def show_univers(self):
i = 0
for cities in self.univers:
label = tk.Label(self.top_frame, text=cities[0]['city'])
label.grid(row=i, column=0)
label.label = False
label.collapsed = True
label.bind('<1>', self.switch_univers)
i += 1
for univer in cities:
var = tk.IntVar()
checkbutton = tk.Checkbutton(self.top_frame,
text=univer['name'],
variable=var)
checkbutton.var = var
checkbutton.grid(row=i, column=0)
checkbutton.label = label
checkbutton.bind('<1>', self.gen_univers_chosen)
i += 1
self.widget_univers = self.top_frame.grid_slaves()
for widget in self.widget_univers:
if ~str(widget.winfo_class).find('checkbutton'):
widget.grid_remove()
def show_filters(self):
for i, (key, value) in enumerate(self.filters.items()):
label = tk.Label(self.top_frame, text=key)
label.grid(row=0, column=i)
for j, name in enumerate(value['names']):
var = tk.IntVar()
btn = tk.Checkbutton(self.top_frame, text=name, variable=var)
btn.var = var
btn.label = label['text']
btn.grid(row=j + 1, column=i)
btn.bind('<1>', self.gen_filter_url)
self.widget_filters = self.top_frame.grid_slaves()
def _createWidgets_(self):
self.fsFrame = tk.Frame(self.mFrame)
self.tk_setPalette(background = '#F2D7D5') ##F2D7D5
self.btQuit = tk.Button(self.mFrame)
self.btQuit.config(text = 'Завершить', command = self.root.destroy)
self.btQuit.pack(side =tk.BOTTOM)
##self.loadFrame = tk.LabelFrame(self.fsFrame)
##self.listBMsg = tk.Listbox(self.loadFrame, relief='flat')
self.topElemsFrame = tk.Frame(self.fsFrame)
self.btnLstFrame = tk.LabelFrame(self.topElemsFrame)
self.smplUnqOptFrame = tk.Frame(self.topElemsFrame)
self.smplUnqOptLabelF = tk.LabelFrame(self.smplUnqOptFrame)
self._lbSmplUnqOptLabelF_ = self.getSubWgts(self.smplUnqOptLabelF, tk._dummyLabel)
self._lbSmplUnqOptLabelF_.config(text = "Уник. сэмпл.")
self._frSmplUnqOptLabelF_ = self.getSubWgts(self.smplUnqOptLabelF, tk._dummyFrame)
self.cbIfCutUrl = tk.Checkbutton(self._frSmplUnqOptLabelF_, text = "Сократ. Url в назв. сэмпл.", variable = self._varIfCutUrlInSmpl_)
self.smplThruNum = tk.LabelFrame(self._frSmplUnqOptLabelF_)
self._lbSmplThruNum_ = self.getSubWgts(self.smplThruNum, tk._dummyLabel)
self._lbSmplThruNum_.config(text = "Скозн. нумер.")
self._frSmplThruNum_ = self.getSubWgts(self.smplThruNum, tk._dummyFrame)
self.smplThruNumCntrl = tk.Radiobutton(self._frSmplThruNum_, text = "Контроллер", variable = self._varRbSmplThruNum_, value = "Controller")
self.smplThruNumThGr = tk.Radiobutton(self._frSmplThruNum_, text = "ТредГрупп", variable = self._varRbSmplThruNum_, value = "ThreadGroup")
self.smplThruNumTstPl = tk.Radiobutton(self._frSmplThruNum_, text = "ТестПлан", variable = self._varRbSmplThruNum_, value = "TestPlan")
self.smplThruNumCntrl.pack(side = tk.TOP, anchor = tk.W)
self.smplThruNumThGr.pack(side = tk.TOP, anchor = tk.W)
self.smplThruNumTstPl.pack(side = tk.TOP, anchor = tk.W)
self.cbIfNotRstrUnqInSmpl = tk.Checkbutton(self._frSmplUnqOptLabelF_, text = "Не восст. ориг. назв. сэмпл.", variable = self._varCbIfNotRstrUnqInSmpl_)
self.cbIfCutUrl.pack(side = tk.TOP, anchor = tk.W)
self.smplThruNum.pack(side = tk.TOP, anchor = tk.W)
self.cbIfNotRstrUnqInSmpl.pack(side = tk.TOP, anchor = tk.W)
self.smplUnqOptLabelF.pack(anchor = tk.E)
self.smplUnqOptFrame.config(width = self.smplThruNum.winfo_reqwidth(), padx = 100)
self.paramVolatilFrame = tk.Frame(self.topElemsFrame)
self.update_idletasks()
leftCornerWidth = self._frSmplUnqOptLabelF_.winfo_reqwidth() + int(self.smplUnqOptLabelF.cget("borderwidth")) * 2
leftCornerHeight = self.smplUnqOptLabelF.winfo_reqheight() + 2
self.paramVolatilFrame.config(width = leftCornerWidth + 202, height = leftCornerHeight)
self.paramVolatilFrame.pack_propagate(0)
self.paramVolatilLabel = tk.LabelFrame(self.paramVolatilFrame)
self._lbParamVolatilLabel_ = self.getSubWgts(self.paramVolatilLabel, tk._dummyLabel)
self._lbParamVolatilLabel_.config(text = "Статистика")
self._frParamVolatilLabel_ = self.getSubWgts(self.paramVolatilLabel, tk._dummyFrame)
self.frBtGetVolatilPrm = tk.Frame(self._frParamVolatilLabel_)
self.btBtGetVolatilPrm = tk.Button(self.frBtGetVolatilPrm, text="Получ. стат. по парам.")
