Merge "Snap for 11858029 from 6ccb9739db74be2e3ecd23f9b5af99e8fdd25c0f to android14-tests-release" into android14-tests-releaseandroid14-tests-release

4 files changed, 141 insertions, 87 deletions

diff --git a/tests/devicepolicy/src/android/devicepolicy/cts/BluetoothTest.java b/tests/devicepolicy/src/android/devicepolicy/cts/BluetoothTest.java
index f4ebef323be..122b3575026 100644
--- a/tests/devicepolicy/src/android/devicepolicy/cts/BluetoothTest.java
+++ b/tests/devicepolicy/src/android/devicepolicy/cts/BluetoothTest.java
@@ -407,6 +407,8 @@ public final class BluetoothTest {
     @Postsubmit(reason = "new test")
     @ApiTest(apis = "android.os.UserManager#DISALLOW_BLUETOOTH_SHARING")
     public void share_disallowBluetoothAndSharingRestrictionsAreNotSet_canShare() {
+        Assume.assumeTrue("We can't test resolving if opp is disabled", OPP_ENABLED);
+
         Poll.forValue("Opp Launcher Component Enabled",
                 () -> TestApis.packages().activity(OPP_LAUNCHER_COMPONENT)
                         .isEnabled(TestApis.users().system()))
@@ -414,8 +416,6 @@ public final class BluetoothTest {
                 .errorOnFail()
                 .await();
 
-        Assume.assumeTrue("We can't test resolving if opp is disabled", OPP_ENABLED);
-
         List<ResolveInfo> resolveInfos = sPackageManager.queryIntentActivities(
                 FILE_SHARING_INTENT, /* flags= */ 0);
         assertThat(resolveInfosContainsActivity(resolveInfos, OPP_LAUNCHER_COMPONENT)).isTrue();
@@ -426,6 +426,8 @@ public final class BluetoothTest {
     @Postsubmit(reason = "new test")
     @ApiTest(apis = "android.os.UserManager#DISALLOW_BLUETOOTH_SHARING")
     public void share_disallowBluetoothSharingRestrictionIsSet_canNotShare() {
+        Assume.assumeTrue("We can't test resolving if opp is disabled", OPP_ENABLED);
+
         Poll.forValue("Opp Launcher Component Enabled",
                 () -> TestApis.packages().activity(OPP_LAUNCHER_COMPONENT)
                         .isEnabled(TestApis.users().system()))
@@ -433,8 +435,6 @@ public final class BluetoothTest {
                 .errorOnFail()
                 .await();
 
-        Assume.assumeTrue("We can't test resolving if opp is disabled", OPP_ENABLED);
-
         List<ResolveInfo> resolveInfos = sPackageManager.queryIntentActivities(
                 FILE_SHARING_INTENT, /* flags= */ 0);
         assertThat(resolveInfosContainsActivity(resolveInfos, OPP_LAUNCHER_COMPONENT)).isFalse();
@@ -483,6 +483,8 @@ public final class BluetoothTest {
     @ApiTest(apis = "android.os.UserManager#DISALLOW_BLUETOOTH")
     @RequireNotHeadlessSystemUserMode(reason = "b/276405672 bluetooth restriction not enforced on secondary users")
     public void share_disallowBluetoothRestrictionIsSet_canNotShare() {
+        Assume.assumeTrue("We can't test resolving if opp is disabled", OPP_ENABLED);
+
         Poll.forValue("Opp Launcher Component Enabled",
                 () -> TestApis.packages().activity(OPP_LAUNCHER_COMPONENT)
                         .isEnabled(TestApis.users().system()))
@@ -490,8 +492,6 @@ public final class BluetoothTest {
                 .errorOnFail()
                 .await();
 
