426 lines
16 KiB
Standard ML
426 lines
16 KiB
Standard ML
(*****************************************************************************
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* su4sml --- an SML repository for managing (Secure)UML/OCL models
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* http://projects.brucker.ch/su4sml/
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*
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* test-suite.sml --- a regression test-suite for su4sml
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* This file is part of su4sml.
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*
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* Copyright (c) 2006, 2007 ETH Zurich, Switzerland
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*
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* All rights reserved.
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*
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* Redistribution and use in source and binary forms, with or without
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* modification, are permitted provided that the following conditions are
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* met:
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*
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* * Redistributions of source code must retain the above copyright
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* notice, this list of conditions and the following disclaimer.
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*
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* * Redistributions in binary form must reproduce the above
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* copyright notice, this list of conditions and the following
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* disclaimer in the documentation and/or other materials provided
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* with the distribution.
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*
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* * Neither the name of the copyright holders nor the names of its
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* contributors may be used to endorse or promote products derived
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* from this software without specific prior written permission.
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*
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* THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
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* "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
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* LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR
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* A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT
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* OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
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* SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT
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* LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
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* DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
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* THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
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* (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
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* OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
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******************************************************************************)
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signature TESTSUITE = sig
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val runTest : unit -> unit list
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end
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structure testsuite:TESTSUITE = struct
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open Rep_OclType
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open Rep_OclTerm
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open Rep_Core
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type result = {
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attributes : bool,
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multiplicities : bool,
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aclass : bool,
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nary : bool,
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qualifiers : bool
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}
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type testcase = {
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name : string,
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model : Rep.Model,
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result : result
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}
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exception TestSuiteException of string
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val initResult = {
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attributes = false,
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multiplicities = false,
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aclass = false,
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nary = false,
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qualifiers = false
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}:result
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(*
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Class{name=Classifier ["Default","Class"],
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parent=NONE,
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attributes=[],
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operations=[],
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associations=[],
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invariant=[],
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stereotypes=[],
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interfaces=[],
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thyname=NONE,
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visibility=XMI.public,
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activity_graphs=[]
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}
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{name=["Default","Association"],
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aends=[{name=["Default","Association","role"],
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aend_type=Classifier ["Default","Class"],
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multiplicity=[],
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ordered=false,
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visibility=XMI.public,
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init=NONE},
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{name=["Default","Association","role"],
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aend_type=Classifier ["Default","Class"],
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multiplicity=[],
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ordered=false,
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visibility=XMI.public,
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init=NONE}],
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qualifiers=[],
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aclass=NONE}
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*)
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val testcases = [
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{name = "Binary Association w/o Multiplicities",
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model = ([Class{name=Classifier ["Default","ClassA"],
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parent=NONE,
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attributes=[],
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operations=[],
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associations=[["Default","Association"]],
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invariant=[],
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stereotypes=[],
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interfaces=[],
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thyname=NONE,
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visibility=XMI_DataTypes.public,
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activity_graphs=[]},
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Class{name=Classifier ["Default","ClassB"],
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parent=NONE,
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attributes=[],
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operations=[],
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associations=[["Default","Association"]],
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invariant=[],
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stereotypes=[],
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interfaces=[],
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thyname=NONE,
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visibility=XMI.public,
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activity_graphs=[]}],
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[{name=["Default","Association"],
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aends=[{name=["Default","Association","roleA"],
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aend_type=Classifier ["Default","ClassA"],
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multiplicity=[],
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ordered=false,
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visibility=XMI.public,
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init=NONE},
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{name=["Default","Association","roleB"],
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aend_type=Classifier ["Default","ClassB"],
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multiplicity=[],
