# Lexicon Editor
# by Olivier R.
# License: MPL 2
import unohelper
import uno
import json
import re
import os
import traceback
import platform
import helpers
import lxe_strings as ui
import grammalecte.graphspell as sc
import grammalecte.graphspell.dawg as dawg
import grammalecte.graphspell.ibdawg as ibdawg
import grammalecte.fr.conj as conj
import grammalecte.fr.conj_generator as conjgen
import SearchWords
import TagsInfo
from com.sun.star.task import XJobExecutor
from com.sun.star.awt import XActionListener
from com.sun.star.awt import XTopWindowListener
from com.sun.star.awt import XKeyListener
from com.sun.star.awt.MessageBoxButtons import BUTTONS_OK
# BUTTONS_OK, BUTTONS_OK_CANCEL, BUTTONS_YES_NO, BUTTONS_YES_NO_CANCEL, BUTTONS_RETRY_CANCEL, BUTTONS_ABORT_IGNORE_RETRY
# DEFAULT_BUTTON_OK, DEFAULT_BUTTON_CANCEL, DEFAULT_BUTTON_RETRY, DEFAULT_BUTTON_YES, DEFAULT_BUTTON_NO, DEFAULT_BUTTON_IGNORE
from com.sun.star.awt.MessageBoxType import INFOBOX, ERRORBOX # MESSAGEBOX, INFOBOX, WARNINGBOX, ERRORBOX, QUERYBOX
def MessageBox (xDocument, sMsg, sTitle, nBoxType=INFOBOX, nBoxButtons=BUTTONS_OK):
xParentWin = xDocument.CurrentController.Frame.ContainerWindow
ctx = uno.getComponentContext()
xToolkit = ctx.ServiceManager.createInstanceWithContext("com.sun.star.awt.Toolkit", ctx)
xMsgBox = xToolkit.createMessageBox(xParentWin, nBoxType, nBoxButtons, sTitle, sMsg)
return xMsgBox.execute()
def _waitPointer (funcDecorated):
def wrapper (*args, **kwargs):
# self is the first parameter if the decorator is applied on a object
self = args[0]
# before
xPointer = self.xSvMgr.createInstanceWithContext("com.sun.star.awt.Pointer", self.ctx)
xPointer.setType(uno.getConstantByName("com.sun.star.awt.SystemPointer.WAIT"))
xWindowPeer = self.xContainer.getPeer()
xWindowPeer.setPointer(xPointer)
for x in xWindowPeer.Windows:
x.setPointer(xPointer)
# processing
result = funcDecorated(*args, **kwargs)
# after
xPointer.setType(uno.getConstantByName("com.sun.star.awt.SystemPointer.ARROW"))
xWindowPeer.setPointer(xPointer)
for x in xWindowPeer.Windows:
x.setPointer(xPointer)
self.xContainer.setVisible(True) # seems necessary to refresh the dialog box and text widgets (why?)
# return
return result
return wrapper
class LexiconEditor (unohelper.Base, XActionListener, XTopWindowListener, XKeyListener, XJobExecutor):
def __init__ (self, ctx):
self.ctx = ctx
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.bClosed = False
self.oPersonalDicJSON = None
# data
self.sLemma = ""
self.lGeneratedFlex = []
# options node
self.xSettingNode = helpers.getConfigSetting("/org.openoffice.Lightproof_grammalecte/Other/", True)
self.xOptionNode = self.xSettingNode.getByName("o_fr")
def _addWidget (self, name, wtype, x, y, w, h, **kwargs):
xWidget = self.xDialog.createInstance('com.sun.star.awt.UnoControl%sModel' % wtype)
xWidget.Name = name
xWidget.PositionX = x
xWidget.PositionY = y
xWidget.Width = w
xWidget.Height = h
for k, w in kwargs.items():
setattr(xWidget, k, w)
self.xDialog.insertByName(name, xWidget)
return xWidget
def _addGrid (self, name, x, y, w, h, columns, **kwargs):
xGridModel = self.xDialog.createInstance('com.sun.star.awt.grid.UnoControlGridModel')
xGridModel.Name = name
xGridModel.PositionX = x
xGridModel.PositionY = y
xGridModel.Width = w
xGridModel.Height = h
xColumnModel = xGridModel.ColumnModel
for e in columns:
xCol = xColumnModel.createColumn()
for k, w in e.items():
setattr(xCol, k, w)
xColumnModel.addColumn(xCol)
for k, w in kwargs.items():
setattr(xGridModel, k, w)
self.xDialog.insertByName(name, xGridModel)
return xGridModel
def run (self, sLang, sWord=""):
# ui lang
ui.selectLang(sLang)
self.sLang = sLang
# dialog
self.xDialog = self.xSvMgr.createInstanceWithContext('com.sun.star.awt.UnoControlDialogModel', self.ctx)
self.xDialog.Width = 550
self.xDialog.Height = 290
self.xDialog.Title = ui.get('title')
xWindowSize = helpers.getWindowSize()
self.xDialog.PositionX = int((xWindowSize.Width / 2) - (self.xDialog.Width / 2))
self.xDialog.PositionY = int((xWindowSize.Height / 2) - (self.xDialog.Height / 2))
# fonts
xFDTitle = uno.createUnoStruct("com.sun.star.awt.FontDescriptor")
xFDTitle.Height = 9
xFDTitle.Weight = uno.getConstantByName("com.sun.star.awt.FontWeight.BOLD")
xFDTitle.Name = "Verdana"
xFDSubTitle = uno.createUnoStruct("com.sun.star.awt.FontDescriptor")
xFDSubTitle.Height = 8
xFDSubTitle.Weight = uno.getConstantByName("com.sun.star.awt.FontWeight.BOLD")
xFDSubTitle.Name = "Verdana"
# widget
nX1 = 5
nX2 = 15
nY0 = 5
nY1 = nY0 + 13
nY2 = nY1 + 25 # nom commun
nY3 = nY2 + 95 # nom propre
nY4 = nY3 + 45 # verbe
nY5 = nY4 + 68 # adverbe
nY6 = nY5 + 13 # autre
nXB = nX1 + 175
nXC = nXB + 165
nHeight = 10
#### Dictionary section
self._addWidget("dictionary_section", 'FixedLine', nX1, nY0, 170, nHeight, Label = ui.get("dictionary_section"), FontDescriptor = xFDTitle, TextColor = 0x000088)
self._addWidget("save_date_label", 'FixedText', nXB, nY0+2, 80, nHeight, Label = ui.get("save_date_label"), FontDescriptor = xFDSubTitle, TextColor = 0x000088)
self._addWidget("num_of_entries_label2", 'FixedText', nXC, nY0+2, 65, nHeight, Label = ui.get("num_of_entries_label"), FontDescriptor = xFDSubTitle, TextColor = 0x000088)
self.xDateDic = self._addWidget("save_date", 'FixedText', nXB+85, nY0+2, 75, nHeight, Label = ui.get("void"), FontDescriptor = xFDSubTitle, TextColor = 0x000088)
self.xNumDic = self._addWidget("num_of_entries2", 'FixedText', nXC+70, nY0+2, 45, nHeight, Label = "0", FontDescriptor = xFDSubTitle, TextColor = 0x000088)
self.xImport = self._addWidget('import_button', 'Button', self.xDialog.Width-90, nY0, 40, 12, Label = ui.get('import_button'), FontDescriptor = xFDSubTitle, TextColor = 0x000055)
self.xExport = self._addWidget('export_button', 'Button', self.xDialog.Width-45, nY0, 40, 12, Label = ui.get('export_button'), FontDescriptor = xFDSubTitle, TextColor = 0x000055)
#### Add word
self._addWidget("add_section", 'FixedLine', nX1, nY1, 170, nHeight, Label = ui.get("add_section"), FontDescriptor = xFDTitle)
self.xLemma = self._addWidget('lemma', 'Edit', nX1, nY1+10, 100, 14, Text = sWord, FontDescriptor = xFDTitle)
self._addWidget('search_button', 'Button', nX1+105, nY1+11, 45, 12, Label = ui.get('search_button'), FontDescriptor = xFDSubTitle, TextColor = 0x555500)
self._addWidget('information_button', 'Button', nX1+155, nY1+11, 15, 12, Label = ui.get('information_button'), FontDescriptor = xFDSubTitle, TextColor = 0x555500)
# Radio buttons: main POS tag
# Note: the only way to group RadioButtons is to create them successively
self.xNA = self._addWidget('nom_adj', 'RadioButton', nX1, nY2+12, 60, nHeight, Label = ui.get("nom_adj"), HelpText = ":N:A")
self.xN = self._addWidget('nom', 'RadioButton', nX1, nY2+22, 60, nHeight, Label = ui.get("nom"), HelpText = ":N")
