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Add unit test for ProgramSelector

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Bug: 249602599
Test: atest android.hardware.radio.tests.unittests
Change-Id: Id0bf8ec04482b67702a517561908d539ad30e164
This commit is contained in:
Weilin Xu
2022-09-29 18:32:35 +00:00
parent 93fe39ef92
commit 84858f04e8
1 changed files with 407 additions and 0 deletions
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core/tests/BroadcastRadioTests/src/android/hardware/radio/tests/unittests/ProgramSelectorTest.java Normal file
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/*
* Copyright (C) 2022 The Android Open Source Project
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package android.hardware.radio.tests.unittests;
import static com.google.common.truth.Truth.assertWithMessage;
import static org.junit.Assert.assertThrows;
import android.annotation.Nullable;
import android.hardware.radio.ProgramSelector;
import android.hardware.radio.RadioManager;
import org.junit.Test;
public final class ProgramSelectorTest {
private static final int FM_PROGRAM_TYPE = ProgramSelector.PROGRAM_TYPE_FM;
private static final int DAB_PROGRAM_TYPE = ProgramSelector.PROGRAM_TYPE_DAB;
private static final long FM_FREQUENCY = 88500;
private static final long AM_FREQUENCY = 700;
private static final ProgramSelector.Identifier FM_IDENTIFIER = new ProgramSelector.Identifier(
ProgramSelector.IDENTIFIER_TYPE_AMFM_FREQUENCY, FM_FREQUENCY);
private static final ProgramSelector.Identifier DAB_SID_EXT_IDENTIFIER_1 =
new ProgramSelector.Identifier(ProgramSelector.IDENTIFIER_TYPE_DAB_SID_EXT,
/* value= */ 0x1000011);
private static final ProgramSelector.Identifier DAB_SID_EXT_IDENTIFIER_2 =
new ProgramSelector.Identifier(ProgramSelector.IDENTIFIER_TYPE_DAB_SID_EXT,
/* value= */ 0x10000112);
private static final ProgramSelector.Identifier DAB_ENSEMBLE_IDENTIFIER =
new ProgramSelector.Identifier(ProgramSelector.IDENTIFIER_TYPE_DAB_ENSEMBLE,
/* value= */ 0x1001);
private static final ProgramSelector.Identifier DAB_FREQUENCY_IDENTIFIER =
new ProgramSelector.Identifier(ProgramSelector.IDENTIFIER_TYPE_DAB_FREQUENCY,
/* value= */ 94500);
@Test
public void getType_forIdentifier() {
assertWithMessage("Identifier type").that(FM_IDENTIFIER.getType())
.isEqualTo(ProgramSelector.IDENTIFIER_TYPE_AMFM_FREQUENCY);
}
@Test
public void isCategoryType_withCategoryTypeForIdentifier() {
int typeChecked = ProgramSelector.IDENTIFIER_TYPE_VENDOR_START + 1;
ProgramSelector.Identifier fmIdentifier = new ProgramSelector.Identifier(
typeChecked, /* value= */ 99901);
assertWithMessage("Whether %s is a category identifier type", typeChecked)
.that(fmIdentifier.isCategoryType()).isTrue();
}
@Test
public void isCategoryType_withNonCategoryTypeForIdentifier() {
assertWithMessage("Is AMFM_FREQUENCY category identifier type")
.that(FM_IDENTIFIER.isCategoryType()).isFalse();
}
@Test
public void getValue_forIdentifier() {
assertWithMessage("Identifier value")
.that(FM_IDENTIFIER.getValue()).isEqualTo(FM_FREQUENCY);
}
@Test
public void equals_withDifferentTypesForIdentifiers_returnsFalse() {
