734 lines
24 KiB
XML
734 lines
24 KiB
XML
<?xml version="1.0"?>
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<!--
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Copyright (C) 2014-2023 Ryan Specialty, LLC.
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This file is part of tame-core.
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tame-core is free software: you can redistribute it and/or modify it
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under the terms of the GNU General Public License as
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published by the Free Software Foundation, either version 3 of the
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License, or (at your option) any later version.
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This program is distributed in the hope that it will be useful,
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but WITHOUT ANY WARRANTY; without even the implied warranty of
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MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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GNU General Public License for more details.
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You should have received a copy of the GNU General Public License
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along with this program. If not, see <http://www.gnu.org/licenses/>.
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-->
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<package xmlns="http://www.lovullo.com/rater"
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xmlns:c="http://www.lovullo.com/calc"
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xmlns:t="http://www.lovullo.com/rater/apply-template"
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desc="Classification System Specs">
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<import package="../../test/spec" />
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<import package="../../vector/stub" />
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<import package="../../base" />
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Note that many of these classifications may match on similar values to try
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to thwart potential optimizations,
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present or future,
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but these approaches
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may need further adjustment to thwart future optimizations (or a way to
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explicitly inhibit them).
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These tests are also written a bit lazily,
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given the difficulties in matching comprehensively;
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that ought to be fixed in the future.
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<const name="MAT3X3" desc="3x3 Matrix, Ones">
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<set desc="Row 0">
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<item value="1" desc="0,0" />
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<item value="1" desc="0,1" />
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<item value="1" desc="0,2" />
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</set>
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<set desc="Row 1">
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<item value="1" desc="1,0" />
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<item value="1" desc="1,1" />
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<item value="1" desc="1,2" />
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</set>
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<set desc="Row 2">
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<item value="1" desc="2,0" />
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<item value="1" desc="2,1" />
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<item value="1" desc="2,2" />
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</set>
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</const>
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<const name="MAT3X3Z" desc="3x3 Matrix, Zeroes">
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<set desc="Row 0">
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<item value="0" desc="0,0" />
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<item value="0" desc="0,1" />
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<item value="0" desc="0,2" />
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</set>
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<set desc="Row 1">
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<item value="0" desc="1,0" />
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<item value="0" desc="1,1" />
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<item value="0" desc="1,2" />
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</set>
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<set desc="Row 2">
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<item value="0" desc="2,0" />
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<item value="0" desc="2,1" />
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<item value="0" desc="2,2" />
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</set>
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</const>
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<const name="MAT3X3OOZ" desc="3x3 Matrix, Columns 1, 1, 0">
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<set desc="Row 0">
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<item value="1" desc="0,0" />
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<item value="1" desc="0,1" />
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<item value="0" desc="0,2" />
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</set>
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<set desc="Row 1">
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<item value="1" desc="1,0" />
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<item value="1" desc="1,1" />
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<item value="0" desc="1,2" />
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</set>
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<set desc="Row 2">
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<item value="1" desc="2,0" />
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<item value="1" desc="2,1" />
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<item value="0" desc="2,2" />
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</set>
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</const>
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<const name="MAT3X1" desc="3x2 Matrix, Ones">
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<set desc="Row 0">
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<item value="1" desc="0,0" />
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</set>
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<set desc="Row 1">
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<item value="1" desc="1,0" />
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</set>
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<set desc="Row 2">
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<item value="1" desc="2,0" />
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</set>
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</const>
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<const name="MAT3X1Z" desc="3x2 Matrix, Zeroes">
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<set desc="Row 0">
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<item value="0" desc="0,0" />
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</set>
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<set desc="Row 1">
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<item value="0" desc="1,0" />
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</set>
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<set desc="Row 2">
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<item value="0" desc="2,0" />
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</set>
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</const>
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<const name="MAT1X3Z" desc="1x3 Matrix, Zeroes">
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<set desc="Row 0">
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<item value="0" desc="0,0" />
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<item value="0" desc="0,1" />
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<item value="0" desc="0,2" />
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</set>
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</const>
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<template name="_class-tests_" desc="Classification system tests">
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<param name="@system@" desc="SUT (lowercase)" />