self.xA = self._addWidget('adj', 'RadioButton', nX1, nY2+32, 60, nHeight, Label = ui.get("adj"), HelpText = ":A")
self.xM1 = self._addWidget('M1', 'RadioButton', nX1, nY3+12, 60, nHeight, Label = ui.get("M1"), HelpText = ":M1")
self.xM2 = self._addWidget('M2', 'RadioButton', nX1, nY3+22, 60, nHeight, Label = ui.get("M2"), HelpText = ":M2")
self.xMP = self._addWidget('MP', 'RadioButton', nX1, nY3+32, 60, nHeight, Label = ui.get("MP"), HelpText = ":MP")
self.xV = self._addWidget('verb', 'RadioButton', nX1, nY4+2, 35, nHeight, Label = ui.get("verb"), FontDescriptor = xFDSubTitle, HelpText = ":V")
self.xW = self._addWidget('adv', 'RadioButton', nX1, nY5+2, 35, nHeight, Label = ui.get("adverb"), FontDescriptor = xFDSubTitle, HelpText = ":W")
self.xX = self._addWidget('other', 'RadioButton', nX1, nY6+2, 35, nHeight, Label = ui.get("other"), FontDescriptor = xFDSubTitle, HelpText = ":X")
# Nom, adjectif
self._addWidget("fl_nom_adj", 'FixedLine', nX1, nY2, 170, nHeight, Label = ui.get("common_name"), FontDescriptor = xFDSubTitle)
self.xSepi = self._addWidget('Sepi', 'RadioButton', nX1+65, nY2+12, 50, nHeight, Label = ui.get("epi"), HelpText = ":e")
self.xSmas = self._addWidget('Smas', 'RadioButton', nX1+65, nY2+22, 50, nHeight, Label = ui.get("mas"), HelpText = ":m")
self.xSfem = self._addWidget('Sfem', 'RadioButton', nX1+65, nY2+32, 50, nHeight, Label = ui.get("fem"), HelpText = ":f")
self._addWidget("fl_sep1", 'FixedLine', nX1, nY2, 1, nHeight)
self.xSs = self._addWidget('Ss', 'RadioButton', nX1+115, nY2+12, 50, nHeight, Label = ui.get("-s"), HelpText = "·s")
self.xSx = self._addWidget('Sx', 'RadioButton', nX1+115, nY2+22, 50, nHeight, Label = ui.get("-x"), HelpText = "·x")
self.xSinv = self._addWidget('Sinv', 'RadioButton', nX1+115, nY2+32, 50, nHeight, Label = ui.get("inv"), HelpText = ":i")
self._addWidget("alt_lemma_label", 'FixedLine', nX1+10, nY2+42, 160, nHeight, Label = ui.get("alt_lemma"))
self.xAltLemma = self._addWidget('alt_lemma', 'Edit', nX1+10, nY2+52, 110, nHeight)
self.xNA2 = self._addWidget('nom_adj2', 'RadioButton', nX1+10, nY2+65, 60, nHeight, Label = ui.get("nom_adj"), HelpText = ":N:A")
self.xN2 = self._addWidget('nom2', 'RadioButton', nX1+10, nY2+75, 60, nHeight, Label = ui.get("nom"), HelpText = ":N")
self.xA2 = self._addWidget('adj2', 'RadioButton', nX1+10, nY2+85, 60, nHeight, Label = ui.get("adj"), HelpText = ":A")
self._addWidget("fl_sep2", 'FixedLine', nX1, nY2, 1, nHeight)
self.xSepi2 = self._addWidget('Sepi2', 'RadioButton', nX1+70, nY2+65, 50, nHeight, Label = ui.get("epi"), HelpText = ":e")
self.xSmas2 = self._addWidget('Smas2', 'RadioButton', nX1+70, nY2+75, 50, nHeight, Label = ui.get("mas"), HelpText = ":m")
self.xSfem2 = self._addWidget('Sfem2', 'RadioButton', nX1+70, nY2+85, 50, nHeight, Label = ui.get("fem"), HelpText = ":f")
self._addWidget("fl_sep3", 'FixedLine', nX1, nY2, 1, nHeight)
self.xSs2 = self._addWidget('Ss2', 'RadioButton', nX1+120, nY2+65, 50, nHeight, Label = ui.get("-s"), HelpText = "·s")
self.xSx2 = self._addWidget('Sx2', 'RadioButton', nX1+120, nY2+75, 50, nHeight, Label = ui.get("-x"), HelpText = "·x")
self.xSinv2 = self._addWidget('Sinv2', 'RadioButton', nX1+120, nY2+85, 50, nHeight, Label = ui.get("inv"), HelpText = ":i")
# Nom propre
self._addWidget("fl_M", 'FixedLine', nX1, nY3, 170, nHeight, Label = ui.get("proper_name"), FontDescriptor = xFDSubTitle)