self.rBtGetVolatilPrm = tk.Radiobutton(self.frBtGetVolatilPrm, text = 'Волатил. ', variable = self._volatilPrm_, value = True)
self.rBtGetNonVolatilPrm = tk.Radiobutton(self.frBtGetVolatilPrm, text = 'Не волатил.', variable = self._volatilPrm_, value = False)
self.btBtGetVolatilPrm.config(relief='groove')
self.btBtGetVolatilPrm.config(command = self.prcdfGetVolatilPrms)
self.frBtGetVolatilPrm.pack(side = tk.TOP, anchor = tk.W)
self.btBtGetVolatilPrm.pack(side = tk.LEFT)
self.rBtGetVolatilPrm.pack(side = tk.TOP, anchor = tk.W)
self.rBtGetNonVolatilPrm.pack(side = tk.TOP, anchor = tk.W)
self.paramVolatilLabel.pack(anchor = tk.W)
##self.msgsToAscFrame = tk.Listbox(self.loadFrame, relief='flat', selectmode='multiple')
##self.vScroll = tk.Scrollbar(self.loadFrame, orient=tk.VERTICAL)
##self.msgsToAscFrame.config( yscrollcommand=self.vScroll.set)
self.consFrame = tk.LabelFrame(self.mFrame)
#self.varsFrame = tk.LabelFrame(self.fsFrame)
##self.btnCollctnFrame = tk.LabelFrame(self.fsFrame)
self.mCllctnFrame = tk.Frame(self.mFrame)
self._lbBtnLstFrame_ = self.getSubWgts(self.btnLstFrame, tk._dummyLabel)
self._lbBtnLstFrame_.config(text = 'Раб. с исх. Xml-дер.')
self._frBtnLstFrame_ = self.getSubWgts(self.btnLstFrame, tk._dummyFrame)
self.varsFrame = tk.Frame(self._frBtnLstFrame_, borderwidth=2, bg = 'blue')
self.vrSPathFrame = tk.Label(self.varsFrame)
self.vrFnameFrame = tk.Label(self.varsFrame)
self.vrUnqFNmFrame = tk.Label(self.varsFrame)
#self.vrPileCllctnFrame = tk.Label(self.varsFrame)
self.vrRestreFNmFrame = tk.Label(self.varsFrame)
self._btnLstFrame_ = tk.Frame(self._frBtnLstFrame_, borderwidth = 2)
self.btCatchJMXFiles = tk.Button(self._btnLstFrame_, text="Собрать все \n.jmx файлы", fg="green")
#self.btCatchJMXFiles.config(command = self.testFrame)
self.btCatchJMXFiles.config(command = self.prcdCatchJMXFiles)
self.btCatchJMXFiles.config(relief='raised')
self.btCatchJMXFiles.pack(fill = 'x')
#self.jmscdObj.setFName = 'toParce.jmx'
self.btGetJMXMkTree = tk.Button(self._btnLstFrame_, text="Получить дерево из \n.jmx файла", fg="green")
self.btGetJMXMkTree.config(command = self.prcdGetJMXMkTree)
self.btGetJMXMkTree.config(relief='raised')
self.btGetJMXMkTree.pack(fill = 'x')
self.btTreeUnqNms = tk.Button(self._btnLstFrame_, text="Сген. колл. \nс уник. именами")
self.btTreeUnqNms.config(command = self.prcdTreeUnqNms)
self.btTreeUnqNms.config(relief='raised', state = tk.DISABLED)
self.btTreeUnqNms.pack(fill = 'x')
self.btRstrOrigNms = tk.Button(self._btnLstFrame_, text="Восст. ориг. имена\nдля получен. колл.")
