Grammalecte  Diff

import helpers
import enum_strings
import grammalecte.graphspell as sc

from com.sun.star.task import XJobExecutor
from com.sun.star.awt import XActionListener
from com.sun.star.beans import PropertyValue


def hexToRBG (sHexa):
    r = int(sHexa[:2], 16)
    g = int(sHexa[2:4], 16)
    b = int(sHexa[4:], 16)
    return (r & 255) << 16 | (g & 255) << 8 | (b & 255)

        nHeight = 10

        # List
        self._addWidget("list_section", 'FixedLine', nX, nY1, nWidth, nHeight, Label = self.dUI.get("list_section", "#err"), FontDescriptor = xFDTitle)
        self._addWidget('count_button', 'Button', nX, nY1+12, 70, 11, Label = self.dUI.get('count_button', "#err"))
        self._addWidget('count2_button', 'Button', nX+75, nY1+12, 70, 11, Label = self.dUI.get('count2_button', "#err"))
        self._addWidget('unknown_button', 'Button', nX+150, nY1+12, 70, 11, Label = self.dUI.get('unknown_button', "#err"))
        self.xGridModel = self._addGrid("list_grid", nX, nY1+25, nWidth, 181, [
            {"Title": self.dUI.get("words", "#err"), "ColumnWidth": 175},
            {"Title": "Occurrences", "ColumnWidth": 45}
        self.xGridModel = self._addGrid("list_grid", nX, nY1+25, nWidth, 181, \
            [ {"Title": self.dUI.get("words", "#err"), "ColumnWidth": 175}, {"Title": "Occurrences", "ColumnWidth": 45} ], \
            SelectionModel = uno.Enum("com.sun.star.view.SelectionType", "MULTI") \
        ])
        )
        self._addWidget('num_of_entries', 'FixedText', nX, nY1+210, 60, nHeight, Label = self.dUI.get('num_of_entries', "#err"), Align = 2)
        self.xNumWord = self._addWidget('num_of_entries_res', 'FixedText', nX+65, nY1+210, 30, nHeight, Label = "—")
        self._addWidget('tot_of_entries', 'FixedText', nX+100, nY1+210, 60, nHeight, Label = self.dUI.get('tot_of_entries', "#err"), Align = 2)
        self.xTotWord = self._addWidget('tot_of_entries_res', 'FixedText', nX+165, nY1+210, 30, nHeight, Label = "—")
        
        # Tag
        # Note: the only way to group RadioButtons is to create them successively

            elif xActionEvent.ActionCommand == "CountByLemma":
                self.count(self.dUI.get("lemmas", "#err"), bByLemma=True)
                self.xTag.Enabled = False
            elif xActionEvent.ActionCommand == "UnknownWords":
                self.count(self.dUI.get("unknown_words", "#err"), bOnlyUnknownWords=True)
                self.xTag.Enabled = True
            elif xActionEvent.ActionCommand == "Tag":
                nRow = self.xGridControl.getCurrentRow()
                if not self.xGridControl.hasSelectedRows():
                if nRow == -1:
                    return
                lRow = self.xGridControl.getSelectedRows()
                sWord = self.xGridModel.GridDataModel.getCellData(0, nRow)
                aWord = set([ self.xGridModel.GridDataModel.getCellData(0, n)  for n in lRow ])
                if not sWord:
                    return
                sAction = ""
                if self.xUnderline.State:
                    sAction = "underline"
                elif self.xNoUnderline.State:
                    sAction = "nounderline"
                elif self.xAccent.State:
                    sAction = "accentuation"
                elif self.xNoAccent.State:
                    sAction = "noaccentuation"
                self.tagText(sWord, sAction)
                self.tagText(aWord, sAction)
            elif xActionEvent.ActionCommand == "Close":
                self.xContainer.endExecute()
        except:
            traceback.print_exc()
    
    # XJobExecutor
    def trigger (self, args):

            i += 1
            nTotOccur += w
        self.xProgressBar.ProgressValue = self.xProgressBar.ProgressValueMax
        self.xNumWord.Label = str(i)
        self.xTotWord.Label = nTotOccur

    @_waitPointer
    def tagText (self, sWord, sAction=""):
    def tagText (self, aWord, sAction=""):
        if not sAction:
            return
        self.xProgressBar.ProgressValueMax = self._countParagraph()
        self.xProgressBar.ProgressValue = 0
        if not self.oTokenizer:
            self.oTokenizer = self.oSpellChecker.getTokenizer()
        xCursor = self.xDocument.Text.createTextCursor()
        xCursor.gotoStart(False)
        self._tagParagraph(xCursor, sWord, sAction)
        self._tagParagraph(xCursor, aWord, sAction)
        while xCursor.gotoNextParagraph(False):
            self._tagParagraph(xCursor, sWord, sAction)
            self._tagParagraph(xCursor, aWord, sAction)
        self.xProgressBar.ProgressValue = self.xProgressBar.ProgressValueMax

    def _tagParagraph (self, xCursor, sWord, sAction):
    def _tagParagraph (self, xCursor, aWord, sAction):
        xCursor.gotoEndOfParagraph(True)
        sParagraph = xCursor.getString()
        xCursor.gotoStartOfParagraph(False)
        nPos = 0
        for dToken in self.oTokenizer.genTokens(sParagraph):
            if dToken["sValue"] == sWord:
            if dToken["sValue"] in aWord:
                xCursor.goRight(dToken["nStart"]-nPos, False) # start of token
                nPos = dToken["nEnd"]
                xCursor.goRight(nPos-dToken["nStart"], True) # end of token
                if sAction == "underline":
                    xCursor.CharBackColor = hexToRBG("AA0000")
                elif sAction == "nounderline":
                    xCursor.CharBackColor = hexToRBG("FFFFFF")