a |fOo @sdZddlZddlZddlmZddlmZddlmZddl m Z ddl m Z m Z mZmZmZmZmZmZmZmZmZmZddlmZdd lmZdd lmZdd lmZ d d l!m"Z"m#Z#m$Z$e rd d l%m&Z&d Z'e(dZ)e(dZ*e(dZ+e(dZ,e(dZ-Gddde.ej/Z0Gddde0Z1Gddde0Z2Gddde0Z3Gddde0Z4Gddde0Z5Gdd d e0Z6Gd!d"d"e0Z7Gd#d$d$e0Z8Gd%d&d&e0Z9Gd'd(d(e0Z:Gd)d*d*e0Z;Gd+d,d,e0Ze ed-d2d3Z?ed4Z@ee@geAfee@e@d5d6d7ZBdeeeAe eAeeeCeDefd:d;d<ZEd8d9d8gfeeeAe eAeeCeeeeCeDefd=d>d?ZFeCeCe.d@dAdBZGe.eeCeCfdCdDdEZHeeCeDfZIe.eeIeIfdCdFdGZJde.eeCee.eCfdHdIdJZKe.eCdKdLdMZLedNe@fedNe@fdOdPdQZMe.e.dRdSdTZNe.e.dUdVdWZOdee eCe ee dXdYdZZPdeee eeCeeCe eee d[d\d]ZQed^eeee.d_d`daZRde.e.e.e.dcdddeZde.ee.e.dfdgdhZSe eAdidjdkZTee.e feee eCeCeee dldmdnZUe.ee.eDfdodpdqZVdeDeDeDe.dsdtduZWe.eAdvdwdxZXe.e.dvdydzZYgggfee eee eee.ee.eCeDffd{d|d}ZZe[d~krddl\Z\e\]dS)zG gspread.utils ~~~~~~~~~~~~~ This module contains utility functions. 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Examples:: >>> numericise("faa") 'faa' >>> numericise("3") 3 >>> numericise("3_2", allow_underscores_in_numeric_literals=False) '3_2' >>> numericise("3_2", allow_underscores_in_numeric_literals=True) 32 >>> numericise("3.1") 3.1 >>> numericise("2,000.1") 2000.1 >>> numericise("", empty2zero=True) 0 >>> numericise("", empty2zero=False) '' >>> numericise("", default_blank=None) >>> >>> numericise("", default_blank="foo") 'foo' >>> numericise("") '' >>> numericise(None) >>> r/rl,r)rrreplaceint ValueErrorfloat)r$rmrnroZ numericisedZ cleaned_valuer)r)r* numericises$3       ru)rLrmrnroignorerWcs.pgfddttD}|S)aKReturns a list of numericised values from strings except those from the row specified as ignore. :param list values: Input row :param bool empty2zero: (optional) Whether or not to return empty cells as 0 (zero). Defaults to ``False``. :param str default_blank: Which value to use for blank cells, defaults to empty string. :param bool allow_underscores_in_numeric_literals: Whether or not to allow visual underscores in numeric literals :param list ignore: List of ints of indices of the row (index 1) to ignore numericising. cs4g|],}|dvr|nt|dqS)r)rmrnro)ru)reindexrornrmrvrLr)r* ?s  z"numericise_all..)rangelen)rLrmrnrorvZnumericised_listr)rxr*numericise_all(s  r|)rowcolrWcCsp|dks|dkr td|||}d}|r`t|d\}}|dkrNd}|d8}t|t|}q(d||}|S)aTranslates a row and column cell address to A1 notation. :param row: The row of the cell to be converted. Rows start at index 1. :type row: int, str :param col: The column of the cell to be converted. Columns start at index 1. :type row: int, str :returns: a string containing the cell's coordinates in A1 notation. Example: >>> rowcol_to_a1(1, 1) A1 rz({}, {})rlrz{}{})rrMdivmodchr MAGIC_NUMBER)r}r~div column_labelmodlabelr)r)r* rowcol_to_a1Ps r)rrWcCsnt|}|r^|d}t|d}d}tt|D] \}}|t|td|7}q:nt |||fS)aTTranslates a cell's address in A1 notation to a tuple of integers. :param str label: A cell label in A1 notation, e.g. 