exception("ä¼ å¥çé¢è²åæ°éè¯¯ï¼color.pyä¸æ²¡æåä¸º {} çå½æ°".format(colorType))311        line = horizontalSymbol * (marginLeft + self._maxSize + marginRight + 2)312        print(colorize(line))313        for index in range(len(msgList)):314            front = verticalSymbol + " " * marginLeft315            behind = " " * (self._maxSize - self._msgWidths[index] + marginRight) + verticalSymbol316            print(colorize(front + msgList[index] + behind))317        print(colorize(line))318    def _resetProperties(self):319        self._maxSize = 0320        self._msgWidths.clear()321class SplitPrinter(AbstractPrinter):322    def __init__(self):323        super().__init__()324    def setSetter(self, setter: SplitSetter):325        self._setter = setter326    def _isSetterNone(self):327        if self._setter is not None:328            return329        self._setter = SplitSetter()330    def _preprocessing(self, data):331        return data332    def _printOut(self, length):333        length = self._setter.length334        symbol = self._setter.symbol335        colorType = self._setter.color336        frontNewlineNumber = self._setter.frontNewlineNumber337        behindNewlineNumber = self._setter.behindNewlineNumber338        message = self._setter.message339        lSymbol = self._setter.leftmostSymbol340        rSymbol = self._setter.rightmostSymbol341        try:342            colorize = getattr(color, colorType)343        except AttributeError:344            raise Exception("ä¼ å¥çé¢è²åæ°éè¯¯ï¼color.pyä¸æ²¡æåä¸º {} çå½æ°".format(colorType))345        bNumber = length // 2346        aNumber = length - bNumber347        line = "\n"*frontNewlineNumber + lSymbol + symbol*bNumber + message + symbol*aNumber + rSymbol + "\n"*behindNewlineNumber348        print(colorize(line))349    def _resetProperties(self):...

enums.py

Source:enums.py

...5PORTAL_SERVICES_PATTERN = 'http*://*/sharing/servers/*/rest/services/*'6VERSION = '1.1'7PACKAGE_NAME = 'restapi'8USER_AGENT = '{} (Python)'.format(PACKAGE_NAME)9def _setter(lst=[]):10    if isinstance(lst, dict):11        return munchify(lst)12    d = {}13    if isinstance(lst, list):14        for i in lst:15            if isinstance(i, dict):16                for k,v in six.iteritems(i):17                    d[k] = v18            elif isinstance(i, six.string_types):19                d[i] = i20    return munchify(d)21geometry = _setter([22    {23        'type': 'geometryType',24        'precision': 'geometryPrecision',25        'polygon': 'esriGeometryPolygon',26        'point': 'esriGeometryPoint',27        'polyline': 'esriGeometryPolyline',28        'multipoint': 'esriGeometryMultipoint',29        'envelope': 'esriGeometryEnvelope',30        'extent': _setter([31            'xmax',32            'ymax',33            'xmin',34            'ymin',35            {36                'initial': 'initialExtent',37                'full': 'fullExtent'38            }39        ])40    }, {41        'relationships': {42            'intersect': 'esriSpatialRelIntersects',43            'contains': 'esriSpatialRelContains',44            'crosses': 'esriSpatialRelCrosses',45            'envelopeIntersects': 'esriSpatialRelEnvelopeIntersects',46            'overlaps': 'esriSpatialRelOverlaps',47            'touches': 'esriSpatialRelTouches',48            'within': 'esriSpatialRelWithin',49            'relation': 'esriSpatialRelRelation'50        }51    },52    'null',53    'spatialReference',54    'rings',55    'paths',56    'points',57    'curveRings',58    'curvePaths',59    'x',60    'y',61])62admin = _setter([63    'user',64    'adminUrl',65    'permission',66    'permissions',67    'esriEveryone',68    'isAllowed',69    'principal',70    'privilege',71    'rolename',72    'roles',73    'users',74    'addToDefinition',75    'deleteFromDefinition',76    'updateDefinition',77])78agol = _setter([79    {80        'urls': {81            'base': 'www.arcgis.com',82            'sharingRest': 'https://www.arcgis.com/sharing/rest',83            'tokenService': 'https://www.arcgis.com/sharing/rest/generateToken',84            'self': 'https://www.arcgis.com/sharing/portals/self',85            'orgMaps': '.maps.arcgis.com'86        }87    },88    'isAgol',89    'isPortal',90    'isAdmin',91    