self.xMepi = self._addWidget('Mepi', 'RadioButton', nX1+65, nY3+12, 50, nHeight, Label = ui.get("epi"), HelpText = ":e")
self.xMmas = self._addWidget('Mmas', 'RadioButton', nX1+65, nY3+22, 50, nHeight, Label = ui.get("mas"), HelpText = ":m")
self.xMfem = self._addWidget('Mfem', 'RadioButton', nX1+65, nY3+32, 50, nHeight, Label = ui.get("fem"), HelpText = ":f")
# Verbe
self._addWidget("fl_verb", 'FixedLine', nX2+30, nY4, 130, nHeight, FontDescriptor = xFDSubTitle)
self.xV_i = self._addWidget('v_i', 'CheckBox', nX2, nY4+12, 60, nHeight, Label = ui.get("v_i"))
self.xV_t = self._addWidget('v_t', 'CheckBox', nX2, nY4+20, 60, nHeight, Label = ui.get("v_t"))
self.xV_n = self._addWidget('v_n', 'CheckBox', nX2, nY4+28, 60, nHeight, Label = ui.get("v_n"))
self.xV_p = self._addWidget('v_p', 'CheckBox', nX2, nY4+36, 60, nHeight, Label = ui.get("v_p"))
self.xV_m = self._addWidget('v_m', 'CheckBox', nX2, nY4+44, 60, nHeight, Label = ui.get("v_m"))
self._addWidget('aux', 'FixedText', nX2+75, nY4+10, 90, nHeight, Label = ui.get("aux"))
self.xV_ae = self._addWidget('v_ae', 'CheckBox', nX2+75, nY4+20, 90, nHeight, Label = ui.get("v_ae"))
self.xV_aa = self._addWidget('v_aa', 'CheckBox', nX2+75, nY4+28, 90, nHeight, Label = ui.get("v_aa"))
self.xV_pp = self._addWidget('v_pp', 'CheckBox', nX2+75, nY4+44, 90, nHeight, Label = ui.get("v_pp"))
self._addWidget('v_pattern_label', 'FixedText', nX2, nY4+56, 75, nHeight, Label = ui.get('v_pattern'), Align = 2)
self.xVpattern = self._addWidget('v_pattern', 'Edit', nX2+80, nY4+56, 80, nHeight)
# Adverbe
self._addWidget("fl_adv", 'FixedLine', nX2+30, nY5, 130, nHeight, FontDescriptor = xFDSubTitle)
# Autre
self._addWidget("fl_other", 'FixedLine', nX2+30, nY6, 130, nHeight, FontDescriptor = xFDSubTitle)
self._addWidget('flexion_label', 'FixedText', nX2, nY6+11, 22, nHeight, Label = ui.get('flexion'), Align = 2)
self.xFlexion = self._addWidget('flexion', 'Edit', nX2+25, nY6+10, 50, nHeight)
self._addWidget('tags_label', 'FixedText', nX2+80, nY6+11, 27, nHeight, Label = ui.get('tags'), Align = 2)
self.xTags = self._addWidget('tags', 'Edit', nX2+110, nY6+10, 50, nHeight)
#### Generated words
self._addWidget("gwords_section", 'FixedLine', nXB, nY1, 160, nHeight, Label = ui.get("new_section"), FontDescriptor = xFDTitle)
self.xGridModelNew = self._addGrid("list_grid_gwords", nXB, nY1+10, 160, 240, [
{"Title": ui.get("lex_flex"), "ColumnWidth": 80},
{"Title": ui.get("lex_tags"), "ColumnWidth": 80}
], SelectionModel = uno.Enum("com.sun.star.view.SelectionType", "MULTI"))
self.xAdd = self._addWidget('add_button', 'Button', nXB, nY1+255, 75, 12, Label = ui.get('add_button'), FontDescriptor = xFDSubTitle, TextColor = 0x005500, Enabled = False)
self.xDelete = self._addWidget('delete_button', 'Button', nXB+80, nY1+255, 80, 12, Label = ui.get('delete_button'), FontDescriptor = xFDSubTitle, TextColor = 0x550000)
#### Lexicon section
self._addWidget("lexicon_section", 'FixedLine', nXC, nY1, 200, nHeight, Label = ui.get("lexicon_section"), FontDescriptor = xFDTitle)
self.xGridModelLex = self._addGrid("list_grid_lexicon", nXC, nY1+10, 200, 240, [
{"Title": ui.get("lex_flex"), "ColumnWidth": 65},
{"Title": ui.get("lex_lemma"), "ColumnWidth": 50},
{"Title": ui.get("lex_tags"), "ColumnWidth": 65}
], SelectionModel = uno.Enum("com.sun.star.view.SelectionType", "MULTI"))