self.btRstrOrigNms.config(command = self.prcdRstrOrigNms)
self.btRstrOrigNms.config(relief='raised')
self.btRstrOrigNms.pack(fill = 'x')
self.vrSPathLabel = tk.Label(self.vrSPathFrame)
self.vrSPathValue = tk.Entry(self.vrSPathFrame, bg='white')
self.vrSPathLabel.config(text='Каталог с (*.jmx) файл.:', justify = tk.LEFT)
self.vrSPathValue.config(justify = tk.LEFT)
self.vrSPathValue.insert(0, self.jmscdObj.setPATH)
self.vrSPathLabel.pack(side = tk.LEFT)
self.vrSPathValue.pack(side = tk.LEFT)
self.vrSPathFrame.pack(side = tk.TOP)
self.vrFnameLabel = tk.Label(self.vrFnameFrame)
self.vrFnameValue = tk.Entry(self.vrFnameFrame, bg='white')
self.vrFnameLabel.config(text='Файл(*.jmx) для парам.:', justify = tk.LEFT)
self.vrFnameValue.config(justify = tk.LEFT)
self.vrFnameValue.insert(0, self.jmscdObj.setFName)
self.vrFnameLabel.pack(side = tk.LEFT)
self.vrFnameValue.pack(side = tk.LEFT)
self.vrFnameFrame.pack(side=tk.TOP)
self.vrUnqFNmLabel = tk.Label(self.vrUnqFNmFrame)
self.vrUnqFNmValue = tk.Entry(self.vrUnqFNmFrame, bg = 'white')
self.vrUnqFNmLabel.config(text='Файл(*.jmx), униф. элм.:', justify = tk.LEFT)
self.vrUnqFNmValue.config(justify = tk.LEFT)
self.vrUnqFNmValue.insert(0, self.jmscdObj.outFileUniqueNames)
self.vrUnqFNmLabel.pack(side = tk.LEFT)
self.vrUnqFNmValue.pack(side = tk.LEFT)
self.vrUnqFNmFrame.pack(side=tk.TOP)
self.vrRestreFNmLabel = tk.Label(self.vrRestreFNmFrame)
self.vrRestreFNmValue = tk.Entry(self.vrRestreFNmFrame, bg = 'white')
self.vrRestreFNmLabel.config(text='Файл(*.jmx), восcт. элм.:', justify = tk.LEFT)
self.vrRestreFNmValue.config(justify = tk.LEFT)
self.vrRestreFNmValue.insert(0, self.jmscdObj.outFileRestrdOrig)
self.vrRestreFNmLabel.pack(side = tk.LEFT)
self.vrRestreFNmValue.pack(side = tk.LEFT)
self.vrRestreFNmFrame.pack(side=tk.TOP)
self._btnLstFrame_.pack(side = tk.TOP)
self.varsFrame.pack(side=tk.TOP)
##
self.frPileOptns = tk.LabelFrame(self.mCllctnFrame)
self._lbFrPileOptns_ = self.getSubWgts(self.frPileOptns, tk._dummyLabel)
self._lbFrPileOptns_.config(text = 'Получ. осн. колл.')
self._frPileOptns_ = self.getSubWgts(self.frPileOptns, tk._dummyFrame)
self.scrollPileMCllt = tk.Scrollbar(self._frPileOptns_, orient = tk.VERTICAL)
self.scrollPileMCllt.pack(side = tk.RIGHT, fill = 'y')
self.lsbxPileMCllct = tk.Listbox(self._frPileOptns_, height = 4, width = 34, yscrollcommand = self.scrollPileMCllt.set)
for itm in range(4):
self.lsbxPileMCllct.insert(tk.END, '--')
self.btPileMCllct = tk.Button(self._frPileOptns_, text="Аккумул. раб. коллекц.")
self.btPileMCllct.config(command = self.prcdPileMCllct, relief='groove')
self.lsbxPileMCllct.pack(side = tk.TOP)
self.btPileMCllct.pack(side = tk.TOP)
self.frPileOptns.pack(side = tk.LEFT)
self.scrollPileMCllt.config(command = self.lsbxPileMCllct.yview)
self.frOutRslts = tk.LabelFrame(self.mCllctnFrame)
self._lbFrOutRslts_ = self.getSubWgts(self.frOutRslts, tk._dummyLabel)
self._lbFrOutRslts_.config(text = 'Текущ. знач.')
