Grammalecte  Check-in [d5d52dde75]

Overview
Comment:[lo] lexicon editor: update
Downloads: Tarball | ZIP archive | SQL archive
Timelines: family | ancestors | descendants | both | lo | multid
Files: files | file ages | folders
SHA3-256: d5d52dde755a15610e44432123ee9d58c2ef7689b020f7fd71d0ea6df57e44f4
User & Date: olr on 2018-03-11 10:43:30
Other Links: branch diff | manifest | tags
Context
2018-03-11
12:43
[fx] lexicon editor: update check-in: 5cf9b11203 user: olr tags: fx, multid
10:43
[lo] lexicon editor: update check-in: d5d52dde75 user: olr tags: lo, multid
2018-03-10
21:07
[lo] lexicon editor: ui rework check-in: e2611084e9 user: olr tags: lo, multid
Changes
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Modified gc_lang/fr/oxt/DictOptions/LexiconEditor.py from [e3eb9c5ac2] to [1b519e944b].

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        self.xSvMgr = self.ctx.ServiceManager
        self.xDesktop = self.xSvMgr.createInstanceWithContext("com.sun.star.frame.Desktop", self.ctx)
        self.xDocument = self.xDesktop.getCurrentComponent()
        self.xContainer = None
        self.xDialog = None
        self.oSpellChecker = None
        # data
        self.sLemma = ""
        self.lGeneratedFlex = []
        # options node
        self.xSettingNode = helpers.getConfigSetting("/org.openoffice.Lightproof_grammalecte/Other/", True)

    def _addWidget (self, name, wtype, x, y, w, h, **kwargs):
        xWidget = self.xDialog.createInstance('com.sun.star.awt.UnoControl%sModel' % wtype)
        xWidget.Name = name
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            if x.State:
                return x.HelpText
        return None