assertWithMessage("Identifier with different identifier type")
.that(FM_IDENTIFIER).isNotEqualTo(DAB_SID_EXT_IDENTIFIER_1);
}
@Test
public void equals_withDifferentValuesForIdentifiers_returnsFalse() {
assertWithMessage("Identifier with different identifier value")
.that(DAB_SID_EXT_IDENTIFIER_2).isNotEqualTo(DAB_SID_EXT_IDENTIFIER_1);
}
@Test
public void equals_withSameKeyAndValueForIdentifiers_returnsTrue() {
ProgramSelector.Identifier fmIdentifierSame = new ProgramSelector.Identifier(
ProgramSelector.IDENTIFIER_TYPE_AMFM_FREQUENCY, FM_FREQUENCY);
assertWithMessage("Identifier of the same identifier")
.that(FM_IDENTIFIER).isEqualTo(fmIdentifierSame);
}
@Test
public void getProgramType() {
ProgramSelector selector = getFmSelector(/* secondaryIds= */ null, /* vendorIds= */ null);
int programType = selector.getProgramType();
assertWithMessage("Program type").that(programType).isEqualTo(FM_PROGRAM_TYPE);
}
@Test
public void getPrimaryId() {
ProgramSelector selector = getFmSelector(/* secondaryIds= */ null, /* vendorIds= */ null);
ProgramSelector.Identifier programId = selector.getPrimaryId();
assertWithMessage("Program Id").that(programId).isEqualTo(FM_IDENTIFIER);
}
@Test
public void getSecondaryIds_withEmptySecondaryIds() {
ProgramSelector selector = getFmSelector(/* secondaryIds= */ null, /* vendorIds= */ null);
ProgramSelector.Identifier[] secondaryIds = selector.getSecondaryIds();
assertWithMessage("Secondary ids of selector initialized with empty secondary ids")
.that(secondaryIds).isEmpty();
}
@Test
public void getSecondaryIds_withNonEmptySecondaryIds() {
ProgramSelector.Identifier[] secondaryIdsExpected = new ProgramSelector.Identifier[]{
DAB_ENSEMBLE_IDENTIFIER, DAB_FREQUENCY_IDENTIFIER};
ProgramSelector selector = getDabSelector(secondaryIdsExpected, /* vendorIds= */ null);
ProgramSelector.Identifier[] secondaryIds = selector.getSecondaryIds();
assertWithMessage("Secondary identifier got")
.that(secondaryIds).isEqualTo(secondaryIdsExpected);
}
@Test
public void getFirstId_withIdInSelector() {
ProgramSelector.Identifier[] secondaryIds = new ProgramSelector.Identifier[]{
DAB_ENSEMBLE_IDENTIFIER, DAB_SID_EXT_IDENTIFIER_2, DAB_FREQUENCY_IDENTIFIER};
ProgramSelector selector = getDabSelector(secondaryIds, /* vendorIds= */ null);
long firstIdValue = selector.getFirstId(ProgramSelector.IDENTIFIER_TYPE_DAB_SID_EXT);
assertWithMessage("Value of the first DAB_SID_EXT identifier")
.that(firstIdValue).isEqualTo(DAB_SID_EXT_IDENTIFIER_1.getValue());
}
@Test
public void getFirstId_withIdNotInSelector() {
ProgramSelector.Identifier[] secondaryIds = new ProgramSelector.Identifier[]{
DAB_ENSEMBLE_IDENTIFIER, DAB_SID_EXT_IDENTIFIER_2};
ProgramSelector selector = getDabSelector(secondaryIds, /* vendorIds= */ null);
int idType = ProgramSelector.IDENTIFIER_TYPE_AMFM_FREQUENCY;
IllegalArgumentException thrown = assertThrows(IllegalArgumentException.class, () -> {
selector.getFirstId(idType);
});
assertWithMessage("Exception for getting first identifier %s", idType)
.that(thrown).hasMessageThat().contains("Identifier " + idType + " not found");
}
@Test
public void getAllIds_withIdInSelector() {
ProgramSelector.Identifier[] secondaryIds = new ProgramSelector.Identifier[]{