'B1'. Letter case is ignored. :returns: a tuple containing `row` and `column` numbers. Both indexed from 1 (one). :rtype: tuple Example: >>> a1_to_rowcol('A1') (1, 1) rrr) CELL_ADDR_REmatchgroupupperrr enumeratereversedordrrrmrr}r~icr)r)r* a1_to_rowcolus rcCst|}|rv|\}}|rVd}tt|D] \}}|t|td|7}q2ntd}|rlt |}q~td}nt |||fS)a1Translates a cell's address in A1 notation to a tuple of integers. Same as `a1_to_rowcol()` but allows for missing row or column part (e.g. "A" for the first column) :returns: a tuple containing `row` and `column` numbers. Both indexed from 1 (one). :rtype: tuple Example: >>> _a1_to_rowcol_unbounded('A1') (1, 1) >>> _a1_to_rowcol_unbounded('A') (inf, 1) >>> _a1_to_rowcol_unbounded('1') (1, inf) >>> _a1_to_rowcol_unbounded('ABC123') (123, 731) >>> _a1_to_rowcol_unbounded('ABC') (inf, 731) >>> _a1_to_rowcol_unbounded('123') (123, inf) >>> _a1_to_rowcol_unbounded('1A') Traceback (most recent call last): ... gspread.exceptions.IncorrectCellLabel: 1A >>> _a1_to_rowcol_unbounded('') (inf, inf) rrinf) A1_ADDR_ROW_COL_RErgroupsrrrrrrtrrrrr)r)r*_a1_to_rowcol_unboundeds'    r)r.sheet_idrWc Cs|d\}}}t|\}}t|p$|\}}||kr>||}}||krP||}}|d||d|d} dd| D} |dur|| d<| S)a2Converts a range defined in A1 notation to a dict representing a `GridRange`_. All indexes are zero-based. Indexes are half open, e.g the start index is inclusive and the end index is exclusive: [startIndex, endIndex). Missing indexes indicate the range is unbounded on that side. .. _GridRange: https://developers.google.com/sheets/api/reference/rest/v4/spreadsheets/other#GridRange Examples:: >>> a1_range_to_grid_range('A1:A1') {'startRowIndex': 0, 'endRowIndex': 1, 'startColumnIndex': 0, 'endColumnIndex': 1} >>> a1_range_to_grid_range('A3:B4') {'startRowIndex': 2, 'endRowIndex': 4, 'startColumnIndex': 0, 'endColumnIndex': 2} >>> a1_range_to_grid_range('A:B') {'startColumnIndex': 0, 'endColumnIndex': 2} >>> a1_range_to_grid_range('A5:B') {'startRowIndex': 4, 'startColumnIndex': 0, 'endColumnIndex': 2} >>> a1_range_to_grid_range('A1') {'startRowIndex': 0, 'endRowIndex': 1, 'startColumnIndex': 0, 'endColumnIndex': 1} >>> a1_range_to_grid_range('A') {'startColumnIndex': 0, 'endColumnIndex': 1} >>> a1_range_to_grid_range('1') {'startRowIndex': 0, 'endRowIndex': 1} >>> a1_range_to_grid_range('A1', sheet_id=0) {'sheetId': 0, 'startRowIndex': 0, 'endRowIndex': 1, 'startColumnIndex': 0, 'endColumnIndex': 1} :r) startRowIndex endRowIndexstartColumnIndexendColumnIndexcSs i|]\}}t|tr||qSr)rrr)rekeyr$r)r)r* sz*a1_range_to_grid_range..NZsheetId) partitionritems) r.rZ start_labelr/Z end_labelstart_row_indexZstart_column_indexZ end_row_indexZend_column_indexZ grid_rangeZfiltered_grid_ranger)r)r*a1_range_to_grid_ranges$%   r)columnrWcCsNzt|\}}Wn ty0td|Yn0t|tsJtd||S)aTConverts a column letter to its numerical index. 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Examples:: >>> column_letter_to_index("a") 1 >>> column_letter_to_index("A") 1 >>> column_letter_to_index("AZ") 52 >>> column_letter_to_index("!@#$%^&") ... gspread.exceptions.InvalidInputValue: invalid value: !@#$%^&, must be a column letter z*invalid value: {}, must be a column letter)rrrrMrrr)rr/rwr)r)r*column_letter_to_indexs   r.)methodrWcs>ttdftdddtttttdfdd }|S)zYDecorator function casts wrapped arguments to A1 notation in range method calls. .)r%rWcSs8t|dto6t|dto6t|dto6t|dtS)Nrrrr)r%r)r)r*contains_row_colsCs   z.cast_to_a1_notation..contains_row_cols)r,r%r&rWcszXt|dkrV|rVt|dd}t|dd}d||f}|f|dd}WntyjYn0|g|Ri|S)Nrr)r{rjoinrs)r,r%r&Z range_startZ range_end range_namerrr)r*wrapperKs z$cast_to_a1_notation..wrapper)rrboolr)rrr)rr*cast_to_a1_notation>sr)urlrWcCs8t|}|r|dSt|}|r0|dStdS)Nr) URL_KEY_V2_REsearchr URL_KEY_V1_REr)rm2m1r)r)r*extract_id_from_url_s    r)widrWcCsBt|dkr|ddn|}t|dkr,dnd}tt|d|AS)z*Calculate gid