    @_waitPointer
    def updateGenWords (self):
        self.lGeneratedFlex = []
        sLemma = self.xLemma.Text.strip()
        if sLemma:
        self.sLemma = self.xLemma.Text.strip()
        if self.sLemma:
            if self._getRadioValue(self.xNA, self.xN, self.xA):
                # Substantif
                sPOS = self._getRadioValue(self.xNA, self.xN, self.xA)
                sGenderTag = self._getRadioValue(self.xSepi, self.xSmas, self.xSfem)
                if sGenderTag:
                    if self.xSs.State:
                        self.lGeneratedFlex.append((sLemma, sLemma, sPOS+sGenderTag+":s/*"))
                        self.lGeneratedFlex.append((sLemma+"s", sLemma, sPOS+sGenderTag+":p/*"))
                        self.lGeneratedFlex.append((self.sLemma, sPOS+sGenderTag+":s/*"))
                        self.lGeneratedFlex.append((self.sLemma+"s", sPOS+sGenderTag+":p/*"))
                    elif self.xSx.State:
                        self.lGeneratedFlex.append((sLemma, sLemma, sPOS+sGenderTag+":s/*"))
                        self.lGeneratedFlex.append((sLemma+"x", sLemma, sPOS+sGenderTag+":p/*"))
                        self.lGeneratedFlex.append((self.sLemma, sPOS+sGenderTag+":s/*"))
                        self.lGeneratedFlex.append((self.sLemma+"x", sPOS+sGenderTag+":p/*"))
                    elif self.xSinv.State:
                        self.lGeneratedFlex.append((sLemma, sLemma, sPOS+sGenderTag+":i/*"))
                        self.lGeneratedFlex.append((self.sLemma, sPOS+sGenderTag+":i/*"))
                    sLemma2 = self.xAltLemma.Text.strip()
                    if sLemma2 and self._getRadioValue(self.xNA2, self.xN2, self.xA2) and self._getRadioValue(self.xSepi2, self.xSmas2, self.xSfem2):
                        sTag2 = self._getRadioValue(self.xNA2, self.xN2, self.xA2) + self._getRadioValue(self.xSepi2, self.xSmas2, self.xSfem2)
                        if self.xSs2.State:
                            self.lGeneratedFlex.append((sLemma2, sLemma, sTag2+":s/*"))
                            self.lGeneratedFlex.append((sLemma2+"s", sLemma, sTag2+":p/*"))
                            self.lGeneratedFlex.append((sLemma2, sTag2+":s/*"))
                            self.lGeneratedFlex.append((sLemma2+"s", sTag2+":p/*"))
                        elif self.xSx2.State:
                            self.lGeneratedFlex.append((sLemma2, sLemma, sTag2+":s/*"))
                            self.lGeneratedFlex.append((sLemma2+"x", sLemma, sTag2+":p/*"))
                            self.lGeneratedFlex.append((sLemma2, sTag2+":s/*"))
                            self.lGeneratedFlex.append((sLemma2+"x", sTag2+":p/*"))
                        elif self.xSinv2.State:
                            self.lGeneratedFlex.append((sLemma2, sLemma, sTag2+":i/*"))
                            self.lGeneratedFlex.append((sLemma2, sTag2+":i/*"))
            elif self._getRadioValue(self.xM1, self.xM2, self.xMP):
                # Nom propre
                sPOS = self._getRadioValue(self.xM1, self.xM2, self.xMP)
                sLemma = sLemma[0:1].upper() + sLemma[1:];
                self.sLemma = self.sLemma[0:1].upper() + self.sLemma[1:];
                sGenderTag = self._getRadioValue(self.xMepi, self.xMmas, self.xMfem)
                if sGenderTag:
                    self.lGeneratedFlex.append((sLemma, sLemma, sPOS+sGenderTag+":i/*"))
                    self.lGeneratedFlex.append((self.sLemma, sPOS+sGenderTag+":i/*"))
            elif self.xV.State:
                # Verbe
                if sLemma.endswith(("er", "ir", "re")):
                    sLemma = sLemma.lower()
                if self.sLemma.endswith(("er", "ir", "re")):
                    self.sLemma = self.sLemma.lower()
                    c_i = "i"  if self.xV_i.State  else "_"
                    c_t = "t"  if self.xV_t.State  else "_"
                    c_n = "n"  if self.xV_n.State  else "_"
                    c_p = "p"  if self.xV_p.State  else "_"
                    c_m = "m"  if self.xV_m.State  else "_"
                    c_ae = "e"  if self.xV_ae.State  else "_"
                    c_aa = "a"  if self.xV_aa.State  else "_"
                    sVerbTag = c_i + c_t + c_n + c_p + c_m + c_ae + c_aa
                    if not sVerbTag.endswith("__") and not sVerbTag.startswith("____"):
                        sVerbPattern = self.xVpattern.Text.strip()
                        if not sVerbPattern:
                            # Utilisation du générateur de conjugaison
                            for sFlexion, sFlexTags in conjgen.conjugate(sLemma, sVerbTag, bool(self.xV_pp.State)):
                                self.lGeneratedFlex.append((sFlexion, sLemma, sFlexTags))
                            for sFlexion, sFlexTags in conjgen.conjugate(self.sLemma, sVerbTag, bool(self.xV_pp.State)):
                                self.lGeneratedFlex.append((sFlexion, sFlexTags))
                        else:
                            # copie du motif d’un autre verbe : utilisation du conjugueur
                            if conj.isVerb(sVerbPattern):
                                oVerb = conj.Verb(sLemma, sVerbPattern)
                                oVerb = conj.Verb(self.sLemma, sVerbPattern)
                                for sTag1, dFlex in oVerb.dConj.items():
                                    if sTag1 != ":Q":
                                        for sTag2, sConj in dFlex.items():
                                            if sTag2.startswith(":") and sConj:
                                                self.lGeneratedFlex.append((sConj, sLemma, ":V" + oVerb.cGroup + "_" + sVerbTag + sTag1 + sTag2))
                                                self.lGeneratedFlex.append((sConj, ":V" + oVerb.cGroup + "_" + sVerbTag + sTag1 + sTag2))
                                    else:
                                        # participes passés
                                        if dFlex[":Q3"]:
                                            if dFlex[":Q2"]:
                                                self.lGeneratedFlex.append((dFlex[":Q1"], sLemma, ":V" + oVerb.cGroup + "_" + sVerbTag + ":Q:A:m:s/*"))
                                                self.lGeneratedFlex.append((dFlex[":Q2"], sLemma, ":V" + oVerb.cGroup + "_" + sVerbTag + ":Q:A:m:p/*"))
                                                self.lGeneratedFlex.append((dFlex[":Q1"], ":V" + oVerb.cGroup + "_" + sVerbTag + ":Q:A:m:s/*"))
                                                self.lGeneratedFlex.append((dFlex[":Q2"], ":V" + oVerb.cGroup + "_" + sVerbTag + ":Q:A:m:p/*"))
                                            else:
                                                self.lGeneratedFlex.append((dFlex[":Q1"], sLemma, ":V" + oVerb.cGroup + "_" + sVerbTag + ":Q:A:m:i/*"))
                                            self.lGeneratedFlex.append((dFlex[":Q3"], sLemma, ":V" + oVerb.cGroup + "_" + sVerbTag + ":Q:A:f:s/*"))
                                            self.lGeneratedFlex.append((dFlex[":Q4"], sLemma, ":V" + oVerb.cGroup + "_" + sVerbTag + ":Q:A:f:p/*"))
                                                self.lGeneratedFlex.append((dFlex[":Q1"], ":V" + oVerb.cGroup + "_" + sVerbTag + ":Q:A:m:i/*"))
                                            self.lGeneratedFlex.append((dFlex[":Q3"], ":V" + oVerb.cGroup + "_" + sVerbTag + ":Q:A:f:s/*"))
                                            self.lGeneratedFlex.append((dFlex[":Q4"], ":V" + oVerb.cGroup + "_" + sVerbTag + ":Q:A:f:p/*"))
                                        else:
                                            self.lGeneratedFlex.append((dFlex[":Q1"], sLemma, ":V" + oVerb.cGroup + "_" + sVerbTag + ":Q:e:i/*"))
                                            self.lGeneratedFlex.append((dFlex[":Q1"], ":V" + oVerb.cGroup + "_" + sVerbTag + ":Q:e:i/*"))
            elif self.xW.State:
                # Adverbe
                sLemma = sLemma.lower();
                self.lGeneratedFlex.append((sLemma, sLemma, ":W/*"))
                self.sLemma = self.sLemma.lower();
                self.lGeneratedFlex.append((self.sLemma, ":W/*"))
            elif self.xX.State:
                # Autre
                sFlexion = self.xFlexion.Text.strip()
                sTags = self.xTags.Text.strip()
                if sFlexion and sTags.startswith(":"):
                    self.lGeneratedFlex.append((sFlexion, sLemma, sTags))
                    self.lGeneratedFlex.append((sFlexion, sTags))
        self._showGenWords()

