:Arc.Start point_QGroupBox {container=':SALOME*.Arc_XGUI_PropertyPanel' title='Start point' type='QGroupBox' unnamed='1' visible='1'}
:Arc.property_panel_cancel_QToolButton {container=':SALOME*.Arc_XGUI_PropertyPanel' name='property_panel_cancel' type='QToolButton' visible='1'}
:Arc.property_panel_ok_QToolButton {container=':SALOME*.Arc_XGUI_PropertyPanel' name='property_panel_ok' type='QToolButton' visible='1'}
+:Boolean.Main objects_QLabel {container=':SALOME*.Boolean_XGUI_PropertyPanel' text='Main objects' type='QLabel' unnamed='1' visible='1'}
+:Boolean.Main objects_QListWidget {aboveWidget=':Boolean.Main objects_QLabel' container=':SALOME*.Boolean_XGUI_PropertyPanel' type='QListWidget' unnamed='1' visible='1'}
+:Boolean.Tool object_QLabel {container=':SALOME*.Boolean_XGUI_PropertyPanel' text='Tool object' type='QLabel' unnamed='1' visible='1'}
+:Boolean.Tool object_QListWidget {aboveWidget=':Boolean.Tool object_QLabel' container=':SALOME*.Boolean_XGUI_PropertyPanel' type='QListWidget' unnamed='1' visible='1'}
+:Boolean.Type_QComboBox {container=':SALOME*.Boolean_XGUI_PropertyPanel' leftWidget=':Boolean.Type_QLabel' type='QComboBox' unnamed='1' visible='1'}
+:Boolean.Type_QLabel {container=':SALOME*.Boolean_XGUI_PropertyPanel' text='Type' type='QLabel' unnamed='1' visible='1'}
+:Boolean.property_panel_ok_QToolButton {container=':SALOME*.Boolean_XGUI_PropertyPanel' name='property_panel_ok' type='QToolButton' visible='1'}
:Center.X _ModuleBase_ParamSpinBox {container=':Circle.Center_QGroupBox' leftWidget=':Center.X _QLabel' type='ModuleBase_ParamSpinBox' unnamed='1' visible='1'}
:Center.X _ModuleBase_ParamSpinBox_2 {container=':Arc.Center_QGroupBox' leftWidget=':Center.X _QLabel_2' type='ModuleBase_ParamSpinBox' unnamed='1' visible='1'}
:Center.X _QLabel {container=':Circle.Center_QGroupBox' text='X ' type='QLabel' unnamed='1' visible='1'}
:Extrusion.qt_spinbox_lineedit_QLineEdit_2 {container=':SALOME*.Extrusion_XGUI_PropertyPanel' name='qt_spinbox_lineedit' occurrence='2' type='QLineEdit' visible='1'}
:Extrusion.to_size_ModuleBase_ParamSpinBox {container=':SALOME*.Extrusion_XGUI_PropertyPanel' name='to_size' type='ModuleBase_ParamSpinBox' visible='1'}
:Extrusion_QToolButton {container=':SALOME*.Extrusion_XGUI_PropertyPanel' occurrence='2' type='QToolButton' unnamed='1' visible='1'}
+:Fatal error.OK_QPushButton {text='OK' type='QPushButton' unnamed='1' visible='1' window=':Fatal error_QMessageBox'}
+:Fatal error_QMessageBox {type='QMessageBox' unnamed='1' visible='1' windowTitle='Fatal error'}
:Fixed.property_panel_cancel_QToolButton {container=':SALOME*.Fixed_XGUI_PropertyPanel' name='property_panel_cancel' type='QToolButton' visible='1'}
:From.from_offset_ModuleBase_ParamSpinBox {container=':Extrusion.From_ModuleBase_PageGroupBox' name='from_offset' type='ModuleBase_ParamSpinBox' visible='1'}
:From_QLineEdit {container=':Extrusion.From_ModuleBase_PageGroupBox' type='QLineEdit' unnamed='1' visible='1'}
:SALOME*.3D View Operations_OCCViewer_ViewPort3d {aboveWidget=':SALOME*.3D View Operations_QtxToolBar' type='OCCViewer_ViewPort3d' unnamed='1' visible='1' window=':SALOME*_STD_TabDesktop'}
:SALOME*.3D View Operations_QtxToolBar {name='OCCViewer3DViewOperations' type='QtxToolBar' visible='1' window=':SALOME*_STD_TabDesktop' windowTitle='3D View Operations'}
:SALOME*.Arc_XGUI_PropertyPanel {name='property_panel_dock' type='XGUI_PropertyPanel' visible='1' window=':SALOME*_STD_TabDesktop' windowTitle='Arc'}
+:SALOME*.Boolean_XGUI_PropertyPanel {name='property_panel_dock' type='XGUI_PropertyPanel' visible='1' window=':SALOME*_STD_TabDesktop' windowTitle='Boolean'}