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<param name="@systemuc@" desc="SUT (title case)">
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<param-value name="@system@" ucfirst="true" />
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</param>
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<t:describe name="{@system@} classify">
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<t:describe name="without predicates">
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<t:it desc="yields TRUE for conjunction">
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<classify as="conj-no-pred-{@system@}"
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yields="conjNoPred{@systemuc@}"
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desc="No predicate, conjunction" />
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<t:given name="conjNoPred{@systemuc@}" />
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<t:expect>
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<t:match-result value="TRUE" />
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</t:expect>
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</t:it>
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<t:it desc="yields FALSE for disjunction">
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<classify as="disj-no-pred-{@system@}"
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yields="disjNoPred{@systemuc@}"
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any="true"
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desc="No predicate, disjunction" />
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<t:given name="disjNoPred{@systemuc@}" />
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<t:expect>
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<t:match-result value="FALSE" />
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</t:expect>
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</t:it>
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</t:describe>
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<t:describe name="with scalar predicates">
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<t:it desc="yields TRUE when scalar value is TRUE">
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<t:given-classify>
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<match on="alwaysTrue" />
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</t:given-classify>
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<t:expect>
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<t:match-result value="TRUE" />
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</t:expect>
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</t:it>
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<t:it desc="yields FALSE when scalar value is FALSE">
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<t:given-classify>
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<match on="neverTrue" />
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</t:given-classify>
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<t:expect>
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<t:match-result value="FALSE" />
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</t:expect>
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</t:it>
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<t:it desc="yields TRUE for all-true scalar conjunction">
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<t:given-classify>
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<match on="alwaysTrue" />
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<match on="neverTrue" value="FALSE" />
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</t:given-classify>
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<t:expect>
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<t:match-result value="TRUE" />
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</t:expect>
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</t:it>
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<t:it desc="yields TRUE for all-true scalar disjunction">
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<t:given-classify>
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<any>
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<match on="alwaysTrue" />
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<match on="neverTrue" value="FALSE" />
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</any>
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</t:given-classify>
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<t:expect>
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<t:match-result value="TRUE" />
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</t:expect>
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</t:it>
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<t:it desc="yields TRUE for single-true scalar disjunction">
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<t:given-classify>
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<any>
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<match on="alwaysTrue" />
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<match on="neverTrue" />
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</any>
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</t:given-classify>
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<t:expect>
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<t:match-result value="TRUE" />
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</t:expect>
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</t:it>
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</t:describe>
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<t:describe name="with vector predicates">
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<t:it desc="yields TRUE for all-true element-wise conjunction">
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<t:given-classify-scalar>
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<match on="NVEC3" value="ZERO" />
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<match on="nClass3" value="TRUE" />
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</t:given-classify-scalar>
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<t:expect>
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<t:match-result value="TRUE" />
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</t:expect>
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</t:it>
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<t:it desc="yields FALSE for some-true element-wise conjunction">
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<t:given-classify-scalar>
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<match on="NVEC3" value="ZERO" />
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<match on="nClass3" value="FALSE" />
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</t:given-classify-scalar>
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<t:expect>
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<t:match-result value="FALSE" />
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</t:expect>
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</t:it>
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<t:it desc="yields TRUE for some-true element-wise disjunction">
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<t:given-classify-scalar>
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<any>
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<match on="NVEC3" value="ZERO" />
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<match on="nClass3" value="FALSE" />
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</any>
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</t:given-classify-scalar>
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<t:expect>
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<t:match-result value="TRUE" />
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</t:expect>
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</t:it>
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<t:it desc="yields FALSE for all-false element-wise disjunction">
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<t:given-classify-scalar>
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<any>
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<match on="NVEC3" value="TRUE" />
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<match on="nClass3" value="FALSE" />
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</any>
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</t:given-classify-scalar>
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<t:expect>
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<t:match-result value="FALSE" />
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</t:expect>
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</t:it>
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The old classification system would interpret missing values as $0$,
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which could potentially trigger a match.
