- remove DateIntervalShardingAlgorithm/ `LocalDateTimeIntervalShard…

…ingAlgorithm` / `SnowflakeFriendlyIntervalShardingAlgorithm` / `StringIntervalShardingAlgorithm` / `TimestampIntervalShardingAlgorithm` / `TimestampOfSecondIntervalShardingAlgorithm` ,use `CosIdSnowflakeIntervalShardingAlgorithm` instead.

cosid-shardingsphere/src/main/java/me/ahoo/cosid/shardingsphere/sharding/interval/AbstractIntervalShardingAlgorithm.java

@@ -46,11 +46,8 @@
  * 分配策略=[逻辑名] + [分片算法]，分片算法KEY在全局唯一，这种方式显然是不利于缓存优化的，即{@link #doSharding(Collection, RangeShardingValue)}的第一个参数availableTargetNames应该在绑定时已知且稳定，作为实例变量更利于性能。
  *
  * @author ahoo wang
- * @see DateIntervalShardingAlgorithm
- * @see LocalDateTimeIntervalShardingAlgorithm
+ * @see CosIdIntervalShardingAlgorithm
  * @see CosIdSnowflakeIntervalShardingAlgorithm
- * @see TimestampIntervalShardingAlgorithm
- * @see TimestampOfSecondIntervalShardingAlgorithm
  */
 public abstract class AbstractIntervalShardingAlgorithm<T extends Comparable<?>> implements StandardShardingAlgorithm<T> {
 

cosid-shardingsphere/src/main/java/me/ahoo/cosid/shardingsphere/sharding/interval/CosIdIntervalShardingAlgorithm.java

@@ -13,8 +13,6 @@
 
 package me.ahoo.cosid.shardingsphere.sharding.interval;
 
-import static me.ahoo.cosid.shardingsphere.sharding.interval.StringIntervalShardingAlgorithm.DATE_TIME_PATTERN_KEY;
-
 import me.ahoo.cosid.shardingsphere.sharding.CosIdAlgorithm;
 import me.ahoo.cosid.util.LocalDateTimeConvert;
 
@@ -29,12 +27,12 @@
  */
 public class CosIdIntervalShardingAlgorithm extends AbstractZoneIntervalShardingAlgorithm<Comparable<?>> {
     public static final String TYPE = CosIdAlgorithm.TYPE_PREFIX + "INTERVAL";
-    public static final String TIMESTAMP_SECOND_TYPE = "SECOND";
-
+    public static final String DATE_TIME_PATTERN_KEY = "datetime-pattern";
+    public static final String TIMESTAMP_SECOND_UNIT = "SECOND";
     /**
      * type of timestamp
      */
-    public static final String TIMESTAMP_TYPE_KEY = "ts-type";
+    public static final String TIMESTAMP_UNIT_KEY = "ts-unit";
     private volatile boolean isSecondTs = false;
     private volatile DateTimeFormatter dateTimeFormatter;
 
@@ -44,8 +42,8 @@ public class CosIdIntervalShardingAlgorithm extends AbstractZoneIntervalSharding
     @Override
     public void init() {
         super.init();
-        if (getProps().containsKey(TIMESTAMP_TYPE_KEY)
-            && TIMESTAMP_SECOND_TYPE.equalsIgnoreCase(getProps().getProperty(TIMESTAMP_TYPE_KEY))) {
+        if (getProps().containsKey(TIMESTAMP_UNIT_KEY)
+            && TIMESTAMP_SECOND_UNIT.equalsIgnoreCase(getProps().getProperty(TIMESTAMP_UNIT_KEY))) {
             isSecondTs = true;
         }
         final String dateTimePattern = getProps().getProperty(DATE_TIME_PATTERN_KEY, DEFAULT_DATE_TIME_PATTERN);

cosid-shardingsphere/src/main/resources/META-INF/services/org.apache.shardingsphere.sharding.spi.ShardingAlgorithm

@@ -12,15 +12,5 @@
 #
 
 me.ahoo.cosid.shardingsphere.sharding.interval.CosIdIntervalShardingAlgorithm
-
-me.ahoo.cosid.shardingsphere.sharding.interval.DateIntervalShardingAlgorithm
-me.ahoo.cosid.shardingsphere.sharding.interval.LocalDateTimeIntervalShardingAlgorithm
-me.ahoo.cosid.shardingsphere.sharding.interval.StringIntervalShardingAlgorithm
-me.ahoo.cosid.shardingsphere.sharding.interval.TimestampIntervalShardingAlgorithm
-me.ahoo.cosid.shardingsphere.sharding.interval.TimestampOfSecondIntervalShardingAlgorithm
-
 me.ahoo.cosid.shardingsphere.sharding.interval.CosIdSnowflakeIntervalShardingAlgorithm
-me.ahoo.cosid.shardingsphere.sharding.interval.SnowflakeFriendlyIntervalShardingAlgorithm
-
-
 me.ahoo.cosid.shardingsphere.sharding.mod.CosIdModShardingAlgorithm

cosid-shardingsphere/src/test/java/me/ahoo/cosid/shardingsphere/sharding/interval/CosIdIntervalShardingAlgorithmTest.java

@@ -40,15 +40,15 @@
  */
 class CosIdIntervalShardingAlgorithmTest extends AbstractIntervalShardingAlgorithmTest {
 
-    private static final DateTimeFormatter dateTimeFormatter = DateTimeFormatter.ofPattern(StringIntervalShardingAlgorithm.DEFAULT_DATE_TIME_PATTERN);
+    private static final DateTimeFormatter dateTimeFormatter = DateTimeFormatter.ofPattern(CosIdIntervalShardingAlgorithm.DEFAULT_DATE_TIME_PATTERN);
 
     AbstractIntervalShardingAlgorithm shardingAlgorithm;
 
     @BeforeEach
     void init() {
         shardingAlgorithm = new CosIdIntervalShardingAlgorithm();
         Properties properties = getProps();
-        properties.setProperty(StringIntervalShardingAlgorithm.DATE_TIME_PATTERN_KEY, StringIntervalShardingAlgorithm.DEFAULT_DATE_TIME_PATTERN);
+        properties.setProperty(CosIdIntervalShardingAlgorithm.DATE_TIME_PATTERN_KEY, CosIdIntervalShardingAlgorithm.DEFAULT_DATE_TIME_PATTERN);
         shardingAlgorithm.setProps(properties);
         shardingAlgorithm.init();
     }