:SALOME*.Circle_XGUI_PropertyPanel {name='property_panel_dock' type='XGUI_PropertyPanel' visible='1' window=':SALOME*_STD_TabDesktop' windowTitle='Circle'}
:SALOME*.Close_QToolButton {text='Close' type='QToolButton' unnamed='1' visible='1' window=':SALOME*_STD_TabDesktop'}
:SALOME*.Coincident_XGUI_PropertyPanel {name='property_panel_dock' type='XGUI_PropertyPanel' visible='1' window=':SALOME*_STD_TabDesktop' windowTitle='Coincident'}
def fit_all():
clickButton(waitForObject(":SALOME*.Fit All_QToolButton"))
+def boolean_cut(main_object, tool_object):
+ mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Features"))
+ mouseClick(waitForObjectItem(":_QMenu", "Boolean"))
+
+ mouseClick(waitForObject(":Boolean.Type_QComboBox"), 57, 9, 0, Qt.LeftButton)
+ mouseClick(waitForObjectItem(":Boolean.Type_QComboBox", "Cut"), 26, 7, 0, Qt.LeftButton)
+
+ mouseClick(waitForObject(":Boolean.Main objects_QListWidget"), 89, 62, 0, Qt.LeftButton)
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), main_object[0], main_object[1], 0, Qt.LeftButton)
+
+ mouseClick(waitForObject(":Boolean.Tool object_QListWidget"), 98, 87, 0, Qt.LeftButton)
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), tool_object[0], tool_object[1], 0, Qt.LeftButton)
+
+ clickButton(waitForObject(":Boolean.property_panel_ok_QToolButton"))
+
+def boolean_fuse(main_object, tool_object):
+ mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Features"))
+ mouseClick(waitForObjectItem(":_QMenu", "Boolean"))
+
+ mouseClick(waitForObject(":Boolean.Type_QComboBox"), 57, 9, 0, Qt.LeftButton)
+ mouseClick(waitForObjectItem(":Boolean.Type_QComboBox", "Fuse"), 26, 7, 0, Qt.LeftButton)
+
+ mouseClick(waitForObject(":Boolean.Main objects_QListWidget"), 89, 62, 0, Qt.LeftButton)
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), main_object[0], main_object[1], 0, Qt.LeftButton)
+
+ mouseClick(waitForObject(":Boolean.Tool object_QListWidget"), 98, 87, 0, Qt.LeftButton)
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), tool_object[0], tool_object[1], 0, Qt.LeftButton)
+
+ clickButton(waitForObject(":Boolean.property_panel_ok_QToolButton"))
+
+def boolean_common(main_object, tool_object):
+ mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Features"))
+ mouseClick(waitForObjectItem(":_QMenu", "Boolean"))
+
+ mouseClick(waitForObject(":Boolean.Type_QComboBox"), 57, 9, 0, Qt.LeftButton)
+ mouseClick(waitForObjectItem(":Boolean.Type_QComboBox", "Common"), 26, 7, 0, Qt.LeftButton)
+
+ mouseClick(waitForObject(":Boolean.Main objects_QListWidget"), 89, 62, 0, Qt.LeftButton)
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), main_object[0], main_object[1], 0, Qt.LeftButton)
+
+ mouseClick(waitForObject(":Boolean.Tool object_QListWidget"), 98, 87, 0, Qt.LeftButton)
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), tool_object[0], tool_object[1], 0, Qt.LeftButton)
+
+ clickButton(waitForObject(":Boolean.property_panel_ok_QToolButton"))
+
--- /dev/null
+def main():
+ #[project] NewGEOM
+ #[Scenario] Boolean_001
+ #[Topic] 'Boolean cut' functionality
+ #[Tested functionality]
+ #[Summary description]
+ #[Expected results]
+ #[General comments]
+
+ source(findFile("scripts", "common.py"))
+
+ #[section] Application start
+ #[step] Launch SALOME
+ startApplication("salome_run.sh")
+
+ set_defaults()
+
+ #[step] Open 'for_extrusion_001.hdf'
+ open(DATA_PATH + "/for_boolean_001.hdf")
+
+ #[step] Activate NewGeom
+ clickButton(waitForObject(":SALOME*.NewGeom_QToolButton"))
+
+ #[step] Activate Part_1
+ waitForObjectItem(":Object browser_XGUI_DataTree", "Part\\_1")
+ clickItem(":Object browser_XGUI_DataTree", "Part\\_1", 48, 10, 0, Qt.LeftButton)