self._addWidget("num_of_entries_label1", 'FixedText', nXC, nY1+257, 60, nHeight, Label = ui.get("num_of_entries_label"), FontDescriptor = xFDSubTitle)
self.xNumLex = self._addWidget("num_of_entries1", 'FixedText', nXC+65, nY1+257, 40, nHeight, Label = "0", FontDescriptor = xFDSubTitle)
self.xSave = self._addWidget('save_button', 'Button', nXC+110, nY1+255, 45, 12, Label = ui.get('save_button'), FontDescriptor = xFDSubTitle, TextColor = 0x005500)
self._addWidget('close_button', 'Button', nXC+160, nY1+255, 40, 12, Label = ui.get('close_button'), FontDescriptor = xFDSubTitle, TextColor = 0x550000)
self.loadLexicon()
# container
self.xContainer = self.xSvMgr.createInstanceWithContext('com.sun.star.awt.UnoControlDialog', self.ctx)
self.xContainer.setModel(self.xDialog)
self.xGridControlNew = self.xContainer.getControl('list_grid_gwords')
self.xGridControlLex = self.xContainer.getControl('list_grid_lexicon')
#helpers.xray(self.xContainer.getControl('lemma'))
self._createKeyListeners(['lemma', 'alt_lemma', "v_pattern", 'flexion', 'tags'], "Update")
self._createActionListeners(['nom_adj', 'nom', 'adj', 'M1', 'M2', 'MP', 'verb', 'adv', 'other', \
'Sepi', 'Smas', 'Sfem', 'Ss', 'Sx', 'Sinv', 'nom_adj2', 'nom2', 'adj2', \
'Sepi2', 'Smas2', 'Sfem2', 'Ss2', 'Sx2', 'Sinv2', 'Mepi', 'Mmas', 'Mfem', \
'v_i', 'v_t', 'v_n', 'v_p', 'v_m', 'v_ae', 'v_aa', 'v_pp'], "Update")
self.xContainer.getControl('search_button').addActionListener(self)
self.xContainer.getControl('search_button').setActionCommand('SearchWords')
self.xContainer.getControl('information_button').addActionListener(self)
self.xContainer.getControl('information_button').setActionCommand('TagsInfo')
self.xContainer.getControl('add_button').addActionListener(self)
self.xContainer.getControl('add_button').setActionCommand('Add')
self.xContainer.getControl('delete_button').addActionListener(self)
self.xContainer.getControl('delete_button').setActionCommand('Delete')
self.xContainer.getControl('save_button').addActionListener(self)
self.xContainer.getControl('save_button').setActionCommand('Save')
self.xContainer.getControl('import_button').addActionListener(self)
self.xContainer.getControl('import_button').setActionCommand('Import')
self.xContainer.getControl('export_button').addActionListener(self)
self.xContainer.getControl('export_button').setActionCommand('Export')
self.xContainer.getControl('close_button').addActionListener(self)
self.xContainer.getControl('close_button').setActionCommand('Close')
self.xContainer.addTopWindowListener(self) # listener with XTopWindowListener methods
self.xContainer.setVisible(True) # True for non modal dialog
xToolkit = self.xSvMgr.createInstanceWithContext('com.sun.star.awt.ExtToolkit', self.ctx)
self.xContainer.createPeer(xToolkit, None)
#self.xContainer.execute() # For modal dialog
def _createKeyListeners (self, lNames, sAction):
for sName in lNames:
self.xContainer.getControl(sName).addKeyListener(self)
def _createActionListeners (self, lNames, sAction):
for sName in lNames:
self.xContainer.getControl(sName).addActionListener(self)
self.xContainer.getControl(sName).setActionCommand(sAction)
def newEntry (self, sWord):
self.xLemma.Text = sWord
# XActionListener
def actionPerformed (self, xActionEvent):
try:
if xActionEvent.ActionCommand == "Update":
self.updateGenWords()
elif xActionEvent.ActionCommand == "SearchWords":