    def _showGenWords (self):
        xGridDataModel = self.xGridModelNew.GridDataModel
        xGridDataModel.removeAllRows()
        if not self.lGeneratedFlex:
            self.xAdd.Enabled = False
            return
        for i, (sFlexion, sLemma, sTag) in enumerate(self.lGeneratedFlex):
            xGridDataModel.addRow(i, (sFlexion, sLemma, sTag))
        for i, (sFlexion, sTag) in enumerate(self.lGeneratedFlex):
            xGridDataModel.addRow(i, (sFlexion, sTag))
        self.xAdd.Enabled = True

    def _resetWidgets (self):
        self.xLemma.Text = ""
        self.xNA.State = False
        self.xN.State = False
        self.xA.State = False
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    @_waitPointer
    def addToLexicon (self):
        self.xAdd.Enabled = False
        xGridDataModelNew = self.xGridModelNew.GridDataModel
        xGridDataModelLex = self.xGridModelLex.GridDataModel
        nStart = xGridDataModelLex.RowCount
        for i in range(xGridDataModelNew.RowCount):
            sFlexion, sLemma, sTag = xGridDataModelNew.getRowData(i)
            xGridDataModelLex.addRow(nStart + i, (sFlexion, sLemma, sTag))
            sFlexion, sTag = xGridDataModelNew.getRowData(i)
            xGridDataModelLex.addRow(nStart + i, (sFlexion, self.sLemma, sTag))
        self.xSave.Enabled = True
        self.xNumLex.Label = str(int(self.xNumLex.Label) + xGridDataModelNew.RowCount)
        self._resetWidgets()

    @_waitPointer
    def deleteSelectedEntries (self):
        # generated entries
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