def testUI2():
#print Parley.dataDirs()
#print Parley.pluginDirs()
#return
forms = Kross.module("forms")
mydialog = forms.createDialog("MyDialog")
mydialog.setButtons("Ok|Cancel")
mydialog.setFaceType("Plain") #Auto Plain List Tree Tabbed
print dir(mydialog)
#for attr in dir(mydialog):
#print attr, getattr(mydialog,attr)
mywidget = forms.createWidgetFromUIFile(
mydialog,
Parley.pluginDirs()[0] + "./mywidget.ui")
mydialog.setMainWidget(mywidget)
mywidget["QTextEdit"].setText("some string")
#print dir(mywidget["QPushButton"])
mywidget["QPushButton"].text = "Push me"
#mywidget.textEdit.setText("soooome string")
Parley.connect(mywidget["QPushButton"], "pressed()", click)
#print mywidget
print dir(mywidget)
if mydialog.exec_loop():
if mydialog.result() == "Ok":
print mywidget["QTextEdit"].text
def end_td(self):
#print "end of a table data"
#print "-" ,self.td_data , "-"
#print myParser.clearWord(self,self.td_data)
self.td_data = myParser.clearWord(self,self.td_data)
#matching on the second column (german) and getting the translation from 2 column's on the left
if self.td_data.lower() == self.word.lower(): #found word
#print self.td_data
self.keyword_found = True
if self.from_lang == "de": #then get the one that is two td_data behind (using the stack)
#print "Translation: ", self.td_data_stack[0]
Parley.addTranslation(self.word,self.from_lang,self.to_lang,self.td_data_stack[0].strip())
#matching on the first column (not german) and getting the translation from 2 column's on the right
if self.in_translation_td: #found translation
if self.from_lang != "de":
#print "Translation: ", self.td_data
Parley.addTranslation(self.word,self.from_lang,self.to_lang,self.td_data.strip())
self.in_translation_td = False
self.td_after = 0
self.keyword_found = False
#append td_data on the stack that keeps the last two ones
self.td_data_stack.append(self.td_data)
#make it keep only the last 2 td_data (works since we append only one item at a time)
if len(self.td_data_stack) > 2:
self.td_data_stack.pop(0)
self.td_data = ""
self.in_small = False
def handle_data(self,data):
if data == "Web definitions": self.stop = True #to make it stop after the web definitions
if len(self.tags_stack) > 0 and self.tags_stack[len(self.tags_stack)-1] == "<!translation!>":
#print "data: ", data
self.words.append(data.strip())
#print self.word, self.from_lang, self.to_lang
if self.stop == False:
w = self.clearWord(data)
Parley.addTranslation(self.word,self.from_lang,self.to_lang,w)
def testUI2():
#print Parley.dataDirs()
#print Parley.pluginDirs()
#return
forms = Kross.module("forms")
mydialog = forms.createDialog("MyDialog")
mydialog.setButtons("Ok|Cancel")
mydialog.setFaceType("Plain") #Auto Plain List Tree Tabbed
print dir(mydialog)
#for attr in dir(mydialog):
#print attr, getattr(mydialog,attr)
mywidget = forms.createWidgetFromUIFile(mydialog, Parley.pluginDirs()[0]+"./mywidget.ui")
mydialog.setMainWidget(mywidget)
mywidget["QTextEdit"].setText("some string")
#print dir(mywidget["QPushButton"])
mywidget["QPushButton"].text = "Push me"
#mywidget.textEdit.setText("soooome string")
Parley.connect(mywidget["QPushButton"],"pressed()",click)
#print mywidget
print dir(mywidget)
if mydialog.exec_loop():
if mydialog.result() == "Ok":
print mywidget["QTextEdit"].text
def end_td(self):
#print "end of a table data"
#print "-" ,self.td_data , "-"
#print myParser.clearWord(self,self.td_data)
self.td_data = myParser.clearWord(self, self.td_data)
#matching on the second column (german) and getting the translation from 2 column's on the left
if self.td_data.lower() == self.word.lower(): #found word
#print self.td_data
self.keyword_found = True
if self.from_lang == "de": #then get the one that is two td_data behind (using the stack)
#print "Translation: ", self.td_data_stack[0]
Parley.addTranslation(self.word, self.from_lang, self.to_lang,
self.td_data_stack[0].strip())
#matching on the first column (not german) and getting the translation from 2 column's on the right
if self.in_translation_td: #found translation
if self.from_lang != "de":
#print "Translation: ", self.td_data
Parley.addTranslation(self.word, self.from_lang, self.to_lang,
self.td_data.strip())