'portalUser',92    'fullName',93    'user',94    'urlKey',95])96spatialReference = _setter([97    'spatialReference',98    'wkid',99    'wkt'100])101service = _setter([102    'extent',103    'initialExtent',104    'fullExtent',105    'spatialReference',106    'supportsTruncate',107    'truncate'108])109# geometryLookup = munchify({v: k for k,v in six.iteritems(geometry) if k})110fields = _setter([111    {112        'oid': 'esriFieldTypeOID',113        'shape': 'esriFieldTypeGeometry',114        'globalId': 'esriFieldTypeGlobalID',115        'text': 'esriFieldTypeString',116        'string': 'esriFieldTypeString', #alias117        'date': 'esriFieldTypeDate',118        'float': 'esriFieldTypeSingle',119        'double': 'esriFieldTypeDouble',120        'short': 'esriFieldTypeSmallInteger',121        'long': 'esriFieldTypeInteger',122        'guid': 'esriFieldTypeGUID',123        'raster': 'esriFieldTypeRaster',124        'blob': 'esriFieldTypeBlob',125        'sql': 'sqlType',126        'sqlOther': 'sqlTypeOther',127        'shapeToken': 'SHAPE@',128        'oidToken': 'OID@',129        'oidField': 'objectIdFieldName',130        'globalId': 'globalIdFieldName',131    }, {132        'lookup': {133            'esriFieldTypeDate': 'DATE',134            'esriFieldTypeString': 'TEXT',135            'esriFieldTypeSingle': 'FLOAT',136            'esriFieldTypeDouble': 'DOUBLE',137            'esriFieldTypeSmallInteger': 'SHORT',138            'esriFieldTypeInteger': 'LONG'139        },140        'skip': {141            'esriFieldTypeRaster': 'RASTER',142            'esriFieldTypeBlob': 'BLOB'143        }144    },145    'nullable',146    'editable',147    'length',148    'domain',149])150domain = _setter([151    'codedValues',152    'code',153    'range',154    {155        'codedUpper': 'CODED',156        'rangeUpper': 'RANGE'157    }158])159headers = _setter(160   { 'referer': 'Referer' },161)162cookies = _setter([163    'agstoken'164])165operations = _setter([166    'exportImage'167])168featureSet = _setter([169    'geometry',170    'attributes',171    'displayFieldName',172    'fieldAliases',173    'fields'174])175formats = _setter([176    'json',177    'pjson',178    'geojson',179    'sqlite',180    'kmz',181    'tiff',182    'esriJSON',183    'geoJSON',184])185serviceInfo = _setter([186    'tables',187    'layers',188    'layerDefs',189    'subLayerIds'190])191geocoding = _setter([192    'location',193    'locations',194    'singleLine',195    'langCode',196    'sourceCounty',197    'addresses',198    'numOfResults',199    'candidates',200    'score',201    'address'202])203types = _setter({204    'featureCollection': 'FeatureCollection',205    'featureLayer': 'FeatureLayer',206    'table': 'Table',207    'layer': 'Layer',208})209gpService = _setter([210    {'operations': _setter([211        'submitJob',212        'execute'213    ])},214    'esriExecutionTypeSynchronous',215    'esriExecutionTypeAsynchronous'216])217service = _setter([218    'supportsCalculate',219])220params =  _setter([221    'f',222    'json',223    'pjson',224    'username',225    'client',226    'expiration',227    'token',228    'fields',229    'inSR',230    'outSR',231    'where',232    'time',233    'objectIds',234    'outFields',235    'geometry',236    'geometries',237    'units',238    'adds',239    'updates',240    'deletes',241    'bboxSR',242    'bbox',243    'bufferSR',244    'size',245    'format',246    'dpi',247    'unionResults',248    'currentVersion',249    'dataFormat',250    'relationParam',251    'maxRecordCount',252    'returnZ',253    'returnM',254    'returnTrueCurves',255    'returnIdsOnly',256    'resultRecordCount'257    'returnAttachments',258    'hasAttachments',259    'attachmentIds',260    'attachmentId',261    'definitionExpression',262    'supportsApplyEditsWithGlobalIds',263    'returnAttachmentsDataByUrl',264    'returnCatalogItems',265    'rollbackOnFailure',266    'useGlobalIds',267    'async',268    'syncModel',269    'unit',270    'distanceUnit',271    'distances',272    'transformation',273    'transformForward',274    'geodesic',275    'transportType',276    'category',277    'extentOfInterest'278])279response = _setter([280    'summary',281    'results',282    'attachment',283    'attachments',284    