self.launchSearchWords()
elif xActionEvent.ActionCommand == "TagsInfo":
self.launchTagsInfo()
elif xActionEvent.ActionCommand == "Add":
self.addToLexicon()
elif xActionEvent.ActionCommand == "Delete":
self.deleteSelectedEntries()
elif xActionEvent.ActionCommand == "Save":
self.saveLexicon()
elif xActionEvent.ActionCommand == "Import":
self.importDictionary()
elif xActionEvent.ActionCommand == "Export":
self.exportDictionary()
elif xActionEvent.ActionCommand == 'Info':
pass
elif xActionEvent.ActionCommand == "Close":
self.bClosed = True
self.xContainer.dispose() # Non modal dialog
#self.xContainer.endExecute() # Modal dialog
except:
traceback.print_exc()
# XTopWindowListener (useful for non modal dialog only)
def windowOpened (self, xEvent):
return
def windowClosing (self, xEvent):
self.xContainer.dispose() # Non modal dialog
def windowClosed (self, xEvent):
return
def windowMinimized (self, xEvent):
return
def windowNormalized (self, xEvent):
return
def windowActivated (self, xEvent):
return
def windowDeactivated (self, xEvent):
return
# XKeyListener
def keyPressed (self, xKeyEvent):
pass
def keyReleased (self, xKeyEvent):
self.updateGenWords()
# XJobExecutor
def trigger (self, args):
try:
xDialog = LexiconEditor(self.ctx)
xDialog.run()
except:
traceback.print_exc()
# Code
def launchSearchWords (self):
xDialog = SearchWords.SearchWords(self.ctx)
xDialog.run(self.sLang, self.oPersonalDicJSON)
def launchTagsInfo (self):
xDialog = TagsInfo.TagsInfo(self.ctx)
xDialog.run(self.sLang)
#@_waitPointer (don’t: strange behavior when dialog is not finished)
def loadLexicon (self):
xGridDataModel = self.xGridModelLex.GridDataModel
xGridDataModel.removeAllRows()
sJSON = self.xOptionNode.getPropertyValue("personal_dic")
if sJSON:
try:
self.oPersonalDicJSON = json.loads(sJSON)
oIBDAWG = ibdawg.IBDAWG(self.oPersonalDicJSON)
for i, aEntry in enumerate(oIBDAWG.select()):
xGridDataModel.addRow(i, aEntry)
self.xNumLex.Label = str(i)
self.xNumDic.Label = str(i)
self.xDateDic.Label = oIBDAWG.sDate
except:
sMessage = ui.get('not_loaded')
sMessage += traceback.format_exc()
MessageBox(self.xDocument, sMessage, ui.get('load_title'), ERRORBOX)
else:
self.xNumLex.Label = 0
self.xNumDic.Label = 0
self.xDateDic.Label = ui.get("void")
@_waitPointer
def importDictionary (self):
spfImported = ""
try:
xFilePicker = self.xSvMgr.createInstanceWithContext('com.sun.star.ui.dialogs.FilePicker', self.ctx) # other possibility: com.sun.star.ui.dialogs.SystemFilePicker
xFilePicker.initialize([uno.getConstantByName("com.sun.star.ui.dialogs.TemplateDescription.FILEOPEN_SIMPLE")]) # seems useless
xFilePicker.appendFilter("Supported files", "*.json")
xFilePicker.setDefaultName("fr.__personal__.json") # useless, doesn’t work
xFilePicker.setDisplayDirectory("")
xFilePicker.setMultiSelectionMode(False)
nResult = xFilePicker.execute()
if nResult == 1:
# lFile = xFilePicker.getSelectedFiles()
lFile = xFilePicker.getFiles()
#print(lFile)
#MessageBox(self.xDocument, "File(s): " + str(lFile), "DEBUG", INFOBOX)
spfImported = lFile[0][5:].lstrip("/") # remove file://
if platform.system() != "Windows":
spfImported = "/" + spfImported
except:
spfImported = os.path.join(os.path.expanduser("~"), "fr.__personal__.json") # workaround
if spfImported and os.path.isfile(spfImported):
with open(spfImported, "r", encoding="utf-8") as hDst:
sJSON = hDst.read()