-        Assume.assumeTrue("We can't test resolving if opp is disabled", OPP_ENABLED);
-
         List<ResolveInfo> resolveInfos = sPackageManager.queryIntentActivities(
                 FILE_SHARING_INTENT, /* flags= */ 0);
         assertThat(resolveInfosContainsActivity(resolveInfos, OPP_LAUNCHER_COMPONENT)).isFalse();
diff --git a/tests/tests/media/audio/src/android/media/audio/cts/AudioPlaybackConfigurationTest.java b/tests/tests/media/audio/src/android/media/audio/cts/AudioPlaybackConfigurationTest.java
index 0c5e0895679..9a7b3bc65f0 100644
--- a/tests/tests/media/audio/src/android/media/audio/cts/AudioPlaybackConfigurationTest.java
+++ b/tests/tests/media/audio/src/android/media/audio/cts/AudioPlaybackConfigurationTest.java
@@ -493,6 +493,10 @@ public class AudioPlaybackConfigurationTest extends CtsAndroidTestCase {
             "android.media.AudioManager.AudioPlaybackCallback#isMuted",
             "android.media.AudioManager.AudioPlaybackCallback#getMutedBy"})
     public void testAudioTrackMuteFromAppOpsNotification() throws Exception {
+        if (isWatch()) {
+            Log.w(TAG, "Skip testAudioTrackMuteFromAppOpsNotification for Wear");
+            return;
+        }
         if (!isValidPlatform("testAudioTrackMuteFromAppOpsNotification")) return;
         if (hasAudioSilentProperty()) {
             Log.w(TAG, "Device has ro.audio.silent set, skipping "
@@ -509,6 +513,10 @@ public class AudioPlaybackConfigurationTest extends CtsAndroidTestCase {
             "android.media.AudioManager.AudioPlaybackCallback#isMuted",
             "android.media.AudioManager.AudioPlaybackCallback#getMutedBy"})
     public void testMediaPlayerMuteFromAppOpsNotification() throws Exception {
+        if (isWatch()) {
+            Log.w(TAG, "Skip testMediaPlayerMuteFromAppOpsNotification for Wear");
+            return;
+        }
         if (!isValidPlatform("testMediaPlayerMuteFromAppOpsNotification")) return;
         if (hasAudioSilentProperty()) {
             Log.w(TAG, "Device has ro.audio.silent set, skipping "
@@ -700,6 +708,9 @@ public class AudioPlaybackConfigurationTest extends CtsAndroidTestCase {
                 assertTrue("onPlaybackConfigChanged play, format and device expected",
                         callback.waitForCallbacks(3,
                                 TEST_TIMING_TOLERANCE_MS + PLAY_ROUTING_TIMING_TOLERANCE_MS));
+                if (mAt != null) {
+                    Thread.sleep(TEST_TIMING_TOLERANCE_MS + PLAY_ROUTING_TIMING_TOLERANCE_MS);
+                }
             } else {
                 Thread.sleep(TEST_TIMING_TOLERANCE_MS + PLAY_ROUTING_TIMING_TOLERANCE_MS);
             }
@@ -1022,4 +1033,8 @@ public class AudioPlaybackConfigurationTest extends CtsAndroidTestCase {
         }
         return true;
     }
+
+    private boolean isWatch() {
+        return getContext().getPackageManager().hasSystemFeature(PackageManager.FEATURE_WATCH);
+    }
 }
diff --git a/tests/tests/tv/src/android/media/tv/tuner/cts/TunerResourceTestService.java b/tests/tests/tv/src/android/media/tv/tuner/cts/TunerResourceTestService.java
index e7145088bb3..93cdf000e15 100644
--- a/tests/tests/tv/src/android/media/tv/tuner/cts/TunerResourceTestService.java
+++ b/tests/tests/tv/src/android/media/tv/tuner/cts/TunerResourceTestService.java
@@ -69,6 +69,9 @@ public class TunerResourceTestService extends Service {
         mFeInfo = infos.get(frontendIndex);
         mFeSettings = TunerTest.createFrontendSettings(mFeInfo);
 
+        // apply target frontend only, for case when there are multiple instances in frontend type
+        mTuner.applyFrontend(mFeInfo);
+
         // tune
         return  mTuner.tune(mFeSettings);
     }
diff --git a/tests/tests/tv/src/android/media/tv/tuner/cts/TunerTest.java b/tests/tests/tv/src/android/media/tv/tuner/cts/TunerTest.java
index 6a4ab4ec3a5..0d07786977f 100644
--- a/tests/tests/tv/src/android/media/tv/tuner/cts/TunerTest.java
+++ b/tests/tests/tv/src/android/media/tv/tuner/cts/TunerTest.java
@@ -24,6 +24,7 @@ import static org.junit.Assert.assertNull;
 import static org.junit.Assert.assertTrue;
 import static org.junit.Assert.fail;
 import static org.junit.Assume.assumeNotNull;
+import static org.junit.Assume.assumeTrue;
 
 import android.content.ComponentName;
 import android.content.Context;
@@ -1111,7 +1112,8 @@ public class TunerTest {
             return;
         }
 