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The new classification system will always yield \tparam{FALSE}
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regardless of predicate when values are undefined.
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<t:describe name="of different lengths">
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<if name="@system@" eq="legacy">
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<t:describe name="with legacy classification system">
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<t:it desc="interprets undefined values as zero during match">
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<classify as="vec-len-mismatch-conj-{@system@}"
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yields="vecLenMismatchConj{@systemuc@}"
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desc="Multi vector length mismatch (legacy)">
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<!-- actually ZERO for all indexes -->
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<match on="NVEC3" value="ZERO" />
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<!-- legacy system, implicitly zero for match -->
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<match on="NVEC2" value="ZERO" />
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</classify>
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<t:given>
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<c:value-of name="vecLenMismatchConj{@systemuc@}" index="#2" />
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</t:given>
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<t:expect>
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<t:match-result value="TRUE" />
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</t:expect>
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</t:it>
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</t:describe>
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</if>
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<if name="@system@" eq="new">
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<t:describe name="with new classification system">
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<t:it desc="yields false for conjunction rather than implicit zero">
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<classify as="vec-len-mismatch-conj-{@system@}"
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yields="vecLenMismatchConj{@systemuc@}"
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desc="Multi vector length mismatch (new system)">
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<!-- actually ZERO for all indexes -->
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<match on="NVEC3" value="ZERO" />
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<!-- must not be implicitly ZERO for third index -->
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<match on="NVEC2" value="ZERO" />
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</classify>
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<t:given>
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<c:value-of name="vecLenMismatchConj{@systemuc@}" index="#2" />
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</t:given>
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<t:expect>
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<t:match-result value="FALSE" />
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</t:expect>
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</t:it>
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</t:describe>
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</if>
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</t:describe>
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</t:describe>
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<t:describe name="with matrix predicates">
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<t:it desc="yields TRUE for all-true element-wise conjunction">
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<t:given-classify-scalar>
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<match on="MAT3X3Z" value="FALSE" />
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<match on="MAT3X3" value="TRUE" />
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</t:given-classify-scalar>
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<t:expect>
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<t:match-result value="TRUE" />
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</t:expect>
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</t:it>
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<t:it desc="yields FALSE for some-true element-wise conjunction">
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<t:given-classify-scalar>
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<match on="MAT3X3Z" value="TRUE" />
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<match on="MAT3X3" value="TRUE" />
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</t:given-classify-scalar>
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<t:expect>
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<t:match-result value="FALSE" />
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</t:expect>
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</t:it>
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<t:it desc="yields TRUE for some-true element-wise disjunction">
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<t:given-classify-scalar>
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<any>
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<match on="MAT3X3Z" value="ZERO" />
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<match on="MAT3X3" value="ZERO" />
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</any>
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</t:given-classify-scalar>
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<t:expect>
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<t:match-result value="TRUE" />
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</t:expect>
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</t:it>
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<t:it desc="yields FALSE for all-false element-wise disjunction">
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<t:given-classify-scalar>
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<any>
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<match on="MAT3X3Z" value="TRUE" />
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<match on="MAT3X3" value="FALSE" />
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</any>
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</t:given-classify-scalar>
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<t:expect>
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<t:match-result value="FALSE" />
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</t:expect>
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</t:it>
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<t:describe name="of different column lengths">
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Certain behavior is the same between the old and the new system---%
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in particular,
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when the match of lower length is first.
