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Addition of new test revolution_006
authoreso <eugeny.savchenko@opencascade.com>
Thu, 27 Aug 2015 09:11:29 +0000 (12:11 +0300)
committereso <eugeny.savchenko@opencascade.com>
Thu, 27 Aug 2015 09:11:29 +0000 (12:11 +0300)
test.squish/suite_ISSUES_SALOME/tst_revolution_006/test.py [new file with mode: 0644]
test.squish/suite_ISSUES_SALOME/tst_revolution_006/verificationPoints/VP1 [new file with mode: 0644]

diff --git a/test.squish/suite_ISSUES_SALOME/tst_revolution_006/test.py b/test.squish/suite_ISSUES_SALOME/tst_revolution_006/test.py
new file mode 100644 (file)
index 0000000..a783197
--- /dev/null
@@ -0,0 +1,80 @@
+def main():
+    #[project] NewGEOM
+    #[Scenario] Revolution_006
+    #[Topic] 'RevolutionCut by planes and offsets' 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_revolution_003.hdf'
+    open(DATA_PATH + "/for_revolution_003.hdf")
+    
+    #[step] Activate NewGeom
+    clickButton(waitForObject(":SALOME*.NewGeom_QToolButton"))
+    
+    # [step] Activate Part_1
+    waitForObjectItem(":Object browser_XGUI_DataTree", "Not loaded Part\\_1")
+    clickItem(":Object browser_XGUI_DataTree", "Not loaded Part\\_1", 71, 10, 0, Qt.LeftButton)
+    openItemContextMenu(waitForObject(":Object browser_XGUI_DataTree"), "Not loaded Part\\_1", 70, 9, 0)
+    activateItem(waitForObjectItem(":_QMenu", "Activate"))
+    
+    #[step] Fit all
+    fit_all()
+    
+    #[step] Execute RevolutionFuse operation
+    mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Features"))
+    mouseClick(waitForObjectItem(":_QMenu", "RevolutionCut"))
+    
+    #[step] Select sketch face
+    mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 287, 236, 0, Qt.LeftButton)
+
+    # [step] Create 2 circles
+    circle_create_in_view((650, 364), (671, 392))
+    circle_create_in_view((641, 114), (664, 141))
+    
+    #[step] Approve sketching
+    clickButton(waitForObject(":Sketch.property_panel_ok_QToolButton"))
+    
+    # [step] Select axis for revolution
+    mouseClick(waitForObject(":Revolution_QLineEdit_3"), 103, 11, 0, Qt.LeftButton)
+    mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 750, 237, 0, Qt.LeftButton)
+    
+    #[step] Select method 'by planes and offsets'
+    clickButton(waitForObject(":Revolution_QToolButton_5"))
+    
+    #[step] Select face 'To'
+    mouseClick(waitForObject(":To_QLineEdit_4"), 82, 14, 0, Qt.LeftButton)
+    mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 334, 352, 0, Qt.LeftButton)
+    
+    #[step] Select face 'From'
+    mouseClick(waitForObject(":From_QLineEdit_4"), 117, 10, 0, Qt.LeftButton)
+    type(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), "<Control>")
+    mouseDrag(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 507, 436, -473, -110, 67108866, Qt.RightButton)
+    sendEvent("QMouseEvent", waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), QEvent.MouseButtonPress, 359, 293, Qt.LeftButton, 1, 0)
+    sendEvent("QMouseEvent", waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), QEvent.MouseButtonRelease, 359, 293, Qt.LeftButton, 0, 0)
+    
+    #[step] Ok
+    clickButton(waitForObject(":RevolutionCut.property_panel_ok_QToolButton"))
+    
+    #[step] Rotate the model
+    type(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), "<Control>")
+    mouseDrag(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 85, 45, 376, 233, 67108866, Qt.RightButton)
+    mouseDrag(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 202, 241, 75, -75, 67108866, Qt.RightButton)
+
+    #[step] Fit all
+    fit_all()
+    
+    #[check] Check that operation has been executed successfully    
+    test.vp("VP1")
+
+    # [step] Close application without saving
+    close_application()
diff --git a/test.squish/suite_ISSUES_SALOME/tst_revolution_006/verificationPoints/VP1 b/test.squish/suite_ISSUES_SALOME/tst_revolution_006/verificationPoints/VP1
new file mode 100644 (file)
index 0000000..a7a77eb
--- /dev/null
@@ -0,0 +1 @@
+<?xml version="1.0" encoding="UTF-8" standalone="no"?><VerificationPoint type="Screenshot" version="4"><Description/><Verification object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d" type="PNG">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<Mask/></Verification></VerificationPoint>
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