use of com.google.appengine.api.memcache.MemcacheServicePb.MemcacheFlushRequest in project appengine-java-standard by GoogleCloudPlatform.
the class MemcacheServiceImplTest method testClearAll.
@Test
public void testClearAll() {
MemcacheFlushRequest request = MemcacheFlushRequest.getDefaultInstance();
MemcacheFlushResponse response = MemcacheFlushResponse.getDefaultInstance();
expectAsyncCall("FlushAll", request, response);
new MemcacheServiceImpl(null).clearAll();
verifyAsyncCall("FlushAll", request);
}
use of com.google.appengine.api.memcache.MemcacheServicePb.MemcacheFlushRequest in project appengine-java-standard by GoogleCloudPlatform.
the class MemcacheServiceImplTest method errorHandlingPermissiveTest.
private void errorHandlingPermissiveTest(boolean isConsistent, ErrorHandler errorHandler) {
byte[] oneKey = makePbKey(ONE);
byte[] oneValue = serialize(ONE).value;
MemcacheService memcache = new MemcacheServiceImpl("");
memcache.setErrorHandler(errorHandler);
// Get calls
MemcacheGetRequest getRequest = MemcacheGetRequest.newBuilder().setNameSpace("").addKey(ByteString.copyFrom(oneKey)).build();
expectAsyncCall("Get", getRequest, new ApiProxy.ApplicationException(1, "Error"));
Object value = memcache.get(ONE);
assertThat(value).isNull();
verifyAsyncCall("Get", getRequest);
expectAsyncCall("Get", getRequest, new ApiProxy.ApplicationException(1, "Error"));
assertThat(memcache.contains(ONE)).isFalse();
verifyAsyncCall("Get", getRequest);
expectAsyncCall("Get", getRequest, new byte[] { 10, 20 });
assertThat(memcache.get(ONE)).isNull();
verifyAsyncCall("Get", getRequest);
// Set calls
MemcacheSetRequest setRequest = MemcacheSetRequest.newBuilder().setNameSpace("").addItem(MemcacheSetRequest.Item.newBuilder().setKey(ByteString.copyFrom(oneKey)).setFlags(Flag.UTF8.ordinal()).setValue(ByteString.copyFrom(oneValue)).setSetPolicy(MemcacheSetRequest.SetPolicy.ADD).setExpirationTime(0)).build();
// Because of AllowPartialResults for Set method, Set should almost always succeed and return
// any error code in the response payload. Application error can occur only for early checks,
// e.g. out of quota, ShardLock check failure or missing ServingState.
expectAsyncCall("Set", setRequest, new ApiProxy.ApplicationException(1, "Error"));
assertThat(memcache.put(ONE, "one", null, SetPolicy.ADD_ONLY_IF_NOT_PRESENT)).isFalse();
verifyAsyncCall("Set", setRequest);
expectAsyncCall("Set", setRequest, new ApiProxy.ApplicationException(1, "Error"));
assertThat(memcache.putAll(ImmutableMap.of(ONE, "one"), null, SetPolicy.ADD_ONLY_IF_NOT_PRESENT)).isEmpty();
verifyAsyncCall("Set", setRequest);
// Successful set -> no error logged or exception thrown.
expectAsyncCall("Set", setRequest, MemcacheSetResponse.newBuilder().addSetStatus(SetStatusCode.STORED).build());
assertThat(memcache.put(ONE, "one", null, SetPolicy.ADD_ONLY_IF_NOT_PRESENT)).isTrue();
verifyAsyncCall("Set", setRequest);
expectAsyncCall("Set", setRequest, MemcacheSetResponse.newBuilder().addSetStatus(SetStatusCode.STORED).build());
assertThat(memcache.putAll(ImmutableMap.of(ONE, "one"), null, SetPolicy.ADD_ONLY_IF_NOT_PRESENT)).isEqualTo(ImmutableSet.of(ONE));
verifyAsyncCall("Set", setRequest);
// Item not stored because of set policy -> logs an error or throws, depending on the error
// handler used (for backwards compatibility).