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<classify as="mat-len-mismatch-first-conj-{@system@}"
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yields="matLenMismatchFirstConj{@systemuc@}"
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desc="Multi matrix length mismatch when first match">
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<!-- fallthrough for undefined (note that this is
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intentionally matching on FALSE to test against an
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implicit 0 in place of undefined) -->
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<match on="MAT3X1Z" value="FALSE" />
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<!-- first two columns ones, last column zero -->
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<match on="MAT3X3OOZ" value="TRUE" />
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</classify>
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<t:it desc="always yields FALSE when first match (TRUE)">
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<t:given>
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<c:value-of name="matLenMismatchFirstConj{@systemuc@}">
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<c:index>
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<c:value-of name="#1" />
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</c:index>
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<c:index>
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<c:value-of name="#1" />
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</c:index>
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</c:value-of>
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</t:given>
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<t:expect>
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<t:match-result value="FALSE" />
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</t:expect>
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</t:it>
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<t:it desc="always yields FALSE when first match (FALSE)">
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<t:given>
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<c:value-of name="matLenMismatchFirstConj{@systemuc@}">
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<c:index>
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<c:value-of name="#2" />
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</c:index>
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<c:index>
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<c:value-of name="#2" />
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</c:index>
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</c:value-of>
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</t:given>
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<t:expect>
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<t:match-result value="FALSE" />
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</t:expect>
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</t:it>
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<if name="@system@" eq="legacy">
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<t:describe name="with legacy classification system">
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The legacy system is frightenly problematic when the matrix of
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lesser column length appears after the first match---%
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the commutative properites of the system are lost,
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and the value from the previous match falls through!
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<classify as="mat-len-mismatch-conj-{@system@}"
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yields="matLenMismatchConj{@systemuc@}"
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desc="Multi matrix length mismatch (legacy)">
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<!-- first two columns ones, last column zero -->
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<match on="MAT3X3OOZ" value="TRUE" />
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<!-- fallthrough for undefined (note that this is
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intentionally matching on FALSE to test against an
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implicit 0 in place of undefined) -->
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<match on="MAT3X1Z" value="FALSE" />
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</classify>
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<!-- which means that it's not cummutatitve! -->
