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/**
* Licensed to the Apache Software Foundation (ASF) under one
* or more contributor license agreements. See the NOTICE file
* distributed with this work for additional information
* regarding copyright ownership. The ASF licenses this file
* to you 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 org.apache.metron.pcap.mr;
import com.google.common.collect.Iterables;
import org.apache.hadoop.fs.Path;
import org.apache.metron.pcap.utils.FileFilterUtil;
import org.junit.jupiter.api.BeforeEach;
import org.junit.jupiter.api.Test;
import java.util.*;
import java.util.stream.Collectors;
import static org.hamcrest.CoreMatchers.equalTo;
import static org.hamcrest.MatcherAssert.assertThat;
import static org.junit.jupiter.api.Assertions.assertEquals;
import static org.junit.jupiter.api.Assertions.assertTrue;
public class FileFilterUtilTest {
private List<Path> filesIn;
@BeforeEach
public void setup() {
filesIn = new ArrayList<>();
filesIn.add(new Path("/apath/pcap_pcap5_1495135372055519000_2_pcap-9-1495134910"));
filesIn.add(new Path("/apath/pcap_pcap5_1495135372168719000_1_pcap-9-1495134910"));
filesIn.add(new Path("/apath/pcap_pcap5_1495135377055375000_0_pcap-9-1495134910"));
filesIn.add(new Path("/apath/pcap_pcap5_1495135512102506000_4_pcap-9-1495134910"));
filesIn.add(new Path("/apath/pcap_pcap5_1495135512123943000_3_pcap-9-1495134910"));
}
@Test
public void returns_files_by_partition() {
Map<Integer, List<Path>> filesByPartition = FileFilterUtil.getFilesByPartition(filesIn);
Map<Integer, List<Path>> expectedFilesPartitioned = new HashMap<Integer, List<Path>>() {{
put(0, toList("/apath/pcap_pcap5_1495135377055375000_0_pcap-9-1495134910"));
put(1, toList("/apath/pcap_pcap5_1495135372168719000_1_pcap-9-1495134910"));
put(2, toList("/apath/pcap_pcap5_1495135372055519000_2_pcap-9-1495134910"));
put(3, toList("/apath/pcap_pcap5_1495135512123943000_3_pcap-9-1495134910"));
put(4, toList("/apath/pcap_pcap5_1495135512102506000_4_pcap-9-1495134910"));
}};
assertThat(filesByPartition, equalTo(expectedFilesPartitioned));
}
private List<Path> toList(String... items) {
return Arrays.asList(items).stream().map(i -> new Path(i)).collect(Collectors.toList());
}
@Test
public void returns_left_trailing_filtered_list() {
Map<Integer, List<Path>> filesByPartition = new HashMap<Integer, List<Path>>() {{
put(0, toList("/apath/pcap_pcap5_1495135377055375000_0_pcap-9-1495134910"));
put(1, toList("/apath/pcap_pcap5_1495135372168719000_1_pcap-9-1495134910"));
put(2, toList("/apath/pcap_pcap5_1495135372055519000_2_pcap-9-1495134910"));
put(3, toList("/apath/pcap_pcap5_1495135512123943000_3_pcap-9-1495134910"));
put(4, toList("/apath/pcap_pcap5_1495135512102506000_4_pcap-9-1495134910"));
}};
List<String> lt = FileFilterUtil
.filterByTimestampLT(1495135377055375000L, 1495135512124943000L, filesByPartition);
List<String> expectedFiles = Arrays.asList(
"/apath/pcap_pcap5_1495135377055375000_0_pcap-9-1495134910",
"/apath/pcap_pcap5_1495135372168719000_1_pcap-9-1495134910",
"/apath/pcap_pcap5_1495135372055519000_2_pcap-9-1495134910",
"/apath/pcap_pcap5_1495135512123943000_3_pcap-9-1495134910",
"/apath/pcap_pcap5_1495135512102506000_4_pcap-9-1495134910");
assertThat(lt, equalTo(expectedFiles));
}
@Test