try:
sTest = json.loads(sJSON)
except:
sMessage = ui.get('wrong_json', "#err_msg: %s") % spfImported
MessageBox(self.xDocument, sMessage, ui.get('import_title'), ERRORBOX)
else:
self.xOptionNode.setPropertyValue("personal_dic", sJSON)
self.xSettingNode.commitChanges()
self.loadLexicon()
else:
sMessage = ui.get('file_not_found', "#err_msg: %s") % spfImported
MessageBox(self.xDocument, sMessage, ui.get('import_title'), ERRORBOX)
@_waitPointer
def saveLexicon (self):
xGridDataModel = self.xGridModelLex.GridDataModel
lEntry = []
for i in range(xGridDataModel.RowCount):
lEntry.append(xGridDataModel.getRowData(i))
if lEntry:
oDAWG = dawg.DAWG(lEntry, "S", "fr", "Français", "fr.__personal__", "Dictionnaire personnel")
self.oPersonalDicJSON = oDAWG.getBinaryAsJSON()
self.xOptionNode.setPropertyValue("personal_dic", json.dumps(self.oPersonalDicJSON, ensure_ascii=False))
self.xSettingNode.commitChanges()
self.xNumDic.Label = str(self.oPersonalDicJSON["nEntry"])
self.xDateDic.Label = self.oPersonalDicJSON["sDate"]
else:
self.xOptionNode.setPropertyValue("personal_dic", "")
self.xSettingNode.commitChanges()
self.xNumDic.Label = "0"
self.xDateDic.Label = ui.get("void")
MessageBox(self.xDocument, ui.get('save_message'), ui.get('save_title'))
def exportDictionary (self):
try:
xFilePicker = self.xSvMgr.createInstanceWithContext('com.sun.star.ui.dialogs.FilePicker', self.ctx) # other possibility: com.sun.star.ui.dialogs.SystemFilePicker
xFilePicker.initialize([uno.getConstantByName("com.sun.star.ui.dialogs.TemplateDescription.FILESAVE_SIMPLE")]) # seems useless
xFilePicker.appendFilter("Supported files", "*.json")
xFilePicker.setDefaultName("fr.__personal__.json") # useless, doesn’t work
xFilePicker.setDisplayDirectory("")
xFilePicker.setMultiSelectionMode(False)
nResult = xFilePicker.execute()
if nResult == 1:
# lFile = xFilePicker.getSelectedFiles()
lFile = xFilePicker.getFiles()
spfExported = lFile[0][5:].lstrip("/") # remove file://
if platform.system() != "Windows":
spfExported = "/" + spfExported
#spfExported = os.path.join(os.path.expanduser("~"), "fr.personal.json")
sJSON = self.xOptionNode.getPropertyValue("personal_dic")
if sJSON:
with open(spfExported, "w", encoding="utf-8") as hDst:
hDst.write(sJSON)
sMessage = ui.get('export_message', "#err_msg: %s") % spfExported
else:
sMessage = ui.get('empty_dictionary')
MessageBox(self.xDocument, sMessage, ui.get('export_title'))
except:
sMessage = traceback.format_exc()
MessageBox(self.xDocument, sMessage, ui.get('export_title'), ERRORBOX)
def _getRadioValue (self, *args):
for x in args:
if x.State:
return x.HelpText
return None
@_waitPointer
def updateGenWords (self):
self.lGeneratedFlex = []
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((self.sLemma, sPOS+sGenderTag+":s/*"))
self.lGeneratedFlex.append((self.sLemma+"s", sPOS+sGenderTag+":p/*"))
elif self.xSx.State:
self.lGeneratedFlex.append((self.sLemma, sPOS+sGenderTag+":s/*"))
self.lGeneratedFlex.append((self.sLemma+"x", sPOS+sGenderTag+":p/*"))
elif self.xSinv.State:
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, sTag2+":s/*"))
self.lGeneratedFlex.append((sLemma2+"s", sTag2+":p/*"))
elif self.xSx2.State:
self.lGeneratedFlex.append((sLemma2, sTag2+":s/*"))
self.lGeneratedFlex.append((sLemma2+"x", sTag2+":p/*"))
elif self.xSinv2.State:
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)
