# -*- tab-width: 4; indent-tabs-mode: nil; py-indent-offset: 4 -*-
#
# This file is part of the LibreOffice project.
#
# This Source Code Form is subject to the terms of the Mozilla Public
# License, v. 2.0. If a copy of the MPL was not distributed with this
# file, You can obtain one at http://mozilla.org/MPL/2.0/.
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from uitest.framework import UITestCase
from uitest.uihelper.common import change_measurement_unit, select_by_text, select_pos
from uitest.uihelper.common import get_state_as_dict, get_url_for_data_file

from libreoffice.uno.propertyvalue import mkPropertyValues


# Bug 93506 - Crash when selecting chart containing a trend line
# test all dialog items - trend Line dialog
class tdf93506(UITestCase):
   def test_tdf93506_chart_trendline_dialog(self):
    with self.ui_test.load_file(get_url_for_data_file("tdf93506.ods")):

        with change_measurement_unit(self, "Centimeter"):
            xCalcDoc = self.xUITest.getTopFocusWindow()
            gridwin = xCalcDoc.getChild("grid_window")

            gridwin.executeAction("SELECT", mkPropertyValues({"OBJECT": "Object 1"}))
            gridwin.executeAction("ACTIVATE", tuple())
            xChartMainTop = self.xUITest.getTopFocusWindow()
            xChartMain = xChartMainTop.getChild("chart_window")
            xSeriesObj =  xChartMain.getChild("CID/D=0:CS=0:CT=0:Series=0")
            with self.ui_test.execute_dialog_through_action(xSeriesObj, "COMMAND", mkPropertyValues({"COMMAND": "FormatTrendline"})) as xDialog:
                #Click on tab "Type".
                tabcontrol = xDialog.getChild("tabcontrol")
                select_pos(tabcontrol, "0")

                logarithmic = xDialog.getChild("logarithmic")  #type regression logarithmic
                xentryname = xDialog.getChild("entry_name")   #add name
                extrapolateForward = xDialog.getChild("extrapolateForward")
                extrapolateBackward = xDialog.getChild("extrapolateBackward")
                setIntercept = xDialog.getChild("setIntercept")
                interceptValue = xDialog.getChild("interceptValue")
                showEquation = xDialog.getChild("showEquation")
                showCorrelationCoefficient = xDialog.getChild("showCorrelationCoefficient")
                xVarname = xDialog.getChild("entry_Xname")
                yVarName = xDialog.getChild("entry_Yname")

                logarithmic.executeAction("CLICK", tuple())
                xentryname.executeAction("TYPE", mkPropertyValues({"TEXT":"Name"}))
                extrapolateForward.executeAction("UP", tuple())
                extrapolateBackward.executeAction("UP", tuple())
                showEquation.executeAction("CLICK", tuple())
                showCorrelationCoefficient.executeAction("CLICK", tuple())
                xVarname.executeAction("CLEAR", tuple())
                xVarname.executeAction("TYPE", mkPropertyValues({"TEXT":"a"}))
                yVarName.executeAction("CLEAR", tuple())
                yVarName.executeAction("TYPE", mkPropertyValues({"TEXT":"f(a)"}))

                #Click on tab "Line".
                select_pos(tabcontrol, "1")

                xWidth = xDialog.getChild("MTR_FLD_LINE_WIDTH")
                xTransparent = xDialog.getChild("MTR_LINE_TRANSPARENT")

                xWidth.executeAction("UP", tuple())
                xTransparent.executeAction("UP", tuple())
                self.assertEqual(get_state_as_dict(xWidth)["Text"], "0.10 cm")
                self.assertEqual(get_state_as_dict(xTransparent)["Text"], "5%")


            #reopen and verify
            gridwin.executeAction("SELECT", mkPropertyValues({"OBJECT": "Object 1"}))
            gridwin.executeAction("ACTIVATE", tuple())
            xChartMainTop = self.xUITest.getTopFocusWindow()
            xChartMain = xChartMainTop.getChild("chart_window")
            xSeriesObj =  xChartMain.getChild("CID/D=0:CS=0:CT=0:Series=0")
            with self.ui_test.execute_dialog_through_action(xSeriesObj, "COMMAND", mkPropertyValues({"COMMAND": "FormatTrendline"})) as xDialog:
                #Click on tab "Type".
                tabcontrol = xDialog.getChild("tabcontrol")
                select_pos(tabcontrol, "0")