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ordered=false,
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visibility=XMI.public,
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init=NONE}],
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qualifiers=[],
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aclass=NONE}]),
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result = initResult
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}:testcase,
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{
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name = "Binary Association",
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model = ([Class{name=Classifier ["Default","ClassA"],
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parent=NONE,
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attributes=[],
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operations=[],
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associations=[["Default","Association"]],
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invariant=[],
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stereotypes=[],
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interfaces=[],
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thyname=NONE,
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visibility=XMI_DataTypes.public,
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activity_graphs=[]},
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Class{name=Classifier ["Default","ClassB"],
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parent=NONE,
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attributes=[],
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operations=[],
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associations=[["Default","Association"]],
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invariant=[],
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stereotypes=[],
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interfaces=[],
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thyname=NONE,
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visibility=XMI.public,
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activity_graphs=[]}],
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[{name=["Default","Association"],
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aends=[{name=["Default","Association","roleA"],
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aend_type=Classifier ["Default","ClassA"],
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multiplicity=[(0,2)],
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ordered=false,
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visibility=XMI.public,
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init=NONE},
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{name=["Default","Association","roleB"],
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aend_type=Classifier ["Default","ClassB"],
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multiplicity=[(3,4)],
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ordered=false,
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visibility=XMI.public,
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init=NONE}],
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qualifiers=[],
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aclass=NONE}]),
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result = initResult
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}:testcase,
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{name = "Association Class",
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model = ([Class{name=Classifier ["Default","ClassA"],
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parent=NONE,
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attributes=[],
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operations=[],
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associations=[["Default","Association"]],
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invariant=[],
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stereotypes=[],
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interfaces=[],
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thyname=NONE,
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visibility=XMI_DataTypes.public,
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activity_graphs=[]},
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Class{name=Classifier ["Default","ClassB"],
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parent=NONE,
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attributes=[],
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operations=[],
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associations=[["Default","Association"]],
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invariant=[],
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stereotypes=[],
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interfaces=[],
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thyname=NONE,
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visibility=XMI.public,
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activity_graphs=[]},
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AssociationClass{name=Classifier ["Default","AClass"],
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parent=NONE,
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attributes=[],
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operations=[],
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associations=[],
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association=["Default","Association"],
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invariant=[],
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stereotypes=[],
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interfaces=[],
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thyname=NONE,
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visibility=XMI.public,
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activity_graphs=[]}],
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[{name=["Default","Association"],
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aends=[{name=["Default","Association","roleA"],
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aend_type=Classifier ["Default","ClassA"],
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multiplicity=[(1,1)],
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ordered=false,
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visibility=XMI.public,
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init=NONE},
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{name=["Default","Association","roleB"],
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aend_type=Classifier ["Default","ClassB"],
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multiplicity=[(2,2)],
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ordered=false,
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visibility=XMI.public,
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init=NONE}],
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qualifiers=[],
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aclass=SOME ["Default","AClass"]}]),
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result = initResult
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}:testcase ,
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{name = "N-ary Association",
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model = ([Class{name=Classifier ["Default","ClassA"],
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parent=NONE,
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attributes=[],
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operations=[],
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associations=[["Default","Association"]],
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invariant=[],
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stereotypes=[],
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interfaces=[],
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thyname=NONE,
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visibility=XMI_DataTypes.public,
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activity_graphs=[]},
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Class{name=Classifier ["Default","ClassB"],
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parent=NONE,
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attributes=[],
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operations=[],
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associations=[["Default","Association"]],
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invariant=[],
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stereotypes=[],
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interfaces=[],
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thyname=NONE,
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visibility=XMI.public,
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activity_graphs=[]},
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Class{name=Classifier ["Default","ClassC"],
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parent=NONE,
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attributes=[],
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operations=[],
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associations=[["Default","Association"]],
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invariant=[],
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stereotypes=[],
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interfaces=[],
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thyname=NONE,
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visibility=XMI.public,
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activity_graphs=[]}],
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[{name=["Default","Association"],
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aends=[{name=["Default","Association","roleA"],
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aend_type=Classifier ["Default","ClassA"],
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multiplicity=[(1,1)],
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ordered=false,
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visibility=XMI.public,
