Add support for MIME Type contains dot or plus

pom.xml

@@ -120,7 +120,7 @@
             <plugin>
                 <groupId>org.apache.maven.plugins</groupId>
                 <artifactId>maven-surefire-plugin</artifactId>
-                <version>2.20.1</version>
+                <version>2.22.2</version>
             </plugin>
 
             <plugin>

src/main/java/eu/maxschuster/dataurl/DataUrlSerializer.java

@@ -44,7 +44,7 @@ public class DataUrlSerializer implements IDataUrlSerializer {
      * Pattern used to check MIME-Types
      */
     private static final Pattern PATTERN_MIMETYPE
-            = Pattern.compile("^[a-z\\-0-9]+\\/[a-z\\-0-9]+$");
+            = Pattern.compile("^[a-z\\-0-9]+\\/[a-z\\-\\.\\+0-9]+$");
 
     /**
      * IEncoder for {@link DataUrlEncoding#BASE64} encoded {@link DataUrl}s

src/test/java/eu/maxschuster/dataurl/Base64EncodingTest.java

@@ -19,6 +19,8 @@
 import java.io.IOException;
 import java.io.InputStream;
 import java.net.MalformedURLException;
+import java.nio.charset.StandardCharsets;
+
 import static org.junit.Assert.*;
 import static org.hamcrest.CoreMatchers.*;
 import org.junit.Test;
@@ -39,11 +41,20 @@ public class Base64EncodingTest {
 
     private final String checkedTextData;
 
+    private final byte[] sampleBinaryData;
+
+    private final String sampleWpsTextData;
+
+    private final String sampleMswordTextData;
+
     public Base64EncodingTest() throws IOException {
         this.reddotBinaryData = loadBinaryData("reddot.png");
         this.reddotTextData = loadTextData("reddot.txt");
         this.checkedBinaryData = loadBinaryData("checked.png");
         this.checkedTextData = loadTextData("checked.txt");
+        this.sampleBinaryData = loadBinaryData("sample.docx");
+        this.sampleWpsTextData = loadTextData("sample-wps.txt");
+        this.sampleMswordTextData = loadTextData("sample-msword.txt");
     }
 
     private byte[] loadBinaryData(String name) throws IOException {
@@ -59,9 +70,46 @@ private byte[] loadBinaryData(String name) throws IOException {
 
     private String loadTextData(String name) throws IOException {
         byte[] data =  loadBinaryData(name);
-        return new String(data, "UTF-8");
+        return new String(data, StandardCharsets.UTF_8);
     }
-
+
+    @Test
+    public void sampleWpsSerialize() throws MalformedURLException {
+        DataUrl dataUrl = new DataUrlBuilder()
+                .setEncoding(DataUrlEncoding.BASE64)
+                .setData(sampleBinaryData)
+                .setMimeType("application/wps-office.docx")
+                .setHeader("name", "这个是测试docx文件.docx")
+                .build();
+        String serialized = serializer.serialize(dataUrl);
+        assertEquals(sampleWpsTextData, serialized);
+    }
+
+    @Test
+    public void sampleWpsUnserialize() throws MalformedURLException {
+        DataUrl unserialized = serializer.unserialize(sampleWpsTextData);
+        assertArrayEquals(sampleBinaryData, unserialized.getData());
+    }
+
+    @Test
+    public void sampleMswordSerialize() throws MalformedURLException {
+        DataUrl dataUrl = new DataUrlBuilder()
+                .setEncoding(DataUrlEncoding.BASE64)
+                .setData(sampleBinaryData)
+                .setMimeType("application/vnd.openxmlformats-officedocument.wordprocessingml.document")
+                .setHeader("name", "这个是测试docx文件.docx")
+                .build();
+        String serialized = serializer.serialize(dataUrl);
+        System.out.println("serllll:" + serialized);
+        assertEquals(sampleMswordTextData, serialized);
+    }
+
+    @Test
+    public void sampleMswordUnserialize() throws MalformedURLException {
+        DataUrl unserialized = serializer.unserialize(sampleMswordTextData);
+        assertArrayEquals(sampleBinaryData, unserialized.getData());
+    }
+
     @Test
     public void reddotSerialize() throws MalformedURLException {
         DataUrl dataUrl = new DataUrlBuilder()

src/test/resources/eu/maxschuster/dataurl/sample-msword.txt

@@ -0,0 +1 @@
+data:application/vnd.openxmlformats-officedocument.wordprocessingml.document;name=%E8%BF%99%E4%B8%AA%E6%98%AF%E6%B5%8B%E8%AF%95docx%E6%96%87%E4%BB%B6.docx;base64,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