                logarithmic = xDialog.getChild("logarithmic")  #type regression logarithmic
                xentryname = xDialog.getChild("entry_name")   #add name
                extrapolateForward = xDialog.getChild("extrapolateForward")
                extrapolateBackward = xDialog.getChild("extrapolateBackward")
                setIntercept = xDialog.getChild("setIntercept")
                interceptValue = xDialog.getChild("interceptValue")
                showEquation = xDialog.getChild("showEquation")
                showCorrelationCoefficient = xDialog.getChild("showCorrelationCoefficient")
                xVarname = xDialog.getChild("entry_Xname")
                yVarName = xDialog.getChild("entry_Yname")

                self.assertEqual(get_state_as_dict(logarithmic)["Checked"], "true")
                self.assertEqual(get_state_as_dict(xentryname)["Text"], "Name")
                self.assertEqual(get_state_as_dict(extrapolateForward)["Text"], "1")
                self.assertEqual(get_state_as_dict(extrapolateBackward)["Text"], "1")
                self.assertEqual(get_state_as_dict(showEquation)["Selected"], "true")
                self.assertEqual(get_state_as_dict(showCorrelationCoefficient)["Selected"], "true")
                self.assertEqual(get_state_as_dict(xVarname)["Text"], "a")
                self.assertEqual(get_state_as_dict(yVarName)["Text"], "f(a)")

                #Click on tab "Line".
                select_pos(tabcontrol, "1")
                xWidth = xDialog.getChild("MTR_FLD_LINE_WIDTH")
                xTransparent = xDialog.getChild("MTR_LINE_TRANSPARENT")

                self.assertEqual(get_state_as_dict(xWidth)["Text"], "0.10 cm")
                self.assertEqual(get_state_as_dict(xTransparent)["Text"], "5%")


            #Now change regression Type to Exponential
            gridwin.executeAction("SELECT", mkPropertyValues({"OBJECT": "Object 1"}))
            gridwin.executeAction("ACTIVATE", tuple())
            xChartMainTop = self.xUITest.getTopFocusWindow()
            xChartMain = xChartMainTop.getChild("chart_window")
            xSeriesObj =  xChartMain.getChild("CID/D=0:CS=0:CT=0:Series=0")
            with self.ui_test.execute_dialog_through_action(xSeriesObj, "COMMAND", mkPropertyValues({"COMMAND": "FormatTrendline"})) as xDialog:
                #Click on tab "Type".
                tabcontrol = xDialog.getChild("tabcontrol")
                select_pos(tabcontrol, "0")
                logarithmic = xDialog.getChild("logarithmic")  #type regression logarithmic
                exponential = xDialog.getChild("exponential")  #type regression exponential
                xentryname = xDialog.getChild("entry_name")   #add name
                extrapolateForward = xDialog.getChild("extrapolateForward")
                extrapolateBackward = xDialog.getChild("extrapolateBackward")
                setIntercept = xDialog.getChild("setIntercept")
                interceptValue = xDialog.getChild("interceptValue")
                showEquation = xDialog.getChild("showEquation")
                showCorrelationCoefficient = xDialog.getChild("showCorrelationCoefficient")
                xVarname = xDialog.getChild("entry_Xname")
                yVarName = xDialog.getChild("entry_Yname")

                exponential.executeAction("CLICK", tuple())   #set exponential
                #set Force intercept
                setIntercept.executeAction("CLICK", tuple())
                interceptValue.executeAction("UP", tuple())

                #Click on tab "Line".
                select_pos(tabcontrol, "1")
                xWidth = xDialog.getChild("MTR_FLD_LINE_WIDTH")
                xTransparent = xDialog.getChild("MTR_LINE_TRANSPARENT")

                self.assertEqual(get_state_as_dict(xWidth)["Text"], "0.10 cm")
                self.assertEqual(get_state_as_dict(xTransparent)["Text"], "5%")