self.in_translation_td = False
self.td_after = 0
self.keyword_found = False
#append td_data on the stack that keeps the last two ones
self.td_data_stack.append(self.td_data)
#make it keep only the last 2 td_data (works since we append only one item at a time)
if len(self.td_data_stack) > 2:
self.td_data_stack.pop(0)
self.td_data = ""
self.in_small = False
def newDocument():
doc = Parley.newDocument()
doc.title = "New document"
#set identifiers
doc.appendNewIdentifier("English", "en_US")
doc.appendNewIdentifier("French", "fr")
#lessons
l1 = doc.newLesson("Lesson1")
doc.rootLesson.appendChildLesson(l1)
#first way
e = l1.newEntry()
e.setTranslation(0, "dog")
e.setTranslation(1, "chien")
l1.appendEntry(e)
#second way
ee = l1.newEntry(["glass", "verre"])
l1.appendEntry(ee)
#third way
ee = l1.appendNewEntry(["book", "livre"])
#new lesson (fast way)
l2 = doc.appendNewLesson("Lesson 2")
l2.appendNewEntry(["I", "je"])
#new lesson under Lesson 2
l3 = doc.appendNewLesson("Lesson 3", l2)
l3.appendNewEntry(["good morning", "bonjour"])
l5 = doc.newLesson("Lesson 5")
doc.appendLesson(l5)
#fl = doc.findLesson("Lesson 3")
#if fl != None:
#print "found"
#print fl.name
#else:
#print "not found"
#save document
doc.saveAs("/home/kde-devel/test_new_document.kvtml")
def newDocument():
doc = Parley.newDocument()
doc.title = "New document"
#set identifiers
doc.appendNewIdentifier("English","en_US")
doc.appendNewIdentifier("French","fr")
#lessons
l1 = doc.newLesson("Lesson1")
doc.rootLesson.appendChildLesson(l1)
#first way
e = l1.newEntry()
e.setTranslation(0,"dog")
e.setTranslation(1,"chien")
l1.appendEntry(e)
#second way
ee = l1.newEntry(["glass","verre"])
l1.appendEntry(ee)
#third way
ee = l1.appendNewEntry(["book","livre"])
#new lesson (fast way)
l2 = doc.appendNewLesson("Lesson 2")
l2.appendNewEntry(["I","je"]);
#new lesson under Lesson 2
l3 = doc.appendNewLesson("Lesson 3",l2)
l3.appendNewEntry(["good morning","bonjour"])
l5 = doc.newLesson("Lesson 5")
doc.appendLesson(l5)
#fl = doc.findLesson("Lesson 3")
#if fl != None:
#print "found"
#print fl.name
#else:
#print "not found"
#save document
doc.saveAs("/home/kde-devel/test_new_document.kvtml")
def markAsKnown():
for tr in Parley.selectedTranslations():
tr.grade = 7
def registerActions():
newaction = Parley.newAction("my_script1")
print newaction
newaction.text = "My script 1"
Parley.connect(newaction, "triggered()", actionFunction)
newaction2 = Parley.newAction("my_script1", "My script 2a")
Parley.connect(newaction2, "triggered()", actionFunction2)
newaction3 = Parley.newAction("my_script1", "ui")
Parley.connect(newaction3, "triggered()", testUI)
newaction4 = Parley.newAction("my_script1", "ui2")
Parley.connect(newaction4, "triggered()", testUI2)
newaction5 = Parley.newAction("my_script1", "pyQt")
Parley.connect(newaction5, "triggered()", testPyQt)
newaction6 = Parley.newAction("my_script1", "pyKDE")
Parley.connect(newaction6, "triggered()", testPyKDE)
return
def fetchSound():
print "fetching sound"
tr = Parley.selectedTranslations()
for word in tr:
print "checking sound for " + word.text
fetchSoundForTranslation(word)
def getLocale(trans):
sel_entries = Parley.selectedEntries()
for entry in sel_entries:
for i in entry.translationIndices():
if entry.translation(i).text == trans.text:
return Parley.doc.identifier(i).locale
assert(f[46] == u"present")
c[u"Présent de l'indicatif"] = f[47:53]
assert(f[54] == u"imperfect")
c[u"Imparfait de l'indicatif"] = f[55:61]
assert(f[54] == u"imperfect")
c[u"Passé simple de l'indicatif"] = f[63:69]
c[u"Futur simple de l'indicatif"] = f[71:77]
c[u"Présent du conditionnel"] = f[79:85]
return c
def testParser(f):
print "No parser defined for this language. The conjugation table follows:"
for i in xrange(len(f)):
print i, f[i]
def getConjugationTableParser(lang):
if lang == 'es':
return spanishParser
elif lang == "fr":
return frenchParser
else:
return testParser
#create a new action in Parley's script menu
action = Parley.newAction("fetch_conjugations","Fetch Conjugations")
action.statusTip="Fetches conjugations from en.wiktionary.org"
Parley.connect(action,"triggered()",fetchConjugations)
print "We got executed.."