of a worksheet from its wid.rrNiiZ{$)r{rrr)rZwidvalZxorvalr)r)r* wid_to_gidksr)r}max_len padding_valuerWcCs&|t|}|dkr"||g|S|S)Nrr{)r}rrZpad_lenr)r)r*rightpadrs r)Lr7r8rrWcszf|durtdd|Dn||dur0t|n|}|t|}|rR|gg|}fdd|DWSty~ggYS0dS)a7Fill gaps in a list of lists. e.g.,:: >>> L = [ ... [1, 2, 3], ... ] >>> fill_gaps(L, 2, 4) [ [1, 2, 3, ""], ["", "", "", ""] ] :param L: List of lists to fill gaps in. :param rows: Number of rows to fill. :param cols: Number of columns to fill. :param padding_value: Default value to fill gaps with. :type L: list[list[T]] :type rows: int :type cols: int :type padding_value: T :return: List of lists with gaps filled. :rtype: list[list[T]]: Ncss|]}t|VqdSr+rrer}r)r)r*rhrizfill_gaps..csg|]}t|dqS))r)rrZmax_colsrr)r*ryrizfill_gaps..)maxr{rs)rr7r8rZmax_rowsZpad_rowsr)rr* fill_gapsws  rr) cell_listrWcs|sgStttdd|D}tdd|D}|D]*}t|j|i}|j||j|<q8slgSt dd D}t t |dt t  d}fdd|DS)Ncss|] }|jVqdSr+)r}rerr)r)r*rhriz$cell_list_to_rect..css|] }|jVqdSr+)r~rr)r)r*rhricss|]}|VqdSr+)keysrr)r)r*rhrircs g|]fddDqS)csg|]}|qSr))get)rej)rr7r)r*ryriz0cell_list_to_rect...r))reZ rect_colsr7)rr*ryriz%cell_list_to_rect..)rdictmin setdefaultrrr}r$r~r from_iterablerLrzrr)r row_offset col_offsetcellr}Z all_row_keysZ rect_rowsr)rr*cell_list_to_rectsrutf-8)r$safeencodingrWcCst|||Sr+)uquoteencode)r$rrr)r)r*rsr) sheet_namerrWcCs*d|dd}|r"d||S|SdS)aReturn an absolutized path of a range. >>> absolute_range_name("Sheet1", "A1:B1") "'Sheet1'!A1:B1" >>> absolute_range_name("Sheet1", "A1") "'Sheet1'!A1" >>> absolute_range_name("Sheet1") "'Sheet1'" >>> absolute_range_name("Sheet'1") "'Sheet''1'" >>> absolute_range_name("Sheet''1") "'Sheet''''1'" >>> absolute_range_name("''sheet12''", "A1:B2") "'''''sheet12'''''!A1:B2" z'{}''z''z{}!{}N)rMrq)rrr)r)r*absolute_range_names r)xrWcCst|tpt|t S)a1Return True if the value is scalar. A scalar is not a sequence but can be a string. >>> is_scalar([]) False >>> is_scalar([1, 2]) False >>> is_scalar(42) True >>> is_scalar('nice string') True >>> is_scalar({}) True >>> is_scalar(set()) True )rrr)rr)r)r* is_scalarsr)worksheet_metadatarLrstart_col_indexrWcCs|dg}dd|D}t|d}t|dd}|D]}|d|d} } |d|d } } | |8} | |8} | |8} | |8} | |ks:| |krq:| dks:| dkrq:|| | } t| | }t| | }|D],}|D]"}||ks||krq| |||<qqq:|S) aFor each merged region, replace all values with the value of the top-left cell of the region. e.g., replaces [ [1, None, None], [None, None, None], ] with [ [1, 1, None], [1, 1, None], ] if the top-left four cells are merged. :param worksheet_metadata: The metadata returned by the Google API for the worksheet. Should have a "merges" key. :param values: The values returned by the Google API for the worksheet. 2D array. :param start_row_index: The index of the first row of the values in the worksheet. e.g., if the values are in rows 3-5, this should be 2. :param start_col_index: The index of the first column of the values in the worksheet. e.g., if the values are in columns C-E, this should be 2. :returns: matrix of values with merged coordinates filled according to top-left value :rtype: list(list(any)) mergescSsg|] }t|qSr))listrr)r)r*ryriz)combined_merge_values..rrrrrr)rr{rz)rrLrrr new_valuesZ max_row_indexZ max_col_indexmergeZmerge_start_rowZ merge_end_rowZmerge_start_colZ merge_end_colZtop_left_valueZ row_indicesZ col_indicesZ row_indexZ col_indexr)r)r*combined_merge_valuess4!     