'attachmentInfos',285    'statusUrl',286    'success',287    'status',288    'error',289    'message',290    'globalIdField',291    'objectIdField',292    'parentGlobalId'293    'failedOIDs',294    'prototype',295    'templates',296    'description',297    'sqlite',298    'records',299    'addAttachmentResult',300    'addResults',301    'updateResults',302    'deleteResults',303    'addAttachmentResult',304    'updateAttachmentResult',305    'deleteAttachmentResults',306    'relatedRecordGroups',307    'relationships',308    'relatedRecords',309    'relationshipId',310    'updloadId',311    'contentType',312    'data',313    'location',314    'locations'315])316raster = _setter([317    'adjustAspectRatio',318    'noData',319    'noDataInterpretation',320    'esriNoDataMatchAll',321    'esriNoDataMatchAny',322    'mosaicRule',323    'renderingRule',324    'interpolation',325    'compression',326    'compressionQuality',327    'bandIds',328    'size',329    'imageSR',330    'transparent',331   {332        'bilinearInterpolation': 'RSP_BilinearInterpolation',333        'operations': {334           'plus': 1,335           'minus': 2,336           'multiply': 3,337           'clipInside': 1,338           'clipOutside': 2339       }340   }341])342misc = _setter([343    'crs',344    'urlWithToken',345    'proxy'346])347editing = _setter([348    {349        'info': 'editingInfo' ,350        'trackingInfo': 'editorTrackingInfo',351        'changeTracking': 'ChangeTracking'352    },353    'lastEditDate',354])355auth = _setter([356    'username',357    'password',358    'client',359    'expiration',360    'expires',361    'token',362    'referer',363    # spelling confusion alias364    {365        'referrer': 'referer',366        'info': 'authInfo'367    },368    'requestip',369    'tokenServicesUrl',...

build_calculator_view.py

Source:build_calculator_view.py

1from tkinter import ttk, constants234class Builder:5    def __init__(self, frame, handle_home, setter, expression):6        self._frame = frame7        self._handle_home = handle_home8        self.equ = expression9        self._setter = setter1011    def _expression(self):12        expression = ttk.Label(13            master=self._frame,14            textvariable=self.equ,15            background="white"16        )17        expression.grid(columnspan=6, ipadx=100, sticky=constants.W)1819    def _numbers(self):20        num_1 = ttk.Button(21            master=self._frame,22            text="1",23            command=lambda: self._setter.set_press(1)24        )25        num_1.grid(row=1, column=0)26        num_2 = ttk.Button(27            master=self._frame,28            text="2",29            command=lambda: self._setter.set_press(2)30        )31        num_2.grid(row=1, column=1)32        num_3 = ttk.Button(33            master=self._frame,34            text="3",35            command=lambda: self._setter.set_press(3)36        )37        num_3.grid(row=1, column=2)38        num_4 = ttk.Button(39            master=self._frame,40            text="4",41            command=lambda: self._setter.set_press(4)42        )43        num_4.grid(row=1, column=3)44        num_5 = ttk.Button(45            master=self._frame,46            text="5",47            command=lambda: self._setter.set_press(5)48        )49        num_5.grid(row=1, column=4)50        num_6 = ttk.Button(51            master=self._frame,52            text="6",53            command=lambda: self._setter.set_press(6)54        )55        num_6.grid(row=2, column=0)56        num_7 = ttk.Button(57            master=self._frame,58            text="7",59            command=lambda: self._setter.set_press(7)60        )61        num_7.grid(row=2, column=1)62        num_8 = ttk.Button(63            master=self._frame,64            text="8",65            command=lambda: self._setter.set_press(8)66        )67        num_8.grid(row=2, column=2)68        num_9 = ttk.Button(69            master=self._frame,70            text="9",71            command=lambda: self._setter.set_press(9)72        )73        num_9.grid(row=2, column=3)74        num_0 = ttk.Button(75            master=self._frame,76            text="0",77            command=lambda: self._setter.set_press(0)78        )79        