feat: parse Oracle RAW(n) and NUMBER(*, s) data types

src/main/java/net/sf/jsqlparser/statement/create/table/ColDataType.java

@@ -103,9 +103,10 @@ public static ColDataType fromTypeParameters(String dataType, String precision,
     private void setNumericTypeParameters(String parameter, Integer scale) {
         if (parameter != null) {
             maxPrecision = "MAX".equalsIgnoreCase(parameter);
-            precision = maxPrecision ? null : new BigInteger(parameter);
+            // Oracle's NUMBER(*, s) has no precision of its own.
+            precision = maxPrecision || "*".equals(parameter) ? null : new BigInteger(parameter);
             this.scale = scale;
-            dataType += " (" + (maxPrecision ? "MAX" : precision)
+            dataType += " (" + (maxPrecision ? "MAX" : precision != null ? precision : parameter)
                     + (scale != null ? ", " + scale : "") + ")";
         }
     }
@@ -330,9 +331,10 @@ public ColDataType withXmlTypeModifier(XmlTypeModifier xmlTypeModifier) {
      * The first numeric type parameter, e.g. {@code 255} for {@code VARCHAR(255)} or {@code 10} for
      * {@code DECIMAL(10, 2)}. {@code MAX} is reported as {@link Integer#MAX_VALUE}. Returns
      * {@code null} when the type carries no numeric parameters, e.g. {@code INT} or
-     * {@code ENUM('a', 'b')}, or when a numeric length exceeds the integer range. Use
-     * {@link #getNumericPrecision()} for the full range and {@link #isMaxPrecision()} to
-     * distinguish MAX from the numeric value 2147483647.
+     * {@code ENUM('a', 'b')}, when the precision is Oracle's {@code *} as in {@code NUMBER(*, 0)},
+     * or when a numeric length exceeds the integer range. Use {@link #getNumericPrecision()} for
+     * the full range and {@link #isMaxPrecision()} to distinguish MAX from the numeric value
+     * 2147483647.
      */
     public Integer getPrecision() {
         return maxPrecision ? Integer.valueOf(Integer.MAX_VALUE)

src/main/jjtree/net/sf/jsqlparser/parser/JSqlParserCC.jjt

@@ -18902,7 +18902,10 @@ ColDataType DataType():
                     | tk=<K_CHAR> | tk=<K_JSON>  | tk=<K_STRING> ) { type += " " + tk.image; }
             )*
             [
-                LOOKAHEAD(2) "(" ( tk=<S_LONG> { precision = tk.image; } |  tk=<K_MAX> { precision = "MAX"; } )
+                LOOKAHEAD(2) "(" ( tk=<S_LONG> { precision = tk.image; } |  tk=<K_MAX> { precision = "MAX"; }
+                    // Oracle's NUMBER(*, s) and NUMBER(*)
+                    | "*" { precision = "*"; requireDdlSyntax("NUMBER".equalsIgnoreCase(type),
+                            "Wildcard precision is only supported for NUMBER"); } )
                 [ <K_BYTE> | <K_CHAR> ]
                 [ "," scaleText=SignedIntegerTypeArgument() { scale = Integer.valueOf(scaleText); } ]
                 ")"
@@ -19045,6 +19048,8 @@ ColDataType ColDataType():
 			| tk=<K_NAME>
 			// PostgreSQL's geometric type
 			| tk=<K_PATH>
+			// Oracle's RAW(n)
+			| tk=<K_RAW>
         )
         {
             schema = tk.image;

src/test/java/net/sf/jsqlparser/statement/create/table/ColDataTypeTest.java

@@ -11,13 +11,15 @@
 
 import net.sf.jsqlparser.JSQLParserException;
 import net.sf.jsqlparser.expression.IntervalQualifier;
+import net.sf.jsqlparser.parser.CCJSqlParserUtil;
 import net.sf.jsqlparser.test.TestUtils;
 import org.junit.jupiter.api.Test;
 
 import static net.sf.jsqlparser.test.TestUtils.assertSqlCanBeParsedAndDeparsed;
 import static org.junit.jupiter.api.Assertions.assertEquals;
 import static org.junit.jupiter.api.Assertions.assertNotNull;
 import static org.junit.jupiter.api.Assertions.assertNull;
+import static org.junit.jupiter.api.Assertions.assertThrows;
 
 class ColDataTypeTest {
     @Test
@@ -147,6 +149,31 @@ void testStructuredPrecisionForZonedTypes() throws JSQLParserException {
         assertNull(unparameterized.getPrecision());
     }
 
+    @Test
+    void testOracleNumberWithWildcardPrecision() throws JSQLParserException {
+        ColDataType number =
+                parseColumnType("CREATE TABLE t (a NUMBER(*, 0), b NUMBER(*), c NUMBER(*, 2))");
+        assertEquals("NUMBER (*, 0)", number.getDataType());
+        assertEquals("NUMBER", number.getBaseTypeName());
+        assertNull(number.getPrecision());
+        assertEquals(0, number.getScale());
+
+        assertSqlCanBeParsedAndDeparsed("SELECT CAST(1.5 AS NUMBER(*, 0)) FROM dual", true);
+
+        assertThrows(JSQLParserException.class,
+                () -> CCJSqlParserUtil.parseColDataType("NUMBER(*, *)"));
+    }
+
+    @Test
+    void testOracleRawType() throws JSQLParserException {
+        ColDataType raw = parseColumnType("CREATE TABLE t (id RAW(16), payload raw(2000))");
+        assertEquals("RAW", raw.getDataType());
+        assertEquals(16, raw.getPrecision());
+
+        assertSqlCanBeParsedAndDeparsed("ALTER TABLE t ADD payload RAW(2000)", true);
+        assertSqlCanBeParsedAndDeparsed("SELECT CAST(HEXTORAW('AB') AS RAW(16)) FROM dual", true);
+    }
+
     private ColDataType parseColumnType(String sqlStr) throws JSQLParserException {
         CreateTable create = (CreateTable) assertSqlCanBeParsedAndDeparsed(sqlStr, true);
         return create.getColumnDefinitions().get(0).getColDataType();