expectAsyncCall("Set", setRequest, MemcacheSetResponse.newBuilder().addSetStatus(SetStatusCode.ERROR).build());
if (isConsistent) {
assertThat(memcache.put(ONE, "one", null, SetPolicy.ADD_ONLY_IF_NOT_PRESENT)).isFalse();
} else {
assertThrows(MemcacheServiceException.class, () -> memcache.put(ONE, "one", null, SetPolicy.ADD_ONLY_IF_NOT_PRESENT));
}
verifyAsyncCall("Set", setRequest);
expectAsyncCall("Set", setRequest, MemcacheSetResponse.newBuilder().addSetStatus(SetStatusCode.ERROR).build());
if (isConsistent) {
assertThat(memcache.putAll(ImmutableMap.of(ONE, "one"), null, SetPolicy.ADD_ONLY_IF_NOT_PRESENT)).isEmpty();
} else {
assertThrows(MemcacheServiceException.class, () -> memcache.putAll(ImmutableMap.of(ONE, "one"), null, SetPolicy.ADD_ONLY_IF_NOT_PRESENT));
}
verifyAsyncCall("Set", setRequest);
// Increment calls
MemcacheIncrementRequest incrementRequest = MemcacheIncrementRequest.newBuilder().setNameSpace("").setKey(ByteString.copyFrom(makePbKey(INT_123))).setDelta(17).setDirection(MemcacheIncrementRequest.Direction.DECREMENT).build();
expectAsyncCall("Increment", incrementRequest, new ApiProxy.ApplicationException(1, "Error"));
assertThat(memcache.increment(INT_123, -17)).isEqualTo(null);
verifyAsyncCall("Increment", incrementRequest);
expectAsyncCall("Increment", incrementRequest, new ApiProxy.ApplicationException(6, "Error"));
assertThrows(InvalidValueException.class, () -> memcache.increment(INT_123, -17));
verifyAsyncCall("Increment", incrementRequest);
// BatchIncrement calls
MemcacheBatchIncrementRequest batchIncrementRequest = MemcacheBatchIncrementRequest.newBuilder().setNameSpace("").addItem(MemcacheIncrementRequest.newBuilder().setKey(ByteString.copyFrom(makePbKey(INT_123))).setDelta(17).setDirection(MemcacheIncrementRequest.Direction.DECREMENT)).build();
expectAsyncCall("BatchIncrement", batchIncrementRequest, new ApiProxy.ApplicationException(1, "Error"));
assertThat(memcache.incrementAll(Arrays.asList(INT_123), -17)).isEqualTo(Collections.singletonMap(INT_123, null));
verifyAsyncCall("BatchIncrement", batchIncrementRequest);
expectAsyncCall("BatchIncrement", batchIncrementRequest, MemcacheBatchIncrementResponse.newBuilder().addItem(MemcacheIncrementResponse.newBuilder().setIncrementStatus(IncrementStatusCode.ERROR)).build());
assertThat(memcache.incrementAll(Arrays.asList(INT_123), -17)).isEqualTo(Collections.singletonMap(INT_123, null));
verifyAsyncCall("BatchIncrement", batchIncrementRequest);
// Delete calls
MemcacheDeleteRequest deleteRequest = MemcacheDeleteRequest.newBuilder().setNameSpace("").addItem(MemcacheDeleteRequest.Item.newBuilder().setKey(ByteString.copyFrom(oneKey)).setDeleteTime(0)).build();
expectAsyncCall("Delete", deleteRequest, new ApiProxy.ApplicationException(1, "Error"));
assertThat(memcache.delete(ONE)).isFalse();
verifyAsyncCall("Delete", deleteRequest);
expectAsyncCall("Delete", deleteRequest, new ApiProxy.ApplicationException(1, "Error"));
assertThat(memcache.deleteAll(Arrays.asList(ONE))).isEmpty();
verifyAsyncCall("Delete", deleteRequest);
// Flush calls
MemcacheFlushRequest flushRequest = MemcacheFlushRequest.getDefaultInstance();
expectAsyncCall("FlushAll", flushRequest, new ApiProxy.ApplicationException(1, "Error"));
memcache.clearAll();
verifyAsyncCall("FlushAll", flushRequest);
}
use of com.google.appengine.api.memcache.MemcacheServicePb.MemcacheFlushRequest in project appengine-java-standard by GoogleCloudPlatform.
the class MemcacheServiceImplTest method testErrorHandlingStrict.
@Test
public void testErrorHandlingStrict() {
byte[] oneKey = makePbKey(ONE);
byte[] oneValue = serialize(ONE).value;
MemcacheService memcache = new MemcacheServiceImpl("");
memcache.setErrorHandler(ErrorHandlers.getStrict());
MemcacheGetRequest getRequest = MemcacheGetRequest.newBuilder().setNameSpace("").addKey(ByteString.copyFrom(oneKey)).build();
expectAsyncCall("Get", getRequest, new ApiProxy.ApplicationException(1, "Error"));
assertThrows(MemcacheServiceException.class, () -> memcache.get(ONE));
verifyAsyncCall("Get", getRequest);
expectAsyncCall("Get", getRequest, new ApiProxy.ApplicationException(1, "Error"));
assertThrows(MemcacheServiceException.class, () -> memcache.contains(ONE));
verifyAsyncCall("Get", getRequest);
MemcacheSetRequest setRequest = MemcacheSetRequest.newBuilder().setNameSpace("").addItem(MemcacheSetRequest.Item.newBuilder().setKey(ByteString.copyFrom(oneKey)).setFlags(Flag.UTF8.ordinal()).setValue(ByteString.copyFrom(oneValue)).setSetPolicy(MemcacheSetRequest.SetPolicy.ADD).setExpirationTime(0)).build();
expectAsyncCall("Set", setRequest, new ApiProxy.ApplicationException(1, "Error"));
assertThrows(MemcacheServiceException.class, () -> memcache.put(ONE, "one", null, SetPolicy.ADD_ONLY_IF_NOT_PRESENT));
verifyAsyncCall("Set", setRequest);
expectAsyncCall("Set", setRequest, new ApiProxy.ApplicationException(1, "Error"));
assertThrows(MemcacheServiceException.class, () -> memcache.putAll(ImmutableMap.of(ONE, "one"), null, SetPolicy.ADD_ONLY_IF_NOT_PRESENT));
verifyAsyncCall("Set", setRequest);
// Successful set -> no error logged or exception thrown.