self.sLemma = self.sLemma[0:1].upper() + self.sLemma[1:];
sGenderTag = self._getRadioValue(self.xMepi, self.xMmas, self.xMfem)
if sGenderTag:
self.lGeneratedFlex.append((self.sLemma, sPOS+sGenderTag+":i/*"))
elif self.xV.State:
# Verbe
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 "p" in sVerbTag and not sVerbTag.startswith("___p_"):
sVerbTag = sVerbTag.replace("p", "q")
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(self.sLemma, sVerbTag, not 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(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, ":V" + oVerb.cGroup + "_" + sVerbTag + sTag1 + sTag2))
else:
# participes passés
if dFlex[":f:s"]:
if dFlex[":m:p"]:
self.lGeneratedFlex.append((dFlex[":m:s"], ":V" + oVerb.cGroup + "_" + sVerbTag + ":Q:A:m:s/*"))
self.lGeneratedFlex.append((dFlex[":m:p"], ":V" + oVerb.cGroup + "_" + sVerbTag + ":Q:A:m:p/*"))
else:
self.lGeneratedFlex.append((dFlex[":m:s"], ":V" + oVerb.cGroup + "_" + sVerbTag + ":Q:A:m:i/*"))
self.lGeneratedFlex.append((dFlex[":f:s"], ":V" + oVerb.cGroup + "_" + sVerbTag + ":Q:A:f:s/*"))
self.lGeneratedFlex.append((dFlex[":f:p"], ":V" + oVerb.cGroup + "_" + sVerbTag + ":Q:A:f:p/*"))
else:
self.lGeneratedFlex.append((dFlex[":m:s"], ":V" + oVerb.cGroup + "_" + sVerbTag + ":Q:e:i/*"))
elif self.xW.State:
# Adverbe
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, sTags))
self._showGenWords()
def _showGenWords (self):
xGridDataModel = self.xGridModelNew.GridDataModel
xGridDataModel.removeAllRows()
if not self.lGeneratedFlex:
self.xAdd.Enabled = False
return
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
self.xM1.State = False
self.xM2.State = False
self.xMP.State = False
self.xV.State = False
self.xW.State = False
self.xX.State = False
self.xSepi.State = False
self.xSmas.State = False
self.xSfem.State = False
self.xSs.State = False
self.xSx.State = False
self.xSinv.State = False
self.xAltLemma.Text = ""
self.xNA2.State = False
self.xN2.State = False
self.xA2.State = False
self.xSepi2.State = False
self.xSmas2.State = False
self.xSfem2.State = False
self.xSs2.State = False
self.xSx2.State = False
self.xSinv2.State = False
self.xMepi.State = False
self.xMmas.State = False
self.xMfem.State = False
self.xV_i.State = False
self.xV_t.State = False
self.xV_n.State = False
self.xV_p.State = False
self.xV_m.State = False
self.xV_ae.State = False
self.xV_aa.State = False
self.xV_pp.State = False
self.xVpattern.Text = ""
self.xFlexion.Text = ""
self.xTags.Text = ""
self.xGridModelNew.GridDataModel.removeAllRows()
@_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, 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
xGridDataModel = self.xGridModelNew.GridDataModel
#helpers.xray(xGridDataModel)
for i in self.xGridControlNew.getSelectedRows():
if i < xGridDataModel.RowCount:
xGridDataModel.removeRow(i)
self.xGridControlNew.deselectAllRows()
# lexicon
xGridDataModel = self.xGridModelLex.GridDataModel
nSelectedEntries = len(self.xGridControlLex.getSelectedRows())
for i in self.xGridControlLex.getSelectedRows():
if i < xGridDataModel.RowCount:
xGridDataModel.removeRow(i)
self.xGridControlLex.deselectAllRows()
self.xNumLex.Label = str(xGridDataModel.RowCount)
#g_ImplementationHelper = unohelper.ImplementationHelper()
#g_ImplementationHelper.addImplementation(LexiconEditor, 'net.grammalecte.LexiconEditor', ('com.sun.star.task.Job',))