DAB_ENSEMBLE_IDENTIFIER, DAB_SID_EXT_IDENTIFIER_2, DAB_FREQUENCY_IDENTIFIER};
ProgramSelector.Identifier[] allIdsExpected =
{DAB_SID_EXT_IDENTIFIER_1, DAB_SID_EXT_IDENTIFIER_2};
ProgramSelector selector = getDabSelector(secondaryIds, /* vendorIds= */ null);
ProgramSelector.Identifier[] allIds =
selector.getAllIds(ProgramSelector.IDENTIFIER_TYPE_DAB_SID_EXT);
assertWithMessage("All DAB_SID_EXT identifiers in selector")
.that(allIds).isEqualTo(allIdsExpected);
}
@Test
public void getAllIds_withIdNotInSelector() {
ProgramSelector.Identifier[] secondaryIds = new ProgramSelector.Identifier[]{
DAB_ENSEMBLE_IDENTIFIER, DAB_FREQUENCY_IDENTIFIER};
ProgramSelector selector = getDabSelector(secondaryIds, /* vendorIds= */ null);
ProgramSelector.Identifier[] allIds =
selector.getAllIds(ProgramSelector.IDENTIFIER_TYPE_AMFM_FREQUENCY);
assertWithMessage("AMFM frequency identifiers found in selector")
.that(allIds).isEmpty();
}
@Test
public void getVendorIds_withEmptyVendorIds() {
ProgramSelector selector = getFmSelector(/* secondaryIds= */ null, /* vendorIds= */ null);
long[] vendorIds = selector.getVendorIds();
assertWithMessage("Vendor Ids of selector initialized with empty vendor ids")
.that(vendorIds).isEmpty();
}
@Test
public void getVendorIds_withNonEmptyVendorIds() {
long[] vendorIdsExpected = {12345, 678};
ProgramSelector selector = getFmSelector(/* secondaryIds= */ null, vendorIdsExpected);
long[] vendorIds = selector.getVendorIds();
assertWithMessage("Vendor Ids of selector initialized with non-empty vendor ids")
.that(vendorIds).isEqualTo(vendorIdsExpected);
}
@Test
public void withSecondaryPreferred() {
ProgramSelector.Identifier[] secondaryIds = new ProgramSelector.Identifier[]{
DAB_ENSEMBLE_IDENTIFIER, DAB_SID_EXT_IDENTIFIER_2, DAB_FREQUENCY_IDENTIFIER};
long[] vendorIdsExpected = {12345, 678};
ProgramSelector selector = getDabSelector(secondaryIds, vendorIdsExpected);
ProgramSelector.Identifier[] secondaryIdsExpected = new ProgramSelector.Identifier[]{
DAB_ENSEMBLE_IDENTIFIER, DAB_FREQUENCY_IDENTIFIER, DAB_SID_EXT_IDENTIFIER_1};
ProgramSelector selectorPreferred =
selector.withSecondaryPreferred(DAB_SID_EXT_IDENTIFIER_1);
assertWithMessage("Program type")
.that(selectorPreferred.getProgramType()).isEqualTo(selector.getProgramType());
assertWithMessage("Primary identifiers")
.that(selectorPreferred.getPrimaryId()).isEqualTo(selector.getPrimaryId());
assertWithMessage("Secondary identifiers")
.that(selectorPreferred.getSecondaryIds()).isEqualTo(secondaryIdsExpected);
assertWithMessage("Vendor Ids")
.that(selectorPreferred.getVendorIds()).isEqualTo(vendorIdsExpected);
}
@Test
public void createAmFmSelector_withValidFrequencyWithoutSubChannel() {
int band = RadioManager.BAND_AM;
ProgramSelector.Identifier primaryIdExpected = new ProgramSelector.Identifier(
ProgramSelector.IDENTIFIER_TYPE_AMFM_FREQUENCY, AM_FREQUENCY);
ProgramSelector selector = ProgramSelector.createAmFmSelector(band, (int) AM_FREQUENCY);
assertWithMessage("Program type")
.that(selector.getProgramType()).isEqualTo(ProgramSelector.PROGRAM_TYPE_AM);
assertWithMessage("Primary identifiers")
.that(selector.getPrimaryId()).isEqualTo(primaryIdExpected);
assertWithMessage("Secondary identifiers")
.that(selector.getSecondaryIds()).isEmpty();
}
@Test
public void createAmFmSelector_withoutBandAndSubChannel() {
ProgramSelector.Identifier primaryIdExpected = new ProgramSelector.Identifier(
ProgramSelector.IDENTIFIER_TYPE_AMFM_FREQUENCY, FM_FREQUENCY);
ProgramSelector selector = ProgramSelector.createAmFmSelector(
RadioManager.BAND_INVALID, (int) FM_FREQUENCY);
assertWithMessage("Program type")
.that(selector.getProgramType()).isEqualTo(ProgramSelector.PROGRAM_TYPE_FM);
assertWithMessage("Primary identifiers")
.that(selector.getPrimaryId()).isEqualTo(primaryIdExpected);
assertWithMessage("Secondary identifiers")
.that(selector.getSecondaryIds()).isEmpty();
}
@Test
public void createAmFmSelector_withValidFrequencyAndSubChannel() {
int band = RadioManager.BAND_AM_HD;
int subChannel = 2;
ProgramSelector.Identifier primaryIdExpected = new ProgramSelector.Identifier(
ProgramSelector.IDENTIFIER_TYPE_AMFM_FREQUENCY, AM_FREQUENCY);
ProgramSelector.Identifier[] secondaryIdExpected = {
new ProgramSelector.Identifier(
ProgramSelector.IDENTIFIER_TYPE_HD_SUBCHANNEL, subChannel - 1)
};
ProgramSelector selector = ProgramSelector.createAmFmSelector(band, (int) AM_FREQUENCY,
subChannel);
assertWithMessage("Program type")
.that(selector.getProgramType()).isEqualTo(ProgramSelector.PROGRAM_TYPE_AM);
assertWithMessage("Primary identifiers")
.that(selector.getPrimaryId()).isEqualTo(primaryIdExpected);
assertWithMessage("Secondary identifiers")
.that(selector.getSecondaryIds()).isEqualTo(secondaryIdExpected);
}
@Test
public void createAmFmSelector_withInvalidFrequency_throwsIllegalArgumentException() {
int invalidFrequency = 50000;
IllegalArgumentException thrown = assertThrows(IllegalArgumentException.class, () -> {
ProgramSelector.createAmFmSelector(RadioManager.BAND_AM, invalidFrequency);
});
assertWithMessage("Exception for using invalid frequency %s", invalidFrequency)
.that(thrown).hasMessageThat().contains(
"Provided value is not a valid AM/FM frequency: " + invalidFrequency);
}
@Test
public void createAmFmSelector_withInvalidSubChannel_throwsIllegalArgumentException() {
int invalidSubChannel = 9;
IllegalArgumentException thrown = assertThrows(IllegalArgumentException.class, () -> {
ProgramSelector.createAmFmSelector(RadioManager.BAND_FM, (int) FM_FREQUENCY,
invalidSubChannel);
});
assertWithMessage("Exception for using invalid subchannel %s", invalidSubChannel)
.that(thrown).hasMessageThat().contains(
"Invalid subchannel: " + invalidSubChannel);
}
@Test
public void createAmFmSelector_withSubChannelNotSupported_throwsIllegalArgumentException() {
IllegalArgumentException thrown = assertThrows(IllegalArgumentException.class, () -> {
ProgramSelector.createAmFmSelector(RadioManager.BAND_FM, (int) FM_FREQUENCY,
/* subChannel= */ 1);
});
assertWithMessage("Exception for using sub-channel on radio not supporting it")
.that(thrown)
.hasMessageThat().contains("Subchannels are not supported for non-HD radio");
}
@Test
public void equals_withDifferentSecondaryIds_returnTrue() {
ProgramSelector.Identifier[] secondaryIds1 = new ProgramSelector.Identifier[]{