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init=NONE},
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{name=["Default","Association","roleB"],
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aend_type=Classifier ["Default","ClassB"],
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multiplicity=[(2,2)],
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ordered=false,
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visibility=XMI.public,
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init=NONE},
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{name=["Default","Association","roleC"],
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aend_type=Classifier ["Default","ClassC"],
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multiplicity=[(3,3)],
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ordered=false,
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visibility=XMI.public,
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init=NONE}],
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qualifiers=[],
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aclass=NONE}]),
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result = initResult
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}:testcase,
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{
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name = "Qualifier",
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model = ([Class{name=Classifier ["Default","ClassA"],
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parent=NONE,
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attributes=[],
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operations=[],
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associations=[["Default","Association"]],
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invariant=[],
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stereotypes=[],
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interfaces=[],
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thyname=NONE,
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visibility=XMI_DataTypes.public,
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activity_graphs=[]},
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Class{name=Classifier ["Default","ClassB"],
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parent=NONE,
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attributes=[],
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operations=[],
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associations=[["Default","Association"]],
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invariant=[],
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stereotypes=[],
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interfaces=[],
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thyname=NONE,
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visibility=XMI.public,
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activity_graphs=[]}],
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[{name=["Default","Association"],
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aends=[{name=["Default","Association","roleA"],
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aend_type=Classifier ["Default","ClassA"],
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multiplicity=[(0,2)],
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ordered=false,
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visibility=XMI.public,
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init=NONE},
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{name=["Default","Association","roleB"],
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aend_type=Classifier ["Default","ClassB"],
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multiplicity=[(3,4)],
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ordered=false,
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visibility=XMI.public,
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init=NONE}],
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qualifiers=[("roleA",[{name="Number",
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attr_type=Rep_OclType.Integer,
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visibility=XMI.public,
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scope=XMI.ClassifierScope,
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stereotypes=[],
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init=NONE},
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{name="Date",
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attr_type=Rep_OclType.Integer,
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visibility=XMI.public,
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scope=XMI.ClassifierScope,
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stereotypes=[],
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init=NONE}])],
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aclass=NONE}]),
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result = initResult
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}:testcase(*,
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{
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name = "Mixed",
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model = ([],[]),
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result = initResult
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}:testcase
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*)
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]
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fun test (tc:testcase) =
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let
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val _ = print "### Removing Qualifiers ###\n"
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val model = Rep_Transform.transformQualifiers (#model tc)
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(* handle _ => ([],[]) *)
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val remQuali = model <> ([],[])
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val _ = print "### Removing N-ary Associations ###\n"
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val model = Rep_Transform.transformNAryAssociations model
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(* handle _ => ([],[]) *)
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val remNary = model <> ([],[])
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val _ = print "### Removing Association Classes ###\n"
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val model = Rep_Transform.transformAssociationClasses model
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(* handle _ => ([],[]) *)
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val remAclass = model <> ([],[])
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val _ = print "### Removing Binary Multiplicities ###\n"
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val model = Rep_Transform.transformMultiplicities model
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(* handle _ => ([],[]) *)
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val remMult = model <> ([],[])
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val _ = print "### Generating Attributes ###\n"
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val model = Rep_Core.normalize_ext model
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(* handle _ => ([],[])*)
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val genAttr = model <> ([],[])
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in
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{name = #name tc,
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model = #model tc,
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result = {attributes = genAttr,
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multiplicities = remMult,
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aclass = remAclass,
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nary = remNary,
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qualifiers = remQuali
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}:result
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}:testcase
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end
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fun printResult (tc:testcase) =
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let
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fun printBool b = if b then "passed" else "FAILED"
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val _ = print ("\n *** "^(#name tc)^" ***\n")
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val res = (#result tc)
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val _ = print (" attributes: "^(printBool (#attributes res))^"\n")
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val _ = print (" multiplicities: "^(printBool(#multiplicities res))^"\n")
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val _ = print (" aclasses: "^(printBool (#aclass res))^"\n")
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val _ = print (" naries: "^(printBool (#nary res))^"\n")
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val _ = print (" qualifiers: "^(printBool (#qualifiers res))^"\n\n")
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val _ = print (" ==> overall: "^(printBool ((#attributes res)
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andalso (#multiplicities res)
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andalso (#aclass res)
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andalso (#nary res)
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andalso (#qualifiers res)))^
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"\n")
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in
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()
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end
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(* val _ = (Ext_Library.log_level := 1);(); *)
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fun runTest () = map printResult (map test testcases)
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end
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val _ = testsuite.runTest()
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