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fixToCorrectTypes.vbs
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fixToCorrectTypes.vbs
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option explicit
!INC Local Scripts.EAConstants-VBScript
' Script Name:
' Author: Tor Kjetil Nilsen, Arkitektum AS
' Purpose: Validate use of incorrect or disconnected types
' Date: 2015-12-30
sub OnProjectBrowserScript()
' Get the type of element selected in the Project Browser
dim treeSelectedType
treeSelectedType = Repository.GetTreeSelectedItemType()
select case treeSelectedType
case otPackage
' Code for when a package is selected
dim thePackage as EA.Package
set thePackage = Repository.GetTreeSelectedObject()
Repository.WriteOutput "Script", "Start validating [" & thePackage.Name & "] " & Now,0
ValidatePackage(thePackage)
Repository.WriteOutput "Script", "End validating [" & thePackage.Name & "] " & Now,0
case else
' Error message
Session.Prompt "This script does not support items of this type.", promptOK
end select
end sub
OnProjectBrowserScript
sub ValidatePackage(p)
dim stringTypes
Set stringTypes = CreateObject("System.Collections.ArrayList")
stringTypes.Add "char"
stringTypes.Add "character"
stringTypes.Add "string"
stringTypes.Add "charcterstring"
dim intTypes
Set intTypes = CreateObject("System.Collections.ArrayList")
intTypes.Add "int"
intTypes.Add "short"
intTypes.Add "long"
dim realTypes
Set realTypes = CreateObject("System.Collections.ArrayList")
realTypes.Add "double"
realTypes.Add "float"
dim boolTypes
Set boolTypes = CreateObject("System.Collections.ArrayList")
boolTypes.Add "bolsk"
boolTypes.Add "boolsk"
dim BasicTypes
Set BasicTypes = CreateObject("Scripting.Dictionary")
with BasicTypes
.Add "characterstring" , "CharacterString"
.Add "integer", "Integer"
.Add "real", "Real"
.Add "decimal", "Decimal"
.Add "date", "Date"
.Add "datetime", "DateTime"
.Add "boolean", "Boolean"
.Add "number", "Number"
.Add "time", "Time"
.Add "vector", "Vector"
.Add "genericname", "GenericName"
.Add "localname", "LocalName"
.Add "scopename", "ScopeName"
.Add "length", "Length"
.Add "distance", "Distance"
.Add "angle", "Angle"
.Add "speed", "Speed"
.Add "scale", "Scale"
.Add "area", "Area"
.Add "volume", "Volume"
.Add "measure", "Measure"
.Add "sign", "Sign"
.Add "unitofmeasure", "UnitOfMeasure"
.Add "flate", "Flate"
.Add "kurve", "Kurve"
.Add "punkt", "Punkt"
.Add "sverm", "Sverm"
.Add "gm_object", "GM_Object"
.Add "gm_primitive", "GM_Primitive"
.Add "directposition", "DirectPosition"
.Add "gm_position", "GM_Position"
.Add "gm_pointarray", "GM_PointArray"
.Add "gm_point", "GM_Point"
.Add "gm_curve", "GM_Curve"
.Add "gm_surface", "GM_Surface"
.Add "gm_polyhedralsurface", "GM_PolyhedralSurface"
.Add "gm_triangulatedsurface","GM_TriangulatedSurface"
.Add "gm_tin","GM_Tin"
.Add "gm_solid","GM_Solid"
.Add "gm_orientablecurve","GM_OrientableCurve"
.Add "gm_orientablesurface","GM_OrientableSurface"
.Add "gm_ring","GM_Ring"
.Add "gm_shell","GM_Shell"
.Add "gm_compositepoint","GM_CompositePoint"
.Add "gm_compositecurve","GM_CompositeCurve"
.Add "gm_compositesurface","GM_CompositeSurface"
.Add "gm_compositesolid","GM_CompositeSolid"
.Add "gm_complex","GM_Complex"
.Add "gm_aggregate","GM_Aggregate"
.Add "gm_multipoint","GM_MultiPoint"
.Add "gm_multicurve","GM_MultiCurve"
.Add "gm_multisurface","GM_MultiSurface"
.Add "gm_multisolid","GM_MultiSolid"
.Add "gm_multiprimitive", "GM_MultiPrimitive"
.Add "gm_curvesegment", "GM_CurveSegment"
.Add "gm_arc", "GM_Arc"
.Add "gm_arcbybulge", "GM_ArcByBulge"
.Add "gm_arcstring", "GM_ArcString"
.Add "gm_arcstringbybulge", "GM_ArcStringByBulge"
.Add "gm_bezier", "GM_Bezier"
.Add "gm_bsplinecurve", "GM_BsplineCurve"
.Add "gm_circle", "GM_Circle"
.Add "gm_clothoid", "GM_Clothoid"
.Add "gm_cubicspline", "GM_CubicSpline"
.Add "gm_geodesicstring", "GM_GeodesicString"
.Add "gm_linestring", "GM_LineString"
.Add "gm_offsetcurve", "GM_OffsetCurve"
.Add "gm_surfacepatch", "GM_SurfacePatch"
.Add "gm_griddedsurface", "GM_GriddedSurface"
.Add "gm_parametriccurvesurface", "GM_ParametricCurveSurface"
.Add "gm_cone", "GM_Cone"
.Add "gm_cylinder", "GM_Cylinder"
.Add "gm_geodesic", "GM_Geodesic"
.Add "gm_polygon", "GM_Polygon"
.Add "gm_sphere", "GM_Sphere"
.Add "gm_triangle", "GM_Triangle"
.Add "tp_object", "TP_Object"
.Add "tp_node", "TP_Node"
.Add "tp_edge", "TP_Edge"
.Add "tp_face", "TP_Face"
