Mercurial > hg > svcore
view data/model/test/TestSparseModels.h @ 1720:35d08f4274b9
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author | Chris Cannam |
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date | Fri, 07 Jun 2019 10:32:46 +0100 |
parents | 417528c41e66 |
children | 9d82b164f264 |
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/* -*- c-basic-offset: 4 indent-tabs-mode: nil -*- vi:set ts=8 sts=4 sw=4: */ /* Sonic Visualiser An audio file viewer and annotation editor. Centre for Digital Music, Queen Mary, University of London. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. See the file COPYING included with this distribution for more information. */ #ifndef TEST_SPARSE_MODELS_H #define TEST_SPARSE_MODELS_H #include "../SparseOneDimensionalModel.h" #include "../NoteModel.h" #include "../TextModel.h" #include "../PathModel.h" #include "../ImageModel.h" #include <QObject> #include <QtTest> #include <iostream> using namespace std; // NB model & dataset IDs in the export tests are incremental, // depending on how many have been exported in previous tests - so // when adding or removing tests we may occasionally need to update // the IDs in other ones class TestSparseModels : public QObject { Q_OBJECT private slots: void s1d_empty() { SparseOneDimensionalModel m(100, 10, false); QCOMPARE(m.isEmpty(), true); QCOMPARE(m.getEventCount(), 0); QCOMPARE(m.getAllEvents().size(), size_t(0)); QCOMPARE(m.getStartFrame(), sv_frame_t(0)); QCOMPARE(m.getEndFrame(), sv_frame_t(0)); QCOMPARE(m.getSampleRate(), 100.0); QCOMPARE(m.getResolution(), 10); QCOMPARE(m.isSparse(), true); Event p(10); m.add(p); m.remove(p); QCOMPARE(m.isEmpty(), true); QCOMPARE(m.getEventCount(), 0); QCOMPARE(m.getAllEvents().size(), size_t(0)); QCOMPARE(m.getStartFrame(), sv_frame_t(0)); QCOMPARE(m.getEndFrame(), sv_frame_t(0)); } void s1d_extents() { SparseOneDimensionalModel m(100, 10, false); Event p1(20); m.add(p1); QCOMPARE(m.isEmpty(), false); QCOMPARE(m.getEventCount(), 1); Event p2(50); m.add(p2); QCOMPARE(m.isEmpty(), false); QCOMPARE(m.getEventCount(), 2); QCOMPARE(m.getAllEvents().size(), size_t(2)); QCOMPARE(*m.getAllEvents().begin(), p1); QCOMPARE(*m.getAllEvents().rbegin(), p2); QCOMPARE(m.getStartFrame(), sv_frame_t(20)); QCOMPARE(m.getEndFrame(), sv_frame_t(60)); QCOMPARE(m.containsEvent(p1), true); m.remove(p1); QCOMPARE(m.getEventCount(), 1); QCOMPARE(m.getAllEvents().size(), size_t(1)); QCOMPARE(*m.getAllEvents().begin(), p2); QCOMPARE(m.getStartFrame(), sv_frame_t(50)); QCOMPARE(m.getEndFrame(), sv_frame_t(60)); QCOMPARE(m.containsEvent(p1), false); } void s1d_sample() { SparseOneDimensionalModel m(100, 10, false); Event p1(20), p2(20), p3(50); m.add(p1); m.add(p2); m.add(p3); QCOMPARE(m.getAllEvents().size(), size_t(3)); QCOMPARE(*m.getAllEvents().begin(), p1); QCOMPARE(*m.getAllEvents().rbegin(), p3); // The EventSeries that is used internally is tested more // thoroughly in its own test suite. This is just a check auto pp = m.getEventsWithin(20, 10); QCOMPARE(pp.size(), size_t(2)); QCOMPARE(*pp.begin(), p1); QCOMPARE(*pp.rbegin(), p2); pp = m.getEventsWithin(40, 10); QCOMPARE(pp.size(), size_t(0)); pp = m.getEventsStartingAt(50); QCOMPARE(pp.size(), size_t(1)); QCOMPARE(*pp.begin(), p3); } void s1d_xml() { SparseOneDimensionalModel m(100, 10, false); m.setObjectName("This \"&\" that"); Event p1(20); Event p2(20, "Label &'\">"); Event p3(50, 12.4f, 16, ""); // value + duration should not be saved m.add(p1); m.add(p2); m.add(p3); QString xml; QTextStream str(&xml, QIODevice::WriteOnly); m.toXml(str); str.flush(); QString expected = "<model id='1' name='This "&" that' sampleRate='100' start='20' end='60' type='sparse' dimensions='1' resolution='10' notifyOnAdd='true' dataset='0' />\n" "<dataset id='0' dimensions='1'>\n" " <point frame='20' label='' />\n" " <point frame='20' label='Label &'">' />\n" " <point frame='50' label='' />\n" "</dataset>\n"; expected.replace("\'", "\""); if (xml != expected) { cerr << "Obtained xml:\n" << xml << "\nExpected:\n" << expected << std::endl; } QCOMPARE(xml, expected); } void note_extents() { NoteModel m(100, 10, false); Event p1(20, 123.4f, 40, 0.8f, "note 1"); m.add(p1); QCOMPARE(m.isEmpty(), false); QCOMPARE(m.getEventCount(), 1); Event p2(50, 124.3f, 30, 0.9f, "note 2"); m.add(p2); QCOMPARE(m.isEmpty(), false); QCOMPARE(m.getEventCount(), 2); QCOMPARE(m.getAllEvents().size(), size_t(2)); QCOMPARE(*m.getAllEvents().begin(), p1); QCOMPARE(*m.getAllEvents().rbegin(), p2); QCOMPARE(m.getStartFrame(), sv_frame_t(20)); QCOMPARE(m.getEndFrame(), sv_frame_t(80)); QCOMPARE(m.containsEvent(p1), true); QCOMPARE(m.getValueMinimum(), 123.4f); QCOMPARE(m.getValueMaximum(), 124.3f); m.remove(p1); QCOMPARE(m.getEventCount(), 1); QCOMPARE(m.getAllEvents().size(), size_t(1)); QCOMPARE(*m.getAllEvents().begin(), p2); QCOMPARE(m.getStartFrame(), sv_frame_t(50)); QCOMPARE(m.getEndFrame(), sv_frame_t(80)); QCOMPARE(m.containsEvent(p1), false); } void note_sample() { NoteModel m(100, 10, false); Event p1(20, 123.4f, 10, 0.8f, "note 1"); Event p2(20, 124.3f, 20, 0.9f, "note 2"); Event p3(50, 126.3f, 30, 0.9f, "note 3"); m.add(p1); m.add(p2); m.add(p3); QCOMPARE(m.getAllEvents().size(), size_t(3)); QCOMPARE(*m.getAllEvents().begin(), p1); QCOMPARE(*m.getAllEvents().rbegin(), p3); auto pp = m.getEventsSpanning(20, 10); QCOMPARE(pp.size(), size_t(2)); QCOMPARE(*pp.begin(), p1); QCOMPARE(*pp.rbegin(), p2); pp = m.getEventsSpanning(30, 20); QCOMPARE(pp.size(), size_t(1)); QCOMPARE(*pp.begin(), p2); pp = m.getEventsSpanning(40, 10); QCOMPARE(pp.size(), size_t(0)); pp = m.getEventsCovering(50); QCOMPARE(pp.size(), size_t(1)); QCOMPARE(*pp.begin(), p3); } void note_xml() { NoteModel m(100, 10, false); Event p1(20, 123.4f, 20, 0.8f, "note 1"); Event p2(20, 124.3f, 10, 0.9f, "note 2"); Event p3(50, 126.3f, 30, 0.9f, "note 3"); m.setScaleUnits("Hz"); m.add(p1); m.add(p2); m.add(p3); QString xml; QTextStream str(&xml, QIODevice::WriteOnly); m.toXml(str); str.flush(); QString