self._frOutRslts_ = self.getSubWgts(self.frOutRslts, tk._dummyFrame)
self.entStrVar = tk.StringVar(self._frOutRslts_)
#self.entStrVar.set(self.jmscdObj.entityNames[2]) # default value
self.lstWrkEnts = tk.OptionMenu(self._frOutRslts_, variable = self.entStrVar)
for ent in self.jmscdObj.entityNames:
self.lstWrkEnts.add_command(ent)
self.entStrVar.set(self.jmscdObj.entityNames[2])
#self.lstWrkEnts = tk.Listbox(self.mCllctnFrame)
##Опция выбора сущности на данный момент выключена
####self.lstWrkEnts.pack(side = tk.TOP)
self.tstOutText = tk.Text(self._frOutRslts_, state = tk.DISABLED, bg='#FFEFD5')#, width=64)
self.tstOutText.pack(side = tk.TOP)
self.txtWdgtDelete(False)
self.txtWdgtInsert(self._initText_)
#
self.frWrInfExtCntrlElm = tk.Frame(self._frOutRslts_)
self.btWriteChngsToF = tk.Button(self.frWrInfExtCntrlElm, text='Запис. изм.\nв файл')
self.btWriteChngsToF.config(command = self.prcdWrtXmlTree)
self.btUpdateXMLTree = tk.Button(self.frWrInfExtCntrlElm, text='Обнов. \nxml-дерево')
self.btUpdateXMLTree.config(command = self.prcdUpdtXMLTree, state = tk.DISABLED)
self.btUpdateXMLTree.pack(side = tk.LEFT)
self.btWriteChngsToF.pack(side = tk.LEFT)
self.frWrInfExtCntrlElm.pack(side = tk.BOTTOM)
#
self.frOutRslts.pack(side = tk.LEFT)
###
self.frGetCollctnData = tk.Frame(self.mCllctnFrame)
#
self.frGetListKeys = tk.LabelFrame(self.frGetCollctnData)
self._frGetListKeys_ = self.getSubWgts(self.frGetListKeys, tk._dummyFrame)
self.frBtGetLstKeys = tk.Frame(self._frGetListKeys_)
self.btGetListKeys = tk.Button(self.frBtGetLstKeys, text="Список получ. ключей:")
self.varRBtLstKeys = tk.IntVar()
self.varRBtLstKeys.set(1)
self.rBtLstKeysPrms = tk.Radiobutton(self.frBtGetLstKeys, text = 'Парам. ', variable = self.varRBtLstKeys, value = 1)
self.rBtLstKeysLnks = tk.Radiobutton(self.frBtGetLstKeys, text = 'Ссылки', variable = self.varRBtLstKeys, value = 2)
self.btGetListKeys.config(relief='groove')
self.btGetListKeys.config(command = self.prcdfGetListKeys)
self._lbGetListKeys_ = self.getSubWgts(self.frGetListKeys, tk._dummyLabel)
self._lbGetListKeys_.config(text = 'Раб. с осн. коллекц.')
self.frBtGetLstKeys.pack(side = tk.TOP, anchor = tk.W)
self.btGetListKeys.pack(side = tk.LEFT)
self.rBtLstKeysPrms.pack(side = tk.TOP, anchor = tk.E)
self.rBtLstKeysLnks.pack(side = tk.TOP, anchor = tk.E)
self.frGetListKeys.pack(side = tk.TOP, fill = 'x')
#
self.frGetDictData = tk.Frame(self._frGetListKeys_)
self.frGetDictData.config(borderwidth = 2, bg = 'green')
##
self.frGetDataDictItem = tk.Frame(self.frGetDictData)
self.vlGetDataDictItem = tk.Entry(self.frGetDataDictItem, bg='white')
self.vlGetDataDictItem.insert(0, '<знач.ключа>')
self.btGetDataDictItem = tk.Button(self.frGetDataDictItem, text="Все знач.\nпо задан. ключу:")
self.btGetDataDictItem.config(command = self.prcdGetDataDictItem)
self.btGetDataDictItem.config(relief='groove')
self.btGetDataDictItem.pack(side= tk.LEFT)
self.vlGetDataDictItem.pack(side = tk.RIGHT, fill = 'y')
self.frGetDataDictItem.pack(side = tk.TOP)
##
self.frGetScrLstByNm = tk.Frame(self.frGetDictData)
self.btGetScrLstByNm = tk.Button(self.frGetScrLstByNm, text="Все контрлр.\nпо задан. ключу:")
self.btGetScrLstByNm.config(command = self.prcdGetScrLstByNm)
self.btGetScrLstByNm.config(relief='groove')
self.vlGetScrLstByNm = tk.Entry(self.frGetScrLstByNm, bg='white')
self.vlGetScrLstByNm.insert(0, '<знач.ключа>')
self.chkBtVar = tk.BooleanVar(self.frGetScrLstByNm)
self.chkBtVar.set(False)
self.chkGetScrLstByNm = tk.Checkbutton(self.frGetScrLstByNm, text='Вывод сэмплр.', variable=self.chkBtVar)
self.btGetScrLstByNm.pack(side= tk.LEFT)
self.vlGetScrLstByNm.pack(side = tk.TOP)
self.chkGetScrLstByNm.pack(side = tk.LEFT)
self.frGetScrLstByNm.pack(side = tk.TOP)
##
self.frGetScrFncByKeyVal = tk.Frame(self.frGetDictData)
self.btGetScrFncByKeyVal = tk.Button(self.frGetScrFncByKeyVal, text="Все контрлр.\nпо паре кл.-зн.:")
self.btGetScrFncByKeyVal.config(command = self.prcdGetScrFncByKeyVal)
self.btGetScrFncByKeyVal.config(relief='groove')