.Add "tp_solid", "TP_Solid"
.Add "tp_directednode", "TP_DirectedNode"
.Add "tp_directededge", "TP_DirectedEdge"
.Add "tp_directedface", "TP_DirectedFace"
.Add "tp_directedsolid", "TP_DirectedSolid"
.Add "tp_complex", "TP_Complex"
.Add "tm_object", "TM_Object"
.Add "tm_complex", "TM_Complex"
.Add "tm_geometricprimitive", "TM_GeometricPrimitive"
.Add "tm_instant", "TM_Instant"
.Add "tm_period", "TM_Period"
.Add "tm_topologicalcomplex", "TM_TopologicalComplex"
.Add "tm_topologicalprimitive", "TM_TopologicalPrimitive"
.Add "tm_node", "TM_Node"
.Add "tm_edge", "TM_Edge"
.Add "tm_periodduration", "TM_PeriodDuration"
.Add "tm_intervallength", "TM_IntervalLength"
.Add "tm_duration", "TM_Duration"
.Add "tm_position", "TM_Position"
.Add "tm_indeterminatevalue", "TM_IndeterminateValue"
.Add "tm_coordinate", "TM_Coordinate"
.Add "tm_caldate", "TM_CalDate"
.Add "tm_clocktime", "TM_ClockTime"
.Add "tm_dateandtime", "TM_DateAndTime"
.Add "tm_calendar", "TM_Calendar"
.Add "tm_calendarera", "TM_CalendarEra"
.Add "tm_clock", "TM_Clock"
.Add "tm_coordinatesystem", "TM_CoordinateSystem"
.Add "tm_ordinalreferencesystem", "TM_OrdinalReferenceSystem"
.Add "tm_ordinalera", "TM_OrdinalEra"
.Add "sc_crs", "SC_CRS"
.Add "si_locationinstance", "SI_LocationInstance"
.Add "cv_coverage", "CV_Coverage"
.Add "cv_continuouscoverage", "CV_ContinuousCoverage"
.Add "cv_discretecoverage", "CV_DiscreteCoverage"
.Add "cv_discretepointcoverage", "CV_DiscretePointCoverage"
.Add "cv_discretecurvecoverage", "CV_DiscreteCurveCoverage"
.Add "cv_discretesurfacecoverage", "CV_DiscreteSurfaceCoverage"
.Add "cv_discretesolidcoverage", "CV_DiscreteSolidCoverage"
.Add "cv_discretegridpointcoverage", "CV_DiscreteGridPointCoverage"
end with
dim el as EA.Element
for each el In p.elements
if el.Stereotype <> "codeList" and el.Stereotype <> "CodeList" and el.Stereotype <> "enumeration" then
dim att as EA.Attribute
for each att in el.Attributes
if att.ClassifierID = 0 then
if BasicTypes.Exists(LCase(att.Type)) then
if att.Type <> BasicTypes.Item(LCase(att.Type)) then
att.Type = BasicTypes.Item(LCase(att.Type))
att.Update()
Repository.WriteOutput "Script", "[FIXED] Class [" & el.Name & "]\Attribute [" & att.Name & "] has known type [" & att.Type & "] but wrong case. Changed to correct case [" & BasicTypes.Item(LCase(att.Type)) & "].",0
end if
elseif Len(att.Type) = 0 then
Repository.WriteOutput "Script", "[ERROR] Class [" & el.Name & "]\Attribute [" & att.Name & "] has no type.",0
elseif stringTypes.IndexOf(LCase(att.Type),0) <> -1 then
att.Type = "CharacterString"
att.Update()
Repository.WriteOutput "Script", "[FIXED] Class [" & el.Name & "]\Attribute [" & att.Name & "] with unknown type [" & att.Type & "]. Changed to type [CharacterString].",0
elseif intTypes.IndexOf(LCase(att.Type),0) <> -1 then
att.Type = "Integer"
att.Update()
Repository.WriteOutput "Script", "[FIXED] Class [" & el.Name & "]\Attribute [" & att.Name & "] with unknown type [" & att.Type & "]. Changed to type [Integer].",0
elseif realTypes.IndexOf(LCase(att.Type),0) <> -1 then
att.Type = "Real"
att.Update()
Repository.WriteOutput "Script", "[FIXED] Class [" & el.Name & "]\Attribute [" & att.Name & "] with unknown type [" & att.Type & "]. Changed to type [Real].",0
elseif boolTypes.IndexOf(LCase(att.Type),0) <> -1 then
att.Type = "Boolean"
att.Update()
Repository.WriteOutput "Script", "[FIXED] Class [" & el.Name & "]\Attribute [" & att.Name & "] with unknown type [" & att.Type & "]. Changed to type [Boolean].",0
else
dim classifierid
classifierid = SearchTypeInPackage(att.Type, p)
if classifierid <> 0 then
att.ClassifierID = classifierid
att.Update()
Repository.WriteOutput "Script", "[FIXED] Class [" & el.Name & "]\Attribute [" & att.Name & "] with type [" & att.Type & "] is now reconnected to class [" & att.Type & "].",0
else
Repository.WriteOutput "Script", "[ERROR] Class [" & el.Name & "]\Attribute [" & att.Name & "] with type [" & att.Type & "] is not connected to class [" & att.Type & "]. Please reconnect manually to correct class.",0
end if
end if
end if
next
end if
next
dim subP as EA.Package
for each subP in p.packages
ValidatePackage(subP)
next
end sub
function SearchTypeInPackage(classifierType , p)
SearchTypeInPackage = 0
dim el as EA.Element
for each el In p.elements
if el.Name = classifierType then
SearchTypeInPackage = el.ClassifierID
exit function
end if
next
end function