public void returns_left_trailing_filtered_list_from_paths() {
Iterable<String> paths = FileFilterUtil
.getPathsInTimeRange(1495135377055375000L, 1495135512124943000L, filesIn);
List<String> expectedFiles = Arrays.asList(
"/apath/pcap_pcap5_1495135377055375000_0_pcap-9-1495134910",
"/apath/pcap_pcap5_1495135372168719000_1_pcap-9-1495134910",
"/apath/pcap_pcap5_1495135372055519000_2_pcap-9-1495134910",
"/apath/pcap_pcap5_1495135512123943000_3_pcap-9-1495134910",
"/apath/pcap_pcap5_1495135512102506000_4_pcap-9-1495134910");
assertThat(paths, equalTo(expectedFiles));
}
@Test
public void test_getPaths_NoFiles() {
final List<Path> inputFiles = new ArrayList<>();
Iterable<String> paths = FileFilterUtil.getPathsInTimeRange(0, 1000, inputFiles);
assertTrue(Iterables.isEmpty(paths));
}
@Test
public void test_getPaths_leftEdge() {
final long firstFileTSNanos = 1461589332993573000L;
final long secondFileTSNanos = 1561589332993573000L;
final List<Path> inputFiles = new ArrayList<Path>() {{
add(new Path("/apps/metron/pcap/pcap_pcap_" + firstFileTSNanos + "_0_73686171-64a1-46e5-9e67-66cf603fb094"));
add(new Path("/apps/metron/pcap/pcap_pcap_" + secondFileTSNanos + "_0_73686171-64a1-46e5-9e67-66cf603fb094"));
}};
Iterable<String> paths = FileFilterUtil.getPathsInTimeRange(0, secondFileTSNanos - 1L, inputFiles);
assertEquals(1, Iterables.size(paths));
}
@Test
public void test_getPaths_rightEdge() {
final long firstFileTSNanos = 1461589332993573000L;
final long secondFileTSNanos = 1461589333993573000L;
final long thirdFileTSNanos = 1461589334993573000L;
{
final List<Path> inputFiles = new ArrayList<Path>() {{
add(new Path("/apps/metron/pcap/pcap0_pcap_" + firstFileTSNanos + "_0_73686171-64a1-46e5-9e67-66cf603fb094"));
add(new Path("/apps/metron/pcap/pcap1_pcap_" + secondFileTSNanos + "_0_73686171-64a1-46e5-9e67-66cf603fb094"));
}};
Iterable<String> paths = FileFilterUtil.getPathsInTimeRange(secondFileTSNanos - 1L, secondFileTSNanos + 1L, inputFiles);
assertEquals(2, Iterables.size(paths));
}
{
final List<Path> inputFiles = new ArrayList<Path>() {{
add(new Path("/apps/metron/pcap/pcap0_pcap_" + firstFileTSNanos + "_0_73686171-64a1-46e5-9e67-66cf603fb094"));
add(new Path("/apps/metron/pcap/pcap1_pcap_" + secondFileTSNanos + "_0_73686171-64a1-46e5-9e67-66cf603fb094"));
add(new Path("/apps/metron/pcap/pcap1_pcap_" + thirdFileTSNanos + "_0_73686171-64a1-46e5-9e67-66cf603fb094"));
}};
Iterable<String> paths = FileFilterUtil.getPathsInTimeRange(thirdFileTSNanos - 1L, thirdFileTSNanos + 1L, inputFiles);
assertEquals(2, Iterables.size(paths));
}
}
@Test
public void test_getPaths_bothEdges() {
final long firstFileTSNanos = 1461589332993573000L;
final long secondFileTSNanos = 1461589333993573000L;
final long thirdFileTSNanos = 1461589334993573000L;
final List<Path> inputFiles = new ArrayList<Path>() {{
add(new Path("/apps/metron/pcap/pcap_pcap_" + firstFileTSNanos + "_0_73686171-64a1-46e5-9e67-66cf603fb094"));
add(new Path("/apps/metron/pcap/pcap_pcap_" + secondFileTSNanos + "_0_73686171-64a1-46e5-9e67-66cf603fb094"));
add(new Path("/apps/metron/pcap/pcap1_pcap_" + thirdFileTSNanos + "_0_73686171-64a1-46e5-9e67-66cf603fb094"));
}};
Iterable<String> paths = FileFilterUtil.getPathsInTimeRange(0, thirdFileTSNanos + 1L, inputFiles);
assertEquals(3, Iterables.size(paths));
}
}