DAB_ENSEMBLE_IDENTIFIER, DAB_FREQUENCY_IDENTIFIER};
ProgramSelector selector1 = getDabSelector(secondaryIds1, /* vendorIds= */ null);
ProgramSelector selector2 = getDabSelector(
/* secondaryIds= */ null, /* vendorIds= */ null);
assertWithMessage("Selector with different secondary id")
.that(selector1).isEqualTo(selector2);
}
@Test
public void equals_withDifferentPrimaryIds_returnFalse() {
ProgramSelector selector1 = getFmSelector(
/* secondaryIds= */ null, /* vendorIds= */ null);
ProgramSelector.Identifier fmIdentifier2 = new ProgramSelector.Identifier(
ProgramSelector.IDENTIFIER_TYPE_AMFM_FREQUENCY, /* value= */ 88700);
ProgramSelector selector2 = new ProgramSelector(FM_PROGRAM_TYPE, fmIdentifier2,
/* secondaryIds= */ null, /* vendorIds= */ null);
assertWithMessage("Selector with different primary id")
.that(selector1).isNotEqualTo(selector2);
}
@Test
public void strictEquals_withDifferentPrimaryIds_returnsFalse() {
ProgramSelector selector1 = getFmSelector(
/* secondaryIds= */ null, /* vendorIds= */ null);
ProgramSelector.Identifier fmIdentifier2 = new ProgramSelector.Identifier(
ProgramSelector.IDENTIFIER_TYPE_AMFM_FREQUENCY, /* value= */ 88700);
ProgramSelector selector2 = new ProgramSelector(FM_PROGRAM_TYPE, fmIdentifier2,
/* secondaryIds= */ null, /* vendorIds= */ null);
assertWithMessage(
"Whether two selectors with different primary ids are strictly equal")
.that(selector1.strictEquals(selector2)).isFalse();
}
@Test
public void strictEquals_withDifferentSecondaryIds_returnsFalse() {
ProgramSelector.Identifier[] secondaryIds1 = new ProgramSelector.Identifier[]{
DAB_ENSEMBLE_IDENTIFIER, DAB_FREQUENCY_IDENTIFIER};
ProgramSelector selector1 = getDabSelector(secondaryIds1, /* vendorIds= */ null);
ProgramSelector.Identifier[] secondaryIds2 = new ProgramSelector.Identifier[]{
DAB_ENSEMBLE_IDENTIFIER};
ProgramSelector selector2 = getDabSelector(secondaryIds2, /* vendorIds= */ null);
assertWithMessage(
"Whether two selectors with different secondary ids are strictly equal")
.that(selector1.strictEquals(selector2)).isFalse();
}
@Test
public void strictEquals_withDifferentSecondaryIdsOrders_returnsTrue() {
ProgramSelector.Identifier[] secondaryIds1 = new ProgramSelector.Identifier[]{
DAB_ENSEMBLE_IDENTIFIER, DAB_FREQUENCY_IDENTIFIER};
ProgramSelector selector1 = getDabSelector(secondaryIds1, /* vendorIds= */ null);
ProgramSelector.Identifier[] secondaryIds2 = new ProgramSelector.Identifier[]{
DAB_FREQUENCY_IDENTIFIER, DAB_ENSEMBLE_IDENTIFIER};
ProgramSelector selector2 = getDabSelector(secondaryIds2, /* vendorIds= */ null);
assertWithMessage(
"Whether two selectors with different secondary id orders are strictly equal")
.that(selector1.strictEquals(selector2)).isTrue();
}
private ProgramSelector getFmSelector(@Nullable ProgramSelector.Identifier[] secondaryIds,
@Nullable long[] vendorIds) {
return new ProgramSelector(FM_PROGRAM_TYPE, FM_IDENTIFIER, secondaryIds, vendorIds);
}
private ProgramSelector getDabSelector(@Nullable ProgramSelector.Identifier[] secondaryIds,
@Nullable long[] vendorIds) {
return new ProgramSelector(DAB_PROGRAM_TYPE, DAB_SID_EXT_IDENTIFIER_1, secondaryIds,
vendorIds);
}
}