            #reopen and verify Exponential
            gridwin.executeAction("SELECT", mkPropertyValues({"OBJECT": "Object 1"}))
            gridwin.executeAction("ACTIVATE", tuple())
            xChartMainTop = self.xUITest.getTopFocusWindow()
            xChartMain = xChartMainTop.getChild("chart_window")
            xSeriesObj =  xChartMain.getChild("CID/D=0:CS=0:CT=0:Series=0")
            with self.ui_test.execute_dialog_through_action(xSeriesObj, "COMMAND", mkPropertyValues({"COMMAND": "FormatTrendline"})) as xDialog:
                #Click on tab "Type".
                tabcontrol = xDialog.getChild("tabcontrol")
                select_pos(tabcontrol, "0")

                logarithmic = xDialog.getChild("logarithmic")  #type regression logarithmic
                exponential = xDialog.getChild("exponential")  #type regression exponential
                xentryname = xDialog.getChild("entry_name")   #add name
                extrapolateForward = xDialog.getChild("extrapolateForward")
                extrapolateBackward = xDialog.getChild("extrapolateBackward")
                setIntercept = xDialog.getChild("setIntercept")
                interceptValue = xDialog.getChild("interceptValue")
                showEquation = xDialog.getChild("showEquation")
                showCorrelationCoefficient = xDialog.getChild("showCorrelationCoefficient")
                xVarname = xDialog.getChild("entry_Xname")
                yVarName = xDialog.getChild("entry_Yname")

                self.assertEqual(get_state_as_dict(exponential)["Checked"], "true")
                self.assertEqual(get_state_as_dict(xentryname)["Text"], "Name")
                self.assertEqual(get_state_as_dict(extrapolateForward)["Text"], "1")
                self.assertEqual(get_state_as_dict(extrapolateBackward)["Text"], "1")
                self.assertEqual(get_state_as_dict(showEquation)["Selected"], "true")
                self.assertEqual(get_state_as_dict(setIntercept)["Selected"], "true")
                self.assertEqual(get_state_as_dict(interceptValue)["Text"], "1")
                self.assertEqual(get_state_as_dict(showCorrelationCoefficient)["Selected"], "true")
                self.assertEqual(get_state_as_dict(xVarname)["Text"], "a")
                self.assertEqual(get_state_as_dict(yVarName)["Text"], "f(a)")

                #Click on tab "Line".
                select_pos(tabcontrol, "1")
                xWidth = xDialog.getChild("MTR_FLD_LINE_WIDTH")
                xTransparent = xDialog.getChild("MTR_LINE_TRANSPARENT")

                self.assertEqual(get_state_as_dict(xWidth)["Text"], "0.10 cm")
                self.assertEqual(get_state_as_dict(xTransparent)["Text"], "5%")


            #Now change regression Type to Power
            gridwin.executeAction("SELECT", mkPropertyValues({"OBJECT": "Object 1"}))
            gridwin.executeAction("ACTIVATE", tuple())
            xChartMainTop = self.xUITest.getTopFocusWindow()
            xChartMain = xChartMainTop.getChild("chart_window")
            xSeriesObj =  xChartMain.getChild("CID/D=0:CS=0:CT=0:Series=0")
            with self.ui_test.execute_dialog_through_action(xSeriesObj, "COMMAND", mkPropertyValues({"COMMAND": "FormatTrendline"})) as xDialog:
                #Click on tab "Type".
                tabcontrol = xDialog.getChild("tabcontrol")
                select_pos(tabcontrol, "0")
                logarithmic = xDialog.getChild("logarithmic")  #type regression logarithmic
                exponential = xDialog.getChild("exponential")  #type regression exponential
                power = xDialog.getChild("exponential")  #type regression power
                xentryname = xDialog.getChild("entry_name")   #add name
                extrapolateForward = xDialog.getChild("extrapolateForward")
                extrapolateBackward = xDialog.getChild("extrapolateBackward")
                setIntercept = xDialog.getChild("setIntercept")
                interceptValue = xDialog.getChild("interceptValue")
                showEquation = xDialog.getChild("showEquation")
                showCorrelationCoefficient = xDialog.getChild("showCorrelationCoefficient")
                xVarname = xDialog.getChild("entry_Xname")
                yVarName = xDialog.getChild("entry_Yname")

                power.executeAction("CLICK", tuple())   #set power

                #Click on tab "Line".
                select_pos(tabcontrol, "1")
                xWidth = xDialog.getChild("MTR_FLD_LINE_WIDTH")
                xTransparent = xDialog.getChild("MTR_LINE_TRANSPARENT")

                self.assertEqual(get_state_as_dict(xWidth)["Text"], "0.10 cm")
                self.assertEqual(get_state_as_dict(xTransparent)["Text"], "5%")