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<t:it desc="causes values from previous match to fall through
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into undefined (TRUE)">
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<t:given>
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<c:value-of name="matLenMismatchConj{@systemuc@}">
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<c:index>
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<c:value-of name="#1" />
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</c:index>
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<c:index>
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<c:value-of name="#1" />
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</c:index>
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</c:value-of>
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</t:given>
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<t:expect>
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<t:match-result value="TRUE" />
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</t:expect>
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</t:it>
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<t:it desc="causes values from previous match to fall through
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into undefined (FALSE)">
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<t:given>
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<c:value-of name="matLenMismatchConj{@systemuc@}">
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<c:index>
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<c:value-of name="#2" />
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|
</c:index>
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<c:index>
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<c:value-of name="#2" />
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</c:index>
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</c:value-of>
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</t:given>
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<t:expect>
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<t:match-result value="FALSE" />
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</t:expect>
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</t:it>
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</t:describe>
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</if>
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<if name="@system@" eq="new">
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<t:describe name="with new classification system">
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<classify as="mat-len-mismatch-conj-{@system@}"
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yields="matLenMismatchConj{@systemuc@}"
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desc="Multi matrix length mismatch (new)">
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<!-- first two columns ones, last column zero -->
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<match on="MAT3X3OOZ" value="TRUE" />
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|
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<!-- must not fall through like legacy (must always be
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FALSE; note that this is intentionally matching on
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FALSE to test against an implicit 0 in place of
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undefined) -->
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|
<match on="MAT3X1Z" value="FALSE" />
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|
</classify>
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<!-- which means that it's not cummutatitve! -->
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|
<t:it desc="is FALSE regardless of previous match or current
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value (TRUE)">
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|
<t:given>
|
|
<c:value-of name="matLenMismatchConj{@systemuc@}">
|
|
<c:index>
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|
<c:value-of name="#1" />
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|
</c:index>
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<c:index>
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<c:value-of name="#1" />
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</c:index>
|
|
</c:value-of>
|
|
</t:given>
|
|
|
|
<t:expect>
|
|
<t:match-result value="FALSE" />
|
|
</t:expect>
|
|
</t:it>
|
|
|
|
<t:it desc="is FALSE regardless of previous match or current
|
|
value (FALSE)">
|
|
<t:given>
|
|
<c:value-of name="matLenMismatchConj{@systemuc@}">
|
|
<c:index>
|
|
<c:value-of name="#2" />
|
|
</c:index>
|
|
<c:index>
|
|
<c:value-of name="#2" />
|
|
</c:index>
|
|
</c:value-of>
|
|
</t:given>
|
|
|
|
<t:expect>
|
|
<t:match-result value="FALSE" />
|
|
</t:expect>
|
|
</t:it>
|
|
</t:describe>
|
|
</if>
|
|
</t:describe>
|
|
|
|
|
|
<t:describe name="of different row lengths">
|
|
<if name="@system@" eq="legacy">
|
|
<t:describe name="with legacy classification system">
|
|
The legacy classification system does something terrible when
|
|
the second match is the shorter---%
|
|
it discards the indexes entirely!
|
|
|
|
<classify as="mat-len-mismatch-rows-conj-{@system@}"
|
|
yields="matLenMismatchRowsConj{@systemuc@}"
|
|
desc="Multi matrix row mismatch (legacy)">
|
|
<!-- we _should_ have a 3x3 result matrix -->
|
|
<match on="MAT3X3OOZ" value="TRUE" />
|
|
|
|
<!-- but instead we get [[1, 1, 1], [0], [0]] because of
|
|
this match being second! -->
|
|
<match on="MAT1X3Z" value="FALSE" />
|
|
</classify>
|
|
|
|
<classify as="mat-len-mismatch-rows-first-conj-{@system@}"
|
|
yields="matLenMismatchRowsFirstConj{@systemuc@}"
|
|
desc="Multi matrix row mismatch first match (legacy)">
|
|
<match on="MAT1X3Z" value="TRUE" />
|
|
<match on="MAT3X3OOZ" value="TRUE" />
|
|
</classify>
|
|
|
|
<!-- note that this is testing buggy behavior; the new system
|
|
corrects it -->
|
|
<t:it desc="replaces all inner vectors of other rows">
|
|
<t:given>
|
|
<c:length-of>
|
|
<c:value-of name="matLenMismatchRowsConj{@systemuc@}">
|
|
<c:index>
|
|
<c:value-of name="#1" />
|
|
</c:index>
|
|
</c:value-of>
|
|
</c:length-of>
|
|
</t:given>
|
|
|
|
<t:expect>
|
|
<!-- were it not for this bug, it should be 3 -->
|
|
<t:match-result value="#1" />
|
|
</t:expect>
|
|
</t:it>
|
|
|
|
<!-- note that this is testing buggy behavior; the new system
|
|
corrects it -->
|
|
<t:it desc="considers only defined rows' values when smaller
|
|
is first">
|
|
<t:given>
|
|
<c:value-of name="matLenMismatchRowsFirstConj{@systemuc@}">
|
|
<c:index>
|
|
<c:value-of name="#1" />
|
|
</c:index>
|
|
<c:index>
|
|
<c:value-of name="#0" />
|
|
</c:index>
|
|
</c:value-of>
|
|
</t:given>
|
|
|
|
<!-- we get [[0, 0, 0], [1, 1, 0], [1, 1, 0]] -->
|
|
<!-- ^ -->
|
|
<t:expect>
|
|
<t:match-result value="#1" />
|
|
</t:expect>
|
|
</t:it>
|
|
</t:describe>
|
|
</if>
|
|
|
|
<if name="@system@" eq="new">
|
|
<t:describe name="with new classification system">
|
|
<classify as="mat-len-mismatch-rows-conj-{@system@}"
|
|
yields="matLenMismatchRowsConj{@systemuc@}"
|
|
desc="Multi matrix row mismatch (new)">
|
|
<match on="MAT3X3OOZ" value="TRUE" />
|
|
|
|
<!-- must yield FALSE rather than matching on 0 -->
|
|
<match on="MAT1X3Z" value="FALSE" />
|
|
</classify>
|
|
|
|
<classify as="mat-len-mismatch-rows-first-conj-{@system@}"
|
|
yields="matLenMismatchRowsFirstConj{@systemuc@}"
|
|
desc="Multi matrix row mismatch first match (new)">
|
|
<match on="MAT1X3Z" value="TRUE" />
|
|
<match on="MAT3X3OOZ" value="TRUE" />
|
|
</classify>
|
|
|
|
|
|
<t:it desc="retains shape of larger matrix">
|
|
<t:given>
|
|
<c:length-of>
|
|
<c:value-of name="matLenMismatchRowsConj{@systemuc@}">
|
|
<c:index>
|
|
<c:value-of name="#2" />
|
|
</c:index>
|
|
</c:value-of>
|
|
</c:length-of>
|
|
</t:given>
|
|
|
|
<t:expect>
|
|
<!-- unlike legacy system -->
|
|
<t:match-result value="#3" />
|
|
</t:expect>
|
|
</t:it>
|
|
|
|
<t:it desc="always yields FALSE for each undefined element (TRUE)">
|
|
<t:given>
|
|
<c:length-of>
|
|
<c:value-of name="matLenMismatchRowsConj{@systemuc@}">
|
|
<c:index>
|
|
<c:value-of name="#2" />
|
|
</c:index>
|
|
<c:index>
|
|
<c:value-of name="#1" />
|
|
</c:index>
|
|
</c:value-of>
|
|
</c:length-of>
|
|
</t:given>
|
|
|
|
<t:expect>
|
|
<t:match-result value="FALSE" />
|
|
</t:expect>
|
|
</t:it>
|
|
|
|
<t:it desc="always yields FALSE for each undefined element (FALSE)">
|
|
<t:given>
|
|
<c:length-of>
|
|
<c:value-of name="matLenMismatchRowsConj{@systemuc@}">
|
|
<c:index>
|
|
<c:value-of name="#1" />
|
|
</c:index>
|
|
<c:index>
|
|
<c:value-of name="#2" />
|
|
</c:index>
|
|
</c:value-of>
|
|
</c:length-of>
|
|
</t:given>
|
|
|
|
<t:expect>
|
|
<t:match-result value="FALSE" />
|
|
</t:expect>
|
|
</t:it>
|
|
|
|
<!-- unlike legacy -->
|
|
<t:it desc="is commutative with different row lengths">
|
|
<t:given>
|
|
<c:value-of name="matLenMismatchRowsFirstConj{@systemuc@}">
|
|
<c:index>
|
|
<c:value-of name="#1" />
|
|
</c:index>
|
|
<c:index>
|
|
<c:value-of name="#2" />
|
|
</c:index>
|
|
</c:value-of>
|
|
</t:given>
|
|
|
|
<t:expect>
|
|
<t:match-result value="FALSE" />
|
|
</t:expect>
|
|
</t:it>
|
|
</t:describe>
|
|
</if>
|
|
</t:describe>
|
|
</t:describe>
|
|
</t:describe>
|
|
</template>
|
|
|
|
|
|
<section title="Legacy System Tests">
|
|
<t:class-tests system="legacy" />
|
|
</section>
|
|
|
|
<section title="New System Tests">
|
|
<t:use-new-classification-system />
|
|
<t:class-tests system="new" />
|
|
</section>
|
|
</package>
|