+ openItemContextMenu(waitForObject(":Object browser_XGUI_DataTree"), "Part\\_1", 48, 10, 0)
+ activateItem(waitForObjectItem(":_QMenu", "Activate"))
+
+ #[step] Fit all
+ fit_all()
+
+ #[step] Implement boolean cut for existing objects
+ boolean_cut((139, 138), (420, 195))
+
+ #[check] Check that operation has been executed successfully
+ test.vp("VP1")
+
+ # [step] Close application without saving
+ close_application()
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?><VerificationPoint type="Screenshot" version="4"><Description/><Verification object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d" 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<Mask/></Verification></VerificationPoint>
\ No newline at end of file
--- /dev/null
+def main():
+ #[project] NewGEOM
+ #[Scenario] Boolean_002
+ #[Topic] 'Boolean fuse' functionality
+ #[Tested functionality]
+ #[Summary description]
+ #[Expected results]
+ #[General comments]
+
+ source(findFile("scripts", "common.py"))
+
+ #[section] Application start
+ #[step] Launch SALOME
+ startApplication("salome_run.sh")
+
+ set_defaults()
+
+ #[step] Open 'for_extrusion_001.hdf'
+ open(DATA_PATH + "/for_boolean_001.hdf")
+
+ #[step] Activate NewGeom
+ clickButton(waitForObject(":SALOME*.NewGeom_QToolButton"))
+
+ #[step] Activate Part_1
+ waitForObjectItem(":Object browser_XGUI_DataTree", "Part\\_1")
+ clickItem(":Object browser_XGUI_DataTree", "Part\\_1", 48, 10, 0, Qt.LeftButton)
+ openItemContextMenu(waitForObject(":Object browser_XGUI_DataTree"), "Part\\_1", 48, 10, 0)
+ activateItem(waitForObjectItem(":_QMenu", "Activate"))
+
+ #[step] Fit all
+ fit_all()
+
+ #[step] Implement boolean fuse for existing objects
+ boolean_fuse((139, 138), (420, 195))
+
+ #[check] Check that operation has been executed successfully
+ test.vp("VP1")
+
+ # [step] Close application without saving
+ close_application()
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?><VerificationPoint type="Screenshot" version="4"><Description/><Verification object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d" 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<Mask/></Verification></VerificationPoint>
\ No newline at end of file
--- /dev/null
+def main():
+ #[project] NewGEOM
+ #[Scenario] Boolean_003
+ #[Topic] 'Boolean common' functionality
+ #[Tested functionality]
+ #[Summary description]
+ #[Expected results]
+ #[General comments]
+
+ source(findFile("scripts", "common.py"))
+
+ #[section] Application start
+ #[step] Launch SALOME
+ startApplication("salome_run.sh")
+
+ set_defaults()
+
+ #[step] Open 'for_extrusion_001.hdf'
+ open(DATA_PATH + "/for_boolean_001.hdf")
+
+ #[step] Activate NewGeom
+ clickButton(waitForObject(":SALOME*.NewGeom_QToolButton"))
+
+ #[step] Activate Part_1
+ waitForObjectItem(":Object browser_XGUI_DataTree", "Part\\_1")
+ clickItem(":Object browser_XGUI_DataTree", "Part\\_1", 48, 10, 0, Qt.LeftButton)
+ openItemContextMenu(waitForObject(":Object browser_XGUI_DataTree"), "Part\\_1", 48, 10, 0)
+ activateItem(waitForObjectItem(":_QMenu", "Activate"))
+
+ #[step] Fit all
+ fit_all()
+
+ #[step] Implement boolean common for existing objects
+ boolean_common((139, 138), (420, 195))
+
+ #[check] Check that operation has been executed successfully
+ test.vp("VP1")
+
+ # [step] Close application without saving
+ close_application()
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?><VerificationPoint type="Screenshot" version="4"><Description/><Verification object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d" 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\ No newline at end of file