            #reopen and verify Power
            gridwin.executeAction("SELECT", mkPropertyValues({"OBJECT": "Object 1"}))
            gridwin.executeAction("ACTIVATE", tuple())
            xChartMainTop = self.xUITest.getTopFocusWindow()
            xChartMain = xChartMainTop.getChild("chart_window")
            xSeriesObj =  xChartMain.getChild("CID/D=0:CS=0:CT=0:Series=0")
            with self.ui_test.execute_dialog_through_action(xSeriesObj, "COMMAND", mkPropertyValues({"COMMAND": "FormatTrendline"})) as xDialog:
                #Click on tab "Type".
                tabcontrol = xDialog.getChild("tabcontrol")
                select_pos(tabcontrol, "0")

                logarithmic = xDialog.getChild("logarithmic")  #type regression logarithmic
                exponential = xDialog.getChild("exponential")  #type regression exponential
                power = xDialog.getChild("exponential")  #type regression power
                xentryname = xDialog.getChild("entry_name")   #add name
                extrapolateForward = xDialog.getChild("extrapolateForward")
                extrapolateBackward = xDialog.getChild("extrapolateBackward")
                setIntercept = xDialog.getChild("setIntercept")
                interceptValue = xDialog.getChild("interceptValue")
                showEquation = xDialog.getChild("showEquation")
                showCorrelationCoefficient = xDialog.getChild("showCorrelationCoefficient")
                xVarname = xDialog.getChild("entry_Xname")
                yVarName = xDialog.getChild("entry_Yname")

                self.assertEqual(get_state_as_dict(power)["Checked"], "true")
                self.assertEqual(get_state_as_dict(xentryname)["Text"], "Name")
                self.assertEqual(get_state_as_dict(extrapolateForward)["Text"], "1")
                self.assertEqual(get_state_as_dict(extrapolateBackward)["Text"], "1")
                self.assertEqual(get_state_as_dict(showEquation)["Selected"], "true")
                # self.assertEqual(get_state_as_dict(setIntercept)["Selected"], "true")
                # self.assertEqual(get_state_as_dict(interceptValue)["Text"], "1")
                self.assertEqual(get_state_as_dict(showCorrelationCoefficient)["Selected"], "true")
                self.assertEqual(get_state_as_dict(xVarname)["Text"], "a")
                self.assertEqual(get_state_as_dict(yVarName)["Text"], "f(a)")

                #Click on tab "Line".
                select_pos(tabcontrol, "1")
                xWidth = xDialog.getChild("MTR_FLD_LINE_WIDTH")
                xTransparent = xDialog.getChild("MTR_LINE_TRANSPARENT")

                self.assertEqual(get_state_as_dict(xWidth)["Text"], "0.10 cm")
                self.assertEqual(get_state_as_dict(xTransparent)["Text"], "5%")


            #Now change regression Type to Polynomial
            gridwin.executeAction("SELECT", mkPropertyValues({"OBJECT": "Object 1"}))
            gridwin.executeAction("ACTIVATE", tuple())
            xChartMainTop = self.xUITest.getTopFocusWindow()
            xChartMain = xChartMainTop.getChild("chart_window")
            xSeriesObj =  xChartMain.getChild("CID/D=0:CS=0:CT=0:Series=0")
            with self.ui_test.execute_dialog_through_action(xSeriesObj, "COMMAND", mkPropertyValues({"COMMAND": "FormatTrendline"})) as xDialog:
                #Click on tab "Type".
                tabcontrol = xDialog.getChild("tabcontrol")
                select_pos(tabcontrol, "0")
                logarithmic = xDialog.getChild("logarithmic")  #type regression logarithmic
                exponential = xDialog.getChild("exponential")  #type regression exponential
                power = xDialog.getChild("exponential")  #type regression power
                polynomial = xDialog.getChild("polynomial")  #type regression polynomial
                degree = xDialog.getChild("degree")
                xentryname = xDialog.getChild("entry_name")   #add name
                extrapolateForward = xDialog.getChild("extrapolateForward")
                extrapolateBackward = xDialog.getChild("extrapolateBackward")
                setIntercept = xDialog.getChild("setIntercept")
                interceptValue = xDialog.getChild("interceptValue")
                showEquation = xDialog.getChild("showEquation")
                showCorrelationCoefficient = xDialog.getChild("showCorrelationCoefficient")
                xVarname = xDialog.getChild("entry_Xname")
                yVarName = xDialog.getChild("entry_Yname")

                polynomial.executeAction("CLICK", tuple())   #set polynomial
                degree.executeAction("UP", tuple())