self.vlGetScrFncByKeyVal = tk.Entry(self.frGetScrFncByKeyVal, bg='white')
self.vlGetScrFncByKeyVal.insert(0, '<знач.ключа>')
self.vrGetScrFncByKeyVal = tk.Entry(self.frGetScrFncByKeyVal, bg='white')
self.vrGetScrFncByKeyVal.insert(0, '<знач.парам.>')
self.chkKeyVlVar = tk.BooleanVar(self.frGetScrFncByKeyVal)
self.chkKeyVlVar.set(False)
self.chkGetScrFncByKeyVal = tk.Checkbutton(self.frGetScrFncByKeyVal, text='Вывод сэмплр.', variable=self.chkKeyVlVar)
self.btGetScrFncByKeyVal.pack(side= tk.LEFT, fill='y')
self.vlGetScrFncByKeyVal.pack(side = tk.TOP)
self.vrGetScrFncByKeyVal.pack(side = tk.TOP)
self.chkGetScrFncByKeyVal.pack(side = tk.LEFT)
self.frGetScrFncByKeyVal.pack(side = tk.TOP, fill='x')
##
self.frGetValByKSF = tk.Frame(self.frGetDictData)
self.frGetValByKSF.config(borderwidth = 1, bg = 'red')
self.blnMsg = tk.Balloon(self.frGetValByKSF, initwait = 350, bg='yellow')
self.blnMsgText = 'Внимание!\nНазвания контроллеров и сэмплеров (возможно) были изменены,\nследует сверять в jmeter по файлу "(*.jmx) униф. эл"'
self.blnMsg.bind_widget(self.frGetValByKSF, msg = self.blnMsgText)
self.btGetValByKSF = tk.Button(self.frGetValByKSF, text="Значен. для\n кл.-кнтр.-смпл.:")
self.btGetValByKSF.config(command = self.prcdGetValByKSF)
self.btGetValByKSF.config(relief='groove')
self.vlGetValByKSF = tk.Entry(self.frGetValByKSF, bg='white')
self.vlGetValByKSF.insert(0, '<знач.ключа>')
self.ctGetValByKSF = tk.Entry(self.frGetValByKSF, bg='white')
self.ctGetValByKSF.insert(0, '<назв. контрлр.>')
self.smGetValByKSF = tk.Entry(self.frGetValByKSF, bg='white')
self.smGetValByKSF.insert(0, '<назв. сэмплр.>')
self.btGetValByKSF.pack(side= tk.LEFT, fill='y')
self.vlGetValByKSF.pack(side = tk.TOP)
self.ctGetValByKSF.pack(side = tk.TOP)
self.smGetValByKSF.pack(side = tk.TOP)
self.frGetValByKSF.pack(side = tk.TOP, fill='x')
##
self.frSetValsToSlctn = tk.Frame(self._frGetListKeys_, pady = 2)
self.btSetValsToSlctn = tk.Button(self.frSetValsToSlctn, text = 'Установ.\n для дан.\n элемен.\n словар.')
self.btSetValsToSlctn.config(command = self.prcdSetValsToSlctn, state = tk.DISABLED, relief = "groove")
self.lblSetValsToSlctn = tk.Label(self.frSetValsToSlctn, text = ' <==> ')
self.entSetValsToSlctn = tk.Entry(self.frSetValsToSlctn, bg='white')
self.entSetValsToSlctn.insert(0, '*новое знач.*')
self.btSetValsToSlctn.pack(side = tk.LEFT, anchor=tk.W)
self.lblSetValsToSlctn.pack(side = tk.LEFT)
self.entSetValsToSlctn.pack(side = tk.RIGHT, anchor=tk.E)
###
self.frGetDictData.pack(side = tk.TOP)
self.frSetValsToSlctn.pack(side = tk.TOP, anchor = tk.W)
#
self.frGetCollctnData.pack(side = tk.LEFT)
#for lstEntr in self.jmscdObj.entityNames:
# self.lstWrkEnts.insert(tk.END, lstEntr)
self.fsFrame.pack(side="top", fill='x')
self.mCllctnFrame.pack(side=tk.LEFT, fill='x')
##self.loadFrame.pack(side="top", fill='x')
self.smplUnqOptFrame.pack(side = tk.RIGHT, anchor = tk.E)
self.btnLstFrame.pack(side = tk.RIGHT)
self.paramVolatilFrame.pack(side = tk.RIGHT)
self.topElemsFrame.pack(side="top", fill='y')
def refresh(self, bundle):
# Nustatomas lango pavadinimas
self._controller.title(Constants.TITLE_HOME)
# Isvalomi pries tai lange buve elementai pasinaudojant elementu is klases WindowUtils (paveldejimas)
self.clearWindow()
infoLabel = tkx.Label(
self,
text=
"Iveskite didesni uz 0 sveika skaiciu \nis kurio bus sugeneruotas jusu nurodyto dydzio teigiamu skaiciu masyvas"
)
infoLabel.pack()
self._numberValue = tkx.StringVar(self)
self._numberValue.trace("w", self.entryChangeListener)
self._threadValue = tkx.StringVar(self)
self._threadValue.trace("w", self.entryChangeListener)
self._numberEntry = tkx.Entry(self, textvariable=self._numberValue)
self._numberEntry.pack()
threadInfoLabel = tkx.Label(
self,
text=
"Iveskite sveika skaiciu, kuris nurodys pasirinktu giju kieki (maziausiai 1, daugiausiai 3)"
)
threadInfoLabel.pack()
self._threadsEntry = tkx.Entry(self, textvariable=self._threadValue)
self._threadsEntry.pack()
typeInfoLabel = tkx.Label(
self, text="Pasirinkite programos veiksmu vykdymo budus")
typeInfoLabel.pack()
self._choicesFrame = tkx.Frame(self)
self._choicesFrame.pack()
# CheckBoxes arba kitaip veiksmu vykdymo tipu pasarinkimas
self._choices = ("Nuoseklus vykdymas", "Gijomis paremtas vykdymas")
self._optionsMenuValue = []
self._optionsMenuButtons = []
for i in range(len(self._choices)):
# Nustatoma mygtuko reiksme. 1 - pasirinkta, 0 - nepasirinkta
self._optionsMenuValue.append(tkx.IntVar(value=1))
self._optionsMenuValue[i].trace("w", self.entryChangeListener)
self._optionsMenuButtons.append(
tkx.Checkbutton(self._choicesFrame,
text=self._choices[i],
variable=self._optionsMenuValue[i],
onvalue=1,
offvalue=0))
self._optionsMenuButtons[i].pack()
self._buttonsFrame = tkx.Frame(self)
self._buttonsFrame.pack()
self._submitButton = tkx.Button(self._buttonsFrame, text="Vykdyti")
self._submitButton.pack(
side="left",
anchor=tkx.NW,
expand=True,
)
# Veiksmu vykdyma perkeliu i atskira Thread'a, kad neatsitiktu taip, jog esant dideliam duomenu kiekiui
# programa taps "not responding"
self._submitButton.config(
command=lambda: threading.Thread(target=self.doActions).start(),
state='disabled')
self._clearButton = tkx.Button(self._buttonsFrame, text="Isvalyti")
self._clearButton.pack(
side="left",
anchor=tkx.NW,
expand=True,
)
self._clearButton.config(command=partial(self._actionClear))
self._exitButton = tkx.Button(self._buttonsFrame, text="Uzdaryti")
self._exitButton.pack(
side="left",
anchor=tkx.NW,
expand=True,
)
self._exitButton.config(command=lambda: self._controller.exit())
self._errorLabel = tkx.Label(self, text="")
self._errorLabel.pack()
self._progressLabel = tkx.Label(self, text="")
self._progressLabel.pack()
def makeNumbersTable(frame):
numbersSubFrame = tix.Frame(frame)
numbersSubFrame.rowconfigure(1)
numbersSubFrame.columnconfigure(1)
numbersBalloon = tix.Balloon(numbersSubFrame)
rcc.numbers['args'] = {}
for key in rcc.args:
rcc.numbers['args'][key] = {}
rcc.numbers['args'][key]['max'] = tix.IntVar()
rcc.numbers['args'][key]['min'] = tix.IntVar()
rcc.numbers['speed'] = {}
for key in rcc.gaits:
rcc.numbers['speed'][key] = {}
rcc.numbers['speed'][key]['max'] = tix.IntVar()
rcc.numbers['speed'][key]['min'] = tix.IntVar()
rcc.numbers['attributes'] = {}
for key in rcc.phys_attributes:
rcc.numbers['attributes'][key] = {}
rcc.numbers['attributes'][key]['max'] = tix.IntVar()
rcc.numbers['attributes'][key]['min'] = tix.IntVar()
rcc.numbers['attributes'][key]['sigma'] = tix.IntVar()
for key in rcc.ment_attributes:
rcc.numbers['attributes'][key] = {}
rcc.numbers['attributes'][key]['max'] = tix.IntVar()
rcc.numbers['attributes'][key]['min'] = tix.IntVar()
rcc.numbers['attributes'][key]['sigma'] = tix.IntVar()
rcc.numbers['variable'] = {}
for key in rcc.variability:
rcc.numbers['variable'][key] = {}
rcc.numbers['variable'][key]['percent'] = tix.IntVar()
r = 0
c = 0
sizeLabel = tix.Label(numbersSubFrame, text='Sizes:')
sizeLabel.grid(row=r, column=c, stick=tix.W)
rcc.numbers['size'] = {}
creatureSize = {}
size_variables = ['mean', 'sigma', 'min', 'vermin', 'tiny', 'trade']
for var in size_variables:
r = r + 1
rcc.numbers['size'][var] = tix.IntVar()
creatureSize[var] = tix.Control(numbersSubFrame,
label=var.capitalize(),
min=0,
variable=rcc.numbers['size'][var],
autorepeat=False,
integer=True)
creatureSize[var].subwidget('decr').destroy()
creatureSize[var].subwidget('incr').destroy()
creatureSize[var].grid(row=r, column=c, stick=tix.E, padx=10)
numbersBalloon.bind_widget(
sizeLabel,
msg=
'Size tokens [BODY_SIZE:x_1:y_1:a_1], [BODY_SIZE:x_2:y_2:a_2], and [BODY_SIZE:x_3:y_3:a_3] are calculated as follows:\n a_3 is calculated by selecting a random number from a gaussian distribution with a mean Mean and sigma Sigma\n a_1 is calculated by selecting a random number from a gaussian distribution with a mean a_3/100 and sigma Sigma/100\n a_2 = a_1 + a_3*75%, if this is > a_3 then a_2 and a_3 are switched\n x_1, y_1, y_2, and y_3 are all set to 0 for now\n x_2 is taken from [BABY:n] (see Ages for calculation) such that x_2 = n + 1\n x_3 is taken from [CHILD:n] (see Ages for calculation) such that x_3 = n + 2\nMin is the minimum size of any creature, if a_3 < Min then a_3 = Min\nVermin sets the maximum size needed for the #VERMIN flag, below this size #VERMIN is set to True\nTiny sets the maximum size needed for the #TINY flag, below this size #TINY is set to True\nTrade sets the minimum size needed for the #TRADE flag, above this size #TRADE is set to True\nMore information on the #VERMIN, #TINY, and #TRADE flags can be found in the readme'