-        assertEquals(lnb.setVoltage(Lnb.VOLTAGE_5V), Tuner.RESULT_SUCCESS);
+        int targetLnbVoltage = getTargetLnbVoltage();
+        assertEquals(lnb.setVoltage(targetLnbVoltage), Tuner.RESULT_SUCCESS);
         assertEquals(lnb.setTone(Lnb.TONE_NONE), Tuner.RESULT_SUCCESS);
         assertEquals(
                 lnb.setSatellitePosition(Lnb.POSITION_A), Tuner.RESULT_SUCCESS);
@@ -1662,17 +1664,17 @@ public class TunerTest {
         assertFalse(ids.isEmpty());
         int targetFrontendId = sTunerCtsConfiguration.getTargetFrontendId().intValueExact();
         FrontendInfo info = mTuner.getFrontendInfoById(ids.get(targetFrontendId));
-        FrontendSettings feSettings = createFrontendSettings(info);
 
-        // first tune with mTuner to acquire resource
-        int res = mTuner.tune(feSettings);
+        // first apply frontend with mTuner to acquire resource
+        int res = mTuner.applyFrontend(info);
         assertEquals(Tuner.RESULT_SUCCESS, res);
         assertNotNull(mTuner.getFrontendInfo());
 
-        // now tune with a higher priority tuner to have mTuner's resource reclaimed
+        // now apply frontend with a higher priority tuner to have mTuner's resource reclaimed
         Tuner higherPrioTuner = new Tuner(mContext, null, 200);
-        res = higherPrioTuner.tune(feSettings);
+        res = higherPrioTuner.applyFrontend(info);
         assertEquals(Tuner.RESULT_SUCCESS, res);
+
         assertNotNull(higherPrioTuner.getFrontendInfo());
 
         higherPrioTuner.close();
@@ -1688,8 +1690,8 @@ public class TunerTest {
         FrontendInfo info = mTuner.getFrontendInfoById(ids.get(targetFrontendId));
         FrontendSettings feSettings = createFrontendSettings(info);
 
-        // first tune with mTuner to acquire resource
-        int res = mTuner.tune(feSettings);
+        // first apply frontend with mTuner to acquire resource
+        int res = mTuner.applyFrontend(info);
         assertEquals(Tuner.RESULT_SUCCESS, res);
         assertNotNull(mTuner.getFrontendInfo());
 
@@ -1749,9 +1751,11 @@ public class TunerTest {
         tunerResourceTestServer = connection.getService();
 
         // CASE1 - normal reclaim
-        //
-        // first tune with mTuner to acquire resource
-        int res = mTuner.tune(feSettings);
+
+        // first apply frontend with mTuner to acquire resource
+        int res = mTuner.applyFrontend(info);
+        assertEquals(Tuner.RESULT_SUCCESS, res);
+
         boolean tunerReclaimed = false;
         assertEquals(Tuner.RESULT_SUCCESS, res);
         assertNotNull(mTuner.getFrontendInfo());
@@ -1827,27 +1831,27 @@ public class TunerTest {
 
     @Test
     public void testShareFrontendFromTuner() throws Exception {
-        Tuner tuner100 = new Tuner(mContext, null, 100);
-        List<Integer> ids = tuner100.getFrontendIds();
+        List<Integer> ids = mTuner.getFrontendIds();
         assumeNotNull(ids);
         assertFalse(ids.isEmpty());
         int targetFrontendId = sTunerCtsConfiguration.getTargetFrontendId().intValueExact();
-        FrontendInfo info = tuner100.getFrontendInfoById(ids.get(targetFrontendId));
+        FrontendInfo info = mTuner.getFrontendInfoById(ids.get(targetFrontendId));
         FrontendSettings feSettings = createFrontendSettings(info);
+
         int[] statusTypes = {1};
-        boolean exceptionThrown = false;
-        int res;
+        boolean exceptionThrown;
 