r) hex_colorrWc Cs|d}t|dkr"|dd}t|dkrBddd|D}t|d krVtd zHt|d d d dt|d dd dt|dd d dd}|WSty}ztd||WYd}~n d}~00dS)aConvert a hex color code to RGB color values. :param str hex_color: Hex color code in the format "#RRGGBB". :returns: Dict containing the color's red, green and blue values between 0 and 1. :rtype: dict :raises: ValueError: If the input hex string is not in the correct format or length. Examples: >>> convert_hex_to_colors_dict("#3300CC") {'red': 0.2, 'green': 0.0, 'blue': 0.8} >>> convert_hex_to_colors_dict("#30C") {'red': 0.2, 'green': 0.0, 'blue': 0.8} #NrrlcSsg|] }|dqS)rr))recharr)r)r*ry]riz.convert_hex_to_colors_dict..z/Hex color code must be in the format '#RRGGBB'.rrr)redgreenbluez(Invalid character in hex color string: #)lstripr{rrsrr)rZ rgb_colorexr)r)r*convert_hex_to_colors_dict@s     r)rrrrWcCsNttddd}tdd|||fDr0tdd||||||S)aConvert RGB color values to a hex color code. :param float red: Red color value (0-1). :param float green: Green color value (0-1). :param float blue: Blue color value (0-1). :returns: Hex color code in the format "#RRGGBB". :rtype: str :raises: ValueError: If any color value is out of the accepted range (0-1). Example: >>> convert_colors_to_hex_value(0.2, 0, 0.8) '#3300CC' >>> convert_colors_to_hex_value(green=0.5) '#008000' )r$rWcSs&tt|ddd}|dS)zG Convert an integer to a 2-digit uppercase hex string. rrN)hexroundrzfill)r$Z hex_valuer)r)r*to_hexsz+convert_colors_to_hex_value..to_hexcss|]}|dkp|dkVqdS)rrNr))rer$r)r)r*rhriz.convert_colors_to_hex_value..z&Color value out of accepted range 0-1.r)rtranyrs)rrrrr)r)r*convert_colors_to_hex_valuensr)rrWcCst|duS)aCheck if the range name is a full A1 notation. "A1:B2", "Sheet1!A1:B2" are full A1 notations "A1:B", "A1" are not Args: range_name (str): The range name to check. Returns: bool: True if the range name is a full A1 notation, False otherwise. Examples: >>> is_full_a1_notation("A1:B2") True >>> is_full_a1_notation("A1:B") False N)A1_ADDR_FULL_RErrr)r)r*is_full_a1_notationsrcCsd|vr|ddS|S)zGet the A1 notation from an absolute range name. "Sheet1!A1:B2" -> "A1:B2" "A1:B2" -> "A1:B2" Args: range_name (str): The range name to check. Returns: str: The A1 notation of the range name stripped of the sheet. !r)r`rr)r)r*get_a1_from_absolute_ranges r)headersrLrWcsfdd|DS)aBuilds the list of dictionaries, all of them have the headers sequence as keys set, each key is associated to the corresponding value for the same index in each list from the matrix ``values``. There are as many dictionaries as they are entry in the list of given values. :param list: headers the key set for all dictionaries :param list: values a matrix of values Examples:: >>> to_records(["name", "City"], [["Spiderman", "NY"], ["Batman", "Gotham"]]) [ { "Name": "Spiderman", "City": "NY", }, { "Name": "Batman", "City": "Gotham", }, ] csg|]}tt|qSr))rrHrrr)r*ryrizto_records..r))rrLr)rr* to_recordssr__main__)FrlF)N)rl)NNrl)rlr)N)rrr)^__doc__rre collectionsrcollections.abcr functoolsr itertoolsrtypingrrrr r r r r rrrr urllib.parserrZgoogle.auth.credentialsrZgoogle.oauth2.credentialsr]Zgoogle.oauth2.service_accountrX exceptionsrrrrrrcompilerrrrrrEnumrr5r9r:r=r?rArBrIrJrNrOrRr\rZrYrbrrkrrrtrur|rrZIntOrInfrrrrrrrrrrrrrrrrrr1doctesttestmodr)r)r)r*s    8             #    M (% = B* !   -    F/ % :