)
r = r + 1
ageLabel = tix.Label(numbersSubFrame, text='Ages:')
ageLabel.grid(row=r, column=c, stick=tix.W)
rcc.numbers['age'] = {}
creatureAge = {}
age_variables = ['max', 'min', 'baby', 'child', 'delta']
for var in age_variables:
r = r + 1
rcc.numbers['age'][var] = tix.IntVar()
creatureAge[var] = tix.Control(numbersSubFrame,
label=var.capitalize(),
min=0,
variable=rcc.numbers['age'][var],
autorepeat=False,
integer=True)
creatureAge[var].subwidget('decr').destroy()
creatureAge[var].subwidget('incr').destroy()
creatureAge[var].grid(row=r, column=c, stick=tix.E, padx=10)
numbersBalloon.bind_widget(
ageLabel,
msg=
'Ages tokens [MAX_AGE:a:b], [BABY:c], [CHILD:d] are calculated as follows:\n a is chosen between Min and Max\n b is chosen between Max and Max + Delta\n c is chosen between Baby - Delta and Baby + Delta\n d is chosen between Child - Delta and Child + Delta\nall choices are selected randomly from a triangular distribution\nif c > d then c is set to 0 and d is set to c\nif either c or d is 0 then that tag will not be added to the creature'
)
r = 0
c = 1
popLabel = tix.Label(numbersSubFrame, text='Pop Numbers:')
popLabel.grid(row=r, column=c, stick=tix.W)
rcc.numbers['population'] = {}
creaturePopulation = {}
pop_variables = ['max', 'min']
for var in pop_variables:
r = r + 1
rcc.numbers['population'][var] = tix.IntVar()
creaturePopulation[var] = tix.Control(
numbersSubFrame,
label=var.capitalize(),
min=0,
variable=rcc.numbers['population'][var],
autorepeat=False,
integer=True)
creaturePopulation[var].subwidget('decr').destroy()
creaturePopulation[var].subwidget('incr').destroy()
creaturePopulation[var].grid(row=r, column=c, stick=tix.E, padx=10)
numbersBalloon.bind_widget(
popLabel,
msg=
'Population token [POPULATION_NUMBER:x:y] is calculated as follows:\n x is chosen between 1 and Min\n y is chosen between Min and Max\nchoices are selected randomly from a triangular distribution\nFor Vermin and Tiny creatures x = 250 and y = 500'
)
r = r + 1
clusLabel = tix.Label(numbersSubFrame, text='Cluster Numbers: ')
clusLabel.grid(row=r, column=c, stick=tix.W)
rcc.numbers['cluster'] = {}
creatureCluster = {}
clus_variables = ['max', 'min']
for var in clus_variables:
r = r + 1
rcc.numbers['cluster'][var] = tix.IntVar()
creatureCluster[var] = tix.Control(
numbersSubFrame,
label=var.capitalize(),
min=0,
variable=rcc.numbers['cluster'][var],
autorepeat=False,
integer=True)
creatureCluster[var].subwidget('decr').destroy()
creatureCluster[var].subwidget('incr').destroy()
creatureCluster[var].grid(row=r, column=c, stick=tix.E, padx=10)
numbersBalloon.bind_widget(
clusLabel,
msg=
'Cluster token [CLUSTER_NUMBER:x:y] is calculated as follows:\n x is chosen between 1 and Min\n y is chosen between Min and Max\nchoices are selected randomly from a triangular distribution\nFor Vermin and Tiny creatures the cluster token is not used'
)
r = r + 1
intLabel = tix.Label(numbersSubFrame, text='Interactions:')
intLabel.grid(row=r, column=c, stick=tix.W)
rcc.numbers['interaction'] = {}
creatureInteraction = {}
clus_variables = ['max', 'chance']
for var in clus_variables:
r = r + 1
rcc.numbers['interaction'][var] = tix.IntVar()
creatureInteraction[var] = tix.Control(
numbersSubFrame,
label=var.capitalize(),
min=0,
variable=rcc.numbers['interaction'][var],
autorepeat=False,
integer=True)
creatureInteraction[var].subwidget('decr').destroy()
creatureInteraction[var].subwidget('incr').destroy()
creatureInteraction[var].grid(row=r,
column=c,
stick=tix.E,
padx=10)
numbersBalloon.bind_widget(
intLabel,
msg=