expected = "<model id='3' name='' sampleRate='100' start='20' end='80' type='sparse' dimensions='3' resolution='10' notifyOnAdd='true' dataset='2' subtype='note' valueQuantization='0' minimum='123.4' maximum='126.3' units='Hz' />\n" "<dataset id='2' dimensions='3'>\n" " <point frame='20' value='124.3' duration='10' level='0.9' label='note 2' />\n" " <point frame='20' value='123.4' duration='20' level='0.8' label='note 1' />\n" " <point frame='50' value='126.3' duration='30' level='0.9' label='note 3' />\n" "</dataset>\n"; expected.replace("\'", "\""); if (xml != expected) { cerr << "Obtained xml:\n" << xml << "\nExpected:\n" << expected << std::endl; } QCOMPARE(xml, expected); } void text_xml() { TextModel m(100, 10, false); Event p1(20, 1.0f, "text 1"); Event p2(20, 0.0f, "text 2"); Event p3(50, 0.3f, "text 3"); m.add(p1); m.add(p2.withLevel(0.8f)); m.add(p3); QString xml; QTextStream str(&xml, QIODevice::WriteOnly); m.toXml(str); str.flush(); QString expected = "<model id='5' name='' sampleRate='100' start='20' end='60' type='sparse' dimensions='2' resolution='10' notifyOnAdd='true' dataset='4' subtype='text' />\n" "<dataset id='4' dimensions='2'>\n" " <point frame='20' height='0' label='text 2' />\n" " <point frame='20' height='1' label='text 1' />\n" " <point frame='50' height='0.3' label='text 3' />\n" "</dataset>\n"; expected.replace("\'", "\""); if (xml != expected) { cerr << "Obtained xml:\n" << xml << "\nExpected:\n" << expected << std::endl; } QCOMPARE(xml, expected); } void path_xml() { PathModel m(100, 10, false); PathPoint p1(20, 30); PathPoint p2(40, 60); PathPoint p3(50, 49); m.add(p1); m.add(p2); m.add(p3); QString xml; QTextStream str(&xml, QIODevice::WriteOnly); m.toXml(str); str.flush(); QString expected = "<model id='6' name='' sampleRate='100' start='20' end='60' type='sparse' dimensions='2' resolution='10' notifyOnAdd='true' dataset='6' subtype='path' />\n" "<dataset id='6' dimensions='2'>\n" " <point frame='20' mapframe='30' />\n" " <point frame='40' mapframe='60' />\n" " <point frame='50' mapframe='49' />\n" "</dataset>\n"; expected.replace("\'", "\""); if (xml != expected) { cerr << "Obtained xml:\n" << xml << "\nExpected:\n" << expected << std::endl; } QCOMPARE(xml, expected); } void image_xml() { ImageModel m(100, 10, false); Event p1(20, 30, 40, "a label"); // value + duration should not be saved m.add(p1.withURI("/path/to/thing.png").withLevel(0.8f)); QString xml; QTextStream str(&xml, QIODevice::WriteOnly); m.toXml(str); str.flush(); QString expected = "<model id='8' name='' sampleRate='100' start='20' end='30' type='sparse' dimensions='1' resolution='10' notifyOnAdd='true' dataset='7' subtype='image' />\n" "<dataset id='7' dimensions='1'>\n" " <point frame='20' label='a label' image='/path/to/thing.png' />\n" "</dataset>\n"; expected.replace("\'", "\""); if (xml != expected) { cerr << "Obtained xml:\n" << xml << "\nExpected:\n" << expected << std::endl; } QCOMPARE(xml, expected); } }; #endif