num_0.grid(row=2, column=4)8081    def _operations(self):82        add_button = ttk.Button(83            master=self._frame,84            text="+",85            command=lambda: self._setter.set_press("+")86        )87        add_button.grid(row=3, column=0)88        subtract_button = ttk.Button(89            master=self._frame,90            text="-",91            command=lambda: self._setter.set_press("-")92        )93        subtract_button.grid(row=3, column=1)94        multiply_button = ttk.Button(95            master=self._frame,96            text="*",97            command=lambda: self._setter.set_press("*")98        )99        multiply_button.grid(row=3, column=2)100        divide_button = ttk.Button(101            master=self._frame,102            text="/",103            command=lambda: self._setter.set_press("/")104        )105        divide_button.grid(row=3, column=3)106        decimal_button = ttk.Button(107            master=self._frame,108            text=",",109            command=lambda: self._setter.set_press(".")110        )111        decimal_button.grid(row=3, column=4)112        equal_button = ttk.Button(113            master=self._frame,114            text="=",115            command=lambda: self._setter.set_equation()116        )117        equal_button.grid(row=2, column=5)118        power_button = ttk.Button(119            master=self._frame,120            text=f"x**",121            command=lambda: self._setter.set_press("**")122        )123        power_button.grid(row=4, column=0)124        sqrt_button = ttk.Button(125            master=self._frame,126            text="sqrt",127            command=lambda: self._setter.set_press("sqrt(")128        )129        sqrt_button.grid(row=4, column=1)130        log_button = ttk.Button(131            master=self._frame,132            text="ln",133            command=lambda: self._setter.set_press("log(")134        )135        log_button.grid(row=4, column=2)136        sin_button = ttk.Button(137            master=self._frame,138            text="sin",139            command=lambda: self._setter.set_press("sin(")140        )141        sin_button.grid(row=5, column=0)142        cos_button = ttk.Button(143            master=self._frame,144            text="cos",145            command=lambda: self._setter.set_press("cos(")146        )147        cos_button.grid(row=5, column=1)148        tan_button = ttk.Button(149            master=self._frame,150            text="tan",151            command=lambda: self._setter.set_press("tan(")152        )153        tan_button.grid(row=5, column=2)154        neper_button = ttk.Button(155            master=self._frame,156            text="e",157            command=lambda: self._setter.set_press("e")158        )159        neper_button.grid(row=5, column=3)160        pi_button = ttk.Button(161            master=self._frame,162            text="Ï",163            command=lambda: self._setter.set_press("Ï")164        )165        pi_button.grid(row=5, column=4)166        AC_button = ttk.Button(167            master=self._frame,168            text="AC",169            command=lambda: self._setter.set_clear_expression()170        )171        AC_button.grid(row=1, column=5)172        factorial_button = ttk.Button(173            master=self._frame,174            text="factorial",175            command=lambda: self._setter.set_press("factorial(")176        )177        factorial_button.grid(row=4, column=3)178        brackets_button = ttk.Button(179            master=self._frame,180            text="( )",181            command=lambda: self._setter.set_brackets()182        )183        brackets_button.grid(row=4, column=4)184        left_bracket_button = ttk.Button(185            master=self._frame,186            text="(",187            command=lambda: self._setter.set_press("(")188        )189        left_bracket_button.grid(row=4, column=5)190        ans_button = ttk.Button(191            master=self._frame,192            text="ans",193            command=lambda: self._setter.set_ans()194        )195        ans_button.grid(row=3, column=5)196        home_button = ttk.Button(197            master=self._frame,198            text="Home",199            command=self._handle_home200        )
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