'Max is the maximum number of interactions and one creature can have\nChance is the percent chance that each interaction slot is filled\nFor example, if Max is 3 and Chance is 50 then slot 1 will have a 50% chance of being filled, slot 2 will have a 50% chance of being filled, and slot 3 will have a 50% chance of being filled\nThis, of course, is dependent on their being 3 interactions that the creature meets the criteria for'
)
r = r + 1
casteLabel = tix.Label(numbersSubFrame, text='Castes:')
casteLabel.grid(row=r, column=c, stick=tix.W)
rcc.numbers['caste'] = {}
creatureCaste = {}
clus_variables = ['male', 'female', 'neutral']
for var in clus_variables:
r = r + 1
rcc.numbers['caste'][var] = tix.IntVar()
creatureCaste[var] = tix.Control(
numbersSubFrame,
label=var.capitalize(),
min=0,
variable=rcc.numbers['caste'][var],
autorepeat=False,
integer=True)
creatureCaste[var].subwidget('decr').destroy()
creatureCaste[var].subwidget('incr').destroy()
creatureCaste[var].grid(row=r, column=c, stick=tix.E, padx=10)
numbersBalloon.bind_widget(
casteLabel,
msg=
'The maximum number of castes each creature can have which meets specific criteria\nMale sets the maximum number of castes with the #MALE LINK\nFemale sets the maximum number of castes with the #FEMALE LINK\nNeutral sets the maximum number of castes without the #MALE or #FEMALE LINK\nFor more information on LINKs and the #MALE and #FEMALE flags see the readme'
)
r += 1
subLabel = Label(numbersSubFrame, text='Subtypes:')
subLabel.grid(row=r, column=c, stick=tix.W)
r += 1
rcc.numbers['subtypes'] = tix.IntVar()
creatureSubtypes = tix.Control(numbersSubFrame,
label='Max',
min=0,
value=0,
variable=rcc.numbers['subtypes'],
autorepeat=False,
integer=True)
creatureSubtypes.subwidget('decr').destroy()
creatureSubtypes.subwidget('incr').destroy()
creatureSubtypes.grid(row=r, column=c, stick=tix.E, padx=10)
numbersBalloon.bind_widget(
subLabel,
msg=
'Number of subtypes one creature can be, their total number of subtypes will be chosen between 0 and Max from a flat distribution'
)
r = 0
c = 2
percLabel = Label(numbersSubFrame, text='Percents:')
percLabel.grid(row=r, column=c, stick=tix.W)
creaturePercentage = {}
rcc.numbers['percents'] = {}
temp = list(rcc.tokens.keys())
temp.sort()
for key in temp:
r += 1
rcc.numbers['percents'][key] = tix.IntVar()
creaturePercentage[key] = tix.Control(
numbersSubFrame,
label=' ' + key,
min=0,
value=0,
variable=rcc.numbers['percents'][key],
autorepeat=False,
integer=True)
creaturePercentage[key].subwidget('decr').destroy()
creaturePercentage[key].subwidget('incr').destroy()
creaturePercentage[key].grid(row=r, column=2, stick=tix.E, padx=10)
numbersBalloon.bind_widget(
percLabel,
msg=
'Percentage chance given token will be true\nIf you wish to generate a set of creatures that all share a commonality you would set the percent to 100'
)
numbersSubFrame.grid(row=1, column=1)
bb.add('body2', text='Body Parts (Extremities)', command=bodyparts2)
bb.add('attachments', text='Body Part Attachments', command=attachments)
bb.add('internal', text='Organs, Bones, and Extracts', command=internal)
bb.add('face', text='Facial Features (Large)', command=face)
bb.add('face2', text='Facial Features (Small)', command=face2)
bb.add('biome', text='Biomes, Types, and Castes', command=biomes)
bb.grid(row=1, column=0)
bb2 = tix.ButtonBox(frame, orientation=tix.HORIZONTAL)
bb2.add('arg', text='Argument Values', command=arguments)
bb2.add('speed', text='Gait Speeds', command=speeds)
bb2.add('advanced', text='Attributes', command=attributes)
bb2.add('variable', text='Variability', command=variable)
bb2.grid(row=2, column=1)
rcc.numbers['seed'] = tix.IntVar()
seedStore = tix.Control(frame,
label='Seed',
min=0,
variable=rcc.numbers['seed'],
autorepeat=False,
integer=True)
seedStore.subwidget('decr').destroy()
seedStore.subwidget('incr').destroy()
seedStore.grid(row=0, column=2, stick=tix.E)
mainBalloon.bind_widget(
seedStore,
msg=
'Seed used for random number generation, if left at 0 will use a random seed'
)