-        // CASE1: check resource reclaim while sharee's priority < owner's priority
-        // let tuner100 share from tuner200
+        Tuner tuner100 = new Tuner(mContext, null, 100);
         Tuner tuner200 = new Tuner(mContext, null, 200);
-        res = tuner200.tune(feSettings);
-        assertEquals(Tuner.RESULT_SUCCESS, res);
+        Tuner tuner300 = new Tuner(mContext, null, 300);
 
-        info = tuner200.getFrontendInfoById(ids.get(targetFrontendId));
-        res = tuner200.tune(feSettings);
+        // CASE1: check resource reclaim while sharee's priority < owner's priority
+
+        // apply target frontend only, for case when there are multiple instances in frontend type
+        int res = tuner200.applyFrontend(info);
         assertEquals(Tuner.RESULT_SUCCESS, res);
 
+        // let tuner100 share from tuner200
         tuner100.shareFrontendFromTuner(tuner200);
         // call openFilter to trigger ITunerDemux.setFrontendDataSourceById()
         Filter f = tuner100.openFilter(
@@ -1859,7 +1863,6 @@ public class TunerTest {
         TunerTestOnTuneEventListener cb200 = new TunerTestOnTuneEventListener();
 
         // tune again on the owner
-        info = tuner200.getFrontendInfoById(ids.get(1));
         tuner100.setOnTuneEventListener(getExecutor(), cb100);
         tuner200.setOnTuneEventListener(getExecutor(), cb200);
         res = tuner200.tune(feSettings);
@@ -1870,8 +1873,7 @@ public class TunerTest {
         tuner200.clearOnTuneEventListener();
 
         // now let the higher priority tuner steal the resource
-        Tuner tuner300 = new Tuner(mContext, null, 300);
-        res = tuner300.tune(feSettings);
+        res = tuner300.applyFrontend(info);
         assertEquals(Tuner.RESULT_SUCCESS, res);
 
         // confirm owner & sharee's resource gets reclaimed by confirming an exception is thrown
@@ -1898,7 +1900,9 @@ public class TunerTest {
 
         // CASE2: check resource reclaim fail when sharee's priority > new requester
         tuner100 = new Tuner(mContext, null, 100);
-        res = tuner100.tune(feSettings);
+
+        // apply target frontend only, for case when there are multiple instances in frontend type
+        res = tuner100.applyFrontend(info);
         assertEquals(Tuner.RESULT_SUCCESS, res);
 
         tuner300 = new Tuner(mContext, null, 300);
@@ -1908,7 +1912,9 @@ public class TunerTest {
         assertNotNull(f);
 
         tuner200 = new Tuner(mContext, null, 200);
-        res = tuner200.tune(feSettings);
+
+        // apply target frontend only, for case when there are multiple instances in frontend type
+        res = tuner200.applyFrontend(info);
         assertNotEquals(Tuner.RESULT_SUCCESS, res);
 
         // confirm the original tuner is still intact
@@ -1926,13 +1932,15 @@ public class TunerTest {
         assertFalse(ids.isEmpty());
         int targetFrontendId = sTunerCtsConfiguration.getTargetFrontendId().intValueExact();
         FrontendInfo info = mTuner.getFrontendInfoById(ids.get(targetFrontendId));
-        FrontendSettings feSettings = createFrontendSettings(info);
+        createFrontendSettings(info);
 
         // SCENARIO 1 - transfer and close the previous owner
 
-        // First create a tuner and tune() to acquire frontend resource
+        // First create a tuner and applyFrontend() to acquire frontend resource
         Tuner tunerA = new Tuner(mContext, null, 100);
-        int res = tunerA.tune(feSettings);
+
+        // apply target frontend only, for case when there are multiple instances in frontend type
+        int res = tunerA.applyFrontend(info);
         assertEquals(Tuner.RESULT_SUCCESS, res);
 
         // Create another tuner and share frontend from tunerA
@@ -1962,9 +1970,11 @@ public class TunerTest {
 
         // SCENARIO 2 - transfer and closeFrontend and tune on the previous owner
 
-        // First create a tuner and tune() to acquire frontend resource
+        // First create a tuner and applyFrontend() to acquire frontend resource
         tunerA = new Tuner(mContext, null, 200);
-        res = tunerA.tune(feSettings);
+
+        // apply target frontend only, for case when there are multiple instances in frontend type
+        res = tunerA.applyFrontend(info);
         assertEquals(Tuner.RESULT_SUCCESS, res);
 
         // Create another tuner and share frontend from tunerA
@@ -1981,7 +1991,9 @@ public class TunerTest {
         // Confirm tune works without going through Tuner.close() even after transferOwner()
         // The purpose isn't to get tunerB's frontend revoked, but doing so as singletuner
         // based test has wider coverage
-        res = tunerA.tune(feSettings); // this should reclaim tunerB
+
+        // apply target frontend only, for case when there are multiple instances in frontend type
+        res = tunerA.applyFrontend(info);
         assertEquals(Tuner.RESULT_SUCCESS, res);
 
         // Confirm tuberB is revoked
@@ -2071,8 +2083,9 @@ public class TunerTest {
         // Open Lnb and check the callback
         TunerTestLnbCallback lnbCB1 = new TunerTestLnbCallback();
         Lnb lnbA = tunerA.openLnb(getExecutor(), lnbCB1);
-        assertNotNull(lnbA);
-        lnbA.setVoltage(Lnb.VOLTAGE_5V);
+        assumeTrue(lnbA != null);
+        int targetLnbVoltage = getTargetLnbVoltage();
+        lnbA.setVoltage(targetLnbVoltage);
         lnbA.setTone(Lnb.TONE_CONTINUOUS);
         lnbA.sendDiseqcMessage(new byte[] {1, 2});
         assertTrue(lnbCB1.getOnDiseqcMessageCalled());
@@ -2937,29 +2950,33 @@ public class TunerTest {
             int type = mTuner.getFrontendInfoById(ids.get(i)).getType();
             if (TunerVersionChecker.isHigherOrEqualVersionTo(
                         TunerVersionChecker.TUNER_VERSION_2_0)) {
-                int defaultMax = -1;
+                int defaultMax = mTuner.getMaxNumberOfFrontends(type);
                 int status;
-                // Check default value
-                defaultMax = mTuner.getMaxNumberOfFrontends(type);
-                assertTrue(defaultMax > 0);
-                // Set to -1
-                status = mTuner.setMaxNumberOfFrontends(type, -1);
-                assertEquals(Tuner.RESULT_INVALID_ARGUMENT, status);
-                // Set to defaultMax + 1
-                status = mTuner.setMaxNumberOfFrontends(type, defaultMax + 1);
-                assertEquals(Tuner.RESULT_INVALID_ARGUMENT, status);
-                // Set to 0
-                status = mTuner.setMaxNumberOfFrontends(type, 0);
-                assertEquals(Tuner.RESULT_SUCCESS, status);
-                // Check after set
-                int currentMax = -1;
-                currentMax = mTuner.getMaxNumberOfFrontends(type);
-                assertEquals(currentMax, 0);
-                // Reset to default
-                status = mTuner.setMaxNumberOfFrontends(type, defaultMax);
-                assertEquals(Tuner.RESULT_SUCCESS, status);
-                currentMax = mTuner.getMaxNumberOfFrontends(type);
-                assertEquals(defaultMax, currentMax);
+                // Use try block to ensure restoring the max Tuner
+                try {
+                    // Check default value
+                    assertTrue(defaultMax > 0);
+                    // Set to -1
+                    status = mTuner.setMaxNumberOfFrontends(type, -1);
+                    assertEquals(Tuner.RESULT_INVALID_ARGUMENT, status);
+                    // Set to defaultMax + 1
+                    status = mTuner.setMaxNumberOfFrontends(type, defaultMax + 1);
+                    assertEquals(Tuner.RESULT_INVALID_ARGUMENT, status);
+                    // Set to 0
+                    status = mTuner.setMaxNumberOfFrontends(type, 0);
+                    assertEquals(Tuner.RESULT_SUCCESS, status);
+                    // Check after set
+                    int currentMax = mTuner.getMaxNumberOfFrontends(type);
+                    assertEquals(currentMax, 0);
+                } catch (Exception e) {
+                    throw (e);
+                } finally {
+                    // Reset to default
+                    status = mTuner.setMaxNumberOfFrontends(type, defaultMax);
+                    assertEquals(Tuner.RESULT_SUCCESS, status);
+                    int currentMax = mTuner.getMaxNumberOfFrontends(type);
+                    assertEquals(defaultMax, currentMax);
+                }
             } else {
                 int defaultMax = mTuner.getMaxNumberOfFrontends(type);
                 assertEquals(defaultMax, -1);
@@ -2979,45 +2996,64 @@ public class TunerTest {
                 assertEquals(Tuner.RESULT_SUCCESS, mTuner.tune(feSettings1));
                 assertNotNull(mTuner.getFrontendInfo());
 
-                // validate that set max cannot be set to lower value than current usage
-                assertEquals(Tuner.RESULT_INVALID_ARGUMENT,
+                // Use try block to ensure restoring the max Tuner
+                try {
+                    // validate that set max cannot be set to lower value than current usage
+                    assertEquals(Tuner.RESULT_INVALID_ARGUMENT,
                             mTuner.setMaxNumberOfFrontends(type1, 0));
 
-                // validate max value is reflected in the tune behavior
-                mTuner.closeFrontend();
-                assertEquals(Tuner.RESULT_SUCCESS,
+                    // validate max value is reflected in the tune behavior
+                    mTuner.closeFrontend();
+                    assertEquals(Tuner.RESULT_SUCCESS,
                             mTuner.setMaxNumberOfFrontends(type1, 0));
-                assertEquals(Tuner.RESULT_UNAVAILABLE,
+                    assertEquals(Tuner.RESULT_UNAVAILABLE,
                             mTuner.tune(feSettings1));
 
-                assertEquals(Tuner.RESULT_SUCCESS,
+                    assertEquals(Tuner.RESULT_SUCCESS,
                             mTuner.setMaxNumberOfFrontends(type1, originalMax1));
-                assertEquals(Tuner.RESULT_SUCCESS, mTuner.tune(feSettings1));
-                assertNotNull(mTuner.getFrontendInfo());
-                mTuner.closeFrontend();
+                    assertEquals(Tuner.RESULT_SUCCESS, mTuner.tune(feSettings1));
+                    assertNotNull(mTuner.getFrontendInfo());
+                    mTuner.closeFrontend();
+                } catch (Exception e) {
+                    throw(e);
+                } finally {
+                    assertEquals(Tuner.RESULT_SUCCESS,
+                            mTuner.setMaxNumberOfFrontends(type1, originalMax1));
+                }
             }
 
             // validate max number on one frontend type has no impact on other
             if (ids.size() >= 2) {
-                FrontendInfo info2 = mTuner.getFrontendInfoById(ids.get(1));
-                int type2 = info2.getType();
-                int originalMax2 = mTuner.getMaxNumberOfFrontends(type2);
-
-                assertEquals(Tuner.RESULT_SUCCESS,
-                        mTuner.setMaxNumberOfFrontends(type2, 0));
-                assertEquals(Tuner.RESULT_SUCCESS,
-                        mTuner.tune(feSettings1));
-                assertNotNull(mTuner.getFrontendInfo());
-
-                // set it back to the original max
-                assertEquals(Tuner.RESULT_SUCCESS,
-                        mTuner.setMaxNumberOfFrontends(type2, originalMax2));
-                mTuner.closeFrontend();
+                int type2 = type1;
+                for (int i = 0; i < ids.size(); i++) {
+                    FrontendInfo info2 = mTuner.getFrontendInfoById(ids.get(i));
+                    type2 = info2.getType();
+                    if (type1 != type2) break;
+                }
 
+                if (type1 != type2) {
+                    int originalMax2 = mTuner.getMaxNumberOfFrontends(type2);
+                    // Use try block to ensure restoring the max Tuner
+                    try {
+                        assertEquals(Tuner.RESULT_SUCCESS,
+                                mTuner.setMaxNumberOfFrontends(type2, 0));
+                        assertEquals(Tuner.RESULT_SUCCESS,
+                                mTuner.tune(feSettings1));
+                        assertNotNull(mTuner.getFrontendInfo());
+                        mTuner.closeFrontend();
+                    } catch (Exception e) {
+                        throw (e);
+                    } finally {
+                        // set it back to the original max
+                        assertEquals(Tuner.RESULT_SUCCESS,
+                                mTuner.setMaxNumberOfFrontends(type2, originalMax2));
+                    }
+                }
             }
         }
     }
 
+
     public static Filter createTsSectionFilter(
             Tuner tuner, Executor e, FilterCallback cb) {
         Filter f = tuner.openFilter(Filter.TYPE_TS, Filter.SUBTYPE_SECTION, 1000, e, cb);