                #Click on tab "Line".
                select_pos(tabcontrol, "1")
                xWidth = xDialog.getChild("MTR_FLD_LINE_WIDTH")
                xTransparent = xDialog.getChild("MTR_LINE_TRANSPARENT")

                self.assertEqual(get_state_as_dict(xWidth)["Text"], "0.10 cm")
                self.assertEqual(get_state_as_dict(xTransparent)["Text"], "5%")


            #reopen and verify Polynomial
            gridwin.executeAction("SELECT", mkPropertyValues({"OBJECT": "Object 1"}))
            gridwin.executeAction("ACTIVATE", tuple())
            xChartMainTop = self.xUITest.getTopFocusWindow()
            xChartMain = xChartMainTop.getChild("chart_window")
            xSeriesObj =  xChartMain.getChild("CID/D=0:CS=0:CT=0:Series=0")
            with self.ui_test.execute_dialog_through_action(xSeriesObj, "COMMAND", mkPropertyValues({"COMMAND": "FormatTrendline"})) as xDialog:
                #Click on tab "Type".
                tabcontrol = xDialog.getChild("tabcontrol")
                select_pos(tabcontrol, "0")

                logarithmic = xDialog.getChild("logarithmic")  #type regression logarithmic
                exponential = xDialog.getChild("exponential")  #type regression exponential
                power = xDialog.getChild("exponential")  #type regression power
                polynomial = xDialog.getChild("polynomial")  #type regression polynomial
                degree = xDialog.getChild("degree")
                xentryname = xDialog.getChild("entry_name")   #add name
                extrapolateForward = xDialog.getChild("extrapolateForward")
                extrapolateBackward = xDialog.getChild("extrapolateBackward")
                setIntercept = xDialog.getChild("setIntercept")
                interceptValue = xDialog.getChild("interceptValue")
                showEquation = xDialog.getChild("showEquation")
                showCorrelationCoefficient = xDialog.getChild("showCorrelationCoefficient")
                xVarname = xDialog.getChild("entry_Xname")
                yVarName = xDialog.getChild("entry_Yname")

                self.assertEqual(get_state_as_dict(polynomial)["Checked"], "true")
                self.assertEqual(get_state_as_dict(degree)["Text"], "3")
                self.assertEqual(get_state_as_dict(xentryname)["Text"], "Name")
                self.assertEqual(get_state_as_dict(extrapolateForward)["Text"], "1")
                self.assertEqual(get_state_as_dict(extrapolateBackward)["Text"], "1")
                self.assertEqual(get_state_as_dict(showEquation)["Selected"], "true")
                self.assertEqual(get_state_as_dict(setIntercept)["Selected"], "true")
                self.assertEqual(get_state_as_dict(interceptValue)["Text"], "1")
                self.assertEqual(get_state_as_dict(showCorrelationCoefficient)["Selected"], "true")
                self.assertEqual(get_state_as_dict(xVarname)["Text"], "a")
                self.assertEqual(get_state_as_dict(yVarName)["Text"], "f(a)")

                #Click on tab "Line".
                select_pos(tabcontrol, "1")
                xWidth = xDialog.getChild("MTR_FLD_LINE_WIDTH")
                xTransparent = xDialog.getChild("MTR_LINE_TRANSPARENT")

                self.assertEqual(get_state_as_dict(xWidth)["Text"], "0.10 cm")
                self.assertEqual(get_state_as_dict(xTransparent)["Text"], "5%")