expectAsyncCall("Set", setRequest, MemcacheSetResponse.newBuilder().addSetStatus(SetStatusCode.STORED).build());
assertThat(memcache.put(ONE, "one", null, SetPolicy.ADD_ONLY_IF_NOT_PRESENT)).isTrue();
verifyAsyncCall("Set", setRequest);
expectAsyncCall("Set", setRequest, MemcacheSetResponse.newBuilder().addSetStatus(SetStatusCode.STORED).build());
assertThat(memcache.putAll(ImmutableMap.of(ONE, "one"), null, SetPolicy.ADD_ONLY_IF_NOT_PRESENT)).isEqualTo(ImmutableSet.of(ONE));
verifyAsyncCall("Set", setRequest);
// Item not stored because of set policy.
expectAsyncCall("Set", setRequest, MemcacheSetResponse.newBuilder().addSetStatus(SetStatusCode.ERROR).build());
assertThrows(MemcacheServiceException.class, () -> memcache.put(ONE, "one", null, SetPolicy.ADD_ONLY_IF_NOT_PRESENT));
verifyAsyncCall("Set", setRequest);
expectAsyncCall("Set", setRequest, MemcacheSetResponse.newBuilder().addSetStatus(SetStatusCode.ERROR).build());
assertThrows(MemcacheServiceException.class, () -> memcache.putAll(ImmutableMap.of(ONE, "one"), null, SetPolicy.ADD_ONLY_IF_NOT_PRESENT));
verifyAsyncCall("Set", setRequest);
MemcacheIncrementRequest incrementRequest = MemcacheIncrementRequest.newBuilder().setNameSpace("").setKey(ByteString.copyFrom(makePbKey(INT_123))).setDelta(17).setDirection(MemcacheIncrementRequest.Direction.DECREMENT).build();
expectAsyncCall("Increment", incrementRequest, new ApiProxy.ApplicationException(1, "Error"));
assertThrows(MemcacheServiceException.class, () -> memcache.increment(INT_123, -17));
verifyAsyncCall("Increment", incrementRequest);
expectAsyncCall("Increment", incrementRequest, new ApiProxy.ApplicationException(6, "Error"));
assertThrows(InvalidValueException.class, () -> memcache.increment(INT_123, -17));
verifyAsyncCall("Increment", incrementRequest);
MemcacheBatchIncrementRequest batchIncrementRequest = MemcacheBatchIncrementRequest.newBuilder().setNameSpace("").addItem(MemcacheIncrementRequest.newBuilder().setKey(ByteString.copyFrom(makePbKey(INT_123))).setDelta(17).setDirection(MemcacheIncrementRequest.Direction.DECREMENT)).build();
expectAsyncCall("BatchIncrement", batchIncrementRequest, new ApiProxy.ApplicationException(1, "Error"));
assertThrows(MemcacheServiceException.class, () -> memcache.incrementAll(Arrays.asList(INT_123), -17));
verifyAsyncCall("BatchIncrement", batchIncrementRequest);
// Partial BatchIncrement error doesn't throw, but returns null.
expectAsyncCall("BatchIncrement", batchIncrementRequest, MemcacheBatchIncrementResponse.newBuilder().addItem(MemcacheIncrementResponse.newBuilder().setIncrementStatus(IncrementStatusCode.ERROR)).build());
assertThat(memcache.incrementAll(Arrays.asList(INT_123), -17)).containsExactly(INT_123, null);
MemcacheDeleteRequest deleteRequest = MemcacheDeleteRequest.newBuilder().setNameSpace("").addItem(MemcacheDeleteRequest.Item.newBuilder().setKey(ByteString.copyFrom(oneKey)).setDeleteTime(0)).build();
expectAsyncCall("Delete", deleteRequest, new ApiProxy.ApplicationException(1, "Error"));
assertThrows(MemcacheServiceException.class, () -> memcache.delete(ONE));
verifyAsyncCall("Delete", deleteRequest);
expectAsyncCall("Delete", deleteRequest, new ApiProxy.ApplicationException(1, "Error"));
assertThrows(MemcacheServiceException.class, () -> memcache.deleteAll(Arrays.asList(ONE)));
verifyAsyncCall("Delete", deleteRequest);
MemcacheFlushRequest flushRequest = MemcacheFlushRequest.getDefaultInstance();
expectAsyncCall("FlushAll", flushRequest, new ApiProxy.ApplicationException(1, "Error"));
assertThrows(MemcacheServiceException.class, memcache::clearAll);
verifyAsyncCall("FlushAll", flushRequest);
}
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