if not path.exists(filesdir):
os.mkdir(filesdir)
filename = filesdir + wikiObject.name.encode('utf-8')
print filename
saveas = open(filename,'w')
# remote = wikiObject.download()
# workaround: because download method results with http response code 404
content, response_code = fetch_http_content(
wikiObject.imageinfo['url'],
{},
'GET'
)
print 'HTTP Response code: ', response_code
if(response_code == 200):
saveas.write(content)
saveas.close()
return filename
# directory the files are saved to (subdirectory of the document)
def getTargetDirectory():
filepath = Parley.doc.url
p,f = path.split(filepath)
[name,ext] = f.rsplit(".", 1)
filesdir = p + "/" + name + "_files/"
return filesdir
#create a new action in Parley's script menu
action = Parley.newAction("fetch_sound",T.i18n("Fetch Sound"))
action.statusTip=T.i18n("Fetches a sound file from commons.wikimedia.org for the selected word")
Parley.connect(action,"triggered()",fetchSound)
assert (f[54] == u"imperfect")
c[u"Imparfait de l'indicatif"] = f[55:61]
assert (f[54] == u"imperfect")
c[u"Passé simple de l'indicatif"] = f[63:69]
c[u"Futur simple de l'indicatif"] = f[71:77]
c[u"Présent du conditionnel"] = f[79:85]
return c
def testParser(f):
print "No parser defined for this language. The conjugation table follows:"
for i in xrange(len(f)):
print i, f[i]
def getConjugationTableParser(lang):
if lang == 'es':
return spanishParser
elif lang == "fr":
return frenchParser
else:
return testParser
#create a new action in Parley's script menu
action = Parley.newAction("fetch_conjugations", "Fetch Conjugations")
action.statusTip = "Fetches conjugations from en.wiktionary.org"
Parley.connect(action, "triggered()", fetchConjugations)
print "We got executed.."
def registerActions():
newaction = Parley.newAction("my_script1")
print newaction
newaction.text="My script 1"
Parley.connect(newaction,"triggered()",actionFunction)
newaction2 = Parley.newAction("my_script1","My script 2a")
Parley.connect(newaction2,"triggered()",actionFunction2)
newaction3 = Parley.newAction("my_script1","ui")
Parley.connect(newaction3,"triggered()",testUI)
newaction4 = Parley.newAction("my_script1","ui2")
Parley.connect(newaction4,"triggered()",testUI2)
newaction5 = Parley.newAction("my_script1","pyQt")
Parley.connect(newaction5,"triggered()",testPyQt)
newaction6 = Parley.newAction("my_script1","pyKDE")
Parley.connect(newaction6,"triggered()",testPyKDE)
return
#print Parley.locales()
#print Parley.localeName("en_US")
#doc = Parley.document()
#doc.callFromScriptTest()
#Parley.document.callFromScriptTest()
#doc = Parley.document
#doc.name = "Hi"
#doc.printName()
def translateFromInternet(word,fromLang,toLang):
print "Translating from Internet!!.."
Parley.connect("translateWord(const QString &,const QString &,const QString &)",translateFromInternet)
print "TEST ACTION"
registerActions()
#print "OPENING DOCUMENT"
##Parley.open('/home/kde-devel/My\ Vocabularies/test.kvtml')
#print "myscript1"
#init()
#Parley.callFromScript()
#Parley.connect("signalTranslateWord(QString)",translate)
#init()
def translateWord(word, fromLang, toLang):
print "myscript1: Translating Word ...", word, fromLang, toLang
Parley.addTranslation("Hello", "en_US", "fr", "bonbon")
def fetchConjugations():
print "wiktionary_conjugations.py: Fetching conjugations for selected translations."
tr = Parley.selectedTranslations()
for word in tr:
fetchConjugationsForTranslation(word)
def translateWord(word,fromLang,toLang):
print "myscript1: Translating Word ...", word, fromLang, toLang
Parley.addTranslation("Hello","en_US","fr","bonbon")
T = Kross.module("kdetranslation")
#FUNCTIONS
#moves selected entries to a new lesson
def moveSelectedToNewLesson():
selected_entries = Parley.selectedEntries()
if len(selected_entries) > 0:
newlesson = Parley.doc.appendNewLesson(T.i18n("New Lesson"))
for entry in selected_entries:
newlesson.appendEntry(entry)
#marks the selected translations as known (grade 7)
def markAsKnown():
for tr in Parley.selectedTranslations():
tr.grade = 7
#SCRIPT MENU
#create a new action for the Scripts menu (action1)
action1 = Parley.newAction("example_action1",T.i18n("Move to new lesson"))
action1.statusTip=T.i18n("Moves the selected vocabulary to a new lesson")
Parley.connect(action1,"triggered()",moveSelectedToNewLesson)
#create a new action for the Scripts menu (action2)
action2 = Parley.newAction("example_action2",T.i18n("Mark as known (highest grade)"))
action2.statusTip=T.i18n("Sets the grade for the selected words to 7 (highest grade)")
Parley.connect(action2,"triggered()",markAsKnown)
def moveSelectedToNewLesson():
selected_entries = Parley.selectedEntries()
if len(selected_entries) > 0:
newlesson = Parley.doc.appendNewLesson(T.i18n("New Lesson"))
for entry in selected_entries:
newlesson.appendEntry(entry)
def fetchSound():
print "fetching sound"
tr = Parley.selectedTranslations()
for word in tr:
print "checking sound for " + word.text
fetchSoundForTranslation(word)
def markAsKnown():
for tr in Parley.selectedTranslations():
tr.grade = 7
def fetchConjugations():
print "wiktionary_conjugations.py: Fetching conjugations for selected translations."
tr = Parley.selectedTranslations()
for word in tr:
fetchConjugationsForTranslation(word)
#moves selected entries to a new lesson
def moveSelectedToNewLesson():
selected_entries = Parley.selectedEntries()
if len(selected_entries) > 0:
newlesson = Parley.doc.appendNewLesson(T.i18n("New Lesson"))
for entry in selected_entries:
newlesson.appendEntry(entry)
#marks the selected translations as known (grade 7)
def markAsKnown():
for tr in Parley.selectedTranslations():
tr.grade = 7
#SCRIPT MENU
#create a new action for the Scripts menu (action1)
action1 = Parley.newAction("example_action1", T.i18n("Move to new lesson"))
action1.statusTip = T.i18n("Moves the selected vocabulary to a new lesson")
Parley.connect(action1, "triggered()", moveSelectedToNewLesson)
#create a new action for the Scripts menu (action2)
action2 = Parley.newAction("example_action2",
T.i18n("Mark as known (highest grade)"))
action2.statusTip = T.i18n(
"Sets the grade for the selected words to 7 (highest grade)")
Parley.connect(action2, "triggered()", markAsKnown)
print filename
saveas = open(filename, 'w')
# remote = wikiObject.download()
# workaround: because download method results with http response code 404
content, response_code = fetch_http_content(wikiObject.imageinfo['url'],
{}, 'GET')
print 'HTTP Response code: ', response_code
if (response_code == 200):
saveas.write(content)
saveas.close()
return filename
# directory the files are saved to (subdirectory of the document)
def getTargetDirectory():
filepath = Parley.doc.url
if filepath.startswith('file://'):
url = urlparse(filepath)
filepath = path.abspath(path.join(url.netloc, url.path))
p, f = path.split(filepath)
[name, ext] = f.rsplit(".", 1)
filesdir = p + "/" + name + "_files/"
return filesdir
#create a new action in Parley's script menu
action = Parley.newAction("fetch_sound", T.i18n("Fetch Sound"))
action.statusTip = T.i18n(
"Fetches a sound file from commons.wikimedia.org for the selected word")
Parley.connect(action, "triggered()", fetchSound)
def moveSelectedToNewLesson():
selected_entries = Parley.selectedEntries()
if len(selected_entries) > 0:
newlesson = Parley.doc.appendNewLesson(T.i18n("New Lesson"))
for entry in selected_entries:
newlesson.appendEntry(entry)
def getLocale(trans):
sel_entries = Parley.selectedEntries()
for entry in sel_entries:
for i in entry.translationIndices():
if entry.translation(i).text == trans.text:
return Parley.doc.identifier(i).locale
#doc = Parley.document()
#doc.callFromScriptTest()
#Parley.document.callFromScriptTest()
#doc = Parley.document
#doc.name = "Hi"
#doc.printName()
def translateFromInternet(word, fromLang, toLang):
print "Translating from Internet!!.."
Parley.connect(
"translateWord(const QString &,const QString &,const QString &)",
translateFromInternet)
print "TEST ACTION"
registerActions()
#print "OPENING DOCUMENT"
##Parley.open('/home/kde-devel/My\ Vocabularies/test.kvtml')
#print "myscript1"
#init()
#Parley.callFromScript()
#Parley.connect("signalTranslateWord(QString)",translate)
#init()