            #Now change regression Type to Moving average
            gridwin.executeAction("SELECT", mkPropertyValues({"OBJECT": "Object 1"}))
            gridwin.executeAction("ACTIVATE", tuple())
            xChartMainTop = self.xUITest.getTopFocusWindow()
            xChartMain = xChartMainTop.getChild("chart_window")
            xSeriesObj =  xChartMain.getChild("CID/D=0:CS=0:CT=0:Series=0")
            with self.ui_test.execute_dialog_through_action(xSeriesObj, "COMMAND", mkPropertyValues({"COMMAND": "FormatTrendline"})) as xDialog:
                #Click on tab "Type".
                tabcontrol = xDialog.getChild("tabcontrol")
                select_pos(tabcontrol, "0")
                logarithmic = xDialog.getChild("logarithmic")  #type regression logarithmic
                exponential = xDialog.getChild("exponential")  #type regression exponential
                power = xDialog.getChild("exponential")  #type regression power
                movingAverage = xDialog.getChild("movingAverage")  #type regression Moving average
                movingAverageType = xDialog.getChild("combo_moving_type")  #type regression Moving average type
                period = xDialog.getChild("period")
                xentryname = xDialog.getChild("entry_name")   #add name
                extrapolateForward = xDialog.getChild("extrapolateForward")
                extrapolateBackward = xDialog.getChild("extrapolateBackward")
                setIntercept = xDialog.getChild("setIntercept")
                interceptValue = xDialog.getChild("interceptValue")
                showEquation = xDialog.getChild("showEquation")
                showCorrelationCoefficient = xDialog.getChild("showCorrelationCoefficient")
                xVarname = xDialog.getChild("entry_Xname")
                yVarName = xDialog.getChild("entry_Yname")

                movingAverage.executeAction("CLICK", tuple())   #set polynomial
                select_by_text(movingAverageType, "Averaged Abscissa")
                period.executeAction("UP", tuple())

                #Click on tab "Line".
                select_pos(tabcontrol, "1")
                xWidth = xDialog.getChild("MTR_FLD_LINE_WIDTH")
                xTransparent = xDialog.getChild("MTR_LINE_TRANSPARENT")

                self.assertEqual(get_state_as_dict(xWidth)["Text"], "0.10 cm")
                self.assertEqual(get_state_as_dict(xTransparent)["Text"], "5%")


            #reopen and verify Moving average
            gridwin.executeAction("SELECT", mkPropertyValues({"OBJECT": "Object 1"}))
            gridwin.executeAction("ACTIVATE", tuple())
            xChartMainTop = self.xUITest.getTopFocusWindow()
            xChartMain = xChartMainTop.getChild("chart_window")
            xSeriesObj =  xChartMain.getChild("CID/D=0:CS=0:CT=0:Series=0")
            with self.ui_test.execute_dialog_through_action(xSeriesObj, "COMMAND", mkPropertyValues({"COMMAND": "FormatTrendline"})) as xDialog:
                #Click on tab "Type".
                tabcontrol = xDialog.getChild("tabcontrol")
                select_pos(tabcontrol, "0")

                logarithmic = xDialog.getChild("logarithmic")  #type regression logarithmic
                exponential = xDialog.getChild("exponential")  #type regression exponential
                power = xDialog.getChild("exponential")  #type regression power
                polynomial = xDialog.getChild("polynomial")  #type regression polynomial
                movingAverage = xDialog.getChild("movingAverage")  #type regression Moving average
                movingAverageType = xDialog.getChild("combo_moving_type")  #type regression Moving average type
                degree = xDialog.getChild("degree")
                period = xDialog.getChild("period")
                xentryname = xDialog.getChild("entry_name")   #add name
                extrapolateForward = xDialog.getChild("extrapolateForward")
                extrapolateBackward = xDialog.getChild("extrapolateBackward")
                setIntercept = xDialog.getChild("setIntercept")
                interceptValue = xDialog.getChild("interceptValue")
                showEquation = xDialog.getChild("showEquation")
                showCorrelationCoefficient = xDialog.getChild("showCorrelationCoefficient")
                xVarname = xDialog.getChild("entry_Xname")
                yVarName = xDialog.getChild("entry_Yname")

                self.assertEqual(get_state_as_dict(movingAverage)["Checked"], "true")
                self.assertEqual(get_state_as_dict(movingAverageType)["SelectEntryText"], "Averaged Abscissa")
                self.assertEqual(get_state_as_dict(period)["Text"], "3")
                self.assertEqual(get_state_as_dict(xentryname)["Text"], "Name")

                #Click on tab "Line".
                select_pos(tabcontrol, "1")
                xWidth = xDialog.getChild("MTR_FLD_LINE_WIDTH")
                xTransparent = xDialog.getChild("MTR_LINE_TRANSPARENT")

                self.assertEqual(get_state_as_dict(xWidth)["Text"], "0.10 cm")
                self.assertEqual(get_state_as_dict(xTransparent)["Text"], "5%")


# vim: set shiftwidth=4 softtabstop=4 expandtab: